CN207954613U - A kind of cutter device of thermoplastic shaping machine - Google Patents

A kind of cutter device of thermoplastic shaping machine Download PDF

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Publication number
CN207954613U
CN207954613U CN201721926028.3U CN201721926028U CN207954613U CN 207954613 U CN207954613 U CN 207954613U CN 201721926028 U CN201721926028 U CN 201721926028U CN 207954613 U CN207954613 U CN 207954613U
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China
Prior art keywords
cutter
embryo
plate
band
chain
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CN201721926028.3U
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Chinese (zh)
Inventor
齐建华
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Beijing Kai Hang Packaging Products Co Ltd
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Beijing Kai Hang Packaging Products Co Ltd
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Priority to CN201721926028.3U priority Critical patent/CN207954613U/en
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Abstract

A kind of cutter device of thermoplastic shaping machine, it include the feeding unit being arranged with direction of transfer along embryo material, cutter unit and the stacking unit for putting together embryo material plate code, cutter unit includes two root posts, it is arranged hold-down mechanism that embryo material band compresses on column and the cutting mechanism for cutting embryo material band is set on column, cutting mechanism includes cutter and actuating unit, actuating unit includes chain, support chains and the chain kit of drive chain one-directional rotation and the connection component for connecting cutter and chain, chain drives cutter to do straight reciprocating motion along perpendicular to embryo material band direction of transfer by connection component, it includes piling up case to pile up unit, two are respectively hinged at the driving mechanism that the returning face plate for piling up case upper end both sides and driving returning face plate are rotated along hinged end.Advantage is:Can embryo material band quickly be cut into embryo material plate, and be collected embryo material plate using machinery, reduce the labor intensity of worker.

Description

A kind of cutter device of thermoplastic shaping machine
Technical field
The utility model is related to thermoplastic shaping machine field more particularly to a kind of cutter devices of thermoplastic shaping machine.
Background technology
Packing Machine(It is called thermoplastic shaping machine)It is to roll up the thermoplastics such as PVC, PE, PP, PET, HIPS of heating plasticizing Material inhales the machine that the products such as variously-shaped advanced packing box, frame are made.Packing Machine is in the composition of real work, the packet of output Mounted box is on banded blank band, and blank band needs initial partitioning at sectional blank plate, and blank plate utilizes secondary Splitting equipment the extra leftover pieces of blank plate are divided, thus obtain the finished product of packing box, but traditional Packing Machine needs manually to remove embryo material plate from thermoplastic shaping machine after embryo material band is cut into embryo material plate, then unifies Folding and unfolding is got up, and secondary cut equipment is transported to when embryo material plate runs up to a certain amount of, then by people, causes worker to need continuous The embryo material plate folding and unfolding formed after cutting, labor intensity is big.
Utility model content
The purpose of this utility model is to provide a kind of cutter device of thermoplastic shaping machine, its advantage is that can be quickly by embryo material Band cuts into embryo material plate, and collects the embryo material plate formed after cutting using machinery is unified, is greatly reduced worker Labor intensity.
The above-mentioned technical purpose of the utility model technical scheme is that:
A kind of cutter device of thermoplastic shaping machine includes feeding unit, the cutter unit being arranged with direction of transfer along embryo material And the stacking unit for putting together embryo material plate code, the cutter unit include two root posts, are arranged embryo material on column With the hold-down mechanism compressed and the cutting mechanism for cutting embryo material band is set on column, the cutting mechanism include cutter and Driving cutter along making the actuating unit of straight reciprocating motion with direction of transfer perpendicular to embryo material, the actuating unit include chain, Support chains and the chain kit of drive chain one-directional rotation and the connection component for connecting cutter and chain, the chain Transmission component is arranged between two root posts, and the chain drives cutter along perpendicular to embryo material band direction of transfer by connection component Do straight reciprocating motion, it is described pile up unit include pile up case, two be respectively hinged at pile up the returning face plates of case upper end both sides with And the driving mechanism that driving returning face plate is rotated along hinged end.
Through the above technical solutions, feed device is for connecting thermoplastic shaping machine and cutter unit, to from thermoplastic shaping machine In one, embryo material band support out effect, the setting of hold-down mechanism can compress the embryo material band that will cut, prevent Cutter embryo material band is cut when cutting embryo material band it is bad, cutting mechanism be used for by embryo material band cutting open, pile up case for store cut Embryo material plate afterwards, and returning face plate can play a supporting role to embryo material band, prevent cutter from cutting embryo material band bad, when cutter is by embryo material After band cutting is opened, returning face plate downwardly turns under the drive of driving mechanism, is gathered up to make embryo material plate fall to pile up in case Come, to which the labor intensity of worker greatly reduce.
The utility model is further arranged to:The returning face plate is hinged on by articulated shaft and is piled up on case, driving mechanism packet Lifter plate is included, the gas-pressure mandril for driving lifter plate to move up and down on lifter plate is fixedly connected on, is fixedly connected on articulated shaft one end And with the mutually perpendicular connecting rod of articulated shaft, the connecting rod is slidably connected with lifter plate, when lifter plate moves up and down, the connecting rod It is slided along lifter plate length direction away from one end of articulated shaft.
Through the above technical solutions, when lifter plate moves in the vertical direction under the drive of gas-pressure mandril, the connecting rod back of the body One end from articulated shaft is slided along lifter plate length direction, to drive articulated shaft to rotate, to drive returning face plate along articulated shaft Rotation.
The utility model is further arranged to:The both ends of the lifter plate offer kidney slot, the waist along its length Sliding is connected with sliding block in shape hole, and the sliding block is rotatablely connected with connecting rod away from one end of articulated shaft.
Through the above technical solutions, when lifter plate moves in the vertical direction under the drive of gas-pressure mandril, sliding block exists Sliding in kidney slot, to drive articulated shaft to rotate, is turned over to drive connecting rod to be rotated along the axis of articulated shaft so as to drive Flap is rotated along articulated shaft.
The utility model is further arranged to:It is provided with bearing material vehicle in the stacking case, is provided on the stacking case side wall What the bearing material vehicle for filling embryo material plate was removed from stacking case walks material mouth.
Through the above technical solutions, when pile up fill embryo material plate in case after, worker can be by bearing material vehicle from walking in material mouth to draw Go out, then the bearing material vehicle for filling embryo material plate is shifted onto at punching machine, allows punching machine that embryo material plate is washed into single lunch box.
The utility model is further arranged to:The connection component include rectangular ring knife rest, sliding be connected to knife rest The driving member of inside, the guide rod for being fixedly connected between two root posts and being arranged in knife rest, driving member edge in knife rest Vertical direction slides, and the cutter is fixedly connected on knife rest.
Through the above technical solutions, under the drive of chain kit, chain rotation, to drive driving member to turn with chain Dynamic, when driving member moves in a straight line under the drive of chain, knife rest is under the action of guide rod and driving member, with driving member one Movement is played, when driving member does curvilinear motion under the drive of chain, since driving member sliding is connected to the inside of knife rest, so At this moment driving member can vertically slide in knife rest, and knife rest only moves in a straight line.
The utility model is further arranged to:The chain kit includes the sprocket wheel of two support chains, is fixedly connected Shaft at centre of sprocket, with the supporting rod of shaft rotation connection and the motor being connect with shaft belt, the supporting rod It is fixedly connected between two root posts, the chain is sleeved on two sprocket wheels.
Through the above technical solutions, the effect of supporting rod is that shaft, motor is supported to rotate by belt band movable sprocket, from And the chain rotation being sleeved on sprocket wheel is driven, to make chain drive cutter to do straight reciprocating motion by connection component, to Allow cutter that embryo material band is cut into embryo material plate.
The utility model is further arranged to:The hold-down mechanism includes the support for being fixedly connected on two root posts upper end Plate is fixedly connected and is in the cylinder of vertical state on the supporting plate, is connected to the top board of cylinder lower end and is fixedly connected with two Lower platen in the middle part of column, the cylinder driving top board is separate or close to lower platen, and the cutter stretches out the upper table of lower platen Face.
Pass through above-mentioned technical proposal:Embryo material band passes through between top board and lower platen, when needing to compress on embryo material band, It only needs to drive top board to move downward by cylinder, until embryo material band is pressed on lower platen by top board, at this moment cutter is just It can be moved along perpendicular to embryo material band direction of transfer, embryo material band is cut into embryo material plate.
The utility model is further arranged to:The cutter is abutted with lower platen away from the side of feeding unit.
Through the above technical solutions, can effectively ensure cut quality, prevent cutter from cutting embryo material band bad.
The utility model is further arranged to:The feeding unit includes rack and the transfer roller that is rotatably connected in rack, The axis direction of the transfer roller is vertical with embryo material band direction of transfer, and the transfer roller is provided in rack upper edge embryo material band direction of transfer It is multiple.
Through the above technical solutions, due to being provided with the device that embryo material band can be pushed to move in thermoplastic shaping machine, so After embryo material band is placed on feeding unit, embryo material band can also intermittently be transported under the action of thermoplastic shaping machine on feeding unit It is dynamic, embryo material band is supported using transfer roller, can effectively reduce the suffered frictional resistance of embryo material band movement, and due to feeding Unit has certain length, so the embryo material band from thermoplastic shaping machine out can also cool down a period of time on feeding unit, It avoids embryo material band too soft, when cutter being caused to cut embryo material band, embryo material band is caused to be damaged.
In conclusion the utility model has the advantages that:
One, feed device is for connecting thermoplastic shaping machine and cutter unit, to the embryo material band from thermoplastic shaping machine out The setting of the effect of one support, hold-down mechanism can compress the embryo material band that will cut, and prevent cutter in cutting embryo material Embryo material band cut when band bad, cutting mechanism is used to open embryo material band cutting, piles up case and is used to store the embryo material plate after cutting, and turns over Flap can play a supporting role to embryo material band, prevent cutter from cutting embryo material band bad, after cutter opens embryo material band cutting, overturning Plate downwardly turns under the drive of driving mechanism, is collected to make embryo material plate fall to pile up in case, to greatly drop The low labor intensity of worker;
Two, when lifter plate moves in the vertical direction under the drive of gas-pressure mandril, connecting rod deviates from one end of articulated shaft It is slided along lifter plate length direction, to drive articulated shaft to rotate, to drive returning face plate to be rotated along articulated shaft;
Three, due to being provided with the device that embryo material band can be pushed to move in thermoplastic shaping machine, so when embryo material band is placed on After on feeding unit, embryo material band can also the intermittent movement on feeding unit under the action of thermoplastic shaping machine, using transfer roller come Embryo material band is supported, can effectively reduce the suffered frictional resistance of embryo material band movement, and since feeding unit has a fixed length Degree avoids embryo material band too so the embryo material band from thermoplastic shaping machine out can also cool down a period of time on feeding unit It is soft, when cutter being caused to cut embryo material band, embryo material band is caused to be damaged.
Description of the drawings
Fig. 1 is the axonometric drawing of the utility model;
Fig. 2 is to embody the schematic diagram that the structure of cutter unit is done;
Fig. 3 is enlarged diagram at the A of Fig. 2;
Fig. 4 is to embody the schematic diagram piled up the structure of unit and done.
In figure, 1, feeding unit;11, transfer roller;12, rack;2, cutter unit;21, column;22, hold-down mechanism;221, it props up Fagging;222, cylinder;223, top board;224, lower platen;23, cutting mechanism;231, cutter;2321, chain;2322, chain passes Dynamic component;23221, sprocket wheel;23222, shaft;23223, supporting rod;23224, motor;23225, belt wheel;23226, belt; 2323, connection component;23231, knife rest;23232, driving member;23233, guide rod;3, unit is piled up;31, case is piled up;32, it cuts with scissors Spindle;33, returning face plate;34, driving mechanism;341, lifter plate;342, gas-pressure mandril;343, connecting rod;344, sliding block;345, kidney-shaped Hole;35, bearing material vehicle;36, material mouth is walked.
Specific implementation mode
Embodiment:
A kind of cutter device of thermoplastic shaping machine, is set to thermoplastic shaping machine discharge outlet, shown referring to Fig.1, including edge The feeding unit 1 for being used to support embryo material band that the embryo material of thermoplastic shaping machine output is arranged with direction of transfer, for by embryo material band point The cutter unit 2 of incision and the stacking unit 3 for putting together embryo material plate code.
Shown in referring to Fig.1, feeding unit 1 includes rack 12 and is rotatably connected in rack 12 with direction of transfer along embryo material The axis direction of several transfer rollers 11, transfer roller 11 is vertical with embryo material band direction of transfer.When embryo material band is from the discharging of thermoplastic shaping machine Mouth can be fallen on after being moved on feeding unit 1, since thermoplastic shaping machine itself has the device for pushing the movement of embryo material band, institute With embryo material band can on feeding unit 1 intermittent exercise.
Shown in referring to Figures 1 and 2, cutter unit 2 includes two root posts 21, is arranged on column 21 for embryo material is with pressure Tight hold-down mechanism 22 and it is arranged on column 21 for embryo material band to be cut the cutting mechanism 23 opened.The line of two root posts 21 It is vertical with embryo material band direction of transfer.Hold-down mechanism 22 includes the support plate 221 for being fixedly connected on 21 upper end of two root posts, fixed company It is connected on the cylinder 222 in support plate 221 in vertical state, the top board 223 of 222 lower end of cylinder is connected to and is fixedly connected with two The lower platen 224 at 21 middle part of a column, cylinder 222 are fixed on the upper surface of support plate 221, and the piston in cylinder 222 passes through Support plate 221 is connect with top board 223, and when cylinder 222 extends, top board 223 moves downward, and may finally be with lower platen 224 abut.
With reference to shown in Fig. 2, cutting mechanism 23 includes cutter 231 and driving cutter 231 along perpendicular to embryo material band direction of transfer The actuating unit of straight reciprocating motion is made, actuating unit includes that chain 2321, support chains 2321 and drive chain 2321 are unidirectional The chain kit 2322 of rotation and connection component 2323 for connecting cutter 231 and chain 2321.
With reference to shown in Fig. 2 and Fig. 3, connection component 2323 includes that the knife rest 23231 of rectangular ring, sliding are connected to knife rest Driving member 23232 inside 23231, the guide rod 23233 for being arranged in knife rest 23231, driving member 23232 is in knife rest 23231 Vertically sliding up and down.Above-mentioned cutter 231 is fixedly connected on 23231 upper end of knife rest, and cutter 231 is carried on the back with lower platen 224 Side wall from feeding unit 1 abuts, and the upper surface of lower platen 224, the sliding connection of driving member 23232 are stretched out in the upper end of cutter 231 Inside knife rest 23231, guide rod 23233 be fixedly connected on it is in two root posts 21 and vertical with the direction of transfer of embryo material band, when When chain 2321 rotates under the drive of chain kit 2322, driving member 23232 is rotated with chain 2321, works as driving member 23232 when moving in a straight line, and driving member 23232 pushes knife rest 23231 to move in a straight line, when driving member 23232 does curvilinear motion When, driving member 23232 vertically slides in knife rest 23231, and knife rest 23231 is pushed to move in a straight line.
With reference to shown in Fig. 2 and Fig. 3, chain kit 2322 includes the sprocket wheel 23221 of two support chains 2321, fixed company It is connected on the shaft 23222 at 23221 center of sprocket wheel, the supporting rod 23223 being rotatablely connected with shaft 23222 and and shaft The motor 23224 of 23222 belts 23226 connection, supporting rod 23223 are fixedly connected between two root posts 21,2321 sets of chain On two sprocket wheels 23221, motor 23224 is fixedly connected on column 21, and band is fixedly connected on the main shaft of motor 23224 Wheel 23225, the shaft 23222 close to motor 23224 are fixedly connected with away from one end of sprocket wheel 23221 across supporting rod 23223 Belt wheel 23225 is cased with belt 23226 on two belt wheels 23225.
Referring to Fig.1 with shown in Fig. 4, stacking unit 3 includes the stacking case 31 of upper end opening, connects piling up the rotation of 31 upper end of case Two articulated shafts 32 are connected to, two articulated shafts 32, which are located at, piles up both sides opposite on case 31 and 32 side axis direction of articulated shaft It is consistent with the direction of transfer of embryo material band, it has been respectively fixedly connected with returning face plate 33 on articulated shaft 32, has piled up and is additionally provided on case 31 The driving mechanism 34 that driving returning face plate 33 is rotated along articulated shaft 32.
Referring to Fig.1 with shown in Fig. 4, driving mechanism 34 includes lifter plate 341, is fixedly connected on driving liter on lifter plate 341 Gas-pressure mandril 342, the connecting rod 343 that drop plate 341 moves up and down, articulated shaft 32 are pierced by close to one end of cutter unit 2 and pile up case 31 It is fixedly connected outside with connecting rod 343, connecting rod 343 turns with the mutually perpendicular one end for deviating from articulated shaft 32 in connecting rod 343 of articulated shaft 32 It is dynamic to be connected with sliding block 344, it is opened up there are two kidney slot 345 along the length direction of lifter plate 341 at the both ends of lifter plate 341, two A sliding block 344 slides be connected in two kidney slots 345 respectively, and cylinder 222, which is fixedly connected on, piles up case 31 close to cutter unit 2 Side wall on.When lifter plate 341 moves down, sliding block 344 slides in kidney slot 345, and passes through connecting rod 343 and articulated shaft 32 Returning face plate 33 is driven to be rotated down along the axis of articulated shaft 32;When lifter plate 341 moves up, sliding block 344 is in kidney slot 345 Sliding, and drive returning face plate 33 to be rotated up along the axis of articulated shaft 32 by connecting rod 343 and articulated shaft 32.
Referring to Fig.1 with shown in Fig. 4, it is provided with bearing material vehicle 35 in piling up case 31, is piling up case 31 away from cutter unit 2 Side be provided with for fill the bearing material vehicle 35 of embryo material plate from pile up removed in case 31 walk material mouth 36.
The course of work:At work, the embryo material band produced by thermoplastic shaping machine is fallen after being moved out by thermoplastic machine discharge port On feeding unit 1, and in the intermittent equidistantly movement on feeding unit 1, after embryo material band moves to cutter unit 2, When embryo material band stop motion, cylinder 222 drives top board 223 to move down, and to compress embryo material band, then cutter 231 exists The drive lower edge of actuating unit is moved perpendicular to the direction that embryo material band moves, to open the cutting of embryo material band, with after lifting plate 341 It moves down, is piled up in case 31 to make embryo material plate fall into, then lifter plate 341 is in air pressure under the drive of gas-pressure mandril 342 It is moved up under the drive of mandril 342, returning face plate 33 is made to set back.When pile up fill embryo material plate in case 31 after, worker can be with By bearing material vehicle 35 from walking in material mouth 36 to pull out, then the bearing material vehicle 35 for filling embryo material plate is shifted onto at punching machine, allows punching machine that will be divided The embryo material band cut through is washed into single finished product.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but As long as all being protected by Patent Law in the right of the utility model.

Claims (9)

1. a kind of cutter device of thermoplastic shaping machine, it is characterized in that:It include the feeding unit being arranged with direction of transfer along embryo material (1), cutter unit (2) and the stacking unit (3) for putting together embryo material plate code, the cutter unit (2) include two vertical The hold-down mechanism (22) and be arranged embryo material band point on column (21) that column (21), setting compress embryo material band on column (21) The cutting mechanism (23) cut, the cutting mechanism (23) include cutter (231) and driving cutter (231) along perpendicular to embryo material band Direction of transfer makees the actuating unit of straight reciprocating motion, the actuating unit include chain (2321), support chains (2321) simultaneously The chain kit (2322) of drive chain (2321) one-directional rotation and the company for connecting cutter (231) and chain (2321) Connected components (2323), the chain kit (2322) are arranged between two root posts (21), and the chain (2321) passes through company Connected components (2323) drive cutter (231) to do straight reciprocating motion, the stacking unit (3) along perpendicular to embryo material band direction of transfer Including piling up case (31), two returning face plates (33) and driving returning face plate (33) for being respectively hinged at stacking case (31) upper end both sides Along the driving mechanism (34) of hinged end rotation.
2. a kind of cutter device of thermoplastic shaping machine according to claim 1, it is characterized in that:The returning face plate (33) passes through Articulated shaft (32), which is hinged on, to be piled up on case (31), and driving mechanism (34) includes lifter plate (341), is fixedly connected on lifter plate (341) on drive lifter plate (341) move up and down gas-pressure mandril (342), be fixedly connected on articulated shaft (32) one end and with hinge Spindle (32) mutually perpendicular connecting rod (343), the connecting rod (343) is slidably connected with lifter plate (341), when lifter plate (341) When moving up and down, the connecting rod (343) is slided away from one end of articulated shaft (32) along lifter plate (341) length direction.
3. a kind of cutter device of thermoplastic shaping machine according to claim 2, it is characterized in that:The lifter plate (341) Both ends offer kidney slot (345) along its length, are slid in the kidney slot (345) and are connected with sliding block (344), the sliding block (344) it is rotatablely connected away from one end of articulated shaft (32) with connecting rod (343).
4. a kind of cutter device of thermoplastic shaping machine according to claim 3, it is characterized in that:It is set in the stacking case (31) It is equipped with bearing material vehicle (35), the bearing material vehicle (35) for being provided on case (31) side wall and supplying to fill embryo material plate of piling up is from stacking case (31) What is removed walks material mouth (36).
5. a kind of cutter device of thermoplastic shaping machine according to claim 1, it is characterized in that:The connection component (2323) Knife rest (23231), sliding including rectangular ring are connected to the internal driving member (23232) of knife rest (23231), are fixedly connected on Between two root posts (21) and it is arranged in the guide rods (23233) of knife rest (23231), the driving member (23232) is in knife rest (23231) it is vertically slided in, the cutter (231) is fixedly connected on knife rest (23231).
6. a kind of cutter device of thermoplastic shaping machine according to claim 5, it is characterized in that:The chain kit (2322) include the sprocket wheel (23221) of two support chains (2321), the shaft being fixedly connected at sprocket wheel (23221) center (23222), it is connect with the supporting rod (23223) of shaft (23222) rotation connection and with shaft (23222) belt (23226) Motor (23224), the supporting rod (23223) is fixedly connected between two root posts (21), and the chain (2321) is sleeved on On two sprocket wheels (23221).
7. a kind of cutter device of thermoplastic shaping machine according to claim 6, it is characterized in that:Hold-down mechanism (22) packet It includes and is fixedly connected on the support plate (221) of two root posts (21) upper end, be fixedly connected in support plate (221) in vertical state Cylinder (222), be connected to cylinder (222) lower end top board (223) and the pushing being fixedly connected in the middle part of two columns (21) Plate (224), cylinder (222) the driving top board (223) is separate or close to lower platen (224), under the cutter (231) is stretched out The upper surface of pressing plate (224).
8. a kind of cutter device of thermoplastic shaping machine according to claim 7, it is characterized in that:
The cutter (231) abuts with lower platen (224) away from the side of feeding unit (1).
9. a kind of cutter device of thermoplastic shaping machine according to claim 1, it is characterized in that:Feeding unit (1) packet Including rack (12) and the transfer roller (11) being rotatably connected in rack (12), axis direction and the embryo material band of the transfer roller (11) transmit Direction is vertical, and the transfer roller (11) is provided with multiple in rack (12) upper edge embryo material band direction of transfer.
CN201721926028.3U 2017-12-30 2017-12-30 A kind of cutter device of thermoplastic shaping machine Active CN207954613U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201721926028.3U CN207954613U (en) 2017-12-30 2017-12-30 A kind of cutter device of thermoplastic shaping machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201721926028.3U CN207954613U (en) 2017-12-30 2017-12-30 A kind of cutter device of thermoplastic shaping machine

Publications (1)

Publication Number Publication Date
CN207954613U true CN207954613U (en) 2018-10-12

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109366707A (en) * 2018-12-12 2019-02-22 醴陵华鑫电瓷科技股份有限公司 Automatic cutting device is used in a kind of processing of electroceramics
CN111331743A (en) * 2020-05-09 2020-06-26 江西友鹏精密制造有限公司 Automatic blank-cutting forming machine for activated carbon
CN112123447A (en) * 2020-09-08 2020-12-25 玉田县中博印刷机械有限公司 Energy-saving environment-friendly die-cutting machine

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109366707A (en) * 2018-12-12 2019-02-22 醴陵华鑫电瓷科技股份有限公司 Automatic cutting device is used in a kind of processing of electroceramics
CN111331743A (en) * 2020-05-09 2020-06-26 江西友鹏精密制造有限公司 Automatic blank-cutting forming machine for activated carbon
CN111331743B (en) * 2020-05-09 2022-04-01 江西友鹏精密制造有限公司 Automatic blank-cutting forming machine for activated carbon
CN112123447A (en) * 2020-09-08 2020-12-25 玉田县中博印刷机械有限公司 Energy-saving environment-friendly die-cutting machine

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