CN110323628A - Connector assembly, connector and connector shell component - Google Patents
Connector assembly, connector and connector shell component Download PDFInfo
- Publication number
- CN110323628A CN110323628A CN201810286408.8A CN201810286408A CN110323628A CN 110323628 A CN110323628 A CN 110323628A CN 201810286408 A CN201810286408 A CN 201810286408A CN 110323628 A CN110323628 A CN 110323628A
- Authority
- CN
- China
- Prior art keywords
- elastic claw
- connector
- connector shell
- closing piece
- locking member
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
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Classifications
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
- H01R13/62—Means for facilitating engagement or disengagement of coupling parts or for holding them in engagement
- H01R13/627—Snap or like fastening
- H01R13/6271—Latching means integral with the housing
- H01R13/6273—Latching means integral with the housing comprising two latching arms
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
- H01R13/62—Means for facilitating engagement or disengagement of coupling parts or for holding them in engagement
- H01R13/629—Additional means for facilitating engagement or disengagement of coupling parts, e.g. aligning or guiding means, levers, gas pressure electrical locking indicators, manufacturing tolerances
- H01R13/633—Additional means for facilitating engagement or disengagement of coupling parts, e.g. aligning or guiding means, levers, gas pressure electrical locking indicators, manufacturing tolerances for disengagement only
Abstract
The present invention relates to a kind of connector assembly, connector and connector shell components.After connector and intermateable connector are mating, the anticreep stopping surface block on closing piece and intermateable connector shell in the elastic claw of locking member cooperates, prevent connector and intermateable connector from disengaging, locking member is in locking position at this time, tight lock part and elastic claw block on locking member cooperate, it prevents elastic claw from deforming, so that closing piece and anticreep stopping surface in elastic claw be prevented to be detached from block cooperation, solves the problems, such as connector poor reliability caused by the easy stress deformation of the elastic claw of existing connector；When unlock, locking member is moved to solution lock-bit, pulls back connector at this time, elastic claw deforms the closing piece and the disengaging block cooperation of anticreep Stop structure made in elastic claw outward under the driving of unlocking structure, completes unlock.
Description
Technical field
The present invention relates to a kind of connector assembly, connector and connector shell components.
Background technique
Connector is broadly divided into cylindrical connector and rectangular connector, and the locking of cylindrical connector generally uses screw fastening
Tightly, three crank slot locking mechanism of ball lock and bail, the locking of rectangular connector generally use side to pull buckle structure and are locked, but
Be this locking mode lock and unlock in use require operation pull button, it is inconvenient to use.
The locking of rectangular connector is locked also by push-pull fashion in the prior art, such as Authorization Notice No.
A kind of optical fiber connector plug, i.e. pin connector disclosed in the Chinese patent literature of CN104297861B, including connector case
Body, the front end of connector shell are equipped with the elastic claw to overhang forward, and the front end of elastic claw is provided with barb, unlocking sleeve guiding movement suit
Radial through-hole is equipped on the front end of connector shell and unlocking sleeve, barb is protruding from the radial through-hole thus with being adapted to
Connector on card slot be clasped, realize the locking connection of two connectors, the leading flank of barb is bevel structure, backward
The bevel structure of the front side wall of radial through-hole and barb cooperates when pulling unlocking sleeve, makes barb radial contraction, realizes unlock.Connection
Device such as is often shaken in use, pulls at the complicated external forces, especially when vibration and is pulling simultaneously
When effect, the elastic claw of the connector of this locking mechanism is easy to stress deformation, disengages barb and card slot in elastic claw, causes
The problem of connector locking poor reliability.
Summary of the invention
The purpose of the present invention is to provide a kind of connectors, and the easy stress deformation of the elastic claw to solve existing connector disengages
Caused by connector locking poor reliability the problem of；Meanwhile the present invention also provides the connector shell component of above-mentioned connector with
And the connector assembly using above-mentioned connector.
To achieve the above object, connector shell component of the invention adopts the following technical scheme that
Connector shell component, the connector shell that including front end be inserted terminal, rear end is terminals, on the connector shell
Equipped with the elastic claw to overhang forward, elastic claw is equipped with for preventing in the longitudinal direction with the anticreep stopping surface on intermateable connector shell
Off-gear stops the closing piece cooperated, and slidable fit has locking member along the longitudinal direction on connector shell, which has for even
It connects device shell and radially presses the tight lock part cooperated to prevent the closing piece and anticreep stopping surface from disengaging, locking member with the elastic claw
Have on its sliding stroke for making the tight lock part and the elastic claw block limit cooperation to stop closing piece and the anticreep
The locking position that stopping surface disengages, and for making the tight lock part avoid the solution lock-bit of the elastic claw, connector shell component is also
Including the unlocking structure for that the closing piece and the anticreep stopping surface can be made to disengage when locking member is in solution lock-bit.
Further improvement to the elastic claw in above-mentioned connector shell component, the elastic claw are equipped with external to connector case
Convex block that side is protruded, for cooperating with the press of the tight lock part of locking member.
The structure for limiting above-mentioned convex block and closing piece is advanced optimized, the convex block is wholely set with the closing piece.
Based on convex block is arranged in elastic claw or further limits the structure of convex block and closing piece, above-mentioned locking member is carried out
It advanced optimizes, the locking member is equipped with for cooperating with the convex block pushing tow in the elastic claw so that the locking member passes through institute
State the pushing tow step that elastic claw drives the connector shell mobile.
Locking member based on above-mentioned setting pushing tow step advanced optimizes, in the pushing tow step on the locking member
Front side is equipped with for accommodating the convex block so that elastic claw can be to the escape groove of deformation on the outside of connector shell.
Unlocking structure based on above-mentioned connector shell component advanced optimizes either based on above-mentioned elastic claw equipped with convex
Unlocking structure is advanced optimized on the basis of block, also or is right on the basis of being wholely set based on above-mentioned convex block with closing piece
Unlocking structure advanced optimizes, and the unlocking structure includes the inclination solution locking face being arranged on the closing piece, in locking member
In solution lock-bit and closing piece move backward during pressed with the intermateable connector shell so that the closing piece and the anticreep
Stopping surface disengages.
Inclination solution locking face in above-mentioned unlocking structure is advanced optimized, the inclination solution locking face is to be arranged in the closing piece
On, rear end is to the unlock inclined-plane being obliquely installed on the outside of connector shell.
Locking member based on above-mentioned connector shell component, which advanced optimizes, is either equipped with convex block based on above-mentioned elastic claw
On the basis of locking member is advanced optimized, also or be on the basis of being wholely set based on above-mentioned convex block and closing piece to locking
Part advanced optimizes, and the locking member is locking cap, and the medial surface of the locking cap forms the tight lock part.
Above-mentioned locking cap is advanced optimized, the connector shell is equipped with the guide groove extended along the longitudinal direction,
The locking cap is equipped with guiding movement and inserts to the guide part in the guide groove, the cell wall of the guide groove and the guiding
One in portion is equipped with that locating slot, another is equipped with for the flexibly positioned positioning protrusion snapped fitted in the locating slot.
Above-mentioned locating slot is advanced optimized, the locating slot along the longitudinal direction on be equipped at intervals with two, two positioning
The solution lock-bit and locking position of slot and the locking member correspond.
It is further excellent on the basis of being equipped with guiding movement inserting on above-mentioned locking cap to guide part in the guide groove
Change, the guide part is equipped with the elastic strip that both ends are connect with guide part, and the elastic strip has for leading with the guide groove
To the guiding mating surface of mobile cooperation, the positioning protrusion is arranged in the guiding mating surface.
It is further excellent on the basis of being equipped with guiding movement inserting on above-mentioned locking cap to guide part in the guide groove
Change, anticreep guide structure is equipped between the guide part and the guide groove.
Restriction advanced optimized to above-mentioned anticreep guide structure, the guide groove is T-slot, the guide part for institute
The T-shaped structure of guide groove shape adaptation is stated, the T-slot and the guide groove of the T-shaped structure form the anticreep guide structure.
It is inserted based on the above-mentioned guiding movement which is provided with to the further excellent of the locking cap of the guide part in the guide groove
Change, the locking cap is equipped with locating piece, and the connector shell is equipped with for accommodating the locating piece and moving for its front and back
Dynamic location structure, the location structure include the preceding block and rear block of relative spacing setting in the longitudinal direction.
Based on advanced optimizing for locating piece is arranged on above-mentioned locking cap, flexible locating detent is set on the locking cap,
The locating detent is equipped with the locating piece to overhanging on the inside of locking cap, and the locating piece forms the locating piece, and the positioning
Block has the top pressure face for making the locating detent deformation with preceding block or the press cooperation of rear block during installation.
It does optimization to above-mentioned preceding block to limit, the elastic claw has the extension to extend radially outwardly along connector, institute
The trailing flank for stating extension forms the preceding block, and the connector shell is equipped with relative to the rear side of the elastic claw to extend outwardly
Erecting bed, the leading flank of the erecting bed formed it is described after block.
It is advanced optimized either in above-mentioned elastic claw based on connector shell in above-mentioned connector shell component equipped with convex
Connector shell in connector shell component is advanced optimized on the basis of block, also or is in above-mentioned convex block and closing piece one
Connector shell advanced optimizes in connector shell component on the basis of body setting, and the connector shell is that rectangle connects
Device shell, the elastic claw on the rectangular connector shell it is opposite set there are two.
Convex block is either equipped in above-mentioned elastic claw based on advanced optimizing for closing piece in above-mentioned connector shell component
On the basis of closing piece in connector shell component is advanced optimized, also or be the base being wholely set in above-mentioned convex block and closing piece
Closing piece advanced optimizes in connector shell component on plinth, and the front side of the closing piece is equipped with for guiding intermateable connector shell
Guide surface.
It is advanced optimized either in above-mentioned elastic claw based on connector shell in above-mentioned connector shell component equipped with convex
Connector shell in connector shell component is advanced optimized on the basis of block, also or is in above-mentioned convex block and closing piece one
Connector shell advanced optimizes in connector shell component on the basis of body setting, the inserted terminal tool of the connector shell
There is the insertion section for being inserted into intermateable connector shell, the elastic claw is arranged with the insertion section interval and the interval is formed
Grafting space for being inserted into for intermateable connector shell.
The optimization that further limits based on above-mentioned grafting space, the elastic claw includes extending radially outwardly along connector shell
Extension and the overhang that overhangs forward, the space between overhang and connector shell forms the grafting space, institute
State the projecting end that the overhang is arranged in closing piece.
Connector of the invention adopts the following technical scheme that
Connector, including connector shell component and the inserting core structure being arranged in connector shell component, the connector
Housing unit includes the connector shell that front end is inserted terminal, rear end is terminals, and the connector shell is equipped with to front overhang
The elastic claw stretched, elastic claw are equipped with for anticreep block to cooperate in the longitudinal direction with the anticreep stopping surface on intermateable connector shell
Closing piece, slidable fit has locking member along the longitudinal direction on connector shell, which has in connector shell diameter
The tight lock part cooperated to prevent the closing piece and anticreep stopping surface from disengaging is pressed with the elastic claw upwards, locking member is in its sliding row
Have in journey and cooperates for limiting the tight lock part and the elastic claw block to stop closing piece and the anticreep stopping surface to disengage
Locking position, and for making the tight lock part avoid the solution lock-bit of the elastic claw, connector shell component further include for
The unlocking structure that when being in solution lock-bit closing piece and the anticreep stopping surface can disengage locking member.
Further improvement to the elastic claw in above-mentioned connector shell component, the elastic claw are equipped with external to connector case
Convex block that side is protruded, for cooperating with the press of the tight lock part of locking member.
The structure for limiting above-mentioned convex block and closing piece is advanced optimized, the convex block is wholely set with the closing piece.
Based on convex block is arranged in elastic claw or further limits the structure of convex block and closing piece, above-mentioned locking member is carried out
It advanced optimizes, the locking member is equipped with for cooperating with the convex block pushing tow in the elastic claw so that the locking member passes through institute
State the pushing tow step that elastic claw drives the connector shell mobile.
Locking member based on above-mentioned setting pushing tow step advanced optimizes, in the pushing tow step on the locking member
Front side is equipped with for accommodating the elastic claw so that can be to the escape groove of deformation on the outside of connector shell.
Unlocking structure based on above-mentioned connector shell component advanced optimizes either based on above-mentioned elastic claw equipped with convex
Unlocking structure is advanced optimized on the basis of block, also or is right on the basis of being wholely set based on above-mentioned convex block with closing piece
Unlocking structure advanced optimizes, and the unlocking structure includes the inclination solution locking face being arranged on the closing piece, in locking member
In solution lock-bit and closing piece move backward during pressed with the intermateable connector shell so that the closing piece and the anticreep
Stopping surface disengages.
Inclination solution locking face in above-mentioned unlocking structure is advanced optimized, the inclination solution locking face is to be arranged in the closing piece
On, rear end is to the unlock inclined-plane being obliquely installed on the outside of connector shell.
Locking member based on above-mentioned connector shell component, which advanced optimizes, is either equipped with convex block based on above-mentioned elastic claw
On the basis of locking member is advanced optimized, also or be on the basis of being wholely set based on above-mentioned convex block and closing piece to locking
Part advanced optimizes, and the locking member is locking cap, and the medial surface of the locking cap forms the tight lock part.
Above-mentioned locking cap is advanced optimized, the connector shell is equipped with the guide groove extended along the longitudinal direction,
The locking cap is equipped with guiding movement and inserts to the guide part in the guide groove, the cell wall of the guide groove and the guiding
One in portion is equipped with that locating slot, another is equipped with for the flexibly positioned positioning protrusion snapped fitted in the locating slot.
Above-mentioned locating slot is advanced optimized, the locating slot along the longitudinal direction on be equipped at intervals with two, two positioning
The solution lock-bit and locking position of slot and the locking member correspond.
It is further excellent on the basis of being equipped with guiding movement inserting on above-mentioned locking cap to guide part in the guide groove
Change, the guide part is equipped with the elastic strip that both ends are connect with guide part, and the elastic strip has for leading with the guide groove
To the guiding mating surface of mobile cooperation, the positioning protrusion is arranged in the guiding mating surface.
It is further excellent on the basis of being equipped with guiding movement inserting on above-mentioned locking cap to guide part in the guide groove
Change, anticreep guide structure is equipped between the guide part and the guide groove.
Restriction advanced optimized to above-mentioned anticreep guide structure, the guide groove is T-slot, the guide part for institute
The T-shaped structure of guide groove shape adaptation is stated, the T-slot and the guide groove of the T-shaped structure form the anticreep guide structure.
It is inserted based on the above-mentioned guiding movement which is provided with to the further excellent of the locking cap of the guide part in the guide groove
Change, the locking cap is equipped with locating piece, and the connector shell is equipped with for accommodating the locating piece and moving for its front and back
Dynamic location structure, the location structure include the preceding block and rear block of relative spacing setting in the longitudinal direction.
Based on advanced optimizing for locating piece is arranged on above-mentioned locking cap, flexible locating detent is set on the locking cap,
The locating detent is equipped with the locating piece to overhanging on the inside of locking cap, and the locating piece forms the locating piece, and the positioning
Block has the top pressure face for making the locating detent deformation with preceding block or the press cooperation of rear block during installation.
It does optimization to above-mentioned preceding block to limit, the elastic claw has the extension to extend radially outwardly along connector, institute
The trailing flank for stating extension forms the preceding block, and the connector shell is equipped with relative to the rear side of the elastic claw to extend outwardly
Erecting bed, the leading flank of the erecting bed formed it is described after block.
It is advanced optimized either in above-mentioned elastic claw based on connector shell in above-mentioned connector shell component equipped with convex
Connector shell in connector shell component is advanced optimized on the basis of block, also or is in above-mentioned convex block and closing piece one
Connector shell advanced optimizes in connector shell component on the basis of body setting, and the connector shell is that rectangle connects
Device shell, the elastic claw on the rectangular connector shell it is opposite set there are two.
Convex block is either equipped in above-mentioned elastic claw based on advanced optimizing for closing piece in above-mentioned connector shell component
On the basis of closing piece in connector shell component is advanced optimized, also or be the base being wholely set in above-mentioned convex block and closing piece
Closing piece advanced optimizes in connector shell component on plinth, and the front side of the closing piece is equipped with for guiding intermateable connector shell
Guide surface.
It is advanced optimized either in above-mentioned elastic claw based on connector shell in above-mentioned connector shell component equipped with convex
Connector shell in connector shell component is advanced optimized on the basis of block, also or is in above-mentioned convex block and closing piece one
Connector shell advanced optimizes in connector shell component on the basis of body setting, the inserted terminal tool of the connector shell
There is the insertion section for being inserted into intermateable connector shell, the elastic claw is arranged with the insertion section interval and the interval is formed
Grafting space for being inserted into for intermateable connector shell.
The optimization that further limits based on above-mentioned grafting space, the elastic claw includes extending radially outwardly along connector shell
Extension and the overhang that overhangs forward, the space between overhang and connector shell forms the grafting space, institute
State the projecting end that the overhang is arranged in closing piece.
Connector assembly of the invention adopts the following technical scheme that
Connector assembly, including plug and socket, the plug include plug casing component, and the socket includes Socket casing,
The plug casing component includes plug casing, and the lock pin knot that adaptation plugs together is equipped in the plug casing and the Socket casing
Structure, the plug casing are equipped with the elastic claw to overhang forward, and the Socket casing is equipped with anticreep stopping surface, and elastic claw, which is equipped with, to be used
In the closing piece with the anticreep block cooperation in the longitudinal direction of the anticreep stopping surface on Socket casing, on plug casing along the longitudinal direction
Slidable fit has locking member, which has described to prevent for radially pressing cooperation with the elastic claw in plug casing
The tight lock part that closing piece and anticreep stopping surface disengage, locking member have on its sliding stroke for making the tight lock part and the bullet
Locking position of the pawl block limit cooperation to stop closing piece and the anticreep stopping surface to disengage, and for avoiding the tight lock part
The solution lock-bit of the elastic claw, plug casing component further include for locking member be in solution lock-bit when can make the closing piece with it is described
The unlocking structure that anticreep stopping surface disengages.
Further improvement to the elastic claw in above-mentioned connector assembly, the elastic claw are equipped with to protrusion on the outside of plug casing
, for the convex block with the press cooperation of the tight lock part of locking member.
The structure for limiting above-mentioned convex block and closing piece is advanced optimized, the convex block is wholely set with the closing piece.
Based on convex block is arranged in elastic claw or further limits the structure of convex block and closing piece, above-mentioned locking member is carried out
It advanced optimizes, the locking member is equipped with for cooperating with the convex block pushing tow in the elastic claw so that the locking member passes through institute
State the pushing tow step that elastic claw drives the plug casing mobile.
Locking member based on above-mentioned setting pushing tow step advanced optimizes, in the pushing tow step on the locking member
Front side is equipped with for accommodating the elastic claw so that can be to the escape groove of deformation on the outside of plug casing.
Unlocking structure based on above-mentioned connector assembly, which advanced optimizes, is either equipped with convex block based on above-mentioned elastic claw
On the basis of unlocking structure is advanced optimized, also or be on the basis of being wholely set based on above-mentioned convex block and closing piece to unlock
Structure advanced optimizes, and the unlocking structure includes the inclination solution locking face being arranged on the closing piece, for being in locking member
Solution lock-bit and closing piece press during moving backward with the Socket casing so that the closing piece and the anticreep stopping surface disengage.
Inclination solution locking face in above-mentioned unlocking structure is advanced optimized, the inclination solution locking face is to be arranged in the closing piece
On, rear end is to the unlock inclined-plane being obliquely installed on the outside of plug casing.
Locking member based on above-mentioned connector assembly advanced optimizes the base that convex block is either equipped with based on above-mentioned elastic claw
Locking member is advanced optimized on plinth, also or is on the basis of being wholely set based on above-mentioned convex block and closing piece to locking member
It advanced optimizes, the locking is part locking cap, and the medial surface of the locking cap forms the tight lock part.
Above-mentioned locking cap is advanced optimized, the plug casing is equipped with the guide groove extended along the longitudinal direction, institute
Locking cap is stated equipped with guiding movement inserting to the guide part in the guide groove, the cell wall of the guide groove and the guide part
In one be equipped with that locating slot, another is equipped with for the flexibly positioned positioning protrusion snapped fitted in the locating slot.
Above-mentioned locating slot is advanced optimized, the locating slot along the longitudinal direction on be equipped at intervals with two, two positioning
The solution lock-bit and locking position of slot and the locking member correspond.
It is further excellent on the basis of being equipped with guiding movement inserting on above-mentioned locking cap to guide part in the guide groove
Change, the guide part is equipped with the elastic strip that both ends are connect with guide part, and the elastic strip has for leading with the guide groove
To the guiding mating surface of mobile cooperation, the positioning protrusion is arranged in the guiding mating surface.
It is further excellent on the basis of being equipped with guiding movement inserting on above-mentioned locking cap to guide part in the guide groove
Change, anticreep guide structure is equipped between the guide part and the guide groove.
Restriction advanced optimized to above-mentioned anticreep guide structure, the guide groove is T-slot, the guide part for institute
The T-shaped structure of guide groove shape adaptation is stated, the T-slot and the guide groove of the T-shaped structure form the anticreep guide structure.
It is inserted based on the above-mentioned guiding movement which is provided with to the further excellent of the locking cap of the guide part in the guide groove
Change, the locking cap is equipped with locating piece, and the plug casing is equipped with for accommodating the locating piece and for its back-and-forth motion
Location structure, the location structure include in the longitudinal direction relative spacing setting preceding block and rear block.
Based on advanced optimizing for locating piece is arranged on above-mentioned locking cap, flexible locating detent is set on the locking cap,
The locating detent is equipped with the locating piece to overhanging on the inside of locking cap, and the locating piece forms the locating piece, and the positioning
Block has the top pressure face for making the locating detent deformation with preceding block or the press cooperation of rear block during installation.
It does optimization to above-mentioned preceding block to limit, the elastic claw has the extension to extend radially outwardly along connector, institute
The trailing flank for stating extension forms the preceding block, and the plug casing is with outward extension relative to the rear side of the elastic claw
Erecting bed, the leading flank of the erecting bed form the rear block.
The base that convex block is either equipped in above-mentioned elastic claw is advanced optimized based on plug casing in above-mentioned connector assembly
Plug casing in connector assembly is advanced optimized on plinth, also or is on the basis that above-mentioned convex block and closing piece are wholely set
Plug casing advanced optimizes in upper connector assembly, and the plug casing is rectangular insert shell, and the elastic claw is described
There are two being set relatively on rectangular insert shell.
The basis advanced optimized or convex block is equipped in above-mentioned elastic claw based on closing piece in above-mentioned connector assembly
On closing piece in connector assembly is advanced optimized, also or connect on the basis of above-mentioned convex block is wholely set with closing piece
Closing piece advanced optimizes in device assembly, and the front side of the closing piece is equipped with the guide surface for guide socket shell.
The base that convex block is either equipped in above-mentioned elastic claw is advanced optimized based on plug casing in above-mentioned connector assembly
Plug casing in connector assembly is advanced optimized on plinth, also or is on the basis that above-mentioned convex block and closing piece are wholely set
Plug casing advanced optimizes in upper connector assembly, and the inserted terminal of the plug casing has for being inserted into Socket casing
In insertion section, the elastic claw and the insertion section interval are arranged and to form the grafting for being inserted into for Socket casing empty at the interval
Between.
The optimization that further limits based on above-mentioned grafting space, the elastic claw includes extending radially outwardly along plug casing
Extension and the overhang to overhang forward, the space between overhang and plug casing form the grafting space, the lock
The projecting end of the overhang is arranged in block.
The base that convex block is either equipped in above-mentioned elastic claw is advanced optimized based on Socket casing in above-mentioned connector assembly
Socket casing in connector assembly is advanced optimized on plinth, also or is on the basis that above-mentioned convex block and closing piece are wholely set
Socket casing advanced optimizes in upper connector assembly, and the Socket casing is equipped with card slot, the close grafting of the card slot
The side wall of position forms the anticreep stopping surface.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of total embodiment of connector assembly of the invention；
Fig. 2 is the structural schematic diagram of plug in Fig. 1；
Fig. 3 is the decomposition diagram of the plug in Fig. 2；
Fig. 4 is the half-section diagram of plug in Fig. 3；
Fig. 5 is the structural schematic diagram of the socket in Fig. 1；
Fig. 6 is schematic diagram of the plug and socket at grafting initial stage；
Fig. 7 is schematic diagram of the plug and socket in grafting mid-term；
Fig. 8 is schematic diagram of the plug and socket in grafting in place；
Fig. 9 is the schematic diagram of the elastic claw and socket cooperation on the plug in Fig. 8；
In attached drawing: 1, socket；2, plug；11, card slot；21, plug casing；22, locking cap；23, elastic claw；24, erecting bed；25,
Guide groove；26, guide part；27, locating detent；221, escape groove；222, angular guide surfaces；231, head；232, the first guidance is oblique
Face；233, the second lead-in chamfered；234, inclination solution locking face；235, third lead-in chamfered；251, locating slot.
Specific embodiment
Embodiments of the present invention are described further with reference to the accompanying drawing.
Total embodiment of connector assembly of the invention, as shown in Figures 1 to 9, connector assembly, including plug 2 and insert
Seat 1, plug 2 include plug casing component, and socket 1 includes Socket casing, and plug casing component includes plug casing 21, jack shell
The inserting core structure that adaptation plugs together is equipped in body 21 and Socket casing, inserting core structure can be electric mortiser core, light lock pin, can also use
Optoelectric hybrid lock pin.
As shown in Fig. 3, Fig. 4 and Fig. 5, plug casing 21 is equipped with the elastic claw 23 to overhang forward, and Socket casing is equipped with
Anticreep stopping surface, elastic claw 23 are equipped with for the closing piece with the anticreep stopping surface block cooperation on Socket casing, plug casing 21
Upper slidable fit has the locking member with locking position reconciliation lock-bit on its sliding stroke, sets between plug casing 21 and elastic claw 23
There is the unlocking structure for driving elastic claw 23 to deformation on the outside of connector, locking member has in locking position and the outside of elastic claw 23
Tight lock part of the block cooperation in face to prevent the anticreep stopping surface disengaging block on the closing piece and Socket casing in elastic claw 23 from cooperating, with
And when solving lock-bit for for elastic claw 23 to deforming on the outside of plug casing 21 so that anti-on closing piece Socket casing in elastic claw 23
Off-gear stops emaciated face from the unlock relief portion that block cooperates.
When plug and socket adaptation plugs together, locking member is in locking position, at this time the tight lock part on locking member and elastic claw 23
The cooperation of lateral surface block also avoid the closing piece and socket shell in elastic claw 23 in this way so that elastic claw 23 can not deform outward
Anticreep block on body is detached from block matching relationship, improves the reliability of plug and socket locking connection；When unlock, make to lock
Part is in solution lock-bit, and the unlock relief portion on locking member is corresponding with the position of elastic claw 23 at this time, and elastic claw 23 provides the space of deformation,
Apply successive active force to plug at this time, elastic claw 23 is to deforming on the outside of connector under the driving of unlocking structure, so that elastic claw
Anticreep stopping surface on closing piece and Socket casing on 23 is detached from block cooperation, realizes the unlock of plug and socket.
As shown in Figure 3 and Figure 4, the inserted terminal of plug casing 21 has the insertion section for being inserted into Socket casing, bullet
Pawl 23 and insertion section interval are arranged and the interval forms the grafting space for being inserted into for Socket casing.Elastic claw 23 includes along plug
The extension and the overhang to overhang forward that shell 21 extends radially outwardly, the space shape between overhang and connector shell
At grafting space, the projecting end of overhang is arranged in closing piece.In fact, insertion section be 21 front end of plug casing and elastic claw
23 corresponding parts are docked plug with socket when plugging together after this structure, as shown in Fig. 6, Fig. 7 and Fig. 8, jack shell
The front end of body 21, that is, insertion section correspondence is inserted into Socket casing, and elastic claw be in Socket casing outside and on Socket casing
Anticreep stopping surface block cooperation, prevent Socket casing and the diametrically opposed movement of plug casing 21 in this way, improve connection
Reliability.
In the present embodiment, plug casing and Socket casing are rectangular housing, and elastic claw is opposite on rectangular insert shell
There are two if, accordingly, anticreep stopping surface on Socket casing also it is opposite set there are two.Specifically, as shown in figure 5, socket shell
The periphery of body is equipped with the card slot 11 extended along the width direction of Socket casing, cell wall of the card slot 11 close to the inserted terminal of socket
It constitutes and above-mentioned climbs over stopping surface.First will be easy to process using 11 structure of card slot, meanwhile, another cell wall of card slot 11
Block limit can be formed to the closing piece in elastic claw, realize the limit of plug block forward.
In this embodiment, as shown in Figure 3 and Figure 4, locking member is the locking cap 22 being slidedly assemblied on plug casing, locking
The medial surface of cap 22 forms tight lock part, and the front end of 22 medial surface of locking cap is equipped with escape groove 221, and escape groove 221 forms unlock and keeps away
Allow portion.Keep structure simple using 22 one side of locking cap, improve the compact of plug construction, on the other hand, in plug and socket
After locking connection, locking cap 22 can will be closed at elastic claw, and the locking mechanism for forming elastic claw, card slot 11 is in locking cap 22
Inside avoids component in external environment from applying active force to elastic claw, and elastic claw is made to be collided damage.
Specifically, the rear cell wall of escape groove 221 is equipped with angular guide surfaces 222, when moving forward in this way convenient for locking cap 22
Closing piece from the inner wall for entering locking cap 22 in escape groove 221, the angular guide surfaces 222 be for the convex block in elastic claw
Pushing tow cooperation is to the pushing tow step mobile with movement connector by elastic claw.
As shown in figure 9, elastic claw be equipped with to it is protruding on the outside of plug casing, cooperate for being pressed with the tight lock part of locking member
Convex block, locking member by convex block to elastic claw apply towards inside top pressure face, avoid elastic claw from deforming.Using convex block and locking cap
22 inner wall cooperation and the inner wall cooperation of the lateral surface of entire elastic claw and locking cap 22 can reduce frictional force, be convenient for locking cap 22
Movement.Meanwhile using convex block after so that the inner wall of the other parts of elastic claw and locking cap 22 has certain interval, in this way,
When unlocking at convex block is in escape groove 221, which can provide certain deformation space for the deformation of elastic claw, be convenient for solving
Lock.
Unlocking structure include be arranged in it is on closing piece, when being moved backward for closing piece with the anticreep stopping surface on Socket casing
Press cooperation is to drive the anticreep stopping surface on closing piece and Socket casing to be detached from the inclination solution locking face 234 of block cooperation.
In the present embodiment, convex block is wholely set with closing piece, and the front end of elastic claw is arranged in, at this time convex block and closing piece shape
At one in elastic claw front end, inside and outside to the corresponding side surface of elastic claw protrude protrusion head 231.The protrusion head
231 is whole square shaped, and four corners are disposed as bevel structure, and two on the outside of elastic claw inclined-plane is first to draw respectively
Guiding incline 232 and the second lead-in chamfered 233, two inclined-planes in inside are third lead-in chamfered 235 and inclination unlock respectively
Face 234.When plug and socket adaptation plugs together, third lead-in chamfered 235 and the end face of Socket casing are slidably matched, convenient for that will insert
Seat shell body is directed between elastic claw and plug casing, convenient for inserting cooperation.First lead-in chamfered 232 be used for on locking cap 22
The press cooperation of angular guide surfaces 222, convenient for the movement of locking cap 22.The effect of second lead-in chamfered 233 is said below
It is bright.Inclination solution locking face 234 is that on closing piece, rear end is arranged in the unlock inclined-plane being obliquely installed on the outside of plug casing, using oblique
Face structure is mainly easy to process.
In the present embodiment, locking cap 22 is equipped with locating piece, and plug casing is equipped with for accommodating locating piece and for it
The location structure of back-and-forth motion, location structure include the preceding block and rear block of relative spacing setting in the longitudinal direction.Positioning
Part can be moved forward and backward between preceding block and rear block, and locking cap 22 is avoided to deviate from from plug casing.
In the present embodiment, flexible locating detent 27 is set on locking cap 22, locating detent 27 is equipped with into locking cap 22
The locating piece that side overhangs, locating piece forms locating piece, and locating piece has for pressing during installation with preceding block or rear block
The top pressure face that cooperation deforms locating detent 27.When plug assembles, locking cap 22 is sleeved on plug casing from front to back, is set with
The locating detent 27 on locking cap 22 and the press of preceding block cooperate in the process, deform locating detent 27 outward, while locating piece is crossed
Preceding block enters between preceding block and rear block, easy to assembly.
In the present embodiment, the trailing flank of elastic claw forms preceding block, and plug casing is equipped with outside relative to the rear side of elastic claw
The erecting bed 24 of extension, the leading flank of erecting bed 24 form rear block, and locating piece is matched with the second lead-in chamfered 233 during installation
It closes.
As shown in Figure 3 and Figure 4, the periphery of erecting bed 24 is equipped with the guide groove 25 extended along the longitudinal direction, locking cap 22
Equipped with guiding movement inserting to the guide part 26 in guide groove 25, set on the cell wall of guide groove 25 and one in guide part 26
There are two spaced locating slot 251 along the longitudinal direction, another is equipped with and snaps fitted in locating slot 251 for flexibly positioned
Positioning protrusion.Specifically, locating slot 251 is arranged on the side wall of guide groove 25, and elastic strip, positioning are equipped on guide part 26
Protrusion is arranged at the medium position of elastic strip.Specifically, guide groove 25 use T-slot structure, the shape of guide part 26 with lead
It is adapted to the shape of slot 25, can be improved guide effect in this way.The locking position of locating slot 251 and locking cap 22 in front side
Corresponding, the locating slot 251 in rear side is corresponding with the solution lock-bit of locking cap 22.
The docking operation of plug and socket docking of the invention is as shown in Fig. 6, Fig. 7 and Fig. 8, firstly, locking cap 22 is in
Lock-bit is solved, the positioning protrusion on locking cap 22 is stuck in the locating slot of rear side at this time, by plug and socket grafting, Socket casing top
Pressure elastic claw deforms outward, progresses into Socket casing between plug casing and elastic claw；When plug moves forward to a positioning
When setting, closing piece in elastic claw and the position of the card slot 11 on Socket casing are to corresponding, and closing piece falls into the card on Socket casing at this time
In slot 11, finally locking cap 22 is pushed forward, make positioning protrusion snap into front side locating slot in, at this time the medial surface of locking cap 22 with
The head of elastic claw presses cooperation, prevents elastic claw from deforming outward, reliable lock.When unlock, first by 22 pusher of locking cap, make convex
It rises and snaps into the locating slot of rear side, pull back plug at this time, elastic claw deforms outward under the action of unlocking inclined-plane, and closing piece is crossed
Card slot completes unlock, continues to pull back plug, can separate plugs and sockets.
The embodiment 1 of connector assembly of the invention, connector assembly, including plug and socket, the plug include inserting
Casing component, the socket include Socket casing, and the plug casing component includes plug casing, the plug casing and institute
It states and is equipped with the inserting core structure that adaptation plugs together in Socket casing, the plug casing is equipped with the elastic claw to overhang forward, the socket
Shell is equipped with anticreep stopping surface, elastic claw be equipped with for the anti-off-gear in the longitudinal direction of the anticreep stopping surface on Socket casing
The closing piece only cooperated, slidable fit has locking member along the longitudinal direction on plug casing, which has in plug casing
The tight lock part cooperated to prevent the closing piece and anticreep stopping surface from disengaging is radially pressed with the elastic claw, locking member is in its sliding
Have on stroke for making the tight lock part and the elastic claw block limit cooperation to stop closing piece and the anticreep block emaciated face
The locking position opened, and for making the tight lock part avoid the solution lock-bit of the elastic claw, plug casing component further include for
The unlocking structure that when being in solution lock-bit closing piece and the anticreep stopping surface can disengage locking member.
In the present embodiment, protrusion can be set in elastic claw, tight lock part is cooperated by protrusion and elastic claw press, can also not
Setting protrusion, tight lock part directly passes through the side of elastic claw and elastic claw press cooperates.
In the present embodiment, setting carries out being inserted into the wedge block on the inside of elastic claw on locking cap, which being capable of diameter
To movement, when it moves inward, elastic claw is jacked up under the action of lozenges, so that the closing piece in elastic claw takes off from card slot
Out, unlock is completed, such unlocking structure can be disclosed with application reference publication No. for the Chinese patent literature of CN106025679A
Unlocking structure.
In the present embodiment, unlock piece uses plate structure, is at this time limited unlock piece by T-slot or dovetail groove
On connector shell.
In this embodiment, connector shell uses rectangular housing, can also use circular shell.
The embodiment 2 of connector assembly of the invention, this implementation improve the elastic claw in embodiment 1, the elastic claw
It is equipped with convex block protruding to plug casing outside, for cooperating with the press of the tight lock part of locking member, it is in the present embodiment, convex
Block can be wholely set with closing piece, can also be arranged in a staggered manner.
The embodiment 3 of connector assembly of the invention, this implementation improve the convex block in embodiment 2, by convex block with
Closing piece is wholely set, and locking member can be set for cooperating with the convex block pushing tow in the elastic claw so that the locking member is logical at this time
The pushing tow step that the elastic claw drives the connector shell mobile is crossed, it is of course also possible to be not provided with the pushing tow step.
The embodiment 4 of connector assembly of the invention, this implementation improve the locking member in embodiment 2 or 3, are locking
Tight part setting with the convex block pushing tow in the elastic claw for cooperating so that the locking member drives the connection by the elastic claw
The mobile pushing tow step of device shell, is equipped in the front side of the pushing tow step for accommodating the convex block on the locking member at this time
So that elastic claw can be to the escape groove of deformation on the outside of connector shell, naturally it is also possible to which the not escape groove can pass through at this time
The end face of locking member forms above-mentioned pushing tow step, and the front end of elastic claw is in the outside of locking member, can deform.
The embodiment 5 of connector assembly of the invention, this implementation improves the locking member in embodiment 4, in this reality
Shi Zhong is equipped with for accommodating the convex block so that elastic claw can be to connector on the locking member in the front side of the pushing tow step
The escape groove of hull outside deformation.
The embodiment 6 of connector assembly of the invention, this implementation to the unlocking structure in any one of embodiment 1 ~ 3 into
Row improves, and the unlocking structure includes the inclination solution locking face being arranged on the closing piece, for being in solution lock-bit and lock in locking member
Block presses during moving backward with the intermateable connector shell so that the closing piece and anticreep stopping surface disengagement, inclination
Solution locking face can be set on closing piece, also can be set on anticreep stopping surface, can use bevel structure, can also use arc
Face structure.
The embodiment 7 of connector assembly of the invention, this implementation improve the inclination solution locking face in embodiment 6, institute
Stating inclination solution locking face is that on the closing piece, rear end is arranged in the unlock inclined-plane being obliquely installed on the outside of connector shell.
The embodiment 8 of connector assembly of the invention, this implementation carry out the unlock piece in any one of embodiment 1 ~ 3
It improves, the locking member is locking cap, and the medial surface of the locking cap forms the tight lock part.In the present embodiment, locking cap
It can be directly oriented to and be cooperated with connector shell by medial surface, in addition guide frame can also be set.
In the present embodiment, locating piece can be arranged by elastic claw, positioning pin can also be set on locking cap, this is fixed
Position pin is elastically engaged with locking cap, can also be with releasable connection.
The embodiment 9 of connector assembly of the invention, this implementation improve the solution lock nut in embodiment 8, the company
It connects device shell and is equipped with the guide groove extended along the longitudinal direction, the locking cap is equipped with guiding movement and inserts to the guide groove
In guide part, the cell wall of the guide groove and one in the guide part are equipped with that locating slot, another is equipped with and is used for
The flexibly positioned positioning protrusion snapped fitted in the locating slot.The quantity of locating slot can be specifically arranged according to actual needs.
In the present embodiment, elastic positioning pin or elasticity can be set on one of them in guide part and connector shell
Ball is positioned, setting locating slot corresponding with elastic positioning pin or flexibly positioned ball on another.
In the present embodiment, anticreep guide structure can be set between guide part and guide groove, can also be not provided with guiding
Structure.
The embodiment 10 of connector assembly of the invention, this implementation to the locating slot in embodiment 9 along the longitudinal direction
On be equipped at intervals with two, the solution lock-bit and locking position of two locating slots and the locking member correspond.
The embodiment 11 of connector assembly of the invention, this implementation improves the positioning protrusion in embodiment 9, described
Guide part is equipped with the elastic strip that both ends are connect with guide part, and the elastic strip has for matching with the guide groove guiding movement
The guiding mating surface of conjunction, the positioning protrusion are arranged in the guiding mating surface.
The embodiment 12 of connector assembly of the invention, this implementation in embodiment 9 guide part and guide groove change
Into equipped with anticreep guide structure between the guide part and the guide groove.
Anticreep guide structure can use T-slot structure, can also use oat tail groove structure.
The embodiment 13 of connector assembly of the invention, this implementation change the Anti-releasing position limiting structure in embodiment 12
Into the guide groove is T-slot, and the guide part is the T-shaped structure with the guide groove shape adaptation, the T-slot and institute
The guide groove for stating T-shaped structure forms the anticreep guide structure.
The embodiment 14 of connector assembly of the invention, this implementation improve the locking cap in embodiment 8, the lock
Tight cap is equipped with locating piece, and the connector shell is equipped with the positioning knot for accommodating the locating piece and being moved forward and backward for it
Structure, the location structure include the preceding block and rear block of relative spacing setting in the longitudinal direction.
In the present embodiment, locating piece can be formed by positioning pin, positioning pin can be elastically engaged with locking cap at this time,
It is easily installed.
The embodiment 15 of connector assembly of the invention, this implementation improves the locking cap in embodiment 14, described
Flexible locating detent is set on locking cap, the locating detent is equipped with the locating piece to overhanging on the inside of locking cap, the locating piece
The locating piece is formed, and the locating piece has for making the positioning with preceding block or the press cooperation of rear block during installation
The top pressure face of pawl deformation.Preceding block can be formed by the way that step is in addition arranged.
The embodiment 16 of connector assembly of the invention, this implementation in embodiment 15 preceding block and rear block change
Into, the elastic claw has the extension to extend radially outwardly along connector, and the trailing flank of the extension forms the preceding block,
Rear side with outward extension erecting bed of the connector shell relative to the elastic claw, the leading flank of the erecting bed are formed
Block after described.
The embodiment 17 of connector assembly of the invention, this implementation is to the connector case in any one of embodiment 1 ~ 3
Body improves, and the connector shell is rectangular connector shell, and the elastic claw is opposite on the rectangular connector shell
There are two if.
The embodiment 18 of connector assembly of the invention, this implementation to the latch segment in any one of embodiment 1 ~ 3 into
Row improves, and the front side of the closing piece is equipped with the guide surface for guiding intermateable connector shell, naturally it is also possible to be not provided with this and draw
Guide face.
The embodiment 19 of connector assembly of the invention, this implementation is to the connector case in any one of embodiment 1 ~ 3
Body improves, and the inserted terminal of the connector shell has the insertion section for being inserted into intermateable connector shell, described
Elastic claw and the insertion section interval are arranged and the interval forms the grafting space for being inserted into for intermateable connector shell.Certainly,
Connector shell can not also be inserted into intermateable connector shell.
The embodiment 20 of connector assembly of the invention, this implementation improve the elastic claw in embodiment 19, the bullet
The overhang that pawl includes the extension to extend radially outwardly along connector shell and overhangs forward, overhang and connector shell
Between space form the grafting space, the projecting end of the overhang is arranged in the closing piece.Certainly, elastic claw can also be set
It is set to arc or curved configuration.
The embodiment of connector of the invention, the connector is identical as the structure of the plug in above-described embodiment, no longer
It repeats.
The embodiment of connector shell component of the invention, the reality of the connector shell component and above-mentioned connector assembly
The structure for applying the plug casing component in example is identical, repeats no more.
Claims (10)
1. connector shell component, the connector shell that including front end be inserted terminal, rear end is terminals, it is characterised in that: institute
State connector shell and be equipped with the elastic claw that overhangs forward, elastic claw be equipped with for the anticreep stopping surface on intermateable connector shell
The closing piece of anticreep block cooperation in the longitudinal direction, slidable fit has locking member along the longitudinal direction on connector shell, the locking
Part, which has, to be cooperated for radially pressing with the elastic claw in connector shell to prevent the closing piece and anticreep stopping surface from disengaging
Tight lock part, locking member has on its sliding stroke to be cooperated for limiting the tight lock part and the elastic claw block to stop
The locking position that closing piece and the anticreep stopping surface disengage, and for making the tight lock part avoid the solution lock-bit of the elastic claw, even
Connecing device housing unit further includes for that the closing piece and the anticreep stopping surface can be made to disengage when locking member is in solution lock-bit
Unlocking structure.
2. connector shell component according to claim 1, it is characterised in that: the elastic claw is equipped with to connector shell
Convex block that outside is protruded, for cooperating with the press of the tight lock part of locking member.
3. connector shell component according to claim 2, it is characterised in that: the convex block is integrally set with the closing piece
It sets.
4. connector shell component according to claim 2 or 3, it is characterised in that: the locking member be equipped with for
Convex block pushing tow in the elastic claw cooperates so that the top that the locking member drives the connector shell mobile by the elastic claw
Push away step.
5. connector, including connector shell component and the inserting core structure being arranged in connector shell component, the connection
Device housing unit includes the connector shell that front end is inserted terminal, rear end is terminals, it is characterised in that: the connector shell
Be equipped with the elastic claw that overhangs forward, elastic claw be equipped with for the anticreep stopping surface on intermateable connector shell in the longitudinal direction
The closing piece of anticreep block cooperation, slidable fit has locking member along the longitudinal direction on connector shell, the locking member have for
Connector shell radially presses the tight lock part cooperated to prevent the closing piece and anticreep stopping surface from disengaging, locking with the elastic claw
Part is on its sliding stroke with for making the tight lock part and the elastic claw block limit cooperation to stop closing piece to be prevented with described
Off-gear stops the locking position that emaciated face is opened, and for making the tight lock part avoid the solution lock-bit of the elastic claw, connector shell component
It further include the unlocking structure for that the closing piece and the anticreep stopping surface can be made to disengage when locking member is in solution lock-bit.
6. connector according to claim 5, it is characterised in that: the elastic claw is equipped with to protrusion on the outside of connector shell
, for the convex block with the press cooperation of the tight lock part of locking member.
7. connector according to claim 6, it is characterised in that: the convex block is wholely set with the closing piece.
8. connector assembly, including plug and socket, the plug includes plug casing component, and the socket includes socket shell
Body, the plug casing component includes plug casing, is inserted in the plug casing and the Socket casing equipped with what adaptation plugged together
Cored structure, it is characterised in that: the plug casing is equipped with the elastic claw to overhang forward, and the Socket casing is equipped with anticreep block
Face, elastic claw be equipped with for the anticreep stopping surface on Socket casing in the longitudinal direction anticreep block cooperation closing piece, plug
Slidable fit has locking member along the longitudinal direction on shell, the locking member have for plug casing radially with the elastic claw top
Tight lock part of the press-fit to prevent the closing piece and anticreep stopping surface from disengaging, locking member have on its sliding stroke for making
The locking position of tight lock part and elastic claw block limit cooperation to stop closing piece and the anticreep stopping surface to disengage is stated, and is used for
The tight lock part is set to avoid the solution lock-bit of the elastic claw, plug casing component further includes for can when locking member is in solution lock-bit
The unlocking structure for disengaging the closing piece and the anticreep stopping surface.
9. connector assembly according to claim 8, it is characterised in that: the elastic claw is equipped with to convex on the outside of plug casing
Out, for the convex block with the press cooperation of the tight lock part of locking member.
10. connector assembly according to claim 9, it is characterised in that: the convex block is wholely set with the closing piece.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810286408.8A CN110323628B (en) | 2018-03-30 | 2018-03-30 | Connector assembly, connector and connector shell assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810286408.8A CN110323628B (en) | 2018-03-30 | 2018-03-30 | Connector assembly, connector and connector shell assembly |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN110323628A true CN110323628A (en) | 2019-10-11 |
| CN110323628B CN110323628B (en) | 2021-02-05 |
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ID=68112052
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810286408.8A Active CN110323628B (en) | 2018-03-30 | 2018-03-30 | Connector assembly, connector and connector shell assembly |
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| Country | Link |
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| CN (1) | CN110323628B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2022227279A1 (en) * | 2021-04-27 | 2022-11-03 | 罗森伯格亚太电子有限公司 | Connector |
| CN116908968A (en) * | 2023-09-12 | 2023-10-20 | 无限光通讯(深圳)有限公司 | Optical fiber connector with error touch-proof and falling-off functions |
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| DE102015105832A1 (en) * | 2015-04-16 | 2016-10-20 | Wago Verwaltungsgesellschaft Mbh | Electrical connector and method for releasing an electrical connector |
| CN106252988A (en) * | 2016-07-29 | 2016-12-21 | 中航光电科技股份有限公司 | Adapter and connector assembly |
| CN206908040U (en) * | 2017-06-07 | 2018-01-19 | 永力实业有限公司 | Socket electric connector, plug electric connector and combination thereof |
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| CN104297861B (en) * | 2013-12-13 | 2016-08-31 | 中航光电科技股份有限公司 | A kind of optical fiber connector plug |
| US20150357758A1 (en) * | 2014-06-05 | 2015-12-10 | Chatsworth Products, Inc. | Electrical receptacle with locking feature |
| DE102015105832A1 (en) * | 2015-04-16 | 2016-10-20 | Wago Verwaltungsgesellschaft Mbh | Electrical connector and method for releasing an electrical connector |
| CN106252988A (en) * | 2016-07-29 | 2016-12-21 | 中航光电科技股份有限公司 | Adapter and connector assembly |
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| WO2022227279A1 (en) * | 2021-04-27 | 2022-11-03 | 罗森伯格亚太电子有限公司 | Connector |
| CN116908968A (en) * | 2023-09-12 | 2023-10-20 | 无限光通讯(深圳)有限公司 | Optical fiber connector with error touch-proof and falling-off functions |
| CN116908968B (en) * | 2023-09-12 | 2023-11-24 | 无限光通讯(深圳)有限公司 | Optical fiber connector with error touch-proof and falling-off functions |
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|---|---|
| CN110323628B (en) | 2021-02-05 |
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