CN102729458A - Full-automatic plastic sucking and punching former - Google Patents
Full-automatic plastic sucking and punching former Download PDFInfo
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- CN102729458A CN102729458A CN2012102557453A CN201210255745A CN102729458A CN 102729458 A CN102729458 A CN 102729458A CN 2012102557453 A CN2012102557453 A CN 2012102557453A CN 201210255745 A CN201210255745 A CN 201210255745A CN 102729458 A CN102729458 A CN 102729458A
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Abstract
The invention relates to a full-automatic plastic sucking and punching former which comprises an unreeling device, a sheet feeding device, a heating device, a forming device, a finished product withdrawal device, a caterpillar track device and a caterpillar track adjustment device, wherein the unreeling device, the sheet feeding device, the heating device, the forming device and the finished product withdrawal device are arranged on a rack in sequence; and the caterpillar track device and the caterpillar track adjustment device are arranged on the heating device and the forming device and connected with the sheet feeding device. The full-automatic plastic sucking and punching former is characterized by further comprising a cup switching device and a cup flanging device, wherein the cup switching device and the cup flanging device are arranged on the rack between the forming device and the finished product withdrawal device in sequence. By independently driving an upper template, the problem of excessive impact force during die spotting is solved, so that the punching shearing speed is increased; a cutter device which is provided with a ring-shaped cutter and a cutter baffle is arranged, so that the problem of adhering materials on the blade is solved and then the forming and punching shearing of PP (Propene Polymer) materials can be carried out at the same time; and the cup switching device and the cup flanging device are arranged, so that the full-automatic thermal forming production of the PP materials is realized, the production efficiency is improved and the flanged edge has better quality and more beautiful appearance.
Description
Technical field
The present invention relates to a kind of former, relate in particular to a kind of full-automatic plastic uptake punching make-up machine.
Background technology
PP is a kind of hemicrystalline material, and it will be harder than PE and higher fusing point is arranged, and is the homopolymers type.Because the PP temperature of homopolymers type was highly brittle when being higher than more than 0 ℃, therefore the PP material of many commerce is to add the Random copolymer RCP of 1～4% ethene or the blocked copolymer of height ratio ethylene contents more.The PP material of copolymer type has lower hot torsion temperature (100 ℃), low transparency, low-luster, low rigidity, but stronger impact strength is arranged, and the intensity of PP increases along with the increase of ethylene contents.The vicat softening temperature of PP is 150 ℃, because degree of crystallinity is higher, the surperficial rigidity of this material and anti-cut characteristic are fine, and there is not the ESC problem in PE.Therefore, in the plastic thermoforming industry, PP replaces the preferred material that PE becomes plastic products gradually.
PP is under molten condition, and the effect that reduces its viscosity with heating up is little, in molding process, should be main to improve injection pressure and shear rate, to improve the Forming Quality of goods therefore.
But present thermoforming machine is only applicable to PP etc. and can adopts to heat up and reduce the material of its viscosity, and is not suitable for the PP material.Main cause has following 2 points: (one), present thermoforming machine, and cope match-plate pattern and lower bolster are fixedly mounted on respectively on patrix platform and the counterdie platform, adopt elevating mechanism to drive patrix platform and the relative motion of counterdie platform; Make cope match-plate pattern and lower bolster carry out matched moulds; Because patrix platform and counterdie platform are all heavier, its motional inertia is bigger, if therefore having improved closure pressing speed improves its shear rate; Then can produce bigger collision impact, cause that equipment damages easily, formed product is of poor quality; In addition, the cutting knife of being located at present on the mould all is the structure that adopts upper knife edge and following blade to stagger, and this structure is when shearing; Upper knife edge can be interlaced with following blade; Upper knife edge all can be stained with the higher PP material of viscosity with following blade, causes otch inhomogeneous, even causes the distortion of product.
For overcoming the above problems, when adopting the PP material to carry out thermoforming system cup at present, generally moulding and punching are separated, promptly be moulding after supercooling a period of time just adopts independent punching equipment to carry out punching, and then on other flanging equipment, carries out flanging.So just be difficult to realize the fully-automatic production of thermoforming machine, reduced production efficiency, carry out punching, flanging again after the cooling in addition, obviously increased the difficulty of flanging, influence the quality of flanging.
Summary of the invention
The technical problem that the present invention will solve provides a kind of full-automatic plastic uptake punching make-up machine, and this full-automatic plastic uptake punching make-up machine can be realized the fully-automatic thermal-formation production of PP material, has improved production efficiency, and makes flanging better quality, more attractive in appearance.The technical scheme that adopts is following:
A kind of full-automatic plastic uptake punching make-up machine; Comprise the unwinding device, film advance mechanism, heater, shaped device and the finished product extractor that are successively set on the frame; And the chain rail device and the chain rail adjusting device that are arranged on heater, the shaped device and are connected with film advance mechanism; It is characterized in that: also comprise cup switching device and cup crimping unit, cup switching device and cup crimping unit are successively set on the frame between shaped device and the finished product extractor;
Said shaped device comprises mould platform support, patrix platform, counterdie platform, cope match-plate pattern, lower bolster, guide pillar, patrix platform guiding mechanism, cope match-plate pattern elevating mechanism and lower bolster elevating mechanism; Guide pillar vertically is installed on the mould platform support; Patrix platform and counterdie platform are installed on the guide pillar one on the other, and all can slide up and down along guide pillar; Patrix platform guiding mechanism is installed on the mould platform support, and the outputting power end of patrix platform guiding mechanism is connected with the patrix platform; Counterdie platform elevating mechanism is installed on the mould platform support, and the outputting power end of counterdie platform elevating mechanism is connected with the counterdie platform; The cope match-plate pattern elevating mechanism is installed on the patrix platform, and cope match-plate pattern is in patrix platform below, and the outputting power end of cope match-plate pattern elevating mechanism is connected with cope match-plate pattern; Lower bolster is installed on the upper side of counterdie platform; Cope match-plate pattern is provided with a plurality of molds unit, and the periphery of each mold unit is provided with annular cutting knife; Corresponding a plurality of bed dies unit that is provided with on the lower bolster, the peripheral corresponding cutting knife baffle plate that is provided with of each bed die unit;
Said cup switching device comprises and connects cup mechanism, connects a glass elevating mechanism, connects a glass translation mechanism, connects a glass elevating bracket, connects a glass translating base, connects glass riser guide and connect a glass translation guide rail; Connect glass riser guide and vertically be installed on the frame, connect a glass elevating bracket and be installed in and connect on glass riser guide, connect a glass elevating mechanism and be installed on the frame, the outputting power end that connects glass elevating mechanism with connect a glass elevating bracket and be connected; Connect a glass translation guide rail along continuous straight runs and be installed in and connect on glass elevating bracket, connect a glass translating base and be installed in and connect on glass translation guide rail, connect a glass translation mechanism and be installed in and connect on glass translating base, the outputting power end that connects glass translation mechanism with connect a glass translating base and be connected; Connecing cup mechanism is installed in and connects on glass translating base;
Said cup crimping unit comprises flanging mold, flanging bed die, flanging mold elevating mechanism, flanging bed die translation mechanism, flanging bed die slide rail and a plurality of cup drawing-out mechanism; Flanging mold elevating mechanism is installed on the frame, and the outputting power end of flanging mold elevating mechanism is connected with the flanging mold; Flanging bed die slide rail along continuous straight runs is installed on the frame; The flanging bed die is installed on the flanging bed die slide rail; And be in the below of flanging mold, and flanging bed die translation mechanism is installed on the frame, and the outputting power end of flanging bed die translation mechanism is connected with the flanging bed die; The flanging bed die is provided with a plurality of glasss of holes, and the periphery in each glass hole is provided with annular groove; Correspondingly, the flanging mold is provided with a plurality of flanging pressing plates, and the downside of each flanging pressing plate is provided with the circular fold raised line, and the shape of circular fold raised line, size and annular groove are complementary; A cup drawing-out mechanism is installed to the bottom in a cup hole.
Unwinding device, film advance mechanism, heater, finished product extractor, chain rail device, chain rail adjusting device and connect cup mechanism and all adopt prior art.
The present invention is through coming cope match-plate pattern and the fractionation of patrix platform; On the patrix platform, install and be used to drive the cope match-plate pattern elevating mechanism that cope match-plate pattern moves up and down; Because the weight of cope match-plate pattern is light more than the patrix platform, impulsive force is littler during matched moulds, therefore can improve closure pressing speed through the speed that the raising cope match-plate pattern moves downward; Improve the speed of shearing, the feasible cutter (annular cutting knife, cutting knife baffle plate) that is arranged on cope match-plate pattern and the lower bolster is applicable to the shearing of full-bodied PP material; Further cutter is set to annular cutting knife and cutting knife baffle plate, avoids when shearing, and blade staggered and adhere to the PP material makes otch more neat, prevents the product distortion; Cup switching device and cup crimping unit further are set; The cup switching device is directly delivered to the cup that has uniform temperature after the punching and is carried out flanging on the cup crimping unit; Make flanging moulding more easily; Realize the fully-automatic thermal-formation production of PP material, and made flanging more attractive in appearance, improved the quality of flanging.
As preferred version of the present invention, it is characterized in that: said patrix platform guiding mechanism comprises patrix platform lift cylinder, and the piston rod of patrix platform lift cylinder is connected with the patrix platform; Said cope match-plate pattern elevating mechanism comprises the cope match-plate pattern lift cylinder, and the piston rod of cope match-plate pattern lift cylinder is connected with cope match-plate pattern; Said counterdie platform elevating mechanism comprises mould platform servomotor, eccentric wheel, connecting rod, left swing arm, right swing arm, left wheel, right roller, left rail and right guide rail; Mould platform servomotor is installed on the mould platform support, and eccentric wheel is connected with the output shaft of mould platform servomotor; The lower end and the eccentric wheel of connecting rod are hinged, and the upper end of connecting rod is hinged with an end of left swing arm, right swing arm respectively; Left wheel is installed in the other end of left swing arm, and right roller is installed in the other end of right swing arm; Left rail and right guide rail one the first from left right side are installed on the downside of counterdie platform, and corresponding with the position of left wheel, right roller respectively.The cope match-plate pattern elevating mechanism adopts the cope match-plate pattern lift cylinder; And counterdie platform elevating mechanism adopts mould platform servomotor, eccentric wheel, connecting rod, left swing arm, right swing arm, left wheel, right roller, left rail and the such structure of right guide rail, and the action of cope match-plate pattern lift cylinder is simple, fast, is mainly used in the raising closure pressing speed; Counterdie platform elevating mechanism then stresses to solve problems such as matched moulds is stable, load-bearing; Both match, and have both improved the speed of matched moulds, have guaranteed the stability of matched moulds again.
As preferred version of the present invention, it is characterized in that: the said glass elevating mechanism that connects comprises that first servomotor, first synchronizing wheel and first be with synchronously, said connect glass elevating bracket and first synchronously band be connected; Connect a glass translation mechanism and comprise that second servomotor, second synchronizing wheel and second be with synchronously, said connect glass translating base and second synchronously band be connected.Above-mentionedly will connect a glass elevating mechanism, connect glass translation mechanism and be preferably motor, synchronizing wheel and the structure that matches of band synchronously, band is as its outputting power end synchronously, have the control of being easy to, control accurately, advantage such as noise is little.Above-mentioned motor, synchronizing wheel and the connected mode of being with synchronously are prior art, no longer detail.Connect a glass elevating mechanism, connect glass translation mechanism and also can adopt cylinder, the structure that can also adopt motor, sprocket wheel, chain to match.
As preferred version of the present invention, it is characterized in that: said flanging mold elevating mechanism comprises the flanging lift cylinder, and the cylinder body of flanging lift cylinder is installed on the frame, and the piston rod of flanging lift cylinder is connected with the flanging mold; Said flanging bed die translation mechanism comprises that the 3rd servomotor, the 3rd synchronizing wheel and the 3rd be with synchronously, and said flanging bed die and the 3rd band synchronously is connected.Above-mentioned flanging mold elevating mechanism is preferably the flanging lift cylinder, have action simple, be convenient to control, advantage such as impulse force is good more helps the typing of rim of a cup flanging.
As preferred version of the present invention, it is characterized in that: said cup drawing-out mechanism comprises and moves back a glass cylinder and a holder cup plate; The cylinder body that moves back glass cylinder is installed in the bottom in glass hole, and the piston rod that moves back glass cylinder is connected with holder cup plate.The piston rod that moves back glass cylinder stretches out, and drives holder cup plate and rises, and holds out being embedded in the cup that glass Kong Zhongyi accomplishes flanging, connect away by the finished product extractor, with pile up, packing etc.
The present invention adopts the mode of drive cope match-plate pattern, the excessive problem of impulsive force when having solved matched moulds, thus improve punching speed; And cutter is set to annular cutting knife and cutting knife baffle plate, has solved the problem of blade adhesion material, thereby makes the moulding of PP material and punching to carry out simultaneously; Be provided with cup switching device and cup crimping unit on this basis; Realize the fully-automatic thermal-formation production of PP material, improved production efficiency, and made flanging better quality, more attractive in appearance.
Description of drawings
Fig. 1 is the structural representation of the preferred embodiment for the present invention;
Fig. 2 is the structural representation of shaped device;
Fig. 3 is the structural representation of cup crimping unit.
The specific embodiment
Do further explanation below in conjunction with accompanying drawing and preferred implementation of the present invention.
As shown in Figure 1; This full-automatic plastic uptake punching make-up machine; Comprise the unwinding device 1, film advance mechanism 2, heater 3, shaped device 4, cup switching device 5, cup crimping unit 6 and the finished product extractor 7 that are successively set on the frame 100, and the chain rail device 8 and the chain rail adjusting device 9 that are arranged on heater 3, the shaped device 4 and are connected with film advance mechanism 2.
As shown in Figure 2, shaped device 4 comprises mould platform support 401, patrix platform 402, counterdie platform 403, cope match-plate pattern 404, lower bolster 405, guide pillar 406, patrix platform guiding mechanism 407, cope match-plate pattern elevating mechanism 408 and lower bolster elevating mechanism 409; Guide pillar 406 vertically is installed on the mould platform support 401; Patrix platform 402 is installed on the guide pillar 406 with counterdie platform 403 one on the other, and all can slide up and down along guide pillar 406; Patrix platform guiding mechanism 407 is installed on the mould platform support 401, and the outputting power end of patrix platform guiding mechanism 407 is connected with patrix platform 402; Counterdie platform elevating mechanism 409 is installed on the mould platform support 401, and the outputting power end of counterdie platform elevating mechanism 409 is connected with counterdie platform 403; Cope match-plate pattern elevating mechanism 408 is installed on the patrix platform 402, and cope match-plate pattern 404 is in the below of patrix platform 402, and the outputting power end of cope match-plate pattern elevating mechanism 408 is connected with cope match-plate pattern 404; Lower bolster 405 is installed on the upper side of counterdie platform 403; Cope match-plate pattern 404 is provided with a plurality of molds unit 410, and the periphery of each mold unit 410 is provided with annular cutting knife 411; The corresponding a plurality of bed dies unit 412 that is provided with on the lower bolster 405, the peripheral corresponding cutting knife baffle plate 413 that is provided with of each bed die unit 412;
As shown in Figure 1, cup switching device 5 comprises and connects cup mechanism 501, connects glass elevating mechanism 502, connects glass translation mechanism 503, connects glass elevating bracket 504, connects glass translating base 505, connects glass riser guide 506 and connect a glass translation guide rail 507; Connect glass riser guide 506 and vertically be installed on the frame 100, connect glass elevating bracket 504 and be installed in and connect on glass riser guide 506, connect glass elevating mechanism 502 and be installed on the frame 100, the outputting power end that connects glass elevating mechanism 502 with connect glass elevating bracket 504 and be connected; Connecing glass translation guide rail 507 along continuous straight runs is installed in and connects on glass elevating bracket 504; Connecing glass translating base 505 is installed in and connects on glass translation guide rail 507; Connect glass translation mechanism 503 and be installed in and connect on glass translating base 505, the outputting power end that connects glass translation mechanism 503 with connect glass translating base 505 and be connected; Connecing cup mechanism 501 is installed in and connects on glass translating base 505.Connect 502 actions of glass elevating mechanism; Driving connects glass elevating bracket 504 and moves upward along connecing glass riser guide 506, behind the arrival precalculated position, connects 503 actions of glass translation mechanism; Driving connects glass translating base 505 along connecing glass translation guide rail 507 near shaped device 4; Connect cup mechanism 501 and connect cup, connect 503 drivings of glass translation mechanism then and connect glass translating base 505, connect glass elevating mechanism 502 and move once more along connecing glass translation guide rail 507 toward swivel motions from shaped device 4; Driving connects glass elevating bracket 504 and moves downward along connecing glass riser guide 506, makes to connect glass elevating bracket 504 and get back to the origin-location.
As shown in figures 1 and 3, cup crimping unit 6 comprises flanging mold 601, flanging bed die 602, flanging mold elevating mechanism 603, flanging bed die translation mechanism 604, flanging bed die slide rail 605 and a plurality of cup drawing-out mechanism 606; Flanging mold elevating mechanism 603 is installed on the frame 100, and the outputting power end of flanging mold elevating mechanism 603 is connected with flanging mold 601; Flanging bed die slide rail 605 along continuous straight runs are installed on the frame 100; Flanging bed die 602 is installed on the flanging bed die slide rail 605; And be in the below of flanging mold 601; Flanging bed die translation mechanism 604 is installed on the frame 100, and the outputting power end of flanging bed die translation mechanism 604 is connected with flanging bed die 602; Flanging bed die 602 is provided with a plurality of glasss of holes 6021, and the periphery in each glass hole 6021 is provided with annular groove 6022; Correspondingly, flanging mold 601 is provided with a plurality of flanging pressing plates 6011, and the downside of each flanging pressing plate 6011 is provided with circular fold raised line 6012, and the shape of circular fold raised line 6012, size and annular groove 6022 are complementary; A cup drawing-out mechanism 606 is installed to the bottom in a cup hole 6021.Flanging bed die translation mechanism 604 action drives flanging bed die 602 and moves along flanging bed die slide rail 605, arrives and meets cup mechanism 501 places; Connect cup mechanism 501 actions, cup falls into the cup hole 6021 on the flanging bed die 602, flanging bed die translation mechanism 604 actions then; Drive flanging bed die 602 and move to the below of flanging mold 601 along flanging bed die slide rail 605,603 actions of flanging mold elevating mechanism, circular fold raised line 6012 is pressed onto the edge of rim of a cup in the annular groove 6022; Accomplish flanging; Cup drawing-out mechanism 606 actions are then withdrawed from cup from cup hole 6021, connect away by finished product extractor 7.
As shown in Figure 1, patrix platform guiding mechanism 407 comprises patrix platform lift cylinder 4071, and the piston rod of patrix platform lift cylinder 4071 is connected with patrix platform 402; Cope match-plate pattern elevating mechanism 408 comprises cope match-plate pattern lift cylinder 4081, and the piston rod of cope match-plate pattern lift cylinder 4081 is connected with cope match-plate pattern 404; Counterdie platform elevating mechanism 409 comprises mould platform servomotor 4091, eccentric wheel 4092, connecting rod 4093, left swing arm 4094, right swing arm 4095, left wheel 4096, right roller 4097, left rail 4098 and right guide rail 4099; Mould platform servomotor 4091 is installed on the mould platform support 401, and eccentric wheel 4092 is connected with the output shaft of mould platform servomotor 4091; The lower end of connecting rod 4093 and eccentric wheel 4092 are hinged, and the upper end of connecting rod 4093 is hinged with an end of left swing arm 4094, right swing arm 4095 respectively; Left wheel 4096 is installed in the other end of left swing arm 4094, and right roller 4097 is installed in the other end of right swing arm 4095; Left rail 4098 is installed on the downside of counterdie platform 403 with right guide rail 4,099 one the first from left right sides, and corresponding with the position of left wheel 4096, right roller 4097 respectively.Through patrix platform lift cylinder 4071 patrix platform 402 is adjusted to suitable position, drive cope match-plate patterns 404 through cope match-plate pattern lift cylinder 4081 then and move up and down, carry out matched moulds with lower bolster 405.
As shown in Figure 1, connect glass elevating mechanism 502 and comprise that first servomotor 5021, first synchronizing wheel 5022 and first be with 5023 synchronously, connect glass elevating bracket 504 and first and be with 5023 to be connected synchronously; Connect glass translation mechanism 503 and comprise that second servomotor 5031, second synchronizing wheel 5032 and second be with 5033 synchronously, connect glass translating base 505 and second and be with 5033 to be connected synchronously.
As shown in figures 1 and 3; Flanging mold elevating mechanism 603 comprises flanging lift cylinder 6031 and linkage 6032; The cylinder body of flanging lift cylinder 6031 is installed on the frame 100, and the piston rod of flanging lift cylinder 6031 is connected with flanging mold 601 through linkage 6032; Flanging bed die translation mechanism 604 comprises that the 3rd servomotor 6041, the 3rd synchronizing wheel 6042 and the 3rd be with 6043 synchronously, and flanging bed die 602 and the 3rd is with 6043 to be connected synchronously.
As shown in Figure 3, cup drawing-out mechanism 606 comprises and moves back a glass cylinder 6061 and a holder cup plate 6062; The cylinder body that moves back glass cylinder 6061 is installed in the bottom in glass hole 6022, and the piston rod that moves back glass cylinder 6061 is connected with holder cup plate 6062.
Through being split with patrix platform 402, cope match-plate pattern 404 comes; On patrix platform 402, install and be used to drive the cope match-plate pattern lift cylinder 4081 that cope match-plate pattern moves up and down; Because the weight of cope match-plate pattern 404 is light more than patrix platform 402; Impulsive force is littler during matched moulds; Therefore can improve closure pressing speed through improving the speed that cope match-plate pattern 404 moves downward, improve the speed of shearing, make to be arranged on cope match-plate pattern 404 and the lower bolster shearing that 405 cutter (annular cutting knife 411, cutting knife baffle plate 413) is applicable to full-bodied PP material; Further cutter is set to annular cutting knife 411 and cutting knife baffle plate 413, avoids when shearing, and blade staggered and adhere to the PP material makes otch more neat, prevents the product distortion; Cup switching device 5 and cup crimping unit 6 further are set; Cup switching device 5 is directly delivered to the cup that has uniform temperature after the punching and is carried out flanging on the cup crimping unit 6; Make flanging moulding more easily, flanging is more attractive in appearance, has improved the quality of flanging; Thereby realized the fully-automatic thermal-formation production of PP material, and improved production efficiency.
Claims (5)
1. full-automatic plastic uptake punching make-up machine; Comprise the unwinding device, film advance mechanism, heater, shaped device and the finished product extractor that are successively set on the frame; And the chain rail device and the chain rail adjusting device that are arranged on heater, the shaped device and are connected with film advance mechanism; It is characterized in that: also comprise cup switching device and cup crimping unit, cup switching device and cup crimping unit are successively set on the frame between shaped device and the finished product extractor;
Said shaped device comprises mould platform support, patrix platform, counterdie platform, cope match-plate pattern, lower bolster, guide pillar, patrix platform guiding mechanism, cope match-plate pattern elevating mechanism and lower bolster elevating mechanism; Guide pillar vertically is installed on the mould platform support; Patrix platform and counterdie platform are installed on the guide pillar one on the other, and all can slide up and down along guide pillar; Patrix platform guiding mechanism is installed on the mould platform support, and the outputting power end of patrix platform guiding mechanism is connected with the patrix platform; Counterdie platform elevating mechanism is installed on the mould platform support, and the outputting power end of counterdie platform elevating mechanism is connected with the counterdie platform; The cope match-plate pattern elevating mechanism is installed on the patrix platform, and cope match-plate pattern is in patrix platform below, and the outputting power end of cope match-plate pattern elevating mechanism is connected with cope match-plate pattern; Lower bolster is installed on the upper side of counterdie platform; Cope match-plate pattern is provided with a plurality of molds unit, and the periphery of each mold unit is provided with annular cutting knife; Corresponding a plurality of bed dies unit that is provided with on the lower bolster, the peripheral corresponding cutting knife baffle plate that is provided with of each bed die unit;
Said cup switching device comprises and connects cup mechanism, connects a glass elevating mechanism, connects a glass translation mechanism, connects a glass elevating bracket, connects a glass translating base, connects glass riser guide and connect a glass translation guide rail; Connect glass riser guide and vertically be installed on the frame, connect a glass elevating bracket and be installed in and connect on glass riser guide, connect a glass elevating mechanism and be installed on the frame, the outputting power end that connects glass elevating mechanism with connect a glass elevating bracket and be connected; Connect a glass translation guide rail along continuous straight runs and be installed in and connect on glass elevating bracket, connect a glass translating base and be installed in and connect on glass translation guide rail, connect a glass translation mechanism and be installed in and connect on glass translating base, the outputting power end that connects glass translation mechanism with connect a glass translating base and be connected; Connecing cup mechanism is installed in and connects on glass translating base;
Said cup crimping unit comprises flanging mold, flanging bed die, flanging mold elevating mechanism, flanging bed die translation mechanism, flanging bed die slide rail and a plurality of cup drawing-out mechanism; Flanging mold elevating mechanism is installed on the frame, and the outputting power end of flanging mold elevating mechanism is connected with the flanging mold; Flanging bed die slide rail along continuous straight runs is installed on the frame; The flanging bed die is installed on the flanging bed die slide rail; And be in the below of flanging mold, and flanging bed die translation mechanism is installed on the frame, and the outputting power end of flanging bed die translation mechanism is connected with the flanging bed die; The flanging bed die is provided with a plurality of glasss of holes, and the periphery in each glass hole is provided with annular groove; Correspondingly, the flanging mold is provided with a plurality of flanging pressing plates, and the downside of each flanging pressing plate is provided with the circular fold raised line, and the shape of circular fold raised line, size and annular groove are complementary; A cup drawing-out mechanism is installed to the bottom in a cup hole.
2. full-automatic plastic uptake punching make-up machine as claimed in claim 1 is characterized in that: said patrix platform guiding mechanism comprises patrix platform lift cylinder, and the piston rod of patrix platform lift cylinder is connected with the patrix platform; Said cope match-plate pattern elevating mechanism comprises the cope match-plate pattern lift cylinder, and the piston rod of cope match-plate pattern lift cylinder is connected with cope match-plate pattern; Said counterdie platform elevating mechanism comprises mould platform servomotor, eccentric wheel, connecting rod, left swing arm, right swing arm, left wheel, right roller, left rail and right guide rail; Mould platform servomotor is installed on the mould platform support, and eccentric wheel is connected with the output shaft of mould platform servomotor; The lower end and the eccentric wheel of connecting rod are hinged, and the upper end of connecting rod is hinged with an end of left swing arm, right swing arm respectively; Left wheel is installed in the other end of left swing arm, and right roller is installed in the other end of right swing arm; Left rail and right guide rail one the first from left right side are installed on the downside of counterdie platform, and corresponding with the position of left wheel, right roller respectively.
3. full-automatic plastic uptake punching make-up machine as claimed in claim 1 is characterized in that: the said glass elevating mechanism that connects comprises that first servomotor, first synchronizing wheel and first be with synchronously, said connect glass elevating bracket and first synchronously band be connected; Connect a glass translation mechanism and comprise that second servomotor, second synchronizing wheel and second be with synchronously, said connect glass translating base and second synchronously band be connected.
4. full-automatic plastic uptake punching make-up machine as claimed in claim 1 is characterized in that: said flanging mold elevating mechanism comprises the flanging lift cylinder, and the cylinder body of flanging lift cylinder is installed on the frame, and the piston rod of flanging lift cylinder is connected with the flanging mold; Said flanging bed die translation mechanism comprises that the 3rd servomotor, the 3rd synchronizing wheel and the 3rd be with synchronously, and said flanging bed die and the 3rd band synchronously is connected.
5. full-automatic plastic uptake punching make-up machine as claimed in claim 1 is characterized in that: said cup drawing-out mechanism comprises and moves back a glass cylinder and a holder cup plate; The cylinder body that moves back glass cylinder is installed in the bottom in glass hole, and the piston rod that moves back glass cylinder is connected with holder cup plate.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210255745.3A CN102729458B (en) | 2012-07-23 | 2012-07-23 | Full-automatic plastic sucking and punching former |
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| CN201210255745.3A CN102729458B (en) | 2012-07-23 | 2012-07-23 | Full-automatic plastic sucking and punching former |
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| CN102729458B CN102729458B (en) | 2014-06-04 |
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| CN104669593A (en) * | 2015-02-11 | 2015-06-03 | 汕头大学 | Adaptive digitalized thermal forming punching shearing all-in-one machine |
| CN104786478A (en) * | 2015-04-21 | 2015-07-22 | 广东达诚机械有限公司 | Air pressure forming machine for plastic sheet |
| CN109278276A (en) * | 2018-10-24 | 2019-01-29 | 东莞广泽汽车饰件有限公司 | A kind of automobile-used diaphragm plastic uptake forming system and its application method |
| CN109702996A (en) * | 2018-11-29 | 2019-05-03 | 浙江亚勒自动化科技有限公司 | Automatic flanging machine and application method |
| CN110367621A (en) * | 2019-07-23 | 2019-10-25 | 浙江山蒲照明电器有限公司 | A kind of more specifications switching oversleeve machines of LED |
| 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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| CN104669593A (en) * | 2015-02-11 | 2015-06-03 | 汕头大学 | Adaptive digitalized thermal forming punching shearing all-in-one machine |
| CN104786478A (en) * | 2015-04-21 | 2015-07-22 | 广东达诚机械有限公司 | Air pressure forming machine for plastic sheet |
| CN104786478B (en) * | 2015-04-21 | 2017-10-31 | 广东达诚技术股份有限公司 | A kind of plastic sheet pressure former |
| CN109278276A (en) * | 2018-10-24 | 2019-01-29 | 东莞广泽汽车饰件有限公司 | A kind of automobile-used diaphragm plastic uptake forming system and its application method |
| CN109278276B (en) * | 2018-10-24 | 2023-09-29 | 东莞广泽汽车饰件有限公司 | Automotive diaphragm plastic suction forming system and application method thereof |
| CN109702996A (en) * | 2018-11-29 | 2019-05-03 | 浙江亚勒自动化科技有限公司 | Automatic flanging machine and application method |
| CN109702996B (en) * | 2018-11-29 | 2024-03-29 | 亚勒(义乌)自动化科技有限公司 | Automatic flanging device and using method |
| CN110367621A (en) * | 2019-07-23 | 2019-10-25 | 浙江山蒲照明电器有限公司 | A kind of more specifications switching oversleeve machines of LED |
| 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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| CN102729458B (en) | 2014-06-04 |
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Address after: 515041 B, D, Huaxin warehouse, north side of Chenghai Road, Shantou, Guangdong Patentee after: GUANGDONG JINXING MACHINERY CO., LTD. Address before: 515041 B, D, Huaxin warehouse, north side of Chenghai Road, Shantou, Guangdong Patentee before: Guangdong Jinxin Machinery Co., Ltd. |