CN209440269U - A kind of feeding linkage structure applied to high speed die-cutting machine - Google Patents

A kind of feeding linkage structure applied to high speed die-cutting machine Download PDF

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Publication number
CN209440269U
CN209440269U CN201920085561.4U CN201920085561U CN209440269U CN 209440269 U CN209440269 U CN 209440269U CN 201920085561 U CN201920085561 U CN 201920085561U CN 209440269 U CN209440269 U CN 209440269U
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swing arm
mounting rack
support plate
feeding
screwed
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CN201920085561.4U
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Chinese (zh)
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张卫平
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Dongguan Weitian Intelligent Equipment Co Ltd
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Dongguan Weitian Intelligent Equipment Co Ltd
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Abstract

The utility model discloses a kind of feeding linkage structures applied to high speed die-cutting machine, its feeding mounting rack mounting rack fixed vertical plate and mounting rack left and right side support plate are installed with the feeding driven roller driven by feeding driving motor between mounting rack left and right side support plate;Right side activity swing arm is installed in mounting rack Left-side support plate left end side installing left side activity swing arm, mounting rack Right side support plate right end side, and the pinch roller installation axle between left and right side activity swing arm installs feeding pinch roller;Swing arm intermediate connecting rod is installed between left and right side activity swing arm rear end, mounting rack fixed vertical plate upper end spiral shell fills lever mounting base, lever mounting base cuts with scissors dress active lever by pivot, and swing arm intermediate connecting rod spiral shell fills swing arm driving drag hook, and drag hook horizontal part is arranged in swing arm driving drag hook upper end;Upper mould fixed plate front end face spiral shell fills compression bar mounting blocks, compression bar mounting blocks spiral shell dress driving compression bar.By said structure design, the utility model has the advantages that novel in structural design, reliability are good.

Description

A kind of feeding linkage structure applied to high speed die-cutting machine
Technical field
The utility model relates to high speed die-cutting machine technical field more particularly to a kind of feeding connection applied to high speed die-cutting machine Dynamic structure.
Background technique
Die-cutting machine (Die Cutting Machine) is called hydraulic cutting presser, guillotine, numerical control stamping machine, is mainly used for corresponding The cross cutting (complete disconnected, half disconnected) of some nonmetallic materials, adhesive sticker, EVA, double-sided adhesive, electronics, mobile phone rubber mat etc., impression and gold stamping Operation, fitting, automatic waste discharge, die-cutting machine pass through coining using steel knife, hardware dies, steel wire (or steel engraving at template) Version applies certain pressure, and printing or cardboard are rolled and are cut into certain shapes.
For high speed die-cutting machine, cross cutting upper mold is up and down generally relative to cross cutting lower die, and it is logical to be die cut upper mold Cross corresponding lifting driving structure driven and realize it is up and down, cross cutting upper mold move downward and with cross cutting lower die closure When, high speed die-cutting machine completes cross cutting processing operation.
It is noted that for high speed die-cutting machine, when cross cutting upper mold is closed with cross cutting lower die and carries out cross cutting processing When operation, then require to stop material conveying movement.For existing high speed die-cutting machine, lack corresponding feeding linkage knot Structure.
Utility model content
The purpose of this utility model is to provide a kind of feeding linkage structures applied to high speed die-cutting machine, should be applied to height The feeding linkage structure of fast die-cutting machine is novel in design, reliability is good.
In order to achieve the above objectives, the utility model is achieved through the following technical solutions.
A kind of feeding linkage structure applied to high speed die-cutting machine, the high speed die-cutting machine include organic frame, the upper end of rack Portion is screwed with the fixed installation top plate arranged in horizontal cross, and the upper surface that top plate is fixedly mounted is screwed with cross cutting lower die, is die cut The surface of lower die can be installed with upper mould fixed plate relatively up and downly, under the lower surface of upper mould fixed plate is screwed with and is die cut The cross cutting upper mold that mould matches;
The feeding linkage structure for being applied to high speed die-cutting machine includes positioned at cross cutting lower die, is die cut the upper of upper mold front end side Expect that mounting rack, feeding mounting rack include to be screwed on that top plate front end is fixedly mounted and erects in the mounting rack being vertically arranged is fixed Plate, it is in be vertically arranged and respectively along the horizontal-extending installation of front-rear direction that the front end side of mounting rack fixed vertical plate is installed with respectively Frame Left-side support plate, mounting rack Right side support plate, mounting rack Left-side support plate be located at the left end side of mounting rack Right side support plate and Mounting rack Left-side support plate and mounting rack Right side support plate or so face arranged for interval;Mounting rack Left-side support plate and mounting rack are right It is rotatably installed between side support plate along the horizontal-extending feeding driven roller of left and right directions, a left side for feeding driven roller End, right part pass through bearing respectively and are installed on the mounting rack Left-side support plate of corresponding side, mounting rack Right side support plate, mounting rack Left-side support plate or mounting rack Right side support plate are screwed with feeding motor mounting base, and feeding motor mounting base is screwed with feeding drive The power output shaft of dynamic motor, feeding driving motor is connect by shaft coupling with the one end of feeding driven roller;
The left end side of mounting rack Left-side support plate is installed with left side activity swing arm, the right end side dress of mounting rack Right side support plate Equipped with right side activity swing arm, left side activity swing arm and right side activity swing arm or so face arrangement, mounting rack Left-side support plate and peace It shelves and is installed between Right side support plate positioned at feeding driven roller front end side and is connected along the horizontal-extending swing arm of left and right directions The left part of axis, swing arm connecting shaft is extended to by the left part that bearing is installed on mounting rack Left-side support plate and swing arm connecting shaft The right part of the left end side of mounting rack Left-side support plate, swing arm connecting shaft is installed on mounting rack Right side support plate and pendulum by bearing The right part of arm connecting shaft extends to the right end side of mounting rack Right side support plate, and the front end of left side activity swing arm is screwed on swing arm Connecting shaft left part, the front end of right side activity swing arm are screwed on swing arm connecting shaft right part;Left side activity swing arm and right side are living It is installed between movable pendulum arm along left and right directions horizontal extension and on mounting rack Left-side support plate, mounting rack Right side support plate The pinch roller installation axle of end side, the left part of pinch roller installation axle, right part respectively spiral shell load be fixed in corresponding side left side activity swing arm, Right side activity swing arm, the middle part of pinch roller installation axle are rotatably set with right positioned at mounting rack Left-side support plate and mounting rack Feeding pinch roller between side support plate and right above feeding driven roller, is installed with axis between feeding pinch roller and pinch roller installation axle It holds;
It is installed between the rear end of left side activity swing arm and the rear end of right side activity swing arm along left and right directions level The swing arm intermediate connecting rod of extension, spiral shell loads the left side activity for being fixed in corresponding side respectively for left part, the right part of swing arm intermediate connecting rod Swing arm, right side activity swing arm;The upper end of mounting rack fixed vertical plate is screwed with lever installation in the rear end side of swing arm intermediate connecting rod Seat, lever mounting base is hinged with active lever by pivot, before the front end of active lever extends to mounting rack fixed vertical plate End side, the rear end of active lever extend to the rear end side of mounting rack fixed vertical plate;Swing arm intermediate connecting rod is before active lever End side is screwed with swing arm driving drag hook vertically extending upward, and the upper end of swing arm driving drag hook is provided with horizontal-extending backwards Drag hook horizontal part, the drag hook horizontal position of swing arm driving drag hook is in the top of active lever front end;The front end of upper mould fixed plate Face is screwed with compression bar mounting blocks, and compression bar mounting blocks are screwed in the driving pressure for being vertically arranged and being located above active lever rear end Bar.
Wherein, the front end of the active lever is articulated with front side bearing by shaft, and front side bearing is located at the swing arm Drive the lower end side of the drag hook horizontal part of drag hook.
Wherein, the rear end of the active lever is articulated with rear side bearing by shaft, and rear side bearing is located at the driving The underface of compression bar.
The utility model has the following beneficial effects: a kind of feeding applied to high speed die-cutting machine described in the utility model links Structure, the high speed die-cutting machine include organic frame, and the upper end of rack is screwed with the fixed installation top plate arranged in horizontal cross, Gu The upper surface of Dingan County's dress top plate is screwed with cross cutting lower die, and the surface for being die cut lower die can be installed with upper mold peace relatively up and downly Loading board, the lower surface of upper mould fixed plate are screwed with the cross cutting upper mold matched with cross cutting lower die;This is applied to high speed die-cutting machine Feeding linkage structure includes the feeding mounting rack positioned at cross cutting lower die, cross cutting upper mold front end side, and feeding mounting rack includes spiral shell Loaded on top plate front end is fixedly mounted and is in the mounting rack fixed vertical plate being vertically arranged, the front end side of mounting rack fixed vertical plate is installed Have is in be vertically arranged and respectively along the horizontal-extending mounting rack Left-side support plate of front-rear direction, mounting rack Right side support respectively Plate, mounting rack Left-side support plate are located at the left end side of mounting rack Right side support plate and on the right side of mounting rack Left-side support plate and mounting racks Support plate or so face arranged for interval;It is rotatably installed between mounting rack Left-side support plate and mounting rack Right side support plate Have along the horizontal-extending feeding driven roller of left and right directions, left part, the right part of feeding driven roller are installed by bearing respectively Branch on the right side of mounting rack Left-side support plate, mounting rack Right side support plate in corresponding side, mounting rack Left-side support plate or mounting rack Fagging is screwed with feeding motor mounting base, and feeding motor mounting base is screwed with feeding driving motor, the power of feeding driving motor Output shaft is connect by shaft coupling with the one end of feeding driven roller;It is living that the left end side of mounting rack Left-side support plate is installed with left side Movable pendulum arm, the right end side of mounting rack Right side support plate are installed with right side activity swing arm, left side activity swing arm and right side activity swing arm Left and right face arrangement, is installed with positioned at feeding driven roller front end side between mounting rack Left-side support plate and mounting rack Right side support plate And along the horizontal-extending swing arm connecting shaft of left and right directions, the left part of swing arm connecting shaft is installed on the left of mounting rack by bearing The left part of support plate and swing arm connecting shaft extends to the left end side of mounting rack Left-side support plate, and the right part of swing arm connecting shaft is logical It crosses bearing and is installed on the right part of mounting rack Right side support plate and swing arm connecting shaft and extend to the right end of mounting rack Right side support plate Side, the front end of left side activity swing arm are screwed on swing arm connecting shaft left part, and the front end of right side activity swing arm is screwed on swing arm Connecting shaft right part;It is installed between left side activity swing arm and right side activity swing arm along left and right directions horizontal extension and is located at peace Shelve the pinch roller installation axle of Left-side support plate, mounting rack Right side support plate upper end side, the left part of pinch roller installation axle, right end portion Other spiral shell loads the left side activity swing arm for being fixed in corresponding side, right side activity swing arm, and the middle part of pinch roller installation axle rotatably covers Equipped with the feeding pressure between mounting rack Left-side support plate and mounting rack Right side support plate and right above feeding driven roller Wheel, is installed with bearing between feeding pinch roller and pinch roller installation axle;Behind the rear end of left side activity swing arm and right side activity swing arm It is installed between end along the horizontal-extending swing arm intermediate connecting rod of left and right directions, left part, the right part of swing arm intermediate connecting rod Spiral shell loads the left side activity swing arm for being fixed in corresponding side, right side activity swing arm respectively;The upper end of mounting rack fixed vertical plate is in swing arm The rear end side of intermediate connecting rod is screwed with lever mounting base, and lever mounting base is hinged with active lever by pivot, active lever Front end extends to the front end side of mounting rack fixed vertical plate, and the rear end of active lever extends to the rear end of mounting rack fixed vertical plate Side;Swing arm intermediate connecting rod is screwed with swing arm driving drag hook vertically extending upward in the front end side of active lever, and swing arm driving is drawn The upper end of hook is provided with horizontal-extending drag hook horizontal part backwards, and the drag hook horizontal position of swing arm driving drag hook is in active lever The top of front end;The front end face of upper mould fixed plate is screwed with compression bar mounting blocks, compression bar mounting blocks be screwed in being vertically arranged and Driving compression bar above active lever rear end.By said structure design, the utility model have novel in structural design, The good advantage of reliability.
Detailed description of the invention
The utility model is further detailed below with attached drawing, but the embodiment in attached drawing is not constituted pair Any restrictions of the utility model.
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the partial enlargement diagram of Fig. 1.
Fig. 3 is the partial structural diagram of the utility model.
Include in figs. 1 to 3:
Top plate is fixedly mounted in 11 --- racks 12 ---
13 --- cross cutting lower die 14 --- upper mould fixed plates
15 --- cross cutting upper mold 2 --- feeding mounting racks
21 --- mounting rack fixed vertical plate 22 --- mounting rack Left-side support plates
23 --- mounting rack Right side support plate 31 --- feeding driven rollers
32 --- feeding motor seat 33 --- feeding driving motors
41 --- left side activity swing arm 42 --- right side activity swing arms
43 --- swing arm connecting shaft 51 --- pinch roller installation axles
52 --- feeding pinch roller 6 --- swing arm intermediate connecting rods
71 --- lever mounting base 72 --- active levers
721 --- front side bearing 722 --- rear side bearings
8 --- swing arm driving drag hook 81 --- drag hook horizontal parts
91 --- compression bar mounting blocks 92 --- drive compression bar.
Specific embodiment
The utility model is illustrated below with reference to specific embodiment.
As shown in Figure 1 to Figure 3, a kind of feeding linkage structure applied to high speed die-cutting machine, the high speed die-cutting machine include Rack 11, the upper end of rack 11 are screwed with the fixed installation top plate 12 arranged in horizontal cross, and the upper of top plate 12 is fixedly mounted Surface is screwed with cross cutting lower die 13, and the surface of cross cutting lower die 13 can be installed with upper mould fixed plate 14 relatively up and downly, on The lower surface of mold mounting plate 14 is screwed with the cross cutting upper mold 15 matched with cross cutting lower die 13.
It wherein, should include to be located at cross cutting lower die 13, cross cutting upper mold 15 applied to the feeding linkage structure of high speed die-cutting machine The feeding mounting rack 2 of front end side, feeding mounting rack 2 include to be screwed on that 12 front end of top plate is fixedly mounted and is in be vertically arranged Mounting rack fixed vertical plate 21, it is in be vertically arranged and respectively along front and back that the front end side of mounting rack fixed vertical plate 21 is installed with respectively To horizontal-extending mounting rack Left-side support plate 22, mounting rack Right side support plate 23, mounting rack Left-side support plate 22 is located at installation The left end side and mounting rack Left-side support plate 22 and 23 or so face interval cloth of mounting rack Right side support plate of frame Right side support plate 23 It sets;It is rotatably installed between mounting rack Left-side support plate 22 and mounting rack Right side support plate 23 along left and right directions water The flat feeding driven roller 31 extended, left part, the right part of feeding driven roller 31 pass through the peace that bearing is installed on corresponding side respectively Shelve Left-side support plate 22, mounting rack Right side support plate 23, mounting rack Left-side support plate 22 or mounting rack Right side support plate 23 It is screwed with feeding motor mounting base, feeding motor mounting base is screwed with feeding driving motor 33, the power of feeding driving motor 33 Output shaft is connect by shaft coupling with the one end of feeding driven roller 31.
Further, the left end side of mounting rack Left-side support plate 22 is installed with left side activity swing arm 41, branch on the right side of mounting rack The right end side of fagging 23 is installed with right side activity swing arm 42, left side activity swing arm 41 and 42 or so face cloth of right side activity swing arm It sets, is installed between mounting rack Left-side support plate 22 and mounting rack Right side support plate 23 positioned at 31 front end side of feeding driven roller and edge The horizontal-extending swing arm connecting shaft 43 of left and right directions, the left part of swing arm connecting shaft 43 be installed on the left of mounting rack by bearing The left part of support plate 22 and swing arm connecting shaft 43 extends to the left end side of mounting rack Left-side support plate 22, swing arm connecting shaft 43 Right part is extended on the right side of mounting rack by the right part that bearing is installed on mounting rack Right side support plate 23 and swing arm connecting shaft 43 The right end side of support plate 23, the front end of left side activity swing arm 41 are screwed on 43 left part of swing arm connecting shaft, right side activity swing arm 42 front end is screwed on 43 right part of swing arm connecting shaft;Edge is installed between left side activity swing arm 41 and right side activity swing arm 42 Left and right directions horizontal extension and be located at mounting rack Left-side support plate 22,23 upper end side of mounting rack Right side support plate pinch roller installation Axis 51, spiral shell loads the left side activity swing arm 41 for being fixed in corresponding side, right side activity respectively for left part, the right part of pinch roller installation axle 51 Swing arm 42, the middle part of pinch roller installation axle 51 are rotatably set on the right side of mounting rack Left-side support plate 22 and mounting rack Feeding pinch roller 52 between support plate 23 and right above feeding driven roller 31, between feeding pinch roller 52 and pinch roller installation axle 51 It is installed with bearing.
Further, edge is installed between the rear end of left side activity swing arm 41 and the rear end of right side activity swing arm 42 The horizontal-extending swing arm intermediate connecting rod 6 of left and right directions, spiral shell is loaded and is fixed in respectively for the left part of swing arm intermediate connecting rod 6, right part Left side activity swing arm 41, the right side activity swing arm 42 of corresponding side;The upper end of mounting rack fixed vertical plate 21 is in swing arm intermediate connecting rod 6 Rear end side be screwed with lever mounting base 7, lever mounting base 7 is hinged with active lever 72 by pivot, before active lever 72 End extends to the front end side of mounting rack fixed vertical plate 21, and the rear end of active lever 72 extends to mounting rack fixed vertical plate 21 Rear end side;Swing arm intermediate connecting rod 6 is screwed with swing arm driving drag hook 8 vertically extending upward in the front end side of active lever 72, pendulum The upper end of arm driving drag hook 8 is provided with horizontal-extending drag hook horizontal part 81 backwards, the drag hook horizontal part of swing arm driving drag hook 8 81 are located at the top of 72 front end of active lever;The front end face of upper mould fixed plate 14 is screwed with compression bar mounting blocks 91, compression bar installation Block 91 is screwed in the driving compression bar 92 for being vertically arranged and being located above 72 rear end of active lever.
It need to explain, the front end of active lever 72 is articulated with front side bearing 721 by shaft, and 721, front side bearing In the lower end side of the drag hook horizontal part 81 of swing arm driving drag hook 8;The rear end of active lever 72 is articulated with rear side axis by shaft 722 are held, rear side bearing 722 is located at the underface of driving compression bar 92.
For high speed die-cutting machine, it is fitted with the PLC controller being electrically connected with external power supply, the utility model Feeding driving motor 33 and PLC controller are electrically connected;When work, PLC controller controls feeding driving motor 33 and acts.In benefit During carrying out cross cutting processing operation with high speed die-cutting machine, the material of processing to be die cut is fed through under cross cutting upper mold 15 and cross cutting Between mould 13.
During realizing that material conveys using the utility model, material enters to feeding driven roller 31 and feeding pinch roller Between 52, PLC controller controls feeding driving motor 33 and starts, and feeding driving motor 33 drives feeding driven roller by shaft coupling 31 rotations;Since material is pressed between feeding driven roller 31 and feeding pinch roller 52, the case where feeding driven roller 31 rotates Under, material is conveyed backward and material is fed through between cross cutting upper mold 15 and cross cutting lower die 13.
For high speed die-cutting machine, when being die cut upper mold 15 and cross cutting lower die 13 is closed and carries out cross cutting processing operation, It then requires to stop material conveying movement.For the utility model, when cross cutting upper mold 15 move downward and with cross cutting lower die 13 When closure, upper mould fixed plate 14 drives compression bar mounting blocks 91 and the driving synchronization of compression bar 92 to move downward, in the process, driving Compression bar 92 can compress the rear side bearing 722 of active lever 72 downward and the front end of active lever 72 is tilted upward, in work During the front end of dynamic lever 72 tilts upward, 72 front end of active lever passes through the pushing tow drag hook upward of front side bearing 721 Horizontal part 81 is simultaneously moved upwardly by entire swing arm driving drag hook 8, and the swing arm driving drag hook 8 being moved upwardly by drives to be connected among swing arm Bar 6, left side activity swing arm 41, right side activity swing arm 42, pinch roller installation axle 51 and the synchronization of feeding pinch roller 52 are swung upward, in turn So that feeding pinch roller 52 leaves material, since material lacks the pressure effect of feeding pinch roller 52, material conveying movement stops.
Based on the above situation, it may be appreciated that by said structure design, the utility model can effectively realize high speed die-cutting machine In be die cut upper mold 15 and cross cutting lower die 13 be closed when stop material conveying movement, i.e., the utility model have novel in structural design, The good advantage of reliability.
The above content is only the preferred embodiment of the utility model, for those of ordinary skill in the art, according to this reality With novel thought, there will be changes in the specific implementation manner and application range, and the content of the present specification should not be construed as Limitations of the present invention.

Claims (3)

1. a kind of feeding linkage structure applied to high speed die-cutting machine, which includes organic frame (11), rack (11) Upper end be screwed in horizontal cross arrange fixed installation top plate (12), be fixedly mounted top plate (12) upper surface be screwed with It is die cut lower die (13), the surface of cross cutting lower die (13) can be installed with upper mould fixed plate (14) relatively up and downly, upper mold peace The lower surface of loading board (14) is screwed with the cross cutting upper mold (15) matched with cross cutting lower die (13);
It is characterized by: should include on cross cutting lower die (13), cross cutting applied to the feeding linkage structure of high speed die-cutting machine The feeding mounting rack (2) of mould (15) front end side, feeding mounting rack (2) include be screwed on be fixedly mounted top plate (12) front end and In the mounting rack fixed vertical plate (21) being vertically arranged, it is in be vertically arranged that the front end side of mounting rack fixed vertical plate (21) is installed with respectively And respectively along the horizontal-extending mounting rack Left-side support plate (22) of front-rear direction, mounting rack Right side support plate (23), mounting rack Left-side support plate (22) is located at the left end side of mounting rack Right side support plate (23) and mounting rack Left-side support plate (22) and mounting rack Right side support plate (23) left and right face arranged for interval;Between mounting rack Left-side support plate (22) and mounting rack Right side support plate (23) It is rotatably installed with along the horizontal-extending feeding driven roller (31) of left and right directions, the left end of feeding driven roller (31) Portion, right part pass through bearing respectively and are installed on the mounting rack Left-side support plate (22) of corresponding side, mounting rack Right side support plate (23), Mounting rack Left-side support plate (22) or mounting rack Right side support plate (23) are screwed with feeding motor mounting base, feeding motor installation Seat is screwed with feeding driving motor (33), and the power output shaft of feeding driving motor (33) passes through shaft coupling and feeding driven roller (31) one end connection;
The left end side of mounting rack Left-side support plate (22) is installed with left side activity swing arm (41), mounting rack Right side support plate (23) Right end side is installed with right side activity swing arm (42), and left side activity swing arm (41) and right side activity swing arm (42) left and right face are arranged, It is installed between mounting rack Left-side support plate (22) and mounting rack Right side support plate (23) positioned at feeding driven roller (31) front end side And along the horizontal-extending swing arm connecting shaft (43) of left and right directions, the left part of swing arm connecting shaft (43) is installed on by bearing The left part for shelving Left-side support plate (22) and swing arm connecting shaft (43) extends to the left end side of mounting rack Left-side support plate (22), The right part of swing arm connecting shaft (43) is installed on the right side of mounting rack Right side support plate (23) and swing arm connecting shaft (43) by bearing End extends to the right end side of mounting rack Right side support plate (23), and the front end of left side activity swing arm (41) is screwed on swing arm connection Axis (43) left part, the front end of right side activity swing arm (42) are screwed on swing arm connecting shaft (43) right part;Left side activity swing arm (41) it is installed between right side activity swing arm (42) along left and right directions horizontal extension and is located at mounting rack Left-side support plate (22), the pinch roller installation axle (51) of mounting rack Right side support plate (23) upper end side, left part, the right part of pinch roller installation axle (51) Spiral shell loads the left side activity swing arm (41) for being fixed in corresponding side, right side activity swing arm (42), the middle part of pinch roller installation axle (51) respectively It is rotatably set between mounting rack Left-side support plate (22) and mounting rack Right side support plate (23) and is located at upper Expect the feeding pinch roller (52) right above driven roller (31), is installed with bearing between feeding pinch roller (52) and pinch roller installation axle (51);
It is installed between the rear end of left side activity swing arm (41) and the rear end of right side activity swing arm (42) along left and right directions Horizontal-extending swing arm intermediate connecting rod (6), spiral shell loads and is fixed in corresponding side respectively for the left part of swing arm intermediate connecting rod (6), right part Left side activity swing arm (41), right side activity swing arm (42);The upper end of mounting rack fixed vertical plate (21) is in swing arm intermediate connecting rod (6) rear end side is screwed with lever mounting base (7), and lever mounting base (7) is hinged with active lever (72), movable bar by pivot The front end of bar (72) extends to the front end side of mounting rack fixed vertical plate (21), and the rear end of active lever (72) extends to installation The rear end side of frame fixed vertical plate (21);Swing arm intermediate connecting rod (6) is screwed in the front end side of active lever (72) vertically to be prolonged upward The swing arm driving drag hook (8) stretched, the upper end of swing arm driving drag hook (8) are provided with horizontal-extending drag hook horizontal part backwards (81), the drag hook horizontal part (81) of swing arm driving drag hook (8) is located at the top of active lever (72) front end;Upper mould fixed plate (14) front end face is screwed with compression bar mounting blocks (91), and it is in be vertically arranged and be located at active lever that compression bar mounting blocks (91), which are screwed with, (72) the driving compression bar (92) above rear end.
2. a kind of feeding linkage structure applied to high speed die-cutting machine according to claim 1, it is characterised in that: the work The front end of dynamic lever (72) is articulated with front side bearing (721) by shaft, and front side bearing (721) is located at swing arm driving drawing The lower end side of the drag hook horizontal part (81) of hook (8).
3. a kind of feeding linkage structure applied to high speed die-cutting machine according to claim 2, it is characterised in that: the work The rear end of dynamic lever (72) is articulated with rear side bearing (722) by shaft, and rear side bearing (722) is located at the driving compression bar (92) underface.
CN201920085561.4U 2019-01-18 2019-01-18 A kind of feeding linkage structure applied to high speed die-cutting machine Active CN209440269U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201920085561.4U CN209440269U (en) 2019-01-18 2019-01-18 A kind of feeding linkage structure applied to high speed die-cutting machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201920085561.4U CN209440269U (en) 2019-01-18 2019-01-18 A kind of feeding linkage structure applied to high speed die-cutting machine

Publications (1)

Publication Number Publication Date
CN209440269U true CN209440269U (en) 2019-09-27

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ID=68018584

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201920085561.4U Active CN209440269U (en) 2019-01-18 2019-01-18 A kind of feeding linkage structure applied to high speed die-cutting machine

Country Status (1)

Country Link
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