DE2253171A1 - Porous and flexible hollow contoured product - esp. for ladies' foundation garments and sportswear, with layout for controlled prodn. and making-up - Google Patents

Abstract

Injection mouldings, pressings, deep drawings, etc. of chemical fibres and/or natural and synthetic polymers, welded, foamed, sewn, etc., are used singly or as laminates to form breast cups for feminine foundation, sports and leisure wear garments. Contoured centre sections are built up with rims and base sections for fitting to the garments, and a line for the controlled mass-production and making-up of the articles has at least capacity to manufacture the contoured upper sections and the contoured bases, the line including material allocation, pressing/deep drawing, cooling, stamping, storage and assembly stations.

Description

Porous-flexible molded and flat structures and work lines for series production as well as command-controlled processing and packaging of the same.

The present invention relates to porous, flexible molded and flat structures for semi-finished products S plastic goods, non-cutting parts, packaging, coverings, consumer goods, preferably clothing including bathing, beach, sports, all-round leisure wear Bodice, lingerie and the like creations, the invention also relates to a Work line for series production as well as command-controlled processing and packaging such porous flexible shaped and flat structures.

It is known to produce finally formed parts, for example in the clothing sector, preferably basket-like parts made of plastic material, by injection molding, pressing or casting to form and as insert pieces, which already before their assembly to reveal their final shape, preferably as a. Breast shells for bathing, beach or corsetry to use To maintain their dimensional stability, however, it is in breast shells of this type, it is disadvantageously common9 reinforcement brackets made of metal or different materials on each individual breast section encased too fasten, which is not only cumbersome, time-consuming and expensive, but also. the production process inhibits and also undesirably bulky, thick connections or seams, which in the wearer the development of sores due to chafing and Driickerl disadvantageously favored as well as swelling of the lymph glands and a causes painful, ulcerated lump formation, which may result in severe chest nerve pain, which also spread to adjacent parts of the body, to breast cancer (breast cancer) can lead. Similar negative wearing properties also result from so-called Support and shaped seams, if a number of them are intended for the final shaping Individual parts are sewn together like a shell to form breast cups, for example made of natural and / or fully synthetic surface materials, especially those Made of perlon (polycaprolactam) or nylon (polyamide) fabric, soft when washed disadvantageously shrink and additionally become wrinkled. Also others known per se For a final shape, cut, non-shaped, multi-layered or Shell-free form-surface breast creations, which in the Hegel are made by means of the above-mentioned or in combination with so-called stretch materials (polyurethane, etc.) are made, have the disadvantage that even with normal train and movement loads, for example already when closing the creation on the human Upper body, the finally produced shape of the cup, a flattening as well as semi-lens-like Distortion of the originally mostly rotationally symmetrical, almost conical breast cups (Cups) and thus inevitably a harmful bruising of the breast occurs, what, for example, already in a normal daily routine for the wearer harmful pressures on the breast itself as well as on adjacent sensitive bymph gland body parts which are assumed here and as with others to be known per se Enhance creations in an uncomfortable way, because so-called upper and lower cup zones or stripes or edges due to changing stresses of movement and flattened areas, as mentioned above, for claw-like curling in the direction of Tend the breast and skin parts of the wearer's torso.

The invention is not only based on the object of the aforementioned, eliminate health-damaging deficiencies, but also other material defects, which are disadvantageous in women's outerwear, in particular in sports outerwear appear.

With known leisure, sports and especially competition clothing, for example in women's gymnastics, -Gymnastics and tennis creations the upper body of the wearer is not only detrimentally constricted and the breasts squeezed flattening, but those worn under the aforementioned clothing, already known as bras or breast-supporting creations are perceived as inexpedient and have a performance-reducing effect when exercising the sport.

Furthermore, in known women's outerwear, the chest areas, for example for vests, costumes, jackets, coats and similar creations, by means of Cut passages and darts, regardless of the underlying breast shape or Corsetry, manufactured with the outwardly visible, bulky seams and extra work has to be accepted in order to Material and design structure of the outer fabrics again as far as possible to produce, which is particularly cumbersome and time-consuming with patterned goods.

The invention is also based on the task of addressing these shortcomings to eliminate and others, which relate to facilities, machines and devices for processing and series production of such porous-flexible shaped and flat structures relate.

As is known, for example by means of corset presses in working methods by hand or machine power Pressure and heat final molded pieces produced as individual parts and, as described above, in cumbersome as well as time-consuming procedures, resulting in creations that use the Squeeze breasts and increase sweat secretions through chafing, as well as sore spots cause.

It is also known to be machined and finally fixed in shape Manufacture shell bodies with wedge-like reinforcement parts or asymmetrical caps and sewing together or on in time-consuming and inefficient manipulations Another known heat-cold-shock press material parts to be processed in such a way that they are already at their predetermined after leaving the molding press final but proven form that are harmful to health then on the body of a wearer already with the actuation of the fastener or already with normal physical activity changes so disadvantageously that health Damage to the wearer, as described above, occur.

Furthermore, it is known to be difficult to use such a heat-cold-shock press to make it usable for a flow production, because in the rapid change of high temperatures and shock effects from cold, especially on sliding machine elements not only harmful strains and tensions, but also material-hostile ones Condensation water occur that prevent a material flow by forced breaks, which is too costly Interruptions in work operations.

It is also an object of the invention, not just the aforementioned shortcomings to be eliminated, but also subsequent ones, which relate to an assembly refer to such porous-flexible shaped and sheet-like structures, since they are known horizontally and / or devices, devices and the like rotating obliquely or vertically Conveyor track or work line sections for the internal flow of materials into complex, interval-incapable, failure-prone systems, which endless, mainly linked to traction chains, mostly by unreal, underutilized, electronic ones Controllers use controlled subsidies for medium-sized enterprises as well as smaller companies because of their large space requirements and / or their inflexibility or their high costs working inefficiently out of the question.

The known facilities and means of production for their manufacture are not suitable for fulfilling praxially required requirements and conditions.

The invention is based on the object, taken together, of those indicated Defects and other inadequacies in the section shown at the beginning To eliminate the order by having a injected and / or pressed, deep-drawn, welded, sprayed, flocked, impregnated or equipped, by using a restoring force inherent in its material Form-surface center piece intended for the purpose-related, adjustable permanent change in shape as a shaped hanger or

rod-free, seamless, asymmetrical rotating paraboloid, if necessary additionally with at least one of its molded surface, variable, flat border is formed, which free from the body of a wearer initially a-provisional, as a space curve of a higher order for a specific purpose, predetermined body contour outline has, which encloses an overall mold base area, which is made up of partial mold base areas at least one approximate half ellipse and one approximate half one Composed parabola and on the body of a wearer only in the phase of union at least two flat structures, for example when closing a back part due to tensile and / or constant movement loads, finally in adjustable part mold base areas at least one approximate half circle and one approximate half circle Parabola earmarked for an optimal fit and carrying fit and reshaped at least a seamless molded surface upper part or a seamless molded surface substrate, preferably from pure or mixed man-made fibers, for example from natural or synthetic Polymers, such as polycondensation products, polyamides, polymerization, copolymerization or Polyaddition products, as form variants and also that a form-surface middle cover part for women's outerwear without using a restoring force inherent in its material as an almost half shell of an unevenly flattened, elongated Rotary ellipsoids is formed and at least one seamless shaped upper deck part or a seamless molded substrate cover part, preferably made of pure or mixed Man-made fiber, as a form variant in loose formation and at least one can be specified Surface structure is assigned or connected to this.

Another feature according to the invention is that at least a form-surface middle piece or a form-surface middle cover part in its jacket wall thickness, based on a bisecting vertical sectional projection, in constant thickness or variable, preferably wedge-shaped.

According to an advantageous embodiment of the invention is a feature to see in it that at least one form-surface-middle piece or a form-surface-middle cover part in its jacket wall thickness, based on a bisecting horizontal section projection, in the same thickness or rectangular, preferably in different dimensions, is trained.

Another feature of the invention is that at least one Form surface center piece or a form 1 # surface center cover part on its outer surface has a fine textile roughness and is extremely smooth on its inner surface was held.

Another feature is an additional embodiment of the invention It can be seen that at least one molded surface upper part or a molded upper cover part or at least one molded surface substrate or a molded substrate cover part in the aforementioned Passages of any extent as well as design in weight and partially weighted or is trained very differently.

According to another advantageous embodiment of the invention can a feature also consist in the fact that at least one form-surface upper part, preferably for light-weight, breast-supporting, shaping or covering creations and low structure density, with at least one further shape or surface covering was equipped.

In a further embodiment of the invention, there is also a feature therein to see that at least one form-surface middle piece or one form-surface middle cover part formed extremely smooth on its outer surface and on its inner surface will.

According to the invention, a feature can also be seen in that a work line for serial production as well as command-controlled processing or Assembly of the aforementioned porous-flexible shaped and flat structures at least a work line section as a serial parts processing device for at least one molded surface upper part or a molded substrate in the modular system is designed, which has at least one material dispensing station or a press or drawing, possibly pressing station, an i'orm shock or cooling station, a cut / punch station as well as a sorting station and at least one intermediate processing store is assigned.

An additional feature of the invention can also be seen in that a Mater. # ai allocation station has at least one treason and supply sector marked with at least one, preferably after an alphanumeric code Plastic thorn shelf as well as with plastic sleeves of at least 50 mm inside Has sleeve diameter rolled sheet material and subsequently by cutting to length Rolled up flat structure with at least one motor-driven, continuously variable adjustable or synchronously switchable take-off or material infeed roller linked became.

Another feature according to the invention is that a deduction or material infeed roller is connected upstream of a pressing or drawing or, if necessary, pressing station or is designed to be vertically pivotable and interchangeably connected to it.

According to an advantageous embodiment of the invention is a feature to see that a pressing and pulling or pressing station has at least one mobile, manually or motor-driven or electric, hydraulic, pneumatic or mechanically, synchronously switchable or infinitely variable forming stamps, which for structurally elastic, seamless form-surface tops and seamless Form-surface substrates as an asymmetrical paraboloid of revolution with one of approximated Partial areas of half an ellipse and half a parabola or for structural inelastic form-surface tops or form-surface substrates as an asymmetrical one Rotary paraboloid with one of approximated partial areas of a half circle as well half a parabola and also for women's outerwear as seamless mold top cover parts and seamless mold substrate cover parts as one approximate half, unevenly flattened and elongated ellipsoid of revolution as well as vertically or horizontally or displaceable in a predetermined angular position was arranged interchangeably.

Another feature of the invention is that an Eormstempel at least one Distarlz cuff for at least two, preferably four, different ones seamless deformation sizes of shape-surface parts or shape-surface substra th, Form-Vberdeckteile as well as Form-Subs step-covered parts, which on a movable or fixed part of the press station, preferably on the i # on # punch, is arranged in a definable or exchangeable manner.

Another feature is an additional embodiment of the invention to see that at least one molding die has at least one spacer bar for at least two, preferably four, different seamless deformation quantities has, which on movable or fixed parts of the press station, preferably next to the form stamp, can be fixed or

was arranged interchangeably.

According to another advantageous embodiment of the invention can a feature also consist in the fact that at least one forming punch with at least an electronically controlled distance command circuit for at least two, preferably four, deformation sizes is formed.

In a further embodiment of the invention, there is also a feature therein to see that at least one forming die in at least two temperature zones subdivided and each zone for a separate, continuously adjustable stamp surface temperature, is preferably formed by means of oil or electric heating.

According to the invention, it can also be seen as a feature that a pressing, drawing or pressing station at least one stationary punch collar which for structurally elastic, seamless molded surface tops and ; Seamless molded planar substrates with at least one of approximated partial surfaces formed a half ellipse and half a parabola existing recess became.

An additional feature of the invention can also be seen in that a pressing, drawing or

The pressing station has at least one stationary stamp collar, which for structurally inelastic, seamless form-surface tops or seamless Form surface substrates with at least one of approximated partial areas of a half It is formed circle as well as half a parabola existing recess Another feature according to the invention is to be seen in the fact that a pressing, drawing or push station.

has at least one stationary stamp collar, which for women's outerwear, preferably seamless molded upper deck parts and seamless Mold substrate cover parts, with at least one of approximated partial surfaces of a half parabola and half an ellipse existing recess was formed.

In a preferred embodiment of the invention there is also a feature It can be seen in the fact that a pressing, pulling or pressing station stationary at least one Has forming stamp, which with at least one mobile, by hand or motorized driven or electric, hydraulic, pneumatic or mechanical, synchronous switchable or infinitely adjustable punch collars in vertical and horizontal resp. angled arrangement is coupled.

Another feature according to the invention is that a press, Drawing or pressing station has at least one double-forming stamp, which alternately Form-effectively formed with every movement or with every downward movement and upward stroke can be.

According to an advantageous embodiment of the invention is a feature. to see that at least one stationary or mobile stamp collar in at least two temperature zones and each zone for a separate, Infinitely variable partial collar surface temperature, preferably by means of an electric generator Oil heating, was trained.

Another feature of the invention is that at least one Stamp collar has at least one separate temperature zone, which is preferably arranged between the outer peripheries for at least two recesses a continuously adjustable partial collar surface temperature by means of electrical or Oil heating is formed.

Another feature is an additional embodiment of the invention to see that at least one forming punch has at least one hold-down device for flat and shaped structures, which in its movements with the working kinematics of the forming die was coupled synchronously.

According to another advantageous embodiment of the invention can Another feature is that a hold-down device for flat and shaped structures in its movements for an infinitely variable advance or Follow-up or optional Independence from the working kinematics of a forming punch can be formed.

In a further embodiment of the invention, there is also a feature therein to see that a hold-down device has at least one surface support, which made of heat-retardant materials and provided with a cooling jacket spatially as structural Unit or with parts is approximated to the outer contours of a forming punch.

It is also a feature of the invention to see that a pressing, pulling or pressing station at least one conveyor track section, for example a needled aluminum rod chain band with silicone rubber coating, for continuous or intermittent single or multi-layer or single and multi-lane runs Has porous flexible sheet and upstream of a form shock or cooling station became.

An additional feature of the invention can also be seen in that a mold shock or cooling station for seamless moldings and fabrics as at least one motor-driven or electric, hydraulic, pneumatic or mechanically, synchronized with the working kinematics of a press station or designed as a separate, steplessly adjustable form-surface combination conveyor is, which has at least one surface edge gripper or suction device for gripping and lifting a seamlessly formed sheet-like structure out of a stamp collar and an onward conveyor for transporting the formed sheet to a target sector or a conveyor for lowering a shaped sheet onto a replaceable one @ ühl-Formposetiv or a form negative and upstream of a cutting-punching station will.

Another inventive feature can be seen in the fact that a cutting and punching station for seamless shapes and fabrics, at least one motorized or electrically, hydraulically or mechanically operated form-surface conveyor section has, which with the working kinematics of a form-shock or

The cooling station is linked synchronously and can be infinitely adjusted separately with at least one interchangeable cut or. Punch knife device, preferably designed for bundle-free multiple or contour Schhitto, was connected.

In a preferred embodiment of the invention there is also a feature to see that a sorting station for seamless shapes and fabrics as well Punching and cutting residues as at least one motor-driven or electric, hydraulically, pneumatically or mechanically, synchronized with the working kinematics of a Cut-punch station linked or as a separate, steplessly adjustable sorting conveyor is designed, which has at least one adjustable and exchangeable surface gripper or suction cups for collecting punching and cutting residues or lifting off one for removal Interval V-belt conveyor used for seamless shapes and fabrics, as well as a punching and cutting residue conveyor for transportation to at least one Parts manufacturing for Bathing sets, beachwear sets, bodice sets, Lingerie sets, leisure sets, sports sets and women's outerwear # -Se #'s and a processing intermediate store upstream as well as by at least one mobile goods carrier with a supply and loading sector of a material allocation station can be connected.

Another feature according to the invention is that a processing intermediate storage as at least one motor-driven or electric, hydraulic, pneumatic or mechanically, synchronized with the work kinematics of a sorting station or designed as a separate, infinitely variable preparation conveyor is, which for conveying away preferably bundled, seamless shaped and flat structures to a central processing preparation for each creation, size and color change.

at least one track runner or an upper horizontal sub-band track or a lower horizontal sub-tape track and a discharge magazine for Track runner a workst; racial piece for command-controlled processing or assembly of seamless shapes and surfaces that can be attached and converted upstream will.

According to an advantageous embodiment of the invention is a feature to see in the fact that at least one work line section as a polyplast series parts processing facility for at least one shaped and surface center piece that is free of stirrups and rods or a form-surface middle cover part in at least two, preferably four, different ones seamless shape sizes is formed and the processing device at least one polyplast station, one injection molding station, one cooling transport station, has a cut-punch station and a sorting station and at least one Processing intermediate storage was assigned.

Another feature of the invention is that a polyplast station at least one vacuum deep-drawing device or a hollow body blow molding device, preferably a Foruistation, for plasticizing a thermoplastic or thermoset Has granules, semolina and powder and is connected upstream of a cooling transport station can be.

Another feature is an additional embodiment of the invention to see in the fact that an injection molding station as at least one asymmetrical, rotating parabolic shaped surface positive as well as an asymmetrical rotating parabolic Form-surface negative with one of approximated partial surfaces of a half Ellipse, half a parabola and a flat border existing base area or as an almost half, unevenly flattened, torsionally ellipsoidal shape-surface positive as well as an almost half, unevenly flattened, rotationally ellipsoidal shape-surface negative with a mold clamping force of at least 300 Kp / cm² of the projected molding area is formed and each form-surface positive on its outer surface a high grade Smoothness, preferably in a surface roughness of 0.4 to 0 microns, and further each shape negative on its net-like inner surface with at least one each woven, knitted, knitted or braided groove, a smooth train or field or a recess for preferably producing at least one with a rounded cross-section, approximately trapezoidal, square or

semicircular net thread is provided, which is finely ground with a sheath is maintained at a surface roughness of 1 to 4 microns.

According to another advantageous embodiment of the invention can a feature also consist in the fact that a form-surface negative has at least one compression spring, Curve-like, ray-like or spoke-like asymmetrically rotating paraboloidal groove which changes continuously in its cross-section or is constant at intervals, Reinforced, widened, tapered or reduced dimensions as well as for generation respectively.

Improvement of the material adjustment force. At least one net thread has been crosslinked with at least one other groove.

In a further embodiment of the invention, there is also a feature therein to see that a form-surface negative for one injected transversely to the joint axis Manufacture of a joint hinge groove with at least one silent cross-section Has reduced material thickness and cross-linked with at least one further groove can be.

According to the invention, it can also be seen as a feature that a parabolic or elliptical shape negative at least one sprue nozzle in the area of the greatest wall thickness of the negative form surface and at least one Has cooling channel, which is preferably in a range of less than 30 millimeters is arranged under the shape-surface negative inner surface.

An additional feature of the invention can also be seen therein that a cooling transport station for conveying away and onward is free of shaped stirrups and chopsticks Form-surface-middle pieces or form-surface-middle deck parts as at least one motorized driven or electric, hydraulic, pneumatic or mechanical, synchronous with the work kinematics an injection pulse molding station interlinked or is designed as a separate, continuously variable cooling conveyor, which at least one, for example, equipped with a silicone rubber coating, if necessary belt rotating in an inclined position or a pass-through trough or a pass-through tunnel, has a cold air circulation unit and a cold air temperature control and one The cut-punching station can be attached and converted upstream.

Another inventive feature can be seen in the fact that a cutting and punching station for form-surface-middle pieces and form-surface-middle deck parts as at least one motor-driven or electric, hydraulic, pneumatic or mechanically, synchronized with the work kinematics of a hühl transport station or is designed as a separate, steplessly adjustable form surface conveyor, which has at least one rotating belt, one cutting or punching device, e.g. for bundle-free contour and multiple cuts, half, three quarters or

full shape-surface middle pieces in preferred sizes, as well as one Has cut and punch residue removal and a sorting station can be added and converted is connected upstream.

In a preferred embodiment of the invention there is also a feature to see that a sorting station for form-surface-middle pieces or form-surface-middle deck parts as at least one motor-driven or electrical, hydraulic, pneumatic respectively.

mechanical, synchronous with the work kinematics of a cut-punch station Chained or designed as a separate, steplessly adjustable sorting conveyor is which at least one weight control sector or one distribution sector as well as an interval V-belt conveyor and an intermediate processing store can be attached and converted upstream.

A further feature according to the invention is # that a machining intermediate store as at least one motor-driven or electric, hydraulic, pneumatic or mechanically, synchronized with the work kinematics of a sorting station or designed as a separate, infinitely variable preparation conveyor is, which is for conveying away preferably sorted and bundled form-surface center pieces and form-surface-middle cover parts to a central processing preparation for each size and Contour cuts, at least one track runner per creation or color change, one upper horizontal sub-band track or a lower horizontal sub-band track having and via a discharge magazine for track runners to a work road section Command-oriented processing or assembly of form-surface center pieces or molded surface middle deck parts plus seamless molded and flat structures on and convertible upstream.

According to advantageous embodiments of the invention, features are also to see in it that a work line for serial production as well as command-controlled Processing or assembly of porous flexible shapes and surfaces at least a work line section and a command control system, which with numbers, letters or

Special characters as encrypted information on, in or on a Set automation element or a set automation section or a set automation connection piece is programmed.

Another feature of the invention is that a command control system has a group of digits, each with a group of special characters was encrypted in descending order of digits.

Another feature is an additional embodiment of the invention To see in it that a command and control system is preferably made up of eight individual letters in two hundred and fifty-five or nine # single letters in five hundred eleven pieces of information can be programmed.

According to another advantageous embodiment of the invention can a feature also consist in having a command-control system optionally with less than eight or more than nine individual letters and special characters encrypted will.

In a further embodiment of the invention, there is also a feature therein to see that a set automation element is designed as a command carrier, which at least one vertically displaceable and lockable in a cylinder Has piston with or without ball holder and ball and at least one command device each or extinguisher and command taker was assigned.

According to the invention, it can also be seen as a feature that a set automation element. as a command carrier with one around a horizontal axis pivotable ring is formed, which has a contact pin and at least has a fixing notch and in or on at least one resilient fixing pin each definable and assigned to at least one command transmitter and one command receiver each will.

An additional feature of the invention can also be seen in that a command carrier with other individual elements or combined means of Hydraulics, pneumatics, optics, electrics, ultrasound technology, electronics or possibly through photometric, magnetic and nuclear processes for recording a Information can be coupled.

Another inventive feature can be seen in the fact that at least one mobile command carrier or one stationary command transmitter or one adjustable command device is arranged chained to one another.

In preferred embodiments of the invention are also features to see that different, in their working methods as well as structural details different command carriers completely or with parts in polyplasts, metal, Glass, ceramics, coated materials or similar mixed-press materials have at least one screw or rivet, weld, solder or clamp connection or be connected as a structural unit by means of at least one adhesive connection can.

Another feature according to the invention is that a set automation element as a sword command giver or extinguisher, skid command giver or Extinguisher, Handlebar command transmitter or extinguisher, wheel command transmitter or extinguisher, nose command transmitter or extinguisher, control track command transmitter or extinguisher as well as a traverse command transmitter or extinguisher is designed, which has at least one set sword or a skid, has an adjusting bracket, an adjusting wheel, a nose curve or an adjusting track and for the delivery or deletion of information in at least one lane of a command carrier was ordered.

According to an advantageous embodiment of the invention is a feature to see that in a lane of a command carrier a command giver or extinguisher exchangeable, movable, retractable, rotatable and liftable or open and is kept foldable Another feature of the invention is that a command generator or extinguisher with other individual elements or combined means hydraulics, pneumatics, optics, electrics, ultrasound technology, electronics or possibly through photometric and nuclear processes for delivery or deletion on or

be coupled into a command carrier located in a lane can.

There are also features of the invention that a Sword command giver # or extinguisher, a skid command generator or Extinguisher, an adjusting bracket command device or extinguisher, a wheel command device or extinguisher, a nose command device or extinguisher, a positioning track command device or extinguisher or a traverse command generator or extinguisher completely or with parts in polyplasts, Metal, glass, ceramics, coated materials or similar mixed-press materials formed at least one screw, rivet, weld, solder or clamp connection or is joined together by means of at least one adhesive bond.

Another feature is an additional embodiment of the invention to see in it that a set automation element acts as an adjustable command taker is formed, which is at least one spring-loaded contact pin or has a contact hammer and a contact plate and for receiving or Forwarding of a command arranged in a lane of at least one command carrier became.

According to another advantageous embodiment of the invention can a characteristic also consist in the fact that a command taker is complete or with parts in polyplasts, metal, glass, ceramics, coated materials or similar mixed-pressed materials formed at least one screw, rivet, welding, soldering or. Clamp connection has or by means of at least joined together by an adhesive bond and with other individual elements or combined means of hydraulics, pneumatics, Optics, electrics, ultrasound technology, electronics or by means of photometric, magnetic as well as nuclear processes for receiving or passing on information In a further embodiment of the invention, there is also a feature therein to see a set automation section designed as a solo track runner is, which is at least one tread or one tunnel, one centering rail as well as having a top surface and for receiving or forwarding commands with at least is connected to a command carrier.

According to the invention, it can also be seen as a feature that a set automation section is designed as a track runner with an upper part and for receiving or forwarding information with at least one command carrier interchangeably connected.

An additional feature of the invention can also be seen in that a set automation section is designed as an attachment for solo track runners is, which has at least one floor, one side wall, one front wall and one Has rear wall and on at least one attachment with one Solo track runner, removable.

A further inventive feature is to be seen in the fact that at least one solo track runner or one track runner with top and one attachment completely or with parts in polyplasts, metal, wood, coated materials or similar mixed-press materials or for folding or closing with at least one film hinge or one clamping bracket and one joint groove can be trained.

In a preferred embodiment of the invention there is also a feature seen in that a set automation connector as an upper horizontal sub-tape track is formed, which at least one track tape disc or one continuously or track tape rotating at time intervals, a center piece, a track runner trap as well as an outer side panel and for controlling manufacturing and data acquisition processes with a resp.

several track runners is charged.

A further feature according to the invention is that a tracking trap has at least one track ball or one stopper for track runner and im Area at least one middle piece or an outer side panel by at least one joint, if necessary by at least one polypropylene film hinge each or a clamp as well as a joint groove can be held open and foldable can.

According to an advantageous embodiment of the invention is a feature to see that under a track tape at least one track tape support vertically is arranged displaceably or lockable if necessary horizontally adjustable.

There are also features of the invention therein. to see that a top Horizontal sub-band track with other individual elements or combined means of the Hydraulics, pneumatics, optics, electrics, ultrasound technology, electronics or by lighting, magnetic and nuclear processes for the control of manufacturing or data acquisition processes can be linked and with parts in polyplasts, Metal, rubber, wood, coated materials or similar mixed-press materials formed at least one screw, rivet, weld, solder or clamp connection has or is provided with at least one adhesive bond.

Another feature of the invention is that a set automation connector is designed as a track structure, which has at least one vertical profile or an anti-noise cover, a horizontal profile, a sliding profile, a footrest, a mounting profile for an upper horizontal partial belt track, an upper horizontal shaft, an upper shaft bearing and a mounting profile for a lower horizontal sub-belt track having a lower shaft bearing and a lower horizontal shaft and completely or with parts in polyplasts, metal, wood, coated materials or similar mixed-press materials formed at least one weld, screw, Riveting, soldering or Has clamp connection or with at least one adhesive connection was provided.

In an additional embodiment of the invention, there is also a feature in seeing that a set automation connector as a track pair, viz on the one hand as a stationary upper helical track and on the other hand as a pivotable one upper helical track is formed, each of which has at least one stationary track surface with a track ball or a stationary stop rail, furthermore in the pivotable Part of a track surface, a stop flange, a track surface joint, a rocker arm linkage or total wire pull, a rocker arm and a connecting rod with a rod connection to the track surface, a linkage connection to the rocker arm with rocker arm pivot bearing has and completely or with parts in polyplasts, metal, Wood, coated materials or similar mixed-press materials are formed as well has at least one welding, screwing, riveting, soldering or Klenun connection or can be joined together in a modular manner by means of at least one adhesive connection According to other advantageous embodiments of the invention, features also consist of a set automation connector as a lower horizontal sub-tape track is formed, which at least one track tape disc or at least one each continuously or at time intervals rotating lower track tape, a lower track tape support, a pivotable lower surface track with linkage or Wire connection, a track ball, a lower stop flange and a pivotable one Has support arm with a support arm pivot bearing and independent of the circuit with a or several track runners is charged as well as with other individual elements or

combined means of hydraulics, pneumatics, optics, electrics, ultrasound technology, Electronics or through photometric, magnetic and nuclear processes for the control of manufacturing or data acquisition processes was linked and also completely or with parts in polyplasts, metal, rubber, Wood, coated materials or similar mixed-press materials formed at least has a screw, rivet, weld, solder or clamp connection or with at least can be provided with an adhesive connection.

An additional feature of the invention can also be seen in that a set automation connector designed as a partial tape track lsurvenstück is and with an upper horizontal sub-belt track or with a track frame, a stationary upper helical track, a fuzzy upper helical track, a lower horizontal sub-tape track and a vertical sub-tape track as a deflection from one to one hundred and seventy-nine degrees horizontally or at an angle is interchangeably connected.

Another inventive feature can be seen in the fact that a set automation connector is designed as a side partial track and for a fully automatic movement of a track traveler with its outer side surface or side wall or partial base area directly or by means of one on a side track band located transport holder was contacted.

Another feature of the invention is that at least a side track tape disc vertically or horizontally or at an angle in or on one Storage is arranged.

In a preferred embodiment of the invention there is also a feature to see in that a set automation connector as a vertical sub-tape track is designed, which has a partial belt lifting device and with a or transfer device for track runner can be coupled.

Finally, features of the invention can also consist in that in the work line for series production as well as command-controlled processing respectively.

Assembly of porous-flexible shaped and sheet-like structures the work line designed as a programmable control and monitoring system are, which are preferably for speed control and to improve synchronization at least has a thyristor and with at least one component of semiconductor technology is coupled in the management or monitoring telecontrol system.

Finally, other embodiments of the invention relate to different ones constructive designs of such porous flexible shaped and flat structures and Work lines for the production, processing and assembly of the same.

The invention is illustrated by way of example in the drawing ; FIG. 1 shows a perspective view which is provided with several partial sections Schematic representation of a porous flexible form and surface structure as a form-surface center piece with cut parts of a form-surface upper part and form-surface substrate, that to use a restoring force inherent in its material as a shape, Foam-free and rod-free asymmetrical rotating paraboloid with surface border appears to be free from the wearer's body without being subjected to tension or constant movement with a body contour outline running as a space curve of a higher order, a total base area encloses at least half an ellipse each from approximated partial areas plus half a parabola plus a variable flat border Figure 2 one A schematic illustration relating to FIG. 1, FIG. 3, a reference to FIGS. 1 and FIG. 2 related schematic illustration of the above-described, but reshaped Shape variants - on the body of a wearer - for tensile or movement loads its outer surface to use its breast-supporting and breast-shaping, fully automatic Material restoring force with from approximated partial areas at least half each Circle plus half a parabola plus a variable flat border figure 4 shows a schematic and sectioned illustration relating to FIGS. 1 to 3 of a multi-layered form-surface variant in the phase - on the body of a wearer - with, elnerq partial clarification of occurring tensile or form forces on as well in a breast-supporting or shaping flat and shaped structure: FIG. 5 a Referring to Figure 4, schematic and sectioned representation of a single-layer Form-surface variants Figure 6 is a schematic relating to Figures 1 to 4 and sectioned representation of, for example, a three-layer form variant in a closed surface structure (a one-piece bath creation) with seamless Full-breast cups ~ Figure 7 is a schematic and related to Figures 1 to 4 Sectional representation of, for example, a two-layer form variant in a closed surface structure (a one-piece bathing creation with seamless Full breast cups FIG. 8 is a schematic diagram relating to FIGS. 1 to 3 and 5 and a sectioned representation of an example of a single-layer form variant in FIG a divided surface structure (a two-part bath creation) with seamless Three-quarter chest oups Figure 9 is based on Figures 1 to 3 and 5 related schematic and sectional illustration of a single-layer, for example Shape variants without flat structure (mini pikini) with seamless half-breast cups 10 shows a schematic and sectioned illustration relating to FIGS. 1 to 4 of, for example, a two-layer form-surface variant in a divided surface structure (a two-part bath creation) with seamless half-breast cups, figure 11 one Figures 1 to 4 related schematic and sectioned representation of an example two-layer form-surface variants in a divided surface structure (one two-part bath creation) with seamless full-breast cups figure 12 one on the Figures 1 to 4 related schematic and sectioned representation of an example three-layer form-surface variants in a surface structure (a one-piece Corselet) with seamless full-breast cups Figure 13 one on Figures 1 to 3 and 5 related schematic and sectional illustration of a single-layer, for example Form variants in a flat structure (a one-piece Norsclett) with seamless Full-breast cups FIG. 14 a related to FIGS. 1 to 4 Schematic and sectioned representation of, for example, a three-layer form-surface variant in a flat structure (a brassiere) with seamless half-breast cups figure 15 shows a schematic and sectional illustration relating to FIGS. 1 to 4 of, for example, a two-layer form-surface variant in a planar structure (a brassiere) with seamless half-breast cups figure 16 one on the figures 1 to 3 and 5 related schematic and sectional illustration of an example single-layer form variants in a flat structure (a corsage) with seamless Three-quarter breast cups FIG. 17 a schematic relating to FIGS. 1 to 4 and a sectioned representation of, for example, a three-layer form-surface variant in a flat structure (a corsage) with seamless three-quarter breast cups; figure 18 shows a schematic and sectional illustration relating to FIGS. 1 to 3 and 5 For example, a single-layer form variant in a flat structure (a light brassiere) if necessary with transparent, seamless three-quarter breast cups figure 19 shows a schematic and sectional illustration relating to FIGS. 1 to 4 of, for example, a two-layer form-surface variant in a planar structure (a brassiere) with seamless three-quarter breast cups figure 20 one on the Figures 1 to 4 related schematic and sectioned representation of an example three-layer form-surface variants in a flat structure (a one-quarter-arm leotard) with seamless full-breast cups, FIG. 21 shows a schematic relating to FIGS. 1 to 4 and a sectioned representation of, for example, a two-layer form variant in a flat structure (a one-quarter-arm leotard) with seamless full-breast cups FIG. 22 shows a schematic and sectional illustration relating to FIGS. 1 to 4 For example, a two-layer form variant in a flat structure (a Leotard without arm) with seamless full-breast cups Figure 23 one on the figures 1 to 4 related schematic and sectional illustration of an example four-layer form-surface variants in a surface structure (a leotard without arm) with seamless full-breast cups, FIG. 24, a reference to FIGS. 1 to 4 schematic and sectioned representation of a two-layer form-surface variant, for example in a flat structure (a seven-eight-arm leotard) with seamless full-breast cups figure 25 shows a schematic and sectional illustration relating to FIGS. 1 to 3 and 5 For example, a single-layer form variant in a flat structure (a Seven-eight-arm leotard) with seamless full-breast cups, figure 26 one Figures 1 to 3 and 5 related schematic and sectional representation of a For example, single-layer form variants in a flat structure (a sleeveless V-neck tennis dress) with seamless full-breast cups figure 27 one on the figures 1 to 4 related sectional and schematic representation of an example four-layer form-surface variants in a surface structure (a one-quarter-arm R-neck tennis dress) with seamless full-breast cups ~ Figure 28 is a perspective and several times with partial cuts provided schematic representation of an approximately half shell of a non-uniform Flattened, elongated, shaped bracket-free, foam or rod-free ellipsoids of rotation as a single- and / or multi-layered, breast-supporting creations, seamless shape variants FIG. 29 shows a schematic representation relating to FIG two covering, for example three-layer form-surface variants in one outer clothing fabric (a trouser suit top) with seamless cover cups figure 30 shows a schematic representation of a covering, for example two-layer form-surface variants in a surface structure 6 (a} # ostüm top) with seamless cover cups Figure 31 a related to Figure 28 Schematic representation of a covering, for example two-layer form variants in an outer clothing fabric (a one-piece leisure trouser suit top) with seamless covering cups. FIG. 32 shows a schematic representation relating to FIG. 28 a covering, for example single-layer form variants in an outerwear Fabric (a light, sleeveless leisure costume top) with seamless Cover cups FIG. 33 is a schematic and multiple representation relating to FIGS. 1 to 32 sectional plan view of a work line section for processing porous-flexible Form and surface series parts Figure 34 is a schematic related to Figure 33 and multiple cut side and top views to illustrate the main facilities a pressing and / or drawing or pressing station or a pair of forming dies pair of stamp collars corresponding to it, which are asymmetrical paraboloids of rotation each with a base area made up of approximated partial areas of a half ellipse and half a parabola are designed for the processing of structurally elastic sheet-like structures to form seamless upper or substrate parts Figure 35 one on the FIGS. 33 and 34 related schematic and multiple sectioned side and top views to clarify the main facilities of a pressing and / or drawing or

Pressing station with respect to a pair of forming dies with a corresponding one Pair of punch collars, which are asymmetrical paraboloids of rotation, each with a base formed from approximate partial areas of a half circle and half a parabola are to be used for processing structurally inelastic, porous-flexible sheet-like structures seamless shape upper resp.

Substrate parts Figure 36 is a schematic based on Figures 33 to 35 and multiple cuts. Side and top views to illustrate the main facilities a pressing and / or drawing or

Pressing station with respect to a pair of forming dies with a corresponding one Pair of stamp collars, each as approximately half, unevenly flattened and elongated ellipsoids of rotation are designed for processing flat structures from women's outerwear to seamlessly covering molded upper deck or substrate deck parts FIG. 37 shows a schematic and multiple sections related to FIGS. 33 to 36 Side view to illustrate additional facilities of a press and / or Pulling or pushing station with regard to distance cuffs and distance strips for preferably four different, seamless deformation sizes Figure 38 a Schematic and repeatedly sectioned side view relating to FIGS. 33 to 37 a reciprocally effective double molding die Figure 39 one on the figures 1 to 38 related schematic and multiple sectioned plan view of another Work line section for series production of the in Figures 1 to 4, 28 and 44 illustrated shape-surface middle pieces and shape-surface middle deck parts FIG. 40 shows a schematic and multiple sectioned side view related to FIG. 39 of a molding surface positive belonging to an injection molding molding station, FIG. 41 a Schematic and repeatedly sectioned side view of a in relation to FIG. 39 a mold surface negative FIG. 42 belonging to an injection molding molding station FIG. 40 related schematic and multiple cut, greatly enlarged detail side view FIG. 43 is a schematic and several times sectioned, strongly related to FIG. 41 enlarged detail side view FIG. 44 several related to FIGS. 1 to 4 Schematic principle views of form-surface center pieces, the top view a form-surface center piece in what is known as a triangle design, the middle view a shaped surface center piece in what is known as a full cup design and the Bottom view of a form-surface center piece in a so-called three-quarter cup design represents and thus makes it clear that by at least two earmarked adjustable Permanent changes in shape, namely initially the execution after leaving the Form-surface-middle pieces from an injection-molded form state, i.e. -free from the body a wearer and also the change in shape of a shape-surface-middle piece -am The body of a wearer appears in FIG. 45 as shown in FIGS. 1 to 44 schematic and in their tabular arrangement interrupted embodiment of a command control system for a section of the working line for processing or assembly of porous flexible molded and flat structures, Figures 46 and 47 an expanded embodiment related to FIG. 45 FIG. 48 a schematic, Side view of a set automation element cut in vertical projection, designed as a mobile command carrier in normal position without stored Program command FIG. 49 shows a side view of a #mobile in relation to FIG. 48 Befthlträgers in the functional position during, for example, vertical storage of a program command. FIG. 50 shows a side view relating to FIGS. 4.8 and 49 of a mobile command carrier in functional position with. stored program command characters 51 to 53 several side views of a set automation element related to FIGS. 48 to 50, designed as a mobile command carrier of a different design for a vertical one Command storage Figure 54 is a schematic front view of a set automation element, designed as a mobile ring command carrier with, for example, stored on the left Program command FIG. 55 is a front view, related to FIG. 54, of a mobile Ring command carrier in normal position without stored program command figure 56 is a schematic front view of another ring mobile command bearer For example, the program command stored on the right-hand side is shown in FIG. 57 56 related front view of a mobile ring command carrier in normal position without stored program instruction FIG. 58 is related to FIGS. 54 to 57 schematic front view of a set automation element, designed as a stationary sword command generator and / or extinguisher Figure 59 a related to Figure 58 Top view FIG. 60 is a schematic side view relating to FIGS. 48 to 53 a set automation element, designed as a stationary skid command generator and / or extinguisher FIG. 61 shows a schematic side view relating to FIGS. 48 to 53 a set automation element, designed as a stationary traverse command transmitter and / or extinguishers FIG. 62 relates to FIGS. 48 to 53 schematic side view of a set automation element, designed as a stationary control handle command transmitter and / or extinguisher Figure 63 one on the figures 48 to 53 related schematic side view of a set automation element as a stationary wheel command generator and / or extinguisher Figure 64 one on the figures 48 to 53 related schematic side view of a set automation element as a stationary nose command generator and / or extinguisher Figure 65 one on the figures 60 to 64 related schematic front view of several designed as a structural unit, stationary command transmitter and / or extinguisher FIG. 66 is a plan view related to FIG. 65 FIG. 67 is a schematic front view of a plurality of FIGS. 48 to 53 as a structural unit designed, mobile command carrier Figure 68 one on figure 67 related schematic front view of several - designed as a structural unit, adjustable command device FIG. 69 a schematic relating to FIGS. 58 and 59 Top view of several stationary command transmitters designed as a structural unit and / or extinguisher FIG. 70 shows a schematic front view relating to FIGS. 54 to 57 several mobile ring command carriers designed as a structural unit figure 71 is a schematic front view of several as a structural unit related to FIG. 72 trained, adjustable B-fault taker Figure 72 a schematic side view an adjustable fault taker; FIG. 73 shows a schematic and multiple sections Front view of a set automation section, designed as a multi-part Mountable track runner, for example equipped with several ring command carriers FIG. 74 shows a schematic and also interrupted and sectioned front view of a one-piece track runner, for example equipped with several vertical command carriers FIG. 75 shows a schematic partial front view relating to FIGS. 73 and 74 FIG. 76 shows a schematic and repeatedly interrupted plan view relating to FIG. 75 from below, for example equipped with more than one group of commanders FIG. 77 a schematic and interrupted plan view of a set automation connection piece, designed as a partial tape track curve piece Figure 78 is a schematic and interrupted Sectional top view of a set automation connector, designed as an upper horizontal sub-tape track with upper helical tracks arranged thereon figure 79 shows a schematic vertical sectional projection A-A according to FIG. 78, for example to illustrate a set automation connector, shown with several Track runner FIG. 80 shows a schematic vertical sectional projection A'-A 'according to FIG FIG. 78, for example, to further illustrate a set automation connection piece, shown with several track runners, which are opposite to those shown in FIG Position positions-changed, FIG. 80 'is a schematic relating to FIG. 80 and also an interrupted partial side view in the direction -C-FIG. 81 a schematic Vertical sectional projection B-B according to FIG. 78, FIG. 82 a schematic vertical sectional projection B'-B 'according to FIG. 78, FIG. 83 a schematic relating to FIGS. 78 to 82 and broken section top view of a set # automation # connector, designed as an upper horizontal sub-tape track Figure 84 one on the figures 79 to 82 related schematic and interrupted sectional plan view of a lower one Horizontal sub-tape track FIG. 85 is a schematic diagram relating to FIGS. 79 to 82 and multiple interrupted top view of a set of automation connector with production units assigned on both sides Figure 86 a schematic and repeatedly interrupted plan view of a relating to FIG. 77 Partial tape track curve piece and another, for example, straight set automation connecting piece with manufacturing units assigned only on one side FIG. 87 a on FIG 86 related schematic and interrupted plan view of another set automation connector FIG. 88 is a schematic and interrupted view relating to FIGS. 77, 86 and 87 Top view of a set automation connector with an attached vertical one Partial tape track FIG. 89 is a schematic and interrupted sectional plan view of a set automation connector, namely an upper horizontal sub-tape track with upper diagonal tracks arranged on the right and left, which for full motion automation Equipped with partial side tracks, FIG. 90 is a schematic relating to FIG. 89 View from the front (with additionally drawn track runners). The top right Half of the figure shows the full automation of movement of a track runner by means of a partial side track, illustrated with transport contact on the outer side surface of a track runner. The left outer half of the figure shows the variant of a Partial side track with transport holder on the track tape Figure 91 a Referring to FIGS. 89 and 90, a schematic variant of a side partial track for a transport contact with a partial base area of a track runner Figure 92 a A schematic variant of a side partial track relating to FIGS. 89 to 91 Transport holder for transport contact with an outer side surface and a partial base area of a track runner.

The porous, flexible form and surface structure for semi-finished products, plastic goods, Non-cutting molded parts, packaging, coverings, consumer goods, preferably clothing including bath, beach, sports, all-round leisure, corsetry, lingerie and Similar creations with a work line for series production as well as command-controlled Processing and assembly of such porous-flexible shapes and surfaces differs, as shown in FIGS. 1 to 92, from those features from, which are presumed to be known shaped sheet-like structures, preferably for clothing as well as their facilities and / or devices for processing or packaging, According to Figures 1 to 32 and 44, an injection-molded and / or pressed, deep-drawn, welded, sewn, glued, foamed, coated, sprayed, flocked, impregnated or

equipped, by using an inherent in its material Restoring force for the purpose-related, controllable permanent change in shape Form-surface center piece FMS as a form bracket or

rod-free, seamless, asymmetrical rotating paraboloid ADP if necessary additionally with at least one variable, two-dimensional surface molded onto its molded shell Edging FUR formed, which initially has a FKT free from the body of a wearer provisional, predetermined running as a space curve of a higher order for a specific purpose Has body contour outline KKG, which encloses a total shape base area GGF, which are made up of part-shaped base areas at least each of an approximate half ellipse HEL as well as an approximate half parabola HPA and is on the body a wearer AKT only in the phase of a merger of at least two flat structures ZSF, for example, when closing a back part by pulling and / or continuous movement Stresses ZDB final in adjustable part-mold base areas at least each an approximate half circle HKR and an approximate half parabola HAL reshaped for a specific purpose for an optimal fit and carrying fit and at least each a seamless molded surface upper part FFO and / or a seamless molded surface substrate FFS, preferably made of pure or mixed man-made fibers, for example made of natural and / or synthetic polymers, such as polycondensation products, Polyamides, polymerisation, mixed polymerisation or polyaddition products, as form variants FY-A to FV-G, for example in the following sequence FFO plus FMS plus FFS = FV-A or FMS plus FFO = FV-B as well as FFO plus FFS = FV-C or FFS plus FMS = FV-D and FFO = - # FV-E or FMS = FV-F or, FFS = FV-G and Furthermore, a form-surface middle deck part for women's outerwear FMD / DOB without Use of a restoring force inherent in its material as an approximate half shell of an unevenly flattened, elongated ellipsoid of rotation VDE / DOB possibly additionally with at least one variable, flat border FU ## / DOB and there will be at least one seamless Form top cover part FODiDOB, and / or a seamless form substrate cover part FSD / DOB, preferably made of pure or mixed man-made fibers, as form variants FV / DOB-A to FV / DOB-D, for example in the following sequence FOD / DOB plus FMD / DOB plus FSD / DOB = FV / DOB-A or FMD / DOB plus FOD / DOB = FV / DOB-B and FOD / DOB plus FSD / DOB = FY /, DOB-C or FOD / DOB = FV / DOB-D in loose formation and / or definable at least one Associated with flat structure F or connected to it. According to Figures 1, 28 and 44 or 4, 6, 7 ,, 9, 10, 12, 14, 17, 19, 20, 21, 23, 27, 29 and 30, at least one form-surface center piece FMS or

a Form-Fläch.n middle deck part FMD / DOB in its jacket wall thickness MWV, based on a bisecting vertical sectional projection A-B, E-F, in constant Strength and / or variable, preferably wedge-shaped and furthermore at least a shaped surface middle piece FMS or a shaped surface middle cover part FMD / DOB in its jacket wall thickness Mm, based on a bisecting horizontal section projection C-D, G-H, in the same thickness and / or rectangular, preferably in different Dimensions and also at least one form-surface center piece FMS or a form-surface middle cover part FMD / DOB on its outer surface AF have fine textile roughness and extremely smooth on its inner surface IF held. According to Figures 1, 28 and 44 or 5 to 8 and 10 to 27 and 29 to 32 is at least one molded surface upper part or a molded upper cover part FFO, FOD / DOB and / or at least one molded flat substrate or a molded substrate cover part FFS, FSD / DOB in the aforementioned passages PA of any extent as Design in weight and / or density partially or completely different. As can be seen from FIGS. 1, 9, 23 and 27, at least one upper surface part of the mold FFO, preferably with breast-supporting, shaping or covering creations light weight and / or low structure density, with at least one other Shape resp.

Area coverage FFO / 2 equipped. Like FIGS. 1 and 28 furthermore clarify, it is also possible to use at least one form-surface center piece or a form-surface middle cover part FMS, FMD / DOB 'on its outer surface AF and on its inner surface IF to be extremely smooth. According to FIG. 33, a '' Work line for series production as well as command-controlled processing or Assembly of porous flexible shaped and flat structures according to the invention at least a work line section I as a serial parts processing device I.I for at least one form surface upper part FFO, FFO / 2, FFO-U, FFO / 2-U, FOD / POB and / or ein'Form-surface substrate FFS, FFS-U, FSD / DOB designed in a modular system, which at least one material allocation station 1.1.1 and / or a pressing or

Pulling, possibly pressing station I.I.II, a form-shock- resp.

Cooling station 1.1.111, a cut-punch station I.I.IV and a sorting station I.I.V and assigned to at least one processing interim storage facility. According to figure 33 becomes a material allocation station I.I.I. at least one storage and loading sector VBS with at least one, preferably identified by an alphanumeric code Plastic mandrel shelf KDR as well as with plastic sleeves KH of at least 50 mm have rolled flat structures F, PA on the inner hill diameter, as well as below by cutting rolled up flat structures with at least one motor-driven, Infinitely variable and / or synchronously switchable take-off or material infeed roller AZW chained and, as can also be seen from Figure 33, a deduction is or material infeed roller AZW of a pressing or drawing, possibly pressing station 1.1.11 upstream and / or designed to be vertically pivotable and interchangeable with this tied together. According to FIGS. 34 to 36, there is a pressing and / or drawing or pressing station 1.1.11 at least one mobile, manually or motor-driven and / or electrical, hydraulic, pneumatic or mechanical, synchronous switch or stepless have adjustable forming stamps I I II-1 and for structurally elastic, seamless Form surface tops FFO, FFO / 2 and / or seamless form surface substrates FFS as an asymmetrical rotating paraboloid ADP-I with one of approximated partial surfaces of a half an ellipse and half a parabola or for structurally inelastic shape Surface tops FFO-U, FFO / 2-2 and / or form-surface substrates FFS-U as an asymmetrical paraboloid of revolution ADP-II with one of approximated partial areas of a half circle and a half Parabolic existing base and also for women's outerwear as seamless Form top cover parts FOD / DOB and /, or seamless form substrate cover parts FSD / DOB as an approximately half, unevenly flattened and elongated ellipsoid of revolution VDE / DOB-III designed as well as vertically and / or horizontally or in a predetermined Angular position displaceably arranged interchangeably. According to Figure 37, at least a molded plug 1.1.11-1 at least one distance cuff DM III, DM IV, DM V, DM VI for at least two, preferably four, different seamless deformation variables III 7Q, IV 75, V 80 ,, VI 85 of shaped surface upper parts FFO, FFO / 2, FFO-U ,, FFO / 2-U and / or molded flat substrates FFS, FFS-U, molded upper cover parts FOD / DOB and molded substrate cover parts FSD / DOB and on a movable and / or on a fixed part of the press station, preferably arranged on the forming die, fixed or exchangeable, and furthermore As can be seen from Figure 37, at least one forming die ~ 1.1.11-1 becomes at least one Distance bar DL III, DL IV, DL V, DL VI for at least two, preferably four, show different seamless deformation sizes and on a movable and / or for the first part of the press station, preferably next to the die, fixed or interchangeable arranged. According to FIG. 37, there is also at least one Form stamp I.I.II-1 with at least one electronically controlled distance command circuit DBS designed for at least two, preferably four, deformation variables. According to Figures 34 to 38 at least one die I, I.II-1, I.I.II-1 S, I.I.II-5 divided into at least two temperature zones T 1, T2 and each zone for one separate, continuously adjustable stamp surface temperature, preferably by means of Oil and / or electrical heating is formed. As can be seen from Figure 34, a pressing and / or drawing or pressing station I.I.II at least one stationary Have stamp collars I.I.II-2 and for structurally elastic, seamless molded surface upper parts FFO, FFO / 2 and / or seamless form-surface substrates FFS with at least one from approximate part, areas of half an ellipse and half a parabola existing Recess I.I.II-A formed. According to Figure 35, a pressing and / or drawing or pressing station I.I.II have at least one stationary stamp collar I.I.II-3 and for structurally inelastic, seamless molded upper parts FFO-U, FFOJ2-U and / or seamless molded planar substrates FFS-U with at least one of approximated Partial areas of a half circle and half a parabola existing recess I.I.II-B trained. According to FIG. 36, a pressing and / or Pulling resp.

Press station I.I.II at least one stationary stamp collar I.I.II-4 have and for women's outerwear, preferably seamless molded upper deck parts FOD / DOB and / or seamless molded substrate cover parts FSD / DOB, with at least one made of approximated partial areas of a half parabola and a half ellipse existing Formed recess I.I.11-C. According to FIGS. 34 to 36, a pressing and / or Drawing or pressing station I.I.II at least one stationary forming die I.I.II-1 S, ADP-I S, ADP-II S, VDE / DOB-III S and at least one mobile, manually or motor-driven and / or electrically, hydraulically, pneumatically or mechanically, synchronously switchable or continuously adjustable punch collar I.I.II-2 M to 4 M in vertical and / or horizon; Taler or angled arrangement coupled. As Figure 38 shows, a pressing and / or drawing or pressing station I.I.II at least have a double forming punch 1.1.11-5 and, if necessary, alternately with each movement respectively.

Formally formed with every downward movement and upward stroke. According to FIGS. 34 to 36 show at least one stationary and / or mobile stamp collar I.I.II-2 to 4, I.I.II-2 M to 4 M in at least two temperature zones T 3, T 4 subdivided and each zone for a separate, steplessly adjustable partial collar surface temperature, preferably by means of electrical and / or oil Heating, trained and furthermore at least one stamp collar I.I.II-2 to 4, I.I.II-2 M to 4 M have at least one separate temperature zone T 5 and preferably between the outer periphery of at least two recesses I.I, II-A, -B, -C arranged for a steplessly adjustable partial collar surface temperature by means of electrical and / or Oil heating formed. As FIGS. 34 to 36 also show, at least a forming punch I.I.II-1, 1.1.11-1 S, I.I.II-5 at least one hold-down device N for Flat and shaped structures F, PA, FFO, FFO / 2, FOD / DOB, FFS, FSD / DOB and its movements are synchronously coupled with the working kinematics of the forming die and a hold-down N for flat and shaped structures in its movements for one infinitely variable pre- and post-travel and / or optionally independent of the working kinematics of a forming punch. Like Figures 34 to 36 show, a hold-down device N will have at least one surface support NFA as well as made of heat-retardant materials and / or provided with a cooling jacket spatially as a structural unit or with parts of the outer contours of a mold I.I.II-1, I, I, II-1 S, I.I.II-5 approximated. According to FIGS. 33 to 36, a pressing and / or Pulling or pushing station I.I.II at least one conveyor track section FT, for example a needled aluminum rod chain band with silicone rubber coating, for continuous or intermittent single and / or multi-layer or single and multi-track Have passages of porous flexible flat structures F, PA and a form shock or cooling station I.I.III upstream. According to FIG. 33, a form shock or

Cooling station I.I.III for seamless shapes and fabrics FFO #, FFO / 2, FFO-U, FFO / 2-U, FFS, FFS-U, FOD / DOB, FSD / DOB as at least one motor-driven and / or electrical, hydraulic, pneumatic or mechanical, synchronous with the Work kinematics of a press station I.I.II linked or as a separate, continuously adjustable form-surface combination conveyor 1.1.111-1 and at least one surface edge gripper or suction cup I.I.III-2 for gripping and d Lifting out a seamlessly formed flat structure from a stamp collar I.I.II-2, -3, -4 and / or a further conveyor I.I.III-3 for transporting the formed sheet-like structure to a target sector ZS or a conveyor I.I.III-4 for lowering a shaped Flat structure on an exchangeable cooling mold positive ADP-I, ADP-II, VED / DOB-III respectively.

have a form negative FN and a cut-punching station I.I, IV upstream. As FIG. 33 also shows, a cut-punch station I.I.IV for seamless shapes and fabrics FFO, FFO / 2, FFO-U, FFO / 2-U, FFS, FFS-U, FOD / DOB, FSD / DOB at least one motorized and / or electrical, hydraulic or mechanical operated mold Have area conveyor section I.l.IV-1 and linked synchronously with the work kinematics of a form shock or cooling station I.I.III and / or separately infinitely variable with at least one interchangeable cut or. Punch knife device I.I.IV-2, preferably designed for bundle-free multiple or contour cuts I.I.IV-3. According to FIG. 33, there is a sorting station I..W for seamless shapes and fabrics as well as punching and cutting residues STh as at least one motor-driven and / or electric, hydraulic, pneumatic or mechanically, synchronized with the work kinematics of a cut-punch station l.l.IV Chained or as a separate, steplessly adjustable sorting conveyor I.I.V-1 formed and at least one adjustable and exchangeable surface gripper or suction cups I.I, V-2 for recording punching and cutting residues or lifting off one Interval V-belt conveyor used for the removal of seamless shaped and flat structures I, I.V-3 as well as a punching and cutting residue conveyor I.I.V-4 for transportation to at least one part production facility for bathing sets I.II.V, preferably bathing trunks I.II.V-1, bathing coats or capes I.II.V-2, bathing bags I.II.V-3 or bathing footwear I.II.V-4 and / or for transportation to at least one parts factory for beachwear sets -L.III.V, preferably beach pants I.III.V-1, beach suits I.III.V-2, beach dresses I, III, V-3, Beach shirts I.III.V-4, beach trouser dresses I.III.V-5, Beach pants skirts I.III.V-6, beach hats I.III.V-7, beach bags I.III.V-8 or Beach umbrellas I.III.V-9 as well as for transportation to at least one parts factory for bodice sets I.IV.V, preferably bodice panties I.IV.V-1, briefs I.IV.V-2, Hip belt I.IV.V-3, waist girdle I.IV.V-4 or negligees I.IV.V-5 and also for Transportation to at least one parts factory for laundry sets I.V.V., preferably Undergarments I.V.V-1, lace creations 1.V.V-2, nightgowns I.V.V-3, morning shirts I.V.V-4 or dressing gowns I.V.V-5 as well as for transportation to at least one parts factory for leisure sets I.VI, V # preferably trouser suits I.VI.V-1, hip trousers I.VI.V-2, Trousers I.VI.V-3, hip trousers for bolero tops I.VI.V-4, leisure headwear I.VI.V-5 or leisure bags I.VI.V-6 and also for transportation to at least a parts production for sports sets I.VII.V, preferably double-knitted tracksuits and jackets I.VII.V-1, tennis shorts I.VII.V-2, pullovers I.VII.V-3, double-sided headbands I.VII.V-4, mountain hiking trousers I.VII.V-5, ski trousers I.VII.V-6 or breeches I.VII.V-7 as well as for transportation to at least one part fabrication for women's outerwear sets I.VIII, V, preferably costume skirts and trousers I.VIII.V-1, jumper skirts and trousers I.VIII.V-2, traditional skirts I.VIII.V-3 or capes and ponchos I.VIII.V-4 have and a processing intermediate storage I.I.VI upstream and through at least one mobile conveying goods carrier MFG with a storage and loading sector VBS connected to a material allocation station I.I.I. According to FIGS. 33, 73 to 76 and 78 to 84 will be an intermediate processing warehouse I.I.VI as at least one motorized driven and / or electric, hydraulic, pneumatic or mechanical, synchronous linked to the kinematics of a sorting station I.I.V or as a separate one, Infinitely variable preparation conveyor I.I.VI-1 designed and for conveying away preferably bundled, seamless shapes and fabrics FFO, FFO / 2, FFO-U, FFO / 2-U, FFS, FFS-U, FOD / DOB, FSD / DOB to a central processing preparation ZBV per creation, size and color change at least one track runner 5.1, 5.2 and / or an upper horizontal sub-tape track 6.1 or

have a lower horizontal partial tape track 9.1 and a discharge magazine for track runner AMS a work road section III for command-controlled processing or assembly of seamless shaped and flat structures that can be attached and converted upstream. According to FIGS. 39 to 43, at least one working line section II is used as a a polyplast series parts processing device II.I for at least one shaped bracket as well as rod-free shaped and surface middle piece FMS and / or a shaped surface middle cover part FMD / DOB in at least two, preferably four, different seamless shapes III 70, IV 75, V 80, VI 85 and the processing device at least one polyplast station II, I.I and / or an injection molding station II.I.II, a cooling transport station II.I.III, a cut-punching station II.I.VI as well as a sorting station II.I, V and at least one processing intermediate storage II. I.VI assigned. As FIG. 39 also shows, a polyplast station II.I.I at least one vacuum deep-drawing device VTE and / or a hollow body blow molding device HBV, preferably a forming station 11.1.11, for plasticizing a thermo and / or duroplastic granulate, semolina and powder (possibly without volume expansion) have and upstream of a refrigerated transport station II.I.III. According to the figures 39 to 43 is an injection molding station II.I.II as at least one asymmetrical, rotating parabolic form-surface positive II.I.II-1 as well as an asymmetrical rotating paraboloid Form-surface negative II.I.II-2 with one of approximated partial surfaces of a half Ellipse, half a parabola and a flat border existing base area and / or as an approximately half, unevenly flattened, rotational ellipsoid Form-surface positive II.I.II-3 as well as an almost half, unevenly flattened, Rotary ellipsoidal shape-surface negative 11.1.11-4 with a mold clamping force of at least 300 Kp / cm² of the projected part area and each mold face positive II.I.II-1, II.I.II-3 on its outer surface ASF a high degree of smoothness, preferably in a Surface roughness of 0.04 to 0.16 microns (-Superfinish-) and also each shape-surface negative II.I.II-2, II.I.II-4 on its reticulated Inner surface NIF with at least one woven and / or knitted, knitted or

braid-like groove R-I, R-I1, a smooth train or field or a Recess for the preferred generation of at least one rounded cross-section, approximately trapezoidal and / or square or semicircular net thread NEF provided and held with a surface finish of 1 to 4 microns. According to FIGS. 41 and 43, a shape-surface negative II.I.II-2 becomes at least one compression spring and / or curve, beam or

Have spoke-like, asymmetrically rotating paraboloidal groove R-I and continuously changed in their cross-section and / or constant, amplified at intervals, widened, tapered or reduced dimensions as well as for generation or improvement the material restoring force of at least one net thread NEF with at least one further groove R-II and, as FIGS. 41 and 43 also show, a Form-surface negative II.I.II-2 for a production that is injection-molded transversely to the joint axis a film-articulated hinge groove with at least one groove R-III in cross section have reduced material thickness and with at least one further groove R-IV networked.

As can also be seen from FIG rotationally ellipsoidal shape-surface negative II.I.II-2, II.I.II-4 at least one sprue nozzle AGD in Area of the greatest wall thickness WFN of the form surface negative as well as at least one cooling channel KKL and preferably in one area less than 30 millimeters below the shape-surface-negative inner surface FNI. According to FIG. 39, a cooling transport station II.I.III is used for conveying away and onward shaped bracket and rod-free shaped surface middle pieces FMS and / or shaped surface middle deck parts FMD / DOB as at least one motor-driven and / or electric, hydraulic, pneumatically or mechanically, synchronized with the kinematics of an injection molding station 11.1.11 chained or as a separate, infinitely variable cooling conveyor II.I.III-1 formed and at least one equipped, for example, with a silicone rubber coating, possibly.

Belt II.I.III-2 rotating in an inclined position and / or a through-trough or a tunnel II.I.III-3, a cold air circulation unit II.I.III-4 and have a cold air temperature control II.I.III-5 and a cut-punching station II.I.IV can be added on and converted upstream. As FIG. 39 also shows, a cut-punch station is used II.I.IV for shaped surface middle pieces FMS and / or shaped surface middle deck parts FMD / DOB as at least one motor-driven and / or electric, hydraulic, pneumatically or mechanically, synchronized with the kinematics of a refrigeration transport station II.I.III chained or as a separate, steplessly adjustable form surface conveyor I1.I.IV-1 trained, at least one each rotating belt II.I.IV-2 and / or a cut or

Punching device II.I.IV-3, e.g. for bundle-free contour and / or Multiple cuts, half and / or three quarters or full form-surface center pieces FMS in preferred sizes III 70, IV 75, V 80, VI 85 and the like as well as one Have cut and punch residue removal II.I.IV-4 and a sorting station II.I.V can be added on and converted upstream. According to FIG. 39, there is also a sorting station II.I.V for shaped surface middle pieces FMS and / or shaped surface middle deck parts FMD / DOB as at least one motor-driven and / or electric, hydraulic, pneumatic or mechanically, synchronized with the work kinematics of a cut-punch station II.I.IV Chained or as a separate, steplessly adjustable sorting conveyor II.I.V-1 trained, at least one weight control sector II.I.V-2 and / or one Distribution sector II.I.V-3 and an interval V-belt conveyor II.I.V-4 and upstream of a processing intermediate storage II.I.VI that can be attached and converted.

According to FIGS. 33, 73 to 76 and 78 to 84, there is an intermediate machining store II.I.VI as at least one motor-driven and / or electric, hydraulic, pneumatically or mechanically, synchronized with the work kinematics of a sorting station II.I.V linked or as a separate, infinitely variable preparation conveyor II.I.V-1 designed, preferably for removal sorted and bundled form-surface-middle pieces FMS and / or form-surface-middle deck parts FMD / DOB to a central processing preparation ZBV for each size and contour cuts and / or at least one track runner 5.1, 5.2 and / or per creation or color change an upper horizontal sub-tape track 6.1 and a lower horizontal sub-tape track 9.1 have and a working route section via a run-off magazine for track runner AMS III for command-controlled processing or

Assembly of form-surface middle pieces and / or form-surface middle deck parts FMS, FMD / DOB plus seamless shapes and fabrics PFO, FF0 / 2, FFO-U, PFO / 2-U, FFS, FFS-U, FOD / DOB, FSD / DOB can be attached and / or converted upstream.

According to FIGS. 45 to 92, the work line is used for series production as well as command-controlled processing or packaging of porous-flexible shapes and flat structure at least one working line section III with command control system 1.1 and with numbers 1.1.2, letters 1.1.3 or special characters 1.1.4 as encrypted information on and / or in or on a set automation element A to M and / or a set automation section N, O, P or a set automation connector Q to X programmed. As shown in Figs. 45 to 47, there is a command control system 1.1 have a group of digits 1.1.2 and with a group of special characters 1.1.4 each encrypted in descending order of digits, furthermore a command Control system 1.1 preferably with eight individual letters 1.1.3, 1 to 8 in two hundred and fifty-five and / or with nine individual letters 1.1,3, 1 to 9 in five hundred and eleven pieces of information programmed. It is also possible to optionally use a command control system 1.1 less than eight and / or more than nine individual letters 1.1.3 and special characters 1.1.4 to encrypt, there is no separate graphic representation been. According to FIGS. 48 to 53, 60 to 64 as well as 7, 68 and 72, there is a set automation element A, B designed as a command carrier 2, 1, 2.2, at least one each in a cylinder 2.1.2, 2.2.2 vertically displaceable and / or lockable pistons 2.1.7, 2.2.7 with or without ball holder and ball 2.1.9, 2.2.8 and at least one each Commanders and / or extinguishers 3.2, 3.3, 3.4, 3.5, 3.6, 3.7 as well as the commissioner 4.1 assigned. According to FIGS. 54 to 59, 5, 66 and 69 to 72, there is a set automation element C, D as a command carrier 2.3, 2.4 with one about a horizontal axis 2.3.3, 2.4.3 pivotable formed in 2,3.4, 2.4.4, a contact pin 2,3,5, 2,4,5 and have at least one fixing notch 2.3.6, 2.4.6 and in and / or on at least one resilient locating pin each 2.3.2, 2.4.6 can be fixed and at least one command device each 3.1 and assigned to a command taker 4.1. If required praxially, a person in charge of the command can 2.1, 2.2, 2.3, 2.4 with other individual elements or combined hydraulic means and or Pneumatics, optics, electrics, ultrasound technology, electronics or possibly through photometric, magnetic and nuclear processes for recording a piece of information can be linked, a graphic representation was dispensed with According to FIGS. 48 to 72, at least one mobile command carrier 2.1, 2.2, 2.3, 2.4 and / or a stationary command transmitter 3.1, 3.2, 3.3, 3.4-, 3.5, 3.6, 3.7 or an adjustable command device 4.1 arranged chained to one another. As FIGS. 48 to 50 show a command carrier 2.1 with at least one each Base plate 2.1.1 and / or a cylinder 2.1.2, an adjustable spring attachment 2.1,3, an adjusting spring 2.1.4, a compression spring 2.1.5, a retaining cone 2.1.6, a piston 2.1.7, a release cone 2.1.8 and a ball 2.1.9 completely or with parts in polyplasts (thermoplastics or duroplastics) and / or metal 9 glass, Ceramics, coated materials or similar mixed-press materials, have at least one screw and / or rivet, weld, solder or clamp connection or assembled by means of at least one adhesive bond.

According to FIGS. 51 to 53, a command carrier 2.2 with at least one base plate 2.2.1 and / or one cylinder 2.2.2, one compression spring 2.2.3, a spring fixing pin 2.2.4, a fixing ring 2.2.5, a release cone 2.2.6, a piston 2.2.7 and a ball 2.2.8 formed, completely or with parts in polyplasts (thermoplastics or duroplastics) and / or metal, glass, ceramics, coated Materials or similar mixed-press materials as well as at least one screw and / or Have riveted, welded, soldered or clamped connection or with at least one adhesive connection Mistake. As can be seen from FIGS. 54 to 57, there is a command carrier 2.3, 2.4 with at least one base plate each 2.3.1, 2.4.1 and / or a locating pin 2,3.2, 2.4.2, an axle 2,3,3, 2.4,3, a ring 2.3.4, 2,4.4, a contact pin 2.3.5, 2.4.5 and a fixing notch 2.3.6, 2.4.6 completely or with parts in Polyplasts (thermoplastics or duroplastics) and / or metal, glass, ceramic, coated Materials or similar mixed-press materials formed, at least one screw and / or have riveted, welded, soldered or clamped connections or by means of at least an adhesive connection. According to FIGS. 58, 59, 60 to 71, a set automation element E, F, G, H, I, K, L as a sword command device and / or extinguisher 3.1, skid command device and / or extinguisher 3.2, adjusting bracket command transmitter and / or extinguisher 3.3, wheel command transmitter and / or extinguisher 3.4, nose command generator and / or extinguisher 3.5, control track command transmitter and / or extinguisher 3.6 as well as a traverse command transmitter and / or extinguisher 3.7 formed and at least one adjusting sword 3.1.4 and / or one adjusting runner 3.2.2, an adjusting bracket 3.3.2, an adjusting wheel 3.4.3, a nose curve 3.5.2 or an adjusting track 3.7.2 and for the submission or deletion of information 1.1 in at least one Lane of a command carrier 2.1, 2.2, Z.3 * 2.4 arranged. According to the figures 58, 59 and 6o to 71 is also in a lane of a command carrier 2.1, 2.2, 2,3, 2.4 one command device and / or extinguisher 3.1, 3.2 ,, 3.3, 3.4, 3.5, two # 3.7, 3.7.2-1, 3.7.2-2, 3.7.2-3 exchangeable and / or movable, countersunk, rotatable and held so that it can be raised or folded up and down. If required praxially, a Command transmitter and / or extinguisher 3.1, 3.2, 3.3, 3.4, 3.5, 3.6, 3.7 with other individual elements or combined means of hydraulics and / or pneumatics, optics, electrics, ultrasound technology, Electronics or possibly

through lighting and nuclear processes for delivery or Deletion on or in a command carrier 2, 1, 2.2-, located in a running lane, 2, 3, 2, 4 are coupled, a graphic representation was dispensed with. According to FIGS. 58 to 66, a sword command generator and / or extinguisher 3.1 with at least one guide shaft 3.1.1 and / or one base plate 3.1.2, one Guide lock 3.1.3 as well as a control sword 3.1.4 or a runner command transmitter and / or extinguishers 3.2 with at least one leadership 3.2.1 and / or one Skid 3.2.2 or, a handle command device and / or extinguisher 3.3 with at least a guide shaft 3.3.1 and / or an adjusting bracket 3.3.2 or a wheel command transmitter and / or extinguisher 3.4 with at least one guide shaft 3.4.1 and / or one Storage 3.4.2 as well as an adjusting wheel 3.4,3 or a nose command transmitter and or Extinguisher 3.5 with at least one guide shaft 3.5.1 and / or one nose curve each 3.5.2 or a control track command generator and / or extinguisher 3.6 with ~ at least one each Centering sword 3.6.1 and / or a mounting rail 3.6.2 or a traverse command transmitter and / or extinguishers 3.7 each with at least one movable connection 3.7.1 and / or an adjusting track 3.7.2, a flange 3.7.3, a joint 3.7.3 and a linkage 3.7.5 completely or with parts in polyplasts (thermoplastics or duroplastics) and / or Metal, glass, ceramics, coated materials or similar mixed-press materials formed and at least one screw and / or rivet, welding, soldering or

Have a clamp connection or by means of at least one adhesive connection put together. As FIGS. 71, 72, 78, 83 to 89 show, there is a set automation element M designed as an adjustable command device 4.1 and at least one under Spring-loaded contact pin 4.1,3 and / or a contact hammer 4.1.5 and have a contact plate 4,1.6 as well as for receiving or

Passing on of a command in a lane of at least one command carrier 2.1, 2.2, 2.3, 2.4 arranged. According to Figure 72, a command taker 4.1 with at least One housing 4.1.1, one shaft 4.1.2 and / or one contact pin 4.1.3, one each Contact spring 4.1.4, a contact hammer 4.1.5 and a contact plate 4.1.6 completely or with parts in polyplasts (thermoplastics or duroplastics) and / or metal, glass, ceramics, coated materials or similar sVsisch-Press-materials and by means of at least one screw and / or rivet, weld, solder, clamp or adhesive connection put together. If required praxially, a command taker 4.1 can also be used other individual elements or combined means of hydraulics and / or pneumatics, Optics, electrics, ultrasound technology, electronics or by means of photometric, magnetic as well as nuclear processes for receiving and / or forwarding information 1.1, a graphic representation was dispensed with. According to Figures 75 and 76 illustrate a set automation section N as a solo track runner 5.1 and at least one walking surface 5.1.1 and / or one tunnel> 5.1.2, have a centering rail 5.1,3, 5.1.4 and a top surface 5,1,5 as well as for Receiving or passing on commands with at least one command carrier 2.1, 2.2, 2.3, 2.4 connected. As FIG. 74 shows, a set automation section O is used as a Track runner formed with upper part 5.2 and at least one tread 5.2.1 and / or a tunnel 5.2.2, a centering rail 5.2.3, 5.2.4, a floor 5.2.5, have a side wall 5.2.6, 5.2.7, a front wall 5.2.8 and a rear wall 5.2.9 as well as for recording or

Forwarding of information 1.1 with at least one command carrier 2.1, 2.2, 2.3, 2.4 interchangeably connected.

According to FIG. 75, a set automation section P is used as an attachment 5.3 trained for solo track runners 5.1 and at least one floor 5.3.1, one Side wall 5.3,2, 5.3.3, a front wall 5.3.4 and a rear wall 5.3.5 and at least one attachment 5.3.1-1 with a solo track runner 5.1 is detachably connected and, according to FIGS. 73 to 76, at least one solo track runner 5.1 and / or one track runner with upper part 5.2 as well as one Article 5.3 completely or with parts in polyplasts (thermoplastics or duroplastics) and / or metal, wood, coated materials or

similar mixed-press materials or for folding or

Closing with at least one film hinge and / or one Clamp and a joint groove formed. As Figures 78 to 84 show, becomes a set automation link Q as an upper horizontal sub-tape track 6.1 and at least one track tape disc 6.1.1 and / or one continuous or track belt 6.1.2 rotating at time intervals, a middle section 6.1.3, have a tracking trap 6.1.4 and an outer side panel 6.1.5 as well as for the control of manufacturing and / or data acquisition processes with a or several track runners 5.1, 5.2, 5.3 loaded. According to Figures 80 to 82 a track runner trap 6.1.4 is at least one track ball 6,1,4-1 and / or have a stopper 6.1.4-3 for track runner 5.1, 5.2, 5.3 and in the area at least A middle piece 6,1.3 and / or an outer side panel 6,1,5 through at least one joint 6.1.4-2, if necessary by at least one polypropylene film hinge each and or a clamping bracket and a joint groove are held in such a way that they can be folded up and down. Like the characters 78 and 83 show, at least one track band support is under a track band 6, '1.2, 9,1,2 6.1.5-1, 9.1.2-1 vertically displaceable and / or lockable, if necessary horizontally adjustable arranged. If required praxially, an upper horizontal sub-tape track can also be used 6.1 with other individual elements or combined hydraulic and / or means Pneumatics, optics, electrics, ultrasound technology, electronics or through lighting technology, Magnetic and nuclear processes for the control of manufacturing and / or Data acquisition processes are chained to a graphic representation dispensed with, and furthermore, according to FIGS. 78 to 84, an upper horizontal partial tape track is used 6.1 with parts in polyplasts (thermoplastics or duroplastics) and / or metal, rubber, wood, coated materials or similar mixed-press materials and formed with at least one screw and / or rivet, weld, solder, clamp or adhesive connection Mistake. According to FIGS. 79 to 82, there is a set automation connector R designed as a track frame 6.2 and at least one vertical profile 6.2.1 and / or an anti-noise cladding 6.2.1-1, a horizontal profile 6. # 2.2, an inclined profile 6.2,3, a footrest 6.2.4, a mounting profile 6.2.5 for an upper horizontal partial belt track 6.1, an upper horizontal shaft 6.2.6, an upper shaft bearing 6.2.7 and a mounting profile o, 2. & for a lower horizontal Partial tape track 9.1 with a have lower shaft bearing 6,2,8-1 and a lower horizontal shaft 6.2,8-2 and completely or with parts in polyplasts (thermoplastics or duroplastics) and / or Metal, wood, coated materials or similar mixed-press materials as well as with at least one welding and / or screwing, riveting, soldering, clamping or Provide adhesive connection. According to FIGS. 78 to 82, there is a set automation connector s, T as a pair of tracks, namely on the one hand as a stationary upper helical track 7.1 and on the other hand designed as a pivotable upper helical track 8.1 and at least one stationary track surface 7.1.1 each with a track ball 7.1.1-1 and / or a stationary one Stop rail 7.1.2, also in the pivotable part 8.1 a track surface 8.1.1, a Stop flange 8.1.2, a track surface joint 8.1,3, a rocker arm linkage or overall wire pull 8.1.4, a rocker arm 8.1,5 and a connecting rod 8.1.6 with a rod connection 8.1.1-1 to the track surface 8.1, a linkage connection 8,1,5-1 to the rocker arm 8.1.5 with Have rocker arm pivot bearings 8.1.5-2 as well as completely or with parts in polyplasts (Thermoplastics or duroplastics) and / or metal, wood, coated materials or similar mixed-press materials and with at least one welding and / or Screw, rivet, solder, clamp or adhesive connection assembled like a building block. As shown in FIGS. 80 to 82 and 84, a set automation connector is used U as a lower horizontal Partial tape track 9.1 formed and at least one track tape disc 9.1.1 and / or at least one continuously or lower track belt 9.1.2 rotating at time intervals, a lower track belt support 9.1.2-1, a pivotable lower surface track 9.1.3 with linkage or wire connection 9.1.3-2, a track ball 9.1.3-1, a lower stop flange 9.1.4 and a pivotable one Have support arm 9.1.5 with a support arm pivot bearing 9.1.5-1 and independent of the circuit loaded with one or more track runners 5.1, 5.2, 5.3 and if required praxially, can also have a lower horizontal sub-tape track 9.1 with other individual elements or combined means of hydraulics and / or ~ pneumatics, optics, electrics, ultrasound technology, Electronics or through photometric, magnetic and nuclear processes to control manufacturing or data acquisition processes are linked, a graphic representation was dispensed with. According to Figures 80 to '82 and 84 becomes a lower horizontal sub-tape track 9.1 completely or with parts in polyplasts (thermoplastics or duroplastics) and / or metal, rubber, wood, coated Materials or similar mixed-press materials formed and with at least one Screw and / or rivet, welding, soldering, clamping or

Provide an adhesive connection, as shown in Figures 77, 86 to 88, a set automation connection piece V is used as a sub-tape track curve piece 10.1 formed and at least one curve-track tape disc 10.1.1 and / or a Curved track tape 10.1.2, a curved surface 10.1.3, a track ball 10.1,4, an outer one Have vertical steering surface 10.1.5 and an inner vertical steering surface 10.1.6 and with an upper horizontal sub-belt track 6.1 and / or with a track frame 6.2, a stationary upper helical track 7.1, a pivotable upper helical track 8.1, a lower horizontal sub-tape track 9.1 and a vertical sub-tape track 11.1 as a deflection from one to one hundred and seventy-nine degrees, arranged horizontally or in an inclined position, interchangeably connected. According to FIGS. 89 to 92, a Set automation connector W designed as a side partial track 10.2 as well at least one bearing 10.2.1 and / or one shaft 10.2.2, one side track belt disc 10,2.3, a side track tape 10.2.4, a support roller 10.2.5-1, a track ball 10.2.6 as well as a cover 10.2.5 and for a fully automatic movement of a Track runner 5.1, 5.2 with its outer side surface and / or side wall or Partial base area directly or by means of one located on a side lane tape Transport holder 10.2.3-1 contacted and also at least one side-track tape disc 10.2.3 vertically and / or horizontally or at an angle in or on a bearing 10.2.1 arranged. As Figure 88 shows, a set automation connector X is used as a formed vertical sub-belt track 11.1 and have a sub-belt lifting device as well as with a delivery or transfer device for Track runner 5.1, 5.2, 5.3 coupled. According to FIGS. 33 to 92, at least one work line section I, II, III designed as a programmable control and monitoring system and preferably at least one thyristor (-Silicon-Stromtor-) for speed control, and to improve synchronization have as well as with at least one component of semiconductor technology, for example a photodiode, coupled in the management and / or monitoring telecontrol system.

Such interval and convertible and expandable, not on traction or Set automation connectors or work lines linked to conveyor chains The present invention also lends itself to the cycle-independent, flexible material flow rationalization and economic increase in terms of production, processing, packaging or assembly of other commercial and / or industrial products not mentioned here respectively.

Investment necessities or consumables, without the aforementioned to restrict or leave features according to the invention; on further graphic or figurative representations for this could be dispensed with.

-Patent claims-

Claims (1)

Claims 1. Porous flexible shaped and flat structure for semi-finished products, Plastic goods, non-cutting molded parts, packaging, coverings, consumer goods, preferably clothing including bathing, beach, sports, all-round leisure, Bodice, lingerie and similar creations, characterized in that an injection-molded and / or pressed, deep-drawn, welded, sewn, glued, foamed, coated, sprayed, flocked, impregnated or finished, through use a restoring force inherent in its material to the purpose-related, adjustable one Permanent shape change specific shape-surface center piece (FMS) as a shape bracket or. rod-free, seamless, asymmetrical rotating paraboloid (ADP), possibly additionally with at least one variable, two-dimensional border formed on its molded casing (FUR), which is free from the body of a wearer (FKT) initially a provisional, predetermined running as a space curve of a higher order for a specific purpose Body contour outline (KKG), which encloses a total shape base area (GGF), which is made up of part-shaped base areas at least one approximate half ellipse each (HEL) and an approximate half Parabola (HPA) composed and on the body of a wearer (AKT) only in the phase of a union at least two flat structures (ZSF), for example when closing a back part through tensile and / or I) non-moving loads (ZDB) finally into controllable Part-shaped base areas at least each of an approximate half circle (HKR) as well as an approximate half parabola (HAL) earmarked for an optimal fit and carrying seat and at least one seamless molded upper part (FFO) each and / or a seamless molded surface substrate (FFS), preferably made of pure or mixed chemical fibers, for example made from natural and / or synthetic polymers, such as polycondensation products, polyamides, polymerization, mixed polymerization or polyadducts, as shape variants (FV-A to FV-G), for example in the following sequence FFO plus FMS plus FFS = FV-A or FMS plus FFO = FV-B and FFO plus FFS = FV-C or FFS plus FMS = FV-D and FFO = FV-E or FMS = FV-F or FFS = FV-G and also that a form-surface middle cover for women's outerwear (FMD / DOB) without using a restoring force inherent in its material as an almost half shell of an unevenly flattened, elongated Rotary ellipsoids (VDE / DOB), if necessary, additionally with at least one on its form jacket molded, variable, flat border (FUR / DOB) is formed and at least one seamless molded upper cover part (FOD / DOB) and / or one seamless molded substrate cover part (FSD / DOB), preferably made of pure or mixed man-made fibers, as shape variants (FV / DOB-A to FV / DOB-D), for example in the following sequence FOD / DOB plus FMD / DOB plus FSD / DOB = FV / DOB-A or FMD / DOB plus FOD / DOB = FV / DOB-B and FOD / DOB plus FSD / DOB = FV / DOB-C or FOD / DOB = FV / DOB-D in loose formation and / or can be specified is assigned to or connected to at least one flat structure (F). 2. Porous flexible shaped and flat structure according to claim 1, characterized characterized in that at least one form surface center piece (FMS) or one form surface center cover part (FMD / DOB) in its jacket wall thickness (MWV), based on a bisecting vertical section projection (A-B, E-F), of constant thickness and / or variable, preferably wedge-shaped, Figures 1 and 28 or 4, 6, 7, 9, 10, 12, 14, 17, 19, 20, 21, 23, 27 ,, 29 as well as 30 and 44 3. Porous flexible shaped and flat structure according to the claims 1 and 2, characterized in that at least one form-surface center piece (FMS) respectively. a form-surface middle cover part (FMD / DOB) in its jacket wall thickness (MWH), based on a bisecting horizontal sectional projection (C-D, G-H), in constant thickness and / or rectangular, preferably in different dimensions Figures 1 and 28 or 4, 6, 7, 9, 10, 12, 14 ,, 17, 19, 20, 21, 23, 27, 29 as well as 30 and 44 4. Porous, flexible form and surface structure according to claims 1 to 3, characterized in that at least one form-surface center piece (FMS) or a form-surface middle cover part (FMD / DOB) on its outer surface (AF) has a fine textile roughness and is highly graded on its inner surface (IF) Figures 1 and 28 or 4, o, 7, 9, 10, 12, 14, 17, 19, 20, 21, 23, 27, 29 as well as 30 and 44 5. Porous flexible shaped and flat structure according to the claims 1 to 4, characterized in that at least one form-surface upper part or a Form upper cover part (FFO, FOD / DOB) and / or at least one form surface substrate or a molded substrate cover part (FFS, FSD / DOB) in any of the aforementioned passages (PA) Expansion as well as design in weight and / or density partially or completely different Figures 1 and 28 or 5, 6 to 8 and 10 to 27 and 29 to 32 6 are designed. Porous flexible shaped and flat structure according to Claims 1 to 5, characterized in that that at least one molded upper part (FFO), preferably for breast-supporting, shaping or covering creations with light weight and / or low structural density, with at least one more Form or area coverage (FFO / 2) Figures 1, 9, 23 and 27 7 are equipped according to claims 1 to 6, characterized in that at least one form-surface center piece or a form-surface middle cover part (FMS, FMD / DOB) on its outer surface (AF) and on its inner surface (IF) is extremely smooth, Figures 1 and 28 and 44 8th work line for series production and command-controlled processing or assembly of porous flexible shaped and flat structures according to the claims 1 to 7, characterized in that at least one work road section (I) as a series parts processing device (I.I) for at least one mold surface upper part (FFO, FFO / 2, FFO-U, FFO / 2-U, FOD / DOB) and / or a form surface substrate (FFS, FFS-U, FSD / DOB) is designed in a modular system, which has at least one material allocation station (I.I.I) and / or a pressing or drawing, possibly pressing station (1.1.11), a form-shock or cooling station (I.I.III), a cut-punch station (I.I.IV) and a sorting station (I.I.V) and at least one processing Interim storage (I.I.VI) is assigned to Figure 33 9. Working line according to Claim 8, characterized in that that a material allocation station (I.I.I) has at least one storage and loading sector (VBS) with at least one, preferably identified by an alphanumeric code Plastic mandrel Hegal (KDR) as well as with plastic sleeves (H) of at least 50 mm inner tube diameter has rolled flat structures (F, PA) and below by cutting rolled up flat structures with at least one motor-driven, Infinitely variable and / or synchronously switchable take-off or material infeed roller (AZW) is chained to Figure 33 10. Working line according to claims 8 and 9, thereby marked that a take-off or material infeed roller (AZW) of a press or pulling, possibly Push station (I.I.II) upstream and / or vertically pivotable designed to be interchangeably connected to it, FIG. 33 11. Working line according to claims 8 to 10, characterized in that a press and / or pulling or pushing station (I.I.II) at least one mobile, by hand or motor-driven and / or electric, hydraulic, pneumatic or mechanically, synchronously switchable or steplessly adjustable forming stamp (I.I.II-1), which for structurally elastic, seamless molded surface tops (FFO, FFO / 2) and / or seamless shape-surface substrates (FFS) as an asymmetrical one Rotating paraboloid (ADP-I) with an approximate partial surface of half an ellipse as well as half a parabola or for structurally inelastic shape-surface upper parts (FFO-U, FFO / 2-2) and / or form-surface substrates (FFS-U) as an asymmetrical paraboloid of rotation (ADP-II) with one of approximated partial areas of a half circle and one half parabola existing base area and also for women's outerwear as seamless Form top cover parts (FOD / DOB) and / or seamless form substrate cover parts (FSD / DOB) as an approximately half, unevenly flattened and elongated ellipsoid of revolution (VDE / DOB-III) and vertically and / or horizontally or in a predetermined Figures 34 to 3d are arranged to be displaceable and exchangeable 12th Working line according to claims 8 to 11, characterized in that at least a forming die (I.I.II-1) at least one spacer cuff (DM III, DM IV, DM V, DM VI) for at least two, preferably four, different seamless deformation variables (III 70, IV 75, V SO, VI 85) of shaped surface upper parts (FO, FFO / 2, FFO-U, ß <FO / 2-U) and / or molded surface substrates (FFS, FFS-tJ), molded upper deck parts (FOD / DOB) and Form substrate cover parts (FSD / DOB), which on a movable and / or on a fixed part of the press station, preferably on the forming die, or FIG. 37 is arranged interchangeably. 13. Work line according to claims 1 to 12, characterized in that at least one forming die (I.I.II-1) at least a distance bar (DL III, DL IV, DL V, DL VI) for at least two, preferably has four different seamless deformation sizes, which at movable and / or on fixed parts of the press station, preferably next to the forming die definable or Figure 37 is arranged to be exchangeable 14th working line according to claims 8 to 13, characterized in that at least one 'forming die (I.I.II-1) with at least one electronically controlled dista, nz command circuit (DBS) is designed for at least two, preferably four, deformation variables Figure 37 15. Working line according to claims 8 to 14, characterized in that that at least one die (I.I.II-1, I.I.II-1 S, I.I.II-5) in at least two Temperature zones (T 1, T 2) broken down and each zone for a separate, stepless adjustable stamp surface temperature, preferably by means of oil and / or electric heating, Figures 34 to 38 are formed 10. Working line according to claims 8 to 15, characterized in that a pressing and / or drawing or pressing station (I.I.II) has at least one stationary stamp collar (I.I.II-2), which is used for structurally elastic, seamless molded surface upper parts (FFO, FFO / 2) and / or seamless molded surface substrates (FFS) with at least ~ one of approximated partial areas of a half ellipse as well as half a parabola existing recess (T.I.II-A) is formed Figure 34 17th Working line according to claims 8 to 16, characterized in that a press and / or drawing or pressing station (I.I.II) at least one stationary stamp collar (I.I.II-3), which for structurally inelastic, seamless form-surface upper parts (FFO-U, FFO / 2-U) and / or seamless form-surface substrates (FFS-U) with at least one of approximated partial areas of half a circle and half a parabola existing recess (I.I.II-B) is formed Figure 35 18. Working line according to claims 8 to 17, characterized in that a pressing and / or drawing or pressing station (I.I.II) at least one stationary stamp collar (I.I.II-4) has, which for women's outerwear, preferably seamless molded upper deck parts (FOD / DOB) and / or seamless molded substrate cover parts (FSD / DOB), with at least one consisting of approximated partial areas of half a parabola and half an ellipse Recess (I.I.II-C) is formed Figure 36 19, 'working street according to claims 8 to 18, characterized in that a press and / or Drawing or pressing station (I.I.II) at least one stationary forming punch (I.I.II-1 S, ADP-I tq, ADP-II S, VDE / DOB-III S), which is equipped with at least one mobile, manually or motor-driven and / or electrically, hydraulically, pneumatically or mechanically, synchronously switchable or continuously adjustable punch collar (I.I.II-2 M to 4 M) in vertical and / or horizontal resp. Angled arrangement is coupled to Figures 34 to 36 20. Working line according to claims 8 to 19, characterized in that a press and / or Drawing or pressing station (I.I.II) at least one double forming die (1.1.11-5) has, which reciprocally with each movement or with each decline and The upward stroke is designed to be effective in terms of shape Figure 38 21. Work line according to the claims 8 to 20, characterized in that at least one stationary and / or mobile Stamp collars (I.I.II-2 to 4, I.I.1I-2 M to 4 M) in at least two Temperature zones (T 3, T 4) and each zone for a separate, continuously adjustable partial collar surface temperature, preferably by means of electrical and / or oil heating, FIG. 34 is formed to 36 22. Working line according to claims & to 21, characterized in that that at least one stamp collar (I.I.II-2 to 4, I.I.II-2 M to 4 M) at least has a separate temperature zone (T 5), which is preferably between the outer periphery of at least two recesses (I.I.II-A, -B, -C) arranged for a steplessly adjustable part-collar surface temperature by means of electrical and / or Oil heating is formed Figures 34 to 3 @ 23. Working line according to the claims 8 to 22, characterized in that at least one forming punch (I.I.II-1, I.I.TI-1 5, I.I.II-5) at least one hold-down device (N) for flat and shaped structures (F, PA, FFO, FFO / 2, FOD / DOB, FFS, FSD / DOB), which in its movements with the working kinematics of the forming punch is synchronously coupled, FIGS. 34 to 30 24. Working line according to Claims 8 to 23, characterized in that a hold-down device (N) for flat and shaped structures in its movements for a continuously variable one Pre-run or post-run and / or optionally independent of the working kinematics a forming die is formed in Figures 34 to 36 25. Working line after the Claims 8 to 24, characterized in that a hold-down device (N) at least a surface overlay (NFA), which is made of heat-retardant materials and / or provided with a cooling jacket spatially as a structural unit or with parts The outer contours of a die (I.I.II-1, I.I.II-1 S, I.I.II-5) is approximated Figures 34 to 36 26. Working line according to Claims 8 to 25, characterized in that that a pressing and / or pulling or pressing station (I.I.II) has at least one conveyor track section (FT), for example a needled aluminum chain band with a silicone rubber coating, for continuous or intermittent single and / or multi-layer or one and one multi-lane runs more porous flexible Has flat structure (F, PA) and a mold shock or cooling station (I.I.III) is connected upstream of FIGS. 33 to 36 27, working line according to claims 8 to 26, characterized in that a form shock or cooling station (I.I, III) for seamless shaped and flat structures (FFO, FFO / 2, FFO-U, FFO / 2-U, FFS, FFS-U, FOD / DOB, FSD / DOB) as at least one motorized driven and / or electric, hydraulic, pneumatic or mechanical, synchronous linked to the working kinematics of a press station (I.I.II) or as a separate one, continuously adjustable form-surface combination conveyor (I.I.III-1) is designed, which has at least one surface edge gripper or suction cup (I.I.III-2) for gripping and lifting a seamlessly formed sheet-like structure out of a stamp collar (I.I.II-2, -3, -4) and / or a further conveyor (I.I.III-3) to transport the shaped Flat structure to a target sector (ZS) or a conveyor (1.1.111-4) for lowering a shaped sheet onto an exchangeable cooling mold positive (ADP-I, ADP-II, VED / DOB-III) or a form negative (FN) and a cut-punching station (I.I.IV) is preceded by Figure 33 28. Working line after the Claims 8 to 27, characterized in that a cut-punch station (I.I.IV) for seamless shapes and surfaces (FFO, FFO / 2, FFO-U, FFO / 2-U, FFS-, FFS-U, FOD / DOB, FSD / DOB) at least one motorized and / or electric, hydraulic or has mechanically operated form-surface conveyor section (I.I..IV-1), which with the working kinematics of a form-shock or. Cooling station (I.I.III) linked synchronously and / or separately infinitely variable with at least one interchangeable cutting or punching knife device (I.I.IV-2), preferably designed for bundle-free Multiple-. or contour cuts' (I.I.IV-3), connected is Figure 33 29th work line according to claims 8 to 28, characterized in that a sorting station (I.I.V) for seamless shapes and fabrics as well as punching and cutting residues (STR) as a minimum a motor-driven and / or electric, hydraulic, pneumatic or mechanical, synchronized with the work kinematics of a cut-punch station (I.I.IV) or designed as a separate, steplessly adjustable sorting conveyor (I.I.V-1) is, which has at least one adjustable and exchangeable vacuum gripper or suction cup (I.I.V-2) for punching and cutting residues or Lifting off from an interval healing belt conveyor used for the removal of seamless shaped and flat structures (I.I.V-3) as well as a punching and cutting residue conveyor (I.l.V-4) for transportation to at least one part production facility for bathing sets (I.II.V), preferably bathing trunks (I.II.V-1), bathing coats or capes (I.II.V-2), bathing bags (l.II.V-3) or Bathing footwear (I.II.V-4) and / or for transportation to at least a parts production for beachwear sets (I.III.V), preferably beach pants (I.III.V-1), beach suits (I.III.V-2), beach dresses (I.III.V-3), beach shirts (I.III.V-4), beach trousers (I.III.V-5), beach trousers (I.III.V-6), beach hats (I.III.V-7), Strand-Taschen (I.III.V-8) resp. Beach umbrellas (I.III.V-9) and for transportation to at least a part production for corset sets (I.IV.V), preferably corset panties (I.IV.V-1), Panties (I.IV.V-2), Hip belt (I.IV, V-3), waist corset (I.IV, V-4) or Negligéts (I.IV.V-5) and also for transportation to at least one Parts production for underwear sets (I.V, V), preferably undergarments (I.V.V-1), Top creations (I.V.V-2), nightgowns (I.V.V-3), morning shirts (I.V.V-4) or, Dressing gowns (I.V.V-5) and for transportation to at least one parts factory for leisure sets (I.VI.V), preferably trouser suits (I.VI.V-1), hipsters (I.VI.V-2), Trousers (I.VI, V-3), hipsters for bolero tops (I.VI.V-4), leisure headwear (I.VI.V-5) or Leisure bags (I.VI.V-6) and also for transportation to at least a parts production for sports sets (I.VII.V), preferably double-knitted training jackets and suits (I.VII.V-1), tennis shorts (I.VII.V-2), sweaters (I.VII.V-3), double-sided headbands (I.VII.V-4), mountain hiking pants (I.VII.V-5), ski pants (I.VII.V-6) or Riding breeches (I.VII.V-7) as well as for transportation At least one part production for women's outerwear sets (I.VIII.V), preferably Costume skirts and trousers (I.VIII.V-1), jumper skirts and trousers (I.VIII.V-2), traditional skirts (I.VIII.V-3) or Cape's and ponchos (I.VIII.V-4) and a processing intermediate storage (I.I.VI) upstream as well as by at least one mobile goods carrier (MFG) with a storage and loading sector (VBS) and a material allocation station (I.I.I) connected is Figure 33 30. Work line according to claims 8 to 29, thereby marked that a processing intermediate storage (I.I.VI) as at least one motor-driven and / or electric, hydraulic, pneumatic or mechanical, synchronized with the work kinematics of a sorting station (I.I.V) linked or designed as a separate, steplessly adjustable preparation conveyor (I.I.VI-1) is, which is used for conveying away preferably bundled, seamless shaped and flat structures (FFO, FFO / 2, FFO-U, FFO / Z-U, FFS, FFS-U, FOD / DOB, FSD / DOB) to a central processing preparation (ZBV) Per creation, size and color change at least a track runner (5.1, 5.2) and / or an upper horizontal sub-tape track (6,1) or a lower horizontal sub-tape track (9.1) and a working line section via a discharge magazine for track runners (AMS) (III) for command-controlled processing or assembly of seamless form and Figures 33, 73 to 76 and 78 to are connected upstream so that they can be attached and converted 84 31. Work line for series production and command-controlled processing or assembly of porous flexible shaped and flat structures according to the claims 8 to 30, characterized in that at least one work route section (II) as a polyplast # serial parts # processing facility (II.I) for at least a shaped and surface center piece (FMS) and / or without a stirrup and rod-free a form-surface middle cover part (FMD / DOB) in at least two, preferably four, different seamless shape sizes (III 70, IV 75, V 80, VI 85) and the processing facility has at least one polyplast station each (II.I.I) and / or an injection molding station (11.1.11), a cooling # transport station (II.I.III), a cut-punch station (II.I.VI) and a sorting station (II.I.V) and assigned to at least one intermediate processing store (II, I.VI) Figure 39 is 32. Work line according to Claims 8 to 31, characterized in that that a polyplast station (11,1.1) has at least one vacuum deep-drawing device (VTE) and / or a blow molding device (HBV), preferably a molding station (II.I.II), for plasticizing a thermoplastic and / or thermosetting granulate, Semolina and powder (possibly without volume expansion) and a cooling transport station (II.I.III) is upstream of Figure 39 33. Working line according to claims 8 to 32, characterized in that an injection molding station (II.I.II) as at least one asymmetrical, paraboloidal shape-surface positive (II.I.II-1) and one asymmetrical, parabolic shape-surface negative (II, I, II-2) with an approximated Partial areas of a half ellipse, half a parabola and a flat border existing base and / or as an approximately half, unevenly flattened, rotational ellipsoidal shape-surface positive (11.1.11-3) as well as an approximate half, unevenly flattened, torsionally ellipsoidal shape-surface negative (II.I.II-4) with a mold clamping force of 2 at least 300 Kp / cm of the projected molding surface is formed and each form-surface positive (II.I.II-1, 11.1.11-3) on his Outer surface (ASF) a high degree of smoothness, preferably with a roughness depth of 0.04 to 0.16 microns (-Superfinish-), and further each mold face negative (II.I.II-2, II.I.II-4) on its net-like inner surface (NIF) with at least each a woven and / or knitted, knitted or braided groove (R-I, R-II), a smooth one Train or field or a recess for the preferred generation of at least one rounded in cross-section, approximately trapezoidal and / or square or semicircular Netzfadens (NEF) is provided, which is finely ground with a surface roughness from 1 to 4 microns is shown in Figures 39, 40 and 41 to 43 34 * working line according to claims 8 to 33, characterized in that a shape-surface negative (II.I.II-2) At least one compression spring and / or curve, beam or spoke-like asymmetrical Paraboloid of rotation arranged groove (R-I), which is continuous in its cross-section changes and / or constant, reinforced, widened, tapered or reduced at intervals dimensioned as well as for generating or improving the material restoring force at least one net thread (NEF) cross-linked with at least one further groove (R-II) Figure 41 and 43 is 35. Working line according to Claims 8 to 34, characterized in that that a form-surface negative (II.T.II-2) for an injection molded at right angles to the joint axis Production of a film-jointed hinge groove with at least one groove (It-lII) has reduced material thickness in 4u section and with at least one other Groove (R-IV) is networked Figure 41 and 43 36. Working line according to the claims d to 35, characterized in that a paraboloid of rotation and / or ellipsoid of rotation Form-surface negative (II.I.II-2, II.I.II-4) at least one Angufi nozzle (AGD) in the area a maximum wall thickness (WFN) of the form-surface negative and at least one Has cooling channel (hKL), which is preferably in a range of less than The figure is located 30 millimeters below the shape negative inner surface (NIF) 41 37. Work line according to Claims 8 to 36, characterized in that that a cooling transport station (II.I.II # I) for the removal and onward conveyance as well as rod-free shaped surface middle pieces (FMS) and / or shaped surface middle deck parts (FMD / DOB) as at least one motor-driven and / or electric, hydraulic, pneumatically or mechanically, synchronized with the kinematics of an injection molding station (II.I.II) chained or as a separate, infinitely variable cooling conveyor (II.I.III-1) is formed, which at least one for example with silicone rubber coating Equipped, possibly inclined rotating belt (II.I.III-2) and / or a through trough or a pass-through tunnel (II.I.III-3), a cold air circulation unit (II.I.III-4) and a cold air temperature control (II.I.III-5) and a cut-punching station (II.I.IV) upstream is Figure 39 38th working line after the Claims 8 to 37, characterized in that a cut-punch station (II.I.IV) for shaped surface middle pieces (FMS) and / or shaped surface middle deck parts (FMD / DOB) as at least one motor-driven and / or electric, hydraulic, pneumatic or mechanically, synchronized with the kinematics of a refrigerated transport station (II.I.III) chained or as a separate, steplessly adjustable form surface conveyor (II.I.IV-1), which has at least one rotating belt (II.I.IV-2) and / or a cutting or punching device (II.I.IV-3), e.g. B. for bundle-free Contour and / or multiple cuts, half and / or three quarters or full form-surface center pieces (FMS) in preferred sizes III 70, IV 75, V 80, VI 85 and the like, as well as a cut and punch residue removal (II.I.IV-4) and upstream of a sorting station (II.I.V) that can be attached and converted Figure 39 is 39. Work line according to Claims 8 to 38, characterized in that that a sorting station (II, I.V) for form-surface-middle pieces (FMS) and / or form-surface-middle deck parts (RMD / DOB) as at least one motor-driven and / or electric, hydraulic, pneumatically or mechanically, synchronized with the work kinematics of a cut-punch station (II.I IV) chained or as a separate, steplessly adjustable sorting conveyor (II.I.V-1), which each have at least one weight control sector (II.I.V-2) and / or a distribution sector (II.I.V-3) as well as an interval V-belt conveyance (TI.I.v-4) and an intermediate processing store (II.I.VI) which can be attached and converted upstream is Figure 39 40. Working line according to claims 8 to 39, thereby marked that a processing intermediate storage (II.I.VI) as at least one motor-driven and / or electric, hydraulic, pneumatic or mechanically, synchronized with the kinematics of a sorting station (II.I.V) linked or as a separate, infinitely variable preparation conveyor (Il.I.V-1) is designed, which is preferably sorted and bundled for conveying away Form surface middle pieces (FMS) and / or form surface middle deck parts (FMD / DOB) to a central processing preparation (ZBV) for each size and contour cuts and / or at least one track runner (5.1, 5.2) and / or per creation or color change an upper horizontal sub-band track (6.1) or a lower horizontal sub-band track (9.1) and a working line section via a discharge magazine for track runners (AMS) (III) for command-controlled processing or assembly of form-surface center pieces and / or molded surface middle deck parts (FMS, FMD / DOB) plus seamless molded and flat structures (FFO, FFO / 2, FFO-U, FFO / 2-U, FFS, FFS-U, FOD / DOB, FSD / DOB) can be added on and / or converted Figures 33, 73 to 76 and 78 to 84 are connected upstream. 41. Working line for serial production as well as command-controlled Processing or packaging of porous flexible shaped and flat structures according to the Claims 8 to 40, characterized in that at least one work route section (III) has a command control system (1.1), which with numbers (1.1.2), Letters (1.1.3) or special characters (1.1.4) as encrypted information and / or in or on a set automation element (A to M) and / or a set automation section (N, O, P) or a set automation connector (Q to X) is programmed. 42. Work line according to claims 8 to 41, characterized in that that a command control system (1.1) has a group of digits (1.1.2), which with a group of special characters (1.1.4) in descending order of digits Figures 45 to 47 are coded. 43. Working line according to claims 8 to 42, characterized in that a command control system (1.1) is preferred with eight individual letters (1.1.3, 1 to 8) in two hundred and fifty-five and / or programmed with nine individual letters (1.1.3, 1 to 9) in five hundred and eleven pieces of information is Figures 45 to 47 44. Work line according to claims 8 to 43, characterized in that a command control system (1.1) is optional with fewer than eight and / or more than nine individual letters (1.1.3) and special characters (1.1 # .4) is encrypted. 45. Work line according to claims 8 to 44, characterized in that that a set automation element (A, B) is designed as a command carrier (2.1, 2.2) is, which is at least one vertically displaceable in a cylinder (2.1.2, 2.2.2) and / or lockable piston (2.1.7, 2.2.7) with or without ball holder and ball (2.1.9, 2.-2.8) and at least one command device and / or extinguisher (3.2, 3.3, 3.4, 3.5, 3.6, 3.7) and commanders (4.1) are assigned to Figures 48 to 53, 60 to 64 as well as 67, 68 and 72 46. Working line according to Claims 8 to 45, characterized in that a set automation element (C, D) as a command carrier (2.3, 2.4) with a ring that can be pivoted about a horizontal axis (2.3.3, 2.4.3) (2,3,4, 2.4.4) is formed, which has a contact pin (2.3.5, 2.4.5) and has at least one fixing notch (2.3.6, 2.4.6) and in and / or on at least one resilient locating pin (2.3.2, 2.4.6,) can be fixed and at least one each Command giver (3.1) as well as a command taker (4.1) assigned is Figures 54 to 59, 65, 66 and 69 to 72 47. Working line according to the claims 8 to 46, characterized in that a command carrier (2.1, 2.2, 2.3, 2.4) with other individual elements or combined means of hydraulics and / or pneumatics, optics, electrics, Ultrasound technology, electronics or possibly by photometric, magnetic as well as nuclear processes for receiving information (1.1) is coupled. 48. Work line according to Claims 8 to 47, characterized in that that at least one mobile command carrier (2.1, 2.2, 2.3, 2.4) and / or a stationary Command transmitter (3.1, 3.2, 3.3, 3.4, 3.5, 3.6, 3.7) or an adjustable command transmitter (4.1) Figures 48 to 72 are arranged chained to one another. 49. Working line according to claims 8 to 48, characterized in that a command carrier (2.1) each with at least one base plate (2.1.1) and / or one cylinder (2.1.2), one Adjusting spring fastening (2.1.3), an adjusting spring (2.1.4), a compression spring (2.1.5), a retaining cone (2.1.6), a piston (2.1.7), a Release cone (2.1.8) and a ball (2.1.9) completely or with parts in polyplasts (Thermoplastics or duroplastics) and / or metal, glass, ceramic, coated materials or similar mixed-press materials, at least one screw and / or Has riveted, welded, soldered or clamped connection or by means of at least one Adhesive connection is composed of figures' 48 to 50 50. Working line after the Claims 8 to 49, characterized in that a command carrier (2.2) with at least one base plate (2.2.1) and / or one cylinder (2.2.2), one compression spring (2.2.3), a spring locating pin (2.2.4), a locating ring (2.2.5), a release cone (2.2.6), a piston (2.2.7) and a ball (2.2.8) completely or with parts in polyplasts (Thermoplastics or duroplastics) and / or metal, glass, ceramic, coated materials or similar mixed-press materials, at least one screw and / or Has riveted, welded, soldered or clamped connection or with at least 51 to 53 51. Working line after the Claims 8 to 50, characterized in that a command carrier (2.3, 2.4) with at least one base plate (2.3.1, 2.4.1) and / or one locating pin (2.3.2, 2.4.2), an axle (2.3.3, 2.4.3), a ring (2.3.4, 2.4.4), a contact pin (2.3.5, 2.4.5) as well as a fixing notch (2.3.6, 2.4.6) completely or with parts in polyplasts (thermoplastics or duroplastics) and / or metal, glass, ceramic, coated Materials or similar mixed-press materials formed, at least one screw and / or riveted, welded, soldered or clamped connection or by means of at least 54 to 57 52. Working line after the Claims 8 to 51, characterized in that a set automation element (E, F, G, H, I, K, L) as a sword command device and / or extinguisher (3.1), skid command device and / or Extinguisher (3.2), adjusting bracket command device and / or extinguisher (3.3), Wheel command transmitter and / or extinguisher (3.4), nose command transmitter and / or extinguisher (3.5), control track command transmitter and / or extinguisher (3.6) and a traverse command generator and / or extinguisher (3.7) is which at least one adjusting blade (3.1.4) and / or one adjusting runner (3.2.2), an adjusting bracket (3.3.2), an adjusting wheel (3.4.3), a nose curve (3.5.2) or a Has control track (3.7.2) and for the delivery or deletion of information (1.1) arranged in at least one lane of a command carrier (2.1, 2.2, 2.3, 2.4) is Figures 58, 59, 60, 61 to 71 53. Working line according to claims 8 to 52, characterized in that in a lane of a command carrier (2.1, 2.2, 2.3, 2.4) a command device and / or extinguisher (3.1, 3.2, 3.3, 3.4, 3.5, 3.6, 3.7, 3.7.2-1, 3.7.2-2, 3.7.2-3) exchangeable and / or displaceable, retractable, rotatable and liftable, respectively. Figures 58, 59, 60 to 71 54. Working line according to claims 8 to 53, ~ characterized in that a command generator and / or. Extinguishers (3.1, 3.2, 3.3, 3.4, 3.5, 3.6, 3.7) with other individual elements or combined means of hydraulics and / or pneumatics, optics, electrics, ultrasound technology, Electronics or possibly through photometric and nuclear processes for delivery or Deletion on or in a command carrier located in a lane (2.1, 2.2, 2.3, 2.4) is coupled. 55. Work line according to Claims 8 to 54, characterized in that that a sword commanding device and / or extinguisher (3.1) with at least one leadership position each (3.1.1,) and / or a base plate (3.1.2), a guide lock (3.1.3) and a control blade (3.1.4) or a skid command generator and / or extinguisher (3.2) with at least one each Guide shaft (3.2.1) and / or an adjustable runner (3.2.2) or an adjusting bracket control device and / or extinguishers (3.3) each with at least one leadership (3.3.1) and / or one Adjusting bracket (3.3.2) or a wheel command device and / or extinguisher (3.4) with at least a guide shaft (3.4.1) and / or a bearing (3.4.2) as well as an adjusting wheel (3.4.3) or a nose command device and / or extinguisher (3.5) with at least one each Guide shaft (3.5.1) and / or a nose curve (3.5.2) respectively. a control track command generator and / or extinguisher (3.6) with at least one centering sword each (3.6.1) and / or a mounting rail (3.6.2) or a traverse command device and / or Extinguisher (3.7) each with at least one movable connection (3.7.1) and / or one Adjustment track (3.7.2), a flange (3.7.3), a joint (3.7.3) and a linkage (3.7.5) completely or with parts in polyplasts (thermoplastics or duroplastics) and / or Metal, glass, ceramics, coated materials or similar mixed-press materials formed, at least one screw and / or rivet, weld, solder or clamp connection has or is joined together by means of at least one adhesive connection Figures 58 to 66 56. Working line according to Claims 8 to 55, characterized in that that a set automation element (M) is designed as an adjustable command device (4.1) is which at least one spring-loaded contact pin (4.1.3) and / or a contact hammer (4.1.5) and a contact plate (4.1.6) and for receiving or passing on of a command in a lane at least one The command carrier (2.1, 2.2, 2.3, 2.4) is arranged in Figures 71, 72, 78, 83, 88 to 89 57. Work line according to claims 8 to 56, characterized in that a command taker (4.1) with at least one housing (4.1.1), one shaft (4.1.2) each and / or a contact pin (4.1.3), a contact spring (4.1.4), a contact hammer (4.1.5) and a contact plate (4.1.6) completely or with parts in polyplasts (Thermoplastics or duroplastics) and / or metal, glass, ceramic, coated materials or similar mixed-press materials, at least one screw and / or Has riveted, welded, soldered or clamped connection or by means of at least one Glued joint is shown in Figure 72 58. Working line according to the claims 8 to 57, characterized in that a command device (4.1) with other individual elements or combined means of hydraulics and / or pneumatics, optics, electrics, ultrasound technology, Electronics or through photometric, magnetic and nuclear processes to record and / or pass on a Information (1.1) coupled is. 59. Work line according to Claims 8 to 57, characterized in that that a set automation section (N) is designed as a solo track runner (5.1) is' which has at least one tread (5.1.1) and / or one tunnel (5.1.2), a centering rail (5.1.3, 5.1.4) and a top surface (5.1.5) and for Receiving or passing on commands with at least one command carrier (2.1, 2.2, 2.3, 2.4) is connected to Figures 75 and 76 60, working line according to claims 8 to 59, characterized in that a set automation section (O) as a track runner is designed with an upper part (5.2), which has at least one running surface (5.2.1) and / or a tunnel (5.2.2), a centering rail (5.2.3, 5.2.4), a floor (5.2.5), a side wall (5.2.6, 5.2.7), a front wall (5.2,8) and a rear wall (5.2.9) and for receiving or forwarding information (1.1) with at least a command carrier (2.1, 2.2, 2.3, 2.4) is interchangeably connected, FIG. 74 61. Work line according to Claims 8 to 60, characterized in that a set automation section (P) is designed as an attachment (5.3) for solo track runners (5.1), which at least each a base (5.3.1), a side wall (5.3,2, 5.3.3), a front wall (5.3.4) as well as a rear wall (5.3.5) and at least one attachment (5.3.1-1) is detachably connected to a solo track runner (5.1) Figure 75 62. Working line according to claims 8 to 61, characterized in that at least one solo track runner (5.1) and / or a track runner with upper part (5.2) and an attachment (5.3) completely or coated with parts in polyplasts (thermoplastics or duroplastics) and / or metal, wood Materials or similar mixed-press materials or for folding or closing with at least one film hinge and / or one clamping bracket and a joint groove Figures 73 to 76 63. Working line according to claims 8 to 62, characterized in that a set automation connector (Q) as an upper Horizontal partial tape track (6.1) is formed, which at least each one Track tape disc (6.1.1) and / or continuously or at time intervals rotating track tape (6.1.2), a middle piece (6.1.3), a track traveler trap (6.1.4) as well as an outer side panel (6.1.5) and for controlling manufacturing and / or data acquisition processes with one or more track runners (5.1, 5.2, 5.3) Figures 78 to 84 64. Working line according to claims 8 to 63, characterized in that a track runner trap (6.1.4) at least one Track ball (6.1.4-1) and / or a stopper (6.1.4-3) for track runner (5.1, 5.2, 5.3) and in the area at least one middle piece (6.1.3) and / or an outer side panel (6.1.5) by at least one joint (6.1.4-2), if necessary, by at least one polypropylene film hinge and / or a clamp as well as a joint groove is held in such a way that it can be folded up and down, FIGS. 80 'to 82 65. Working line according to claims 8 to 64, characterized in that under a track tape (6.1.2, 9.1.2) at least one track tape support (6.1,5-1, 9.1.2-1) vertically movable and / or lockable, if necessary horizontally adjustable Figures 78 and 83 66 are arranged. Working line according to claims 8 to 65, characterized in that an upper horizontal sub-tape track (6.1) with others Individual elements or combined means of hydraulics and / or pneumatics, optics, Electrics, ultrasound technology, electronics or by means of photometric, magnetic as well as nuclear processes for the control of manufacturing and / or data acquisition processes is chained. 67. Work line according to Claims 8 to 66, characterized in that that an upper horizontal sub-band track (6.1) with parts in polyplasts (thermal or Thermosetting plastics) and / or metal, rubber, wood, coated materials or similar Mixed press materials formed, at least one screw and / or rivet, welding, Has soldered or clamped connection or provided with at least one adhesive connection is Figures 78 to 84 68. ~ Working line according to the claims 8 to 67, characterized in that a set automation connector (R) is designed as a track frame (6.2), which each have at least one vertical profile (6.2.1) and / or an anti-noise cladding (6.2.1-1), a horizontal profile (6.2.2), an inclined profile (6.2.3), a footrest (6.2.4), a mounting profile (6.2.5) for an upper horizontal sub-band track (6.1), an upper horizontal wave (6.2.6), a upper shaft bearing (6.2.7) and a mounting profile (6.2.8) for a lower horizontal partial belt track (9.1) with a lower shaft bearing (6.2.8-1) and a lower horizontal shaft (6.2.8-2) and completely or with parts in polyplasts (thermoplastics or duroplastics) and / or metal, wood, coated materials or similar mixed-press materials formed, at least one welded and / or screwed, riveted, soldered or clamped connection or is provided with at least one adhesive bond, FIGS. 79 to 82 69. Work line according to claims 8 to 68, characterized in that a Set automation connector (S, T) as a pair of tracks, namely on the one hand as a stationary upper helical track (7.1) and on the other hand as a pivotable upper one Helical track (8.1) is designed, which each have at least one stationary track surface (7.1.1) a Spurkagel (7.1.1-1) and / or a stationary one. Stop rail (7.1.2), and also a track surface in the pivotable part (8.1) (8.1.1), a stop flange (8.1.2), a track surface joint (8.1.3), a rocker arm linkage or total wire pull (8.1.4), a rocker arm (8.1.5) and a connecting rod (8.1.6) with a rod connection (8,1.1-1) to the track surface (8.1), a rod connection (8.1.5-1) to the rocker arm (8.1.5) with rocker arm pivot bearing (8.1.5-2) and completely or with parts in polyplasts (thermoplastics or duroplastics) and / or metal, Wood, coated materials or similar mixed-press materials are formed as well at least one welding and / or screwing, riveting, soldering or Has clamping connection or by means of at least one adhesive connection Figures 78 to 82 70. Working line after the Claims 8 to 69, characterized in that a set automation connector (U) is designed as a lower horizontal sub-tape track (9.1), which at least one track tape disc (9.1.1) and / or at least one continuous or at time intervals ~ rotating lower track belt (9.1.2), a lower track belt support (9.1.2-1), a pivotable lower surface track (9.1.3) with rod or wire connection (9.1.3-2), a track ball (9.1.3-1), a lower one Stop flange (9.1.4) and a pivotable support arm (9. 1. 5) with a support arm pivot bearing (9.1.5-1) and cycle-independent with one or more track runners (5.1, 5.2, 5.3) Figures 80 to 82 and 84 71. Working line after the Claims 8 to 70, characterized in that a lower horizontal sub-tape track (9.1) with other individual elements or combined means of hydraulics and / or pneumatics, optics, electrics, Ultrasound technology, electronics or by means of lighting, magnetic and nuclear technology Operations for the control of manufacturing or. Data acquisition processes linked is. 72. Work line according to claims 8 to 71 ,. characterized, that a lower horizontal sub-band track (9.1) completely or with parts in polyplasts (Thermoplastics or duroplastics) and / or metal, rubber, wood, coated materials or similar mixed-press materials, at least one screw and / or Riveting, welding, soldering or Has clamping connection or with at least one adhesive connection Figures 80 to 82 and 84 73. Working line according to claims 8 to 72, characterized in that a set automation connector (V) as a Partial tape track curve piece (10.1) is formed, which has at least one curve track tape disc (10.1.1) and / or a curved track band (10.1.2), a curved surface (10.1.3), a Track ball (10.1.4), an outer vertical steering surface (10.1.5) and an inner one Has vertical steering surface (10.1.6) and with an upper horizontal sub-band track (6.1) and / or with a track structure (6.2), a stationary upper helical track (7.1), a pivotable upper helical track (8.1), a lower horizontal partial tape track (9.1) and a vertical sub-belt track (11.1) as a deflection from one to one hundred and seventy-nine degrees, arranged horizontally or at an angle, interchangeable Figures 77, 86 to 88 are connected. 74. Working line according to claims 8 to 73, characterized in that a set automation connector (W) as a Side partial track (10.2) is formed, which at least one each Bearing (10.2.1) and / or a shaft (10.2.2), a side track belt disc (10.2.3), a side track tape (10.2.4), a support roller (10.2,5-1), a track ball (10.2.6) as well as a covering (10.2.5) and for a fully automatic movement a track runner (5.1, 5.2) with its outer side surface and / or side wall or partial base area directly or by means of one located on a side lane tape Transport holder (10.2.3-1) contacted is Figures 89 to 92 75. Working line according to claims 8 to 74, ~ characterized in that at least one side track band disc (10.2.3) vertically and / or horizontally or at an angle in or on a bearing (10.2.1) arranged is Figures 89 to 92 76. Arbeitsstrass.e according to claims 8 to 75, characterized in that a set automation connector (X) as a vertical Partial tape track (11.1) is formed, which has a partial tape lifting device and with a delivery or handover Device for track runner (5.1, 5,2, 5.3) is coupled to Figure 88 77. Work line for series production as well command-controlled processing or packaging of porous flexible shaped and flat structures according to claims 8 to 76, characterized in that at least one work route section (I, II, III) is designed as a programmable control and monitoring system, which preferably at least one for speed control and for improving synchronization Has thyristor (silicon current gate) and with at least one component of the Semiconductor technology, for example a photodiode, in operational management and / or Monitoring telecontrol system is coupled to Figures 33 to 92 L. e e r e i t e