CN206742635U - Full-automatic wire rod both-end pressure side machine - Google Patents
Full-automatic wire rod both-end pressure side machine Download PDFInfo
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- CN206742635U CN206742635U CN201720296201.XU CN201720296201U CN206742635U CN 206742635 U CN206742635 U CN 206742635U CN 201720296201 U CN201720296201 U CN 201720296201U CN 206742635 U CN206742635 U CN 206742635U
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- pressure side
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Abstract
The utility model discloses a kind of full-automatic wire rod both-end pressure side machine, including frame, wire inlet mechanism, thread drawing mechanism, the first operating mechanism, front end pressure side thread-dividing mechanism, the first shift mechanism, second operation machine structure, rear end pressure side thread-dividing mechanism, the second shift mechanism and finished product transfer device, the frame is provided with workbench；The wire inlet mechanism includes pedestal and inlet wire component；The thread drawing mechanism has the first tong；First shift mechanism is connected between wire inlet mechanism and front end pressure side thread-dividing mechanism；First and second operating mechanism has the second cutter assembly；The front end, rear end pressure side thread-dividing mechanism include pressure side device and branch means respectively；Second shift mechanism is connected between above-mentioned thread drawing mechanism, second operation machine structure and rear end pressure side thread-dividing mechanism；The finished product transfer device is located at workbench rear end.Thereby, by setting peeling and pressure side mechanism respectively for wire rod both ends, realize that wire pair side pressure end automates, pressure side efficiency high.
Description
Technical field
Cable terminal assembling apparatus field technology is the utility model is related to, refers in particular to a kind of full-automatic wire rod both-end pressure side
Machine.
Background technology
Winding displacement is one kind of connecting line, and it is bonded together by more thin wires, and at present, winding displacement has been widely used in electricity
Brain, household electrical appliance, communication apparatus, digital equipment signal transmission or power supply connection in, the pressing of the both ends of winding displacement has terminal, with
Connection between winding displacement and winding displacement connector, had so both facilitated the assembling of electronic equipment, can ensure electronic equipment internal again
Signal transmission, the reliability of connection between wiring board or electronic equipment.
Sending end, pressure side will be separated by two different drivings to realize in winding displacement pressure side subprocess at present, although point
Sending end and pressure side subjob can also be realized by opening two different drivings, but this kind of mode make it that the structure of machine is more multiple
It is miscellaneous, operation and control trouble, it is difficult to ensure operation continuity, power consumption is high, moreover, existing pressure side machine can only enter for wire rod one end
Row pressure side operate, and be required at wire rod both ends pressure side processing when, then can not complete, many inconvenience are brought to the manufacturing.Cause
This, tackles existing pressure side machine and is improved, so that it possesses wire pair side pressure end function, meets production requirement.
Utility model content
In view of this, in view of the existing deficiencies of the prior art, its main purpose is to provide a kind of full-automatic the utility model
Wire pair side pressure terminal, it forms full-automatic wire rod both-end pressure by setting peeling and pressure side mechanism respectively for wire rod both ends
Terminal, the full-automation of wire rod pressure side is realized, pressure side efficiency high, quality is good.
To achieve the above object, the utility model is using following technical scheme：
A kind of full-automatic wire rod both-end pressure side machine, including organic frame, the wire inlet mechanism for being fed forward wire rod, for will
The thread drawing mechanism that wire rod pulls back, the first operating mechanism for wire rod to be blocked to peeling, for wire rod front end pressure side son
Front end pressure side thread-dividing mechanism, the first shifting machine for the wire rod of front end peeling to be moved at the pressure side thread-dividing mechanism of front end
Structure, the second operation machine structure for wire rod to be blocked to peeling, for wire rod rear end pressure side son rear end pressure side thread-dividing mechanism, use
In the second shift mechanism and finished product transfer device that the wire rod of rear end peeling is moved at the pressure side thread-dividing mechanism of rear end,
Workbench is provided with the frame, above-mentioned each mechanism is arranged on the workbench；The wire inlet mechanism is arranged at workbench side, its
Include pedestal and can the formula of sliding back and forth be installed on inlet wire component on pedestal；The thread drawing mechanism is arranged at workbench opposite side,
And wire inlet mechanism is right against, it has the first tong that can be moved forward and backward for pulling wire rod；First operating mechanism is set side by side
It is placed in by wire inlet mechanism side, it has the first movable drive division of the first cutter assembly, the first cutter assembly of driving and use
In the second tong for clamping wire rod, first drive division is connected with the first cutter assembly, and first cutter assembly is positioned at the second folder
On front side of hand；The front end pressure side thread-dividing mechanism is located at wire inlet mechanism homonymy, its separated time dress for including pressure side device and being attached thereto
Put；First shift mechanism is located at wire inlet mechanism homonymy, and is connected between wire inlet mechanism and front end pressure side thread-dividing mechanism；This
Two operating mechanisms are arranged side by side by the first operating mechanism side, and it has before and after the second cutter assembly of the second cutter assembly and driving
The second mobile drive division, second drive division are connected with the second cutter assembly；The rear end pressure side thread-dividing mechanism is positioned at the second behaviour
Make by mechanism side, it includes pressure side device and the branch means being attached thereto；Second shift mechanism is located at rear end pressure side point
Line mechanism homonymy, and be connected between above-mentioned thread drawing mechanism, second operation machine structure and rear end pressure side thread-dividing mechanism；The finished product shifts
Mechanism is located at by the pressure side thread-dividing mechanism side of rear end.
As a kind of preferred scheme：First shift mechanism includes guide rail and is reciprocally moveable formula and is installed on guide rail
Sliding seat, above-mentioned wire inlet mechanism are installed on the sliding seat.
As a kind of preferred scheme：Turning device is provided with the second operation machine structure, the turning device, which has, to be used for
Clamp wire rod and the 3rd tong that can overturn wire rod 180 degree, the 3rd tong are located at by above-mentioned second cutter assembly side.
As a kind of preferred scheme：The branch means include support base, the first dividing wire frame being installed on support base, the
Equinoctial line frame and second for driving the first drive mechanism of the first dividing wire frame action and being acted for the second dividing wire frame of driving
Drive mechanism, first drive mechanism and the second drive mechanism link each other.
As a kind of preferred scheme：First drive mechanism includes the zigzag tread patterns that the first dividing wire frame of driving vertically moves
The lifting drive division that portion and the first dividing wire frame of driving move up and down；The zigzag tread patterns portion includes first connecting rod component and drive link
First cam of component action, the first cam and the contact of first connecting rod component roller；The lifting drive division includes second connecting rod
Component and the second cam of driving second connecting rod component action, the second cam and the contact of second connecting rod component roller, first connects
Bar assembly and second connecting rod component are flexibly connected；First dividing wire frame is installed on second connecting rod component.
As a kind of preferred scheme：Second drive mechanism includes all right one way or the other shuttle type up and down and is installed on above-mentioned support base
On shuttle bar and driving shuttle bar the 3rd cam and drive rod that move up and down, above-mentioned second dividing wire frame is installed on this and two shuttles
At the top of bar, and below the first dividing wire frame, the 3rd cam erects with above-mentioned first cam and the second cam synchronous axial system, drive rod
Straight movable is installed on support base side, and drive rod lower end contacts with the 3rd cam roller, drive rod upper end and shuttle bar
Lower end is flexibly connected.
As a kind of preferred scheme：The drive rod upper end has a hook portion, and above-mentioned shuttle bar lower end also has a hook portion,
The hook portion of drive rod and the hook portion activity of shuttle bar are hooked on together.
As a kind of preferred scheme：The finished product transfer device include support, motor, V belt translation component, swing rod,
The movable drive cylinder of support member, active clip hand, driving active clip hand, the support are vertically arranged on above-mentioned workbench；
The motor is vertically arranged on support；The V belt translation component includes driving wheel, driven pulley and is placed on driving wheel and driven pulley
On transmission belt, the driving wheel is installed on motor shaft end；The swing rod one end is installed in motor shaft end, and positioned at actively
Take turns side by, the support member is turnably installed on the swing rod other end, and support member upper and lower ends are stretched out outside swing rod, it is above-mentioned from
Driving wheel is installed on support member upper end, and drive cylinder is installed on support member lower end side, and it is another that active clip hand is located at support frame lower end
Side, and be connected with drive cylinder shaft end.
As a kind of preferred scheme：A displacement for being used to detect swing rod swing angle is vertically arranged with the rack side wall
Sensor.
As a kind of preferred scheme：The inlet wire component includes a plurality of rollers for being used to flatten wire rod, a plurality of rollings
Cylinder is on rear side of above-mentioned second tong.
The utility model has clear advantage and beneficial effect compared with prior art, specifically, by above-mentioned technology
Scheme understand, by by wire inlet mechanism, thread drawing mechanism, the first operating mechanism, front end pressure side thread-dividing mechanism, the first shift mechanism,
Second operation machine structure, rear end pressure side thread-dividing mechanism, the second shift mechanism and finished product transfer device are integrally disposed in shape in frame
Automatic wire both-end pressure side machine is helped, the pressure side machine can distinguish pressure side to wire rod both ends, and compensate for existing pressure side machine can only be carried out
The deficiency of one end pressure side, the full-automation of wire rod pressure side is realized, pressure side efficiency high, quality is good, also, the pressure side machine is compact-sized,
It is easy to operate.
More clearly to illustrate architectural feature and effect of the present utility model, come below in conjunction with the accompanying drawings with specific embodiment pair
It is described in detail.
Brief description of the drawings
Fig. 1 is the pressure side machine schematic perspective view of the utility model；
Fig. 2 is another view stereo schematic diagram of pressure side machine of the utility model；
Fig. 3 is first shift mechanism and feeding mechanism schematic perspective view of the utility model；
Fig. 4 is the first operating mechanism schematic perspective view of the utility model；
Fig. 5 is the second operation machine structure schematic perspective view of the utility model；
Fig. 6 is the branch means schematic perspective view of the utility model；
Fig. 7 is another view stereo schematic diagram of branch means of the utility model；
Fig. 8 is the finished product transfer device schematic perspective view of the utility model；
Fig. 9 is the motor and holder combination schematic diagram of the utility model finished product transfer device；
Figure 10 is that swing rod, active clip hand and the drive cylinder combination of the utility model finished product transfer device are shown
It is intended to.
Accompanying drawing identifier declaration：
10th, frame 11, workbench
20th, wire inlet mechanism 21, pedestal
22nd, inlet wire component 23, roller
30th, thread drawing mechanism 31, the first tong
40th, the first operating mechanism 41, the first cutter assembly
42nd, the first drive division 43, the second tong
50th, front end pressure side thread-dividing mechanism 51, pressure side device
52nd, branch means 60, the first shift mechanism
61st, guide rail 62, sliding seat
70th, second operation machine structure 71, the second cutter assembly
72nd, turning device 721, the 3rd tong
73rd, the second drive division 80, rear end pressure side thread-dividing mechanism
81st, pressure side device 82, branch means
90th, the second shift mechanism
A (52,82), branch means
A10, support base a20, the first dividing wire frame
A21, separated time pin a30, the second dividing wire frame
A31, dial line piece a311, separated time pin
A40, the first drive mechanism a41, zigzag tread patterns portion
A411, first connecting rod component a412, the first cam
A42, lifting drive division a421, second connecting rod component
A422, the second cam a50, the second drive mechanism
A51, shuttle bar a511, hook portion
A52, the 3rd cam a53, drive rod
A531, hook portion
B, finished product transfer device
B10, support b11, displacement transducer
B20, motor b30, V belt translation component
B31, driving wheel b32, driven pulley
B33, transmission belt b40, swing rod
B50, support member b60, active clip hand
B70, drive cylinder.
Embodiment
The utility model as shown in Figures 1 to 10, a kind of full-automatic wire rod both-end pressure side machine, including organic frame 10, inlet wire
Mechanism 20, thread drawing mechanism 30, the first operating mechanism 40, front end pressure side thread-dividing mechanism 50, the first shift mechanism 60, second operation machine
Structure 70, rear end pressure side thread-dividing mechanism 80, the second shift mechanism 90 and finished product transfer device b, wherein：
Workbench 11 is provided with the frame 10, above-mentioned each mechanism is arranged on the workbench 11.
The wire inlet mechanism 20 is used to be fed forward wire rod, and the wire inlet mechanism 20 is arranged at the side of workbench 11, and it includes
Pedestal 21 and the inlet wire component 22 being installed on pedestal 21, the inlet wire component 22 include a plurality of rollers for being used to flatten wire rod
23。
The thread drawing mechanism 30 is used to backward pull wire rod, and the thread drawing mechanism 30 is arranged at the opposite side of workbench 11, and just
For wire inlet mechanism 20, it has the first tong 31 for being used for pulling wire rod.
First operating mechanism 40 is used to wire rod blocking peeling, and first operating mechanism 40 is arranged side by side in wire inlet mechanism
By 20 sides, it has the first movable drive division 42 of the first cutter assembly 41, the first cutter assembly 41 of driving and for pressing from both sides
Second tong 43 of stringing material, first drive division 42 are connected with the first cutter assembly 41, and first cutter assembly 41 is located at
The front side of second tong 43, second tong 43 is positioned at above-mentioned a plurality of front sides of roller 23.
The front end pressure side thread-dividing mechanism 50 is used to be located at inlet wire to wire rod front end pressure side, the front end pressure side thread-dividing mechanism 50
The homonymy of mechanism 20, it includes pressure side device 51 and the branch means 52 being attached thereto.
First shift mechanism 60 is used to be moved at front end pressure side thread-dividing mechanism 50 by the wire rod of front end peeling
Row operation, first shift mechanism 60 are connected between wire inlet mechanism 20 and front end pressure side thread-dividing mechanism 50, are specifically, this first
Shift mechanism 60 includes guide rail 61 and is reciprocally moveable the sliding seat 62 that formula is installed on guide rail 61, and above-mentioned wire inlet mechanism 20 is installed
In on the sliding seat 62.
The second operation machine structure 70 is used to wire rod blocking peeling, and the second operation machine structure 70 is arranged side by side in the first operation
By the side of mechanism 40, it has the second cutter assembly 71, the turning device 72 that can overturn wire rod（It is when needing that wire rod both ends are reverse
Used during pressure side）The second movable drive division 73, second drive division 73 are cut with second with the second cutter assembly 71 of driving
Knife assembly 71 is connected, the turning device 72 have can 180 degree upset the 3rd tong 721, the 3rd tong 721 cuts positioned at second
By the side of knife assembly 71.
The rear end pressure side thread-dividing mechanism 80 is used to be located at second to wire rod rear end pressure side, the rear end pressure side thread-dividing mechanism 80
By the side of operating mechanism 70, it includes pressure side device 81 and the branch means 82 being attached thereto.
The branch means a of the front end pressure side thread-dividing mechanism 50 and rear end pressure side thread-dividing mechanism 80（52、82）Include branch respectively
Support seat a10, the first dividing wire frame a20 being installed on support base a10, the second dividing wire frame a30 and for driving the first dividing wire frame a20
First drive mechanism a40 of action and the second drive mechanism a50 for driving the second dividing wire frame a30 actions, first driving
Mechanism a40 and the second drive mechanism a50 link each other；First drive mechanism a40 includes the first dividing wire frame a20 of driving and longitudinally moved
The lifting drive division a42 that dynamic zigzag tread patterns portion a41 and the first dividing wire frame a20 of driving is moved up and down；The zigzag tread patterns portion a41 bags
Include first connecting rod component a411 and drive the first cam 412 of first connecting rod component a411 actions, the first cam a412 and first
Link assembly a411 rollers contact；The lifting drive division 42 includes second connecting rod component a421 and driving second connecting rod component
The second cam a422, the second cam a422 and second connecting rod component a421 roller contact of a421 actions, first connecting rod component
A411 and second connecting rod component a421 is flexibly connected；First dividing wire frame a20 is installed on second connecting rod component a421；
Second drive mechanism a50 includes all right one way or the other shuttle type up and down and is installed on the shuttle bar a51 on above-mentioned support base a10
With driving shuttle bar a51 the 3rd cam a52 and drive rod a53 that move up and down, above-mentioned second dividing wire frame a30 is installed on this and two worn
At the top of shuttle bar a51, and below the first dividing wire frame a20, the 3rd cam a52 is with above-mentioned first cam a412 and the second cam
A422 synchronous axial systems, the vertical movables of drive rod a53 are installed on support base a10 sides, drive rod a53 lower ends and the 3rd cam
A52 rollers are contacted, and drive rod a53 upper ends are flexibly connected with shuttle bar a51 lower ends, are specifically set in drive rod a53 upper ends
One hook portion a531, a hook portion a511, drive rod a53 hook portion a531 and shuttle bar a51 hook are also provided with shuttle bar a51 lower ends
Portion's a511 activities are hooked on together, are realized and are flexibly connected.
Second shift mechanism 90 is used to the wire rod of rear end peeling being moved at rear end pressure side thread-dividing mechanism 80, should
Second shift mechanism 90 is located at the homonymy of rear end pressure side thread-dividing mechanism 80, and is connected to above-mentioned thread drawing mechanism 30, second operation machine structure
Between 70 and rear end pressure side thread-dividing mechanism 80.
Finished product transfer device b is used to shift in the wire rod after the pressure side of both ends, and the finished product transfer device is located at rear end pressure side
By the side of thread-dividing mechanism 80；Finished product transfer device b includes support b10, motor b20, V belt translation component b30, swing rod
B40, support member b50, active clip hand b60, driving active clip hand b60 movable drive cylinder b70, support b10 are vertical
It is installed on above-mentioned workbench 11；Motor b20 is vertically arranged on support b10；V belt translation component b30 is included actively
Wheel b31, driven pulley b32 and the transmission belt b33 being placed on driving wheel b31 and driven pulley b32, driving wheel b31 are installed on driving
Motor b20 shaft ends；Swing rod b40 one end is installed in motor b20 shaft ends, and by driving wheel b31 sides, the support member
B50 is turnably installed on the swing rod b40 other ends, and support member b50 upper and lower ends are stretched out outside swing rod b40, above-mentioned driven
Wheel b32 is installed on support member b50 upper ends, and drive cylinder b70 is installed on support member b50 lower ends side, and active clip hand b60 is positioned at branch
Support b50 lower ends opposite side, and be connected with drive cylinder b70 shaft ends；And it is used to examine in being vertically arranged with one in support b10 side walls
Survey the displacement transducer b11 of swing rod b40 swing angles.
Operation principle of the present utility model is as follows：Wire rod of first tong 31 drawing at wire inlet mechanism moves forward small
Segment distance, the second tong 43 clamp wire rod, and the first cutter assembly 41 blocks wire rod front end crust, and the first drive division 42 promotes the
One cutter assembly 41 removes wire rod crust；The wire rod for removing crust is moved to front end pressure side thread-dividing mechanism by the first shift mechanism 60
Separated time pressure side processing is carried out at 50, the wire rod after pressure side is back to original position；First tong 31 drive wire rod one end of pressure side to
After move a certain distance after, the first cutter assembly 41 blocks wire rod, now, wire rod be finished product requirement length；Second displacement
Mechanism 90 drives the wire rod being truncated to be moved at second operation machine structure 70, and the 3rd tong 721 clamps the non-pressure side one end of wire rod（When
When needing to overturn in wire rod, wire rod can be overturn 180 degree by turning device 72）, the second cutter assembly 71 and the second drive division 73 are right
The peeling processing of wire rod rear end；The second shift mechanism 60 drives wire rod to reach at rear end pressure side thread-dividing mechanism 80 after having handled, and carries out
Wire rod is transferred to precalculated position by the separated time pressure side processing of wire rod rear end, the complete terminal of side pressure after wire rod, finished product transfer device b.
Design focal point of the present utility model is, by by wire inlet mechanism, thread drawing mechanism, the first operating mechanism, preceding side pressure
Thread-dividing mechanism, the first shift mechanism, second operation machine structure, rear end pressure side thread-dividing mechanism, the second shift mechanism and finished product is held to turn
Telephone-moving structure is integrally disposed, and in forming full-automatic wire rod both-end pressure side machine in frame, the pressure side machine can distinguish pressure side to wire rod both ends,
Compensate for existing pressure side machine can only carry out the deficiency of one end pressure side, realize the full-automation of wire rod pressure side, pressure side efficiency high, quality
It is good, also, the pressure side machine is compact-sized, and it is easy to operate.
It is described above, only it is preferred embodiment of the present utility model, not technical scope of the present utility model is made
Any restrictions, therefore every foundation the technical essence of the utility model is to any trickle amendment made for any of the above embodiments, equivalent change
Change and modification, in the range of still falling within technical solutions of the utility model.
Claims (10)
- A kind of 1. full-automatic wire rod both-end pressure side machine, it is characterised in that：Inlet wire machine including organic frame, for being fed forward wire rod Structure, the thread drawing mechanism for wire rod to be pulled back, the first operating mechanism for wire rod to be blocked to peeling, for wire rod front end The front end pressure side thread-dividing mechanism of pressure side, for the wire rod of front end peeling is moved at the pressure side thread-dividing mechanism of front end the One shift mechanism, the second operation machine structure for wire rod to be blocked to peeling, for the rear end pressure side point to wire rod rear end pressure side Line mechanism, the second shift mechanism and finished product for the wire rod of rear end peeling to be moved at the pressure side thread-dividing mechanism of rear end Transfer device, workbench is provided with the frame, above-mentioned each mechanism is arranged on the workbench；The wire inlet mechanism is arranged at work Platform side, its include pedestal and can the formula of sliding back and forth be installed on inlet wire component on pedestal；The thread drawing mechanism is arranged at work Platform opposite side, and wire inlet mechanism is right against, it has the first tong that can be moved forward and backward for pulling wire rod；The first operation machine Structure is arranged side by side by wire inlet mechanism side, and it has the first movable drive of the first cutter assembly, the first cutter assembly of driving Dynamic portion and the second tong for clamping wire rod, first drive division are connected with the first cutter assembly, the first cutter assembly position On front side of the second tong；The front end pressure side thread-dividing mechanism is located at wire inlet mechanism homonymy, and it includes pressure side device and is attached thereto Branch means；First shift mechanism is located at wire inlet mechanism homonymy, and is connected to wire inlet mechanism and front end pressure side thread-dividing mechanism Between；The second operation machine structure is arranged side by side by the first operating mechanism side, and there is the second cutter assembly and driving second to cut for it The second movable drive division of knife assembly, second drive division are connected with the second cutter assembly；The rear end pressure side thread-dividing mechanism By second operation machine structure side, it includes pressure side device and the branch means being attached thereto；Second shift mechanism is located at Rear end pressure side thread-dividing mechanism homonymy, and be connected between above-mentioned thread drawing mechanism, second operation machine structure and rear end pressure side thread-dividing mechanism； The finished product transfer device is located at by the pressure side thread-dividing mechanism side of rear end.
- 2. full-automatic wire rod both-end pressure side machine according to claim 1, it is characterised in that：First shift mechanism includes Guide rail and the sliding seat that formula is installed on guide rail is reciprocally moveable, above-mentioned wire inlet mechanism is installed on the sliding seat.
- 3. full-automatic wire rod both-end pressure side machine according to claim 1, it is characterised in that：Set on the second operation machine structure Turning device is equipped with, the turning device, which has, to be used to clamp wire rod and the 3rd tong that can overturn wire rod 180 degree, the 3rd folder Hand is located at by above-mentioned second cutter assembly side.
- 4. full-automatic wire rod both-end pressure side machine according to claim 1, it is characterised in that：The branch means include support Seat, the first dividing wire frame being installed on support base, the second dividing wire frame and the first driving machine for driving the action of the first dividing wire frame Structure and the second drive mechanism for driving the action of the second dividing wire frame, first drive mechanism and the second drive mechanism join each other It is dynamic.
- 5. full-automatic wire rod both-end pressure side machine according to claim 4, it is characterised in that：First drive mechanism includes Drive the zigzag tread patterns portion that the first dividing wire frame vertically moves and the lifting drive division that the first dividing wire frame of driving moves up and down；The longitudinal direction Drive division includes the first cam that first connecting rod component and drive link component act, and the first cam and first connecting rod component roll Formula contacts；The lifting drive division includes second connecting rod component and drives the second cam of second connecting rod component action, the second cam Contacted with second connecting rod component roller, first connecting rod component and second connecting rod component are flexibly connected；First dividing wire frame is installed In on second connecting rod component.
- 6. full-automatic wire rod both-end pressure side machine according to claim 5, it is characterised in that：Second drive mechanism includes There are the 3rd cam and drive that all right one way or the other up and down the shuttle bar that shuttle type is installed on above-mentioned support base and driving shuttle bar move up and down Lever, above-mentioned second dividing wire frame are installed at the top of the two shuttles bar, and below the first dividing wire frame, and the 3rd cam is with above-mentioned the One cam and the second cam synchronous axial system, the vertical movable of drive rod are installed on support base side, drive rod lower end and the 3rd Cam roller is contacted, and drive rod upper end is flexibly connected with shuttle bar lower end.
- 7. full-automatic wire rod both-end pressure side machine according to claim 6, it is characterised in that：The drive rod upper end has one Hook portion, above-mentioned shuttle bar lower end also have a hook portion, and the hook portion of drive rod and the hook portion activity of shuttle bar are hooked on together.
- 8. full-automatic wire rod both-end pressure side machine according to claim 1, it is characterised in that：The finished product transfer device includes There is the movable driving gas of support, motor, V belt translation component, swing rod, support member, active clip hand, driving active clip hand Cylinder, the support are vertically arranged on above-mentioned workbench；The motor is vertically arranged on support；The V belt translation component includes master Driving wheel, driven pulley and the transmission belt being placed on driving wheel and driven pulley, the driving wheel are installed on motor shaft end；The swing rod one End is installed in motor shaft end, and by driving wheel side, the support member is turnably installed on the swing rod other end, and supports Part upper and lower ends are stretched out outside swing rod, and above-mentioned driven pulley is installed on support member upper end, and drive cylinder is installed on support member lower end Side, active clip hand is located at support frame lower end opposite side, and is connected with drive cylinder shaft end.
- 9. full-automatic wire rod both-end pressure side machine according to claim 8, it is characterised in that：Set vertically on the rack side wall It is equipped with a displacement transducer for being used to detect swing rod swing angle.
- 10. full-automatic wire rod both-end pressure side machine according to claim 1, it is characterised in that：The inlet wire component includes multiple Several rollers for being used to flatten wire rod, a plurality of rollers are located on rear side of above-mentioned second tong.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720296201.XU CN206742635U (en) | 2017-03-24 | 2017-03-24 | Full-automatic wire rod both-end pressure side machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720296201.XU CN206742635U (en) | 2017-03-24 | 2017-03-24 | Full-automatic wire rod both-end pressure side machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206742635U true CN206742635U (en) | 2017-12-12 |
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ID=60558171
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720296201.XU Active CN206742635U (en) | 2017-03-24 | 2017-03-24 | Full-automatic wire rod both-end pressure side machine |
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| CN (1) | CN206742635U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106953220A (en) * | 2017-03-24 | 2017-07-14 | 东莞市超日自动化设备科技有限公司 | Full-automatic wire rod both-end pressure side machine |
| CN109462126A (en) * | 2018-11-05 | 2019-03-12 | 珠海格力智能装备有限公司 | Thread-dividing mechanism |
| CN113745928A (en) * | 2021-09-30 | 2021-12-03 | 深圳市瑞峰成机械有限公司 | Terminal machine |
| CN113745928B (en) * | 2021-09-30 | 2024-05-28 | 深圳市瑞峰成机械有限公司 | Terminal Machine |
-
2017
- 2017-03-24 CN CN201720296201.XU patent/CN206742635U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106953220A (en) * | 2017-03-24 | 2017-07-14 | 东莞市超日自动化设备科技有限公司 | Full-automatic wire rod both-end pressure side machine |
| CN109462126A (en) * | 2018-11-05 | 2019-03-12 | 珠海格力智能装备有限公司 | Thread-dividing mechanism |
| CN113745928A (en) * | 2021-09-30 | 2021-12-03 | 深圳市瑞峰成机械有限公司 | Terminal machine |
| CN113745928B (en) * | 2021-09-30 | 2024-05-28 | 深圳市瑞峰成机械有限公司 | Terminal Machine |
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