CN202826387U - Automatic plate plastic molding device - Google Patents
Automatic plate plastic molding device Download PDFInfo
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- CN202826387U CN202826387U CN 201220339685 CN201220339685U CN202826387U CN 202826387 U CN202826387 U CN 202826387U CN 201220339685 CN201220339685 CN 201220339685 CN 201220339685 U CN201220339685 U CN 201220339685U CN 202826387 U CN202826387 U CN 202826387U
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Abstract
The utility model discloses an automatic plate plastic molding device. The device comprises a heating furnace, a plastic device, a lifting platform, an automatic plate feeding device and a control module, wherein the heating furnace, the plastic device, the lifting platform and the automatic plate feeding device are connected to the control module respectively. By the aid of the device, a plastic station is connected to the heating furnace, the plate plastic molding is conducted through manual operation rather than mechanical operation, the plastic molding process can be completed automatically, plates are arranged and fed out mechanically, the quality of semi-finished products is improved, the safety of the production process is improved, the production efficiency of semi-finished products is improved, the effect of human factors on semi-finished products can be reduced, the molding effect is improved further through the mechanical plastic molding mode, thicknesses of all positions of molded plates can be determined in accordance with requirements through the modified heating mode, and the strength of semi-finished products can be improved.
Description
Technical field
The utility model relates to a kind of full-automatic board plastic-suction forming equipment.
Background technology
The making of existing acrylic sanitary equipment is mainly undertaken by hot plastics sucking moulding.
The raw material of at first producing the acrylic sanitary equipment are acrylic (PMMA) modification sheet material or PMMA-ABS-PMMA composite sheet.The workpeople can put into sheet material heating furnace (baker) thermoplastic, then take out sheet material, be placed into above the mould, utilize the clamping plate frame to clamp sheet material, and contact with mould, utilize that the dropping place of the edge of mould and clamping plate frame is poor to be made sheet material be close to mould forming sealing the margin, open the valve that connects vacuum tank in the vacuum absorption device this moment, make sheet material be adsorbed on the mould, formed after cooling the acrylic sanitary equipment the same with designing requirement.
But, above-mentioned traditional plastic uptake technology, there is following shortcoming in the plastic uptake that is directed to small-sized bathtub: 1. existing plastic uptake mode mechanical assistance is lower, automaticity is low: the operator needs often to observe the softening degree of sheet material in the baking oven, or whether blow-on is fit to plastic uptake by the feel inspection, can too much rely on the personal experience like this, affect production efficiency, and have potential safety hazard; 2. the manpower that needs is many: each operation, even product size is little, also need more than at least 4 people, and 2 people strain sheet material, and 2 people clip sheet material, like this with the serious waste human resources.
Therefore, prior art has yet to be improved and developed.
Summary of the invention
The purpose of this utility model is to provide a kind of full-automatic board plastic-suction forming equipment, be intended to solve in the existing plastic uptake mode plant machinery complementary lower, automaticity is low; The experience of too much dependence individual operation, wasting manpower and material resources's problem.
The technical solution of the utility model is as follows: a kind of full-automatic board plastic-suction forming equipment wherein, comprises the heating furnace of thermoplastic sheet material; The plastic uptake device of plastics sucking plate material forming; The hoistable platform of lifting plastic uptake device; The automatic plate feeding device of automatic conveying sheet material; Control module; Wherein:
Described control module comprises the control panel of CPU and input instruction, and described CPU is connected with control panel;
Described heating furnace is connected with the plastic uptake device; Described hoistable platform be arranged on the plastic uptake device below; Described automatic plate feeding device is arranged on the top of plastic uptake device;
Described heating furnace, plastic uptake device, hoistable platform are connected with automatic plate feeding device and are connected with CPU.
Described full-automatic board plastic-suction forming equipment, wherein, described heating furnace comprises the fire door automatic open device; Be arranged on the heater in the heating furnace; Be arranged in the heating furnace, detect the softening checkout gear of sheet material of the softening rear tenesmus amplitude of sheet material; Be arranged on the form heating furnace side, that be used for observing sheet material heating state in the stove; Described fire door automatic open device, heater are connected checkout gear and are connected with CPU respectively with sheet material;
Described fire door automatic open device comprises the support bar that is arranged on the fire door both sides, supports fire door; Be arranged on the tooth bar on support bar top; Be arranged on the top of fire door, the gear that matches with described support bar tooth bar; With the air-leg that described support bar be arranged in parallel, the movable end of described air-leg is connected with fire door, and the other end is fixedly connected with support bar.
Described full-automatic board plastic-suction forming equipment, wherein, described heater is heating board, and described heating board arranges a plurality of, and the temperature between the adjacent heating board independently arranges.
Described full-automatic board plastic-suction forming equipment, wherein, the softening checkout gear of described sheet material is the infrared ray shaven head.
Described full-automatic board plastic-suction forming equipment, wherein, described plastic uptake device comprises plastics suction mould; Be arranged on the clamping plate frame above the plastics suction mould; The first vacuum plant and the second vacuum plant, described the first vacuum plant is connected with plastics suction mould by tracheae; Described the second vacuum plant is connected with plastics suction mould by tracheae; The clamping plate frame guide rail that described clamping plate frame comprises clamping device, is arranged on the pulley of clamping device side and matches with pulley; Described clamping plate frame guide rail extends always and is set in the heating furnace; The pulley of described clamping plate frame is connected with clamping plate frame pulley drive device; Also be provided with the checkout gear for detection of the sheet material position on the described clamping plate frame; Described the first vacuum plant, the second vacuum plant, clamping device, clamping plate frame pulley drive device are connected with CPU respectively with checkout gear.
Described full-automatic board plastic-suction forming equipment, wherein, described the first vacuum plant comprises that first is communicated with ball valve, the first vacuum tank and is connected vavuum pump: described the first vacuum tank be connected vavuum pump and connect by tracheae; Described first end that is communicated with ball valve is connected with described the first vacuum tank by tracheae, and the other end is connected to the bottom of described plastics suction mould by tracheae; Described the second vacuum plant comprises that second is communicated with ball valve, the second vacuum tank and is connected vavuum pump: described the second vacuum tank be connected vavuum pump and connect by tracheae; Described second end that is communicated with ball valve is connected with described the second vacuum tank by tracheae, and the other end is connected to the edge of described plastics suction mould by tracheae.
Described full-automatic board plastic-suction forming equipment wherein, is provided with pneumatic clamps on the described clamping device, is provided with resistant to elevated temperatures soft silicon glue laminated bar on the described pneumatic clamps.
Described full-automatic board plastic-suction forming equipment, wherein, described full-automatic board plastic-suction forming equipment also comprises the pulley that is arranged on the heating furnace bottom; The guide rail that matches with the heating furnace bottom pulley; Drive the motor of heating furnace pulley; Drive the expansion link of described clamping plate frame lifting; Drive the flexible drive unit of expansion link; Described motor is connected with described CPU with the expansion link drive unit.
Described full-automatic board plastic-suction forming equipment, wherein, described automatic plate feeding device is arranged on the top of plastic uptake device; Described automatic plate feeding device comprises support; The sheet material adsorbent equipment; The crane that is connected with support; Be arranged on the automatic plate feeding device pulley on the support; The automatic plate feeding device guide rail that cooperates with described automatic plate feeding device pulley; Described automatic plate feeding device guide rail is vertical with described clamping plate frame guide rail; Described automatic plate feeding device pulley also is connected with the automatic plate feeding device pulley drive device; Described automatic plate feeding device pulley drive device, sheet material adsorbent equipment are connected with crane with described CPU and are connected.
Described full-automatic board plastic-suction forming equipment, wherein, described sheet material adsorbent equipment comprises the first swivel, the second swivel, vacuum cup, tracheae and automatic plate feeding device vavuum pump: described the first swivel is arranged on the bottom surface of support; Described the first swivel be connected swivel and connect by quill shaft, the other end of described the second swivel is connected with vacuum cup; Described tracheae passes support, the first swivel, the second swivel successively, and an end of described tracheae connects vacuum cup, and the other end connects the automatic plate feeding device vavuum pump.
The beneficial effects of the utility model: the utility model is by providing a kind of full-automatic board plastic-suction forming equipment, the a complete set of automatically introducing of plastic uptake equipment, plastic uptake station and heating furnace are coupled together, so that the sheet material plastic uptake changes mechanically actuated into from the hand labor of the overwhelming majority, realize the automation of plastics sucking moulding operation; Place sheet material and send the mechanization of sheet material, improved half-finished quality, improved the security of production process, improved half-finished production efficiency, reduced the impact that human factor causes semi-finished product; The mechanization of plastic uptake mode further improves the effect of moulding; The improvement of mode of heating makes that the thickness of each position can come to determine on request behind the plate forming, increases half-finished intensity.
Description of drawings
Fig. 1 is the structural representation of full-automatic board plastic-suction forming equipment in the utility model.
Fig. 2 is the schematic diagram when Compaction of Heating Furnace Door is closed in the full-automatic board plastic-suction forming equipment in the utility model.
Fig. 3 is the schematic diagram when Compaction of Heating Furnace Door is opened in the full-automatic board plastic-suction forming equipment in the utility model.
Fig. 4 is the structural representation of plastic uptake device in the full-automatic board plastic-suction forming equipment in the utility model.
Fig. 5 is the front view of automatic plate feeding device in the full-automatic board plastic-suction forming equipment in the utility model.
Fig. 6 is the upward view of automatic plate feeding device in the full-automatic board plastic-suction forming equipment in the utility model.
Fig. 7 is the schematic diagram of sheet material plastics sucking moulding anterior sucker adsorbent in the full-automatic board plastic-suction forming equipment in the utility model.
Fig. 8 be in the utility model in the full-automatic board plastic-suction forming equipment sheet material plastics sucking moulding posterior sucker adsorb half-finished schematic diagram.
Fig. 9 is the schematic diagram before removable heating furnace heats in the full-automatic board plastic-suction forming equipment in the utility model.
Figure 10 is the schematic diagram when removable heating furnace heats in the full-automatic board plastic-suction forming equipment in the utility model.
The specific embodiment
For making the purpose of this utility model, technical scheme and advantage clearer, clear and definite, referring to the accompanying drawing embodiment that develops simultaneously the utility model is further described.
As shown in Figure 1, be the structural representation of the utility model full-automatic board plastic-suction forming equipment.This full-automatic board plastic-suction forming equipment comprises heating furnace 100, plastic uptake device 200, hoistable platform 300, control module 400 and automatic plate feeding device 500.
Described control module 400 comprises CPU and control panel, and described CPU is connected with control panel, and described heating furnace 100, plastic uptake device 200, hoistable platform 300 are connected with automatic plate feeding device and are connected with CPU respectively; Input corresponding instruction by control panel, by the action of CPU control full-automatic board plastic-suction forming equipment.
As shown in Figures 2 and 3, be respectively schematic diagram when heating furnace 100 fire doors are closed with oven door opening in the utility model full-automatic board plastic-suction forming equipment.Described heating furnace 100 comprises the both sides that are arranged at fire door, the support bar that supports fire door, is provided with tooth bar 120 on the top of support bar; Be arranged on the gear 150 at the top of fire door, described gear 150 matches with tooth bar 120 on the described support bar; With the air-leg 130 that described support bar be arranged in parallel, described air-leg 130 is connected with control system, and the movable end of described air-leg 130 is connected with fire door, but jack-up fire door when air-leg 130 extends, and described air-leg 130 other ends are fixedly connected with support bar; Described heating furnace 100 also comprises and is arranged on form 110 heating furnace 100 sides, that be used for to observe sheet material heating state in the stove; Be arranged on the heater in the heating furnace 100, heater described in the present embodiment is heat-generating pipe 140, and described heat-generating pipe 140 can arrange a plurality of; Be arranged on the infrared ray shaven head of the softening rear tenesmus amplitude of heating furnace 100 interior detection sheet materials; Described heat-generating pipe 140 is connected with CPU with the infrared ray shaven head and is connected.
Heater in the described heating furnace 100 can also be selected heating board, and described heating board can arrange a plurality of.Because the heaters in the heating furnace 100 can only guarantee mostly in the whole heating furnace 100 that temperature everywhere is identical.But, because product is different, each position of sheet material needs the degree of depth of plastic uptake different, if the words that whole heating furnace 100 all is same temperature, the sheet material that touches first plastics suction mould 210 will be cooled first, and the amplitude that stretches during plastic uptake will reduce, and the position of rear contact is because not decline of temperature, draftability will be better, and what will occur like this is that the variable thickness of the complete rear whole finished product of plastic uptake causes.When using heating board, heating temp that can be by every heating plate is set is to obtain the different temperatures of each position in the heating furnace 100, therefore, can adjust required temperature according to the range of decrease of temperature, to guarantee that the degree that each position of sheet material stretches is identical.That is to say, at first contact the sheet material position of plastics suction mould 210, can suitably heighten the temperature of relative heating board, even like this cooling, can guarantee that also the amplitude that plastic uptake draws high is also larger, therefore, just can guarantee better that in the plastic uptake process thickness of each position is identical, reduce as best one can the different situation of each position thickness of sheet material.
When heating furnace 100 heating sheet material, fire door is in closed condition, by the heating of CPU control heater, sheet material is heated, and the heating state of 110 pairs of sheet materials of form that can be by the heating furnace side carries out real-time monitoring; CPU also controls the real-time tenesmus amplitude that detects after sheet material softens of infrared ray shaven head, after detecting that sheet material is softening and putting in place, the first information of infrared ray feeds back to CPU, 130 actions of CPU control air-leg, air-leg 130 elongation jack-up fire doors, gear 150 on the fire door moves along the tooth bar 120 on the support bar, when fire door is propped up assigned address, air-leg 130 stops action, gear 150 and tooth bar 120 are in engagement, can not produce relative motion, fire door is realized the rack-and-pinion location, safe and reliable.
As shown in Figure 4, be the structural representation of plastic uptake device 200 in the utility model full-automatic board plastic-suction forming equipment.Described plastic uptake device 200 comprises plastics suction mould 210, is provided with the bracing frame that supports plastics suction mould 210 below the described plastics suction mould 210; Be arranged on the clamping plate frame 220 above the plastics suction mould 210; First is communicated with ball valve 230; The first vacuum plant 240, described the first vacuum plant 240 comprises the first vacuum tank 241 and the first vavuum pump 242; Second is communicated with ball valve 250; The second vacuum plant 260, described the second vacuum plant 260 comprises the second vacuum tank 261 and the second vavuum pump 262.Described clamping plate frame 220, first is communicated with ball valve 230, the first vavuum pump 242, second is communicated with ball valve 250 and is connected with CPU respectively with the second vavuum pump 262.
Described the first vacuum tank 241 be connected vavuum pump 242 and connect by tracheae; Described the second vacuum tank 261 be connected vavuum pump 262 and connect by tracheae; Described first end that is communicated with ball valve 230 is connected with described the first vacuum tank 241 by tracheae, and the other end is connected to the large space place (the large space place is the bottom of plastics suction mould 210 in the present embodiment) of described plastics suction mould 210 by tracheae; Described second end that is communicated with ball valve 250 is connected with described the second vacuum tank 261 by tracheae, and the other end is connected to the place, little space (place, the medium and small space of present embodiment is the edge sealing part of plastics suction mould 210) of described plastics suction mould 210 by tracheae.
Described clamping plate frame 220 comprises clamping device, is arranged on the clamping plate frame pulley of clamping device side and the clamping plate frame guide rail that matches with clamping plate frame pulley, be provided with pneumatic clamps on the described clamping device, be provided with resistant to elevated temperatures soft silicon glue laminated bar on the pneumatic clamps, described clamping device can Automatic-clamping sheet material and the sheet material that can and then soften and automatically adjust the clamping degree of sheet material; Described clamping plate frame guide rail extends the inside that is set to heating furnace 100 always, and described clamping plate frame 220 can move between plastics suction mould 210 and heating furnace 100 along clamping plate frame guide rail; Described clamping plate frame pulley is connected with clamping plate frame pulley drive device, and by clamping plate frame pulley drive device actuation movement, the frame of clamping plate described in present embodiment pulley drive device is syncmotor; Also be provided with sensor on the described clamping plate frame 220, for detection of the position of sheet material.Described clamping device, clamping plate frame pulley drive device are connected with CPU with sensor and are connected.
Described clamping plate frame 220 is realized being connected by clamping plate frame guide rail with described heating furnace 100, first sheet material is clamped by pneumatic clamps, utilizes the syncmotor driving that sheet material is sent in the heating furnace and heats; Owing to be before heating, just sheet material to be clipped, so do not need the size of too many consideration sheet material, also can clamp very equably, artificial defective can't appear.
Separate the first vacuum plant 240 and the second vacuum plant 260 in the present embodiment, utilize the first vavuum pump 242 to realize the plastic uptake of large space plastic uptake positions, utilize the second vavuum pump 262 to realize the plastic uptake of plastic uptake positions, little space, with the plastic uptake of control diverse location; Utilize the second vavuum pump 262 first the gas in the little space to be siphoned away, allow the edge seal effect reach best, so, air in the large space can be because sealing strip be not good the phenomenon that leaks air, simultaneously, more make the plastic uptake best results at edge, avoid plastic uptake phenomenon not in place, make yield rate greatly improve.Because the second vacuum plant 260 is be used to the gas that siphons away in the little space, so the second vacuum tank 261 and the second vavuum pump 262 can be selected the less vacuum tank of capacity relative and vavuum pump, to save production cost.
Described hoistable platform 300 comprises mold platform and lowering or hoisting gear, described lowering or hoisting gear be arranged on mold platform below, described lowering or hoisting gear is connected with described CPU, by the CPU control action, mold platform realizes oscilaltion with lowering or hoisting gear; Described plastics suction mould 210 is arranged on the described mold platform.Hoistable platform in the present embodiment drives the lowering or hoisting gear oscilaltion by hydraulic-driven by fluid pressure drive device, thereby drives plastics suction mould 210 liftings.
As shown in Figure 5 and Figure 6, be automatic plate feeding device structural representation in the utility model full-automatic board plastic-suction forming equipment.Described automatic plate feeding device 500 comprises support 550, the first swivel 510, the second swivel 520, vacuum cup 530, tracheae 540 and automatic plate feeding device vavuum pump: described the first swivel 510 is arranged on the bottom surface of support 550, described the first swivel 510 be connected swivel 520 and connect by quill shaft, the other end of described the second swivel 520 is connected with vacuum cup 530, described tracheae 540 passes support 550 successively, the first swivel 510, the second swivel 520, one end of described tracheae 540 connects vacuum cup 530, and the other end connects the automatic plate feeding device vavuum pump; Described the first swivel 510, the second swivel 520, vacuum cup 530, tracheae 540 can arrange a plurality of.Described automatic plate feeding device 500 also comprises the crane that is connected with support 550, is arranged on the automatic plate feeding device pulley on the support 550, the automatic plate feeding device guide rail that cooperates with described automatic plate feeding device pulley; But the non-intersect setting vertical with described clamping plate frame guide rail of described automatic plate feeding device guide rail; Described automatic plate feeding device pulley also is connected with the drive unit of automatic plate feeding device pulley, drive automatic plate feeding device 500 by the automatic plate feeding device pulley drive device and slide along the automatic plate feeding device guide rail, the pulley drive device of automatic plate feeding device described in the present embodiment adopts syncmotor; Described whole automatic plate feeding device 500 be arranged on clamping plate frame 220 above, do not contact with described clamping plate frame 220, realize the automatic lifting of whole automatic plate feeding device 500 by crane.Described automatic plate feeding device drive unit, automatic plate feeding device vavuum pump are connected with crane with described CPU and are connected.
As shown in Figure 7, be the schematic diagram of sheet material plastics sucking moulding anterior sucker adsorbent in the utility model full-automatic board plastic-suction forming equipment.When sheet material had been adsorbed, vacuum cup 530 kept flat, and all vacuum cups 530 all connect the automatic plate feeding device vavuum pump, and when starting the automatic plate feeding device vavuum pump, vacuum cup 530 just picks up sheet material.Adjust again the position of sheet material by crane, make sheet material be positioned over the pneumatic clamps place of clamping plate frame 220, again by the position of the plate detecting sensor material on the clamping plate frame 220, CPU adjusts the relative position of automatic plate feeding device 500 and clamping plate frame 220 according to the information of sensor feedback, after adjust the position, CPU control pneumatic clamps clamps sheet material, and vacuum cup 530 unclamps sheet material.
As shown in Figure 8, sheet material plastics sucking moulding posterior sucker adsorbs half-finished schematic diagram in the utility model full-automatic board plastic-suction forming equipment.After the product plastics sucking moulding is complete, can pass through the first swivel 510 and the second swivel 520, adjust the position of vacuum cup 530, adsorb half-finished inwall, clamping plate frame 220 unclamps half-finished edge, thereby automatic plate feeding device 500 is with the whole taking-up of semi-finished product.
Described full-automatic board plastic-suction forming equipment comprises that also cooling device described in the present embodiment adopts fan for half-finished cooling device behind the cooling plastics sucking moulding.
The overall process of the automatic plastic uptake of the utility model full-automatic board plastic-suction forming equipment is as follows: operating personnel input instruction by control panel, start the full-automatic board plastic-suction forming equipment: automatic plate feeding device 500 is along the automatic plate feeding device guide rail movement to sheet material stacking place, CPU starts the automatic plate feeding device vavuum pump, vacuum cup 530 adsorbs sheet material, automatic plate feeding device 500 again along the automatic plate feeding device guide rail movement above clamping plate frame 220, CPU is according to clamping plate frame 220 upper sensor feedacks, the crane oscilaltion of control automatic plate feeding device 500, control automatic plate feeding device 500 seesaws and controls clamping plate frame 220 along the side-to-side movement of clamping plate frame guide rail along the automatic plate feeding device guide rail, to adjust the relative position of automatic plate feeding device 500 and clamping plate frame 220, behind the position of adjusting sheet material, CPU control pneumatic clamps Automatic-clamping sheet material, vacuum cup 530 unclamps sheet material; Automatically send in the process of plate at automatic plate feeding device 500, CPU controls the heater action that starts in the heating furnace 100 simultaneously, make the temperature of heating furnace 100 be elevated to the scope that needs, then the fire door of heating furnace 100 is opened automatically, clamping plate frame 220 is driven by syncmotor, automatically sheet material is sent in the heating furnace 100 along clamping plate frame guide rail, closed subsequently the fire door of heating furnace 100, and wait sheet material is baked soft; Because there is the infrared ray shaven head that can detect the softening rear tenesmus amplitude of sheet material heating furnace 100 inside, after detecting softening putting in place, CPU is according to the feedback information that receives, the fire door of control heating furnace 100 is opened automatically, sheet material after softening is pulled out to the top of plastics suction mould 210 again by syncmotor together with clamping plate frame 220, then CPU controls described hoistable platform 300 and automatically rises, drive plastics suction mould 210 and rise to preset height, CPU control this moment first is communicated with ball valve 230 and the second connection ball valve 250 is opened automatically, plastic uptake carries out automatically, then CPU restarts fan coolling sheet material after complete according to default plastic uptake time plastic uptake, after the complete sheet material of plastic uptake is suitably lowered the temperature by fan, the vacuum cup 530 of CPU control automatic plate feeding device 500 holds the shiny surface of sheet forming, and hoistable platform 300 will drive lentamente plastics suction mould 210 automatic declines and carry out the demoulding.After the demoulding is complete, the pneumatic clamps of clamping plate frame 220 will automatically spring open, and the crane of CPU control automatic plate feeding device 500 rises, and automatic plate feeding device 500 transports semi-finished product along guide rail.
In addition, because above-mentioned heating furnace 100 is fixed, clamping plate frame 220 is movably, sheet material is delivered to plastic uptake device 200 places by clamping plate frame 220 and is carried out in the middle of the plastic uptake segment distance being arranged after heating furnace 100 interior heating, cooling velocity when taking out for fear of sheet material, heating furnace 100 can be designed to movably, clamping plate frame 220 is set to fix.As shown in Figure 9 and Figure 10, be respectively in the utility model full-automatic board plastic-suction forming equipment before the heating of removable heating furnace and the schematic diagram the during heating of removable heating furnace.Removable heating furnace 600 comprises heating furnace 100; Be arranged on the pulley 160 of heating furnace bottom; The pulley guide rails 180 that cooperates with described pulley 160; The motor 170 that be arranged on the heating furnace 100, drive pulley is moved, described motor 170 is connected with described control system.Described clamping plate frame 220 also comprises the expansion link 221 that drives 220 oscilaltions of clamping plate frame, described expansion link 221 is connected with fluid pressure drive device, described fluid pressure drive device is connected with CPU, by 220 oscilaltions of CPU control expansion link 221 flexible drive clamping plate frames, so that sheet material fits or leaves plastics suction mould 210.Like this, to plastics suction mould 210 places, just can realize limit heating edge plastic uptake by mobile removable heating furnace 600, avoid the cooling velocity of sheet material, obtain better plastic uptake effect.
Should be understood that; application of the present utility model is not limited to above-mentioned giving an example; for those of ordinary skills, can be improved according to the above description or conversion, all these improvement and conversion all should belong to the protection domain of the utility model claims.
Claims (10)
1. a full-automatic board plastic-suction forming equipment is characterized in that, comprises the heating furnace of thermoplastic sheet material; The plastic uptake device of plastics sucking plate material forming; The hoistable platform of lifting plastic uptake device; The automatic plate feeding device of automatic conveying sheet material; Control module; Wherein:
Described control module comprises the control panel of CPU and input instruction, and described CPU is connected with control panel;
Described heating furnace is connected with the plastic uptake device; Described hoistable platform be arranged on the plastic uptake device below; Described automatic plate feeding device is arranged on the top of plastic uptake device;
Described heating furnace, plastic uptake device, hoistable platform are connected with automatic plate feeding device and are connected with CPU.
2. full-automatic board plastic-suction forming equipment according to claim 1 is characterized in that, described heating furnace comprises the fire door automatic open device; Be arranged on the heater in the heating furnace; Be arranged in the heating furnace, detect the softening checkout gear of sheet material of the softening rear tenesmus amplitude of sheet material; Be arranged on the form heating furnace side, that be used for observing sheet material heating state in the stove; Described fire door automatic open device, heater are connected checkout gear and are connected with CPU respectively with sheet material;
Described fire door automatic open device comprises the support bar that is arranged on the fire door both sides, supports fire door; Be arranged on the tooth bar on support bar top; Be arranged on the top of fire door, the gear that matches with described support bar tooth bar; With the air-leg that described support bar be arranged in parallel, the movable end of described air-leg is connected with fire door, and the other end is fixedly connected with support bar.
3. full-automatic board plastic-suction forming equipment according to claim 2 is characterized in that, described heater is heating board, and described heating board arranges a plurality of, and the temperature between the adjacent heating board independently arranges.
4. full-automatic board plastic-suction forming equipment according to claim 2 is characterized in that, the softening checkout gear of described sheet material is the infrared ray shaven head.
5. full-automatic board plastic-suction forming equipment according to claim 1 is characterized in that, described plastic uptake device comprises plastics suction mould; Be arranged on the clamping plate frame above the plastics suction mould; The first vacuum plant and the second vacuum plant, described the first vacuum plant is connected with plastics suction mould by tracheae; Described the second vacuum plant is connected with plastics suction mould by tracheae; The clamping plate frame guide rail that described clamping plate frame comprises clamping device, is arranged on the pulley of clamping device side and matches with pulley; Described clamping plate frame guide rail extends always and is set in the heating furnace; The pulley of described clamping plate frame is connected with clamping plate frame pulley drive device; Also be provided with the checkout gear for detection of the sheet material position on the described clamping plate frame; Described the first vacuum plant, the second vacuum plant, clamping device, clamping plate frame pulley drive device are connected with CPU respectively with checkout gear.
6. full-automatic board plastic-suction forming equipment according to claim 5 is characterized in that, described the first vacuum plant comprises that first is communicated with ball valve, the first vacuum tank and is connected vavuum pump: described the first vacuum tank be connected vavuum pump and connect by tracheae; Described first end that is communicated with ball valve is connected with described the first vacuum tank by tracheae, and the other end is connected to the bottom of described plastics suction mould by tracheae; Described the second vacuum plant comprises that second is communicated with ball valve, the second vacuum tank and is connected vavuum pump: described the second vacuum tank be connected vavuum pump and connect by tracheae; Described second end that is communicated with ball valve is connected with described the second vacuum tank by tracheae, and the other end is connected to the edge of described plastics suction mould by tracheae.
7. full-automatic board plastic-suction forming equipment according to claim 5 is characterized in that, is provided with pneumatic clamps on the described clamping device, is provided with resistant to elevated temperatures soft silicon glue laminated bar on the described pneumatic clamps.
8. full-automatic board plastic-suction forming equipment according to claim 5 is characterized in that, described full-automatic board plastic-suction forming equipment also comprises the pulley that is arranged on the heating furnace bottom; The guide rail that matches with the heating furnace bottom pulley; Drive the motor of heating furnace pulley; Drive the expansion link of described clamping plate frame lifting; Drive the flexible drive unit of expansion link; Described motor is connected with described CPU with the expansion link drive unit.
9. full-automatic board plastic-suction forming equipment according to claim 1 is characterized in that, described automatic plate feeding device is arranged on the top of plastic uptake device; Described automatic plate feeding device comprises support; The sheet material adsorbent equipment; The crane that is connected with support; Be arranged on the automatic plate feeding device pulley on the support; The automatic plate feeding device guide rail that cooperates with described automatic plate feeding device pulley; Described automatic plate feeding device guide rail is vertical with described clamping plate frame guide rail; Described automatic plate feeding device pulley also is connected with the automatic plate feeding device pulley drive device; Described automatic plate feeding device pulley drive device, sheet material adsorbent equipment are connected with crane with described CPU and are connected.
10. full-automatic board plastic-suction forming equipment according to claim 9, it is characterized in that described sheet material adsorbent equipment comprises the first swivel, the second swivel, vacuum cup, tracheae and automatic plate feeding device vavuum pump: described the first swivel is arranged on the bottom surface of support; Described the first swivel be connected swivel and connect by quill shaft, the other end of described the second swivel is connected with vacuum cup; Described tracheae passes support, the first swivel, the second swivel successively, and an end of described tracheae connects vacuum cup, and the other end connects the automatic plate feeding device vavuum pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220339685 CN202826387U (en) | 2012-07-13 | 2012-07-13 | Automatic plate plastic molding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220339685 CN202826387U (en) | 2012-07-13 | 2012-07-13 | Automatic plate plastic molding device |
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| CN202826387U true CN202826387U (en) | 2013-03-27 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201220339685 Withdrawn - After Issue CN202826387U (en) | 2012-07-13 | 2012-07-13 | Automatic plate plastic molding device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102744871A (en) * | 2012-07-13 | 2012-10-24 | 佛山市高明粤华卫生洁具有限公司 | Fully-automatic plate plastic molding equipment |
| CN106273379A (en) * | 2016-08-30 | 2017-01-04 | 佛山市高明科力机械有限公司 | A kind of PLA degraded dinner box shaping machine adds hott bed |
| CN109435212A (en) * | 2018-12-28 | 2019-03-08 | 南通佳景休闲洁具有限公司 | A kind of large sucking plastic equipment and its working method based on Industrial Ethernet Control |
-
2012
- 2012-07-13 CN CN 201220339685 patent/CN202826387U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102744871A (en) * | 2012-07-13 | 2012-10-24 | 佛山市高明粤华卫生洁具有限公司 | Fully-automatic plate plastic molding equipment |
| CN102744871B (en) * | 2012-07-13 | 2014-09-24 | 佛山市高明粤华卫生洁具有限公司 | Fully-automatic plate plastic molding equipment |
| CN106273379A (en) * | 2016-08-30 | 2017-01-04 | 佛山市高明科力机械有限公司 | A kind of PLA degraded dinner box shaping machine adds hott bed |
| CN109435212A (en) * | 2018-12-28 | 2019-03-08 | 南通佳景休闲洁具有限公司 | A kind of large sucking plastic equipment and its working method based on Industrial Ethernet Control |
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