CN204354259U - The efficient compression molding system of a kind of vacuum heat-insulating plate - Google Patents

Abstract

The efficient compression molding system of a kind of vacuum heat-insulating plate, comprise mainframe, slave frame, mould, driving mechanism, dust gathering arrester, filling system assembly, feeding device, mixing equipment, conveying modular system, electrical control gear, mainframe is three laminar substrate block structured vertical main frames, substrate block relies on the four vertical guide pillars run through up and down to support, three ply board block forms a upper mounted plate, the board of bottom plate and middle float plate, bottom plate is board working top, float plate in the middle of curved arm rod structure interlock is relied between upper mounted plate and middle float plate, upper mounted plate center is provided with a heavy chamber, in heavy chamber, Vidacare corp is installed, this device is connected with curved arm rod block axle center, at the effect lower bent lever connecting rod of drive unit by driving force and stroke is proportional zooms in or out, beneficial effect is that compression molding speed is fast, shorten the production cycle, locked mode is steady, molding pressure is large, highdensity homogeneous core and nonuniformity core can be produced.

Description

The efficient compression molding system of a kind of vacuum heat-insulating plate

Technical field

The utility model relates to energy-conservation, the intelligent equipment field of high heat rejection, says the compression molding system of the equipment, particularly core material of vacuum heat insulation plate being exactly a kind of energy-saving heat-preserving board compression molding accurately.

Background technology

Existing open use the warming plate forming machine that shows with the equipment, patent application document, pertinent literature etc. sold mainly by frame, mould, surge, the pneumatic regulator control system that waits is formed.Wherein number of patent application 201110384177.2 discloses a kind of shaping mechanism, main body is Vertical Rack, four angles of frame are provided with guide upright post, the upper die head of mould is connected with lead, the steady lifting of mould is realized under the effect of oil cylinder with synchronous tooth bar, lower die head oil cylinder direct stands in bottom frame, and the outside of frame is configured with hopper, charge car, biography trigger structure, vibrating compacting, flattening-out device.Other technical scheme relies on connecting plate to be connected on vertical guide pillar at the upper and lower die head of mould, rely on hydraulic power to reach the object moved up and down, frame arranged outside cloth transport tape, lapping transmission device.

In aforementioned techniques, although the former can accomplish to rise and fall steadily, do not realize the high speed folding of mould, clamp force is little, energy consumption is high, it is long that this mode is applicable to the production cycle, the dull and stereotyped operation of the insulation that area is large, the latter, to rise and fall flattening effect difference, more do not adapt to the requirement of lifting at a high speed, both also have such common defects: be first to produce highdensity sheet material, secondly the dust produced in forming process waves with air, seriously polluted to operating environment, the disclosed synchronous pressure zone of number of patent application 201220376101.5 rolls slow exhaust can the degree of pollution remission, still suspension and the diffusion of dust is not overcome, particularly nano level core, visual difficulty, fundamentally do not solve a pollution difficult problem for dust, in addition be slow exhaust, shaping efficiency is low, secondly, mould is single, a kind of plate of specification can only be produced, utilization rate of equipment and installations is low, the scope of application is greatly limited, it is upper and lower that oil cylinder direct stands on frame, directly act on upper/lower die, oil cylinder model is large, hydraulic electric motor persistent movement, energy resource consumption is serious, frame for movement layout is discontinuous, arrange not tight, production cycle is long, speed is low, appearance property is poor.

Summary of the invention

The purpose of this utility model be realize a kind of sheet material particularly core material of vacuum heat insulation plate efficient energy-saving compression molding equipment, clamp force is large, mould open/close stroke is long, stability is high, ejecting plate speed is fast, cycle is short, one set of die can produce the core of different size, utilization rate of equipment and installations is high, immediately batch mixing can be carried out, feeding, material feeding, mold pressing, enter supporting plate, go out central layer, the continuity technique of core sizing, electronicly mold pressing power is directly acted on by pure, do not convert driving force to by hydraulic energy, accomplish that production process is efficient, at a high speed, panel density is high, structural capacity is strong, decorative appearance is beautiful, the overall process of technique is carried out under the environment of sealing, can by dust and gas sampling process, real realization is produced under the environmental protection of cleaning.

The utility model is realized by following scheme: compression molding system is made up of mainframe, mould, driving mechanism, dust gathering arrester, material injecting device assembly, feeding device, mixing equipment, conveying sizing equipment, electric control system etc.

The utility model builds about one three ply board block structured vertical main frame, plate relies on the four vertical guide pillars run through up and down to support, the two ends of guide pillar are provided with adjustable screw assembly, freely can adjust locked mode distance with concentricity proofreads plate position, and three ply board block forms the board of upper mounted plate, bottom plate and board working top and middle float plate.

Float plate in the middle of curved arm rod structure interlock is relied between upper mounted plate and middle float plate, upper mounted plate center is provided with a heavy chamber, in heavy chamber, drive unit is installed, this device is connected with curved arm rod block axle center, so just shorten the overall length of driving shaft, and make drive unit be hidden in heavy chamber, at the effect lower bent lever connecting rod of Vidacare corp by driving force and stroke is proportional zooms in or out, middle float plate just can realize elevating movement and the unlocking mold of high-speed smooth, below middle float plate, axis is designed with a criss-cross support, support surrounding has coaming plate, the bottom of support is provided with one piece of base plate, it is contiguous block below base plate, a face of contiguous block is dovetail, face has dovetail groove to mould type central layer, both combining structures, be convenient to the mould type central layer of Quick-changing different size, mould type central layer periphery is provided with a frame, so that quick despatch exchanges the isolated material of anti-sticking to mould, core plate has some steam vents, be vented for during compression molding, increase the closely knit performance of sheet material, mold cores plate gauge lattice can need sets itself according to engineering design, board working top there is mold cavity, die cavity specification is supporting consistent with core, supporting method is combined into different specification cavitys by conversion mosaic block, two side frames of die cavity are designed with guidance set, drive link assembly, drive unit etc., drive to position guiding to die cavity, connecting rod run through board working top with it below drive unit lever connect, move back and forth under the driving of drive unit, core rod is coordinated to carry out asynchronous lifting at a high speed.

Board working top is provided with sheet material guide rail along dull and stereotyped or central layer trend, the feed cavity of a sealing is formed in orbit when die cavity presses down, in addition, board working top there is also mounted the dust gathering arrester of an opposing seal, core rod and die cavity assembly cover on board working face by dust gathering arrester, while be provided with drainage pipe, the suspensions such as dust are drained to special treatment facility, the port that supporting plate or central layer pass in and out is had at dust gathering arrester and both sides, desktop junction, port is separately installed with closed gate, this closed gate is fixed on die cavity, during operation and die cavity be synchronized with the movement, can automatic switch when plate or central layer turnover, a rectangular sprue is had in addition on the opposite of drainage pipe i.e. the direction of material feeding, material feeding pipeline can be moved left and right freely and to material feeding in die cavity, just rest in after material feeding dust gathering arrester one inside wait for completing of clamping cycle, clamping cycle terminates rear die cavity and lifts, at this moment the supporting plate in die cavity or central layer are moved pushing hands and are pushed into next station, before presenting mold pressing, in mold pressing, station state after mold pressing, circulation like this enters the one and another material feeding cycle, rectangular charging aperture is separately installed with guide rail up and down, guide rail is designed with the guide groove of one or more, the left and right both wings of filling tube have been installed flexible that multi-disc is connected successively and have been sealed up a door, flexible sealing up a door is emitted in guide groove, the telescopic moving of feed pipe left and right can be followed, all the time rectangular charging aperture is allowed to be in sealing state, in addition, dust gathering arrester top has one and can to slide with core rod size and join consistent hole, core rod can up and down reciprocatingly stroke, flexible sealing is carried out in its junction, another aspect of dust gathering arrester is also that the junction of cover body and drainage tube is Split type structure, be convenient to the isolated material safeguarding mould and quick-replaceable mold core plates and anti-sticking to mould, needing can by cover body translation outward when changing or keep in repair, appear the locational space of mould, tiny structure in the regulation and control next part dust hood of drainage system during production material feeding, when just improving the negative pressure value in cover after material feeding completes, by dust, waste gas etc. are drained to special environment-friendly processing unit.

There is a slave frame in the direction that the side i.e. dust gathering arrester of vertical main frame have rectangular feeding throat, highly, width is substantially equal with main engine bed working top, slave frame is provided with drive rail and drive unit, a bracket component is gone back on guide rail, the substrate of this frame is provided with filling system assembly, shot process can have been moved left and right, filling system assembly is by middle roll-over, filling tube, screw rod, distributing valve, the compositions such as drive unit, moreover, at another side of slave frame, mixing equipment and feeding device are also installed, enter the feeder sleeve of feeding device from discharge nozzle below after material mixes by mixing equipment, feeder sleeve docks with the drainage of storage bin bellows, junction is sealing.

Conveying sizing equipment assembly is installed to infinity below slave frame filling system assembly, its transport tape is the crawler belt of metal or heat resistance material, be fixed on transmission frame by carrying roller and drive shaft body, central layer is transmitted under the driving of drive unit, one end is docked with the rectangular plate outlet of the dust gathering arrester of main engine bed working top, other end is connected with filling core packaging facilities, the free carrying roller of auxiliary conveying is all installed at its two ends, gas-tight silo has been installed in conveyer belt upper and lower surfaces, thermal energy generating device assembly and air current circulation is configured with in storehouse, the design of this assembly of devices is at the bottom of transport tape, allow heat energy from bottom to top through central layer, also can be provide thermal energy radiation by two madial walls to central layer, depend primarily on heat energy transfer mode and determine, heat energy generating capacity can regulate and control according to different plates, accomplish to promote in course of conveying that the core idiosome on supporting plate is heated solidifying and setting, the face of gas-tight silo devises transparent movable window, this form is that the material cannot not applying stickyly steam is made, in addition drainage pipe outlet is also provided with, can the steam produced in storehouse, waste gas, dust is drained to special environment-friendly processing unit, buffer unit is designed with before drainage pipe entrance, prevent hot loss of energy.

Sensing device is all equipped with in all drive units of the utility model and stroke (starting point, travel point, terminating point, reduction point, the points of proximity etc.) position.

The utility model drive unit is that motor drives assembly, especially driven by servomotor mechanism, also can be drive unit or the combined drive power such as to surge, pneumatic.

The all transmission device assemblies of the utility model include the structure of guide rail and bearing capacity effect.

The beneficial effects of the utility model are that compression molding speed is fast, shorten the production cycle, locked mode is steady, molding pressure is large, highdensity homogeneous core and nonuniformity core can be produced, an equipment can adapt to the production of plurality of specifications sheet material, utilization rate is high, avoid overlapping investment, economize on resources, driving force can realize pure electric energy, overcome the high problem with easily polluting of hydraulic pressure energy consumption, mold pressing and type-approval process achieve dustless, produce without waste gas, operating environment is good, equipment performance is stablized, long service life, batch mixing, feed, material feeding, mold pressing, sizing, conveying defines continuity, compact mechanical structure, brief and practical, aesthetic appearance is good, space Appropriate application, easily manufactured, saving of labor, cost-saving, really to accomplish energy-conservation, environmental protection, High-efficient Production.

Below in conjunction with accompanying drawing, the utility model is further described

Accompanying drawing explanation

Fig. 1 is stereogram of the present utility model.

Fig. 2 is the sectional view of in the utility model Fig. 11.

Fig. 3 is the stereogram of in the utility model Fig. 15.

Fig. 4 is the schematic diagram of the utility model Figure 48.

Tu5Shi the utility model partial perspective view.

Tu6Shi the utility model partial perspective view.

1. mainframes in figure, 2. large-scale guide pillar, 3. dust gathering arrester, 4. lead dust hood outlet, 5. core rod, 6. float plate, 7. upper mounted plate, 8. core rod drive unit, 9. curved wall connecting rod, 10. feed drive unit, 11. feed outlets, roll-over interface in 12., 13. feeder sleeves, roll-over in 14., 15. Macs, 16. blending bunkers, 17. batch mixing drive units, 18. batch mixing outlets, 19. material feeding drive units 1, 20. material feeding drive rail, 21. filling tubes, 22. material feeding drive units 2, the horizontal lever of 23. die cavitys, 24. die cavity drive units, 25. die cavitys, 26. mold core plates, 27. heavy chambeies, 28. oil collection boxes, 29. core rod connecting plates, 30. core rod base plate 31. mould coaming plates, 32. cross frames, 33. mold core plates activity box, 34. small-sized guide pillars, 35. die cavity pull bars, 36. bottom plate 37. steam vents, 38. mosaic block external members, 39. central layer guide rails, 40. drainage pipes, 41. turnover closed gates, 42. charging aperture guide rails, 43. stretch seals up a door, 44. split adpting flanges, 45. screw rods, 46. core distributing valves, 47. hurricane bands, 48. conveying sizing equipments, 49. gas-tight silos, 50. thermal energy generating devices, 51. forms, 52. conduction pipes, 53. transmission drive unit 54. electrical control gears, 55. heat energy buffer units, 56. free roller wheels, 57. dovetail grooves, 58. dovetails, 59. rectangular charging apertures

Detailed description of the invention

One of the utility model preferred embodiment is processing about one three laminar substrate block structured vertical main frames (1), plate relies on four large-scale guide pillars (2) of running through up and down to support, the two ends of guide pillar are provided with adjustable screw assembly, thread is trapezium structure, to keep the concentricity with guide pin bushing, nut has stops payment function, freely can adjust substrate block and check and correction reference position, three ply board block forms a upper mounted plate (7), the board of bottom plate (36) i.e. board working top and middle float plate (6), upper mounted plate (7) and middle float plate (6) rely on curved arm rod (9) structure to link centre float plate (6), upper mounted plate (7) center is provided with the heavy chamber (27) of a through hole, in heavy chamber (27), core rod drive unit (8) is installed, this device is connected with curved arm rod block screw mandrel axle sleeve by the screw axis of servomotor assembly, so just shorten driving stroke, and make core rod drive unit (8) be hidden in heavy chamber (27), at the effect lower bent lever connecting rod (9) of core rod drive unit (8), driving force and proportional the increasing progressively of stroke are zoomed in or out, middle float plate (6) just can realize elevating movement and the unlocking mold of high-speed smooth, below middle float plate (6), Axis Cross line is designed with a cross bracket (32), cross bracket (32) surrounding has mould coaming plate (31), bottom is provided with one piece of core rod base plate (30), core rod connecting plate (29) below base plate, a face of this connecting plate is dovetail (58), mold core plates (26) face has dovetail groove (57), both are slidably matched and are convenient to Quick-changing mold core plates (26) and the isolated material exchanging anti-sticking to mould, mold core plates (26) periphery is provided with a movable mold core plates activity box (33), the material that this frame can fill anti-sticking to mould covers on mold core plates (26), mold core plates (26) has some steam vents (37) and is vented for during compression molding, increase the closely knit performance of sheet material, the specification of mold core plates (26) can need sets itself according to engineering design, board bottom plate (36) working top there is die cavity (25), die cavity (25) internal diameter specification is supporting consistent with mold core plates (26), supporting method combines different specifications by conversion mosaic block (38), two side frames of die cavity (25) are designed with 4 small-sized guide pillars (34) and 2 die cavity pull bars (35), to position guiding to die cavity (25), die cavity pull bar (35) runs through board bottom plate (36) working top and is connected with the horizontal lever (23) of the die cavity of die cavity drive unit (24), elevating movement is done under die cavity drive unit (24) drives, core rod (5) is coordinated to carry out high speed embossing action, die cavity drive unit (24) is made up of servomotor assembly and screw axis assembly.

Board bottom plate (36) working top is provided with central layer guide rail (39) along supporting plate or central layer trend, on central layer guide rail (39) with supporting plate, a feed cavity sealed is formed when die cavity (25) presses down, in addition, bottom plate (36) board working top there is also mounted the dust gathering arrester (3) of an opposing seal, core rod (5) and die cavity (25) assembly cover on bottom plate (36) board working face by dust gathering arrester (3), while be provided with drainage pipe (40), the suspensions such as dust are caused another treatment system, on the both sides of dust gathering arrester (3) with the turnover plate direction of bottom plate (36) board working top junction, have the port of supporting plate or central layer turnover, port is separately installed with turnover closed gate (41), this gate is fixed on die cavity (25), during operation and die cavity (25) be synchronized with the movement, automatic switch when turnover supporting plate or central layer, a rectangular charging aperture (59) is had in addition on the opposite of drainage pipe (40) i.e. the direction of material feeding, allow filling tube (21) can move left and right to die cavity (25) interior material feeding, just rest in after material feeding dust gathering arrester (3) one inside wait for completing of clamping cycle, clamping cycle terminates rear die cavity (25) and lifts, at this moment the supporting plate in die cavity (25) and central layer are pushed into next station by the mobile pushing hands transmitting particular palletizing installations, before so just presenting mold pressing, in mold pressing, station state after mold pressing, circulation like this enters the one and another mold pressing material feeding cycle, rectangular charging aperture (59) is separately installed with charging aperture guide rail (42) up and down, charging aperture guide rail is designed with many guide grooves on (42), flexible seal up a door (43) that multi-disc is connected successively have been installed with the left and right both wings of filling tube (21) in this guide groove, filling tube (25) left and right telescopic moving can be followed, all the time rectangular charging aperture (59) is allowed to be in sealing state, in addition, dust gathering arrester (3) top have one with the hole of core rod (5) consistent size, core rod (5) can up and down reciprocatingly stroke, flexible encapsulation process is carried out in junction, moreover, dust gathering arrester (3) is split adpting flange (44) with the junction of drainage pipe (40), be convenient to the isolated material changing core rod base plate (30) and anti-sticking to mould, can by cover body translation outward during operation, appear the locational space of mould, tiny structure in the regulation and control next part dust hood (3) outreaching drainage device during production material feeding, when just improving the negative pressure value in cover after material feeding completes, dust etc. is drained to special environment-friendly disposal system.

The side of vertical main frame (1) is designed with a slave frame, highly, width is substantially equal with bottom plate (36) working top, slave frame is provided with two material feeding drive rail (20) and material feeding drive unit 1 (19), material feeding drive rail (20) is provided with a bracket component, the substrate of this assembly is provided with material injecting mechanism assembly, material feeding can have been moved left and right, material injecting mechanism assembly is by middle roll-over (14), filling tube (21), screw rod (45), material feeding drive unit 1 (19), distributing valve (46), the handware compositions such as the material feeding drive unit 2 (22) of left and right cloth, a middle roll-over interface (12) is arranged at middle roll-over (19) top, material feeding drive unit 2 (22) is made up of the screw axis of servomotor assembly and tooth bar assembly.

Another side of slave frame is also provided with batch mixing and feeder apparatus, mixing equipment is by blending bunker (16), batch mixing drive unit (17), pneumatic Cang Gai (15), batch mixing outlet (18), the formations such as hurricane band (47), export from the batch mixing of bottom the feeder sleeve (13) that (18) discharging enters feeder apparatus after being mixed by core raw material during production, feed outlet (11) of feeder apparatus docks with bellows drainage with middle roll-over interface (12), junction is sealing, under the driving of feed drive unit (10) and screw rod (45) core raw material supply to middle roll-over (14), feed drive unit (10) and batch mixing transmission device (17) are made up of electric machine assembly respectively.

Conveying sizing equipment (48) is installed below slave frame filling system assembly, the conveyer belt of conveying is the crawler belt that the synchronous crawler belt of metal or heat proof material are made, assembly by carrying roller and drive shaft body is fixed on transmission frame, the bottom of transmission support body is designed with transmission drive unit (53), one end is docked with the plate outlet under the dust gathering arrester (3) of board working top, other end is connected with automated packaging equipment, free roller wheel (56) or the carrying roller of auxiliary conveying are all installed at the two ends of conveying sizing equipment (48), the upper and lower surface of conveying crawler belt has installed gas-tight silo (49), the assembly of thermal energy generating device (50) is configured with in storehouse, the assembly design of thermal energy generating device (50) is at the bottom transmitting crawler belt, allow heat energy from bottom to top through central layer, also can be provide thermal source by two madial walls to central layer, depending on the transfer mode of thermal energy generating device (50), heat can carry out intelligent control according to different plates, realize material cured sizing in course of conveying, the end face of gas-tight silo (49) devises transparent form (51), also to being connected to drainage pipe (52) assembly on this end face, can the steam produced in gas-tight silo (49), waste gas, dust etc. are drained to special environment treating facility, air-flow buffer device (55) is had in drainage pipe (52) entrance Front-end Design, prevent hot loss of energy and balance heat energy distribution.

Sensing device is all equipped with in all drive units and stroke (starting point, travel point, terminating point, reduction point, the points of proximity etc.) position.

Drive unit is that motor drives assembly, especially driven by servomotor mechanism, also can be drive unit or the hybrid drive such as to surge, pneumatic.

All transmission device assemblies include the structure of guide rail and bearing capacity effect.

All drive units, driving force, surge, pneumatic, motor driving etc. employs programmable logic controller (PLC) (PLC) and association electrical control gear (54), the digital intelligent realizing constrained input controls.

[0033]

Claims (18)

1. the efficient compression molding system of vacuum heat-insulating plate, its technical characteristic is: compression molding system comprises mainframe, slave frame, mould, driving mechanism, dust gathering arrester, filling system assembly, feeding device, mixing equipment, conveying modular system, electrical control gear, mainframe is three laminar substrate block structured vertical main frames, substrate block relies on the four vertical guide pillars run through up and down to support, three ply board block forms a upper mounted plate, the board of bottom plate and middle float plate, bottom plate is board working top, float plate in the middle of curved arm rod structure interlock is relied between upper mounted plate and middle float plate, upper mounted plate center is provided with a heavy chamber, in heavy chamber, Vidacare corp is installed, this device is connected with curved arm rod block axle center, at the effect lower bent lever connecting rod of drive unit by driving force and stroke is proportional zooms in or out.

2. the efficient compression molding system of a kind of vacuum heat-insulating plate according to claim 1, its technical characteristic is also, the two ends of guide pillar are provided with adjustable screw assembly, and thread is trapezium structure, to keep the concentricity with guide pin bushing, nut freely can adjust substrate block and check and correction reference position.

3. the efficient compression molding system of a kind of vacuum heat-insulating plate according to claim 1, its technical characteristic is also, below middle float plate, axis is designed with criss-cross support, support surrounding has coaming plate, the bottom of support is provided with one piece of base plate, it is contiguous block below base plate, a face of contiguous block is dovetail, face has the dovetail groove coordinated with dovetail to mould type central layer, be convenient to the mould type central layer of Quick-changing different size, mould type central layer periphery is provided with an activity box, so that quick despatch exchanges the isolated material of anti-sticking to mould, core plate has some steam vents, be vented for during compression molding, board working top there is mold cavity, die cavity specification is supporting consistent with core, two side frames of die cavity are designed with guidance set and drive link assembly, drive to position guiding to die cavity, connecting rod run through board working top with it below Vidacare corp lever connect, move back and forth under the transmission of drive unit.

4. the efficient compression molding system of a kind of vacuum heat-insulating plate according to claim 1, its technical characteristic is also, board working top is provided with sheet material guide rail along dull and stereotyped or central layer trend, the feed cavity of a sealing is formed in orbit when die cavity presses down, in addition, board working top there is also mounted the dust gathering arrester of an opposing seal, core rod and die cavity assembly cover on board working face by dust gathering arrester, while be provided with drainage pipe, suspension is drained to special treatment facility, the port that supporting plate or central layer pass in and out is had at dust gathering arrester and both sides, desktop junction, a rectangular sprue is had in addition on the opposite of drainage pipe i.e. the direction of material feeding.

5. the efficient compression molding system of a kind of vacuum heat-insulating plate according to claim 4, its technical characteristic is also, port is separately installed with turnover and closes sluice gate, and this sluice gate is fixed on die cavity, during operation and die cavity be synchronized with the movement, turnover supporting plate or central layer time automatic switch.

6. the efficient compression molding system of a kind of vacuum heat-insulating plate according to claim 4, its technical characteristic is also, material feeding pipeline can move left and right and freely to material feeding in die cavity, just rest in after material feeding dust gathering arrester one inside wait for completing of clamping cycle, clamping cycle terminates rear die cavity and lifts, at this moment the supporting plate in die cavity or central layer are moved pushing hands and are pushed into next station, before presenting mold pressing, in mold pressing, station state after mold pressing, so circulation enters the one and another material feeding cycle.

7. the efficient compression molding system of a kind of vacuum heat-insulating plate according to claim 4, its technical characteristic is also, rectangular charging aperture is separately installed with guide rail up and down, guide rail has been provided with guide groove, the left and right both wings of filling tube have been installed flexible that multi-disc connects successively and have been sealed up a door, flexible sealing up a door is emitted in guide groove, can follow the telescopic moving of feed pipe left and right, allow rectangular charging aperture be in sealing state all the time.

8. the efficient compression molding system of a kind of vacuum heat-insulating plate according to claim 1 or 4, its technical characteristic is also, dust gathering arrester top has one and can to slide with core rod size and join consistent hole, core rod can up and down reciprocatingly length of run, its junction seals, the junction of cover body and drainage pipe is Split type structure, be convenient to the isolated material safeguarding mould and quick-replaceable mold core plates and anti-sticking to mould, needing can by cover body translation outward when changing or keep in repair, appear the locational space of mould, tiny structure in the regulation and control next part dust hood of drainage system during production material feeding, when just improving the negative pressure value in cover after material feeding completes, by dust, waste gas etc. are drained to special environment-friendly processing unit.

9. the efficient compression molding system of a kind of vacuum heat-insulating plate according to claim 1, its technical characteristic is also, there is slave frame the side of vertical main frame, the substrate of frame is provided with filling system assembly, can move left and right shot process, filling system assembly comprises middle roll-over, filling tube, screw rod, distributing valve, drive unit.

10. the efficient compression molding system of a kind of vacuum heat-insulating plate according to claim 1, its technical characteristic is also, the opposite side of slave frame is also provided with mixing equipment, enter the feeder sleeve of feeder apparatus from the batch mixing outlet of bottom after being mixed by core raw material during production, the feed outlet of feeder apparatus is docked with the drainage of middle roll-over interface bellows, and junction is sealing.

The efficient compression molding system of 11. a kind of vacuum heat-insulating plate according to claim 1, its technical characteristic is also, mixing equipment comprises blending bunker, batch mixing drive unit, pneumatic Cang Gai, batch mixing outlet, hurricane band.

The efficient compression molding system of 12. a kind of vacuum heat-insulating plate according to claim 1, its technical characteristic is also, conveying sizing equipment is installed to infinity below slave frame filling system assembly, its transport tape is the crawler belt of metal or heat proof material, be fixed on transmission frame by carrying roller and drive shaft body, transmission central layer is carried out under the driving of drive unit, one end is docked with the rectangular plate outlet of the dust gathering arrester of main engine bed working top, other end is connected with automated packaging equipment, is all provided with the free carrying roller of auxiliary conveying at its two ends.

13. efficient compression molding systems of a kind of vacuum heat-insulating plate according to claim 1 or 12, its technical characteristic is also, gas-tight silo has been installed in conveyer belt upper and lower surfaces, thermal energy generating device assembly is configured with in storehouse, the design of this assembly is at the bottom of transport tape, allowing heat energy from bottom to top through central layer, also can be provide thermal energy radiation by two madial walls to central layer, accomplishes to promote in course of conveying that the material on central layer is heated solidifying and setting.

The efficient compression molding system of 14. a kind of vacuum heat-insulating plate according to claim 13, its technical characteristic is also, the face of gas-tight silo devises the transparent movable window made with the material of not sticky steam, in addition, be also provided with drainage pipe outlet, can the steam produced in storehouse, waste gas, dust is drained to special environment-friendly processing unit, before drainage pipe entrance, be designed with buffer unit, prevents hot loss of energy and balance heat energy distribution.

The efficient compression molding system of 15. a kind of vacuum heat-insulating plate according to claim 1, its technical characteristic is also, the starting point of all drive units and transmission stroke, travel point, terminating point, reduction point, points of proximity position are all equipped with sensing device.

The efficient compression molding system of 16. a kind of vacuum heat-insulating plate according to claim 1, its technical characteristic is also, drive unit is driven by servomotor mechanism, also can be surge, pneumatic or combined drive power.

The efficient compression molding system of 17. a kind of vacuum heat-insulating plate according to claim 1, its technical characteristic is also, transmission device assembly includes the structure of guide rail and bearing capacity effect.

The efficient compression molding system of 18. a kind of vacuum heat-insulating plate according to claim 1, its technical characteristic is also, all drive units, driving force, surge, pneumatic, motor drives and employs programmable logic controller (PLC) and association electrical control gear, the digital intelligent realizing constrained input controls.