CN109130068A

CN109130068A - Plastic mould with Lifting Device

Info

Publication number: CN109130068A
Application number: CN201811036534.4A
Authority: CN
Inventors: 黄春燕
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-06
Filing date: 2018-09-06
Publication date: 2019-01-04

Abstract

The invention discloses the plastic moulds for having Lifting Device, including model to place lattice, fixed bracket, automatic injection stripper apparatus, conveying port；Fixed branch is provided with four, it fixes support vertical to be respectively welded in the angle of automatic injection stripper apparatus bottom end four, automatic injection stripper apparatus includes the cooling output end of model, rotation interval pushing meanss, limit mobile device, guard shield, mounting electricity storage pack to be launched, squeezes injection moulding apparatus, Intermittent pneumatic compression device, magnetic field promotion wheel；Intermittent pneumatic compression device is flexibly connected with the one end for squeezing the separate limit mobile device of injection moulding apparatus, magnetic field pushes wheel to be set to the cooling output end side of model, for the prior art, the present invention will be automatically injected using the hopper that its top is equipped with automatic continuous material when it receives enabling signal, and it forms, demould, it is timely cooled down by internal air-drying device, when it automatically by gravity by will export to the placing box of lower section when slowly declining.

Description

Plastic mould with Lifting Device

Technical field

The present invention relates to plastic mould fields, particularly with regard to a kind of plastic mould with Lifting Device.

Background technique

With the continuous improvement of quality of life and the development of plastics industry, plastic products are widely used in life, life The every field of production, generates the continuous improvement to plastic products shape need therewith, and plastic mould is a kind of production plastic products Tool it be made of a few group part parts, have a shaping mold cavity in this combination, when injection molding, clamping mould melts on injection molding machine Melting plastics, to be injected into pattern intracavitary, and in intracavitary cooling and shaping, then upper and lower mould is separated, via ejection system by product from mould Mold is left in chamber ejection, and last mold recloses to be molded next time, and entire injection moulding process is that circulation carries out, the modern designs of plastics Hardness is usually in 50-60HRC hereinafter, the mold through Overheating Treatment should have enough surface hardnesses, to guarantee that it is enough that mold has Rigidity, mold is at work since the filling of plastics and flowing will bear biggish compression and frictional force, it is desirable that mold is kept The precision of shape and the stability of dimensional accuracy guarantee that mold has enough service life, and the wearability of mold depends on steel Chemical component and heat treatment hardness, therefore improve mold hardness be conducive to improve its wearability, the function of automatic running It is more single, more labor intensive, time.

For the process of current plastic mould plasticity, the function of automatic running is more single, current mold Injection molding and production, demoulding all be unable to do without its guard of outer bound pair, so more labor intensive and time.

Summary of the invention

In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: modeling with Lifting Device Expect that mold, including model place lattice, fixed bracket, automatic injection stripper apparatus, conveying port；The fixed branch is provided with four A, the fixed support vertical is respectively welded in the angle of automatic injection stripper apparatus bottom end four, and the model places case in certainly Dynamic injection demoulding device bottom and mutually connection, the conveying port are embedded in inside automatic injection stripper apparatus top and mutual It connects；The automatic injection stripper apparatus includes the cooling output end of model, rotation interval pushing meanss, limit mobile device, prevents It protects shell, mounting electricity storage pack to be launched, squeeze injection moulding apparatus, Intermittent pneumatic compression device, magnetic field promotion wheel；The cooling output end position of the model The end on the lower side inside guard shield, described rotation interval pushing meanss one end is flexibly connected with limit mobile device, described wait open Dynamic mounting electricity storage pack is located at one end far from the cooling output end of model inside guard shield, and the extruding injection moulding apparatus is installed on limit and moves The one end of dynamic equipment side and mutually connection, the Intermittent pneumatic compression device and extruding injection moulding apparatus far from limit mobile device is movable Connection, the magnetic field push wheel to be set to the cooling output end side of model.

As advanced optimizing for the technical program, the limit mobile device includes stress catch bar, limitting casing, extruding Spring, limit open tubular column, mobile master mold, fixed link, the stress catch bar and extruding spring are located in same level, described Two sides are equipped with extruding spring to stress catch bar up and down, and described horizontal one end of stress catch bar is embedded in inside limitting casing and activity Connection, the stress catch bar are embedded in inside limit open tubular column and are flexibly connected through limitting casing, and the stress catch bar is remote Mobile master mold side surface is welded in from one end of limitting casing, and described two fixed links are embedded in limit open tubular column upper and lower ends and right Claim distribution, the stress catch bar vertical welding is in rotation interval pushing meanss one end.

As advanced optimizing for the technical program, the extruding injection moulding apparatus include fixed male model, to injection molded tube, squeeze Semiclosed body, storage material lattice, posting, auxiliary mobile bar are pressed, the fixed male model is welded in injection molded tube side and phase mutual connection Logical, the semiclosed body of extruding is embedded in injection molded tube inside groove and flexible connection, described to squeeze semiclosed body other end welding There is auxiliary mobile bar, the auxiliary mobile bar is embedded in posting inside groove and flexible connection, and the storage material case is in injection molding tube Road top and mutually connection, in Intermittent pneumatic compression device one end, the magnetic field pushes to take turns includes the auxiliary mobile bar vertical welding Magnetic field wheel, transmission shaft, driving belt, by powershift gear, worm screw, belt, push magnetic field ball, the transmission shaft be embedded in magnetic field wheel in Portion and be located at same axle center on, the transmission shaft is flexibly connected by driving belt with by powershift gear, described by powershift gear outer ring It is meshed with worm screw outer surface, the promotion magnetic field ball is located at the magnetic field side Lun Xie, and the belt is set to stress gear side.

As advanced optimizing for the technical program, the rotation interval pushing meanss include semiclosed air frame, gas promotion Bar, special sliding rail swivel, center of effort's axis, auxiliary belt, drive shaft, interval swivel, stress mobile bar, the gas catch bar It is embedded in semiclosed air frame inside groove and flexible connection, the gas catch bar is located at special sliding rail far from one end of semiclosed air frame and turns Internal slot and flexible connection, center of effort's axis is embedded in special sliding rail swivel inside and is located on same axle center, described auxiliary Help belt one end inner surface to be flexibly connected with center of effort's axis outer surface, the one end of the auxiliary belt far from center of effort's axis with Drive shaft outer surface is flexibly connected, and the drive shaft is embedded in inside interval swivel one end, and the stress catch bar is vertical It is welded in stress mobile bar one end.

As advanced optimizing for the technical program, the mounting electricity storage pack to be launched include filling channel, inflator pump, conducting wire, Battery, signal receiver lead energy body, lead energy bar, and the filling channel is vertically embedded into inflator pump bottom inner portion and phase mutual connection Logical, the inflator pump is electrically connected to the battery via a wire, and the signal receiver is located at battery top, and described lead can position In the one end of battery far from conducting wire, it is described lead can bar with lead can body be connected, the Intermittent pneumatic compression device include extruding spring, It limits mobile bar, groove item, half gear, conduction band, linking drive rod, block, described two extruding spring right angle settings be fixedly mounted In the inclined upper and lower ends of block are fixedly mounted, the limit mobile bar vertical welding in groove top outer surface, half gear and Conduction band one end inner surface is flexibly connected, and the one end of the conduction band far from half gear is flexibly connected with linking transmission rod outer surface, institute Auxiliary mobile bar vertical welding is stated in limit mobile bar one end.

As advanced optimizing for the technical program, the cooling output end of the model include flabellum, return spring, sliding rail, Rub resistance to slip layer, mounting plate, mobile bearing bar, release swivel, linking shaft, and the linking shaft is embedded in flabellum and is internally located at Middle, the return spring are installed vertically on the resistance to slip layer bottom end of friction, and the resistance to slip layer of friction is embedded in sliding rail inside groove and work Dynamic connection, the mobile bearing bar are embedded in release swivel inside and are located on same center line, the mobile bearing bar both ends It is embedded in inside the resistance to slip layer of friction.

Beneficial effect

The present invention has the plastic mould of Lifting Device, the principle of mold is placed in inside storage material lattice, when required beginning When operation, signal is occurred by its signal receiver of outer bound pair, it is opened by battery and generates electricity, its electric energy is led by conducting wire Enter in inflator pump, the power for making it through gas push pushes its gas catch bar down, will be along special during pushing Sliding slot inside sliding rail swivel is mobile, so that its special sliding rail swivel rotation, will push stress mobile bar during rotation It is mobile along limitting casing, to drive the stress catch bar for being installed on side to move together, until mobile master mold arrives to fixation Male model, when battery leads electric energy when leading energy bar by leading energy body, promotion magnetic field ball will generate magnetic field, to pass through magnetic field Mutually exclusive moving field wheel of pushing drives transmission shaft to start to rotate, it is made to be pushed worm screw to turn with drive rod is connected by powershift gear Dynamic, the power of rotation is transmitted in half gear by conduction band, its half gear is made to push the movement of groove item interval, makes its molding, and each time When in situ, model be will fall off to mobile bearing bar, will slowly be declined by rubbing resistance to slip layer along sliding rail band movable model, and made Its model passed through carries out cooling down, and when being moved to shift position, release swivel will tilt down exports its model.

For the prior art, the present invention is equipped with the hopper of automatic continuous material using its top, when it receives starting It when signal, will be automatically injected, and form, demould, it is timely cooled down by internal air-drying device, when it passes through Slowly when decline, it will export automatically by gravity to the placing box of lower section.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:

Fig. 1 is the structural schematic diagram of plastic mould of the present invention with Lifting Device.

Fig. 2 is the schematic diagram of internal structure figure one of automatic injection stripper apparatus of the present invention.

Fig. 3 is the schematic diagram of internal structure figure two of automatic injection stripper apparatus of the present invention.

Fig. 4 is the schematic diagram of internal structure of automatic injection stripper apparatus working condition of the present invention.

Fig. 5 is the schematic diagram of internal structure of the cooling output end of model of the present invention.

In figure: model placement lattice -1, fixed bracket -2, automatic injection stripper apparatus -3, conveying port -4, model cooling are defeated Outlet -31, limit mobile device -33, guard shield -34, mounting electricity storage pack -35 to be launched, squeezes rotation interval pushing meanss -32 Injection moulding apparatus -36, Intermittent pneumatic compression device -37, magnetic field push wheel -38, stress catch bar -331, limitting casing -332, squeeze spring - 333, it limits open tubular column -334, mobile master mold -335, fixed link -336, fix male model -361, to injection molded tube -362, extruding half Obturator -363, storage material lattice -364, posting -365, auxiliary mobile bar -366, magnetic field wheel -381, transmission shaft -382, transmission skin With -383, by powershift gear -384, worm screw -385, belt -386, promotion magnetic field ball -387, semiclosed air frame -321, gas catch bar - 322, special sliding rail swivel -323, center of effort's axis -324, auxiliary belt -325, drive shaft -326, interval swivel -327, by Power mobile bar -328, inflator pump -352, conducting wire -353, battery -354, signal receiver -355, leads energy at filling channel -351 Body -356, lead can bar -357, squeeze spring -371, limit mobile bar -372, groove item -373, half gear -374, conduction band -375, Be connected drive rod -376, be fixedly mounted block -377, flabellum -311, return spring -312, sliding rail -313, the resistance to slip layer -314 of friction, Mounting plate -315, mobile bearing bar -316 release swivel -317, linking shaft -318.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.

Embodiment

Fig. 1-Fig. 5 is please referred to, the present invention provides the plastic mould for having Lifting Device, including model places lattice 1, fixed branch Frame 2, automatic injection stripper apparatus 3, conveying port 4；There are four the fixed bracket 2 is set, the fixed bracket 2 vertically welds respectively It is connected to automatic injection stripper apparatus 3 bottom end four angle, the model places lattice 1 and is located at 3 bottom of automatic injection stripper apparatus and phase It mutually connects, the conveying port 4 is embedded in inside 3 top of automatic injection stripper apparatus and mutually connects；The automatic injection is de- Mold device 3 includes the cooling output end 31 of model, rotation interval pushing meanss 32, limits mobile device 33, guard shield 34, wait open Dynamic mounting electricity storage pack 35 squeezes injection moulding apparatus 36, Intermittent pneumatic compression device 37, magnetic field promotion wheel 38；The cooling output end 31 of the model In 34 inside end on the lower side of guard shield, described 32 one end of rotation interval pushing meanss is flexibly connected with limit mobile device 33, institute It states mounting electricity storage pack 35 to be launched and is located at the one end of 34 inside of guard shield far from the cooling output end 31 of model, the extruding injection moulding apparatus 36 are installed on limit 33 side of mobile device and mutually connect, and the Intermittent pneumatic compression device 37 is with extruding injection moulding apparatus 36 far from limit One end of position mobile device 33 is flexibly connected, and the magnetic field pushes wheel 38 to be set to cooling 31 side of output end of model.

The limit mobile device 33 includes stress catch bar 331, limitting casing 332, squeezes spring 333, limit open tubular column 334, mobile master mold 335, fixed link 336, the stress catch bar 331 is located in same level with spring 333 is squeezed, described About 331 two sides of stress catch bar, which are equipped with, squeezes spring 333, and the horizontal one end of the stress catch bar 331 is embedded in limitting casing 332 inside and flexible connection, the stress catch bar 331 are embedded in 334 inside of limit open tubular column and activity through limitting casing 332 Connection, the stress catch bar 331 are welded in mobile 335 side surface of master mold, described two fixations far from one end of limitting casing 332 Bar 336 is embedded in limit 334 upper and lower ends of open tubular column and symmetrical, and 331 vertical welding of stress catch bar is between rotation 32 one end of pushing meanss of having a rest.

The extruding injection moulding apparatus 36 includes fixed male model 361, to injection molded tube 362, the semiclosed body 363 of extruding, storage material Lattice 364, posting 365, auxiliary mobile bar 366, the fixed male model 361 are welded in 362 side of injection molded tube and phase mutual connection Logical, the semiclosed body 363 of extruding is embedded in 362 inside groove of injection molded tube and flexible connection, described to squeeze semiclosed body 363 separately One end is welded with auxiliary mobile bar 366, and the auxiliary mobile bar 366 is embedded in 365 inside groove of posting and flexible connection, the storage Expect that lattice 364 are located to 362 top of injection molded tube and mutually connection, 366 vertical welding of auxiliary mobile bar are filled in Intermittent pneumatic compression 37 one end are set, it includes that 381, transmission shaft 382, driving belt 383 are taken turns, by powershift gear 384, worm screw in magnetic field that the magnetic field, which pushes wheel 38, 385, belt 386, promotion magnetic field ball 387, the transmission shaft 382 are embedded in 381 inside of magnetic field wheel and are located on same axle center, institute Transmission shaft 382 is stated to be flexibly connected by driving belt 383 with by powershift gear 384, it is described by 384 outer ring of powershift gear and worm screw 385 Outer surface is meshed, and promotion magnetic field ball 387 is located at magnetic field and takes turns 381 oblique sides, and the belt 386 is set to by powershift gear 384 Side.

The rotation interval pushing meanss 32 include semiclosed air frame 321, gas catch bar 322, special sliding rail swivel 323, Center of effort's axis 324, auxiliary belt 325, drive shaft 326, interval swivel 327, stress mobile bar 328, the gas catch bar 322 are embedded in semiclosed 321 inside groove of air frame and flexible connection, one end position of the gas catch bar 322 far from semiclosed air frame 321 Turn 323 inside grooves and flexible connection in special sliding rail, center of effort's axis 324 be embedded in special 323 inside of sliding rail swivel and On same axle center, 325 one end inner surface of auxiliary belt is flexibly connected with 324 outer surface of center of effort axis, described auxiliary The one end of belt 325 far from center of effort's axis 324 is helped to be flexibly connected with 326 outer surface of drive shaft, the drive shaft 326 is embedding Enter inside 327 one end of interval swivel, 331 vertical welding of stress catch bar is in 328 one end of stress mobile bar.

The mounting electricity storage pack to be launched 35 connects including filling channel 351, inflator pump 352, conducting wire 353, battery 354, signal Receive device 355, lead can body 356, lead can bar 357, the filling channel 351 be vertically embedded into 352 bottom inner portion of inflator pump and mutually It connects, the inflator pump 352 is electrically connected by conducting wire 353 with battery 354, and the signal receiver 355 is located at battery 354 Top, it is described lead can body 356 be located at the one end of battery 354 far from conducting wire 353, it is described lead can bar 357 be connected with energy body 356 is led It connects, the Intermittent pneumatic compression device 37 includes squeezing spring 371, limit mobile bar 372, groove item 373, half gear 374, conduction band 375, it is connected drive rod 376, block 377 is fixedly mounted, described two extruding springs 371, which are installed vertically on, is fixedly mounted block 377 partially Upper and lower ends, 372 vertical welding of limit mobile bar is in 373 top outer surface of groove item, half gear 374 and conduction band 375 one end inner surfaces are flexibly connected, the one end of the conduction band 375 far from half gear 374 with to be connected 376 outer surface of drive rod movable Connection, 366 vertical welding of auxiliary mobile bar is in limit 372 one end of mobile bar.

The cooling output end 31 of the model includes flabellum 311, return spring 312, sliding rail 313, the resistance to slip layer 314 of friction, peace Loading board 315, mobile bearing bar 316 release swivel 317, linking shaft 318, and the linking shaft 318 is embedded in flabellum 311 Portion is located at middle, and the return spring 312 is installed vertically on resistance to 314 bottom end of slip layer of friction, and the resistance to slip layer 314 of friction is embedded in In 313 inside groove of sliding rail and flexible connection, the mobile bearing bar 316 is embedded in 317 inside of release swivel and is located at same center On line, mobile 316 both ends of bearing bar are embedded in inside the resistance to slip layer 314 of friction.

The principle of mold is placed in inside storage material lattice 364, when required bring into operation, is received by its signal of outer bound pair Signal occurs for device 355, opens it by battery 354 and generates electricity, its electric energy is imported in inflator pump 352 by conducting wire 353, makes it It brings into operation and imports its gas in semiclosed air frame 321 by filling channel 351, make it through the power of gas push for its gas Catch bar 322 pushes down, during pushing, the sliding slot inside special sliding rail swivel 323 is mobile, so that it is special Different 323 rotation of sliding rail swivel, the power of rotation will be transmitted in drive shaft 326 by auxiliary belt 325 and drive 327 rotation of interval swivel Turn, stress mobile bar 328 will be pushed mobile along limitting casing 332 during rotation, and be installed on side to drive Stress catch bar 331 moves together, and is squeezed spring 333 and is squeezed, and will push away during stress catch bar 331 is mobile Mobile master mold 335 is moved, until mobile master mold 335 arrives to fixed male model 361, when battery 354 leads electric energy by leading energy body 356 In lead can bar 357 when, push magnetic field ball 387 will generate magnetic field, thus by magnetic field it is mutually exclusive push moving field wheel 381 Transmission shaft 382 is driven to start to rotate, its turn will can be transmitted in stress tooth by driving belt 383 when rotating by transmission shaft 382 Wheel 384 makes it be pushed worm screw 385 to rotate with drive rod 376 is connected by powershift gear 384, and the power of rotation is transmitted in by conduction band 375 Half gear 374 makes its half gear 374 push the movement of 373 interval of groove item, and the limit for being installed on 373 top of groove item moves Lever 372, which will push, squeezes semiclosed body 363 for it to which the inflow of storage material lattice 364 passes through to the raw material inside injection molded tube 362 Outlet is squeezed into fixed male model 361, makes its molding, and when each time original position, model be will fall off to mobile bearing bar 316, will lead to It crosses the resistance to slip layer 314 that rubs slowly to decline along sliding rail 313 with movable model, is connected drive rod 376 for the power of rotation and passes through belt 386, which are transmitted in linking shaft 318, drives flabellum 311 to rotate, and the model for passing through it carries out cooling down, when being moved to mobile position When setting, release swivel 317 will tilt down exports its model.

Return spring 312 of the present invention is a kind of using the elastic machine components come work, is made of elastic material Part deformation occurs under external force, remove external force after again restore to the original state, also make " spring ", be generally made of spring steel, The complicated multiplicity of the type of spring mainly has helical spring, scroll spring, flat spring, heterotypic spring etc., the cunning by shape point Rail 313 is also known as guide rail, slideway, refers to the drawer being fixed on the cabinet body of furniture, for furniture or the movable hardware company of cabinet plate discrepancy Relay part, the drawer that sliding rail is suitable for the wooden furniture such as with steel drawer such as cabinet, furniture, official document cabinet, bathroom cabinet are connect.

Problems solved by the invention be for the process of current plastic mould plasticity, the function of automatic running compared with To be single, the injection molding and production of current mold, demoulding all be unable to do without its guard of outer bound pair, so more labor intensive and Time, the present invention are combined with each other by above-mentioned component, and the present invention is equipped with the hopper of automatic continuous material using its top, when it connects It when receiving enabling signal, will be automatically injected, and form, demould, it is timely cooled down by internal air-drying device, When it automatically by gravity by will export to the placing box of lower section when slowly declining.

The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims

1. having the plastic mould of Lifting Device, including model places lattice (1), fixed bracket (2), automatic injection stripper apparatus (3), conveying port (4), there are four the fixed bracket (2) sets, the fixed bracket (2) is vertically respectively welded in automatic injection Stripper apparatus (3) bottom end four angle, the model place lattice (1) and are located at automatic injection stripper apparatus (3) bottom and mutually connect, The conveying port (4) is embedded in inside automatic injection stripper apparatus (3) top and mutually connects；It is characterized by:

The automatic injection stripper apparatus (3) includes model cooling output end (31), rotation interval pushing meanss (32), limit shifting Dynamic equipment (33), guard shield (34), squeeze injection moulding apparatus (36), Intermittent pneumatic compression device (37), magnetic at mounting electricity storage pack to be launched (35) Field pushes wheel (38)；

The model cooling output end (31) is located at the internal end on the lower side of guard shield (34), the rotation interval pushing meanss (32) One end is flexibly connected with limit mobile device (33), and it is internal far from mould that the mounting electricity storage pack (35) to be launched is located at guard shield (34) One end of type cooling output end (31), the extruding injection moulding apparatus (36) are installed on limit mobile device (33) side and phase mutual connection Logical, the Intermittent pneumatic compression device (37) is flexibly connected with the one end for squeezing injection moulding apparatus (36) separate limit mobile device (33), The magnetic field pushes wheel (38) to be set to cooling output end (31) side of model.

2. the plastic mould according to claim 1 with Lifting Device, it is characterised in that: the limit mobile device (33) include stress catch bar (331), limitting casing (332), squeeze spring (333), limit open tubular column (334), mobile master mold (335), fixed link (336), the stress catch bar (331) and extruding spring (333) are located in same level, the stress Two sides are equipped with extruding spring (333) to catch bar (331) up and down, and the horizontal one end of the stress catch bar (331) is embedded in limit Frame (332) is internal and is flexibly connected, and the stress catch bar (331) is embedded in limit open tubular column (334) through limitting casing (332) Internal and flexible connection, the stress catch bar (331) are welded in mobile master mold (335) side far from the one end of limitting casing (332) Surface, described two fixed links (336) are embedded in limit open tubular column (334) upper and lower ends and symmetrical, the stress promotion Bar (331) vertical welding is in rotation interval pushing meanss (32) one end.

3. the plastic mould according to claim 1 with Lifting Device, it is characterised in that: the extruding injection moulding apparatus It (36) include fixed male model (361), to injection molded tube (362), the semiclosed body (363) of extruding, storage material lattice (364), posting (365), mobile bar (366) are assisted, the fixed male model (361) is welded in injection molded tube (362) side and mutually connection, institute The semiclosed body (363) of extruding is stated to be embedded in injection molded tube (362) inside groove and flexible connection, it is described to squeeze semiclosed body (363) The other end is welded with auxiliary mobile bar (366), and the auxiliary mobile bar (366) is embedded in posting (365) inside groove and activity even It connects, the storage material lattice (364) are located to injection molded tube (362) top and mutually connection, auxiliary mobile bar (366) vertical welding It is connected to Intermittent pneumatic compression device (37) one end.

4. the plastic mould according to claim 1 with Lifting Device, it is characterised in that: the magnetic field pushes wheel (38) Including magnetic field wheel (381), transmission shaft (382), driving belt (383), by powershift gear (384), worm screw (385), belt (386), It pushes magnetic field ball (387), the transmission shaft (382) is embedded in magnetic field wheel (381) inside and is located on same axle center, the transmission Axis (382) is flexibly connected by driving belt (383) with by powershift gear (384), described by powershift gear (384) outer ring and worm screw (385) outer surface is meshed, and the promotion magnetic field ball (387) is located at magnetic field wheel (381) oblique side, and the belt (386) is set to By powershift gear (384) side.

5. the plastic mould according to claim 1 or 2 with Lifting Device, it is characterised in that: the rotation interval pushes away Dynamic device (32) include semiclosed air frame (321), gas catch bar (322), special sliding rail swivel (323), center of effort's axis (324), auxiliary belt (325), drive shaft (326), interval swivel (327), stress mobile bar (328), the gas catch bar (322) it is embedded in semiclosed air frame (321) inside groove and flexible connection, the gas catch bar (322) is far from semiclosed air frame (321) One end be located at special sliding rail swivel (323) inside groove and flexible connection, center of effort's axis (324) is embedded in special sliding rail and turns Body (323) is internal and is located on same axle center, auxiliary belt (325) one end inner surface and center of effort's axis (324) appearance Face is flexibly connected, and one end and drive shaft (326) outer surface far from center of effort's axis (324) of the auxiliary belt (325) are living Dynamic connection, the drive shaft (326) are embedded in inside interval swivel (327) one end, stress catch bar (331) vertical welding It is connected to stress mobile bar (328) one end.

6. the plastic mould according to claim 1 with Lifting Device, it is characterised in that: the mounting electricity storage pack to be launched (35) include filling channel (351), inflator pump (352), conducting wire (353), battery (354), signal receiver (355), lead energy Body (356) leads energy bar (357), and the filling channel (351) is vertically embedded into inflator pump (352) bottom inner portion and mutually connection, The inflator pump (352) is electrically connected by conducting wire (353) with battery (354), and the signal receiver (355) is located at battery (354) top, it is described lead can body (356) be located at battery (354) far from conducting wire (353) one end, it is described lead can bar (357) and Energy body (356) is led to be connected.

7. the plastic mould according to claim 1 or 3 with Lifting Device, it is characterised in that: the Intermittent pneumatic compression dress Setting (37) includes squeezing spring (371), limit mobile bar (372), groove item (373), half gear (374), conduction band (375), rank It connects drive rod (376), block (377) is fixedly mounted, described two extruding springs (371), which are installed vertically on, is fixedly mounted block (377) Inclined upper and lower ends, limit mobile bar (372) vertical welding is in groove item (373) top outer surface, half gear (374) Be flexibly connected with conduction band (375) one end inner surface, the conduction band (375) far from half gear (374) one end be connected drive rod (376) outer surface is flexibly connected, and auxiliary mobile bar (366) vertical welding is in limit mobile bar (372) one end.

8. the plastic mould according to claim 1 with Lifting Device, it is characterised in that: the cooling output end of the model (31) include flabellum (311), return spring (312), sliding rail (313), the resistance to slip layer (314) of friction, mounting plate (315), move and hold By bar (316), swivel (317), linking shaft (318) are released, the linking shaft (318) is embedded in flabellum (311) interior position In middle, the return spring (312) is installed vertically on resistance to slip layer (314) bottom end of friction, and the resistance to slip layer (314) of friction is embedding Enter sliding rail (313) inside groove and flexible connection, the mobile bearing bar (316) is embedded in release swivel (317) inside and is located at On same center line, it is internal that mobile bearing bar (316) both ends are embedded in the resistance to slip layer (314) of friction.