CN207381534U - Wiring connector is done at a kind of self-locking spring slice and scene - Google Patents
Wiring connector is done at a kind of self-locking spring slice and scene Download PDFInfo
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- CN207381534U CN207381534U CN201721046864.2U CN201721046864U CN207381534U CN 207381534 U CN207381534 U CN 207381534U CN 201721046864 U CN201721046864 U CN 201721046864U CN 207381534 U CN207381534 U CN 207381534U
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Abstract
The utility model is related to a kind of self-locking spring slices and scene to do wiring connector.Wiring connector is done at scene includes major insulation body, self-locking spring slice, contact and button, and self-locking spring slice includes fixed section, resiliently overhanged section and elastic self-locking section, and elastic self-locking section is equipped with locking stop part, also has solution lock section in elastic self-locking section.It is done compared with existing scene for wiring connector, wiring connector is done by setting elastic self-locking section and locking stop part so as to fulfill resiliently overhanged section of automatic locking in the scene of the utility model, so as to concede the space of conducting wire insertion, without pressing button always when crimping operates, and since resiliently overhanged section of unlock is by extruding of the conducting wire to elastic self-locking section, conducting wire is also that conducting wire plugs together position in place, the resiliently overhanged at this time section of connective stability that can ensure conducting wire and contact when being compressed to conducting wire when in the position that can squeeze elastic self-locking section.
Description
Technical field
The utility model is related to a kind of self-locking spring slices and scene to do wiring connector.
Background technology
In the construction site of communication apparatus or electrical equipment, the connector that scene is needed to make line, the prior art are often used
Wiring connector is done by setting line ball hole on major insulation body in middle scene, and pressure is realized by setting crimping reed in line ball hole
Line, such as a kind of attached pressuring line structure shown in FIG. 1 move up and down realization including crimping reed 01, in major insulation body to crimping
The button 02 of extruding or the release of reed 01, crimping reed 01 be in do not squeezed by button 02 state when contact connect
Contact element 03 etc., when crimping, are first depressed crimping reed 01 by button 02, and resiliently overhanged section 012 of crimping reed 01 can be around
The junction of itself and fixed section 011 rotates, and at the same time will treat that crimping lead wire is inserted into from line ball hole, when treating that crimping lead wire is in pressure
Release button 02 when between coil spring piece 01 and contact 03, crimping reed 01 can will treat that crimping is led under the effect of natural resiliency power
Line is pressed on contact 03, it is necessary to press button 02 when taking out stitches again, button 02 move down crimping reed 01 is open-top, i.e.,
Conducting wire can be extracted；In addition, the Chinese patent that application publication number is CN104332723A also discloses that line connection is done at a kind of scene
Device, crimping mode and above-mentioned crimping mode are exactly the same, which, which does wiring connector, includes the connector body of insulation（It is i.e. main
Insulator）, connector body equipped with line ball hole, do wiring connector and further include with fixing end by scene（That is fixed section）And elasticity
Projecting end（I.e. resiliently overhanged section）Crimping reed, fixing end fixes compared with connector body, and resiliently overhanged end overhangs to pressure
For compressing respective wire or terminal in string holes, connector further includes guiding movement and is assemblied on connector body and its front end
Resiliently overhanged end is made to get out of the way the yoke frame of conducting wire or terminal for the resiliently overhanged end of pushing tow（That is button）, yoke frame pressing crimping
, it can be achieved that conducting wire is inserted into during the resiliently overhanged end of reed, during release, resiliently overhanged end rebound by conducting wire to be pressed on contact
On, when pressing yoke frame again, conducting wire is unclamped at resiliently overhanged end, you can realizes the extraction of conducting wire.
Although the crimping mode of the two above prior art can realize the quick crimping to conducting wire, since conducting wire is inserted
Enter depth by artificially controlling, if conducting wire was inserted into it is shallow if crimping reed can be caused to cannot keep under control conducting wire, if by conducting wire
It is inserted into too deep, then crimping reed can be caused to be pressed on the non-stripped portion of conducting wire, lead to not beam conduction, therefore for conducting wire
It will not accomplish the control of accurate stable with the conductive contact performance of contact.
Utility model content
Must be plugged together the purpose of this utility model is to provide a kind of conducting wire could realize in place resiliently overhanged section unlock with
Realize the self-locking spring slice compressed to conducting wire；The purpose of this utility model, which also resides in provide, a kind of is equipped with showing for above-mentioned self-locking spring slice
Do wiring connector in field.
To achieve the above object, the scene of the utility model is done wiring connector and is adopted the following technical scheme that：
Technical solution 1：Wiring connector is done at scene includes major insulation body and mounted on the in vivo self-locking spring slice of major insulation, self-locking
Shrapnel includes fixed section and resiliently overhanged section, and major insulation body is equipped with line ball hole, and the one side of line ball hole is equipped with contact, elastic suspended
It stretches section to overhang to the opposite side of line ball hole, also slidable fit has and can press resiliently overhanged section so that resiliently overhanged on major insulation body
The button that section is rotated around it with fixed section junction, one end resiliently overhanged section separate of fixed section are curved to close resiliently overhanged section
Flexible self-locking section is rolled over, elastic self-locking section is equipped with when squeezing to close to elastic self-locking section for resiliently overhanged section to resiliently overhanged section
Block and the locking stop part that it is prevented to turn round also have corresponding to crimping hole site and by from pressure in the elasticity self-locking section
The conducting wire top pressure of string holes insertion and flexible deformation occurs and unlock of the stop part to resiliently overhanged section of block relation that unlock
Portion, resiliently overhanged section real by the deformation or the deformation of elastic self-locking section that lock stop part itself when stop part squeezes to locking
Existing resiliently overhanged section is slipped into and is engaging at the stopping surface of locking stop part.It is done compared with existing scene for wiring connector, this
The scene of utility model do wiring connector by set elastic self-locking section and locking stop part so as to fulfill resiliently overhanged section from
Dynamic locking, so as to concede the space of conducting wire insertion, without pressing button always when crimping operates, and due to resiliently overhanged section
Unlock is by extruding of the conducting wire to elastic self-locking section, and conducting wire is also conducting wire when in the position that can squeeze elastic self-locking section
Position in place is plugged together, the resiliently overhanged at this time section of stable connection that can ensure conducting wire and contact when being compressed to conducting wire
Property.
Technical solution 2：On the basis of technical solution 1, overhanging is formed by the slot of splitting of setting in the elasticity self-locking section
Plate, overhanging plate are tilted to the one side close to resiliently overhanged section to form the locking stop part, and resiliently overhanged section is squeezed overhanging plate
Resiliently overhanged section is realized during pressure by the deformation of overhanging plate itself to slip into and be engaging at the stopping surface of overhanging plate end.Split flute profile
Design into overhanging plate saves cost compared with the mode of in addition additional locking stop part and processing is simple and convenient, and splits flute profile
Into overhanging plate can be slipped by the deformation of overhanging plate itself to facilitate during resiliently overhanged end locking at the stopping surface of projecting end.
Technical solution 3：On the basis of technical solution 1, it is stamped in the elasticity self-locking section convex towards resiliently overhanged section
The protrusion gone out, protrusion form the locking stop part, and resiliently overhanged section real by the deformation of elastic self-locking section when squeezing protrusion
Existing resiliently overhanged section is slipped into and is engaging at the stopping surface of protrusion.Locking stop part is processed by the way of stamped bumps, not only
It saves cost and processing is more convenient.
Technical solution 4：On the basis of technical solution 1-3 any one, also cut with scissors on major insulation body by axis articulated manner
It is connected to unlock piece, unlock piece has drive end and driven end, when needing to extract in conducting wire, by resiliently overhanged section of button press
Make resiliently overhanged section to stir drive end, drive end it is synchronous with driven end around its articulated shaft rotate lock stop part jack-up with
Just locking stop part being capable of block locking elastic overhanging section.The setting of unlock piece can elastic self-locking section natural resiliency is weaker can not
The power of reset is provided for it so that conducting wire can repeat to plug during reset.
Technical solution 5：On the basis of technical solution 4, the unlock piece is L-shaped, and drive end and driven end distinguish L-shaped
Both ends, are additionally provided with perforation in elastic self-locking section, one side of drive end through perforation and towards resiliently overhanged section of overhanging, driven end
While positioned at elastic self-locking section away from resiliently overhanged section of one side.The unlock piece of L-shaped passes through elastic self-locking section, size is smaller,
It is simple in structure.
Technical solution 6：On the basis of technical solution 5, unlock piece uses powder metallurgy either cold extrusion or injection work
Skill is made.It is of low cost.
Technical solution 7：On the basis of technical solution 1-3 any one, elastic self-locking section is shape by fixed section bending
Into.Entire self-locking spring slice is structure as a whole at this time, and processing is very convenient.
Technical solution 8：On the basis of technical solution 1-3 any one, button is made of non-resilient material.It avoids pressing
When cause to press situation not in place due to button self-deformation.
Technical solution 9：On the basis of technical solution 1-3 any one, corresponded on major insulation body at line ball hole be equipped with can
Form.It can conveniently check crimping state.
The self-locking spring slice of the utility model adopts the following technical scheme that：
Technical solution 1：Self-locking spring slice includes fixed section and resiliently overhanged section, and resiliently overhanged section around itself and fixed section junction
It rotates, fixed section bends flexible self-locking section, elastic self-locking section away from resiliently overhanged section one end to close to resiliently overhanged section
It is equipped with the locking gear for when squeezing to close to elastic self-locking section for resiliently overhanged section it being prevented resiliently overhanged section of block to turn round
Stop member, it is described elasticity self-locking section on also have in the major insulation body for being installed on connector when correspond to crimping hole site and by
Flexible deformation occurs from the conducting wire top pressure that line ball hole is inserted into and the stop part that unlocks is to resiliently overhanged section of block relation
Solution lock section, resiliently overhanged section to locking deformation or the change of elastic self-locking section when stop part squeezes by locking stop part itself
Shape realizes that resiliently overhanged section is slipped into and be engaging at the stopping surface of locking stop part.Wiring connector is done compared with existing scene
It says, wiring connector is done by setting elastic self-locking section and locking stop part so as to fulfill resiliently overhanged section in the scene of the utility model
Automatic locking, so as to concede the space of conducting wire insertion, without pressing button always when crimping operates, and due to resiliently overhanged
The unlock of section is by extruding of the conducting wire to elastic self-locking section, and conducting wire is also when in the position that can squeeze elastic self-locking section
Conducting wire plugs together position in place, and resiliently overhanged at this time section can ensure that the connection of conducting wire and contact is steady when being compressed to conducting wire
It is qualitative.
Technical solution 2：On the basis of technical solution 1, overhanging is formed by the slot of splitting of setting in the elasticity self-locking section
Plate, overhanging plate are tilted to the one side close to resiliently overhanged section to form the locking stop part, and resiliently overhanged section is squeezed overhanging plate
Resiliently overhanged section is realized during pressure by the deformation of overhanging plate itself to slip into and be engaging at the stopping surface of overhanging plate end.Split flute profile
Design into overhanging plate saves cost compared with the mode of in addition additional locking stop part and processing is simple and convenient, and splits flute profile
Into overhanging plate can be slipped by the deformation of overhanging plate itself to facilitate during resiliently overhanged end locking at the stopping surface of projecting end.
Technical solution 3：On the basis of technical solution 1, it is stamped in the elasticity self-locking section convex towards resiliently overhanged section
The protrusion gone out, protrusion form the locking stop part, and resiliently overhanged section real by the deformation of elastic self-locking section when squeezing protrusion
Existing resiliently overhanged section is slipped into and is engaging at the stopping surface of protrusion.Locking stop part is processed by the way of stamped bumps, not only
It saves cost and processing is more convenient.
Technical solution 4：On the basis of technical solution 2 or 3, it is additionally provided with what is passed through for unlock piece in elastic self-locking section
Perforation.
Technical solution 5：On the basis of technical solution 1-3 any one, the material of the self-locking spring slice for stainless steel or
Copper alloy.
Description of the drawings
Fig. 1 is the structure diagram of the pressuring line structure of the prior art；
Fig. 2 is that the internal structure schematic diagram of wiring connector is done at the scene of the utility model；
Fig. 3 is the explosive view of Fig. 2；
Fig. 4 is the appearance schematic diagram of Fig. 2；
Fig. 5 is the second visual angle schematic diagram of Fig. 4；
Fig. 6 is the 3rd visual angle schematic diagram of Fig. 4；
Fig. 7 is the pressuring line structure principle schematic in Fig. 2；
Fig. 8 is unilateral pressuring line structure schematic diagram in Fig. 2；
Fig. 9 is the structure diagram of the self-locking spring slice in Fig. 1；
In Fig. 1：01- crimping reeds, 011- fixed sections, resiliently overhanged section of 012-, 02- buttons, 03- contacts；
In Fig. 2-9：100- major insulation bodies, 200- buttons, 300- self-locking spring slices, 310- fixed sections, resiliently overhanged section of 320-,
330- elasticity self-locking sections, 331- block machines, 332- perforation, 333- split slot, 400- unlock pieces, 410- drive ends, 420- driven ends,
500- contact components, 600- cover boards, 700- tab components.
Specific embodiment
The embodiment of the utility model is described further below in conjunction with the accompanying drawings.
The specific embodiment of wiring connector is done at the scene of the utility model, and as shown in figures 2-6, wiring connector is done at scene to be included
Major insulation body 100, cover board 600, tab component 700 are set on major insulation body 100 there are two line ball hole, for being stretched into simultaneously for conducting wire
It is crimped.Major insulation body 100 is made of Shooting Technique, and when injection reserves the mounting groove position of all parts, pacifies including button
Tankage, guiding movement is equipped with button 200 in button mounting groove, what button 200 formed to select the material injection of suitable stiffness
Structural member, the hardness of material are sufficiently large, the flexible deformation of button 200 when avoiding pressing button 200.The shape of button 200 with
Prior art shape is identical, repeats no more.It is corresponded on major insulation body 100 and hagioscope is additionally provided at the pressuring line structure of line ball hole, i.e.,
The window made using transparent material conveniently checks the crimping state of self-locking spring slice 300.Contact is equipped in major insulation body 100
Part component 500, contact component 500 is arranged near line ball hole, in order to be connected with conducting wire, the structure of contact component 500
Same as the prior art with shape, details are not described herein again.100 inside of major insulation body has cavity, and self-locking bullet is equipped in cavity
Piece 300.
As Figure 7-9, self-locking spring slice 300 includes three sections being wholely set and being bent to form, and is respectively intermediate fixation
Section 310 and resiliently overhanged section 320 and elastic self-locking section 330 for being connected to 310 both ends of fixed section, one where fixed section 310
Section is integrally attached on major insulation body 100, the shaded side of specific fixed part as shown in Figure 7, and resiliently overhanged section 320 is used to incite somebody to action
Conductor compression jointing is elastic rotation when can rotate, and rotate around with the junction of fixed section 310 on contact.Elastic self-locking
Section 330 using sheet metal components clap it is flat after relatively thin sheet metal be made, can around with 310 junction minor rotation of fixed section, and its
Power needed for rotating is very small, promotes its rotation in order to be squeezed by conducting wire it.Self-locking spring slice 300 by stainless steel or
It is formed after the sheet metal component bending of copper alloy.The structure of resiliently overhanged section 320 and fixed section 310 is same as the prior art, no longer superfluous
It states.Elastic self-locking section 330 is in tabular, and middle part offers and splits slot 333, splits overhanging plate that slot 333 cleaves to close to elastic suspended
The one side for stretching section 320 is tilted so as to form block machine 331, for squeezing to resiliently overhanged section 320 progress block /V herein.
The part of 331 elasticity of extension self-locking section of block machine is wedge shaped or is regarded as a slope, and resiliently overhanged section 320 to elastic self-locking
Section is squeezed by the gradual of slope so as to fulfill slow deformation close to when being locked, this deformation not only include resiliently overhanged section from
The deformation of body further includes elastic self-locking section and overhangs in the deformation for splitting the block machine 331 in slot 333, when resiliently overhanged section 320 of end
Portion can be stuck in by natural resiliency at the end stopping surface on slope when sliding into the upper end for reaching slope along slope, is realized to bullet
The locking of property overhanging section 320.
As shown in Figure 7,8, it is also equipped with unlock piece 400 on major insulation body 100, unlock piece 400 is the wrap board shape of L-shaped, L-shaped
Both ends be respectively drive end 410 and driven end 420, between drive end 410 and driven end 420 have shaft hole, unlock piece 400
By shaft rolling assembling on major insulation body 100, and the installation site of unlock piece 400 ensures that its drive end 410 passes through bullet
Property self-locking section on perforation 332 and be directed at the end set of block machine 331, perforation 332 is set against splitting slot 333, in drive end 410
The locking space for the end for accommodating resiliently overhanged section 320, the driven end 420 of unlock piece 400 are formed between the end of block machine 331
There is certain distance positioned at the lower part of elastic self-locking section and between elastic self-locking section 330, in elastic self-locking section 330 by conducting wire top
When pressing to lower deformation without reinstatement state, can by button 200 to resiliently overhanged section 320 of extruding, resiliently overhanged section 320 pairs
Drive end 410 stirs to drive 420 upward top pressure elasticity self-locking section 330 of driven end, realizes answering for elastic self-locking section 330
Position uses so as to crimping next time of conducting wire.Powder metallurgy or cold extrusion can be used since size is smaller in unlock piece 400
Low cost process production is waited, and unlock piece 400 is metalwork.
Do wiring connector in use in the scene of the utility model：During crimping lead wire, as shown in fig. 7, passing through button
200 are pressed to right state in figure by resiliently overhanged section 320, and block machine 331 blocks resiliently overhanged section 320 of end at this time, realize
Locking to resiliently overhanged section 320 can be inserted at this time by being oriented to from line ball hole, and conducting wire is moved to from top to bottom with elasticity certainly
The front contact of section 330 is locked, since elastic self-locking section 330 uses relatively thin metal to be made, elastic force is smaller, in the top pressure of conducting wire
Downward micro-deformation down, so that block machine 331 departs from block cooperation with resiliently overhanged section 320, resiliently overhanged section 320 at itself
It is popped up under resilient force, so as to which on the contact near line ball hole, conductor compression jointing is realized the compression of conducting wire；It needs
When extracting conducting wire, press resiliently overhanged section 320 resiliently overhanged sections 320 by button 200 and rotate down to unclamp to leading
The compression of line, conducting wire can be extracted at this time by rising, and then proceed to the stroke end that pressing button 200 reaches button 200, resiliently overhanged
Section 320 moves closer to the drive end 410 of unlock piece 400, and then drive end 410 is stirred, and unlock piece 400 drives when rotating
Driven end 420 is rotated up, and so as to which the elastic self-locking section 330 deformed downwards be jacked up upwards, realizes answering for elastic self-locking section 330
Position, the block machine 331 in elastic self-locking section 330 after reset can block resiliently overhanged section 320 of end, realize to resiliently overhanged
The locking again of section 320 can carry out the crimping operation of next time at this time.
In other embodiments：Locking stop part also can be replaced by being stamped out in elastic self-locking section towards resiliently overhanged section
The protrusion protruded above carries out block locking by the stopping surface of protrusion to resiliently overhanged section of end, and stopping surface refers to protrusion
Close to the side of fixed section, at resiliently overhanged section in contact projection and during squeezing protrusion, protrusion itself will not
Flexible deformation, but the flexible deformation of elastic self-locking section is relied on to realize the resiliently overhanged section of stopping surface for slipping into and being engaging in protrusion
Place；Elastic self-locking section and fixed section can also be used Split type structure and weld or form that the modes such as Nian Jie connect；Elastic self-locking
Section can also be used the ripply plate of tool or be formed using bent plate；Block machine can also be used and elastic self-locking section as locking stop part
The structure of split, be bonded either weld or crimping by way of be fixed in elastic self-locking section, the shape of elastic self-locking section
It can be replaced rectangle or arc-shaped etc.；Splitting the width of slot can be adjusted according to the size of required releasing force, split slot
Width is bigger, and required releasing force is bigger, splits that the width of slot is smaller, and required releasing force is smaller；The shape of button 200 also can root
According to needs is used to be adjusted flexibly, as long as can accurately squeeze in the movement of major insulation internal guide and to resiliently overhanged section
, shape can be cylindrical or prismatic etc.；Rod-like structure can also be used in unlock piece, and shape also can be replaced V
Shape C-shaped or other may be implemented under resiliently overhanged section of extruding be capable of providing to elastic one pressure on top surface upward of self-locking section with
The structure for resetting elastic self-locking section；The plastic cement part for Shooting Technique production can also be used in unlock piece, can be directed to conducting wire at this time
Specification is smaller, the adaptation smaller situation of line footpath；It can also be not provided with perforating in elastic self-locking section, correspondingly, unlock piece also need not be from
It is passed through in elastic self-locking section, but by bending unlock piece to form the structure type around elastic self-locking section.
The embodiment of the self-locking spring slice of the utility model and the scene of the utility model are done in each embodiment of wiring connector
Self-locking spring slice each embodiment it is essentially identical, only difference is that：The self-locking spring slice of the utility model uses integral type
Structure, and above-mentioned scene does and elastic self-locking section and fixed section-elastic suspended is further included in the embodiment of the self-locking spring slice of wiring connector
Stretch a section situation for split connection.
Claims (14)
1. a kind of self-locking spring slice, including fixed section and resiliently overhanged section, resiliently overhanged section rotates around itself and fixed section junction,
It is characterized in, fixed section bends flexible self-locking section, elastic self-locking away from resiliently overhanged section one end to close to resiliently overhanged section
Section is equipped with the locking for when squeezing to close to elastic self-locking section for resiliently overhanged section it being prevented resiliently overhanged section of block to turn round
Stop part, it is described elasticity self-locking section on also have in the major insulation body for being installed on connector when correspond to crimping hole site and
Flexible deformation is occurred by the conducting wire top pressure being inserted into from line ball hole and the stop part that unlocks is to resiliently overhanged section of block relation
Solution lock section, resiliently overhanged section passes through the deformation for locking stop part itself or elastic self-locking section when squeezing locking stop part
Deformation realizes that resiliently overhanged section is slipped into and be engaging at the stopping surface of locking stop part.
2. self-locking spring slice according to claim 1, it is characterized in that, it is formed in the elasticity self-locking section by the slot of splitting of setting
Overhanging plate, overhanging plate tilt to form the locking stop part to the one side close to resiliently overhanged section, and resiliently overhanged section to overhanging
Resiliently overhanged section is realized when plate squeezes by the deformation of overhanging plate itself to slip into and be engaging at the stopping surface of overhanging plate end.
3. self-locking spring slice according to claim 1, it is characterized in that, it is stamped in the elasticity self-locking section towards resiliently overhanged
The protrusion of section protrusion, protrusion form the locking stop part, and resiliently overhanged section passes through the change of elastic self-locking section when squeezing protrusion
Shape realizes that resiliently overhanged section is slipped into and be engaging at the stopping surface of protrusion.
4. the self-locking spring slice according to Claims 2 or 3, it is characterized in that, it is additionally provided in elastic self-locking section for for unlock piece
The perforation passed through.
5. according to the self-locking spring slice described in claim 1-3 any one, it is characterized in that, the material of the self-locking spring slice is stainless
Steel or copper alloy.
6. wiring connector is done at scene, including major insulation body and mounted on the in vivo self-locking spring slice of major insulation, self-locking spring slice includes solid
Determine section and resiliently overhanged section, major insulation body is equipped with line ball hole, and the one side of line ball hole is equipped with contact, and resiliently overhanged section overhangs extremely
The opposite side of line ball hole, on major insulation body also slidable fit have can press resiliently overhanged section so that resiliently overhanged section around its with it is solid
Determine the button of section junction rotation, it is characterized in that, one end resiliently overhanged section separate of fixed section is curved to close resiliently overhanged section
Flexible self-locking section is rolled over, elastic self-locking section is equipped with when squeezing to close to elastic self-locking section for resiliently overhanged section to resiliently overhanged section
Block and the locking stop part that it is prevented to turn round also have corresponding to crimping hole site and by from pressure in the elasticity self-locking section
The conducting wire top pressure of string holes insertion and flexible deformation occurs and unlock of the stop part to resiliently overhanged section of block relation that unlock
Portion, resiliently overhanged section real by the deformation or the deformation of elastic self-locking section that lock stop part itself when stop part squeezes to locking
Existing resiliently overhanged section is slipped into and is engaging at the stopping surface of locking stop part.
7. wiring connector is done at scene according to claim 6, it is characterized in that, splitting by setting in the elasticity self-locking section
Slot forms overhanging plate, and overhanging plate tilts to form the locking stop part to the one side close to resiliently overhanged section, resiliently overhanged section
The resiliently overhanged section of block for slipping into and being engaging in overhanging plate end is realized by the deformation of overhanging plate itself when squeezing overhanging plate
At face.
8. wiring connector is done at scene according to claim 6, it is characterized in that, it is stamped in the elasticity self-locking section towards bullet
Property overhanging section protrusion protrusion, protrusion forms the locking stop part, and resiliently overhanged section passes through elastic self-locking when squeezing protrusion
The deformation of section realizes that resiliently overhanged section is slipped into and be engaging at the stopping surface of protrusion.
9. wiring connector is done at the scene according to claim 6-8 any one, it is characterized in that, also pass through axis on major insulation body
Articulated manner is hinged with unlock piece, and unlock piece has drive end and driven end, when needing to extract in conducting wire, passes through button press
Resiliently overhanged section makes resiliently overhanged section to stir drive end, and drive end is synchronous with driven end to rotate that gear will be locked around its articulated shaft
Stop member jack-up being capable of block locking elastic overhanging section to lock stop part.
10. wiring connector is done at scene according to claim 9, it is characterized in that, the unlock piece is L-shaped, drive end and from
The both ends of L-shaped are distinguished in moved end, perforation are additionally provided in elastic self-locking section, one side of drive end is through perforation and towards resiliently overhanged section
It overhangs, one side of driven end is located at the one side resiliently overhanged section separate of elastic self-locking section.
11. wiring connector is done at scene according to claim 10, it is characterized in that, unlock piece uses powder metallurgy or cold-extruded
Pressure or Shooting Technique are made.
12. wiring connector is done at the scene according to claim 6-8 any one, it is characterized in that, elastic self-locking section is by solid
Determine section bending and formed.
13. wiring connector is done at the scene according to claim 6-8 any one, it is characterized in that, button is by non-resilient material
It is made.
14. wiring connector is done at the scene according to claim 6-8 any one, it is characterized in that, corresponding pressure on major insulation body
Visual window is equipped at string holes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721046864.2U CN207381534U (en) | 2017-08-21 | 2017-08-21 | Wiring connector is done at a kind of self-locking spring slice and scene |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721046864.2U CN207381534U (en) | 2017-08-21 | 2017-08-21 | Wiring connector is done at a kind of self-locking spring slice and scene |
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| Publication Number | Publication Date |
|---|---|
| CN207381534U true CN207381534U (en) | 2018-05-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721046864.2U Active CN207381534U (en) | 2017-08-21 | 2017-08-21 | Wiring connector is done at a kind of self-locking spring slice and scene |
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| Country | Link |
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| CN (1) | CN207381534U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109428178A (en) * | 2017-08-21 | 2019-03-05 | 中航光电科技股份有限公司 | Wiring connector is done at self-locking spring slice and scene |
| CN109616782A (en) * | 2018-06-30 | 2019-04-12 | 中航光电科技股份有限公司 | Do wiring connector in scene |
| CN110350337A (en) * | 2019-05-30 | 2019-10-18 | 中航光电科技股份有限公司 | A kind of plug and wiring connector is done using the novel quick connection scene of the plug |
| CN110391508A (en) * | 2018-06-21 | 2019-10-29 | 中航光电科技股份有限公司 | Wiring connector is done at a kind of scene |
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2017
- 2017-08-21 CN CN201721046864.2U patent/CN207381534U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109428178A (en) * | 2017-08-21 | 2019-03-05 | 中航光电科技股份有限公司 | Wiring connector is done at self-locking spring slice and scene |
| CN110391508A (en) * | 2018-06-21 | 2019-10-29 | 中航光电科技股份有限公司 | Wiring connector is done at a kind of scene |
| CN109616782A (en) * | 2018-06-30 | 2019-04-12 | 中航光电科技股份有限公司 | Do wiring connector in scene |
| CN109616782B (en) * | 2018-06-30 | 2020-09-18 | 中航光电科技股份有限公司 | On-site wire making connector |
| CN110350337A (en) * | 2019-05-30 | 2019-10-18 | 中航光电科技股份有限公司 | A kind of plug and wiring connector is done using the novel quick connection scene of the plug |
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