CN207368402U - Terminal sleeve wiring auxiliary mould and cable conductor shaping tooling - Google Patents
Terminal sleeve wiring auxiliary mould and cable conductor shaping tooling Download PDFInfo
- Publication number
- CN207368402U CN207368402U CN201721306333.2U CN201721306333U CN207368402U CN 207368402 U CN207368402 U CN 207368402U CN 201721306333 U CN201721306333 U CN 201721306333U CN 207368402 U CN207368402 U CN 207368402U
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- terminal
- conductor
- cable conductor
- terminal sleeve
- fixture block
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Abstract
It the utility model is related to a kind of terminal sleeve wiring auxiliary mould and cable conductor shaping tooling.Terminal sleeve wiring auxiliary mould includes being used for the terminal clamps, cable conductor shaping tooling and the driving mechanism moved toward one another for drive terminal fixture and cable conductor shaping tooling for clamping terminal sleeve, the terminal clamps are set with cable conductor shaping tooling along the axially spaced-apart of terminal sleeve, cable conductor shaping tooling includes two conductor fixture blocks, two conductor fixture blocks are surrounded for plastic chamber corresponding with the inner cavity of terminal sleeve in opposite directions, are equipped between two conductor fixture blocks and are used to make two conductor fixture blocks move toward one another to clamp the connection structure of cable conductor.The cable conductor shaping tooling of the terminal sleeve wiring auxiliary mould carries out shaping to the cable conductor of sector crosssection, make the section of cable conductor become the circle being adapted to terminal sleeve inner cavity, facilitate cable conductor to be inserted into terminal sleeve tube cavity, realize that the auxiliary of terminal sleeve and conductor cable connects.
Description
Technical field
It the utility model is related to a kind of terminal sleeve wiring auxiliary mould and cable conductor shaping tooling.
Background technology
Crimp type wire connection terminal is a kind of cable conductor end is connected with power device terminals using crimping mode
Conductive gold utensil.The terminal sleeve of circular tube shaped is in one end that wire connection terminal is connected with cable conductor, the one end being connected with power device
For tabular.When prior art middle connecting terminal is installed, cable conductor is divested to the insulating layer of certain length first, then by electricity
Cable conductor be inserted into terminal sleeve tube cavity, finally using Crimping Pliers by terminal sleeve together with the cable conductor one in terminal sleeve inner cavity
Extrusion forming is played, so as to complete the close connection between crimp type wire connection terminal and conductor.
But the low tension power cable conductor that cross-sectional area is more than 25mm2, be usually twisted die mould by more single lines and
Into the cross sectional shape of the cable conductor after die mould is close to sector, and the cross sectional shape of terminal sleeve is circle, cable conductor and end
The shape of sub-set pipe does not correspond to, therefore cable conductor insertion terminal sleeve tube cavity is relatively difficult.Installation personnel is made for convenience
Industry, often wipes out part core by cable conductor, and the tabular position of terminal is tapped using hammer, using percussion power by terminal
Casing is socketed on cable conductor.So cable conductor easily loose deformation during terminal sleeve tube cavity is inserted into, can lead
Terminal compression joint rear terminal casing is caused subsequently to crimp imprecise problem with conductor cable.
Utility model content
The purpose of this utility model is to provide a kind of terminal sleeve wiring auxiliary mould, solve in the prior art conductor with
The problem of terminal sleeve shape does not correspond to, and cable conductor insertion terminal sleeve tube cavity is relatively difficult；The purpose of this utility model is also
It is to provide a kind of cable conductor shaping tooling.
To achieve the above object, the technical solution of the utility model terminal sleeve wiring auxiliary mould is：
Technical solution 1：Terminal sleeve wiring auxiliary mould includes being used for terminal clamps, the cable conductor for clamping terminal sleeve
Shaping tooling and the driving mechanism moved toward one another for drive terminal fixture and cable conductor shaping tooling, the terminal clamps with
Cable conductor shaping tooling is set along the axially spaced-apart of terminal sleeve, and cable conductor shaping tooling includes two conductor fixture blocks, and two
A conductor fixture block is surrounded for plastic chamber corresponding with the inner cavity of terminal sleeve in opposite directions, is equipped between two conductor fixture blocks and is used to make two
Conductor fixture block is moved toward one another to clamp the connection structure of cable conductor.Its advantage is：The terminal sleeve wiring auxiliary mould
By terminal clamps to the tight terminal sleeve of terminal clamp, fulcrum, cable conductor shaping are provided for cable conductor is pulled in terminal sleeve
Frock carries out shaping to the cable conductor of sector crosssection, makes the section of cable conductor become the circle being adapted to terminal sleeve inner cavity
Shape, facilitates cable conductor to be inserted into terminal sleeve tube cavity, realizes that the auxiliary of terminal sleeve and conductor cable connects.
Technical solution 2：Terminal sleeve wiring auxiliary mould according to technical solution 1, the driving mechanism are to wear
The turnbuckle of terminal clamps and cable conductor shaping tooling.
Technical solution 3：Terminal sleeve wiring auxiliary mould according to technical solution 2, the turnbuckle is with terminal
The central axis of casing is arranged symmetrically two or more.Its advantage is：Bolt is provided at circumferentially spaced along terminal sleeve, can
Making cable conductor, cable conductor Integral synchronous enters terminal sleeve under the tightening force effect of bolt.
Technical solution 4：Terminal sleeve wiring auxiliary mould according to technical solution 1 or 2 or 3, the connection structure
To wear the hold-down bolt of two conductor fixture blocks.Its advantage is：Two conductor fixture blocks connect latter two by hold-down bolt
2mm intervals are left between conductor fixture block, ensure that two conductor fixture blocks being capable of clamping cables conductor.
Technical solution 5：Terminal sleeve wiring auxiliary mould according to technical solution 1 or 2 or 3, the conductor fixture block
In upper and lower arrangement, the lower face of upper fixture block is equipped with semicircular upper groove, and the upper surface of lower fixture block is equipped with semicircular
Groove, lower notches surround the plastic chamber.
Technical solution 6：Terminal sleeve wiring auxiliary mould according to technical solution 1 or 2 or 3, the terminal clamps
Including two terminal fixture blocks, two terminal fixture blocks surround in opposite directions is used for casing accommodating chamber corresponding with terminal sleeve, two terminals
It is equipped between fixture block and is used to make two-terminal fixture block move toward one another with the crimping structure of clamping terminal casing.
Technical solution 7：Terminal sleeve wiring auxiliary mould according to technical solution 6, the crimping structure are to wear
The hold-down bolt of two terminal fixture blocks.Its advantage is：Two pieces of terminal clamps after two terminal clamps are connected by hold-down bolt
2mm intervals are left between block, can ensure that terminal clamps clamp terminal sleeve, be provided reliably for conductor is pulled in terminal sleeve
Fulcrum.
Technical solution 8：Terminal sleeve wiring auxiliary mould according to technical solution 6, the terminal clamps are in up and down
Arrangement, the lower face of upper terminal fixture block are equipped with semicircular upper card slot, and the upper surface of lower terminal fixture block is equipped with semicircular
Card slot, upper lower bayonet slot surround described sleeve pipe accommodating chamber.
The technical solution of the utility model cable conductor shaping tooling is：
Technical solution 1：Cable conductor shaping tooling includes two conductor fixture blocks, two conductor fixture blocks surround in opposite directions for
The corresponding plastic chamber in inner cavity of terminal sleeve, is equipped between two conductor fixture blocks and is used to make two conductor fixture blocks move toward one another to clamp electricity
The connection structure of cable conductor.
Technical solution 2：Cable conductor shaping tooling according to technical solution 1, the connection structure are to wear two
The hold-down bolt of conductor fixture block.
Technical solution 3：Cable conductor shaping tooling according to technical solution 1 or 2, the conductor fixture block are in upper and lower cloth
Put, the lower face of upper fixture block is equipped with semicircular upper groove, and the upper surface of lower fixture block is equipped with semicircular lower groove, up and down
Groove surrounds the plastic chamber.
Brief description of the drawings
Fig. 1 is the main view of the conductor fixture block of the cable conductor shaping tooling of the utility model terminal sleeve wiring auxiliary mould
Figure；
Fig. 2 is the left view of the fixture block shown in Fig. 1；
Fig. 3 is the top view of the fixture block shown in Fig. 1；
Fig. 4 is that the cable conductor shaping tooling of the utility model terminal sleeve wiring auxiliary mould clamps the knot before conductor
Structure schematic diagram；
The cable conductor shaping tooling of Fig. 5 the utility model terminal sleeve wiring auxiliary moulds is by cable conductor fourth contact effect
Structure diagram；
Fig. 6 is the top view of the utility model terminal sleeve wiring auxiliary mould；
Fig. 7 is the left view of the terminal sleeve wiring auxiliary mould shown in Fig. 6.
Description of reference numerals：1. turnbuckle groove；2. upper groove；3. hold-down bolt hole；4. upper conductor fixture block；5. lower conductor
Fixture block；6. cable conductor；7. hold-down bolt；8. upper terminal fixture block；9. terminal sleeve；10. turnbuckle；11. lower terminal fixture block；
Card slot on 12.；13. lower bayonet slot；14. lower groove.
Embodiment
The embodiment of the utility model is described further below in conjunction with the accompanying drawings.
The embodiment 1 of the utility model terminal sleeve wiring auxiliary mould, as shown in Figures 1 to 7, the terminal sleeve wiring
Auxiliary mould include for the terminal clamps of fixing terminal casing 9, cable conductor shaping tooling and for drive terminal fixture and
The driving mechanism that conductor clamps move toward one another.
Cable shaping tooling includes two conductor fixture blocks, and two conductor fixture blocks are surrounded for the inner cavity with terminal sleeve in opposite directions
Corresponding plastic chamber, for two conductor fixture blocks in arrangement up and down, the both sides of plastic chamber are equipped with the compression spiral shell through upper lower conductor fixture block
Keyhole 3, the lower face of upper conductor fixture block 4 are equipped with semicircular upper groove 2, and the both sides of upper groove 2 are opened along the axial direction of upper groove 2
Equipped with the turnbuckle groove 1 through cable shaping tooling and terminal clamps, the upper surface of lower conductor fixture block 5 is equipped with semicircular
Lower groove 14, the axial direction of both sides along the lower groove 14 of lower groove 14 offer the tension through cable shaping tooling and terminal clamps
Bolt slot 1, lower notches surround the plastic chamber, and the cable shaping tooling after opposite clamping is in cuboid, upper and lower two conductors
Fixture block through the hold-down bolt 7 for compressing hold-down bolt hole 3 by being fixedly connected.
Terminal clamps include two terminal fixture blocks, and two terminal fixture blocks surround in opposite directions is used for casing corresponding with terminal sleeve
Accommodating chamber, two terminal fixture blocks present lower arrangement, and the both sides of casing accommodating chamber are equipped with the compression compression through upper and lower terminal clamp block
Bolt hole 3, the lower face of upper terminal fixture block 8 are equipped with semicircular upper card slot 12, and the upper surface of lower terminal fixture block 11 is equipped with half
Circular lower bayonet slot 13, upper lower bayonet slot are correspondingly formed described sleeve pipe accommodating chamber.In the both sides edge of casing accommodating chamber on terminal clamps
Upper casing accommodating chamber is axially arranged with turnbuckle groove corresponding with the turnbuckle groove 1 on cable shaping tooling, opposite clamping
Terminal clamps afterwards are in cuboid, and upper and lower two terminal fixture blocks are fixedly connected by the hold-down bolt 7 through hold-down bolt hole 3.
Terminal clamps are set with cable shaping tooling along the axially spaced-apart of terminal sleeve, the diagonal tension of cable shaping tooling
Turnbuckle 10 is fitted with bolt slot 1, turnbuckle 10 wears terminal clamps and forms the driving machine with cable shaping tooling
Structure.
Terminal sleeve wiring auxiliary mould by the cable conductor of sector crosssection in use, be positioned over upper conductor fixture block 4 with
In plastic chamber between conductor fixture block 5, hold-down bolt 7 is screwed, the cable conductor 6 of sector crosssection is pressed into circle.
Terminal sleeve 9 is positioned in the casing accommodating chamber between upper terminal fixture block 8 and lower terminal fixture block 11, screws compression
Bolt 7, compresses terminal sleeve 9.
Hold-down bolt 7 on releases cable conductor shaping tooling, upper conductor fixture block 4 and lower conductor fixture block 5 are led to cable
The distance of a conductor fixture block is moved in the one end of body 6 away from interface, then screws the hold-down bolt 7 on cable conductor.
In terminal clamps and two turnbuckles 10 of diagonal inserting of cable shaping tooling, two turnbuckles 10 are screwed,
Cable conductor 6 is subject to the pulling force of two turnbuckles 10 to enter terminal sleeve 9.
Then turnbuckle 10 is unclamped, the hold-down bolt 7 on releases cable conductor 6, upper conductor fixture block 4 and lower conductor are pressed from both sides
Block 5 moves the distance of a fixture block to the one end of cable conductor 6 away from interface, screws the compression spiral shell on cable shaping tooling again
Bolt 7.
In terminal clamps and two turnbuckles 10 of diagonal installation of cable shaping tooling, two turnbuckles 10 are screwed,
Cable conductor 6 is subject to the pulling force of two turnbuckles 10 to enter terminal sleeve 9, until cable conductor 6 is in two turnbuckles 10
Under the action of in fully-inserted terminal sleeve 9, auxiliary installation process terminates.
Finally terminal sleeve 9 is crimped according to mounting process using Crimping Pliers and is molded.
The embodiment 2 of the utility model terminal sleeve wiring auxiliary mould, is, cable with the difference of embodiment 1
Two conductor fixture block one end of shaping tooling are fixedly connected by axis pin, and one end is bolted to connection.
The embodiment 3 of the utility model terminal sleeve wiring auxiliary mould, is, cable with the difference of embodiment 1
The fixture block of shaping tooling is arranged in left and right.
The embodiment 4 of the utility model terminal sleeve wiring auxiliary mould, is with the difference of embodiment 1, in electricity
Turnbuckle hole is set in the top of upper groove in the upper fixture block of cable shaping tooling, in upper card on the upper terminal fixture block of terminal clamps
The top of groove sets corresponding turnbuckle hole, and turnbuckle is triangularly arranged.
The embodiment 5 of the utility model terminal sleeve wiring auxiliary mould, is, terminal with the difference of embodiment 1
Two pincers blocks for being used to clamping and discharging terminal sleeve are set in the casing accommodating chamber of fixture, and upper terminal fixture block is equipped with and upper card
The perforative threaded hole of groove, in threaded hole activity plug screw rod, screw rod lower end sets a pincers block, corresponding on lower terminal fixture block to fix
Block is clamped, terminal sleeve is clamped using two pincers blocks.
The embodiment 6 of the utility model terminal sleeve wiring auxiliary mould, is, cable with the difference of embodiment 1
Two conductor fixture blocks of shaping tooling realize opposite clamping by flanged joint.
The embodiment 7 of the utility model terminal sleeve wiring auxiliary mould, is, terminal with the difference of embodiment 1
Two terminal fixture blocks of fixture realize opposite clamping by flanged joint.
In other embodiments, driving mechanism may be set to be other forms, such as at cable shaping tooling or end
Sub-folder tool sets pushing tow screw rod along the axial of terminal sleeve, and pushing tow screw rod, which rotates, realizes terminal clamps and cable shaping tooling
Move toward one another.
The utility model terminal sleeve wiring auxiliary mould is simple in structure, easy to operate, utilizes the tightening force of turnbuckle
It can complete the back work of cable conductor plug-in-sleeve inner cavity, avoid terminal sleeve and crimped not subsequently with cable conductor
The problem of tight.
The embodiment of the utility model cable conductor shaping tooling, the cable conductor shaping tooling and above-mentioned the utility model
The structure of the cable conductor shaping tooling of any embodiment of terminal sleeve wiring auxiliary mould is identical, is not repeated to illustrate.
Claims (11)
1. terminal sleeve wiring auxiliary mould, it is characterised in that：Including the terminal clamps for clamping terminal sleeve, cable conductor
Shaping tooling and the driving mechanism moved toward one another for drive terminal fixture and cable conductor shaping tooling, the terminal clamps with
Cable conductor shaping tooling is set along the axially spaced-apart of terminal sleeve, and cable conductor shaping tooling includes two conductor fixture blocks, and two
A conductor fixture block is surrounded for plastic chamber corresponding with the inner cavity of terminal sleeve in opposite directions, is equipped between two conductor fixture blocks and is used to make two
Conductor fixture block is moved toward one another to clamp the connection structure of cable conductor.
2. terminal sleeve wiring auxiliary mould according to claim 1, it is characterised in that：The driving mechanism is to wear end
Sub-folder has and the turnbuckle of cable conductor shaping tooling.
3. terminal sleeve wiring auxiliary mould according to claim 2, it is characterised in that：The turnbuckle is with terminal sleeve
The central axis of pipe is arranged symmetrically two or more.
4. the terminal sleeve wiring auxiliary mould according to claim 1 or 2 or 3, it is characterised in that：The connection structure is
Wear the hold-down bolt of two conductor fixture blocks.
5. the terminal sleeve wiring auxiliary mould according to claim 1 or 2 or 3, it is characterised in that：The conductor fixture block is in
Arrangement up and down, the lower face of upper fixture block are equipped with semicircular upper groove, and the upper surface of lower fixture block is equipped with semicircular recessed
Groove, lower notches surround the plastic chamber.
6. the terminal sleeve wiring auxiliary mould according to claim 1 or 2 or 3, it is characterised in that：The terminal clamps bag
Two terminal fixture blocks are included, two terminal fixture blocks surround in opposite directions is used for casing accommodating chamber corresponding with terminal sleeve, two terminal clamps
It is equipped between block and is used to make two-terminal fixture block move toward one another with the crimping structure of clamping terminal casing.
7. terminal sleeve wiring auxiliary mould according to claim 6, it is characterised in that：The crimping structure is to wear two
The hold-down bolt of a terminal fixture block.
8. terminal sleeve wiring auxiliary mould according to claim 6, it is characterised in that：The terminal clamps are in upper and lower cloth
Put, the lower face of upper terminal fixture block is equipped with semicircular upper card slot, and the upper surface of lower terminal fixture block is equipped with semicircular lower card
Groove, upper lower bayonet slot surround described sleeve pipe accommodating chamber.
9. cable conductor shaping tooling, it is characterised in that：Including two conductor fixture blocks, two conductor fixture blocks surround in opposite directions for
The corresponding plastic chamber in inner cavity of terminal sleeve, is equipped between two conductor fixture blocks and is used to make two conductor fixture blocks move toward one another to clamp electricity
The connection structure of cable conductor.
10. cable conductor shaping tooling according to claim 9, it is characterised in that：The connection structure is to wear two
The hold-down bolt of conductor fixture block.
11. the cable conductor shaping tooling according to claim 9 or 10, it is characterised in that：The conductor fixture block is in up and down
Arrangement, the lower face of upper fixture block are equipped with semicircular upper groove, and the upper surface of lower fixture block is equipped with semicircular lower groove, on
Lower groove surrounds the plastic chamber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721306333.2U CN207368402U (en) | 2017-10-11 | 2017-10-11 | Terminal sleeve wiring auxiliary mould and cable conductor shaping tooling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721306333.2U CN207368402U (en) | 2017-10-11 | 2017-10-11 | Terminal sleeve wiring auxiliary mould and cable conductor shaping tooling |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207368402U true CN207368402U (en) | 2018-05-15 |
Family
ID=62347919
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721306333.2U Active CN207368402U (en) | 2017-10-11 | 2017-10-11 | Terminal sleeve wiring auxiliary mould and cable conductor shaping tooling |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207368402U (en) |
-
2017
- 2017-10-11 CN CN201721306333.2U patent/CN207368402U/en active Active
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| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant |