[go: up one dir, main page]
More Web Proxy on the site http://driver.im/

CN204545927U - Sewing machine component kludge - Google Patents

Sewing machine component kludge Download PDF

Info

Publication number
CN204545927U
CN204545927U CN201520218087.XU CN201520218087U CN204545927U CN 204545927 U CN204545927 U CN 204545927U CN 201520218087 U CN201520218087 U CN 201520218087U CN 204545927 U CN204545927 U CN 204545927U
Authority
CN
China
Prior art keywords
camshaft
lining
screw
cylinder
screwed
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201520218087.XU
Other languages
Chinese (zh)
Inventor
蒯斌
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Wuzhong District Mudu Kuaibin Mold Processing Factory
Original Assignee
Wuzhong District Mudu Kuaibin Mold Processing Factory
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Wuzhong District Mudu Kuaibin Mold Processing Factory filed Critical Wuzhong District Mudu Kuaibin Mold Processing Factory
Priority to CN201520218087.XU priority Critical patent/CN204545927U/en
Application granted granted Critical
Publication of CN204545927U publication Critical patent/CN204545927U/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Landscapes

  • Sewing Machines And Sewing (AREA)

Abstract

The utility model discloses a kind of sewing machine component kludge, this sewing machine component kludge comprises aluminium alloy frame, workbench, main electrical control cubicles, Human-machine Control device, camshaft feed mechanism, camshaft screw is screwed into mechanism, camshaft transposition mechanical arm, lining feed mechanism, lining is screwed into inversion mechanism, actuating sleeve feed mechanism, actuating sleeve screw is screwed into mechanism and finished product shedding mechanism, on workbench, Plane Installation has two personal-machine controllers, workbench lower plane is fixed on aluminium alloy frame, main electrical control cubicles is provided with in aluminium alloy frame, camshaft feed mechanism, camshaft screw is screwed into mechanism, camshaft transposition mechanical arm, lining feed mechanism, lining is screwed into inversion mechanism, actuating sleeve feed mechanism, actuating sleeve screw is screwed into mechanism and finished product shedding mechanism is all installed on workbench.By the way, the utility model can substitute workman and assemble sewing machine component, greatly enhances productivity, and reduces production cost.

Description

Sewing machine component kludge
Technical field
The utility model relates to field of machinery automation, particularly relates to a kind of sewing machine component kludge.
Background technology
The assembling parts level of sewing machine directly decides the technical performance of machine, assemble method affects product quality, class too, the final market competitiveness affecting enterprise, sewing machine component assembling before all puts rear manual installation by workman, not only efficiency is low, and is easy to damage sewing machine component, not only appearance damage in the process of installing, sometimes appearance and size also can change, and directly causes product rejection.
Utility model content
The technical problem that the utility model mainly solves is to provide a kind of sewing machine component kludge, can substitute workman and assemble sewing machine component, greatly enhance productivity, and reduces production cost.
For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: provide a kind of sewing machine component kludge, this sewing machine component kludge comprises aluminium alloy frame, workbench, main electrical control cubicles, Human-machine Control device, camshaft feed mechanism, camshaft screw is screwed into mechanism, camshaft transposition mechanical arm, lining feed mechanism, lining is screwed into inversion mechanism, actuating sleeve feed mechanism, actuating sleeve screw is screwed into mechanism and finished product shedding mechanism, described lining feed mechanism and camshaft feed mechanism are from left to right installed on workbench successively along transversal line, on workbench, Plane Installation has two personal-machine controllers, workbench lower plane is fixed on aluminium alloy frame, main electrical control cubicles is provided with in aluminium alloy frame, be provided with camshaft screw on front side of camshaft feed mechanism and be screwed into mechanism, camshaft screw is screwed on the left of mechanism and is provided with camshaft transposition mechanical arm, be provided with lining on front side of lining feed mechanism and be screwed into inversion mechanism, lining is screwed on front side of inversion mechanism and is provided with actuating sleeve feed mechanism, be provided with actuating sleeve screw on the left of actuating sleeve feed mechanism and be screwed into mechanism, actuating sleeve screw is screwed on front side of mechanism and is provided with finished product shedding mechanism,
Preferably, described camshaft feed mechanism comprise camshaft feeding manipulator and pneumatic type camshaft transposition feed bin be all installed on workbench, the camshaft material loading elevation and subsidence mechanical hand of described camshaft feeding manipulator is positioned at the top of pneumatic type camshaft transposition feed bin, described camshaft feeding manipulator also comprises camshaft portal frame, camshaft transverse movement unit and camshaft lengthwise movement unit, the crossbeam of camshaft portal frame is provided with camshaft transverse movement unit, plane on the pedestal that the movable plate lower plane of camshaft transverse movement unit is connected to camshaft lengthwise movement unit, plane on " ┓ " shape camshaft material loading connecting plate that the slide block of camshaft lengthwise movement unit is all connected to camshaft material loading elevation and subsidence mechanical hand, described camshaft material loading elevation and subsidence mechanical hand also comprises lift cylinder, " ┓ " shape flat gas enclosure cylinder connecting plate, flat gas enclosure cylinder and camshaft jaw, " ┓ " shape camshaft material loading connecting plate side is provided with lift cylinder, the piston rod flanged plate of lift cylinder is connected to plane on " ┓ " shape flat gas enclosure cylinder connecting plate, " ┓ " shape flat gas enclosure cylinder connecting plate side is provided with flat gas enclosure cylinder, is equipped with camshaft jaw inside the jig arm of flat gas enclosure cylinder, described pneumatic type camshaft transposition feed bin comprises hopper, hopper base, hopper installing plate, back-up block, hopper transposition cylinder, hopper transposition cylinder backing plate, hopper connecting plate, hopper slide block, hopper slide rail and stop screw, two hopper slide rails be parallel to each other are installed on plane on hopper installing plate, hopper installing plate lower plane is provided with four back-up blocks, the front end of two hopper slide rails is all provided with stop screw, every root hopper slide rail is provided with two moveable hopper slide blocks, hopper slide block is all connected to the lower plane of hopper base, the upper Plane Installation of hopper base has hopper, hopper transposition cylinder is provided with on rear side of hopper, hopper transposition cylinder is installed on plane on hopper transposition cylinder backing plate, hopper transposition cylinder backing plate is fixed on hopper installing plate, the piston rod flanged plate of hopper transposition cylinder is connected to hopper connecting plate, hopper connecting plate is connected to hopper base, described hopper transposition cylinder is two guide pillar sides dress cylinders, described camshaft transverse movement unit is single-axis servo moving cell, described camshaft lengthwise movement unit is single-axis servo moving cell,
Preferably, described camshaft screw is screwed into mechanism and comprises camshaft and fix induction installation, camshaft screw output device and camshaft screw are screwed into device and are all installed on workbench, camshaft is fixed the front side of induction installation and right side and is equipped with camshaft screw and is screwed into device, two camshaft screws are screwed between device and are fixed with camshaft screw output device, described camshaft is fixed induction installation and is comprised camshaft fixture and camshaft induction installation, camshaft fixture two ends are all provided with camshaft induction installation, described camshaft fixture comprises camshaft mould and camshaft die supporting mechanism, plane on the camshaft mould support plate that camshaft mould is installed on camshaft die supporting mechanism, camshaft die supporting mechanism also comprises camshaft support electricity sliding platform, camshaft mold mounting plate and camshaft mold mounting plate column, camshaft mold mounting plate lower plane is provided with four camshaft mold mounting plate columns, on camshaft mold mounting plate, plane is fixed with camshaft support electricity sliding platform, electric sliding block on camshaft support electricity sliding platform is connected to camshaft mould support plate lower plane, described camshaft induction installation comprises camshaft induction telescopic cylinder, camshaft induction telescopic cylinder installing plate, camshaft induction telescopic cylinder installing plate column, " ┗ " shape camshaft induction telescopic cylinder connecting plate, triangle contiguous block, camshaft inductor and camshaft inductor support, camshaft induction telescopic cylinder installing plate lower plane is provided with four camshaft induction telescopic cylinder installing plate columns, on camshaft induction telescopic cylinder installing plate, Plane Installation has " ┗ " shape camshaft to respond to telescopic cylinder connecting plate, " ┗ " shape camshaft induction telescopic cylinder connecting plate side is provided with camshaft induction telescopic cylinder, the piston rod flanged plate of camshaft induction telescopic cylinder is connected to a right-angle side edge of triangle contiguous block, the oblique side of triangle contiguous block is along being provided with camshaft inductor support, camshaft inductor support is connected to camshaft inductor, described camshaft screw output device comprises camshaft screw delivery casing, camshaft screw delivery casing installing plate and camshaft screw delivery casing installing plate column, camshaft screw delivery casing installing plate lower plane is provided with four camshaft screw delivery casing installing plate columns, on camshaft screw delivery casing installing plate, Plane Installation has camshaft screw delivery casing, and two screw discharging openings on camshaft screw delivery casing respectively connected by screw delivery hose the screw charging aperture that two camshaft screws are screwed into the portable screw screw driver of device, described camshaft screw is screwed into device and also comprises screw and be screwed into cylinder, screw is screwed into cylinder connecting plate, camshaft screw is screwed into installing plate, camshaft screw is screwed into installing plate column, screw is screwed into slide rail, screw is screwed into slide block and screw is screwed into position buffer gear, two screws be parallel to each other are screwed into slide rail and are installed on camshaft screw and are screwed into plane on installing plate, camshaft screw is screwed into installing plate lower plane and is provided with four camshaft screws and is screwed into installing plate column, every root screw be screwed into slide rail is provided with two slidably screw be screwed into slide block, screw is screwed into slide block and is all connected to " ┗ " shape screw that screw is screwed into position buffer gear and is screwed into slide attachment plate bottom surface, " ┗ " shape screw is screwed into slide attachment plate lateral surface and is connected to the piston rod that screw is screwed into cylinder, screw is screwed into cylinder tail end and is installed on screw and is screwed into cylinder connecting plate, screw is screwed into cylinder connecting plate lower edge and is fixed on camshaft screw and is screwed into installing plate, the portable screw screw driver connecting plate that screw is screwed into position buffer gear is fixed with portable screw screw driver, screw is screwed into position buffer gear and also comprises joint pin, opening clamp ring and buffer spring, two joint pins are screwed into two, upper end, slide attachment plate side manhole through " ┗ " shape screw, two joint pins expose one end that " ┗ " shape screw is screwed into slide attachment plate lateral surface and are fixed with opening clamp ring, the other end of joint pin is all fixed on the lower flat board of portable screw screw driver connecting plate, the lower flat board of portable screw screw driver connecting plate is connected to one end of buffer spring, the other end of buffer spring is connected to " ┗ " shape screw and is screwed into slide attachment plate medial surface, upper flat plate and the lower flat board of the portable screw screw driver connecting plate with arc gap are connected to portable screw screw driver, and fixed by screw,
Preferably, described camshaft transposition mechanical arm comprises camshaft transposition portal frame, camshaft transposition lengthwise movement unit, camshaft transposition lengthwise movement cellular installation plate and camshaft transposition elevation and subsidence mechanical hand, camshaft transposition portal frame is provided with camshaft transposition lengthwise movement cellular installation plate, camshaft transposition lengthwise movement cellular installation plate lower plane is provided with camshaft transposition lengthwise movement unit, plane on " ┏ " shape camshaft transposition connecting plate that the slide block of camshaft transposition lengthwise movement unit is all connected to camshaft transposition elevation and subsidence mechanical hand; The structure of described camshaft transposition elevation and subsidence mechanical hand is identical with camshaft material loading elevation and subsidence mechanical hand structure; Described camshaft transposition lengthwise movement unit is single-axis servo moving cell;
Preferably, described lining feed mechanism comprises lining feeding manipulator and pneumatic type lining transposition feed bin is all installed on workbench, the lining material loading elevation and subsidence mechanical hand of described lining feeding manipulator is positioned at above pneumatic type lining transposition feed bin, and the structure of described lining feeding manipulator is identical with the structure of camshaft feeding manipulator, described pneumatic type lining transposition feed bin comprises lining hopper, lining hopper base, lining hopper installing plate, lining hopper transposition cylinder, lining hopper transposition cylinder backing plate, lining hopper connecting plate, lining hopper slide block, lining hopper slide rail and lining stop screw, the lining hopper slide rail that on lining hopper installing plate, Plane Installation has two to be parallel to each other, the front end of two lining hopper slide rails is all provided with lining stop screw, every root lining hopper slide rail is provided with two moveable lining hopper slide blocks, lining hopper slide block is all connected to the lower plane of lining hopper base, the upper Plane Installation of hopper base has lining hopper, lining hopper transposition cylinder is provided with on rear side of lining hopper, lining hopper transposition cylinder is installed on plane on lining hopper transposition cylinder backing plate, lining hopper transposition cylinder backing plate is fixed on lining hopper installing plate, the piston rod flanged plate of lining hopper transposition cylinder is connected to lining hopper connecting plate, lining hopper connecting plate is connected to lining hopper base, described lining hopper transposition cylinder is two guide pillar sides dress cylinders,
Preferably, described lining is screwed into inversion mechanism and comprises lining and be screwed into device and lining transposer is all installed on workbench, described lining is screwed into device and comprises lining and be screwed into fixture and bushing press-mounting device, lining is screwed on the left of fixture and is provided with bushing press-mounting device, described lining is screwed into fixture and comprises camshaft limit mold, camshaft limit mold installing plate, camshaft limit mold installing plate column, " ┗ " shape camshaft limit mold connecting plate, camshaft limit mold slide rail, camshaft limit mold slide block, camshaft limit mold push-and-pull cylinder and camshaft limit mold push-and-pull cylinder mounting plate, two camshaft limit mold slide rails be parallel to each other are installed on plane on camshaft limit mold installing plate, camshaft limit mold installing plate lower plane is provided with four camshaft limit mold installing plate columns, every root camshaft limit mold slide rail is provided with two moveable camshaft limit mold slide blocks, camshaft limit mold slide block is all connected to " ┗ " shape camshaft limit mold connecting plate lower plane, on " ┗ " shape camshaft limit mold connecting plate, plane is provided with camshaft limit mold, the lateral surface of " ┗ " shape camshaft limit mold connecting plate is connected to the piston rod of camshaft limit mold push-and-pull cylinder, camshaft limit mold push-and-pull cylinder tail end is installed on camshaft limit mold push-and-pull cylinder mounting plate, plane on camshaft limit mold installing plate is fixed in camshaft limit mold push-and-pull cylinder mounting plate lower edge, described bushing press-mounting device comprises bushing press-mounting mechanism, bushing press-mounting connecting plate, bushing press-mounting slide rail, bushing press-mounting slide block, bushing press-mounting installing plate, bushing press-mounting installing plate column, bushing press-mounting cylinder and " ┓ " shape bushing press-mounting cylinder connecting plate, " ┗ " shape lining lift cylinder connecting plate lateral surface of bushing press-mounting mechanism is connected to bushing press-mounting connecting plate right edge edge, bushing press-mounting connecting plate lower plane is provided with two bushing press-mounting slide rails be parallel to each other, every root bushing press-mounting slide rail is provided with two moveable bushing press-mounting slide blocks, bushing press-mounting slide block is all installed on plane on bushing press-mounting installing plate, bushing press-mounting installing plate lower plane is provided with four bushing press-mounting installing plate columns, bushing press-mounting installing plate lower plane left end is connected to plane on " ┓ " shape bushing press-mounting cylinder connecting plate, " ┓ " shape bushing press-mounting cylinder connecting plate lateral surface is fixed with bushing press-mounting cylinder, the piston rod of bushing press-mounting cylinder is connected to " ┗ " shape lining lift cylinder connecting plate lateral surface, described bushing press-mounting mechanism also comprises lining lift cylinder, lining lift cylinder mounting flange, lining lifting flanged plate, guide pillar, guide pin bushing and bushing press-mounting mould, lining lift cylinder is installed on plane on " ┗ " shape lining lift cylinder connecting plate by lining lift cylinder mounting flange, the piston rod of lining lift cylinder is connected to lining lifting flanged plate through " ┗ " shape lining lift cylinder connecting plate, on lining lifting flanged plate, plane two ends are equipped with guide pillar, on guide pillar, cover has slidably guide pin bushing, guide pin bushing is fixed on " ┗ " shape lining lift cylinder connecting plate, lining lifting flanged plate lower plane is provided with bushing press-mounting mould, described lining transposer comprises lining and fixes induction installation and lining transposition mechanical arm is all installed on workbench, lining is fixed on front side of induction installation and is provided with lining transposition mechanical arm, described lining is fixed induction installation and is comprised liner retainer and lining induction installation, liner retainer both sides are equipped with lining induction installation, described liner retainer comprises bush mould and bush mould supporting mechanism, plane in the bush mould gripper shoe that bush mould is installed on bush mould supporting mechanism, the structure of described bush mould supporting mechanism is identical with the structure of camshaft die supporting mechanism, the structure of described lining induction installation is identical with the structure of camshaft induction installation, described lining transposition mechanical arm comprises lining elevation and subsidence mechanical hand and lining elevation and subsidence mechanical hand supporting mechanism, two cylindrical guides be parallel to each other of lining elevation and subsidence mechanical hand supporting mechanism are connected to " ┗ " shape servomotor connecting plate lateral surface of lining elevation and subsidence mechanical hand, described lining elevation and subsidence mechanical hand also comprises actuating unit, changement and elevating mechanism, " ┗ " shape servomotor connecting plate medial surface is provided with the servomotor installing plate of actuating unit, the driven by servomotor axle of actuating unit is provided with the main driving pulley of changement, " ┓ " shape that the commutation slide attachment plate right flank of changement is connected to elevating mechanism is elevated flat gas enclosure cylinder connecting plate side, described actuating unit also comprises servomotor backing plate, servomotor backing plate is installed on plane on " ┗ " shape servomotor connecting plate, servomotor installing plate is provided with servomotor, the forward flange of servomotor is connected to the driven pulley installing plate of changement, described changement also comprises tooth belt, driven pulley, bearing pin, tooth belt metalwork, commutation slide rail, commutation slide rail connecting plate and commutation slide block, driven pulley is installed on driven pulley installing plate by bearing pin, on driven pulley, cover has tooth belt, tooth belt is connected to main driving pulley, the two ends of tooth belt are connected to tooth belt metalwork, tooth belt metalwork is connected to commutation slide attachment plate right flank, commutation slide rail connecting plate lower edge to be fixed on servomotor backing plate on the left of plane, commutation slide rail connecting plate right flank is provided with commutation slide rail, commutation slide rail is provided with the slide block that slidably commutates, commutation slide block is installed on commutation slide attachment plate left surface, described elevating mechanism also comprises the flat gas enclosure cylinder of lifting and lining transposition jaw, " ┓ " shape is elevated flat another side of gas enclosure cylinder connecting plate and is provided with the flat gas enclosure cylinder of lifting, lining transposition jaw is equipped with inside the jig arm being elevated flat gas enclosure cylinder, described lining elevation and subsidence mechanical hand supporting mechanism also comprises lining and supports cylinder, " ┓ " shape lining supports cylinder connecting plate, lining supports cylinder mounting plate, lining supports cylinder mounting plate column and guide runner, every root cylindrical guide is provided with two removable guide runners, guide runner is all fixed on lining and supports plane on cylinder mounting plate, lining supports cylinder mounting plate lower plane and is provided with four linings support cylinder mounting plate columns, lining supports on front side of cylinder mounting plate lower plane and is connected to plane on " ┓ " shape lining support cylinder connecting plate, " ┓ " shape lining supports cylinder connecting plate lateral surface and is provided with lining support cylinder, the piston rod that lining supports cylinder is connected to " ┗ " shape servomotor connecting plate lateral surface,
Preferably, the structure of described actuating sleeve feed mechanism is identical with the structure of camshaft feed mechanism;
Preferably, described actuating sleeve screw is screwed into mechanism and comprises lining steering mechanical hand, actuating sleeve fixes induction installation, actuating sleeve screw output device and actuating sleeve screw are screwed into device and are all installed on workbench, actuating sleeve is fixed induction installation and is longitudinally installed on workbench, actuating sleeve is fixed on rear side of induction installation and is provided with lining steering mechanical hand, actuating sleeve is fixed and is provided with actuating sleeve screw on the left of induction installation and is screwed into device, actuating sleeve screw is screwed on rear side of device and is provided with actuating sleeve screw output device, described lining steering mechanical hand comprises rotary cylinder, rotary cylinder installing plate, rotary cylinder installing plate column, divert elevator tool hand and divert elevator tool hand connecting plate, rotary cylinder is installed on plane on rotary cylinder installing plate, rotary cylinder installing plate lower plane is provided with four rotary cylinder installing plate columns, the pressure plate cylinder of rotary cylinder is connected to divert elevator tool hand connecting plate lower plane one end, " ┓ " shape that the other end of divert elevator tool hand connecting plate lower plane is connected to divert elevator tool hand turns to plane on lift cylinder connecting plate, the structure of described divert elevator tool hand is identical with the structure of camshaft material loading elevation and subsidence mechanical hand, described actuating sleeve is fixed induction installation and is comprised actuating sleeve fixture and actuating sleeve induction installation, actuating sleeve fixture two ends are equipped with actuating sleeve induction installation, described actuating sleeve fixture comprises actuating sleeve changement and actuating sleeve commutation supporting mechanism, actuating sleeve changement be installed on actuating sleeve commutation supporting mechanism actuating sleeve commutation gripper shoe on plane, described actuating sleeve changement comprises main drive shaft, flange bearing, bearing, drive motors, first helical gear, second helical gear, driving shaft clamp ring, casing, box bottom and actuating sleeve carry mould, main drive shaft is plugged in casing, bottom half is connected to box bottom, flange bearing is fixed in main drive shaft lower end, flange bearing is installed on box bottom, the centre of main drive shaft is provided with the second helical gear, second helical gear engages with the first helical gear, and the second helical gear Gear axis is mutually vertical with the first helical gear Gear axis, first helical gear is installed on the motor shaft of drive motors, drive motors is installed on casing lateral surface, the upper end cover of main drive shaft has bearing, bearing is installed and is flush-mounted in casing, the upper end of main drive shaft is connected to actuating sleeve through bearing and carries mould, main drive shaft upper end is carried mould lower plane place near actuating sleeve and is fixed with driving shaft clamp ring, driving shaft clamp ring is installed on actuating sleeve by screw and carries mould lower plane, flange bearing, first helical gear and the second helical gear are all positioned at casing, the structure of described actuating sleeve commutation supporting mechanism is identical with the structure of camshaft die supporting mechanism, the structure of described actuating sleeve induction installation is identical with the structure of camshaft induction installation, the structure of described actuating sleeve screw drawing mechanism is identical with the structure of camshaft screw drawing mechanism, the structure that described actuating sleeve screw is screwed into device is identical with the structure that camshaft screw is screwed into device,
Preferably, described finished product shedding mechanism comprises finished product unloading manipulator and pneumatic type finished product transposition feed bin is all installed on workbench, the finished product discharging elevation and subsidence mechanical hand of described finished product unloading manipulator is positioned at the top of pneumatic type finished product transposition feed bin, described finished product unloading manipulator also comprises finished product portal frame, finished product lengthwise movement unit, finished product lengthwise movement cellular installation plate and finished product electricity sliding platform, the crossbeam of finished product portal frame is provided with finished product lengthwise movement cellular installation plate, finished product lengthwise movement cellular installation plate lower plane is provided with finished product lengthwise movement unit, the movable plate of finished product lengthwise movement unit is connected to finished product electricity sliding platform, " ┓ " that the electric sliding block of finished product electricity sliding platform is connected to finished product discharging elevation and subsidence mechanical hand forms plane on product discharging connecting plate, the structure of described finished product discharging elevation and subsidence mechanical hand is identical with the structure of camshaft material loading elevation and subsidence mechanical hand, the replace structure of feed bin of the structure of described pneumatic type finished product transposition feed bin and pneumatic type lining is identical.
The beneficial effects of the utility model are: a kind of sewing machine component kludge of the utility model, can substitute workman and assemble machine part of threading, greatly enhance productivity, reduce production cost.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model sewing machine component kludge;
Fig. 2 is the structural representation of the camshaft feed mechanism of the utility model sewing machine component kludge;
Fig. 3 is the close-up schematic view of the camshaft feed mechanism of the utility model sewing machine component kludge;
Fig. 4 is the structural representation that the camshaft screw of the utility model sewing machine component kludge is screwed into mechanism;
Fig. 5 is the structural representation of the camshaft fixture of the utility model sewing machine component kludge;
Fig. 6 is the structural representation of the camshaft induction installation of the utility model sewing machine component kludge;
Fig. 7 is the structural representation that the camshaft screw of the utility model sewing machine component kludge is screwed into device;
Fig. 8 is the structural representation of the camshaft transposition mechanical arm of the utility model sewing machine component kludge;
Fig. 9 is the structural representation of the lining feed mechanism of the utility model sewing machine component kludge;
Figure 10 is the structural representation that the lining of the utility model sewing machine component kludge is screwed into inversion mechanism;
Figure 11 is the structural representation that the lining of the utility model sewing machine component kludge is screwed into device;
Figure 12 is the structural representation of the bushing press-mounting mechanism of the utility model sewing machine component kludge;
Figure 13 is the structural representation of the lining transposition mechanical arm of the utility model sewing machine component kludge;
Figure 14 is the structural representation of the lining elevation and subsidence mechanical hand of the utility model sewing machine component kludge;
Figure 15 is the structural representation that the actuating sleeve screw of the utility model sewing machine component kludge is screwed into mechanism;
Figure 16 is the internal structure schematic diagram of the actuating sleeve changement of the utility model sewing machine component kludge;
Figure 17 is the structural representation of the finished product shedding mechanism of the utility model sewing machine component kludge.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model preferred embodiment is described in detail, to make the advantage of utility model and feature can be easier to be readily appreciated by one skilled in the art, thus more explicit defining is made to protection domain of the present utility model.
Refer to Fig. 1 to Figure 17, the utility model embodiment comprises:
A kind of sewing machine component kludge, this sewing machine component kludge comprises aluminium alloy frame 1, workbench 2, main electrical control cubicles 3, Human-machine Control device 4, camshaft feed mechanism 5, camshaft screw is screwed into mechanism 6, camshaft transposition mechanical arm 7, lining feed mechanism 8, lining is screwed into inversion mechanism 9, actuating sleeve feed mechanism 10, actuating sleeve screw is screwed into mechanism 11 and finished product shedding mechanism 12, described lining feed mechanism 8 and camshaft feed mechanism 5 are from left to right installed on workbench 2 successively along transversal line, on workbench 2, plane both sides are provided with Human-machine Control device 4, workbench 2 lower plane is fixed on aluminium alloy frame 1, main electrical control cubicles 3 is provided with in aluminium alloy frame 1, be provided with camshaft screw on front side of camshaft feed mechanism 5 and be screwed into mechanism 6, camshaft screw is screwed on the left of mechanism 6 and is provided with camshaft transposition mechanical arm 7, be provided with lining on front side of lining feed mechanism 8 and be screwed into inversion mechanism 9, lining is screwed on front side of inversion mechanism 9 and is provided with actuating sleeve feed mechanism 10, be provided with actuating sleeve screw on the left of actuating sleeve feed mechanism 10 and be screwed into mechanism 11, actuating sleeve screw is screwed on front side of mechanism 11 and is provided with finished product shedding mechanism 12,
Described camshaft feed mechanism 5 comprises camshaft feeding manipulator 51 and pneumatic type camshaft transposition feed bin 52 is all installed on workbench 2, the camshaft material loading elevation and subsidence mechanical hand 514 of described camshaft feeding manipulator 51 is positioned at the top of pneumatic type camshaft transposition feed bin 52, described camshaft feeding manipulator 51 also comprises camshaft portal frame 511, camshaft transverse movement unit 512 and camshaft lengthwise movement unit 513, the crossbeam of camshaft portal frame 511 is provided with camshaft transverse movement unit 512, plane on the pedestal that the movable plate lower plane of camshaft transverse movement unit 512 is connected to camshaft lengthwise movement unit 513, plane on " ┓ " shape camshaft material loading connecting plate 5141 that the slide block of camshaft lengthwise movement unit 513 is connected to camshaft material loading elevation and subsidence mechanical hand 514, described camshaft material loading elevation and subsidence mechanical hand 514 also comprises lift cylinder 5142, " ┓ " shape flat gas enclosure cylinder connecting plate 5143, flat gas enclosure cylinder 5144 and camshaft jaw 5145, " ┓ " shape camshaft material loading connecting plate 5141 side is provided with lift cylinder 5142, the piston rod flanged plate of lift cylinder 5142 is connected to plane on " ┓ " shape flat gas enclosure cylinder connecting plate 5143, " ┓ " shape flat gas enclosure cylinder connecting plate 5143 side is provided with flat gas enclosure cylinder 5144, is equipped with camshaft jaw 5145 inside the jig arm of flat gas enclosure cylinder 5144, described pneumatic type camshaft transposition feed bin 52 comprises hopper 521, hopper base 522, hopper installing plate 523, back-up block 524, hopper transposition cylinder 525, hopper transposition cylinder backing plate 526, hopper connecting plate 527, hopper slide block 528, hopper slide rail 529 and stop screw 5210, two hopper slide rails 529 be parallel to each other are installed on plane on hopper installing plate 523, hopper installing plate 523 lower plane is provided with four back-up blocks 524, the front end of two hopper slide rails 529 is all provided with stop screw 5210, every root hopper slide rail 529 is provided with two moveable hopper slide blocks 528, hopper slide block 528 is all connected to the lower plane of hopper base 522, the upper Plane Installation of hopper base 522 has hopper 521, hopper transposition cylinder 525 is provided with on rear side of hopper 521, hopper transposition cylinder 525 is installed on plane on hopper transposition cylinder backing plate 526, hopper transposition cylinder backing plate 526 is fixed on hopper installing plate 523, the piston rod flanged plate of hopper transposition cylinder 525 is connected to hopper connecting plate 527, hopper connecting plate 527 is connected to hopper base 522, described hopper transposition cylinder 525 is two guide pillar sides dress cylinders, described camshaft transverse movement unit 512 is single-axis servo moving cell, described camshaft lengthwise movement unit 513 is single-axis servo moving cell,
Described camshaft screw is screwed into mechanism 6 and comprises camshaft and fix induction installation 61, camshaft screw output device 62 and camshaft screw are screwed into device 63 and are all installed on workbench 2, camshaft is fixed the front side of induction installation 61 and right side and is equipped with camshaft screw and is screwed into device 63, two camshaft screws are screwed between device 63 and are fixed with camshaft screw output device 62, described camshaft is fixed induction installation 61 and is comprised camshaft fixture 611 and camshaft induction installation 612, camshaft fixture 611 two ends are all provided with camshaft induction installation 612, described camshaft fixture 611 comprises camshaft mould 6111 and camshaft die supporting mechanism 6112, plane on the camshaft mould support plate 61121 that camshaft mould 6111 is installed on camshaft die supporting mechanism 6112, camshaft die supporting mechanism 6112 also comprises camshaft support electricity sliding platform 61122, camshaft mold mounting plate 61123 and camshaft mold mounting plate column 61124, camshaft mold mounting plate 61123 lower plane is provided with four camshaft mold mounting plate columns 61124, on camshaft mold mounting plate 61123, plane is fixed with camshaft support electricity sliding platform 61122, electric sliding block on camshaft support electricity sliding platform 61122 is connected to camshaft mould support plate 61121 lower plane, described camshaft induction installation 612 comprises camshaft induction telescopic cylinder 6121, camshaft induction telescopic cylinder installing plate 6122, camshaft induction telescopic cylinder installing plate column 6123, " ┗ " shape camshaft induction telescopic cylinder connecting plate 6124, triangle contiguous block 6125, camshaft inductor 6126 and camshaft inductor support 6127, camshaft induction telescopic cylinder installing plate 6122 lower plane is provided with four camshaft induction telescopic cylinder installing plate columns 6123, on camshaft induction telescopic cylinder installing plate 6122, Plane Installation has " ┗ " shape camshaft to respond to telescopic cylinder connecting plate 6124, " ┗ " shape camshaft induction telescopic cylinder connecting plate 6124 side is provided with camshaft induction telescopic cylinder 6121, the piston rod flanged plate of camshaft induction telescopic cylinder 6121 is connected to a right-angle side edge of triangle contiguous block 6125, the oblique side of triangle contiguous block 6125 is along being provided with camshaft inductor support 6127, camshaft inductor support 6127 is connected to camshaft inductor 6126, described camshaft screw output device 62 comprises camshaft screw delivery casing 621, camshaft screw delivery casing installing plate 622 and camshaft screw delivery casing installing plate column 623, camshaft screw delivery casing installing plate 622 lower plane is provided with four camshaft screw delivery casing installing plate columns 623, on camshaft screw delivery casing installing plate 622, Plane Installation has camshaft screw delivery casing 621, two screw discharging openings on camshaft screw delivery casing respectively connected by screw delivery hose the screw charging aperture that two camshaft screws are screwed into the portable screw screw driver 638 of device 63, described camshaft screw is screwed into device 63 and also comprises screw and be screwed into cylinder 631, screw is screwed into cylinder connecting plate 632, camshaft screw is screwed into installing plate 633, camshaft screw is screwed into installing plate column 634, screw is screwed into slide rail 635, screw is screwed into slide block 636 and screw is screwed into position buffer gear 637, two screws be parallel to each other are screwed into slide rail 635 and are installed on camshaft screw and are screwed into plane on installing plate 633, camshaft screw is screwed into installing plate 633 lower plane and is provided with four camshaft screws and is screwed into installing plate column 634, every root screw be screwed into slide rail 635 is provided with two slidably screw be screwed into slide block 636, screw is screwed into slide block 636 and is all connected to " ┗ " shape screw that screw is screwed into position buffer gear 637 and is screwed into slide attachment plate 6371 bottom surface, " ┗ " shape screw is screwed into slide attachment plate 6371 lateral surface and is connected to the piston rod that screw is screwed into cylinder 631, screw is screwed into cylinder 631 tail end and is installed on screw and is screwed into cylinder connecting plate 632, screw is screwed into cylinder connecting plate 632 lower edge and is fixed on camshaft screw and is screwed into installing plate 633, the portable screw screw driver connecting plate 6375 that screw is screwed into position buffer gear 637 is fixed with portable screw screw driver 638, screw is screwed into position buffer gear 637 and also comprises joint pin 6372, opening clamp ring 6373 and buffer spring 6374, two joint pins 6372 are screwed into two, upper end, slide attachment plate 6371 side manhole through " ┗ " shape screw, two joint pins 6372 expose one end that " ┗ " shape screw is screwed into slide attachment plate 6371 lateral surface and are fixed with opening clamp ring 6373, the other end of joint pin 6372 is all fixed on the lower flat board of portable screw screw driver connecting plate 6375, the lower flat board of portable screw screw driver connecting plate 6375 is connected to one end of buffer spring 6374, the other end of buffer spring 6374 is connected to " ┗ " shape screw and is screwed into slide attachment plate 6371 medial surface, upper flat plate and the lower flat board of the portable screw screw driver connecting plate 6375 with arc gap are connected to portable screw screw driver 638, and fixed by screw,
Described camshaft transposition mechanical arm 7 comprises camshaft transposition portal frame 71, camshaft transposition lengthwise movement unit 72, camshaft transposition lengthwise movement cellular installation plate 73 and camshaft transposition elevation and subsidence mechanical hand 74, camshaft transposition portal frame 71 is provided with camshaft transposition lengthwise movement cellular installation plate 73, camshaft transposition lengthwise movement cellular installation plate 73 lower plane is provided with camshaft transposition lengthwise movement unit 72, plane on " ┏ " shape camshaft transposition connecting plate 741 that the slide block of camshaft transposition lengthwise movement unit 72 is all connected to camshaft transposition elevation and subsidence mechanical hand 74, the structure of described camshaft transposition elevation and subsidence mechanical hand 74 is identical with camshaft material loading elevation and subsidence mechanical hand 514 structure, described camshaft transposition lengthwise movement 72 unit is single-axis servo moving cell,
Described lining feed mechanism 8 comprises lining feeding manipulator 81 and pneumatic type lining transposition feed bin 82 is all installed on workbench 2, the lining material loading elevation and subsidence mechanical hand 811 of described lining feeding manipulator 81 is positioned at above pneumatic type lining transposition feed bin 82, and the structure of described lining feeding manipulator 81 is identical with the structure of camshaft feeding manipulator 51, described pneumatic type lining transposition feed bin 82 comprises lining hopper 821, lining hopper base 822, lining hopper installing plate 823, lining hopper transposition cylinder 824, lining hopper transposition cylinder backing plate 825, lining hopper connecting plate 826, lining hopper slide block 827, lining hopper slide rail 828 and lining stop screw 829, the lining hopper slide rail 828 that on lining hopper installing plate 823, Plane Installation has two to be parallel to each other, the front end of two lining hopper slide rails 828 is all provided with lining stop screw 829, every root lining hopper slide rail 828 is provided with two moveable lining hopper slide blocks 827, lining hopper slide block 827 is all connected to the lower plane of lining hopper base 822, the upper Plane Installation of hopper base 822 has lining hopper 821, lining hopper transposition cylinder 824 is provided with on rear side of lining hopper 821, lining hopper transposition cylinder 824 is installed on plane on lining hopper transposition cylinder backing plate 825, lining hopper transposition cylinder backing plate 825 is fixed on lining hopper installing plate 823, the piston rod flanged plate of lining hopper transposition cylinder 824 is connected to lining hopper connecting plate 826, lining hopper connecting plate 826 is connected to lining hopper base 822, described lining hopper transposition cylinder 824 is two guide pillar sides dress cylinders,
Described lining is screwed into inversion mechanism 9 and comprises lining and be screwed into device 91 and lining transposer 92 is all installed on workbench 2, described lining is screwed into device 91 and comprises lining and be screwed into fixture 911 and bushing press-mounting device 912, lining is screwed on the left of fixture 911 and is provided with bushing press-mounting device 912, described lining is screwed into fixture 911 and comprises camshaft limit mold 9111, camshaft limit mold installing plate 9112, camshaft limit mold installing plate column 9113, " ┗ " shape camshaft limit mold connecting plate 9114, camshaft limit mold slide rail 9115, camshaft limit mold slide block 9116, camshaft limit mold push-and-pull cylinder 9117 and camshaft limit mold push-and-pull cylinder mounting plate 9118, two camshaft limit mold slide rails 9115 be parallel to each other are installed on plane on camshaft limit mold installing plate 9112, camshaft limit mold installing plate 9112 lower plane is provided with four camshaft limit mold installing plate columns 9113, every root camshaft limit mold slide rail 9115 is provided with two moveable camshaft limit mold slide blocks 9116, camshaft limit mold slide block 9116 is all connected to " ┗ " shape camshaft limit mold connecting plate 9114 lower plane, on " ┗ " shape camshaft limit mold connecting plate 9114, plane is provided with camshaft limit mold 9111, the lateral surface of " ┗ " shape camshaft limit mold connecting plate 9114 is connected to the piston rod of camshaft limit mold push-and-pull cylinder 9117, camshaft limit mold push-and-pull cylinder 9117 tail end is installed on camshaft limit mold push-and-pull cylinder mounting plate 9118, plane on camshaft limit mold installing plate 9112 is fixed in camshaft limit mold push-and-pull cylinder mounting plate 9118 lower edge, described bushing press-mounting device 912 comprises bushing press-mounting mechanism 9121, bushing press-mounting connecting plate 9122, bushing press-mounting slide rail 9123, bushing press-mounting slide block 9124, bushing press-mounting installing plate 9125, bushing press-mounting installing plate column 9126, bushing press-mounting cylinder 9127 and " ┓ " shape bushing press-mounting cylinder connecting plate 9128, " ┗ " shape lining lift cylinder connecting plate 91211 lateral surface of bushing press-mounting mechanism 9121 is connected to bushing press-mounting connecting plate 9122 right edge edge, bushing press-mounting connecting plate 9122 lower plane is provided with two bushing press-mounting slide rails 9123 be parallel to each other, every root bushing press-mounting slide rail 9123 is provided with two moveable bushing press-mounting slide blocks 9124, bushing press-mounting slide block 9124 is all installed on plane on bushing press-mounting installing plate 9125, bushing press-mounting installing plate 9125 lower plane is provided with four bushing press-mounting installing plate columns 9126, bushing press-mounting installing plate 9125 lower plane left end is connected to plane on " ┓ " shape bushing press-mounting cylinder connecting plate 9128, " ┓ " shape bushing press-mounting cylinder connecting plate 9128 lateral surface is fixed with bushing press-mounting cylinder 9127, the piston rod of bushing press-mounting cylinder 9127 is connected to " ┗ " shape lining lift cylinder connecting plate 91211 lateral surface, described bushing press-mounting mechanism 9121 also comprises lining lift cylinder 91212, lining lift cylinder mounting flange 91213, lining lifting flanged plate 91214, guide pillar 91215, guide pin bushing 91216 and bushing press-mounting mould 91217, lining lift cylinder 91212 is installed on plane on " ┗ " shape lining lift cylinder connecting plate 91211 by lining lift cylinder mounting flange 91213, the piston rod of lining lift cylinder 91212 is connected to lining lifting flanged plate 91214 through " ┗ " shape lining lift cylinder connecting plate 91211, on lining lifting flanged plate 91214, plane two ends are equipped with guide pillar 91215, on guide pillar 91215, cover has slidably guide pin bushing 91216, guide pin bushing 91216 is fixed on " ┗ " shape lining lift cylinder connecting plate 91211, lining lifting flanged plate 91214 lower plane is provided with bushing press-mounting mould 91217, described lining transposer 92 comprises lining and fixes induction installation 921 and lining transposition mechanical arm 922 is all installed on workbench 2, lining is fixed on front side of induction installation 921 and is provided with lining transposition mechanical arm 922, described lining is fixed induction installation 921 and is comprised liner retainer 9211 and lining induction installation 9212, liner retainer 9211 both sides are equipped with lining induction installation 9212, described liner retainer 9211 comprises bush mould 92111 and bush mould supporting mechanism 92112, plane in the bush mould gripper shoe 921121 that bush mould 92111 is installed on bush mould supporting mechanism 92112, the structure of described bush mould supporting mechanism 92112 is identical with the structure of camshaft die supporting mechanism 6112, the structure of described lining induction installation 9212 is identical with the structure of camshaft induction installation 612, described lining transposition mechanical arm 922 comprises lining elevation and subsidence mechanical hand 9221 and lining elevation and subsidence mechanical hand supporting mechanism 9222, two cylindrical guides be parallel to each other 92221 of lining elevation and subsidence mechanical hand supporting mechanism 9222 are connected to " ┗ " shape servomotor connecting plate 92211 lateral surface of lining elevation and subsidence mechanical hand 9221, described lining elevation and subsidence mechanical hand also comprises actuating unit 92212, changement 92213 and elevating mechanism 92214, " ┗ " shape servomotor connecting plate 92211 medial surface is provided with the servomotor installing plate 922121 of actuating unit 92212, servomotor 922122 driving shaft of actuating unit 92212 is provided with the main driving pulley 922131 of changement 92213, " ┓ " shape that commutation slide attachment plate 9221310 right flank of changement 92213 is connected to elevating mechanism 92214 is elevated flat gas enclosure cylinder connecting plate 922,141 1 sides, described actuating unit 92212 also comprises servomotor backing plate 922123, servomotor backing plate 922123 is installed on plane on " ┗ " shape servomotor connecting plate 92211, servomotor installing plate 922121 is provided with servomotor 922122, the forward flange of servomotor 922122 is connected to the driven pulley installing plate 922134 of changement 92213, described changement 92213 also comprises driven pulley 922132, bearing pin 922133, tooth belt 922135, tooth belt metalwork 922136, commutation slide rail 922137, commutation slide rail connecting plate 922138 and commutation slide block 922139, driven pulley 922132 is installed on driven pulley installing plate 922134 by bearing pin 922133, on driven pulley 922132, cover has tooth belt 922135, tooth belt 922135 is connected to main driving pulley 922131, the two ends of tooth belt 922135 are connected to tooth belt metalwork 922136, tooth belt metalwork 922136 is connected to commutation slide attachment plate 9221310 right flank, commutation slide rail connecting plate 922138 lower edge to be fixed on servomotor backing plate 922123 on the left of plane, commutation slide rail connecting plate 922138 right flank is provided with commutation slide rail 922137, commutation slide rail 922137 is provided with the slide block 922139 that slidably commutates, commutation slide block 922139 is installed on commutation slide attachment plate 9221310 left surface, described elevating mechanism 92214 also comprises the flat gas enclosure cylinder 922142 of lifting and lining transposition jaw 922143, " ┓ " shape is elevated flat another side of gas enclosure cylinder connecting plate 922141 and is provided with the flat gas enclosure cylinder 922142 of lifting, lining transposition jaw 922143 is equipped with inside the jig arm being elevated flat gas enclosure cylinder 922142, described lining elevation and subsidence mechanical hand supporting mechanism 9222 also comprises guide runner 92222, lining supports cylinder 92223, " ┓ " shape lining supports cylinder connecting plate 92224, lining supports cylinder mounting plate 92225, lining supports cylinder mounting plate column 92226, every root cylindrical guide 92221 is provided with two removable guide runners 92222, guide runner 92222 is all fixed on lining and supports plane on cylinder mounting plate 92225, lining supports cylinder mounting plate 92225 lower plane and is provided with four linings support cylinder mounting plate columns 92226, lining supports on front side of cylinder mounting plate 92226 lower plane and is connected to plane on " ┓ " shape lining support cylinder connecting plate 92224, " ┓ " shape lining supports cylinder connecting plate 92224 lateral surface and is provided with lining support cylinder 92223, the piston rod that lining supports cylinder 92223 is connected to " ┗ " shape servomotor connecting plate 92211 lateral surface,
The structure of described actuating sleeve feed mechanism 10 is identical with the structure of camshaft feed mechanism 5;
Described actuating sleeve screw is screwed into mechanism 11 and comprises lining steering mechanical hand 111, actuating sleeve fixes induction installation 112, actuating sleeve screw output device 113 and actuating sleeve screw are screwed into device 114 and are all installed on workbench 2, actuating sleeve is fixed induction installation 112 and is longitudinally installed on workbench 2, actuating sleeve is fixed on rear side of induction installation 112 and is provided with lining steering mechanical hand 111, actuating sleeve is fixed and is provided with actuating sleeve screw on the left of induction installation 112 and is screwed into device 114, actuating sleeve screw is screwed on rear side of device 114 and is provided with actuating sleeve screw output device 113, described lining steering mechanical hand 111 comprises rotary cylinder 1111, rotary cylinder installing plate 1112, rotary cylinder installing plate column 1113, divert elevator tool hand 1114 and divert elevator tool hand connecting plate 1115, rotary cylinder 1111 is installed on plane on rotary cylinder installing plate 1112, rotary cylinder installing plate 1112 lower plane is provided with four rotary cylinder installing plate columns 1113, the pressure plate cylinder of rotary cylinder 1111 is connected to divert elevator tool hand connecting plate 1115 lower plane one end, " ┓ " shape that the other end of divert elevator tool hand connecting plate 1115 lower plane is connected to divert elevator tool hand 1114 turns to plane on lift cylinder connecting plate 11141, the structure of described divert elevator tool hand 1114 is identical with the structure of camshaft material loading elevation and subsidence mechanical hand 514, described actuating sleeve is fixed induction installation 112 and is comprised actuating sleeve fixture 1121 and actuating sleeve induction installation 1122, actuating sleeve fixture 1121 two ends are equipped with actuating sleeve induction installation 1122, described actuating sleeve fixture 1121 comprises actuating sleeve changement 11211 and actuating sleeve commutation supporting mechanism 11212, actuating sleeve changement 11211 be installed on actuating sleeve commutation supporting mechanism 11212 actuating sleeve commutation gripper shoe 112121 on plane, described actuating sleeve changement 11211 comprises main drive shaft 112111, flange bearing 112112, bearing 112113, drive motors 112114, first helical gear 112115, second helical gear 112116, driving shaft clamp ring 112117, casing 112118, box bottom 112119 and actuating sleeve carry mould 1121110, main drive shaft 112111 is plugged in casing 112118, box bottom 112119 is connected to bottom casing 112118, flange bearing 112112 is fixed in main drive shaft 112111 lower end, flange bearing 112112 is installed on box bottom 112119, the centre of main drive shaft 112111 is provided with the second helical gear 112116, second helical gear 112116 engages with the first helical gear 112115, and the Gear axis of the second helical gear 112116 is mutually vertical with the Gear axis of the first helical gear 112115, first helical gear 112115 is installed on the motor shaft of drive motors 112114, drive motors 112114 is installed on casing 112118 lateral surface, the upper end cover of main drive shaft 112111 has bearing 112113, bearing 112113 is installed and is flush-mounted in casing 112118, the upper end of main drive shaft 112111 is connected to actuating sleeve through bearing 112113 and carries mould 1121110, main drive shaft 112111 upper end is carried mould 1121110 lower plane place near actuating sleeve and is fixed with driving shaft clamp ring 112117, driving shaft clamp ring 112117 is installed on actuating sleeve by screw and carries mould 1121110 lower plane, flange bearing 112112, first helical gear 112115 and the second helical gear 112116 are all positioned at casing 112118, the structure of described actuating sleeve commutation supporting mechanism 11212 is identical with the structure of camshaft die supporting mechanism 6112, the structure of described actuating sleeve induction installation 1122 is identical with the structure of camshaft induction installation 612, the structure of described actuating sleeve screw drawing mechanism 113 is identical with the structure of camshaft screw drawing mechanism 62, the structure that described actuating sleeve screw is screwed into device 114 is identical with the structure that camshaft screw is screwed into device 63,
Described finished product shedding mechanism 12 comprises finished product unloading manipulator 121 and pneumatic type finished product transposition feed bin 122 is all installed on workbench, the finished product discharging elevation and subsidence mechanical hand 1215 of described finished product unloading manipulator 121 is positioned at the top of pneumatic type finished product transposition feed bin 122, described finished product unloading manipulator 121 also comprises finished product portal frame 1211, finished product lengthwise movement unit 1212, finished product lengthwise movement cellular installation plate 1213 and finished product electricity sliding platform 1214, the crossbeam of finished product portal frame 1211 is provided with finished product lengthwise movement cellular installation plate 1213, finished product lengthwise movement cellular installation plate 1213 lower plane is provided with finished product lengthwise movement unit 1212, the movable plate of finished product lengthwise movement unit 1212 is connected to finished product electricity sliding platform 1214, " ┓ " that the electric sliding block of finished product electricity sliding platform 1214 is connected to finished product discharging elevation and subsidence mechanical hand 1215 forms plane on product discharging connecting plate 12151, the structure of described finished product discharging elevation and subsidence mechanical hand 1215 is identical with the structure of camshaft material loading elevation and subsidence mechanical hand 514, the replace structure of feed bin 82 of the structure of described pneumatic type finished product transposition feed bin 122 and pneumatic type lining is identical.
During the work of the utility model sewing machine component kludge, camshaft feeding manipulator 51 is placed into the camshaft mould 6111 of camshaft fixture 611 after being captured by camshaft, camshaft induction installation 612 on the right side of camshaft fixture 611 senses camshaft, two camshaft screws are screwed into device 63 and are screwed on camshaft by the pilot hole of two on camshaft mould 6111 by screw, camshaft mould 6111 is moved to left side by the camshaft support electricity sliding platform 61122 of camshaft die supporting mechanism 6112, camshaft induction installation 612 on the left of camshaft fixture 611 senses camshaft, camshaft transposition mechanical arm 7 is placed into camshaft limit mold 9111 after being captured by camshaft, lining feeding manipulator 81 is placed on camshaft after being captured by lining, lining on camshaft compresses by bushing press-mounting device 912, lining transposition mechanical arm 922 is placed into the bush mould 92111 of liner retainer 9211 after being captured by the camshaft with lining, lining induction installation 9212 on the right side of liner retainer 9211 senses the camshaft with lining, camshaft with lining is moved to left side by bush mould supporting mechanism 92112, lining induction installation 9212 on the left of liner retainer 9211 senses the camshaft with lining, lining steering mechanical hand 111 is placed into actuating sleeve changement 11211 actuating sleeve after being captured by the camshaft with lining carries mould 1121110, actuating sleeve induction installation 1122 on rear side of actuating sleeve fixture 1121 senses the camshaft with lining, actuating sleeve changement 11211 is moved to front side by actuating sleeve commutation supporting mechanism 11212, actuating sleeve induction installation 1122 on front side of actuating sleeve fixture 1121 senses the camshaft with lining, actuating sleeve feed mechanism 10 is placed on the camshaft with lining after being captured by actuating sleeve, actuating sleeve screw is screwed into the pilot hole that device 114 carried on mould 1121110 by actuating sleeve and is screwed on actuating sleeve by screw, actuating sleeve changement 11211 rotates and another pilot hole driven in registry cover screw is screwed into device 114, now be screwed into second screw and complete assembling, finished product unloading manipulator 121 is placed into after being captured by finished product in the finished product box of pneumatic type finished product transposition feed bin 122, machine repeats above step.
The utility model sewing machine component kludge, can substitute workman and assemble sewing machine component, greatly enhance productivity, and reduces production cost.
The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model description and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.

Claims (9)

1. a sewing machine component kludge, it is characterized in that: this sewing machine component kludge comprises aluminium alloy frame, workbench, main electrical control cubicles, Human-machine Control device, camshaft feed mechanism, camshaft screw is screwed into mechanism, camshaft transposition mechanical arm, lining feed mechanism, lining is screwed into inversion mechanism, actuating sleeve feed mechanism, actuating sleeve screw is screwed into mechanism and finished product shedding mechanism, described lining feed mechanism and camshaft feed mechanism are from left to right installed on workbench successively along transversal line, on workbench, Plane Installation has two personal-machine controllers, workbench lower plane is fixed on aluminium alloy frame, main electrical control cubicles is provided with in aluminium alloy frame, be provided with camshaft screw on front side of camshaft feed mechanism and be screwed into mechanism, camshaft screw is screwed on the left of mechanism and is provided with camshaft transposition mechanical arm, be provided with lining on front side of lining feed mechanism and be screwed into inversion mechanism, lining is screwed on front side of inversion mechanism and is provided with actuating sleeve feed mechanism, be provided with actuating sleeve screw on the left of actuating sleeve feed mechanism and be screwed into mechanism, actuating sleeve screw is screwed on front side of mechanism and is provided with finished product shedding mechanism.
2. sewing machine component kludge according to claim 1, is characterized in that: described camshaft feed mechanism comprises camshaft feeding manipulator and pneumatic type camshaft transposition feed bin is all installed on workbench, the camshaft material loading elevation and subsidence mechanical hand of described camshaft feeding manipulator is positioned at the top of pneumatic type camshaft transposition feed bin, described camshaft feeding manipulator also comprises camshaft portal frame, camshaft transverse movement unit and camshaft lengthwise movement unit, the crossbeam of camshaft portal frame is provided with camshaft transverse movement unit, plane on the pedestal that the movable plate lower plane of camshaft transverse movement unit is connected to camshaft lengthwise movement unit, plane on " ┓ " shape camshaft material loading connecting plate that the slide block of camshaft lengthwise movement unit is all connected to camshaft material loading elevation and subsidence mechanical hand, described camshaft material loading elevation and subsidence mechanical hand also comprises lift cylinder, " ┓ " shape flat gas enclosure cylinder connecting plate, flat gas enclosure cylinder and camshaft jaw, " ┓ " shape camshaft material loading connecting plate side is provided with lift cylinder, the piston rod flanged plate of lift cylinder is connected to plane on " ┓ " shape flat gas enclosure cylinder connecting plate, " ┓ " shape flat gas enclosure cylinder connecting plate side is provided with flat gas enclosure cylinder, is equipped with camshaft jaw inside the jig arm of flat gas enclosure cylinder, described pneumatic type camshaft transposition feed bin comprises hopper, hopper base, hopper installing plate, back-up block, hopper transposition cylinder, hopper transposition cylinder backing plate, hopper connecting plate, hopper slide block, hopper slide rail and stop screw, two hopper slide rails be parallel to each other are installed on plane on hopper installing plate, hopper installing plate lower plane is provided with four back-up blocks, the front end of two hopper slide rails is all provided with stop screw, every root hopper slide rail is provided with two moveable hopper slide blocks, hopper slide block is all connected to the lower plane of hopper base, the upper Plane Installation of hopper base has hopper, hopper transposition cylinder is provided with on rear side of hopper, hopper transposition cylinder is installed on plane on hopper transposition cylinder backing plate, hopper transposition cylinder backing plate is fixed on hopper installing plate, the piston rod flanged plate of hopper transposition cylinder is connected to hopper connecting plate, hopper connecting plate is connected to hopper base, described hopper transposition cylinder is two guide pillar sides dress cylinders, described camshaft transverse movement unit is single-axis servo moving cell, described camshaft lengthwise movement unit is single-axis servo moving cell.
3. sewing machine component kludge according to claim 1, it is characterized in that: described camshaft screw is screwed into mechanism and comprises camshaft and fix induction installation, camshaft screw output device and camshaft screw are screwed into device and are all installed on workbench, camshaft is fixed the front side of induction installation and right side and is equipped with camshaft screw and is screwed into device, two camshaft screws are screwed between device and are fixed with camshaft screw output device, described camshaft is fixed induction installation and is comprised camshaft fixture and camshaft induction installation, camshaft fixture two ends are all provided with camshaft induction installation, described camshaft fixture comprises camshaft mould and camshaft die supporting mechanism, plane on the camshaft mould support plate that camshaft mould is installed on camshaft die supporting mechanism, camshaft die supporting mechanism also comprises camshaft support electricity sliding platform, camshaft mold mounting plate and camshaft mold mounting plate column, camshaft mold mounting plate lower plane is provided with four camshaft mold mounting plate columns, on camshaft mold mounting plate, plane is fixed with camshaft support electricity sliding platform, electric sliding block on camshaft support electricity sliding platform is connected to camshaft mould support plate lower plane, described camshaft induction installation comprises camshaft induction telescopic cylinder, camshaft induction telescopic cylinder installing plate, camshaft induction telescopic cylinder installing plate column, " ┗ " shape camshaft induction telescopic cylinder connecting plate, triangle contiguous block, camshaft inductor and camshaft inductor support, camshaft induction telescopic cylinder installing plate lower plane is provided with four camshaft induction telescopic cylinder installing plate columns, on camshaft induction telescopic cylinder installing plate, Plane Installation has " ┗ " shape camshaft to respond to telescopic cylinder connecting plate, " ┗ " shape camshaft induction telescopic cylinder connecting plate side is provided with camshaft induction telescopic cylinder, the piston rod flanged plate of camshaft induction telescopic cylinder is connected to a right-angle side edge of triangle contiguous block, the oblique side of triangle contiguous block is along being provided with camshaft inductor support, camshaft inductor support is connected to camshaft inductor, described camshaft screw output device comprises camshaft screw delivery casing, camshaft screw delivery casing installing plate and camshaft screw delivery casing installing plate column, camshaft screw delivery casing installing plate lower plane is provided with four camshaft screw delivery casing installing plate columns, on camshaft screw delivery casing installing plate, Plane Installation has camshaft screw delivery casing, and two screw discharging openings on camshaft screw delivery casing respectively connected by screw delivery hose the screw charging aperture that two camshaft screws are screwed into the portable screw screw driver of device, described camshaft screw is screwed into device and also comprises screw and be screwed into cylinder, screw is screwed into cylinder connecting plate, camshaft screw is screwed into installing plate, camshaft screw is screwed into installing plate column, screw is screwed into slide rail, screw is screwed into slide block and screw is screwed into position buffer gear, two screws be parallel to each other are screwed into slide rail and are installed on camshaft screw and are screwed into plane on installing plate, camshaft screw is screwed into installing plate lower plane and is provided with four camshaft screws and is screwed into installing plate column, every root screw be screwed into slide rail is provided with two slidably screw be screwed into slide block, screw is screwed into slide block and is all connected to " ┗ " shape screw that screw is screwed into position buffer gear and is screwed into slide attachment plate bottom surface, " ┗ " shape screw is screwed into slide attachment plate lateral surface and is connected to the piston rod that screw is screwed into cylinder, screw is screwed into cylinder tail end and is installed on screw and is screwed into cylinder connecting plate, screw is screwed into cylinder connecting plate lower edge and is fixed on camshaft screw and is screwed into installing plate, the portable screw screw driver connecting plate that screw is screwed into position buffer gear is fixed with portable screw screw driver, screw is screwed into position buffer gear and also comprises joint pin, opening clamp ring and buffer spring, two joint pins are screwed into two, upper end, slide attachment plate side manhole through " ┗ " shape screw, two joint pins expose one end that " ┗ " shape screw is screwed into slide attachment plate lateral surface and are fixed with opening clamp ring, the other end of joint pin is all fixed on the lower flat board of portable screw screw driver connecting plate, the lower flat board of portable screw screw driver connecting plate is connected to one end of buffer spring, the other end of buffer spring is connected to " ┗ " shape screw and is screwed into slide attachment plate medial surface, upper flat plate and the lower flat board of the portable screw screw driver connecting plate with arc gap are connected to portable screw screw driver, and fixed by screw.
4. sewing machine component kludge according to claim 1, it is characterized in that: described camshaft transposition mechanical arm comprises camshaft transposition portal frame, camshaft transposition lengthwise movement unit, camshaft transposition lengthwise movement cellular installation plate and camshaft transposition elevation and subsidence mechanical hand, camshaft transposition portal frame is provided with camshaft transposition lengthwise movement cellular installation plate, camshaft transposition lengthwise movement cellular installation plate lower plane is provided with camshaft transposition lengthwise movement unit, plane on " ┏ " shape camshaft transposition connecting plate that the slide block of camshaft transposition lengthwise movement unit is all connected to camshaft transposition elevation and subsidence mechanical hand, the structure of described camshaft transposition elevation and subsidence mechanical hand is identical with camshaft material loading elevation and subsidence mechanical hand structure, described camshaft transposition lengthwise movement unit is single-axis servo moving cell.
5. sewing machine component kludge according to claim 1, it is characterized in that: described lining feed mechanism comprises lining feeding manipulator and pneumatic type lining transposition feed bin is all installed on workbench, the lining material loading elevation and subsidence mechanical hand of described lining feeding manipulator is positioned at above pneumatic type lining transposition feed bin, and the structure of described lining feeding manipulator is identical with the structure of camshaft feeding manipulator, described pneumatic type lining transposition feed bin comprises lining hopper, lining hopper base, lining hopper installing plate, lining hopper transposition cylinder, lining hopper transposition cylinder backing plate, lining hopper connecting plate, lining hopper slide block, lining hopper slide rail and lining stop screw, the lining hopper slide rail that on lining hopper installing plate, Plane Installation has two to be parallel to each other, the front end of two lining hopper slide rails is all provided with lining stop screw, every root lining hopper slide rail is provided with two moveable lining hopper slide blocks, lining hopper slide block is all connected to the lower plane of lining hopper base, the upper Plane Installation of hopper base has lining hopper, lining hopper transposition cylinder is provided with on rear side of lining hopper, lining hopper transposition cylinder is installed on plane on lining hopper transposition cylinder backing plate, lining hopper transposition cylinder backing plate is fixed on lining hopper installing plate, the piston rod flanged plate of lining hopper transposition cylinder is connected to lining hopper connecting plate, lining hopper connecting plate is connected to lining hopper base, described lining hopper transposition cylinder is two guide pillar sides dress cylinders.
6. sewing machine component kludge according to claim 1, it is characterized in that: described lining is screwed into inversion mechanism and comprises lining and be screwed into device and lining transposer is all installed on workbench, described lining is screwed into device and comprises lining and be screwed into fixture and bushing press-mounting device, lining is screwed on the left of fixture and is provided with bushing press-mounting device, described lining is screwed into fixture and comprises camshaft limit mold, camshaft limit mold installing plate, camshaft limit mold installing plate column, " ┗ " shape camshaft limit mold connecting plate, camshaft limit mold slide rail, camshaft limit mold slide block, camshaft limit mold push-and-pull cylinder and camshaft limit mold push-and-pull cylinder mounting plate, two camshaft limit mold slide rails be parallel to each other are installed on plane on camshaft limit mold installing plate, camshaft limit mold installing plate lower plane is provided with four camshaft limit mold installing plate columns, every root camshaft limit mold slide rail is provided with two moveable camshaft limit mold slide blocks, camshaft limit mold slide block is all connected to " ┗ " shape camshaft limit mold connecting plate lower plane, on " ┗ " shape camshaft limit mold connecting plate, plane is provided with camshaft limit mold, the lateral surface of " ┗ " shape camshaft limit mold connecting plate is connected to the piston rod of camshaft limit mold push-and-pull cylinder, camshaft limit mold push-and-pull cylinder tail end is installed on camshaft limit mold push-and-pull cylinder mounting plate, plane on camshaft limit mold installing plate is fixed in camshaft limit mold push-and-pull cylinder mounting plate lower edge, described bushing press-mounting device comprises bushing press-mounting mechanism, bushing press-mounting connecting plate, bushing press-mounting slide rail, bushing press-mounting slide block, bushing press-mounting installing plate, bushing press-mounting installing plate column, bushing press-mounting cylinder and " ┓ " shape bushing press-mounting cylinder connecting plate, " ┗ " shape lining lift cylinder connecting plate lateral surface of bushing press-mounting mechanism is connected to bushing press-mounting connecting plate right edge edge, bushing press-mounting connecting plate lower plane is provided with two bushing press-mounting slide rails be parallel to each other, every root bushing press-mounting slide rail is provided with two moveable bushing press-mounting slide blocks, bushing press-mounting slide block is all installed on plane on bushing press-mounting installing plate, bushing press-mounting installing plate lower plane is provided with four bushing press-mounting installing plate columns, bushing press-mounting installing plate lower plane left end is connected to plane on " ┓ " shape bushing press-mounting cylinder connecting plate, " ┓ " shape bushing press-mounting cylinder connecting plate lateral surface is fixed with bushing press-mounting cylinder, the piston rod of bushing press-mounting cylinder is connected to " ┗ " shape lining lift cylinder connecting plate lateral surface, described bushing press-mounting mechanism also comprises lining lift cylinder, lining lift cylinder mounting flange, lining lifting flanged plate, guide pillar, guide pin bushing and bushing press-mounting mould, lining lift cylinder is installed on plane on " ┗ " shape lining lift cylinder connecting plate by lining lift cylinder mounting flange, the piston rod of lining lift cylinder is connected to lining lifting flanged plate through " ┗ " shape lining lift cylinder connecting plate, on lining lifting flanged plate, plane two ends are equipped with guide pillar, on guide pillar, cover has slidably guide pin bushing, guide pin bushing is fixed on " ┗ " shape lining lift cylinder connecting plate, lining lifting flanged plate lower plane is provided with bushing press-mounting mould, described lining transposer comprises lining and fixes induction installation and lining transposition mechanical arm is all installed on workbench, lining is fixed on front side of induction installation and is provided with lining transposition mechanical arm, described lining is fixed induction installation and is comprised liner retainer and lining induction installation, liner retainer both sides are equipped with lining induction installation, described liner retainer comprises bush mould and bush mould supporting mechanism, plane in the bush mould gripper shoe that bush mould is installed on bush mould supporting mechanism, the structure of described bush mould supporting mechanism is identical with the structure of camshaft die supporting mechanism, the structure of described lining induction installation is identical with the structure of camshaft induction installation, described lining transposition mechanical arm comprises lining elevation and subsidence mechanical hand and lining elevation and subsidence mechanical hand supporting mechanism, two cylindrical guides be parallel to each other of lining elevation and subsidence mechanical hand supporting mechanism are connected to " ┗ " shape servomotor connecting plate lateral surface of lining elevation and subsidence mechanical hand, described lining elevation and subsidence mechanical hand also comprises actuating unit, changement and elevating mechanism, " ┗ " shape servomotor connecting plate medial surface is provided with the servomotor installing plate of actuating unit, the driven by servomotor axle of actuating unit is provided with the main driving pulley of changement, " ┓ " shape that the commutation slide attachment plate right flank of changement is connected to elevating mechanism is elevated flat gas enclosure cylinder connecting plate side, described actuating unit also comprises servomotor backing plate, servomotor backing plate is installed on plane on " ┗ " shape servomotor connecting plate, servomotor installing plate is provided with servomotor, the forward flange of servomotor is connected to the driven pulley installing plate of changement, described changement also comprises tooth belt, driven pulley, bearing pin, tooth belt metalwork, commutation slide rail, commutation slide rail connecting plate and commutation slide block, driven pulley is installed on driven pulley installing plate by bearing pin, on driven pulley, cover has tooth belt, tooth belt is connected to main driving pulley, the two ends of tooth belt are connected to tooth belt metalwork, tooth belt metalwork is connected to commutation slide attachment plate right flank, commutation slide rail connecting plate lower edge to be fixed on servomotor backing plate on the left of plane, commutation slide rail connecting plate right flank is provided with commutation slide rail, commutation slide rail is provided with the slide block that slidably commutates, commutation slide block is installed on commutation slide attachment plate left surface, described elevating mechanism also comprises the flat gas enclosure cylinder of lifting and lining transposition jaw, " ┓ " shape is elevated flat another side of gas enclosure cylinder connecting plate and is provided with the flat gas enclosure cylinder of lifting, lining transposition jaw is equipped with inside the jig arm being elevated flat gas enclosure cylinder, described lining elevation and subsidence mechanical hand supporting mechanism also comprises lining and supports cylinder, " ┓ " shape lining supports cylinder connecting plate, lining supports cylinder mounting plate, lining supports cylinder mounting plate column and guide runner, every root cylindrical guide is provided with two removable guide runners, guide runner is all fixed on lining and supports plane on cylinder mounting plate, lining supports cylinder mounting plate lower plane and is provided with four linings support cylinder mounting plate columns, lining supports on front side of cylinder mounting plate lower plane and is connected to plane on " ┓ " shape lining support cylinder connecting plate, " ┓ " shape lining supports cylinder connecting plate lateral surface and is provided with lining support cylinder, the piston rod that lining supports cylinder is connected to " ┗ " shape servomotor connecting plate lateral surface.
7. sewing machine component kludge according to claim 1, is characterized in that: the structure of described actuating sleeve feed mechanism is identical with the structure of camshaft feed mechanism.
8. sewing machine component kludge according to claim 1, it is characterized in that: described actuating sleeve screw is screwed into mechanism and comprises lining steering mechanical hand, actuating sleeve fixes induction installation, actuating sleeve screw output device and actuating sleeve screw are screwed into device and are all installed on workbench, actuating sleeve is fixed induction installation and is longitudinally installed on workbench, actuating sleeve is fixed on rear side of induction installation and is provided with lining steering mechanical hand, actuating sleeve is fixed and is provided with actuating sleeve screw on the left of induction installation and is screwed into device, actuating sleeve screw is screwed on rear side of device and is provided with actuating sleeve screw output device, described lining steering mechanical hand comprises rotary cylinder, rotary cylinder installing plate, rotary cylinder installing plate column, divert elevator tool hand and divert elevator tool hand connecting plate, rotary cylinder is installed on plane on rotary cylinder installing plate, rotary cylinder installing plate lower plane is provided with four rotary cylinder installing plate columns, the pressure plate cylinder of rotary cylinder is connected to divert elevator tool hand connecting plate lower plane one end, " ┓ " shape that the other end of divert elevator tool hand connecting plate lower plane is connected to divert elevator tool hand turns to plane on lift cylinder connecting plate, the structure of described divert elevator tool hand is identical with the structure of camshaft material loading elevation and subsidence mechanical hand, described actuating sleeve is fixed induction installation and is comprised actuating sleeve fixture and actuating sleeve induction installation, actuating sleeve fixture two ends are equipped with actuating sleeve induction installation, described actuating sleeve fixture comprises actuating sleeve changement and actuating sleeve commutation supporting mechanism, actuating sleeve changement be installed on actuating sleeve commutation supporting mechanism actuating sleeve commutation gripper shoe on plane, described actuating sleeve changement comprises main drive shaft, flange bearing, bearing, drive motors, first helical gear, second helical gear, driving shaft clamp ring, casing, box bottom and actuating sleeve carry mould, main drive shaft is plugged in casing, bottom half is connected to box bottom, flange bearing is fixed in main drive shaft lower end, flange bearing is installed on box bottom, the centre of main drive shaft is provided with the second helical gear, second helical gear engages with the first helical gear, and the second helical gear Gear axis is mutually vertical with the first helical gear Gear axis, first helical gear is installed on the motor shaft of drive motors, drive motors is installed on casing lateral surface, the upper end cover of main drive shaft has bearing, bearing is installed and is flush-mounted in casing, the upper end of main drive shaft is connected to actuating sleeve through bearing and carries mould, main drive shaft upper end is carried mould lower plane place near actuating sleeve and is fixed with driving shaft clamp ring, driving shaft clamp ring is installed on actuating sleeve by screw and carries mould lower plane, flange bearing, first helical gear and the second helical gear are all positioned at casing, the structure of described actuating sleeve commutation supporting mechanism is identical with the structure of camshaft die supporting mechanism, the structure of described actuating sleeve induction installation is identical with the structure of camshaft induction installation, the structure of described actuating sleeve screw drawing mechanism is identical with the structure of camshaft screw drawing mechanism, the structure that described actuating sleeve screw is screwed into device is identical with the structure that camshaft screw is screwed into device.
9. sewing machine component kludge according to claim 1, it is characterized in that: described finished product shedding mechanism comprises finished product unloading manipulator and pneumatic type finished product transposition feed bin is all installed on workbench, the finished product discharging elevation and subsidence mechanical hand of described finished product unloading manipulator is positioned at the top of pneumatic type finished product transposition feed bin, described finished product unloading manipulator also comprises finished product portal frame, finished product lengthwise movement unit, finished product lengthwise movement cellular installation plate and finished product electricity sliding platform, the crossbeam of finished product portal frame is provided with finished product lengthwise movement cellular installation plate, finished product lengthwise movement cellular installation plate lower plane is provided with finished product lengthwise movement unit, the movable plate of finished product lengthwise movement unit is connected to finished product electricity sliding platform, " ┓ " that the electric sliding block of finished product electricity sliding platform is connected to finished product discharging elevation and subsidence mechanical hand forms plane on product discharging connecting plate, the structure of described finished product discharging elevation and subsidence mechanical hand is identical with the structure of camshaft material loading elevation and subsidence mechanical hand, the replace structure of feed bin of the structure of described pneumatic type finished product transposition feed bin and pneumatic type lining is identical.
CN201520218087.XU 2015-04-13 2015-04-13 Sewing machine component kludge Active CN204545927U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520218087.XU CN204545927U (en) 2015-04-13 2015-04-13 Sewing machine component kludge

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520218087.XU CN204545927U (en) 2015-04-13 2015-04-13 Sewing machine component kludge

Publications (1)

Publication Number Publication Date
CN204545927U true CN204545927U (en) 2015-08-12

Family

ID=53821092

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520218087.XU Active CN204545927U (en) 2015-04-13 2015-04-13 Sewing machine component kludge

Country Status (1)

Country Link
CN (1) CN204545927U (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104741922A (en) * 2015-04-13 2015-07-01 吴中区木渎蒯斌模具加工厂 Sewing machine part assembler
CN105742937A (en) * 2016-04-15 2016-07-06 苏州鸿普精密模具有限公司 Switch transposition manipulator of power strip assembly machine
CN106392525A (en) * 2016-06-20 2017-02-15 苏州石丸英合精密机械有限公司 Torsion block cover plate loading mechanism of limit switch part assembling machine
CN110744286A (en) * 2019-10-28 2020-02-04 邓志强 Angle combining machine with multiple operations for machining aluminum alloy doors and windows

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104741922A (en) * 2015-04-13 2015-07-01 吴中区木渎蒯斌模具加工厂 Sewing machine part assembler
CN104741922B (en) * 2015-04-13 2017-01-25 吴中区木渎蒯斌模具加工厂 Sewing machine part assembler
CN105742937A (en) * 2016-04-15 2016-07-06 苏州鸿普精密模具有限公司 Switch transposition manipulator of power strip assembly machine
CN106392525A (en) * 2016-06-20 2017-02-15 苏州石丸英合精密机械有限公司 Torsion block cover plate loading mechanism of limit switch part assembling machine
CN110744286A (en) * 2019-10-28 2020-02-04 邓志强 Angle combining machine with multiple operations for machining aluminum alloy doors and windows
CN110744286B (en) * 2019-10-28 2020-05-19 唐山市丰润区德意佳门窗幕墙工程有限公司 Angle combining machine with multiple operations for machining aluminum alloy doors and windows

Similar Documents

Publication Publication Date Title
CN104741922A (en) Sewing machine part assembler
CN204545927U (en) Sewing machine component kludge
CN104259876A (en) Self-centering clamp
CN104016126B (en) Cylinder circular disc class workpiece feeding mechanical hand
CN204221398U (en) A kind of self-centering fixture
CN105922130A (en) Gantry grinding machine with movable grinding device
CN104810986A (en) Miniature geared motor assembly machine
CN110877225A (en) Turnover device for automobile part machining
CN204545857U (en) The lining of sewing machine component kludge is screwed into inversion mechanism
CN104810985B (en) Gear reducer feed mechanism of miniature geared motor assembly machine
CN104723070B (en) Lining screwing-in position-changing mechanism of sewing machine part assembling machine
CN211277587U (en) Feeding and discharging industrial robot
CN206445117U (en) A kind of diel automatic charging device
CN105436302A (en) Numerically-controlled processing integrated machine for copper bar
CN104723086A (en) Drive sleeve screw screwing-in mechanism of sewing machine part assembling machine
CN204559329U (en) The decelerator feed mechanism of minitype speed reducing motor kludge
CN204545898U (en) The actuating sleeve screw of sewing machine component kludge is screwed into mechanism
CN104827141B (en) Automatic bushing tapping machine
CN204481648U (en) Electrical motor of sewing machine rotor and stator casing automatic assembling
CN109014153B (en) Multifunctional casting head automatic cutting equipment convenient to adjust and working method thereof
CN204559328U (en) Minitype speed reducing motor kludge
CN213728980U (en) Stamping clamp of motor housing die
CN206296496U (en) A kind of quick-clamping rig
CN215544358U (en) Rotary flaring machine
CN214350759U (en) Device of screw is twisted to high efficiency

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant