CN207156058U - The happy high brick forming machine of one kind - Google Patents

Abstract

The happy high brick forming machine of one kind includes base, frame, hopper, feed device, pressure setting, mould, lowering or hoisting gear, vibrating device, crossbeam I, lead；The hopper is arranged in the frame；The feed device is arranged in the frame below the hopper；Two leads are installed on the base；The crossbeam I is fixed on the upper end of the lead；The pressure setting is arranged on the crossbeam I；The vibrating device is arranged on the base；Chassis is installed above the vibrating device；The lowering or hoisting gear is arranged on the base；The lowering or hoisting gear is made up of hydraulic cylinder I, support；The support central aperture is arranged on the lead and is connected with the push rod of the hydraulic cylinder I；The mould is installed on the bracket through the lead, can be moved up and down with support along lead.The utility model improves the robustness of happy high fragment of brick body ledge by new complex method.

Description

The happy high brick forming machine of one kind

Technical field

It the utility model is related to a kind of construction material processing equipment, more particularly to a kind of happy high brick forming machine.

Background technology

The universal preparation method of happy high brick is casting method at present.By the way that the raw material of high fluidity (pouring high humility raw material) is filled Enter mould, treat that it is hardened and then form removal in a mold, either the dividing plate of dismounting activity or it is released and will found pleasure in from mould High brick is transported to hardening process increase hardness.Such method ensure that the high quality of happy high brick, also ensure that happy high structure Quality.But this method have two it is obvious the shortcomings that.First shortcoming is too high metal wastage：Due to making the original of flowing Material, which reaches the lossless hardness of high structure form removal that can make to find pleasure in, to be needed to harden longer time, it is therefore desirable to more grinding tool is lost.The Two shortcomings are that energy consumption is higher, and this is due in order that the high brick of pleasure in mould and mould is kept within long period of time The optimum temperature of hardening.

The happy high brick more efficient way of system is to pass through vibration pressure machine using the relatively low raw material of mobility on the market at present To make happy high brick (namely using the relatively low hard material of humidity).The workflow of this machine:To being fixed on lower die shoe frame Mold slots filler, be compacted raw material with the vibrations pressure of bracket, lower mould and drift, drift passes through hydraulic cylinder in lower mold slots Drive presses to raw material, mould lifting, the high brick of pleasure is transported with pallet with form removal and is hardened.Forcing press is shaken in fragment of brick simultaneously After shaping, mold slots it is all it is movable, all moved away into height of making merry for being molded the outer wall of the high structure of pleasure of prominent fragment of brick block Brick form removal, it is partially separated the fragment of brick pallet to ensure mold slots lifting, being newly molded with these high structures of pleasure after shaping Transport to and hardened.When pick out the pleasure being newly molded high brick after, sideboard is adjacent to each other to be molded the next piece of high brick of pleasure.It is this Forming method it is also more effective compared with casting method because molding procedure, correspondingly, number of molds are closelyed follow in the form removal of happy high brick So more and metal volume rate is not needed to reduce, equally, when using the raw material of " harder " to be produced, compared with casting method, Energy consumption is greatly reduced.The flintiness of high brick ledge however, this brickmaking machine cannot be guaranteed to find pleasure in, while in form removal Breakage can be also caused, also has no idea to improve even with various activities baffle plate.Because finding pleasure in high brick during compacting is vibrated, The compaction of the gap raw material of happy high structure compare swivel other parts it is low, so the hard journey at these structures Degree is also lower.Simultaneously when baffle plate separates with shaping fragment of brick surface carries out form removal, it is possible to breakage occurs -- it is above-mentioned crisp Weak part or some parts separate with fragment of brick surface.Therefore the high brick of pleasure that this type can not ensure to produce, which possesses, to be poured The high quality for the fragment of brick that method is produced because the high structure of firm pleasure can not be produced, cannot guarantee that happy high brick without breakage Form removal.

Utility model content

The purpose of this utility model is to overcome the problem of above-mentioned, there is provided it is a kind of it is efficient, energy-conservation, save raw material, A kind of measured happy high brick forming machine of the happy high brick matter of system.

The technical solution of the utility model：The happy high brick forming machine of one kind includes base, frame, hopper, feed device, compacting Device, mould, lowering or hoisting gear, vibrating device, crossbeam I, lead；The hopper is arranged in the frame；The feeding dress Put in the frame below the hopper；Two leads are installed on the base；The crossbeam I is pacified Dress is fixed on the upper end of the lead；The pressure setting is arranged on the crossbeam I；The vibrating device is arranged on described On base；Chassis is installed above the vibrating device；The lowering or hoisting gear is arranged on the base；The lowering or hoisting gear by Hydraulic cylinder I, support composition；The support central aperture is arranged on the lead and is connected with the push rod of the hydraulic cylinder I, It can be moved up and down under the driving of hydraulic cylinder I along lead；The mould is installed on the bracket through the lead, can Moved up and down with support along lead.

Further, the feed device is made up of balladeur train, hydraulic cylinder II, thin plate I, connecting rod；The balladeur train is bottomless box Son, on the lower section of the hopper, thin plate II；The thin plate II is arranged in the frame；The balladeur train and the material The discharging opening of bucket matches；The hydraulic cylinder II is arranged in the frame of the lower section of thin plate II；The balladeur train using connecting rod with The push rod of the hydraulic cylinder II is connected, and is driven by the hydraulic cylinder II；It is also equipped between the balladeur train and the connecting rod One thin plate I；The upper surface flush of the thin plate I and the balladeur train.

Further, the pressure setting includes hydraulic cylinder III, moved cross beam, drift, vibrator I, spring assembly I；It is described Hydraulic cylinder III is fixed on the crossbeam I；The push rod of the hydraulic cylinder III is parallel with the lead；The moved cross beam It is connected with the push rod of the hydraulic cylinder III；The moved cross beam is rigidly connected using connecting rod II with lead ring；The lead ring installation On the lead, it can be moved up and down along lead；The drift is connected using the spring assembly I with the moved cross beam Connect；The vibrator I is arranged on the drift.

Further, the vibrating device includes shake table, vibrator II, spring assembly II；Described in the shake table use Spring assembly II is fixed on the base；The vibrator II is fixed on the lower surface of the shake table；Institute Chassis is stated on the guide rail of the shake table, can be moved along shake table.

Further, the mould by hydraulic cylinder IV, hydraulic cylinder V, guide rail I, guide rail II, sideboard I, sideboard II, Frame, top cover composition；Described frame or so is provided with projection with holes, rack-mount through lead；The frame with it is described Spring is also equipped between support；The guide rail I, guide rail II are separately mounted to the diagonal of the frame, and are parallel to each other；It is described Hydraulic cylinder IV, hydraulic cylinder V be arranged on the frame two other it is diagonal on, and be parallel to each other；The hydraulic cylinder IV pushes away Bar, the push rod of hydraulic cylinder V, the spigot surface of guide rail I, the spigot surface of guide rail II are parallel to each other；The sideboard I is by two agllutinations Structure identical baffle plate connection composition, high structure one end of pleasure of happy high brick protrusion can be molded, it is L-shaped, on the frame； The sideboard II is also made up of the connection of two block structure identical baffle plates, can be molded fourth of the twelve Earthly Branches structure one end of happy high brick depression, It is L-shaped, on the frame；The sideboard I, sideboard II and the guide rail I, guide rail II match；It is described Sideboard I is connected at the position of handing-over angulation with the push rod of the hydraulic cylinder IV, can be along institute under the driving of hydraulic cylinder IV State guide rail I, guide rail II moves back and forth；The sideboard II is connected at the position of handing-over angulation with the push rod of the hydraulic cylinder V Connect, can move back and forth under the driving of hydraulic cylinder V along the guide rail I, guide rail II；The top cover is arranged on above the frame； The top cover central aperture matches with drift.

Further, a pair of travel adjustments are also equipped with the mould；The travel adjustment is diagonal installed in frame, uses The hydraulic cylinder IV, hydraulic cylinder V are installed in regulation, and then adjust the push rod of hydraulic cylinder IV, the stroke of the push rod of hydraulic cylinder V, with To the optimal stroke of the optimal stroke and sideboard II of sideboard I, to obtain the high fourth of the twelve Earthly Branches structure of most firm pleasure.

Further, a boost motor is additionally provided with the high brick forming machine of the pleasure, for promoting chassis by the high brick of the pleasure suppressed Push out.

Further, the optimal stroke L of the sideboard I₁More than the optimal stroke L of the sideboard II₂。

Further, the size in the hole among the top cover is consistent with the sectional dimension of the drift；Among the top cover The size in hole is consistent with the surface size of happy high brick.

The beneficial effects of the utility model：(1) it is relative with along guide rail to combine vibration compacting for forming machine of the present utility model Motion it is paired, form the compacting of the adjacent activities baffle plate of happy high structure similar portion.Extra compacting improves fragment of brick sheet The body phase filler situation undesirable compared with sideboard region, a more abundant circle material strip is formed with the raw material of compacting to form pleasure High structure protrudes the part of brick body in itself, good into brick quality.(2) sideboard I and sideboard II of the utility model design Active strokes be 30%-100% that happy high structure protrudes fragment of brick partial-length itself, so can effectively lift protuberance The hardness divided.Relatively early beginning and smaller stroke can not all reach the maximum density and hardness of ledge；Later beginning and What bigger stroke can make sideboard again draws close the bigger pressure of needs.(3) sideboard I and active catch of the present utility model The close to each other of plate II has different strokes, and this can compensate for the difference of the region filler situation close to these ledges, So that happy high structure protrudes and the hardness of sunk part becomes impartial.(4) separation of two pairs of sideboards of the present utility model Each with one end of the high brick of pleasure into 45 degree of angles during form removal, this is finer compared to along cross line form removal, it is prominent with it is recessed The stress fallen on part can be preferably minimized, and the possibility separated during form removal can be also preferably minimized.(5) mould of the present utility model The guide rail vertical with the happy high brick surface of shaping is installed, the surface of guide rail is parallel with hydraulic cylinder push rod simultaneously on two angles of the groove of tool Through the top at four angles in fragment of brick upper surface, this to obtain a capacity when being designed to make the cloth in the groove of mould bigger Enclosed slot, the sideboard to be linked together after terminating than raw material compacting are moved towards until the space for the acquisition that connects completely will Greatly.(6) push rod of hydraulic cylinder IV of the present utility model, the push rod of hydraulic cylinder V, which have, can adjust stroke, different in material In the case of, according to the difference of every kind of material different impulse strokes can be selected to obtain the high structure of the pleasure of best in quality.(7) this reality It is consistent with fragment of brick upper surface size with new drift specification, so, the broken of fragment of brick edge can be effectively prevented from Damage, so as to improve the outward appearance of the happy high brick of shaping, improve happy high brick quality.

Brief description of the drawings

Fig. 1 is front view of the present utility model；Fig. 2 is side view of the present utility model；Fig. 3 is sideboard I and activity Baffle plate II is in the maximum point of structure chart away from the mould being located on position on chassis；Fig. 4 is Fig. 3 Section A-A figure；Fig. 5 is activity Baffle plate I and sideboard II are in the most short point structure chart away from the mould being located on position on chassis；Fig. 6 is Fig. 5 section B-B Figure；Fig. 7 is Fig. 5 C-C sections；Fig. 8 be sideboard I of the present utility model and sideboard II in pressing process some when The die structure dwg at quarter；Fig. 9 be chassis of the present utility model, drift, mould and the high brick of pleasure that is just molded after form removal, chassis from Position and situation before being moved under mold slots.

Embodiment

As shown in the figure：The happy high brick forming machine of one kind includes base 1, frame 31, hopper 19, feed device, pressure setting, mould Tool 9, lowering or hoisting gear, vibrating device, crossbeam I 12, lead 2；The hopper 19 is arranged in the frame 31；The feeding dress Put in the frame 31 positioned at the lower section of hopper 19；Two leads 2 are installed on the base 1；It is described Crossbeam I 12 is fixed on the upper end of the lead 2；The pressure setting is arranged on the crossbeam I 12；The vibration dress Put on the base 1；Chassis 7 is installed above the vibrating device；The lowering or hoisting gear is arranged on the base 1 On；The lowering or hoisting gear is made up of hydraulic cylinder I 11, support 10；The central aperture of support 10 is arranged on the lead 2 simultaneously It is connected with the push rod of the hydraulic cylinder I 11, can be moved up and down under the driving of hydraulic cylinder I 11 along lead 2；The mould 9 is worn Cross the lead 2 and install on the bracket 10, can be moved up and down with support 10 along lead.

The feed device is made up of balladeur train 18, hydraulic cylinder II 21, thin plate I 20, connecting rod I 35；The balladeur train 18 is bottomless Box, on the lower section of the hopper 19, thin plate II 17；The thin plate II 17 is arranged in the frame 31；It is described The discharging opening of balladeur train 18 and the hopper 19 matches；The hydraulic cylinder II 21 is arranged on the frame 31 of the lower section of thin plate II 17 On；The balladeur train 18 is connected using connecting rod I 35 with the push rod of the hydraulic cylinder II 21, and is driven by the hydraulic cylinder II 21； A thin plate I 20 is also equipped between the balladeur train 18 and the connecting rod I 35；The upper surface of the thin plate I 20 and the balladeur train 18 Flush.

The pressure setting includes hydraulic cylinder III 13, moved cross beam 12, drift 15, vibrator I 16, spring assembly I 14；Institute Hydraulic cylinder III 13 is stated to be fixed on the crossbeam I 3；The push rod of the hydraulic cylinder III 13 is parallel with the lead 2；It is described Moved cross beam 12 is connected with the push rod of the hydraulic cylinder III 13；The moved cross beam 12 is firm using connecting rod II 32 and lead ring 33 Property connection；The lead ring 33 is arranged on the lead 2, can be moved up and down along lead 2；The drift 15 uses the bullet Spring device I 14 is connected with the moved cross beam 12；The vibrator I 16 is arranged on the drift 15.

The vibrating device includes shake table 5, vibrator II 6, spring assembly II 4；The shake table 5 uses the spring Device II 4 is fixed on the base 1；The vibrator II 6 is fixed on the lower surface of the shake table 5；Institute Chassis 7 is stated on the guide rail of the shake table 5, can be moved along shake table 5.

The mould 9 is by hydraulic cylinder IV 25, hydraulic cylinder V 26, guide rail I 28, guide rail II 29, sideboard I 23, active catch Plate II 24, frame 22, top cover 27 form；The frame 22 or so is provided with projection with holes, and support 10 is arranged on through lead 2 On；Spring 34 is also equipped between the frame 22 and the support 10；The guide rail I 28, guide rail II 29 are separately mounted to institute The diagonal of frame 22 is stated, and is parallel to each other；The hydraulic cylinder IV 25, hydraulic cylinder V 26 are arranged on two other of the frame 22 On diagonal, and it is parallel to each other；Push rod, the push rod of hydraulic cylinder V 26, the spigot surface of guide rail I 28, the guide rail of the hydraulic cylinder IV 25 II 29 spigot surface is parallel to each other；The sideboard I 23 is made up of the connection of two block structure identical baffle plates, can be molded happy height High structure one end of pleasure of brick protrusion, it is L-shaped, on the frame 22；The sideboard II 24 is also by two block structure phases Same baffle plate connection composition, fourth of the twelve Earthly Branches structure one end of happy high brick depression can be molded, it is L-shaped, on the frame 22；It is described Sideboard I 23, sideboard II 24 and the guide rail I 28, guide rail II 29 match；The sideboard I 23 handing-over into The position at angle is connected with the push rod of the hydraulic cylinder IV 25, can be along the guide rail I 28, guide rail under the driving of hydraulic cylinder IV 25 II 29 move back and forth；The sideboard II 24 is connected at the position of handing-over angulation with the push rod of the hydraulic cylinder V 26, It can move back and forth under the driving of hydraulic cylinder V 26 along the guide rail I 28, guide rail II 29；The top cover 27 is arranged on the frame 22 Top；The central aperture of top cover 27 matches with drift 15.

A pair of travel adjustments 30 are also equipped with the mould 9；The travel adjustment 30 is arranged on frame 22 diagonally, The hydraulic cylinder IV 25, hydraulic cylinder V 26 are installed for adjusting, and then adjustment hydraulic cylinder IV 25 push rod, the push rod of hydraulic cylinder V 26 Stroke, to obtain the optimal stroke of the optimal stroke and sideboard II 24 of sideboard I 23, to obtain the high fourth of the twelve Earthly Branches of most firm pleasure Structure.

A boost motor 8 is additionally provided with the high brick forming machine of pleasure, for promoting chassis 7 to be pushed out the high brick of the pleasure suppressed Go.

The optimal stroke L of the sideboard I 23₁More than the optimal stroke L of the sideboard II 24₂。

The size in the hole among the top cover 27 is consistent with the sectional dimension of the drift 15；Hole among the top cover 27 Size it is consistent with the surface size of happy high brick.

The workflow of forming machine of the present utility model:The position of each several part when first introducing initial here：Initial Position top bottom-disc 7 (Fig. 1) is located under mold slots 9, on the guide rail for the shake table 5 for being supported on the closing of vibrator II 6.In hydraulic cylinder In the presence of I 11, the mould 9 being fixed on travel(l)ing rest 10 declines and extruded to chassis 7 by spring fastenings.Two pairs of activities Baffle plate is all arranged on discharge position-pushed open from connecting position, slides into respectively on L1 and L2 position (Fig. 8), This segment distance is 30%-the 100% of the length " t " of happy high brick fragment of brick surface projections.(above-mentioned distance L1 and L2 is to be every A kind of hypothesis distance of the standard size setting of powder and Le Gao brick is happy high according to what is produced during machine is debugged Brick size and the setting of specific powder) it is lifted in initial position upper punch 15 (Fig. 2) on mould 9, this is highly enough Balladeur train 18 under it through.Balladeur train 18 equipped with material powder is arranged under hopper 19, and raw material is poured into balladeur train by hopper 19.

Workflow：Toward toppling over raw material in balladeur train, balladeur train fills up after raw material in the presence of hydraulic cylinder II to moving to left hopper It is dynamic, slided along thin plate I, balladeur train gradually separates with hopper during slip, and the thin plate II being connected with balladeur train follows balladeur train to the left Movement gradually closes hopper discharging opening, and when balladeur train is moved to above mould, the raw material in balladeur train starts to fall into the groove of mould In, while thin plate II completely encloses hopper discharging opening, now the vibrator II on shake table acts, and starts preliminary vibrating compacting Raw material in mould, after the cloth to mold slots is completed, vibrator II stops, and balladeur train moves right, spreading in moving process Raw material layer in mold slots, and remaining raw material is taken away, until returning to initial position, carry out next round filler, rear hydraulic cylinder III action, drive drift to move downward through the hole of top cover and the raw material in mold slots is extruded, extruding force P1, extruding Afterwards, the vibrator II on shake table is opened, and is started to carry out the raw material in mold slots traditional vibrations squeeze job, is opened vibration The 2-5 seconds proceed by composite molding process after device II, and supplement extruding under conditions of conventional vibration compacting is continued.By opening Open hydraulic cylinder IV 25, hydraulic cylinder V 26 drives the relative of the sideboard I to connect in pairs and sideboard II (Fig. 3 and Fig. 4) Move to produce this extruding force.Here sideboard I, the stroke of sideboard II are equal to happy high brick fragment of brick ledge length The 30%-100% of degree.After paired sideboard I 23 and sideboard II 24 close up, drift 15 (Fig. 1) is to material extruding Pressure increase to P2, traditional vibration is continued with this pressure and suppressed.By the effect of the vibrator II 6 on shake table 5, shake Dynamic platform is vibrated to suppress raw material, and drift 15 is together with moved cross beam 12, by the push rod of hydraulic cylinder III 13 on fixed cross beam 3 Effect, drops in mould 9 and is suppressed, and the pressing process of vibration pressure machine is stopped after the predetermined thickness " H " of happy high brick is reached Only (Fig. 3).Drift 15 (Fig. 1) stopping after it is come on the ad-hoc location of machine, the working chamber closure of hydraulic cylinder III 13, vibration Device 6 is closed.After the vibration of shake table 5 stops completely, proceed by the form removal process of the high brick of the pleasure being newly molded-by fragment of brick from Carried away in all parts of machine.Originally two cavitys of hydraulic cylinder I 11 are opened, the spring pine of the support 10 in impaction state Open-mould 9 presses to the distress resolves on chassis 7.The push rod of hydraulic cylinder III 13 lifts moved cross beam 12 and drift 15 together.Such as This one, the upper surface of happy high brick is left on the surface of drift 15, and drift 15 exits from mould 9, rises to initial position, lift to Movable carriage 18 is pushed into the height of the lower section of drift 15 enough.The elasticity compressed when drift 15 starts lifting, on shake table 5 Device II 4 unclamps, while the lifting together with drift 7, mould 9 of shake table 5.After the completion of this step, paired sideboard I 23 With sideboard open (Fig. 7) for II 24 points, with each angle of the high brick of pleasure into 45 degree of hydraulic cylinder IV 25 and the push rod of hydraulic cylinder V 26 Under effect initial position is slided into along guide rail I 28 and guide rail II 29.When paired sideboard is in hydraulic cylinder IV 25 and hydraulic cylinder Separation returns to initial position in the presence of V 26 push rod (Fig. 7), and the high brick of pleasure of shaping is released, support 10 (Fig. 1) and mould Tool 9 together, extreme higher position is lifted to the help of hydraulic cylinder III 11, facilitates the high brick of shaping pleasure on chassis 7 (Fig. 9) to carry out Transport in next step.In the presence of boost motor 8, by next chassis under mould 9 by together with chassis 7 (Fig. 2) brick 37 high with pleasure Release, promoted along the guide rail of shake table 5 to the guide rail of fuselage, fragment of brick 37 is transported to from here carried out in next step firmly afterwards Change.Next chassis is pulled on the guide rail of shake table 5 and is sent to the lower section of mould 9.Hydraulic cylinder I 11 (Fig. 1) push rod band afterwards Dynamic support 10 puts down mould 9 from the position of top, drops on chassis 7, by spring, is extruded to chassis 7.So far one Complete process terminates, and next enters process and circulates.

The utility model improves the robustness of happy high fragment of brick body ledge by new complex method.It is this compound Method refers to making two pairs of sideboards of mold slots close to extra extruding force is produced, with reference to traditional vibration pressing Method.Sideboard separate greatly reducing when separating with the high brick of the pleasure being newly molded along the direction of fragment of brick turning obliquely downward Happy high brick ledge and the pressure of fragment of brick block separate section, so as to ensure that more fine form removal, improve happy high brick Quality.

Above is preferably implement to be illustrated to of the present utility model, but the utility model is created and is not limited to institute Embodiment is stated, those skilled in the art can also make a variety of be equal on the premise of without prejudice to the utility model spirit Deformation is replaced, and these equivalent deformations or replacement are all contained in the application claim limited range.

Claims (9)

1. the happy high brick forming machine of one kind, it is characterised in that：Including base, frame, hopper, feed device, pressure setting, mould, Lowering or hoisting gear, vibrating device, crossbeam I, lead；The hopper is arranged in the frame；The feed device is arranged on institute State in frame below the hopper；Two leads are installed on the base；The crossbeam I is fixed on institute State the upper end of lead；The pressure setting is arranged on the crossbeam I；The vibrating device is arranged on the base；Institute State and chassis is installed above vibrating device；The lowering or hoisting gear is arranged on the base；The lowering or hoisting gear by hydraulic cylinder I, Support forms；The support central aperture is arranged on the lead and is connected with the push rod of the hydraulic cylinder I, in hydraulic cylinder It can be moved up and down under I driving along lead；The mould is installed on the bracket through the lead, can be with support edge Lead moves up and down.

A kind of 2. happy high brick forming machine according to claim 1, it is characterised in that：The feed device is by balladeur train, hydraulic pressure Cylinder II, thin plate I, connecting rod composition；The balladeur train is bottomless box, on the lower section of the hopper, thin plate II；It is described thin Plate II is arranged in the frame；The discharging opening of the balladeur train and the hopper matches；The hydraulic cylinder II is arranged on described In the frame of the lower section of thin plate II；The balladeur train is connected using connecting rod with the push rod of the hydraulic cylinder II, and by the hydraulic cylinder II driving；A thin plate I is also equipped between the balladeur train and the connecting rod；The thin plate I is equal with the upper surface of the balladeur train Together.

A kind of 3. happy high brick forming machine according to claim 1, it is characterised in that：The pressure setting includes hydraulic cylinder IIIth, moved cross beam, drift, vibrator I, spring assembly I；The hydraulic cylinder III is fixed on the crossbeam I；The hydraulic pressure The push rod of cylinder III is parallel with the lead；The moved cross beam is connected with the push rod of the hydraulic cylinder III；The movable transverse Beam is rigidly connected using connecting rod II with lead ring；The lead ring is arranged on the lead, can be moved up and down along lead；It is described Drift is connected using the spring assembly I with the moved cross beam；The vibrator I is arranged on the drift.

A kind of 4. happy high brick forming machine according to claim 1, it is characterised in that：The vibrating device include shake table, Vibrator II, spring assembly II；The shake table is fixed on the base using the spring assembly II；The vibration Device II is fixed on the lower surface of the shake table；The chassis is arranged on the guide rail of the shake table, can be along vibration Platform moves.

A kind of 5. happy high brick forming machine according to claim 1, it is characterised in that：The mould is by hydraulic cylinder IV, hydraulic pressure Cylinder V, guide rail I, guide rail II, sideboard I, sideboard II, frame, top cover composition；Described frame or so is provided with holes convex Rise, it is rack-mount through lead；Spring is also equipped between the frame and the support；The guide rail I, guide rail II The diagonal of the frame is separately mounted to, and is parallel to each other；The hydraulic cylinder IV, hydraulic cylinder V are arranged on the frame in addition Two it is diagonal on, and be parallel to each other；Push rod, the push rod of hydraulic cylinder V, the spigot surface of guide rail I, the guide rail II of the hydraulic cylinder IV Spigot surface be parallel to each other；The sideboard I is made up of the connection of two block structure identical baffle plates, can be molded happy high brick protrusion The high structure one end of pleasure, it is L-shaped, on the frame；The sideboard II is also connected by two block structure identical baffle plates Composition is connect, fourth of the twelve Earthly Branches structure one end of happy high brick depression can be molded, it is L-shaped, on the frame；The sideboard I, live Dynamic baffle plate II matches with the guide rail I, guide rail II；The sideboard I is in the position of handing-over angulation and the hydraulic cylinder IV Push rod be connected, can move back and forth under the driving of hydraulic cylinder IV along the guide rail I, guide rail II；The sideboard II exists The position of handing-over angulation is connected with the push rod of the hydraulic cylinder V, can be along the guide rail I, guide rail under the driving of hydraulic cylinder V II moves back and forth；The top cover is arranged on above the frame；The top cover central aperture matches with drift.

A kind of 6. happy high brick forming machine according to claim 5, it is characterised in that：A pair of strokes are also equipped with the mould Adjuster；The travel adjustment is diagonal installed in frame, installs the hydraulic cylinder IV, hydraulic cylinder V for adjusting, and then adjust The whole push rod of hydraulic cylinder IV, the stroke of the push rod of hydraulic cylinder V, to obtain the optimal of the optimal stroke and sideboard II of sideboard I Stroke, to obtain the high fourth of the twelve Earthly Branches structure of most firm pleasure.

A kind of 7. happy high brick forming machine according to claim 1, it is characterised in that：It is additionally provided with the high brick forming machine of pleasure One boost motor, for promoting chassis to push out the high brick of the pleasure suppressed.

A kind of 8. happy high brick forming machine according to claim 6, it is characterised in that：The optimal stroke L of the sideboard I₁ More than the optimal stroke L of the sideboard II₂。

A kind of 9. happy high brick forming machine according to claim 5, it is characterised in that：The size in the hole among the top cover with The sectional dimension of the drift is consistent；The size in the hole among the top cover is consistent with the surface size of happy high brick.