CN102896768A - Integrated full-automatic thermoforming machine - Google Patents
Integrated full-automatic thermoforming machine Download PDFInfo
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- CN102896768A CN102896768A CN2012103581712A CN201210358171A CN102896768A CN 102896768 A CN102896768 A CN 102896768A CN 2012103581712 A CN2012103581712 A CN 2012103581712A CN 201210358171 A CN201210358171 A CN 201210358171A CN 102896768 A CN102896768 A CN 102896768A
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Abstract
The invention discloses an integrated full-automatic thermoforming machine. The integrated full-automatic thermoforming machine comprises a rack, an output structure, a heating structure, a forming punch structure, a main shaft transmission structure, a programmable logic controller (PLC) control system, a sheet feed stopping structure, a rolling structure, a punching structure and a main speed-down motor. The integrated full-automatic thermoforming machine has the advantages that the structure is simple, a sheet passes through a front and rear conveying structure and the rolling structure which synchronously operate, then the sheet passes through a pre-heating plate which controls the temperature, the stopping structure and the forming punch structure, the whole heating forming is completed once, the error of the shrinkage variable in the processing process of the sheet is effectively reduced, the processing speed and efficiency are improved, the processing accuracy is effectively increased, and the applicability is good.
Description
Technical field
The invention belongs to PVC, PET, BOPS, GPPS, HIPS plastic molding equipment, be specifically related to a kind of integrated full-automatic thermoforming machine.
Background technology
Thermoforming machine be make, the common equipment of the various plastic products of processing, such as containers such as the cup made by PS, PET, PVC, GPPS, HIPS material, lid, dishes, normally process thermoforming by thermoforming machine.
Existing flat heating fully automatic forming machine is a kind of equipment of plastic sheet class processing and forming, utilize different moulds that plastic sheet is heated, air pressure, the moulding punching, punching molding is finished the processing and fabricating to plastic material, yet the thermoforming machine of prior art is for complex-shaped workpiece, a general mold is to finish, need the successively moulding of many molds, punching, die-cut, when it connects in each operation, because plastic sheet is after hot briquetting, easily be subjected to the ambient influnences such as air themperature, can cool off, so that product is shrinking, in moulding, punching, the mould position error will appear in die-cut, whole process is used numerous and diverse, and at the bottom of the machining accuracy, has had a strong impact on production efficiency.
Summary of the invention
The purpose of this invention is to provide a kind of simple in structure, integrated full-automatic thermoforming machine that production efficiency is high.
The technical scheme that realizes the object of the invention provides a kind of integrated full-automatic thermoforming machine, comprise frame, export structure, heating arrangement, the moulding perforation structure, main shaft driving structure, the PLC control system, send the sheet chocking construction, the rolling structure, die-cut structure and main reducing motor, described export structure is arranged on the left end of described frame, described heating arrangement is arranged on the top of described frame and is connected with described export structure, described moulding perforation structure is arranged on described frame top, the right side of heating arrangement also is connected with described heating arrangement, the bottom of described moulding perforation structure links to each other with the main shaft of described main shaft driving structure, described main shaft driving structure is arranged on the top in the frame, and link to each other with described main reducing motor, the described sheet chocking construction that send is arranged on described frame top, the right side of moulding perforation structure, the described bottom of sheet chocking construction of sending is connected with described main shaft driving structure, described die-cut structure is arranged on the right-hand member top of described frame, the bottom of described die-cut structure links to each other with described main shaft driving structure, described rolling structure is arranged on the right-hand member of described frame, the upper right side of described die-cut structure, described rolling structure is connected with described die-cut structure, described PLC set-up of control system is above frame, described send the sheet chocking construction directly over, described main reducing motor is arranged on the bottom in the described frame.
Described main shaft driving structure comprises from a left side to the left end shaft bearing that sets gradually, shaping cam, the signal cam, the second bearing block, the spindle drive sprocket wheel, carry cam disc, signal cam drive axle, the main shaft adapter sleeve, the 3rd bearing block, die-cut splined shaft, die-cut eccentric wheel and right-hand member bearing block, the bottom of described moulding perforation structure is arranged on the described shaping cam, the described bottom of sheet chocking construction of sending is arranged on the described conveying cam disc, described main reducing motor is connected on the described spindle drive sprocket wheel by chain, and the bottom of described die-cut structure setting is arranged on the described die-cut eccentric wheel.
Described export structure comprises output motor, the output adjusting swing arm of the conveyance roller that links to each other by belt with described output motor, the transition roller that is used for being connected conveyance roller and described heating arrangement, the length variations that causes because of pyrocondensation for automatic adjustment sheet; Swing arm is regulated in the rolling that described rolling structure comprises winding motor, rolling live-roller and is used for the length variations that automatic adjustment sheet causes because of pyrocondensation.
On described export structure, also comprise the synchronous generator for control output motor and described winding motor.
Described heating arrangement comprises heatable soleplate, pillar, the heating top board, the heating preheating table, the heater block deflector roll, heating plate and heating folding cylinder, one end bearing of described pillar is on described heatable soleplate, the other end is connected with the heating top board, described heater block deflector roll is arranged on the below of described heating top board, and by guide roller stand with the heating top board be connected, described heater block deflector roll is connected with described transition roller, described heating preheating table and described heating plate are arranged on the described heater block deflector roll, described heating folding cylinder is fixedly installed on the top of described heating top board, and described heatable soleplate is bolted on the described frame.
Described moulding perforation structure comprises the profiled part base plate, be arranged on the punching column on the described profiled part base plate, be disposed with from the bottom up back-moving spring on the described punching column, moulding dynamic model seat, molding bottom die, lower heating plate, the mould inlet plate, the shaping upper seat board, the punching upper clamping plate, punching top board and punching cylinder, the bottom of described profiled part base plate is provided with the shaping roller wheel seat, described shaping roller wheel seat is connected with the shaping cam of described main shaft driving structure, one end of described back-moving spring is connected to the upper surface of described profiled part base plate, the other end is connected on the lower surface of described moulding dynamic model seat, described lower heating plate is fixedly installed on the described moulding dynamic model seat, described molding bottom die be arranged on described lower heating plate the top and with described lower heating plate seamless link, described shaping upper seat board is fixed on the described punching column, described shaping upper seat board is provided with punching mould guide pillar, described punching upper clamping plate is connected with described shaping upper seat board by punching mould guide pillar, described punching upper clamping plate is provided with punching stamping knife down, described punching stamping knife passes shaping upper seat board and the setting of described mould inlet plate, and described punching cylinder is connected with described punching upper clamping plate.
The described sheet chocking construction that send comprises bottom adjusting support plate, stroke regulating lever, swing catch bar, send the sheet stop bracket, guide plate, stop felt panel seat, the stop felt, pressure regulating spring, the pressure adjusting bolt, the intermediate plate cylinder, compressing tablet stop cylinder, compressing tablet stop air cylinder base, the linear bearing panel seat, slide bar, be provided with the stroke adjustment bearing on the described adjusting support plate, stroke regulating lever is arranged on the described stroke adjustment bearing, the other end of described stroke regulating lever links to each other with described linear bearing panel seat, the top of described stroke regulating lever is provided with the stroke adjustment roller, also be provided with pushing rolling wheels on the described stroke adjustment bearing, described swing catch bar is arranged on the described pushing rolling wheels, the other end of described swing catch bar links to each other with described guide plate, described guide plate is arranged on described sending on the sheet stop bracket, described stop felt panel seat is arranged on an end of described guide plate, the below of described stop felt panel seat is provided with the stop felt, be provided with pressure at described stop felt and transfer bolt, pressure regulating spring is arranged on the bar of described pressure adjusting bolt, described slide bar is arranged on the below of described guide plate, described linear bearing panel seat is arranged on the described slide bar, described linear bearing panel seat is connected with described stroke regulating lever, described intermediate plate cylinder is fixed on the described linear bearing panel seat, described pressure stop cylinder is arranged on the described compressing tablet stop air cylinder base, and described compressing tablet stop air cylinder base is fixed on the end of described guide plate.
Die-cut structure comprises die-cut base, die-cut fifth wheel, die-cut dynamic model seat, die cutting die, the blanking die upper plate, demoulding push rod, demoulding cylinder, demoulding push pedal, guide card filters roller, die-cut parts column, die-cut output motor and exit conveyor, described die-cut fifth wheel is arranged on described die-cut base below and links to each other with the die-cut eccentric wheel of described main shaft driving structure, described die-cut base is provided with die-cut floating spring, the bottom of described die-cut floating spring is connected on the described die-cut base, the top of described die-cut floating spring is connected to the bottom of described die-cut dynamic model seat, described die cutting die is arranged on the described die-cut dynamic model seat, described guide card filters the side that roller is arranged on described die cutting die, described blanking die upper plate is arranged on the top of described die cutting die, described demoulding cylinder is arranged on the described blanking die upper plate, described demoulding cylinder is connected with described demoulding push pedal, and described demoulding push pedal is arranged on the described demoulding push rod, and up and down at demoulding push rod.
Be provided with die-cut pilot bushing between the described die cutting die.
The present invention has positive effect: (1) is of the present invention simple in structure, mainly comprise frame, export structure, heating arrangement, the moulding perforation structure, main shaft driving structure, the PLC control system, send the sheet chocking construction, the rolling structure, die-cut structure and main reducing motor, sheet material is through the synchronous operation of front and back structure for conveying and rolling structure, and through preheating the temperature control of plate, chocking construction and moulding perforation structure, whole hot briquetting is once finished, effectively reduced the error of the shrink variable of sheet material in process, process velocity and efficient have been improved, and Effective Raise machining accuracy, applicability is good.
(2) main shaft driving structure of the present invention mainly comprises from a left side to the left end shaft bearing that sets gradually, shaping cam, the signal cam, the second bearing block, the spindle drive sprocket wheel, carry cam disc, signal cam drive axle, the main shaft adapter sleeve, the 3rd bearing block, die-cut splined shaft, die-cut eccentric wheel and right-hand member bearing block, adopt this main shaft driving structure, each parts can be fixedly connected on the corresponding cam, make each parts of integrated full-automatic heater of the present invention under the effect of main shaft driving structure, realize finishing fast and accurately each processing action, avoid each parts deficiency not in tune, effectively raised machining accuracy and working (machining) efficiency.
(3), swing arm is regulated in the output that export structure and rolling structure are provided with the length variations that causes because of pyrocondensation for automatic adjustment sheet among the present invention and swing arm is regulated in rolling, can effectively control the stability of sheet material in process, remove the position error that sheet material causes because of thermal contraction, improve machining accuracy and the working (machining) efficiency of equipment.
(4) further, among the present invention, on described export structure, also comprise the synchronous generator for control output motor and described winding motor.Can realize export structure and rolling structure synchronization action, can effectively guarantee simultaneously the seamless connection of each component processing of integrated full-automatic heater, guarantee the stability of sheet material in process, eliminated the error that sheet material causes because of thermal contraction, improved machining accuracy and efficient.
(5), among the present invention, heating arrangement comprises heatable soleplate, pillar, heating top board, heating preheating table, heater block deflector roll, heating plate and heating folding cylinder, the temperature control of adopting this structure to cross to preheat plate improves the efficiency of heating surface to sheet material.
(6), among the present invention, described moulding perforation structure comprises the profiled part base plate, is arranged on the punching column on the described profiled part base plate, be disposed with from the bottom up back-moving spring, moulding dynamic model seat, molding bottom die, lower heating plate, mould inlet plate, shaping upper seat board, punching upper clamping plate, punching top board and punching cylinder on the described punching column, described shaping upper seat board is provided with punching mould guide pillar; This is simple in structure, by driving moulding dynamic model seat and top molding bottom die, it is slided up and down at the punching column, realize the folding mould to molding bottom die and upper air plate, matched moulds closes, by PLC control air pump inlet plate is pressurizeed, finish the operations for forming to product, easy to use, and then driving cylinder promotion punching upper clamping plate is finished punching, be provided with punching mould guide pillar at the shaping upper seat board, can effectively guarantee the precision of punching, applicability is good.
(7), among the present invention, the described sheet chocking construction that send comprises bottom adjusting support plate, stroke regulating lever, swing catch bar, send the sheet stop bracket, guide plate, stop felt panel seat, the stop felt, pressure regulating spring, the pressure adjusting bolt, the intermediate plate cylinder, compressing tablet stop cylinder, compressing tablet stop air cylinder base, the linear bearing panel seat, slide bar, when sheet material is sent to the conveying chocking construction, by intermediate plate cylinder clamping sheet material, main shaft drives by spindle drive swings catch bar, drive the intermediate plate cylinder and along slide bar sheet material is delivered to both allocations, by the fixing sheet material of stop cylinder and check plate, prevent that sheet material is subjected to displacement, it has guaranteed the stability of the position of sheet material, avoid in the process sheet material because being subjected to displacement the deviation of the processing that causes, guaranteed the accuracy of sheet material processing.
(8), among the present invention, die-cut structure comprises that die-cut base, die-cut fifth wheel, die-cut dynamic model seat, die cutting die, blanking die upper plate, demoulding push rod, demoulding cylinder, demoulding push pedal, guide card filter roller, die-cut parts column, die-cut output motor and exit conveyor, sheet material die-cut to processing be can finish, die-cut precision and efficient improved.
Description of drawings
For content of the present invention is more likely to be clearly understood, the below according to specific embodiment and by reference to the accompanying drawings, the present invention is further detailed explanation, wherein:
Fig. 1 is structural representation of the present invention;
Fig. 2 is the concrete structure schematic diagram of the main shaft driving structure of integrated full-automatic thermoforming machine shown in Figure 1;
Fig. 3 is the concrete structure schematic diagram of the heating arrangement of integrated full-automatic thermoforming machine shown in Figure 1;
Fig. 4 is the concrete structure schematic diagram of the moulding perforation structure of integrated full-automatic thermoforming machine shown in Figure 1;
Fig. 5 is the concrete structure schematic diagram that send the sheet chocking construction of integrated full-automatic thermoforming machine shown in Figure 1;
Fig. 6 is the concrete structure schematic diagram of the die-cut structure of integrated full-automatic thermoforming machine shown in Figure 1.
The specific embodiment
(embodiment 1)
Fig. 1 to Fig. 6 has shown a kind of specific embodiment of the present invention, and wherein Fig. 1 is structural representation of the present invention; Fig. 2 is the concrete structure schematic diagram of the main shaft driving structure of integrated full-automatic thermoforming machine shown in Figure 1; Fig. 3 is the concrete structure schematic diagram of the heating arrangement of integrated full-automatic thermoforming machine shown in Figure 1; Fig. 4 is the concrete structure schematic diagram of the moulding perforation structure of integrated full-automatic thermoforming machine shown in Figure 1; Fig. 5 is the concrete structure schematic diagram that send the sheet chocking construction of integrated full-automatic thermoforming machine shown in Figure 1; Fig. 6 is the concrete structure schematic diagram of the die-cut structure of integrated full-automatic thermoforming machine shown in Figure 1.
See Fig. 1 to Fig. 6, a kind of integrated full-automatic thermoforming machine, comprise frame 1, export structure 2, heating arrangement 3, moulding perforation structure 4, main shaft driving structure 5, PLC control system 6, send sheet chocking construction 7, rolling structure 8, die-cut structure 9 and main reducing motor 10, export structure 2 is arranged on the left end of frame 1, heating arrangement 3 is arranged on the top of frame 1 and is connected with export structure 2, moulding perforation structure 4 is arranged on frame 1 top, the right side of heating arrangement 3 also is connected with heating arrangement 3, the bottom of moulding perforation structure 4 links to each other with the main shaft of main shaft driving structure 5, main shaft driving structure 5 is arranged on the top in the frame 1, and link to each other with main reducing motor 10, send sheet chocking construction 7 to be arranged on frame 1 top, the right side of moulding perforation structure 4, send the bottom of sheet chocking construction 7 to be connected with main shaft driving structure 5, die-cut structure 9 is arranged on the right-hand member top of frame 1, the bottom of die-cut structure 9 links to each other with main shaft driving structure 5, rolling structure 8 is arranged on the right-hand member of frame 1, the upper right side of die-cut structure 9, rolling structure 8 is connected with die-cut structure 9, PLC control system 6 is arranged on frame 1 top, send sheet chocking construction 7 directly over, main reducing motor 10 is arranged on the bottom in the frame 1.
Main shaft driving structure 5 comprises from a left side to the left end shaft bearing 51 that sets gradually, shaping cam 52, signal cam 53, the second bearing block 54, spindle drive sprocket wheel 55, carry cam disc 56, signal cam drive axle 57, main shaft adapter sleeve 58, the 3rd bearing block 59, die-cut splined shaft 510, die-cut eccentric wheel 511 and right-hand member bearing block 512, the bottom of moulding perforation structure 4 is arranged on the shaping cam 52, send the bottom of sheet chocking construction 7 to be arranged on the conveying cam disc 56, main reducing motor 10 is connected on the spindle drive sprocket wheel 55 by chain, and the bottom that die-cut structure 9 arranges is arranged on the die-cut eccentric wheel 511.
The conveyance roller 22 that export structure 2 comprises output motor 21, link to each other by belt with output motor 21, be used for being connected conveyance roller 22 and heating arrangement 3 transition roller 23, be used for the output adjusting swing arm 24 of the length variations that automatic adjustment sheet causes because of pyrocondensation; Swing arm 83 is regulated in the rolling that rolling structure 8 comprises winding motor 81, rolling live-roller 82 and is used for the length variations that automatic adjustment sheet causes because of pyrocondensation.
On export structure 2, also comprise for the synchronous generator 25 of control output motor 21 with winding motor 81.
Send sheet chocking construction 7 to comprise bottom adjusting support plate 71, stroke regulating lever 72, swing catch bar 73, send sheet stop bracket 74, guide plate 75, stop felt panel seat 76, stop felt 77, pressure regulating spring 78, pressure adjusting bolt 79, intermediate plate cylinder 710, compressing tablet stop cylinder 711, compressing tablet stop air cylinder base 712, linear bearing panel seat 713, slide bar 714, regulate and to be provided with stroke adjustment bearing 715 on the support plate 71, stroke regulating lever 72 is arranged on the stroke adjustment bearing 715, the other end of stroke regulating lever 2 links to each other with linear bearing panel seat 713, the top of stroke regulating lever 72 is provided with stroke adjustment roller 716, also be provided with pushing rolling wheels 717 on the stroke adjustment bearing 715, swinging catch bar 73 is arranged on the pushing rolling wheels 717, the other end that swings catch bar 73 links to each other with guide plate 75, guide plate 75 is arranged on and send on the sheet stop bracket 74, stop felt panel seat 76 is arranged on an end of guide plate 75, the below of stop felt panel seat 76 is provided with stop felt 77, be provided with pressure at stop felt 77 and transfer bolt 79, pressure regulating spring 78 is arranged on the bar of pressure adjusting bolt 79, slide bar 714 is arranged on the below of guide plate 75, linear bearing panel seat 713 is arranged on the slide bar 714, linear bearing panel seat 713 is connected with stroke regulating lever 72, intermediate plate cylinder 710 is fixed on the linear bearing panel seat 713, pressure stop cylinder 711 is arranged on the compressing tablet stop air cylinder base 712, and compressing tablet stop air cylinder base 712 is fixed on the end of guide plate 75.
Die-cut structure 9 comprises die-cut base 91, die-cut fifth wheel 92, die-cut dynamic model seat 93, die cutting die 94, blanking die upper plate 95, demoulding push rod 96, demoulding cylinder 97, demoulding push pedal 98, guide card filters roller 99, die-cut parts column 910, die-cut output motor 911 and exit conveyor 912, die-cut fifth wheel 92 is arranged on die-cut base 91 belows and links to each other with the die-cut eccentric wheel 511 of main shaft driving structure 5, die-cut base 91 is provided with die-cut floating spring 913, the bottom of die-cut floating spring 913 is connected on the die-cut base 91, the top of die-cut floating spring 913 is connected to the bottom of die-cut dynamic model seat 93, die cutting die 94 is arranged on the die-cut dynamic model seat 93, guide card filters the side that roller 99 is arranged on die cutting die 94, blanking die upper plate 95 is arranged on the top of die cutting die 94, demoulding cylinder 97 is arranged on the blanking die upper plate 95, demoulding cylinder 97 is connected with demoulding push pedal 98, and demoulding push pedal 98 is arranged on the demoulding push rod 96, and up and down at demoulding push rod 96.
Be provided with die-cut pilot bushing 941 between the die cutting die 94.
Obviously, the above embodiment of the present invention only is for example of the present invention clearly is described, and is not to be restriction to embodiments of the present invention.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here need not also can't give all embodiments exhaustive.And these belong to apparent variation or the change that connotation of the present invention extends out and still belong to protection scope of the present invention.
Claims (9)
1. integrated full-automatic thermoforming machine, comprise frame, export structure, heating arrangement, the moulding perforation structure, main shaft driving structure, the PLC control system, send the sheet chocking construction, the rolling structure, die-cut structure and main reducing motor, it is characterized in that: described export structure is arranged on the left end of described frame, described heating arrangement is arranged on the top of described frame and is connected with described export structure, described moulding perforation structure is arranged on described frame top, the right side of heating arrangement also is connected with described heating arrangement, the bottom of described moulding perforation structure links to each other with the main shaft of described main shaft driving structure, described main shaft driving structure is arranged on the top in the frame, and link to each other with described main reducing motor, the described sheet chocking construction that send is arranged on described frame top, the right side of moulding perforation structure, the described bottom of sheet chocking construction of sending is connected with described main shaft driving structure, described die-cut structure is arranged on the right-hand member top of described frame, the bottom of described die-cut structure links to each other with described main shaft driving structure, described rolling structure is arranged on the right-hand member of described frame, the upper right side of described die-cut structure, described rolling structure is connected with described die-cut structure, described PLC set-up of control system is above frame, described send the sheet chocking construction directly over, described main reducing motor is arranged on the bottom in the described frame.
2. integrated full-automatic thermoforming machine according to claim 1, it is characterized in that: described main shaft driving structure comprises from a left side to the left end shaft bearing that sets gradually, shaping cam, the signal cam, the second bearing block, the spindle drive sprocket wheel, carry cam disc, signal cam drive axle, the main shaft adapter sleeve, the 3rd bearing block, die-cut splined shaft, die-cut eccentric wheel and right-hand member bearing block, the bottom of described moulding perforation structure is arranged on the described shaping cam, the described bottom of sheet chocking construction of sending is arranged on the described conveying cam disc, described main reducing motor is connected on the described spindle drive sprocket wheel by chain, and the bottom of described die-cut structure setting is arranged on the described die-cut eccentric wheel.
3. integrated full-automatic thermoforming machine according to claim 2 is characterized in that: described export structure comprises output motor, the output adjusting swing arm of the conveyance roller that links to each other by belt with described output motor, the transition roller that is used for being connected conveyance roller and described heating arrangement, the length variations that causes because of pyrocondensation for automatic adjustment sheet; Swing arm is regulated in the rolling that described rolling structure comprises winding motor, rolling live-roller and is used for the length variations that automatic adjustment sheet causes because of pyrocondensation.
4. integrated full-automatic thermoforming machine according to claim 3 is characterized in that: also comprise the synchronous generator for control output motor and described winding motor on described export structure.
5. integrated full-automatic thermoforming machine according to claim 4, it is characterized in that: described heating arrangement comprises heatable soleplate, pillar, the heating top board, the heating preheating table, the heater block deflector roll, heating plate and heating folding cylinder, one end bearing of described pillar is on described heatable soleplate, the other end is connected with the heating top board, described heater block deflector roll is arranged on the below of described heating top board, and by guide roller stand with the heating top board be connected, described heater block deflector roll is connected with described transition roller, described heating preheating table and described heating plate are arranged on the described heater block deflector roll, described heating folding cylinder is fixedly installed on the top of described heating top board, and described heatable soleplate is bolted on the described frame.
6. integrated full-automatic thermoforming machine according to claim 5, it is characterized in that: described moulding perforation structure comprises the profiled part base plate, be arranged on the punching column on the described profiled part base plate, be disposed with from the bottom up back-moving spring on the described punching column, moulding dynamic model seat, molding bottom die, lower heating plate, the mould inlet plate, the shaping upper seat board, the punching upper clamping plate, punching top board and punching cylinder, the bottom of described profiled part base plate is provided with the shaping roller wheel seat, described shaping roller wheel seat is connected with the shaping cam of described main shaft driving structure, one end of described back-moving spring is connected to the upper surface of described profiled part base plate, the other end is connected on the lower surface of described moulding dynamic model seat, described lower heating plate is fixedly installed on the described moulding dynamic model seat, described molding bottom die be arranged on described lower heating plate the top and with described lower heating plate seamless link, described shaping upper seat board is fixed on the described punching column, described shaping upper seat board is provided with punching mould guide pillar, described punching upper clamping plate is connected with described shaping upper seat board by punching mould guide pillar, described punching upper clamping plate is provided with punching stamping knife down, described punching stamping knife passes shaping upper seat board and the setting of described mould inlet plate, and described punching cylinder is connected with described punching upper clamping plate.
7. integrated full-automatic thermoforming machine according to claim 6, it is characterized in that: the described sheet chocking construction that send comprises bottom adjusting support plate, stroke regulating lever, swing catch bar, send the sheet stop bracket, guide plate, stop felt panel seat, the stop felt, pressure regulating spring, the pressure adjusting bolt, the intermediate plate cylinder, compressing tablet stop cylinder, compressing tablet stop air cylinder base, the linear bearing panel seat, slide bar, be provided with the stroke adjustment bearing on the described adjusting support plate, stroke regulating lever is arranged on the described stroke adjustment bearing, the other end of described stroke regulating lever links to each other with described linear bearing panel seat, the top of described stroke regulating lever is provided with the stroke adjustment roller, also be provided with pushing rolling wheels on the described stroke adjustment bearing, described swing catch bar is arranged on the described pushing rolling wheels, the other end of described swing catch bar links to each other with described guide plate, described guide plate is arranged on described sending on the sheet stop bracket, described stop felt panel seat is arranged on an end of described guide plate, the below of described stop felt panel seat is provided with the stop felt, be provided with pressure at described stop felt and transfer bolt, pressure regulating spring is arranged on the bar of described pressure adjusting bolt, described slide bar is arranged on the below of described guide plate, described linear bearing panel seat is arranged on the described slide bar, described linear bearing panel seat is connected with described stroke regulating lever, described intermediate plate cylinder is fixed on the described linear bearing panel seat, described pressure stop cylinder is arranged on the described compressing tablet stop air cylinder base, and described compressing tablet stop air cylinder base is fixed on the end of described guide plate.
8. integrated full-automatic thermoforming machine according to claim 7, it is characterized in that: die-cut structure comprises die-cut base, die-cut fifth wheel, die-cut dynamic model seat, die cutting die, the blanking die upper plate, demoulding push rod, demoulding cylinder, demoulding push pedal, guide card filters roller, die-cut parts column, die-cut output motor and exit conveyor, described die-cut fifth wheel is arranged on described die-cut base below and links to each other with the die-cut eccentric wheel of described main shaft driving structure, described die-cut base is provided with die-cut floating spring, the bottom of described die-cut floating spring is connected on the described die-cut base, the top of described die-cut floating spring is connected to the bottom of described die-cut dynamic model seat, described die cutting die is arranged on the described die-cut dynamic model seat, described guide card filters the side that roller is arranged on described die cutting die, described blanking die upper plate is arranged on the top of described die cutting die, described demoulding cylinder is arranged on the described blanking die upper plate, described demoulding cylinder is connected with described demoulding push pedal, and described demoulding push pedal is arranged on the described demoulding push rod, and up and down at demoulding push rod.
9. integrated full-automatic thermoforming machine according to claim 8 is characterized in that: be provided with die-cut pilot bushing between the described die cutting die.
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| CN2012103581712A CN102896768A (en) | 2012-09-10 | 2012-09-10 | Integrated full-automatic thermoforming machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107199599A (en) * | 2017-07-21 | 2017-09-26 | 瑞安市鹏润机械有限公司 | A kind of cup cover former |
| CN110561730A (en) * | 2019-09-12 | 2019-12-13 | 广东誉佳兴机器人科技有限公司 | Conveying and mold closing device of cup making machine |
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| US3577700A (en) * | 1968-12-20 | 1971-05-04 | Demag Ag | Method and apparatus for producing container parts from sheet material |
| JPH03269392A (en) * | 1990-03-20 | 1991-11-29 | Seiko Instr Inc | Display wheel for timepiece and production of display wheel for timepiece |
| CN2769042Y (en) * | 2004-09-30 | 2006-04-05 | 杨国芳 | Curtain coating punching film forming machine |
| CN102233408A (en) * | 2010-04-26 | 2011-11-09 | 新东工业株式会社 | Film forming device for decompression modeling and film forming method for decompression modeling |
| CN101817225A (en) * | 2010-05-05 | 2010-09-01 | 林士顺 | Plastic sucking production line and production process thereof |
| CN202293314U (en) * | 2011-10-21 | 2012-07-04 | 广州健恩医疗设备有限公司 | Temperature self-regulating suction molding equipment |
| CN203019670U (en) * | 2012-09-10 | 2013-06-26 | 瑞安市君达机械有限公司 | Integrated full-automatic thermoforming machine |
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| CN107199599A (en) * | 2017-07-21 | 2017-09-26 | 瑞安市鹏润机械有限公司 | A kind of cup cover former |
| CN110561730A (en) * | 2019-09-12 | 2019-12-13 | 广东誉佳兴机器人科技有限公司 | Conveying and mold closing device of cup making machine |
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Application publication date: 20130130 |