CN208231947U - A kind of novel automation die-cutting machine - Google Patents
A kind of novel automation die-cutting machine Download PDFInfo
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- CN208231947U CN208231947U CN201820854777.8U CN201820854777U CN208231947U CN 208231947 U CN208231947 U CN 208231947U CN 201820854777 U CN201820854777 U CN 201820854777U CN 208231947 U CN208231947 U CN 208231947U
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Abstract
The utility model discloses a kind of novel automation die-cutting machines, its structure includes die-cutting apparatus, transverse slat, handle, cross bar, pedestal, support rod, fixed link, observation window, hinge, flip lid, transverse slat rear end is fixedly connected with die-cutting apparatus front end by rivet, base bottom is mutually welded with support bar top, support rod is vertical connect with base bottom, base bottom lower end is fixedly connected with fixed link side, base bottom is parallel to each other with cross bar bottom, a kind of novel automation die-cutting machine of the utility model, structure is equipped with die-cutting apparatus, device integrates cross cutting pressing plate, after being die cut to material, pressing processing is carried out to moulding material simultaneously, moulding material is set to be not likely to produce gauffer or alice, internal residue is removed automatically simultaneously, prevent residue from blocking inner body, keep overall procedure more stable.
Description
Technical field
The utility model is a kind of novel automation die-cutting machine, belongs to die-cutting machine field.
Background technique
Die-cutting machine is called hydraulic cutting presser, guillotine, numerical control stamping machine, be mainly used for corresponding some nonmetallic materials, adhesive sticker,
The cross cutting (complete disconnected, half disconnected) of EVA, double-sided adhesive, electronics, mobile phone rubber mat etc., impression and gold stamping operation, fitting, automatic waste discharge, cross cutting
Machine applies certain pressure by coining plate, by printing using steel knife, hardware dies, steel wire (or steel engraving at template)
Or cardboard rolls and is cut into certain shapes, is the important equipment of packaging machine-shaping after print.
But existing die-cutting machine does not carry out post-processing to material again, is easy that material is made gauffer occur after completing cross cutting
Or alice, it influences beautiful and influences later period use.
Utility model content
In view of the deficienciess of the prior art, the utility model aim is to provide a kind of novel automation die-cutting machine, with
Existing die-cutting machine is solved after completing cross cutting, post-processing is not carried out to material again, is easy that material is made gauffer occur or stick up
Side, the problem of influencing beauty and influence later period use.
To achieve the goals above, the utility model is achieved through the following technical solutions: it is a kind of novel automatic
Change die-cutting machine, structure includes die-cutting apparatus, transverse slat, handle, cross bar, pedestal, support rod, fixed link, observation window, hinge, turns over
Lid, the transverse slat rear end are fixedly connected with die-cutting apparatus front end by rivet, and the base bottom is mutually welded with support bar top,
The support rod is connect with base bottom to be vertical, and the base bottom lower end is fixedly connected with fixed link side, the pedestal
Bottom is parallel to each other with cross bar bottom, and the cross bar side is that card slot is connect with fixed link middle-end, in the cross bar and fixed link
End is vertical connection, the flip lid front end with observation window outer wall mutually to bind, between the flip lid bottom and die-cutting apparatus upper end are
Gap cooperation, the flip lid rear end are connected at the top of die-cutting apparatus by hinge, and the handle end and flip lid front end pass through spiral shell
Silk is fixedly connected, and the base top is fixed by screws with die-cutting apparatus bottom；The die-cutting apparatus is by hydraulic cross cutting
Device, power device, presser device, transmission device, slag cleaning device, outer framework composition, the hydraulic die cutters left end and outer framework
Internal left end is fixedly connected, and is mutually binded at the top of the power device with outer framework inner tip, the presser device rear end with outside
Lower portion rear end is mechanical connection, and the transmission device bottom fits with outer framework inner bottom, the outer framework bottom
It is fixedly connected with outer framework inner bottom.
Preferably, the hydraulic die cutters by spur gear, pressure piston, pressure oil pipe, connecting tube, fuel-displaced valve,
Oil inlet valve, pedestal, buffering chute, power piston, power mandril, cutter head fixing seat, cross cutting cutter head, buffering connecting rod, delays fuel tank
Telescopic rod, buffer sliding block composition are rushed, the spur gear inner ring is connected with pressure piston bottom by connecting rod, the pressure piston
It fits inside upper end and pressure oil pipe, is connected with top of oil-tank by connecting tube at the top of the pressure oil pipe, the fuel tank
Side is fixedly connected with base internal wall, and the pedestal side is integrated with buffering chute side, in the buffering chute
Wall fits with buffer sliding block side, and the buffer sliding block middle-end is connected with buffering connecting rod side by positioning pin, described slow
Slide block bottom is connected with buffering connecting rod lower end by buffering telescopic rod, at the top of the power piston bottom and cutter head fixing seat
It is fixedly connected by power mandril, cutter head fixing seat bottom is that card slot is connect with die cutter overhead, the power piston
Outer wall fits with inner wall of oil tank, and the spur gear right end is connected with power device.
Preferably, the power device by first conveyer belt, dross extractor, the second conveyer belt, the first intermittent gear,
Second intermittent gear, transmission gear, connecting rod spur gear, motor gear, motor, power supply, controller composition, first conveying
Band left end fits with the second conveyer belt right end, and second conveyer belt left end is connected with dross extractor inner ring by belt, institute
It states the second conveyer belt right end and is connected with the first intermittent gear middle-end by connecting rod, the first intermittent gear top and
Two intermittent gear bottoms are meshed, and the second intermittent gear inner ring is connected with transmission gear inner ring by belt, institute
It states and is connect at the top of transmission gear with connecting rod spur gear bottom for Spur Gear Driving, the connecting rod spur gear right end and motor gear are left
End upside is meshed, and the motor gear right end is integrated with motor left end, the motor right end upside and controller
Left end is electrical connection, and the controller bottom is connected with power cathode by connecting line, the transmission gear left end with it is hydraulic
Die cutters are connected.
Preferably, the hydraulic die cutters right end is connected with power device left end, the hydraulic die cutters are equipped with
Spur gear, the spur gear right end and power device are mechanical connection, and the power device is equipped with transmission gear, the spur gear
Right end is meshed with transmission gear left end.
Preferably, the presser device is solid by connecting rod helical gear, bearing fixed seat, fixed block, pressing plate fluted disc, sliding slot
Reservation, mandril, sliding block, the first V-type connecting rod, the second V-type connecting rod, pressing plate, auxiliary briquetting composition, the connecting rod helical gear right end with
Pressing plate fluted disc left end is Spur Gear Driving connection, and sliding slot fixing seat bottom is connected at the top of the first V-type connecting rod by sliding block
It connects, the pressing plate fluted disc inner ring is connected at the top of mandril by positioning pin, and the first V-type small end and the second V-type connect
Bar upper end is connected by mandril, and the first V-type connecting rod bottom is connected with the second V-type connecting rod bottom by pressing plate, described
With fixed block bottom to be flexibly connected at the top of second V-type connecting rod, at the top of the auxiliary briquetting and pressing plate bottom is embedded connection.
Preferably, the transmission device by left-handed piece, dextrorotation block, rocking bar, connecting rod pulley, spinner handle pulley, right wheel,
Left wheel composition, the left-handed piece of right end are connected with dextrorotation block left end by connecting rod, the dextrorotation block middle-end and rocking bar middle-end
It is connected by belt, the rocking bar right end connects with outer framework right end, is on the right side of the left-handed piece of middle-end and connecting rod pulley
Transmission connection, the connecting rod pulley middle-end are connected with spinner handle pulley outer ring by belt, the spinner handle pulley outer bar and right-hand rotation
Wheel inner ring is connected by connecting rod, and the right wheel outer ring is connected with left wheel outer ring by belt, the left wheel outer wall
It is connected with slag cleaning device.
Preferably, the slag cleaning device by diamond shape wraping plate, clearly expect fluted disc, fan gear, fan leaf, filter layer, leakage
Bucket composition, diamond shape wraping plate left end are connected with clear material fluted disc inner ring by connecting rod, the clear material fluted disc left end and fan tooth
Wheel rear end is meshed, and the fan gear left end is integrated with fan leaf right end, the fan leaf left end and filter layer
Right end is clearance fit, and the funnel left end is mutually welded with left end inside outer framework, the diamond shape wraping plate right end and transmission device
It is connected.
Preferably, the transmission device left end is connected with slag cleaning device right end, the transmission device is equipped with
Wheel, the left wheel outer wall and slag cleaning device are mechanical connection, and the slag cleaning device is equipped with diamond shape wraping plate, the left wheel outer wall
It is connected with diamond shape wraping plate right end by connecting rod.
Preferably, connecting rod helical gear left end is meshed with transmission gear right end.
Preferably, the first conveyer belt right end connects with outer framework right end.
The beneficial effects of the utility model are as follows: a kind of novel automation die-cutting machine of the utility model, structure are equipped with
Die-cutting apparatus places the device in suitable position, makes support rod close proximity to ground, holds handle and up draws, open and renovate, in inspection
Whether portion's part damages, if without exception, material is placed on the second conveyer belt, starts controller by remote control, power supply is at this time
Motor energy supply, motor gear rotate transmission gear by connecting rod spur gear, and transmission gear drives connecting rod helical gear, second simultaneously
Intermittent gear, spur gear rotation, the second intermittent gear are sent into the second conveyer belt by material by the first intermittent gear,
Spur gear rotates at this time, is close to pressure piston sliding on pressure oil pipe, and oil liquid is squeezed, and flows through connecting tube, oil inlet valve enters
Fuel tank, power piston stress make power mandril together with cutter head fixing seat slide downward, since pedestal is fixed, then snubber slide
Block is close to buffering chute sliding, buffers connecting rod cooperation buffering telescopic rod at this time and slowly stretches, fully dispersed power mandril is pressurized
Power keeps power mandril more stable, is unlikely to deform, and cross cutting cutter head is die cut material, and after molding, product slides into the first conveying
Band, connecting-rod inclined gear band dynamic pressure plate fluted disc rotates at this time, so that mandril is pumped, due to fixed block and sliding slot fixing seat
Fixed, then the second V-type connecting rod is flexible up and down, and the first V-type small end is close to sliding slot fixing seat together with sliding block and horizontally slips,
Pressing plate is slided up and down together with auxiliary briquetting at this time, flattens moulding material, and preventer gauffer or alice occurs, checked by observation window
Whether there is residue, residue is swept into funnel when dross extractor rotates, hold rocking bar rotation, left-handed piece drives connecting rod sliding together with dextrorotation block
Wheel rotation, spinner handle pulley rotates left wheel by right wheel at this time, so make diamond shape wraping plate up and down agitate, then clearly expect fluted disc by
Power rotation, rotates fan gear together with fan leaf, generates wind-force, blows out residue through filter layer, and device collection is die cut pressing plate
It is integrated, carries out pressing processing after being die cut to material, while to moulding material, moulding material is made to be not likely to produce gauffer or stick up
Side, while automatically removing internal residue, it prevents residue from blocking inner body, keeps overall procedure more stable.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model
Sign, objects and advantages will become more apparent upon:
Fig. 1 is a kind of structural schematic diagram of novel automation die-cutting machine of the utility model；
Fig. 2 is the sectional view of the utility model die-cutting apparatus；
Fig. 3 is the action diagram of the utility model slag cleaning device；
Fig. 4 is the sectional view of the hydraulic die cutters of the utility model.
In figure: die-cutting apparatus -1, transverse slat -2, handle -3, cross bar -4, pedestal -5, support rod -6, fixed link -7, observation window -
8, hinge -9, flip lid -10, hydraulic die cutters -101, power device -102, presser device -103, transmission device -104, scarfing cinder dress
Set -105, outer framework -106, spur gear -1011, pressure piston -1012, pressure oil pipe -1013, connecting tube -1014, delivery valve
Door -1015, oil inlet valve -1016, fuel tank -1017, pedestal -1018, buffering chute -1019, power piston -10110, power top
Bar -10111, cutter head fixing seat -10112, cross cutting cutter head -10113, buffering connecting rod -10114, buffering telescopic rod -10115, buffering
Sliding block -10116, first conveyer belt -1021, dross extractor -1022, the second conveyer belt -1023, the first intermittent gear -1024,
Two intermittent gears -1025, transmission gear -1026, connecting rod spur gear -1027, motor gear -1028, motor -1029, power supply -
10210, controller -10211, connecting rod helical gear -1031, bearing fixed seat -1032, fixed block -1033, pressing plate fluted disc -1034,
Sliding slot fixing seat -1035, mandril -1036, sliding block -1037, the first V-type connecting rod -1038, the second V-type connecting rod -1039, pressing plate -
10310, briquetting -10311, left-handed piece -1041, dextrorotation block -1042, rocking bar -1043, connecting rod pulley -1044, spinner handle cunning are assisted
Wheel -1045, left wheel -1047, diamond shape wraping plate -1051, expects clearly fluted disc -1052, fan gear -1053, wind at right wheel -1046
Flabellum -1054, filter layer -1055, funnel -1056.
Specific embodiment
To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below
In conjunction with specific embodiment, the utility model is further described.
Fig. 1-Fig. 4 is please referred to, the utility model provides one kind novel automation die-cutting machine technical solution: its structure includes
Die-cutting apparatus 1, transverse slat 2, handle 3, cross bar 4, pedestal 5, support rod 6, fixed link 7, observation window 8, hinge 9, flip lid 10, the cross
2 rear end of plate is fixedly connected with 1 front end of die-cutting apparatus by rivet, and 5 bottom of pedestal is mutually welded with 6 top of support rod, described
Support rod 6 is connect with 5 bottom of pedestal to be vertical, and the 5 bottom lower end of pedestal is fixedly connected with 7 side of fixed link, the pedestal 5
Bottom is parallel to each other with 4 bottom of cross bar, and 4 side of cross bar is that card slot is connect with 7 middle-end of fixed link, the cross bar 4 and fixation
7 middle-end of bar is vertical connection, and 10 front ends of the flip lid are mutually to bind with 8 outer wall of observation window, and 10 bottoms of the flip lid and cross cutting fill
Setting 1 upper end is clearance fit, and 10 rear ends of the flip lid are connected at the top of die-cutting apparatus 1 by hinge 9,3 rear end of handle
It is fixed by screws with 10 front ends of flip lid, 5 top of pedestal is fixed by screws with 1 bottom of die-cutting apparatus；Institute
Die-cutting apparatus 1 is stated by hydraulic die cutters 101, power device 102, presser device 103, transmission device 104, slag cleaning device 105, outer
Frame 106 forms, and hydraulic 101 left end of die cutters is fixedly connected with 106 inside left end of outer framework, the power device 102
Top is mutually binded with 106 inner tip of outer framework, and 103 rear end of presser device and 106 Internal back end of outer framework are mechanical connect
It connects, 104 bottom of transmission device fits with 106 inner bottom of outer framework, 106 bottom of outer framework and outer framework 106
Inner bottom is fixedly connected, and the hydraulic die cutters 101 are by spur gear 1011, pressure piston 1012, pressure oil pipe 1013, connection
Pipe 1014, fuel-displaced valve 1015, oil inlet valve 1016, fuel tank 1017, pedestal 1018, buffering chute 1019, power piston
10110, power mandril 10111, cutter head fixing seat 10112, cross cutting cutter head 10113, buffering connecting rod 10114, buffering telescopic rod
10115, buffer sliding block 10116 forms, and 1011 inner ring of spur gear is connected with 1012 bottom of pressure piston by connecting rod, institute
It states and fits inside 1012 upper end of pressure piston and pressure oil pipe 1013,1013 top of pressure oil pipe and 1017 top of fuel tank
It is connected by connecting tube 1014,1017 side of fuel tank is fixedly connected with 1018 inner wall of pedestal, 1018 side of pedestal
It being integrated with 1019 side of buffering chute, 1019 inner wall of buffering chute fits with 10116 side of buffer sliding block,
10116 middle-end of buffer sliding block is connected with buffering 10114 side of connecting rod by positioning pin, 10116 bottom of buffer sliding block
Portion is connected with buffering 10114 lower end of connecting rod by buffering telescopic rod 10115, and 10110 bottom of power piston and cutter head are solid
It is fixedly connected at the top of reservation 10112 by power mandril 10111,10112 bottom of cutter head fixing seat and cross cutting cutter head 10113
Top is card slot connection, and 10110 outer wall of power piston fits with 1017 inner wall of fuel tank, 1011 right end of spur gear and
Power device 102 is connected, the power device 102 by first conveyer belt 1021, dross extractor 1022, the second conveyer belt 1023,
First intermittent gear 1024, the second intermittent gear 1025, transmission gear 1026, connecting rod spur gear 1027, motor gear
1028, motor 1029, power supply 10210, controller 10211 form, 1021 left end of first conveyer belt and the second conveyer belt
1023 right ends fit, and 1023 left end of the second conveyer belt is connected with 1022 inner ring of dross extractor by belt, and described second
1023 right end of conveyer belt is connected with the first intermittent 1024 middle-end of gear by connecting rod, and the first intermittent gear 1024 pushes up
Portion is meshed with the second intermittent 1025 bottom of gear, second intermittent 1025 inner ring of gear and 1026 inner ring of transmission gear
It is connected by belt, 1026 top of transmission gear is that Spur Gear Driving is connect with 1027 bottom of connecting rod spur gear, described
It is meshed on the upside of 1027 right end of connecting rod spur gear and 1028 left end of motor gear, 1028 right end of motor gear and motor 1029
Left end is integrated, with 10211 left end of controller to be electrically connected on the upside of 1029 right end of motor, the controller
10211 bottoms are connected with 10210 cathode of power supply by connecting line, 1026 left end of transmission gear and hydraulic die cutters 101
It is connected, hydraulic 101 right end of die cutters is connected with 102 left end of power device, and the hydraulic die cutters 101 are equipped with straight-tooth
Wheel 1011,1011 right end of spur gear and power device 102 are mechanical connection, and the power device 102 is equipped with transmission gear
1026,1011 right end of spur gear is meshed with 1026 left end of transmission gear, and the presser device 103 is by connecting rod helical gear
1031, bearing fixed seat 1032, fixed block 1033, pressing plate fluted disc 1034, sliding slot fixing seat 1035, mandril 1036, sliding block 1037,
First V-type connecting rod 1038, the second V-type connecting rod 1039, pressing plate 10310, auxiliary briquetting 10311 form, the connecting rod helical gear
1031 right ends are that Spur Gear Driving is connect with 1034 left end of pressing plate fluted disc, and 1035 bottom of sliding slot fixing seat and the first V-type connect
It is connected at the top of bar 1038 by sliding block 1037,1034 inner ring of pressing plate fluted disc is connected at the top of mandril 1036 by positioning pin
It connects, 1038 upper end of the first V-type connecting rod is connected with 1039 upper end of the second V-type connecting rod by mandril 1036, first V-type
1038 bottom of connecting rod is connected with 1039 bottom of the second V-type connecting rod by pressing plate 10310,1039 top of the second V-type connecting rod
It is to be flexibly connected with 1033 bottom of fixed block, 10311 top of auxiliary briquetting and 10310 bottom of pressing plate are embedded connection,
The transmission device 104 is by left-handed piece 1041, dextrorotation block 1042, rocking bar 1043, connecting rod pulley 1044, spinner handle pulley 1045, the right side
Runner 1046, left wheel 1047 form, and left-handed piece of 1041 right ends are connected with 1042 left end of dextrorotation block by connecting rod, described
1042 middle-end of dextrorotation block is connected with 1043 middle-end of rocking bar by belt, 1043 right end of rocking bar and 106 right end phase of outer framework
It is transmission connection on the right side of perforation, left-handed piece of 1041 middle-ends and connecting rod pulley 1044,1044 middle-end of connecting rod pulley and rotation
1045 outer ring of bar pulley is connected by belt, and 1045 outer bar of spinner handle pulley is connected with 1046 inner ring of right wheel by connecting rod
It connects, 1046 outer ring of right wheel is connected with 1047 outer ring of left wheel by belt, 1047 outer wall of left wheel and scarfing cinder
Device 105 is connected, and the slag cleaning device 105 is by diamond shape wraping plate 1051, clear material fluted disc 1052, fan gear 1053, fan leaf
1054, filter layer 1055, funnel 1056 form, and 1051 left end of diamond shape wraping plate passes through connecting rod phase with clear material 1052 inner ring of fluted disc
Connection, clear 1052 left end of material fluted disc are meshed with 1053 rear end of fan gear, 1053 left end of fan gear and fan
1054 right end of leaf is integrated, and 1054 left end of fan leaf and 1055 right end of filter layer are clearance fit, the funnel
1056 left ends are mutually welded with 106 inside left end of outer framework, and 1051 right end of diamond shape wraping plate is connected with transmission device 104, institute
It states 104 left end of transmission device to be connected with 105 right end of slag cleaning device, the transmission device 104 is equipped with left wheel 1047, the left side
1047 outer wall of runner and slag cleaning device 105 are mechanical connection, and the slag cleaning device 105 is equipped with diamond shape wraping plate 1051, the left-hand rotation
It takes turns 1047 outer walls and is connected with 1051 right end of diamond shape wraping plate by connecting rod, 1031 left end of connecting rod helical gear and transmission gear
1026 right ends are meshed, and 1021 right end of first conveyer belt connects with 106 right end of outer framework.
Observation window 8 described in this patent uses plastic material, and plastics are to pass through addition polymerization or polycondensation reaction using monomer as raw material
The high-molecular compound being polymerized is commonly called as plastics or resin, can freely change ingredient and body styles, by synthetic resin and
The additives such as filler, plasticizer, stabilizer, lubricant, colorant composition.
In progress in use, placing the device in suitable position, make 6 close proximity to ground of support rod, hold the past pull-up of handle 3,
Flip lid 10 is opened, checks whether inner body damages, if without exception, material is placed on the second conveyer belt 1023, passes through remote control
Start controller 10211, power supply 10210 is the energy supply of motor 1029 at this time, and motor gear 1028 is made by connecting rod spur gear 1027
Transmission gear 1026 rotates, and transmission gear 1026 drives connecting rod helical gear 1031, the second intermittent gear 1025, spur gear simultaneously
1011 rotations, the second intermittent gear 1025 are sent into the second conveyer belt 1023 by material by the first intermittent gear 1024,
Spur gear 1011 rotates at this time, is close to pressure piston 1012 sliding on pressure oil pipe 1013, oil liquid is squeezed, and flows through connecting tube
1014, oil inlet valve 1016 enters fuel tank 1017, and 10110 stress of power piston makes power mandril 10111 together with cutter head fixing seat
10112 slide downwards, since pedestal 1018 is fixed, then buffer sliding block 10116 is close to the sliding of buffering chute 1019, delays at this time
It rushes the cooperation buffering telescopic rod 10115 of connecting rod 10114 slowly to stretch, fully dispersed 10111 pressure of power mandril makes power top
Bar 10111 is more stable, is unlikely to deform, and cross cutting cutter head 10113 is die cut material, and after molding, product slides into the first conveying
Band 1021, connecting rod helical gear 1031 is rotated with dynamic pressure plate fluted disc 1034 at this time, and mandril 1036 is made to pump, due to solid
Determine block 1033 and sliding slot fixing seat 1035 is fixed, then the second about 1039 V-type connecting rod is flexible, on the first V-type connecting rod 1038
End together with sliding block 1037 be close to sliding slot fixing seat 1035 horizontally slip, at this time pressing plate 10310 together with auxiliary briquetting 10311 on glide
It is dynamic, moulding material is flattened, gauffer or alice occurs in preventer, has checked whether that residue, dross extractor 1022 rotate by observation window 8
When residue is swept into funnel 1056, hold rocking bar 1043 and rotate, left-handed piece 1041 drives connecting rod pulley together with dextrorotation block 1042
1044 rotations, spinner handle pulley 1045 rotates left wheel 1047 by right wheel 1046 at this time, and then makes on diamond shape wraping plate 1051
Under agitate, then clearly material 1052 Forced rotation of fluted disc, make fan gear 1053 together with fan leaf 1054 rotate, generate wind-force, penetrate
Filter layer 1055 blows out residue.
The utility model solves existing die-cutting machine after completing cross cutting, does not carry out post-processing to material again, is easy to make
The problem of gauffer or alice occurs in material, influences beautiful and influence later period use, the utility model is mutual by above-mentioned component
It is combined, structure is equipped with die-cutting apparatus, places the device in suitable position, makes support rod close proximity to ground, holds handle up
It draws, opens flip lid, check whether inner body damages, if without exception, material is placed on the second conveyer belt, started by remote control
Controller, power supply is motor energy supply at this time, and motor gear rotates transmission gear by connecting rod spur gear, transmission gear while band
Dynamic connecting rod helical gear, the second intermittent gear, spur gear rotation, the second intermittent gear make second by the first intermittent gear
Material is sent by conveyer belt, and spur gear rotates at this time, is close to pressure piston sliding on pressure oil pipe, oil liquid is squeezed, the company of flowing through
Adapter tube, oil inlet valve enter fuel tank, and power piston stress makes power mandril together with cutter head fixing seat slide downward, due to pedestal
Fixed, then buffer sliding block abutting buffering chute sliding buffers connecting rod cooperation buffering telescopic rod at this time and slowly stretches, and abundant point
Power mandril pressure is dissipated, keeps power mandril more stable, is unlikely to deform, cross cutting cutter head is die cut material, after molding,
Product slides into first conveyer belt, and connecting-rod inclined gear band dynamic pressure plate fluted disc rotates at this time, and mandril is made to pump, due to solid
Determine block and sliding slot fixing seat is fixed, then the second V-type connecting rod is flexible up and down, and the first V-type small end is close to slide together with sliding block
Slot fixing seat horizontally slips, and pressing plate is slided up and down together with auxiliary briquetting at this time, flattens moulding material, and preventer gauffer occurs or sticks up
Side has checked whether residue by observation window, residue is swept into funnel when dross extractor rotates, held rocking bar rotation, left-handed piece of company
Connecting rod pulley rotation is driven with dextrorotation block, spinner handle pulley rotates left wheel by right wheel at this time, and then makes on diamond shape wraping plate
Under agitate, then material fluted disc Forced rotation clearly, rotates fan gear together with fan leaf, generates wind-force, through filter layer by residue
Blowout, device integrate cross cutting pressing plate, carry out pressing processing after being die cut to material, while to moulding material, make forming material
Material is not likely to produce gauffer or alice, while automatically removing internal residue, prevents residue from blocking inner body, makes overall procedure more
It is steady.
Claims (8)
1. a kind of novel automation die-cutting machine, structure includes die-cutting apparatus (1), transverse slat (2), handle (3), cross bar (4), bottom
Seat (5), support rod (6), fixed link (7), observation window (8), hinge (9), flip lid (10), transverse slat (2) rear end and cross cutting fill
It sets (1) front end to be fixedly connected by rivet, mutually be welded at the top of pedestal (5) bottom and support rod (6), the support rod (6)
It is connect with pedestal (5) bottom to be vertical, pedestal (5) the bottom lower end is fixedly connected with fixed link (7) side, the pedestal
(5) bottom is parallel to each other with cross bar (4) bottom, it is characterised in that:
Cross bar (4) side is that card slot is connect with fixed link (7) middle-end, and the cross bar (4) is vertical with fixed link (7) middle-end
Connection, flip lid (10) front end is mutually to bind with observation window (8) outer wall, on flip lid (10) bottom and die-cutting apparatus (1)
End is clearance fit, and flip lid (10) rear end is connected at the top of die-cutting apparatus (1) by hinge (9), after the handle (3)
End is fixed by screws with flip lid (10) front end, is screwed at the top of the pedestal (5) with die-cutting apparatus (1) bottom
Connection；
The die-cutting apparatus (1) is by hydraulic die cutters (101), power device (102), presser device (103), transmission device
(104), slag cleaning device (105), outer framework (106) composition, hydraulic die cutters (101) left end and outer framework (106) are internal
Left end is fixedly connected, and is mutually binded at the top of the power device (102) with outer framework (106) inner tip, the presser device
(103) rear end and outer framework (106) Internal back end are mechanical connection, and transmission device (104) bottom and outer framework (106) are interior
Portion bottom end fits, and outer framework (106) bottom is fixedly connected with outer framework (106) inner bottom.
2. the novel automation die-cutting machine of one kind according to claim 1, it is characterised in that: the hydraulic die cutters
(101) by spur gear (1011), pressure piston (1012), pressure oil pipe (1013), connecting tube (1014), fuel-displaced valve
(1015), oil inlet valve (1016), fuel tank (1017), pedestal (1018), buffering chute (1019), power piston (10110), dynamic
Power mandril (10111), cutter head fixing seat (10112), cross cutting cutter head (10113), buffering connecting rod (10114), buffering telescopic rod
(10115), buffer sliding block (10116) forms, and spur gear (1011) inner ring and pressure piston (1012) bottom pass through connecting rod
It is connected, fits inside pressure piston (1012) upper end and pressure oil pipe (1013), pressure oil pipe (1013) top
Portion is connected at the top of fuel tank (1017) by connecting tube (1014), and fuel tank (1017) side and pedestal (1018) inner wall are solid
Fixed connection, pedestal (1018) side are integrated with buffering chute (1019) side, the buffering chute (1019)
Inner wall fits with buffer sliding block (10116) side, buffer sliding block (10116) middle-end and buffering connecting rod (10114) side
It is connected by positioning pin, buffer sliding block (10116) bottom and buffering connecting rod (10114) lower end pass through buffering telescopic rod
(10115) it is connected, passes through power mandril at the top of power piston (10110) bottom and cutter head fixing seat (10112)
(10111) it is fixedly connected, is that card slot is connect at the top of cutter head fixing seat (10112) bottom and cross cutting cutter head (10113), it is described
Power piston (10110) outer wall fits with fuel tank (1017) inner wall, spur gear (1011) right end and power device (102)
It is connected.
3. the novel automation die-cutting machine of one kind according to claim 1, it is characterised in that: the power device (102)
By between first conveyer belt (1021), dross extractor (1022), the second conveyer belt (1023), the first intermittent gear (1024), second
Formula of having a rest gear (1025), transmission gear (1026), connecting rod spur gear (1027), motor gear (1028), motor (1029), power supply
(10210), controller (10211) forms, and first conveyer belt (1021) left end is affixed with the second conveyer belt (1023) right end
It closes, the second conveyer belt (1023) left end is connected with dross extractor (1022) inner ring by belt, second conveyer belt
(1023) right end is connected with the first intermittent gear (1024) middle-end by connecting rod, first intermittent gear (1024) top
Portion is meshed with the second intermittent gear (1025) bottom, second intermittent gear (1025) inner ring and transmission gear
(1026) inner ring is connected by belt, and at the top of the transmission gear (1026) and connecting rod spur gear (1027) bottom is spur gear
It is meshed on the upside of transmission connection, connecting rod spur gear (1027) right end and motor gear (1028) left end, the motor gear
(1028) right end is integrated with motor (1029) left end, motor (1029) the right end upside and controller (10211)
Left end is electrical connection, and controller (10211) bottom is connected with power supply (10210) cathode by connecting line, the transmission
Gear (1026) left end is connected with hydraulic die cutters (101).
4. the novel automation die-cutting machine of one kind according to claim 1, it is characterised in that: the hydraulic die cutters
(101) right end is connected with power device (102) left end, and the hydraulic die cutters (101) are equipped with spur gear (1011), described straight
Gear (1011) right end and power device (102) are mechanical connection, and the power device (102) is equipped with transmission gear (1026),
Spur gear (1011) right end is meshed with transmission gear (1026) left end.
5. the novel automation die-cutting machine of one kind according to claim 1, it is characterised in that: the presser device (103)
By connecting rod helical gear (1031), bearing fixed seat (1032), fixed block (1033), pressing plate fluted disc (1034), sliding slot fixing seat
(1035), mandril (1036), sliding block (1037), the first V-type connecting rod (1038), the second V-type connecting rod (1039), pressing plate (10310),
Briquetting (10311) composition is assisted, connecting rod helical gear (1031) right end and pressing plate fluted disc (1034) left end are Spur Gear Driving
Connection, sliding slot fixing seat (1035) bottom is connected at the top of the first V-type connecting rod (1038) by sliding block (1037), described
Pressing plate fluted disc (1034) inner ring is connected at the top of mandril (1036) by positioning pin, the first V-type connecting rod (1038) upper end
It is connected with the second V-type connecting rod (1039) upper end by mandril (1036), the first V-type connecting rod (1038) bottom and the 2nd V
Type connecting rod (1039) bottom is connected by pressing plate (10310), the second V-type connecting rod (1039) top and fixed block (1033)
Bottom is to be flexibly connected, and at the top of the auxiliary briquetting (10311) and pressing plate (10310) bottom is embedded connection.
6. the novel automation die-cutting machine of one kind according to claim 1, it is characterised in that: the transmission device (104)
By left-handed piece (1041), dextrorotation block (1042), rocking bar (1043), connecting rod pulley (1044), spinner handle pulley (1045), right wheel
(1046), left wheel (1047) forms, and left-handed piece of (1041) right end is connected with dextrorotation block (1042) left end by connecting rod,
Dextrorotation block (1042) middle-end is connected with rocking bar (1043) middle-end by belt, rocking bar (1043) right end and outer framework
(106) right end connects, and is transmission connection on the right side of left-handed piece of (1041) middle-end and connecting rod pulley (1044), the connecting rod is sliding
Wheel (1044) middle-end is connected with spinner handle pulley (1045) outer ring by belt, spinner handle pulley (1045) outer bar and right wheel
(1046) inner ring is connected by connecting rod, and right wheel (1046) outer ring is connected with left wheel (1047) outer ring by belt
It connects, left wheel (1047) outer wall is connected with slag cleaning device (105).
7. the novel automation die-cutting machine of one kind according to claim 1, it is characterised in that: the slag cleaning device (105)
By diamond shape wraping plate (1051), fluted disc (1052), fan gear (1053), fan leaf (1054), filter layer (1055), funnel are expected clearly
(1056) it forms, diamond shape wraping plate (1051) left end is connected with clear material fluted disc (1052) inner ring by connecting rod, the clear material
Fluted disc (1052) left end is meshed with fan gear (1053) rear end, fan gear (1053) left end and fan leaf (1054)
Right end is integrated, and fan leaf (1054) left end and filter layer (1055) right end are clearance fit, the funnel
(1056) left end is mutually welded with the internal left end of outer framework (106), diamond shape wraping plate (1051) right end and transmission device (104) phase
Connection.
8. the novel automation die-cutting machine of one kind according to claim 1, it is characterised in that: the transmission device (104)
Left end is connected with slag cleaning device (105) right end, and the transmission device (104) is equipped with left wheel (1047), the left wheel
(1047) outer wall and slag cleaning device (105) are mechanical connection, and the slag cleaning device (105) is equipped with diamond shape wraping plate (1051), described
Left wheel (1047) outer wall is connected with diamond shape wraping plate (1051) right end by connecting rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820854777.8U CN208231947U (en) | 2018-06-04 | 2018-06-04 | A kind of novel automation die-cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820854777.8U CN208231947U (en) | 2018-06-04 | 2018-06-04 | A kind of novel automation die-cutting machine |
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| CN208231947U true CN208231947U (en) | 2018-12-14 |
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ID=64576425
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820854777.8U Expired - Fee Related CN208231947U (en) | 2018-06-04 | 2018-06-04 | A kind of novel automation die-cutting machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111660371A (en) * | 2019-03-05 | 2020-09-15 | 昆山市维尼斯曼电子有限公司 | Proof warp formula cutting device |
| CN112045758A (en) * | 2020-08-28 | 2020-12-08 | 浙江华勘环保科技有限公司 | Environmental protection device for recycling waste materials in cutting process of building energy-saving plates |
-
2018
- 2018-06-04 CN CN201820854777.8U patent/CN208231947U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111660371A (en) * | 2019-03-05 | 2020-09-15 | 昆山市维尼斯曼电子有限公司 | Proof warp formula cutting device |
| CN112045758A (en) * | 2020-08-28 | 2020-12-08 | 浙江华勘环保科技有限公司 | Environmental protection device for recycling waste materials in cutting process of building energy-saving plates |
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Effective date of registration: 20190614 Address after: 311300 Xinxi Bridge 142, Xinxi Bridge Village, Jincheng Street, Linan City, Hangzhou City, Zhejiang Province Patentee after: Hangzhou where a Thai Plastic Co. Ltd Address before: 313012 Fish Boat Yard of Xiyangtan Village, Shuanglin Town, Nanxun District, Huzhou City, Zhejiang Province Patentee before: Nanxun Shuang Lin Shen Ya machinery processing factory |
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Granted publication date: 20181214 Termination date: 20200604 |
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