CN109818206A - Electric connector - Google Patents
Electric connector Download PDFInfo
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- CN109818206A CN109818206A CN201910159882.9A CN201910159882A CN109818206A CN 109818206 A CN109818206 A CN 109818206A CN 201910159882 A CN201910159882 A CN 201910159882A CN 109818206 A CN109818206 A CN 109818206A
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- core
- docking
- conductive terminal
- collets
- electric connector
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Abstract
The invention discloses a kind of electric connectors, comprising: an insulating body is equipped with multiple terminal grooves and a container is connected with multiple terminal grooves；Multiple conductive terminals are respectively arranged on multiple terminal grooves and are revealed in the container；There is a core to be in contact into the container with the conductive terminal for multiple cables, each cable；One elastic component, set on the container, one collets are located at the container and between the elastic component and the cores, and the elastic component pushes against the collets extruding core and abuts against with the conductive terminal, dock the conductive terminal flexibly with the docking connector.The design avoids the difference in height due to the conductive terminal or the core in installation and manufacture, causes the conductive terminal that can not dock with the docking connector；The stability that the transmission performance and the electric connector for improving the electric connector are docked with the docking connector.
Description
[technical field]
The present invention relates to a kind of electric connectors, refer in particular to a kind of to be electrically connected with what docking connector elasticity was docked
Device.
[background technique]
Existing a kind of electric connector a comprising insulating body, multiple conductive terminals and multiple cables.The insulating body
Equipped with multiple terminal grooves, the conductive terminal is fixed in the terminal groove.Each conductive terminal one end has one to connect
Socket part, the other end have a docking part.To be connected with the cable, the docking section is revealed in described exhausted the interconnecting piece
This external use of edge with a docking connector to be docked, to realize the transmission of signal.
But the conductive terminal is fixed in the terminal groove, and the conductive terminal is with the docking connector
Stiff grafting or crimping.Due to the conductive terminal when installation is with manufacture there are the difference in height in manufacture, in institute
When stating conductive terminal and docking with the docking connector, the docking section of the part conductive terminal can not be with due to difference in height
The docking connector carries out docking contact, leads to not transmit signal, to influence the transmission performance of the electric connector.
Therefore, it is necessary to design a kind of electric connector, to solve the above technical problems.
[summary of the invention]
The purpose of the present invention is to provide a kind of elastic components to push against collets, makes collets to core or conductive terminal
Apply an active force, so that the electric connector that core or conductive terminal are docked with docking connector elasticity.On reaching
Purpose is stated, the present invention adopts the following technical scheme:
A kind of electric connector characterized by comprising an insulating body, be equipped with multiple terminal grooves and a container with
Multiple terminal grooves are connected；Multiple conductive terminals are respectively arranged on multiple terminal grooves and are revealed in the container；Multiple lines
There is a core to be in contact into the container with the conductive terminal for cable, each cable；
One elastic component, is set to the container, and a collets are located at the container and in the elastic component and the line
Between core, the elastic component pushes against the collets extruding core and abuts against with the conductive terminal.
Further, the conductive terminal is blanking type, and each conductive terminal has a docking part, and the docking section is set
In cutting out on face for the conductive terminal, and the docking section has a cambered surface to contact with a docking connector.
Further, the elastic component, which has a first connecting portion and bends from the first connecting portion side, extends interval
Equipped with multiple first elastic arms, the first connecting portion is fixed on the insulating body, and first elastic arm is to push against
State collets.
Further, multiple first elastic arms are movably arranged in the container.
Further, first elastic arm has an extension and a bending part, described extension one end connection described the
One interconnecting piece, the extension other end connects the bending part, and the extension is close to one end of the first connecting portion
Higher than the extension close to one end of the bending part, the one end and the container of the extension close to the bending part
Inner wall between have an activity space, the direction of the activity space towards the bending part is obliquely installed.
Further, the insulating body has a lid, and the lid corresponds to the extension equipped with multiple recessing grooves, often
One recessing groove is obliquely installed towards one end close to the bending part, when first elastic arm is to push against the insulation
When block, the core and the conductive terminal abut against, the extension enters the recessing groove.
Further, extending from the bending part towards the inclination of the direction of the first connecting portion has a press section, described to press
Splenium is to push against the collets.
Further, the collets have a second connecting portion and extend being equipped with for interval from the second connecting portion side
Multiple second elastic arms, second elastic arm are set between the elastic component and the core, push against the line to elasticity
Core and the conductive terminal contacts.
Further, second elastic arm corresponds to the elastic component equipped with multiple grooves, and the elastic component is at least partly
It is limited in the groove.
Second elastic arm corresponds to the core and is equipped with multiple holding tanks, and the holding tank is to limit the line
Core.A kind of electric connector, to be docked with a docking connector a characterized by comprising insulating body is equipped with one and receives
Tank；Multiple conductive terminals are set in the insulating body；Multiple cables, each cable have described in core entrance
Container is in contact with the conductive terminal；One elastic component and a collets are set to the container, and the elastic component pushes against institute
Collets are stated, the collets apply an active force, the core and the conducting end to the core or the conductive terminal
Son abuts against, and the conductive terminal or the core are flexibly docked with the docking connector.
Further, the conductive terminal is blanking type, and the conductive terminal has a weld part, and the weld part is set to institute
State cutting out on face and mutually welding with the core for conductive terminal.
Further, the elastic component has a first connecting portion and bends to extend to be spaced from the first connecting portion side and sets
There are multiple first elastic arms, the first connecting portion is fixed on the insulating body, and first elastic arm is described to push against
Collets.
Further, the collets have a second connecting portion and are equipped at intervals with from second connecting portion side extension more
A second elastic arm, second elastic arm with first elastic arm to abut against, and to the conductive terminal or described
Core applies an active force, docks the conductive terminal or the core with the docking connector elasticity.
Further, the interfaced docking connector there is an insulation shell and multiple docking terminals to be set to described exhausted
In edge shell, the bending of described docking terminal one end is equipped with a contact portion, the contact portion be revealed in the insulation shell and with institute
State conductive terminal or core docking.
Further, the interfaced docking connector has an insulation shell and multiple docking cables, the docking
Cable is at least partially disposed in the insulation shell, and the insulation shell is equipped with multiple inserting grooves, and the docking cable is revealed in
The inserting groove, the conductive terminal or the core enter the inserting groove and dock cable docking with described.
Compared with prior art, the electric connector that the present invention designs has the advantages that
The collets in the present invention between the elastic component and the core, and the elastic component pushing and pressing described in
Collets, the collets apply an active force to the core or the conductive terminal, so that the core and the conduction
Terminal abuts against, and the conductive terminal or the core are flexibly docked with the docking connector.In this way, being electrically connected when described
When connecing device and docking with the docking connector, the elastic component pushes against the collets, make the collets to the core or
The conductive terminal applies an active force, so that the conductive terminal or the core and the docking connector are flexibly
Docking；The difference in height due to the conductive terminal or the core in installation and manufacture is avoided, the conductive terminal is caused
Or core the problem of can not being docked with the docking connector, improve the electric connector transmission performance and the electricity
The stability that connector is docked with the docking connector.
[Detailed description of the invention]
Fig. 1 is the stereogram exploded view before first embodiment of the invention electric connector is docked with docking connector；
Fig. 2 is the three-dimensional combination figure before first embodiment of the invention electric connector is docked with docking connector；
Fig. 3 is the perspective view of electric connector lid of the present invention；
Fig. 4 is the perspective view of electric connector elastic component of the present invention；
Fig. 5 is the perspective view of electric connector collets of the present invention；
Cross-sectional view of the Fig. 6 for the first embodiment of electric connector and docking connector in Fig. 2 in the direction A-A；
Fig. 7 is the cross-sectional view of the second embodiment of electric connector of the present invention and docking connector.
The drawing reference numeral of specific embodiment illustrates:
[specific embodiment]
Content for a better understanding of the present invention does further in detail the present invention now in conjunction with specific embodiment and diagram
Explanation.
If Fig. 1 to Fig. 6 is the first embodiment of the present invention.
As shown in figures 1 to 6, it is electric connector A of the present invention to be contacted with a docking connector B.It is described to be electrically connected
Meeting device A includes an insulating body 1, an elastic component 2, a collets 3, multiple cables 4 and multiple conductive terminals 5.The elastic component 2
In the insulating body 1, to push against the collets 3, the collets 3 are set to the elastic component 2 and the cable 4
Between, to push against the cable 4 and the conductive terminal 5.The cable 4 enters in the insulating body 1, to it is described
Conductive terminal 5 is in contact.Described 5 one end of conductive terminal to be in contact with the cable 4, the other end to described in succession
Connect the docking of device B elasticity.Certainly it is also possible to the collets 3 in other embodiments and is set to the elastic component 2 and the conduction
Between terminal 5, to push against the conductive terminal 5 and the cable 4, described 4 one end of cable connects with the conductive terminal 5
Touching, the other end are docked with the docking connector B elasticity.
As shown in Fig. 1, Fig. 3 and Fig. 6, the insulating body 1 has a lid 11 and a matrix 12.The lid 11 is located at
The top of described matrix 12, to be interlocked with described matrix 12.Described matrix 12 has a top surface 121, a bottom surface 122 and connects
Connect the first side 123, second side 124 and third side 125 of the top surface 121 and the bottom surface 122.The first side
123 are oppositely arranged on the direction of lengthwise with the second side 124, and the third side 125 connects first side 123 and institute
State second side 124.The top surface 121 is recessed downwards to have container 1211, and the collets 3 are contained in the container
In 1211.Multiple terminal grooves 1213 are equipped with below the container 1211, the terminal groove 1213 is connected to the container upwards
1211, and each conductive terminal 5 correspondence is contained in each terminal groove 1213.The top surface 121 is also recessed with vertical
A long fixing groove 1212, the fixing groove 1212 are located at the side of the container 1211 to the fixation elastic component 2.Institute
It states bottom surface 122 and is recessed with a docking groove 1221 with for the docking connector B grafting；The docking groove 1221 and the terminal
Slot 1213 is connected, and the conductive terminal 5 is revealed in downwards the docking groove 1221.The first side 123 and described second
A snap groove 1214 is respectively equipped on side 124, the third side 125 is arranged at intervals with three snap grooves 1214.It is described
Snap groove 1214 is extended to form from the top surface 121 is recessed downwards, and the lid 11 corresponds to multiple snap grooves 1214 and sets
There are multiple buckling parts 111, the buckling parts 111 and the 1214 mutual cooperation snapping of snap groove, is fixed on the lid 11
The top of described matrix 12.The lid 11 is additionally provided with multiple recessing grooves 112 in the side close to the container 1211, described
Recessing groove 112 is to be obliquely installed, to provide resigning to the elastic component 2.
As shown in Fig. 1, Fig. 4 and Fig. 6, the elastic component 2 has a first connecting portion 21 and multiple first elastic arms 22.Institute
Stating first connecting portion 21 is tabular, and the first connecting portion 21 is set in the fixing groove 1212, with the fixing groove
1212 interference engagements are fixed on the elastic component 2 in described matrix 12.First elastic arm 22 is by the first connecting portion
21 side bending extends to form；Multiple first elastic arms 22 are interval setting, and movable set on the container
To push down on to the collets 3 in 1211.First elastic arm 22 has an extension 221 and a bending part 222.Institute
One end of extension 221 is stated to be connected with the first connecting portion 21, the other end of the extension 221 to it is described
Bending part 222 is connected.The extension 221 is to be obliquely installed, and the extension 221 is close to the first connecting portion 21
One end is higher than the extension 221 close to one end of the bending part 222.The extension 221 is set to the container 1211
It is interior, and there is an activity space 2211 between the side wall of the lid 11.The activity space 2211 is towards the bending part 222
Direction be obliquely installed with so that the extension 221 is up and down.The lid 11 corresponds to the extension 221 equipped with more
A recessing groove 112, the recessing groove 112 is obliquely installed towards one end close to the bending part 222, to the extension
Portion 221 provides resigning.The bending part 222 is connected with the extension 221, and curved towards the direction of the first connecting portion 21
Folding, so that the elastic component 2 assigns elasticity.The bending part 222 is tilted towards the direction of the first connecting portion 21 to be extended
With multiple press sections 223, the press section 223 is bent to form by the direction of the bending part 222 towards the cable 4,
To push down on to the collets 3.
As shown in Fig. 1, Fig. 5 and Fig. 6, the collets 3 are set in the container 1211, and have a second connecting portion
31 and multiple second elastic arms 32.One end of the second connecting portion 31 with the inner wall of the container 1211 to offset
It holds, is fixed on the collets 3 in the container 1211.The other end of the second connecting portion 31 extends to form multiple
Every second elastic arm 32 of setting.Each second elastic arm 32 all has a bridge part 321 and a terminal part 322,
The thickness of the terminal part 322 is greater than the thickness of the bridge part 321.The terminal part 322 is set to the press section 223 and institute
It states between cable 4, the elastic component 2 and the cable 4 is isolated, prevents the elastic component 2 from directly contacting with the cable 4
Lead to short circuit.Each terminal part 322 corresponds to each press section 223 and is equipped with a groove 3221, the groove 3221
From the recessed formation in upper surface of the terminal part 322, and the inner wall of the groove 3221 is abutted against with the press section 223,
To prevent the press section 223 from generating the offset of position when pushing against the collets 3.The lower surface of the terminal part 322
Multiple holding tanks 3222 are also recessed with, the holding tank 3222 is arranged relative to the cable 4, and the holding tank 3222 is interior
Wall surface is arc, to match with the cable 4, prevents the cable 4 from the offset of position occurs.
As shown in figs. 1,2 and 6, the cable 4 has multiple, and each cable 4 all has a core 41.It is described
Core 41 enters the container 1211 from the side of described matrix 12, and the core 41 is limited in the holding tank 3222,
And it is abutted against with the inner wall of the holding tank 3222.The core 41 is in contact to downward with the conductive terminal 5, thus
It realizes and is electrically connected.
As shown in figures 1 to 6, the conductive terminal 5 is blanking type terminal, and the conductive terminal 5 is contained in the end
In pilot trench 1213.The conductive terminal 5 has multiple weld parts 51 and multiple docking sections 52.The weld part 51 is set to described lead
Electric terminal 5 is cut out on face, and is revealed in the container 1211 upwards, each weld part 51 and each core 41
Corresponding welding, electrically conducts to realize.The docking section 52 is located at the lower section of the weld part 51, and the docking section 52 is set
In cutting out on face for the conductive terminal 5；The interface of the docking section 52 is arc setting, and is revealed in the docking downwards
Slot 1221, to be docked with the docking connector B.
As shown in figs. 1,2 and 6, the docking connector B includes an insulation shell 6, multiple docking terminals 7 and multiple
Dock cable 8.The insulation shell 6 corresponds to the docking groove 1221 and is equipped with a docking protrusion 61, and the docking protrusion 61 is used
To be docked with the docking groove 1221 cooperation.The docking terminal 7 is located in the insulation shell 6, and the docking terminal 7 has
One contact portion 71, the contact portion 71 are extended to form by one end bending of the docking terminal 7, and the contact portion 71 is revealed in institute
Docking protrusion 61 is stated, to dock with the docking section 52 of the conductive terminal 5.The other end of the docking terminal 7 appears
In the insulation shell 6, each docking cable 8 all has a butted line core 81, the docking core 81 to it is described
Docking terminal 7 is in contact.
As shown in fig. 7, for the second embodiment that the electric connector A is docked with the docking connector B, it is real with first
The electric connector A for applying example docked with the docking connector B the difference is that, remaining structure and connection relationship and the
One embodiment it is identical: the docking section 52 is revealed in outside the insulating body 1, the insulation shell 6 be equipped with multiple grafting
Slot 62.It is described docking cable 8 docking core 81 enter the insulation shell 6 in, and be revealed in the inserting groove 62 to
The docking section 52 is connected to each other.
The installation steps of above-mentioned electric connector A are as follows:
As shown in figs. 1,2 and 6, step 1: the conductive terminal 5 be packed into the terminal groove 1213 from top to bottom and
The weld part 51 is revealed in the container 1211, step 2: the core 41 is from described in the entrance of the side of described matrix 12
Container 1211, and welded with 51 phase of weld part.Step 3: the collets 3 are installed in the container 1211, institute
The inner wall for stating second connecting portion 31 and the container 1211 abuts against to the fixed collets 3, the terminal part 322
Set on the top of the core 41, and the holding tank 3222 is to limit the core 41.Step 4: described first
Interconnecting piece 21 is set in the fixing groove 1212, to consolidate the elastic component 2 with 1212 interference engagement of fixing groove
Due in described matrix 12, first elastic arm 22 is protruded into the container 1211, and is located at the upper of the collets 3
Side, the press section 223 are abutted against with the groove 3221 to push down on to the collets 3.Step 5: the buckling parts
111 are interlocked with the snap groove 1214, to complete the assembling of the electric connector A.
It is described right when the electric connector A is docked with the docking connector B elasticity as shown in Fig. 1, Fig. 6 and Fig. 7
It connects protrusion 61 to enter in the docking groove 1221, the contact portion 71 is connected to each other realization with the docking section 52 and electrically conducts.Or
Docking section 52 described in person is inserted into the inserting groove 62, with it is described dock core 81 and be connected to each other realization electrically conduct.When described right
When socket part 52 is docked with the contact portion 71 or docking section 52 with it is described dock core 81 dock when, the docking terminal 7
Or the docking cable 8 can generate a upward pushing force to the conductive terminal 5, so that the conductive terminal 5 is to moving up
Dynamic, since the weld part 51 is to contact with the core 41, the core 41 also can be with the conductive terminal 5
It moves up.The collets 3 are set to the top of the core 41, can be to second bullet when the core 41 moves up
Property arm 32 generates upward pushing force, so that second elastic arm 32, which is moved up, generates upward work to the elastic component 2
Firmly, since the elastic component 2 has elasticity, can the collets 3 be generated with one when 2 stress of elastic component reversely
Active force, so that second elastic arm 32 moves down the pushing and pressing core 41 and the conductive terminal 5, so that described
Conductive terminal 5 is in contact with the 7 or described docking cable 8 of docking terminal.
In conclusion electric connector A of the present invention has the advantages that
(1) collets 3 in the present invention are between the elastic component 2 and the core 41, and the elastic component 2
The collets 3 are pushed against, the collets 3 apply an active force to the core 41 or the conductive terminal 5, so that the line
Core 41 and the conductive terminal 5 abut against, and the conductive terminal 5 or the core 41 and the docking connector B are flexibly
Docking.In this way, the elastic component 2 pushes against the collets 3 when the electric connector A is docked with the docking connector B,
The collets 3 are made to apply an active force to the core 41 or the conductive terminal 5, so that the conductive terminal 5
Or the core 41 is docked with the docking connector B elasticity；It avoids since the conductive terminal 5 or the core 41 are being pacified
Difference in height on dress and manufacture, causes the conductive terminal 5 or the core 41 that can not ask with what the docking connector B was docked
Topic；The stability that the transmission performance and the electric connector A for improving the electric connector A are docked with the docking connector B.
(2) collets 3 are set between the elastic component 2 and the core 41, and the collets 3 can be used for being isolated
The elastic component 2 and the core 41, when preventing the elastic component 2 from pushing against the core 41, the elastic component 2 and the core
41 directly contacts lead to short circuit.
(3) collets 3 have the second connecting portion 31 and being equipped with from the 31 side interval of second connecting portion
Multiple second elastic arms 32, when the conductive terminal 5 is docked with the docking connector B, each conductive terminal 5
Stress is of different sizes, will lead to the position of the conductive terminal 5 in the up-down direction and generates offset, spaced multiple described
Second elastic arm 32 has elasticity, so as to the stable pushing and pressing conductive terminal 5 so that the conductive terminal 5 with it is described right
Connecting connector B can be stable docking.
(4) lid 11 corresponds to the extension 221 and is equipped with multiple recessing grooves 112, and the recessing groove 112 is to right
The extension 221 provides resigning, and the recessing groove 112 can prevent the elastic component 2, and the extension 221 is directly when being squeezed
It abuts against to damage the elastic component 2 with the inner wall of the container 1211, reduces the service life of the elastic component 2.
(5) second elastic arm 32 of the collets 3 is equipped with multiple grooves 3221 corresponding to the press section 223,
The groove 3221 is to prevent the press section 223 from the offset of position occurring when pushing against the collets 3, so that described press
Splenium 223 can not accurately be crimped with the collets 3, influence the conduction so as to cause 3 discontinuity of collets
Terminal 5 or the cable 4 are docked with the docking connector B's.
(6) second elastic arm 32 is equipped with multiple holding tanks 3222, the holding tank 3222 relative to the core 41
To accommodate the core 41, prevents the core 41 from positional shift occurs when being inserted into the container 1211, lead to the line
Core 41 good cannot be contacted with the conductive terminal 5, to influence the transmission of signal.
Detailed description above is only the explanation of the preferred embodiments of the invention, the scope of the patents that is non-therefore limiting to the present invention,
So all, with this creation specification and diagramatic content institute, equivalence techniques change for it, are both contained in the scope of the patents of this creation
It is interior.
Claims (16)
1. a kind of electric connector characterized by comprising
One insulating body, is equipped with multiple terminal grooves and a container is connected with multiple terminal grooves；
Multiple conductive terminals are respectively arranged on multiple terminal grooves and are revealed in the container；
There is a core to be in contact into the container with the conductive terminal for multiple cables, each cable；
One elastic component, is set to the container, a collets be located at the container and the elastic component and the core it
Between, the elastic component pushes against the collets extruding core and abuts against with the conductive terminal.
2. electric connector as described in claim 1 characterized by comprising the conductive terminal is blanking type, each described
Conductive terminal has a docking part, and the docking section is cut out on face set on the conductive terminal, and the docking section has one
Cambered surface with a docking connector to contact.
3. electric connector as described in claim 1 characterized by comprising the elastic component have a first connecting portion and
Multiple first elastic arms that are equipped with for extending interval are bent from the first connecting portion side, the first connecting portion is fixed on described
Insulating body, first elastic arm is to push against the collets.
4. electric connector as claimed in claim 3 characterized by comprising multiple first elastic arms are movably arranged at
In the container.
5. electric connector as claimed in claim 3 characterized by comprising first elastic arm have an extension and
One bending part, described extension one end connect the first connecting portion, and the extension other end connects the bending part, and institute
It states extension and is higher than the extension close to one end of the bending part, the extension close to one end of the first connecting portion
There is an activity space between one end of the bending part and the inner wall of the container, the activity space is towards described curved
The direction of folding part is obliquely installed.
6. electric connector as claimed in claim 5 characterized by comprising the insulating body has a lid, the lid
Body corresponds to the extension equipped with multiple recessing grooves, and each recessing groove is obliquely installed towards one end close to the bending part,
When first elastic arm is to push against the collets, when the core and the conductive terminal abut against, the extension
Into the recessing groove.
7. electric connector as claimed in claim 5 characterized by comprising from the bending part towards the first connecting portion
Direction inclination extend have a press section, the press section is to push against the collets.
8. electric connector as described in claim 1 characterized by comprising the collets have a second connecting portion and
Extend multiple second elastic arms that are equipped at interval from the second connecting portion side, second elastic arm is set to the elastic component
Between the core, the core and the conductive terminal contacts are pushed against to elasticity.
9. electric connector as claimed in claim 8 characterized by comprising second elastic arm corresponds to the elasticity
Part is equipped with multiple grooves, and the elastic component is at least partly limited in the groove.
10. electric connector as claimed in claim 8 characterized by comprising second elastic arm corresponds to the core
Equipped with multiple holding tanks, the holding tank is to limit the core.
11. a kind of electric connector, to be docked with a docking connector characterized by comprising
One insulating body is equipped with a container；
Multiple conductive terminals are set in the insulating body；
There is a core to be in contact into the container with the conductive terminal for multiple cables, each cable；
One elastomer and a collets are set to the container, and the elastomer pushes against the collets, and the collets are to institute
It states core or the conductive terminal applies an active force, the core and the conductive terminal abut against, and the conductive terminal
Or the core is flexibly docked with the docking connector.
12. electric connector as claimed in claim 11 characterized by comprising the conductive terminal is blanking type, described to lead
Electric terminal has a weld part, and the weld part is set to cutting out on face and mutually welding with the core for the conductive terminal.
13. electric connector as claimed in claim 11 characterized by comprising the elastic component has a first connecting portion
And extend from first connecting portion side bending and be equipped at intervals with multiple first elastic arms, the first connecting portion is fixed on described
Insulating body, first elastic arm is to push against the collets.
14. electric connector as claimed in claim 13 characterized by comprising the collets have a second connecting portion
Multiple second elastic arms are equipped at intervals with extending from the second connecting portion side, and second elastic arm is to described first
Elastic arm abuts against, and second elastic arm applies an active force to the conductive terminal or the core, makes the conduction
Terminal or the core are docked with the docking connector elasticity.
15. electric connector as claimed in claim 11 characterized by comprising be connected utensil described in interfaced
There are an insulation shell and multiple docking terminals to be set in the insulation shell, docking terminal one end bending is equipped with a contact
Portion, the contact portion are revealed in the insulation shell and dock with the conductive terminal or the core.
16. electric connector as claimed in claim 11 characterized by comprising be connected utensil described in interfaced
There are an insulation shell and multiple docking cables, the docking cable is at least partially disposed in the insulation shell, the insulation shell
Body is equipped with multiple inserting grooves, and the docking cable is revealed in the inserting groove, described in the conductive terminal or core entrance
Inserting groove docks cable docking with described.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910159882.9A CN109818206B (en) | 2019-03-04 | 2019-03-04 | Electrical connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910159882.9A CN109818206B (en) | 2019-03-04 | 2019-03-04 | Electrical connector |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109818206A true CN109818206A (en) | 2019-05-28 |
| CN109818206B CN109818206B (en) | 2021-03-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910159882.9A Active CN109818206B (en) | 2019-03-04 | 2019-03-04 | Electrical connector |
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| CN109818206B (en) | 2021-03-16 |
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