CN205724344U - Wire harness separated time drive mechanism - Google Patents
Wire harness separated time drive mechanism Download PDFInfo
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- CN205724344U CN205724344U CN201620364411.3U CN201620364411U CN205724344U CN 205724344 U CN205724344 U CN 205724344U CN 201620364411 U CN201620364411 U CN 201620364411U CN 205724344 U CN205724344 U CN 205724344U
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- separated time
- cam
- fork
- wire harness
- rotating shaft
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Abstract
The open a kind of wire harness separated time drive mechanism of this utility model, including separated time frame, dividing wire frame, driving means, longitudinal driving mechanism and elevating mechanism, this separated time frame includes base, support platform and riser and gripper shoe；This driving means includes motor and transmission component, and this transmission component is connected with motor shaft end, and this transmission component has rotating shaft, and this rotating shaft is installed on base turnably；This longitudinal driving mechanism includes vertical beam, eight word forks, leading truck, transverse shifting bar, head rod, the first fork, the first roller and the first cam being fitted to each other；This elevating mechanism includes the guide holder being fitted to each other, vertical guide rod, laterally driven bar, the second connecting rod, the second fork, the second roller and the second cam；This dividing wire frame is installed on laterally driven bar front end.Thereby, it is made up of, by using, the mechanism driving coil holder to vertically move and lift cam mechanism and other depending post part, makes wire harness each line separated time more thorough, improve wire rod pressure side efficiency and quality.
Description
Technical field
This utility model relates to cable terminal and assembles apparatus field technology, refers in particular to a kind of wire harness separated time and drives machine
Structure.
Background technology
Winding displacement is the one of connecting line, and it is bonded together by many thin wires, and at present, winding displacement has been widely used in electricity
During brain, household electrical appliance, communication apparatus, the signal transmission of digital equipment or power supply connect, at least one end pressing of winding displacement has terminal,
For the connection between winding displacement and winding displacement connector, the most both facilitated the assembling of electronic equipment, can ensure that again electronic equipment
Signal transmission between internal circuit board or electronic equipment, the reliability connected.Existing winding displacement needed winding displacement before pressure side
One one separately, and the most again with terminal riveted, traditional way is to use a dividing wire frame the most mobile by each
Line separates, but the action moved up and down due to this dividing wire frame only one of which, cause being smoothed out with the fingers directly by each for winding displacement separated time, cause
When terminal and winding displacement riveted, error easily occurs, affects riveting line efficiency and riveting line mass.Therefore, tackle existing splitter arrangement to enter
Row improves, to solve the problems referred to above.
Utility model content
In view of this, this utility model is for the disappearance of prior art existence, and its main purpose is to provide a kind of wire harness and uses
Separated time drive mechanism, it is made up of, by using, the machine driving coil holder to vertically move and lift cam mechanism and other depending post part
Structure, this mechanism, can be automatically straight by smoothing out with the fingers after every alignment when coil holder carries out separated time one by one to wire harness, makes wire harness each line separated time more thorough
The end, decrease separated time error rate, improve wire rod pressure side efficiency and quality.
For achieving the above object, this utility model uses such as purgation technical scheme:
A kind of wire harness separated time drive mechanism, it includes separated time frame, dividing wire frame, driving means, driving dividing wire frame are indulged
The elevating mechanism moved up and down to the longitudinal driving mechanism of movement and driving dividing wire frame, wherein,
This separated time frame include base, the support platform being installed on base and be arranged in support platform perpendicular
Plate, and it is provided with gripper shoe on this riser；
This driving means includes motor and transmission component, and this transmission component is connected with motor shaft end, and this transmission component has
Having a rotating shaft, this rotating shaft is installed on base turnably；
This longitudinal driving mechanism includes vertical beam, eight word forks, leading truck, transverse shifting bar, head rod, the first pendulum
Bar, the first roller and the first cam, this vertical beam is installed in support platform, and this eight words fork has the first pole and second
Bar, this first pole and second pole one end are connected and are articulated on vertical beam；This leading truck is installed on above-mentioned riser, and it has confession
The passage that transverse shifting bar moves；This transverse shifting bar can pass passage, its front end and the first pole top pivot by horizontal moving
Connect；This head rod upper end is vertically connected to the second pole top；This first fork one end is articulated on base, the other end with
Head rod lower end is hinged；This first roller is installed on the first fork sidewall；This first cam is installed in above-mentioned rotating shaft,
First cam edge and the first roller Structure deformation；
This elevating mechanism includes guide holder, vertical guide rod, laterally driven bar, the second connecting rod, the second fork, the second rolling
Wheel and the second cam, this guide holder is installed in above-mentioned gripper shoe, and this vertical guide rod can vertically slidable formula be installed on guide holder,
It is horizontally arranged with horizontal concrete chute in this vertical guide rod top；This laterally driven bar can be installed in horizontal concrete chute by transverse sliding；
This second connecting rod upper end is hinged with vertical lower end of the guide rod；This second fork one end is articulated on base, and the other end and second is even
The pivot joint of extension bar lower end；This second roller is installed on the second fork sidewall；This second cam is installed in above-mentioned rotating shaft, and second is convex
Wheel edge and the second roller Structure deformation；
This dividing wire frame is installed on laterally driven bar front end, its forked in wire harness every lines matching.
As a kind of preferred version: the transverse shifting bar two ends of described longitudinal driving mechanism are respectively arranged with one and vertically slide
Groove, is respectively arranged with a driving rod in the first pole upper end of eight word forks and laterally driven rod rear end, and this driving rod can be upper and lower
Slidingtype is positioned in vertical chute.
As a kind of preferred version: offer a through hole passed for head rod in described gripper shoe, and in above-mentioned
Second pole lower surface of eight word forks is provided with to coincide with this through hole edge and swings, to reduce, the breach hindered.
As a kind of preferred version: described first cam and the second cam interval are installed in rotating shaft, and in rotating shaft one end
It is provided with balancing weight.
As a kind of preferred version: described laterally driven bar front end is vertically installed with a L bracket towards side, above-mentioned point
Coil holder is installed on this L bracket end.
As a kind of preferred version: described base both sides are respectively arranged with a support plate, and above-mentioned rotating shaft is installed on turnably
Between this two support plate.
As a kind of preferred version: be respectively arranged with one before and after described base and fix seat, above-mentioned first fork and the second pendulum
Bar one end is articulated on fixing seat respectively.
This utility model compared with prior art has clear advantage and beneficial effect, specifically, by above-mentioned technology
Scheme understands, and is made up of, by using, the mechanism driving coil holder to vertically move and lift cam mechanism and other depending post part, should
Mechanism, can be automatically straight by smoothing out with the fingers after every alignment when coil holder carries out separated time one by one to wire harness, makes wire harness each line separated time more thorough, phase
For conventionally employed separated time mode straight up and down, this mechanism decreases separated time error rate, thus, rivet terminal for follow-up wire harness
Lay good basis, improve wire rod pressure side efficiency and quality.
For more clearly illustrating architectural feature of the present utility model and effect, it is right to come with specific embodiment below in conjunction with the accompanying drawings
It is described in detail.
Accompanying drawing explanation
Fig. 1 is the separated time drive mechanism overall schematic of this utility model；
Fig. 2 is drive mechanism main part the first view stereo schematic diagram of this utility model；
Fig. 3 is drive mechanism main part the second view stereo schematic diagram of this utility model；
Fig. 4 is the dividing wire frame running orbit schematic diagram of this utility model.
Accompanying drawing identifier declaration:
10, separated time frame 11, base
12, support platform 13, riser
14, support plate 15, fixing seat
16, gripper shoe 161, through hole
20, dividing wire frame 30, driving means
31, motor 32, transmission component
321, rotating shaft 322, balancing weight
40, longitudinal driving mechanism 41, vertical beam
42, eight word fork the 421, first pole
4211, driving rod the 422, second pole
4221, breach 43, leading truck
431, passage 44, transverse moving mechanism
441, vertical chute 45, head rod
46, first fork the 47, first roller
48, the first cam 50, elevating mechanism
51, guide holder 52, vertical guide rod
521, horizontal concrete chute 53, laterally driven bar
531, L bracket 532, driving rod
54, second connecting rod the 55, second fork
56, second roller the 57, second cam.
Detailed description of the invention
This utility model as shown in Figures 1 to 4, a kind of wire harness separated time drive mechanism, include separated time frame 10, separated time
Frame 20, driving means 30, drive the longitudinal driving mechanism 40 that vertically moves of dividing wire frame 20 and drive dividing wire frame 20 to move up and down
Elevating mechanism 50, wherein:
This separated time frame 10 includes base 11, be installed on base 11 support platform 12 and be arranged at support platform
Riser 13 on 12, this base 11 left and right sides is respectively arranged with a support plate 14, and front and back both sides are respectively arranged with one and fix seat 15；
A gripper shoe 16 it is provided with on this riser 13；
This driving means 30 includes motor 31 and transmission component 32, and this transmission component 32 is connected with motor 31 axle head, should
Transmission component 32 has a rotating shaft 321, and this rotating shaft 321 is installed on base between two support plates 14 turnably.
This longitudinal driving mechanism 30 includes vertical beam 41, eight word fork 42, leading truck 43, transverse shifting bar 44, first even
Extension bar the 45, first fork the 46, first roller 47 and the first cam 48, this vertical beam 41 is installed in support platform 12, and this eight word is put
Bar 42 has the first pole 421 and the second pole 422, and this first pole 421 and second pole 422 one end are connected and are articulated in vertical beam
On 41；This leading truck 43 is installed on above-mentioned riser 13, and it has the passage 431 moved for transverse shifting bar 44；This laterally moves
Lever 44 can pass passage 431, its front end and the first pole 421 top pivot joint by horizontal moving；This head rod 45 upper end
Vertically it is connected to the second pole 422 top；This first fork 46 one end is articulated on the fixing seat 15 of one of base 11, the other end with
Head rod 45 lower end is hinged；This first roller 47 is installed on the first fork 46 sidewall；This first cam 48 is installed on
State in rotating shaft 321, the first cam 48 edge and the first roller 47 Structure deformation；
This elevating mechanism 50 includes guide holder 51, vertical guide rod 52, laterally driven bar the 53, second connecting rod 54, second
Fork the 55, second roller 56 and the second cam 57, this guide holder 51 is installed in above-mentioned gripper shoe 16, and this vertical guide rod 52 can erect
It is installed on guide holder 51 to slidingtype, is horizontally arranged with horizontal concrete chute 521 in this vertical guide rod 52 top；This laterally driven bar
53 can be installed in horizontal concrete chute 521 by transverse sliding, and are vertically installed with a L-shaped towards side in laterally driven bar 53 front end
Support 531, above-mentioned dividing wire frame 20 is installed on this L bracket 531 end, and this dividing wire frame 20 is in the fork of wire harness every lines matching
Shape；This second connecting rod 54 upper end is hinged with vertical guide rod 52 lower end；This second fork 55 one end is articulated in another of base 11
On fixing seat 15, the other end and the second connecting rod 54 lower end pivot joint；This second roller 56 is installed on the second fork 55 sidewall；Should
Second cam 57 is installed in above-mentioned rotating shaft 321, the second cam 57 edge and the second roller 56 Structure deformation；
Additionally, be respectively arranged with a vertical chute 441 in transverse shifting bar 44 two ends, in the first pole of eight word forks 42
421 upper ends and laterally driven bar 53 rear end are respectively arranged with a driving rod 4211, and this driving rod 4211 can slide up and down formula and be positioned at
In vertical chute 441, the cooperation of this vertical chute 441 and driving rod 4211 is mainly used in providing first to eight word forks 42
Buffering when bar 421 does when camber line rotates to rear side and vertically guide rod 52 lifts；And in gripper shoe 16, offer one for the
The through hole 161 that one connecting rod 45 passes, and be provided with and this through hole in the second pole 422 lower surface of above-mentioned eight word forks 42
161 edges coincide and swing, to reduce, the breach 4221 hindered；First cam 48 and the second cam 57 interval are installed on rotating shaft 321
On, and rotating shaft 321 one end is provided with balancing weight 322.
This utility model principle is as follows: first, and the first cam 48 is different with the second cam 57 shape design, and first is convex
Wheel 48 is installed on the position in rotating shaft 321 with the second cam 57 and angle is different, and motor 31 drives transmission component 32 to make rotating shaft 321
Rotate, owing to the first cam 48 is different from the second roller 56 contact point with the second cam 57 with the first roller 47 contact point, rotating shaft
During 321 rotation, the second cam 57 first presses to the second roller 56, makes the second fork 55 and second hinged one end of connecting rod 54 to moving down
Dynamic, drive laterally driven bar 53 to move down, dividing wire frame 20 sticks in downwards rightmost side line；Meanwhile, the first cam 48 rotates, and first connects
Bar 45 rises, and eight word forks 42 rotate backward, and transverse shifting bar 44 is moved rearwards by, and pulls laterally driven bar 53 to be moved rearwards by, point
Institute's plug wire, with moving afterwards, is smoothed out with the fingers directly by coil holder 20 backward；Along with being moved to the left successively of wire harness, each for wire harness line is divided by dividing wire frame one by one
Open, smooth out with the fingers straight, circulate successively.
Design focal point of the present utility model is, is constituted driving coil holder by using by cam mechanism and other depending post part
The mechanism vertically moving and lifting, this mechanism, can be automatically straight by smoothing out with the fingers after every alignment when coil holder carries out separated time one by one to wire harness,
Making wire harness each line separated time more thorough, relative to conventionally employed separated time mode straight up and down, this mechanism decreases separated time error rate,
Thus, lay good basis for follow-up wire harness riveting terminal, improve wire rod pressure side efficiency and quality.
The above, be only preferred embodiment of the present utility model, not make technical scope of the present utility model
Any restriction, thus every according to technical spirit of the present utility model to any trickle amendment made for any of the above embodiments, equivalent become
Change and modify, all still falling within the range of technical solutions of the utility model.
Claims (7)
1. a wire harness separated time drive mechanism, it is characterised in that: include separated time frame, dividing wire frame, driving means, driving divide
The longitudinal driving mechanism that coil holder vertically moves and the elevating mechanism that driving dividing wire frame moves up and down, wherein,
This separated time frame includes base, the support platform being installed on base and the riser being arranged in support platform, and
It is provided with gripper shoe on this riser；
This driving means includes motor and transmission component, and this transmission component is connected with motor shaft end, and this transmission component has one
Rotating shaft, this rotating shaft is installed on base turnably；
This longitudinal driving mechanism include vertical beam, eight word forks, leading truck, transverse shifting bar, head rod, the first fork,
First roller and the first cam, this vertical beam is installed in support platform, and this eight words fork has the first pole and the second pole, should
First pole and second pole one end are connected and are articulated on vertical beam；This leading truck is installed on above-mentioned riser, and it has for laterally
The passage that mobile bar moves；This transverse shifting bar can pass passage, its front end and the first pole top pivot joint by horizontal moving；Should
Head rod upper end is vertically connected to the second pole top；This first fork one end is articulated on base, the other end and first
Connecting rod lower end is hinged；This first roller is installed on the first fork sidewall；This first cam is installed in above-mentioned rotating shaft, and first
Cam edge and the first roller Structure deformation；
This elevating mechanism include guide holder, vertical guide rod, laterally driven bar, the second connecting rod, the second fork, the second roller and
Second cam, this guide holder is installed in above-mentioned gripper shoe, and this vertical guide rod can vertically slidable formula be installed on guide holder, in this
Vertically guide rod top is horizontally arranged with horizontal concrete chute；This laterally driven bar can be installed in horizontal concrete chute by transverse sliding；This is years old
Two connecting rod upper ends are hinged with vertical lower end of the guide rod；This second fork one end is articulated on base, the other end and the second connecting rod
Lower end pivot joint；This second roller is installed on the second fork sidewall；This second cam is installed in above-mentioned rotating shaft, the second cam limit
Edge and the second roller Structure deformation；
This dividing wire frame is installed on laterally driven bar front end, its forked in wire harness every lines matching.
Wire harness separated time drive mechanism the most according to claim 1, it is characterised in that: described longitudinal driving mechanism is laterally
Mobile bar two ends are respectively arranged with a vertical chute, set respectively in the first pole upper end of eight word forks and laterally driven rod rear end
Being equipped with a driving rod, this driving rod can slide up and down formula and be positioned in vertical chute.
Wire harness separated time drive mechanism the most according to claim 1, it is characterised in that: offer a confession in described gripper shoe
The through hole that head rod passes, and in the second pole lower surface of above-mentioned eight word forks be provided with this through hole edge coincide with
Reduce and swing the breach hindered.
Wire harness separated time drive mechanism the most according to claim 1, it is characterised in that: described first cam and the second cam
Interval is installed in rotating shaft, and rotating shaft one end is provided with balancing weight.
Wire harness separated time drive mechanism the most according to claim 1, it is characterised in that: described laterally driven bar front end towards
Side is vertically installed with a L bracket, and above-mentioned dividing wire frame is installed on this L bracket end.
Wire harness separated time drive mechanism the most according to claim 1, it is characterised in that: described base both sides are respectively arranged with
One support plate, above-mentioned rotating shaft is installed between this two support plate turnably.
Wire harness separated time drive mechanism the most according to claim 1, it is characterised in that: it is respectively arranged with before and after described base
One fixes seat, above-mentioned first fork and second fork one end is articulated on fixing seat respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620364411.3U CN205724344U (en) | 2016-04-27 | 2016-04-27 | Wire harness separated time drive mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620364411.3U CN205724344U (en) | 2016-04-27 | 2016-04-27 | Wire harness separated time drive mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205724344U true CN205724344U (en) | 2016-11-23 |
Family
ID=57293927
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620364411.3U Active CN205724344U (en) | 2016-04-27 | 2016-04-27 | Wire harness separated time drive mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205724344U (en) |
-
2016
- 2016-04-27 CN CN201620364411.3U patent/CN205724344U/en active Active
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |