CN209150452U - Winding displacement strapping wires crimp type terminal mold mechanism - Google Patents
Winding displacement strapping wires crimp type terminal mold mechanism Download PDFInfo
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- CN209150452U CN209150452U CN201822146373.6U CN201822146373U CN209150452U CN 209150452 U CN209150452 U CN 209150452U CN 201822146373 U CN201822146373 U CN 201822146373U CN 209150452 U CN209150452 U CN 209150452U
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Abstract
The utility model discloses winding displacement strapping wires crimp type terminal mold mechanisms, including upper lower slider, the lower end position of the upper lower slider is movably installed with cutting die on crimp type terminal, the upper lower slider is movably arranged on the middle position of terminal compression joint mould bases upper end, the tangent installation in curve notch face before and after the pulley face of the separated time front and back bearings and separated time on cam, cam activation is mounted on the fixation position on tapping block before and after the separated time, the separated time pawl fixed transverse rod external activity is equipped with separated time pawl, the lower end position of cutting die is movably installed with processing object winding displacement on the crimp type terminal.The winding displacement strapping wires crimp type terminal mold mechanism, by not needing to be positioned manually winding displacement progress terminal compression joint operation after increasing correlated parts on the basis of existing standard module, it effectively reduces the working strength of operator and improves whole working efficiency, the yields of crimp type terminal is improved, overall work quality of the device in harness processing is effectively improved.
Description
Technical field
The utility model relates to harness production technical fields, specially winding displacement strapping wires crimp type terminal mold mechanism.
Background technique
Terminal compression joint is one of link mostly important in harness production link, as the main work for realizing terminal compression joint
Tool, crimp play irreplaceable role in harness industry, it directly affects the quality of connection of bunch product, stabilization
Property and reliability, under new production situation, to guarantee higher crimp quality, shortening crimping debug time simultaneously reduces pressure welding mold
The maintenance cost of tool is reduced the production cost of harness crimping, is analyzed with the development trend to crimp.
However the mold of existing bus cable compression joint terminal needs manually there is not having separated time positioning function winding displacement people
It is accurately placed in below terminal compression joint blade to break into two with one's hands, then starts terminal machine switch one terminal of crimping on electric wire, it is such
Mode staff needs to be observed with eye, is easy fatigue, is easy to cause the generation of personal safety industrial accident, and artificial unwrapping wire
The location consistency of inefficiency, line of setting a raft going is poor, it is easy to cause the disadvantage that quality is bad.
Utility model content
The purpose of this utility model is to provide winding displacement strapping wires crimp type terminal mold mechanisms, to solve above-mentioned background technique
Middle proposition does not have separated time positioning function, needs manually artificially to break winding displacement into two with one's hands and is accurately placed in below terminal compression joint blade, so
On electric wire, such mode staff needs to be observed with eye starting terminal machine switch one terminal of crimping, is easy fatigue afterwards, holds
The generation of personal safety industrial accident is easily led to, and artificial venting efficiency is low, the location consistency for line of setting a raft going is poor, holds very much
Easily cause the problem that quality is bad.
To achieve the above object, the utility model provides the following technical solutions: winding displacement strapping wires crimp type terminal mold mechanism,
Including upper lower slider, the lower end position of the upper lower slider is movably installed with cutting die on crimp type terminal, the upper lower slider activity
It is mounted on the middle position of terminal compression joint mould bases upper end, cutting die is movably installed in inside terminal compression joint mould bases on the crimp type terminal
Middle position, the bottom of the terminal compression joint mould bases be fixedly installed with terminal compression joint material strip cutting tool apron, the terminal compression joint
Upper end position on the right side of mould bases is fixedly installed with tapping block, and it is convex that the back position of the upper lower slider is movably installed with separated time or more
It takes turns, the tangent installation in pulley face of the curve groove face of lower cam and separated time metal (upper one end on the separated time, above and below the separated time
The other end of bearing is locked at the fixation position of sliding block before and after separated time, and the back position of sliding block is fitted with before and after the separated time
Sliding block on separated time, the upper end of the tapping block are fixedly installed with separated time upper limit position block, and the lower end of the tapping block is fixedly mounted
There is separated time lower position block, the bottom of the separated time lower position block is fixedly installed with die bottom plate, on the separated time inside sliding block
It is equipped with separated time bearing fixing axle, it is fixed horizontal to be fixedly installed with separated time pawl for the middle position in the outside of sliding block on the separated time
Bar is movably installed with separated time front and back bearings, the pulley face of the separated time front and back bearings and separated time in the separated time bearing fixing axle
The tangent installation in curve notch face on the cam of front and back, separated time front and back cam activation are mounted on the fixation position on tapping block,
The separated time pawl fixed transverse rod external activity is equipped with separated time pawl, and the lower end position of cutting die is movably installed on the crimp type terminal
Processing object winding displacement.
Preferably, before and after the separated time sliding block pass through rectangular channel upper and lower surface that tapping block is cut open by separated time upper limit position block and
Separated time lower position block limits upper and lower displacement gap.
Preferably, the processing object winding displacement is clamped and located on crimp type terminal pressure below cutting die by other mechanical grips
Connect position.
Preferably, the curve notch on the separated time in lower cam and separated time front and back cam is the movement of lower cam on separated time
Track.
Preferably, multiple groups spring, and separated time pawl are provided between the die bottom plate and the supporting table of processing object winding displacement
With mechanical linkage between cutting die on crimp type terminal.
Preferably, the terminal compression joint mould bases has that specification is two identical in the device entirety, and two terminal compression joints
Mould bases is symmetrically installed about cutting die on crimp type terminal.
Compared with prior art, the utility model has the beneficial effects that the winding displacement strapping wires crimp type terminal mold mechanism, phase
It is compared to original similar mechanism, by not needing to be positioned manually after increasing correlated parts on the basis of existing standard module
Winding displacement carries out terminal compression joint operation, effectively reduces the working strength of operator and improves whole working efficiency,
The yields of crimp type terminal is improved, overall work quality of the device in harness processing is effectively improved.
Detailed description of the invention
Fig. 1 is the utility model positive structure schematic；
Fig. 2 is the utility model left view structural representation；
Fig. 3 is the utility model right view structural schematic diagram；
In figure: 1, upper lower slider；2, lower cam on separated time；3, separated time metal (upper；4, sliding block before and after separated time；5, on separated time
Limited block；6, separated time lower position block；7, sliding block on separated time；8, separated time bearing fixing axle；9, separated time front and back bearings；10, separated time
Front and back cam；11, separated time pawl fixed transverse rod；12, separated time pawl；13, processing object winding displacement；14, die bottom plate；15, crimp type terminal
Upper cutting die；16, tapping block；17, terminal compression joint mould bases；18, terminal compression joint material strip cuts off tool apron.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: winding displacement strapping wires crimp type terminal mold mechanism, packet
Include lower slider 1, sliding block 4, separated time upper limit position block 5, separated time lower limit before and after lower cam 2, separated time metal (upper 3, separated time on separated time
Cam 10, separated time pawl are fixed horizontal before and after sliding block 7, separated time bearing fixing axle 8, separated time front and back bearings 9, separated time on position block 6, separated time
Bar 11, separated time pawl 12, processing object winding displacement 13, die bottom plate 14, cutting die 15, tapping block 16, terminal compression joint mould on crimp type terminal
Frame 17 and terminal compression joint material strip cut off tool apron 18, and the lower end position of upper lower slider 1 is movably installed with cutting die 15 on crimp type terminal, on
Lower slider 1 is movably arranged on the middle position of 17 upper end of terminal compression joint mould bases, and cutting die 15 is movably installed in terminal on crimp type terminal
The middle position inside mould bases 17 is crimped, the bottom of terminal compression joint mould bases 17 is fixedly installed with terminal compression joint material strip cutting tool apron
18, the upper end position on 17 right side of terminal compression joint mould bases is fixedly installed with tapping block 16, the back position activity installation of upper lower slider 1
There are lower cam 2 on separated time, the tangent installation in pulley face of the curve groove face of lower cam 2 and 3 one end of separated time metal (upper on separated time, point
The other end of line metal (upper 3 is locked at the fixation position of sliding block 4 before and after separated time, the back position cooperation of sliding block 4 before and after separated time
Sliding block 7 on separated time are installed, the upper end of tapping block 16 is fixedly installed with separated time upper limit position block 5, and the lower end of tapping block 16 is fixed
Separated time lower position block 6 is installed, the bottom of separated time lower position block 6 is fixedly installed with die bottom plate 14, on separated time inside sliding block 7
It is equipped with separated time bearing fixing axle 8, the middle position in the outside of sliding block 7 is fixedly installed with separated time pawl fixed transverse rod on separated time
11, it is movably installed with separated time front and back bearings 9 in separated time bearing fixing axle 8, it is convex before and after the pulley face of separated time front and back bearings 9 and separated time
The tangent installation in curve notch face on wheel 10, separated time front and back cam 10 are movably arranged on the fixation position on tapping block 16, separated time
11 external activity of pawl fixed transverse rod is equipped with separated time pawl 12, and the lower end position of cutting die 15 is movably installed with processing pair on crimp type terminal
As winding displacement 13；
Further, sliding block 4 passes through rectangular channel upper and lower surface that tapping block 16 is cut open by separated time upper limit position block 5 before and after separated time
Upper and lower displacement gap is limited with separated time lower position block 6, the movement rail of whole separated time is controlled using the activity of sliding block 4 before and after separated time
Mark；
Further, processing object winding displacement 13 is clamped and located at 15 lower section of cutting die on crimp type terminal by other mechanical grips
Crimping position is accurately positioned, and facilitates and carries out separated time work；
Further, the curve notch on separated time in lower cam 2 and separated time front and back cam 10 is the fortune of lower cam 2 on separated time
Dynamic rail mark guarantees the stability under integrally-built reasonability and working condition；
Further, multiple groups spring, and separated time are provided between die bottom plate 14 and the supporting table of processing object winding displacement 13
Mechanical linkage between cutting die 15 on pawl 12 and crimp type terminal facilitates control and operation, expands whole use scope；
Further, terminal compression joint mould bases 17 has that specification is two identical in the device entirety, and two terminal compression joints
Mould bases 17 is symmetrically installed about cutting die 15 on crimp type terminal, is guaranteed the device overall structure stability and can effectively be promoted workability
Energy.
Working principle: upper lower slider 1 is equipped with cutting die 15 on crimp type terminal above as shown in Figure 1, by from top to bottom
Stamping press when to downlink, while lower cam 2 being driven on separated time to carry out rolling work, the pulley face of separated time metal (upper 3 with point
The introversion notches for wire of lower cam 2 is tangent on line, moves backward so harness can turn inward notches for wire along lower cam 2 on separated time, point
Line metal (upper 3 is locked before and after the separated time on sliding block 4, just sliding block 4 before and after separated time is driven to move backward, while the separated time upper limit
Position block 5 and separated time lower position block 6 limit the up and down direction of sliding block 4 before and after separated time, and separated time lower position block 6, which is nested, pacifies
Mounted in 4 other end of sliding block before and after separated time, separated time front and back bearings 9, the cunning of separated time front and back bearings 9 are installed on sliding block 7 on separated time
The curve notch face of cam 10 is tangent before and after wheel face and separated time, when separated time front and back, sliding block 4 moves backward above and below related separated time
Sliding block 7 moves backward, and related separated time front and back bearings 9 walk curve according to the curve notch of cam 10 before and after separated time while reaching separated time
Upper sliding block 7 can move while move backward toward underface again, and separated time pawl fixed transverse rod 11 is mounted on sliding block 7 on separated time
On, while the separated time pawl 12 being mounted on separated time pawl fixed transverse rod 11 is moved in sliding block 7 on separated time and is moved down backward
It keeps forking processing object row with the U-type groove on 12 part of separated time pawl with the motion profile downlink of 7 consistency of sliding block on separated time
It line 13 and is precisely crimped below position in cutting die 15 on crimp type terminal, 15 downlink of cutting die is to processing object winding displacement 13 on crimp type terminal
Terminal compression joint operation is carried out, then upper lower slider 1 is moved upwards in the case where motor exports uplink power drives separated time or more convex
Wheel 2 moves upwards, and sliding block 4 resets forward under the drive of separated time metal (upper 3 before and after separated time, and sliding block 7 is in separated time on separated time
Curve notch of the front and back sliding block 4 forward under the driving of telemechanical along separated time front and back bearings 9 before and after the separated time in cam 10 moves rail
Mark upwardly and forwardly resets simultaneously, and separated time pawl 12 is mounted on separated time pawl fixed transverse rod 11 according to sliding block 7 on separated time along moving
Track resets, such loop cycle.
Finally it should be noted that the above content is only to illustrate the technical solution of the utility model, rather than it is practical to this
The limitation of novel protected range, those skilled in the art to the technical solution of the utility model carry out it is simple modification or
Person's equivalent replacement, all without departing from the spirit and scope of technical solutions of the utility model.
Claims (6)
1. winding displacement strapping wires crimp type terminal mold mechanism, including upper lower slider (1), it is characterised in that: the upper lower slider (1)
Lower end position is movably installed with cutting die on crimp type terminal (15), and the upper lower slider (1) is movably arranged on terminal compression joint mould bases
(17) middle position of upper end, cutting die (15) is movably installed in the internal centre of terminal compression joint mould bases (17) on the crimp type terminal
Position, the bottom of the terminal compression joint mould bases (17) are fixedly installed with terminal compression joint material strip cutting tool apron (18), the terminal pressure
It connects the upper end position on the right side of mould bases (17) to be fixedly installed with tapping block (16), the back position activity peace of the upper lower slider (1)
Equipped with lower cam on separated time (2), the pulley of the curve groove face of lower cam (2) and separated time metal (upper (3) one end on the separated time
The tangent installation in face, the other end of the separated time metal (upper (3) are locked at the fixation position of sliding block (4) before and after separated time, and described point
The back position of sliding block (4) is fitted with sliding block on separated time (7) before and after line, and the upper end of the tapping block (16) is fixedly mounted
Have separated time upper limit position block (5), the lower end of the tapping block (16) is fixedly installed with separated time lower position block (6), the separated time lower limit
The bottom of position block (6) is fixedly installed with die bottom plate (14), is equipped with separated time bearing inside sliding block (7) on the separated time and is fixed
Axis (8), the middle position in the outside of sliding block (7) is fixedly installed with separated time pawl fixed transverse rod (11) on the separated time, and described point
Spool, which is held, is movably installed with separated time front and back bearings (9) on fixing axle (8), the pulley face of the separated time front and back bearings (9) and separated time
The tangent installation in curve notch face on front and back cam (10), the separated time front and back cam (10) are movably arranged on tapping block (16)
Fixation position, separated time pawl fixed transverse rod (11) external activity is equipped with separated time pawl (12), cutting die on the crimp type terminal
(15) lower end position is movably installed with processing object winding displacement (13).
2. winding displacement strapping wires crimp type terminal mold mechanism according to claim 1, it is characterised in that: sliding before and after the separated time
Block (4) passes through the rectangular channel upper and lower surface that tapping block (16) are cut open and is limited by separated time upper limit position block (5) and separated time lower position block (6)
Upper and lower displacement gap.
3. winding displacement strapping wires crimp type terminal mold mechanism according to claim 1, it is characterised in that: the processing object row
Line (13) is clamped and located at crimping position below cutting die on crimp type terminal (15) by mechanical grip.
4. winding displacement strapping wires crimp type terminal mold mechanism according to claim 1, it is characterised in that: convex above and below the separated time
Take turns the motion profile that the curve notch in (2) and separated time front and back cam (10) is lower cam (2) on separated time.
5. winding displacement strapping wires crimp type terminal mold mechanism according to claim 1, it is characterised in that: the die bottom plate
(14) multiple groups spring, and cutting die on separated time pawl (12) and crimp type terminal are provided between the supporting table of processing object winding displacement (13)
(15) mechanical linkage between.
6. winding displacement strapping wires crimp type terminal mold mechanism according to claim 1, it is characterised in that: the terminal compression joint mould
Frame (17) has that specification is two identical in the mold mechanism, and two terminal compression joint mould bases (17) are about cutting die on crimp type terminal
(15) it is symmetrically installed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822146373.6U CN209150452U (en) | 2018-12-20 | 2018-12-20 | Winding displacement strapping wires crimp type terminal mold mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822146373.6U CN209150452U (en) | 2018-12-20 | 2018-12-20 | Winding displacement strapping wires crimp type terminal mold mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209150452U true CN209150452U (en) | 2019-07-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822146373.6U Active CN209150452U (en) | 2018-12-20 | 2018-12-20 | Winding displacement strapping wires crimp type terminal mold mechanism |
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| Country | Link |
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| CN (1) | CN209150452U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110783799A (en) * | 2019-11-06 | 2020-02-11 | 珠海格力智能装备有限公司 | Branching device |
-
2018
- 2018-12-20 CN CN201822146373.6U patent/CN209150452U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110783799A (en) * | 2019-11-06 | 2020-02-11 | 珠海格力智能装备有限公司 | Branching device |
| CN110783799B (en) * | 2019-11-06 | 2021-04-30 | 珠海格力智能装备有限公司 | Branching device |
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