CN1764017A - Connector and connector assembly - Google Patents
Connector and connector assembly Download PDFInfo
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- CN1764017A CN1764017A CN 200510116172 CN200510116172A CN1764017A CN 1764017 A CN1764017 A CN 1764017A CN 200510116172 CN200510116172 CN 200510116172 CN 200510116172 A CN200510116172 A CN 200510116172A CN 1764017 A CN1764017 A CN 1764017A
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Abstract
The present invention is for simplification the shape of a level shape connector. The connector has a return preventing portion (flexible locking piece 20 and return preventing portion 52) for preventing a lever 40 from returning from a standby position to a mount position, a locking means (flexible locking piece 20 and lock arm 47) for locking the lever 40 at a connection position. The flexible locking piece 20 of a first housing 10 (return preventing means, locking means) (one member) is engaged with the lock arm 47 of the lever 40 (other member), whereby the lever 40 is locked at the connection position. The shape of the first housing 10 can be simplified since it is not necessary to provide the first housing 10 with a locking means for exclusive use in addition to the flexible locking piece 20.
Description
The present invention relates to the connector of movable member type, relate in particular to lever-type connector, also relate to electrical connector with its setting.
Known lever-type connector structure makes, lever is installed on first shell, and move to the holding fix that keeps temporarily from this installation site, make the cam follower of second shell enter the cam groove of lever, and the process that lever is moved to link position from this state, connect two shells.
Such lever-type connector comprises the device that is used for lever is remained on temporarily the holding fix place, is used to prevent that lever is back to the anti-locking apparatus of returning of installation site and is used for lever lock is fixed on the locking device at link position place from holding fix.
The open No.H08-78091 of Japanese unexamined patent publication No. discloses an example of lever-type connector.
In existing lever-type connector, be used to prevent that lever is arranged from the locking device branch that holding fix is back to the device of installation site and is used for lever lock is fixed on link position.This has caused the problem of complex-shapedization of shell and lever.
And known lever-type connector essential structure makes that by connect the terminal edge of a pair of arm with the coupling part, this lever is U-shaped substantially, and this is arranged to first shell is remained between them to arm.Yet in this structure, this is stacked on top of each other to arm and shell, but increases the operation part of lever by the thickness that utilizes shell, can improve operability, but on the other hand, the increase of whole lever-type connector is inevitable.
Therefore, as being used to make the method that direction on miniaturization (reduce its height) be set of lever-type connector at shell and lever, can consider lever is formed basic plate shape, thereby only extend along the upper surface of first shell, and along the upper surface shift lever of first shell.Even under the situation of the lever of basic plate shape, if but because other parts of operation part and lever are the same thick, should operation part but be difficult to operation, so but also have only operation part to make thicklyer.
In lever-type connector, plate shape lever is placed on the upper surface of shell, and the degree of depth of lever-type connector and width increase along with the overlapping area of lever and shell and diminish.Yet, if but thicker operation part is placed on the upper surface of shell the increase of the height of lever-type connector.
In view of the above problems, the present invention improves, and its objective is the shape of simplifying connector and/or it is minimized.
According to the present invention, this purpose realizes by the feature of independent claims.The preferred embodiments of the present invention are themes of dependent claims.
According to the present invention, the connector of a movable member is provided, comprising:
Shell, movable member can be installed in this shell or be installed on this shell, wherein when at movable member after the installation site moves to holding fix, make when cam follower to small part enters the cam groove of movable member, movable member can carry out cam action with being arranged on the cam follower that cooperates in the shell, and, movable member shell can be connected with cooperating shell by being moved to link position from holding fix
Return anti-locking apparatus, be used to prevent that movable member is back to the installation site from holding fix, and
Locking device is used for movable member is remained on the link position place substantially,
It is characterized in that the returning anti-locking apparatus that is arranged on the member in shell or the movable member can cooperate with the locking device on another member in being arranged on shell and movable member.
According to a preferred embodiment of the invention, by returning cooperating of locking device on anti-locking apparatus and another member on the member, movable member remains on the link position place substantially.
Because by being arranged on cooperating of locking device on another member in the returning anti-locking apparatus and being arranged on shell and movable member on the member in shell and the movable member, movable member locks or is positioned at the link position place substantially, so except returning anti-locking apparatus, the locking device of special use need be set on a member.Therefore, be provided with the anti-locking apparatus of returning of special use with this member and compare, can simplify the shape of this member with the situation of the special locking device that uses.
According to a preferred embodiment of the invention, one lever-type connector also is provided, wherein lever is installed on first shell, at lever after the installation site moves to holding fix, make the cam follower of second shell enter the cam groove of lever, and by lever is moved to link position from holding fix, first and second shells are connected, comprising:
Return anti-locking apparatus, be used to prevent that movable member is back to the installation site from holding fix, and
Locking device is used for movable member is remained on the link position place,
It is characterized in that the returning anti-locking apparatus that is arranged on the member in first shell or the movable member can cooperate with the locking device on another member in being arranged on first shell and lever, reaches
By returning cooperating of locking device on anti-locking apparatus and another member on the member, lever remains on the link position place.
Because by being arranged on cooperating of locking device on another member in the returning anti-locking apparatus and being arranged on shell and lever on the member in shell and the lever, movable member locks or is positioned at the link position place substantially, so except returning anti-locking apparatus, the locking device of special use need be set on a member.Therefore, be provided with the anti-locking apparatus of returning of special use with this member and compare, can simplify the shape of this member with the situation of the special locking device that uses.
Preferably, the anti-locking apparatus that returns on member comprises flexible locking piece, this flexible locking piece elastically deformable, with another member on locking device break away from and cooperate.
More preferably, under shell and the situation that cooperates shell to be connected, the cooperation shell will be positioned at a member on return anti-locking apparatus, the flexible locking piece position of keeping in touch preferably.
More preferably, by with cooperate contacting of shell, prevent this flexible locking piece with another member on locking device break away from the direction that cooperates mobile.
Most preferably, on member to return anti-locking apparatus be flexible locking piece, this flexible locking piece elastically deformable, with another member on locking device break away from and cooperate,
Under first and second shells situation connected to one another, second shell is positioned at the position of keeping in touch with flexible locking piece, and
By with the contacting of second shell, prevented flexible locking piece with another member on locking device break away from the direction that cooperates mobilely.
Under the situation that first and second shells correctly connect each other, second shell contact with flexible locking piece, thus can prevent flexible locking piece with direction that locking device disengaging on another member cooperates on mobile.So by the cooperation of the locking device on flexible locking piece and another member, the reliability of lock function is higher.
According to another preferred embodiment of the invention, connector also comprises connecting prevents locking apparatus, and the anti-locking apparatus of this connection preferably includes the locking piece of elastically deformable, and is suitable for preventing that movable member from moving to link position from holding fix.
Preferably, cooperate the cancellation part of shell can make elastic locking spare strain, making cam follower to small part enter in the process of cam groove, the mobile state that prevents of the movable member that keeps by elastic locking spare with cancellation.
More preferably, in lever-type connector, also be provided with one and connect anti-locking apparatus, it comprises the locking piece of elastically deformable, and be suitable for preventing that lever from moving to link position from holding fix, wherein second shell comprises the cancellation part, this cancellation part is used to make elastic locking spare strain, with the mobile state that prevents of cancellation lever in that cam follower is entered in the process of cam groove.
Cam follower is entered in the process of cam groove, and the cancellation of second shell partly makes the elastic locking spare strain that connects anti-locking apparatus, moves to link position to allow lever.Therefore, connect anti-locking apparatus and can not cancel and prevent state, this has formed better operability.
Most preferably, this movable member is plate shape on the whole substantially.
According to the present invention, a movable member connector also is provided, in the claim or multinomial described connector especially as described above comprise:
Shell,
Terminal-containing section is used for holding at least one clamped nipple to small part,
The seal tower part of basic tubulose is used for holding and will being installed on the rear end of clamped nipple or near the elastic plug it to small part, and has the height shorter than terminal-containing section,
Movable member can be provided with movably with respect to shell, is essentially plate shape, thereby only extends along a surface of shell basically, but and have an operation part,
It is characterized in that:
Seal tower partly is positioned at from the position of clamped nipple holding portion skew (shift), thereby its axis centre is positioned at substantially with respect to short transverse below the central authorities of terminal-containing section, and
But operation part will be at least partially housed in the spatial accommodation, and this spatial accommodation limits adjacently with the seal tower part substantially by the respective surfaces of terminal-containing section and the difference in height between the seal tower respective surfaces partly.
According to a preferred embodiment of the invention, but operation part is thicker than other parts, and shape is processed in the process of mobile movable member to small part is placed on the respective surfaces of shell.
According to another preferred embodiment of the invention, also provide a lever-type connector, comprising:
Terminal-containing section is used for holding at least one clamped nipple to small part,
The seal tower part of basic tubulose is used for holding and will being installed on the rear end of clamped nipple or near the elastic plug it to small part, and has the height shorter than terminal-containing section,
Movable member can be provided with movably with respect to shell, is essentially plate shape, thereby only extends along a surface of shell basically, but and have an operation part,
It is characterized in that:
Seal tower partly is positioned at the position from clamped nipple holding portion skew, thereby its axis centre is positioned at substantially with respect to short transverse below the central authorities of terminal-containing section, and
But operation part will be at least partially housed in the spatial accommodation, and this spatial accommodation limits adjacently with the seal tower part substantially by the respective surfaces of terminal-containing section and the difference in height between the seal tower respective surfaces partly.
Note the following fact, shell comprises terminal-containing section and highly is shorter than the seal tower part of terminal-containing section, and the sealing tower section offsets downward with respect to terminal-containing section, spatial accommodation is limited to seal tower part top, and can but thicker operation part be contained in this spatial accommodation to small part in the present invention. adopt this structure, partly be arranged on the situation of terminal-containing section equal height with seal tower and compare, can guarantee the big height of spatial accommodation, but and be positioned at the lower position place by upper surface with operation part, can reduce the height of whole lever-type connector.
Preferably, seal tower part basic side is made thinlyyer than other zone to the thickness of the upper area of spatial accommodation.
Because seal tower is partly made thinlyyer than other zone in the face of the upper area of spatial accommodation, so but the position that can reduce operation part, to realize further reducing of whole lever-type connector height.
More preferably, movable member is being remained under the situation at link position place, but operation part will be at least partially housed in the spatial accommodation, but and the outer surface of operation part basic with the concordant location of the outer surface of shell or be positioned at its inboard.
More preferably, lever is being remained under the situation at link position place, but operation part be contained in the spatial accommodation, but and the outer surface of operation part with the concordant location of the outer surface of shell or be positioned at its inboard.
Lever is being remained under the situation at link position place, but operation part be contained in the spatial accommodation, but and the outer surface of operation part and the concordant location of the outer surface of shell, perhaps be positioned at its inboard.So, but with the possibility that does not exist exterior materials from following interference operation part, but and can prevent to break away from owing to exterior materials interference operation part makes lever and shell.
According to the present invention, a kind of electrical connector also is provided, it comprises the invention described above or the described connector of its preferred embodiment, and the matching connector that can be attached thereto.
After the detailed description to preferred embodiments and drawings below reading, these and other purposes of the present invention, feature and advantage will become clearer and more definite.Although it is described separately should be appreciated that each embodiment, its single feature also can be combined among other embodiment.
Accompanying drawing 1 is the plane graph of first shell, shows the state that lever in a preferred embodiment of the present invention is in the installation site,
Accompanying drawing 2 is plane graphs of this first shell, shows the state that lever is in holding fix,
Accompanying drawing 3 is plane graphs of this first shell, shows the state that lever is in link position,
Accompanying drawing 4 is plane graphs, shows the state that cam follower is in the cam groove inlet,
Accompanying drawing 5 is plane graphs, shows the state that two shells connect,
Accompanying drawing 6 is rearviews of this first shell, shows the state that lever is in the installation site,
Accompanying drawing 7 is rearviews of this first shell, shows the state that lever is in holding fix,
Accompanying drawing 8 is rearviews of this first shell, shows the state that lever is in link position,
Accompanying drawing 9 is plane graphs of this first shell,
Accompanying drawing 10 is front views of this first shell,
Accompanying drawing 11 is rearviews of this first shell,
Accompanying drawing 12 is the cutaway views along the line A-A of accompanying drawing 9,
Accompanying drawing 13 is the cutaway views along the line B-B of accompanying drawing 9,
Accompanying drawing 14 is plane graphs of lever,
Accompanying drawing 15 is front views of lever,
Accompanying drawing 16 is rearviews of lever,
Accompanying drawing 17 is bottom views of lever,
Accompanying drawing 18 (a) is the cutaway view along the line C-C of accompanying drawing 2, and accompanying drawing 18 (b) is the cutaway view along the line D-D of accompanying drawing 4,
Accompanying drawing 19 (a) is the cutaway view that flexible locking piece state of strain the process that lever is moved to holding fix from the installation site is shown, and accompanying drawing 19 (b) is the cutaway view along the line E-E of accompanying drawing 2,
Accompanying drawing 20 is the cutaway views along the line F-F of accompanying drawing 5,
Accompanying drawing 21 is the cutaway views along the line G-G of accompanying drawing 5,
Accompanying drawing 22 is the cutaway views along the line H-H of accompanying drawing 3,
Accompanying drawing 23 is plane graphs of second shell,
Accompanying drawing 24 is front views of this second shell,
Accompanying drawing 25 is the cutaway views along the line I-I of accompanying drawing 23.
Hereinafter, 1 to 25 a preferred embodiment of the present invention is described with reference to the accompanying drawings.The connector structure one-tenth of the described movable member type of present embodiment (preferably level type) is connected to each other first shell 10 by the use movable member or under it helps and separates with second shell 60, preferably include lever 40.The side that will be connected with another shell of shell 10/60 is referred to as front or front side.
This terminal-containing section 11 comprises laterally than long rectangular body part 12 with to the tubulose assembled portion 13 of small part around this main part 12.Assembling recess 14 is formed between this main part 12 and the tubulose assembled portion 13, and this assembling recess is preferably along basic also open forward continuously (with the identical direction of direction CD (forward and backward directions FBD) that is connected with second shell 60) of circumferencial direction.One or more, for example three cavitys 15 are preferably in the horizontal substantially row (although formed three cavitys in the present embodiment, also can form, two, four or more cavitys) of formation in the main part 12.
Tubulose assembled portion 13 laterally (on) wall 13W is formed with (preferably being substantially rectangle) notch 16, this notch extends back substantially from the mid portion (preferably substantially from middle body) of leading edge or marginal portion.It is outstanding that (preferably being substantially rectangle) holding portion 18 (as the anti-locking apparatus of preferred connection) is formed on back laterally (right side) corner of notch 16, and this holding portion preferably passes through elbow or basic horizontal (right side) with notch 16 of basic quadrant arc is surperficial continuous.Central authorities or intermediate support 17C are formed on this notch 16 back, promptly be positioned at seal tower part 25 laterally (on) the front end place on surface, these central authorities or intermediate support preferably with tubulose assembled portion 13 horizontal (on) wall 13W is in essentially identical height or concordant substantially with it.Similarly, seal tower part 25 laterally (on) the front end place on surface, first horizontal (left side) bearing 17L and second horizontal (right side) bearing 17R are formed on relative laterally (left side and right) side of central authorities or intermediate support 17C, preferably with tubulose assembled portion 13 horizontal (on) wall 13W is in essentially identical height and/or concordant substantially with it.With respect to forward and backward directions FBD, the rear end of the rear end of central authorities or intermediate support 17C and first horizontal (left side) bearing 17L preferably is positioned at essentially identical position, and/or the rear end of second horizontal (right side) bearing 17R preferably is positioned at the rear ends of central authorities or intermediate support 17C and first horizontal (left side) bearing 17L, promptly with essentially identical position, the rear end of seal tower part 25 (concordant with it).
(preferably being substantially columniform) bolster 19 central authorities or intermediate support 17C laterally (on) give prominence on the surface, its axis centre goes up at vertical direction VD (or in the angle that is not equal to 0 or 180, preferably being basically perpendicular on the direction of forward and backward directions FBD and/or Width WD) substantially extends.One or more, preferably a pair of maintenance projection 19a is formed on the upper end or the far-end of bolster 19, and this keeps projection radially giving prominence on (laterally TD or Width WD) substantially.(preferably being substantially cantilever shape) but flexible or deflection locking piece 20 (as preferably returning anti-locking apparatus and/or locking device) be formed between central authorities or intermediate support 17C and first horizontal (left side) bearing 17L, this locking piece substantially backward or along forward and backward directions FBD from tubulose assembled portion 13 laterally (on) the position extension of horizontal (left side) side of the bolster 19 of the rear end of wall 13W.This flexible locking piece 20 has locking projection 20a at basic side on to the outer surface of the extending end (rear end) of the spatial accommodation 26 that will be described later or upper surface, and can be supporting point with its basic end preferably, strain becomes substantially up and down (or outwards and inwardly or on the direction that intersects with forward and backward directions FBD) to tilt.On the other hand, by with tubulose assembled portion 13 laterally (on) outer surface of wall 13W or upper surface be substantially in the position depression at horizontal (right side) side place of bolster 19, also between central authorities or intermediate support 17C and second horizontal (right side) bearing 17R, be formed with basic with assemble that recess 14 is connected withdraw from recess 21.Similar with flexible locking piece 20, this withdraws from recess 21 and also is connected with spatial accommodation 26 substantially.This withdraws from substantially laterally (or along the angle that is not equal to 0 or 180 substantially, preferably being basically perpendicular to the direction of the closure CD of two shells 10, the 60) setting of recess 21, bolster 19 and flexible locking piece 20.
One or more, preferably a pair of laterally (left side and right) plate shape pressing part 22R, 22L be arranged on tubulose assembled portion 13 laterally (on) wall 13W top.This one or more pressing part 22R, 22L preferably be basically parallel to tubulose assembled portion 13 laterally (on) wall 13W be provided with and/or with tubulose assembled portion 13 laterally (on) wall 13W at interval with the essentially identical distance of thickness of projection 51L, the 51R of lever 40.
(right side) pressing part 22R is narrower on the whole and longer along forward and backward directions FBD substantially, be arranged on from horizontal (right side) edge of notch 16 and extend to the zone at corresponding (right side) edge of tubulose assembled portion 13, and its front edge and/or laterally (right side) edge preferably basic with tubulose assembled portion 13 laterally (on) wall 13W (supports thereon) continuously.(right side) pressing part 22R crosses over the zone that extends to the position that is positioned at second horizontal (right side) bearing 17R front slightly from the front end of tubulose assembled portion 13, and its horizontal (left side) edge is preferably formed as and is arc or curved edge part 22Ra, this marginal portion preferably is in substantially the arc form concentric with bolster 19 substantially, and straight substantially marginal portion 22Rb and curved edge part 22Ra smooth and continuous, and extend to the rear end along forward and backward directions FBD substantially straightly.
On the other hand, another (left side) pressing part 22L is arranged on from horizontal (left side) edge of notch 16 and extends to the zone at corresponding (left side) edge of tubulose assembled portion 13, and/or its front edge and/or laterally (left side) edge basic with tubulose assembled portion 13 laterally (on) wall 13W (supports thereon) continuously, this pressing part is narrower substantially and longer along forward and backward directions FBD on the whole, and is slightly wideer than (right side) pressing part 22R simultaneously.Another (left side) pressing part 22L crosses over the zone that extends to the rear end of first horizontal (left side) bearing 17L from the front end of tubulose assembled portion 13, and it laterally forms arc or curved edge part 22La in (right side) edge, this marginal portion preferably is in substantially the arc form concentric with bolster 19 substantially, and straight substantially marginal portion 22Lb and curved edge part 22La smooth and continuous and extend up to the rear end along forward and backward directions FBD substantially straightly.The direction protrusion 55 of the lever 40 that will be described later for fear of interference, curved edge part 22La has been preferably formed as one or more, for example two recesses 23.
Horizontal open horizontal (right side) direction recess 24R of (left side) side and rear side be formed on (right side) pressing part 22R and tubulose assembled portion 13 laterally (on) between the wall 13W towards bolster 19 extensions.On the other hand, open horizontal (left side) the direction recess 24L of relative horizontal (right side) side and rear side be formed on another (left side) pressing part 22L and tubulose assembled portion 13 laterally (on) between the wall 13W towards bolster 19 extensions.
Seal tower part 25 is preferably formed as from the rear end of terminal-containing section 11 and extends back, and wherein it highly is arranged to be shorter than substantially the height of terminal-containing section 11 (tubulose assembled portion 13).Seal tower part 25 comprises one or more, and three cylindrical part 25a for example, this cylindrical part are horizontally installed on the height identical with corresponding one or more cavity 15 substantially, and/or on the height that adapts with it substantially.The axis centre height of respective cylindrical part 25a preferably is arranged to be lower than with respect to short transverse HD (perhaps to be not equal to 0 or 180 angle, preferably being basically perpendicular to the direction of forward and backward directions FBD and/or Width WD) middle position of terminal-containing section 11 (tubulose assembled portion 13).By preferably with respect to terminal-containing section 11 downward or horizontal hydrodynamic reciprocating sealing tower sections 25, the bottom of sealing tower section 25 preferably is positioned at the identical height place of basal surface of fundamental sum terminal-containing section 11, and/or the upper end of seal tower part 25 is preferably lower than the upper surface of terminal-containing section 11 (tubulose assembled portion 13).Because the difference in height between terminal-containing section 11 and the seal tower part 25, so above the open spatial accommodation 26 of upside, left side, right side and rear side is formed on seal tower part 25.
Each female terminal fitting 30 preferably substantially on forward and backward directions FBD integral body narrower and longer, its middle front part (preferably being first half substantially) is (preferably being substantially rectangle) tube portion 31, and rear portion (preferably being latter half of substantially) is for preferably being in the line coupling part 32 of open bobbin form.This line coupling part 32 will be connected (preferably by crimping or crooked or be folded into connections) with line 33, and the forward end seal ground of tubulose elasticity (preferably rubber) plug 34 assembles on online 33 or is assembled on the line 33.Female terminal fitting 30 will be from the inserting side, preferably is inserted in the cavity 15 to small part substantially from behind, will be locked by lock part 15a.The part that elasticity (rubber) plug 34 is positioned at 32 back, line coupling part has bigger external diameter, and this diameter major part 34a will be substantially hermetically keeps in touch with the interior perimeter surface of seal tower part 25.Maintenance 35 preferably will be from installation side, preferably be installed on the main part 12 of first shell 10 from the front substantially, and the elasticity that is used for the part that links to each other with socket 62 is sealed (preferably rubber) sealing ring 36 will be installed in the rear end of the outer surface of main part 12, come off forward thereby retainer 35 prevents sealing ring 36.
Next, lever (as preferred movable member) 40 is described.
It is circular that lever main body 41 is preferably in basic in the plane graph, but forms comb shape notch in the back-end region of almost circular neighboring area or near it.(preferably being substantially circular) dead eye 42 vertically penetrates in the centre position of lever main body 41 (preferably substantially in central authorities), and one or more, preferably a pair of laterally (left side and/or right) arc keep edge 42a from the interior axle edge of dead eye 42 to projecting inward.Substantially the central authorities that are positioned at dead eye 42 are formed on dead eye 42 fronts of lever main body 41 towards circumferencial direction and the cam groove 43 that radially all tilts.The inlet 43a of cam groove 43 slightly laterally forms opening in (having mutually) mobile position at the place, neighboring of lever main body 41 from front end.
Substantially laterally (the preferably left side) of the rear end of lever main body 41 but the effect of operation part 44 is played in the zone.But should operation part 44 comprise the supporting part 45 that protrudes from the back edge of lever main body 41 downwards, one or more, preferably a pair of laterally (left side and/or right) finger placement part 46L, 46R, with at least one lock arm 47 (as preferred locking device), the position of lever main body 41 tops is upwards erect or be projected into to this finger placement part from laterally (left side and/or right) end of supporting part 34.
Laterally (left side and right) projection 51L, 51R radially outward protrudes with one heart from the regional basic and lever main body 41 except back edge of lever main body 41.The thickness of projection 51L, 51R preferably is that it is only about half of less than the thickness of lever main body 41 substantially, and its lower surface is continuous and/or concordant substantially with horizontal (descending) surface of lever main body 41.Therefore, the upper surface of projection 51L, 51R be preferably lower than lever main body 41 laterally (on) surface, thereby form step.(left side) projection 51L is formed on front end from one (left side) finger placement part 46L towards lever main body 41 and extends or extend to the zone of front end of lever main body 41, and its leading edge is transversely TD extension substantially straightly, thereby the neighboring of basic and lever main body 41 is tangent.On the other hand, another (right side) projection 51R is formed on the zone that extends to the position (being positioned at the position of the front end back of lever main body 41) that is arranged in dead eye 42 fronts slightly from the rear end of lever main body 41, and its size along forward and backward directions FBD is substantially equal to the width of the notch 16 of first shell 10.And from radially outward outstanding one or more of the opposite side of the inlet 43a of cam groove 43, preferably a pair of direction protrusion 55 is formed on the position before the projection 51R of another (right side) on the neighboring of lever main body 41.Direction protrusion 55 preferably has the essentially identical thickness with projection 51L, 51R, and/or similar with bossing 51L, 51R, and is continuously basic and concordant substantially with the lower surface of lever main body 41.
Return and prevent that part 52 (as preferably returning anti-locking apparatus) is formed on lever main body 41 and is positioned at before the lock arm 47 or near the position it.Return and prevent that part 52 from substantially vertically penetrating lever main body 41, and have substantially along with dead eye 42 being the radially narrower of center and long shape.This returns and prevents that part 52 preferably equals the distance of bolster 19 to lock hole 49 substantially from the distance of dead eye 42.And, substantially prevent that from returning part 52 from extending to the withdrawing from the lower surface that groove 53 is preferably formed in lever main body 41 of basic arc of lock arm 47.
Elastic locking spare 54 (as the anti-locking apparatus of preferred connection) is formed on horizontal (right side) the side place in lever main body 41 middle (center) bearing holes 42.Elastic locking spare 54 preferably is in the form of cantilever substantially, and this cantilever is narrower and longer along forward and backward directions FBD, and/or extends to the back of lever main body 41 from its front end.The rear portion of elastic locking spare 54 (preferably being latter half of substantially, perhaps in the zone of the side of protruding terminus) is outstanding below lever main body 41.Strain that this elastic locking spare 54 can be substantially up and down (or outwards and inwardly or be on the direction that forward and backward directions FBD intersects) tilts as supporting point with its basis terminal (front end) simultaneously.
Next, second shell 60 is described.
Second shell 60 is made by for example synthetic resin, and is the integral body or the single device of housing main body 61 (preferably being in laterally long bulk form substantially) and socket 62, and this socket preferably is in the form of the rectangular tube of giving prominence to forward from housing main body 61.One or more male terminal joint 63 is from the inserting side, preferably be inserted in the housing main body 61 to small part substantially from behind, with by the locking of one or more lock parts, and it is outstanding substantially forward at least partially in socket 62 to be arranged in the tongue piece 63a at front end place of male terminal joint 63.At the outer wall of socket 62 or laterally (on) outer surface of wall or laterally (on) on the surface, cam follower 64 is formed on centre position (preferably substantially in width central authorities) and locates, and near the front end of socket 62.This cam follower 64 preferably is substantially round, and upwards or outwards gives prominence to, and makes its central shaft primary orientation on vertical direction VD.Simultaneously, outside socket 62 (on) wall outside (on) on the surface, one or more, preferably a pair of laterally (left side and right) cancellation part 65 is formed on preferably relative substantially laterally (left side and/or right) side of cam follower 64, and this cancellation is partly extended along forward and backward directions FBD (being basically parallel to the direction with the closure CD of first shell 10) substantially straightly.The floor that these cancellation parts 65 preferably project upwards from upper wall.
Next, the function of present embodiment is described.
When lever 40 being assemblied on first shell 10, lever 40 is arranged so that another (right side) projection 51R is positioned at the front end place, and nearer from the top and first shell 10.Like this, as shown in accompanying drawing 1, lever main body part 41 to small part is assembled to laterally in the space between (left side and right) pressing part 22R, 22L; Another (right side) projection 51R is assembled in the notch 16 to small part; One or more, preferably a pair of direction protrusion 55 to small part is assembled in the recess 23; And dead eye 42 cooperates with bolster 19, makes the maintenance projection 19a of bolster 19 pass gap between a pair of maintenance edge 42a of dead eye 42 simultaneously.Resulting position is the installation site MP of lever 40.In this state, pushing of lower surface by being subjected to lever main body 41, flexible locking piece 20 downward strains, and the lateral part of operation part 44 but (preferably being right half part substantially) be at least partially housed in the spatial accommodation 26, but and the relative part of operation part 33 (preferably being left-half substantially) is outstanding backward from the rear end surface of first shell 10.Lever main body 41 best near small parts be placed on tubulose assembled portion 13 laterally (on) outer surface of wall 13W, first horizontal (left side) bearing 17L and central authorities or intermediate support 17C or horizontal (on) on the surface, but be not placed on the upper surface of second horizontal (right side) bearing 17R.
In this state, but the horizontal promotion (left) that (left side) finger part 46 of operation part 44 is subjected to or can be pointed, thus lever 40 preferably turns clockwise around bolster 19 or rotates about 45 degree, will move to holding fix SP.In rotation process, the external peripheral surface of lever main body 41 is (left side and/or right) curved edge part 22La substantially transversely, 22Ra slides, simultaneously lever main body 41 preferably not only be placed on substantially tubulose assembled portion 13 laterally (on) wall 13W, first (left side) bearing 17L and central authorities or intermediate support 17C outer (on) on the surface, and be placed on second (right side) bearing 17R outer (on) on the surface, and flexible locking piece 20 slides into substantially with the lower surface of lever main body 41 and contacts substantially, simultaneously outwards basic or down to the small part strain, as shown in accompanying drawing 19 (a).When lever 40 arrives holding fix SP, the returning of lever 40 prevents that part 52 is basic and cooperates with the locking projection 20a of flexible locking piece 20 of elastic return on (Return-ing direction) in the counterclockwise direction, as shown in accompanying drawing 2 and 19 (B), and this cooperation prevents that the lever 40 that is positioned at holding fix SP place from returning towards installation site MP (counter clockwise direction or Return-ing direction) with respect to first shell 10.At holding fix SP place, the extending end of elastic locking spare 54 (cooperates direction) in the clockwise direction with the holding portion 18 of first shell 10 and goes up cooperation, as shown in accompanying drawing 2 and 18 (a), and this cooperation prevents that preferably the lever 40 that is positioned at holding fix SP place from rotating towards link position CP (clockwise direction or cooperation direction) with respect to first shell 10.In this way, preferably lever 40 can be remained on holding fix SP place, prevent from simultaneously rotating forward with on the rightabout.
Similarly, remain at lever 40 under the situation at holding fix SP place, the front portion of operation part 44 but (preferably being right first half substantially) is at least partially housed in the spatial accommodation 26, and the rear end surface of its rear portion (preferably being that a left side is latter half of substantially) to small part from first shell 10 is outstanding backward, as shown in accompanying drawing 2.And, the maintenance edge 42a of dead eye 42 is from following or inboardly cooperate with the maintenance projection 19a of bolster 19 substantially, and horizontal (a right and/or left side) projection 51R, 51L is assembled to laterally among (a right and/or left side) direction recess 24R, 24L to small part respectively, thereby pressing part 22R, 22L cooperate with the upper surface of projection 51R, 51L.These cooperations can prevent lever 40 with respect to upwards the relatively moving of first shell 10 (perhaps moving along the rotation axis of lever 40) substantially, and promptly it breaks away from from first shell 10.And the inlet 43a basic side that has formed cam groove 43 forward, with the state of basic side to notch 16, promptly allows cam follower 64 to enter the state of cam groove 43 from the front to small part.
Under this state SP, second shell 60 is connected with first shell 10 from the front.After connecting, socket 62 slightly is assembled in the assembling recess 14.Like this, cam follower 64 is by the gap between the direction protrusion 55, so that small part enters among the inlet 43a of cam groove 43, as shown in accompanying drawing 4, and the cancellation part that enters notch 16 to small part contacts with the lower surface of elastic locking spare 54 substantially, to make progress or outside resilient movement elastic locking spare 54, as shown in accompanying drawing 18 (b).The resilient movement of elastic locking spare 54 is the interlocking state of elastic locking spare 54 and holding portion 18, prevents that promptly lever 40 (cooperating on the direction) from cancelling substantially from the state that holding fix SP turns to link position CP.
Subsequently, can operate obliquely or but horizontal (left side) that promote operation part 44 pointed and to be prevented part 46L to the left front with finger, but thereby by will operation part 44 around bolster 19 preferably clockwise (cooperation direction) rotate about 45 degree, make lever 40 on the cooperation direction, move or move to link position CP towards link position CP.Along with the rotation of lever 40, second shell 60 is pushed in first shell 10 by the cam action that cooperation caused (the extraordinarily action of power) of cam groove 43 and cam follower 64.When lever 40 arrived the link position places, two shells 10,60 arrived correct connection status, and tongue piece 63a enters rectangular tube part 31 to small part, to be electrically connected male terminal joint 63 and female terminal fitting 30.In other words, but can realize or help the connection of two shells 10,60 as the operation of the lever 40 of preferred control member.
In the process of rotating lever 40, elastic locking spare 54 (to the right) transversely slantingly backward moves, and contacts with the upper surface slide of cancellation part 65 and holding portion 18, makes progress simultaneously or outside resilient movement.When lever 40 is basic when arriving link position CP, elastic locking spare 54 is to the small part elastic return, so that small part falls into or enter and withdraw from recess 21, as shown in accompanying drawing 20.And another (right side) projection 51R is retained to small part and is assembled among (right side) direction recess 24R, and (right side) direction protrusion 55 a to small part is assembled among (right side) direction recess 24R, is assembled among the direction recess 24L of another (left side) thereby (left side) projection 51L is retained to small part.In this way, prevent that preferably the periphery of lever 40 from rising (upwards separating from first shell 10), thereby can stably rotate or operation or actuating linkage 40.
Similarly, in the process of link position CP rotating lever 40, locking projection 20a relatively moves towards lock arm 47 in withdrawing from groove 53 on cooperating direction, and flexible locking piece 20 is not carried out resilient movement.Preferably just before lever 40 arrives link position CP, the front end of locking projection 20a and lock arm 47 is interfering with each other.At this moment, owing to the front end that is assembled to the upper wall that assembles the socket 62 in the recess 14 to small part contacts with flexible locking piece 20 substantially from following, so prevented the downward or outside resilient movement of flexible locking piece 20.Therefore, the front end of lock arm 47 moves past locking projection 20a, and lock arm 47 resilient movement upwards.
When lever 40 basic arrival link position CP places, flexible locking piece 20 makes locking projection 20a contact with lock hole 49 substantially with lock arm 47 strains, as shown in accompanying drawing 3 and 21.At this moment, the edge of lock hole 49 contacts on (release direction) in the counterclockwise direction with locking projection 20a substantially, and this cooperation prevents that the lever 40 that is positioned at link position CP place is back to holding fix SP (counter clockwise direction or release direction) backward with respect to first shell 10.At this moment and since socket 62 from following contact preventing with it downwards basic the or resilient movement that outwards (breaks away from the direction that cooperates) of flexible locking piece 20 with lock hole 49, so locking projection 20a and lock hole 49 can unexpectedly each other not break away from cooperation.And corresponding (left side) end of horizontal (left side) finger placement part 46L and supporting part 45 (cooperation direction) in the clockwise direction upward cooperates with the rear end surface of first horizontal (left side) bearing 17L substantially.In this way, lever 40 is locked in link position CP place substantially, prevents that simultaneously it from rotating forward with on the rightabout.Similarly, be positioned at lever 40 under the situation at link position CP place, but preferably whole substantially operation part 44 is contained in the spatial accommodation 26, but and the rear end surface of operation part 44 (supporting part 45 and laterally (left side and right) finger placement part 46L, 46R) concordant with the rear end surface of the seal tower part 25 of first shell 10 substantially.
For two shells 10,60 connected to one another are separated, with the finger from the outside or the top finger contact portion 50 of lock arm 47 is pushed downwards or inwardly, thereby lock arm 47 makes progress or outside resilient movement, so that breaking away from locking projection 20a, lock hole 49 cooperates, make lock arm 47 distortion in complex way, shown in the platform in the accompanying drawing 21.So, allow lever 40 to move, and can rotate or rotation towards holding fix SP in this state towards holding fix SP (Return-ing direction).In rotation or rotary course, the cam action that cooperation caused of cam follower 64 and cam groove 43 promotes second shell 60 forward with respect to first shell 10, thereby makes two shells 10,60 separate, and perhaps helps to separate.
As mentioned above, because in the present embodiment, the flexibility or the elastic locking spare 20 that are arranged on first shell 10 cooperate or can cooperate with it with the lock arm 47 of lever 40, with with lever 40 locking be positioned at link position CP place or its near, so except flexible locking piece 20, first shell 10 does not need to be provided with the locking device of special use.So, be provided with the anti-locking apparatus of returning of special use with first shell and compare with the situation of the special locking device that uses, can simplify the shape of first shell 10 in the present embodiment.
And, under first shell 10 and situation that second shell 60 is connected, second shell 60 and flexible locking piece 20 contact or cooperation or interaction prevent or hindered flexible locking piece 20 breaking away from mobile on the direction that cooperates with lock arm 47.Therefore, the reliability of the lock function of the cooperation of flexible locking piece and lock arm 47 is higher.
At lever is basic U-shaped, and shell is remained on wherein and be bearing under the situation on the shell by axle support structure, lever is installed on the shell, simultaneously two arms all strain to widen spacing therebetween.So assembly manipulation is relatively poor.In contrast, because lever 40 be a plate shape substantially in the present embodiment, thereby an outer surface just to small part along first shell extends, thus elasticity of demand distortion lever 40, thus installation and assembly manipulation are better.
In the process of shift lever 40, projection 51L, 51R assemble or are inserted among direction recess 24L, the 24R to small part, move from first shell 10 on detaching direction to prevent lever 40.So, can stablize moving of lever 40.
Because lock arm 47 and flexible locking piece 20 are arranged near the office, auxiliary section of (left side) projection 51L and another (left side) direction recess 24L or its, so near (left side) projection 51L of lock arm 47 and flexible locking piece 20 and the cooperation of another (left side) direction recess 24L prevent that safely the lever 40 and first shell 10 from relatively moving on detaching direction.Therefore, lock arm 47 and flexible locking piece 20 can stably cooperate, and lever 40 can be locked in link position CP place safely.
And, note the following fact, shell comprises that terminal-containing section 11 and seal tower part 25 have the height shorter than terminal-containing section 11, and seal tower part 25 moves with respect to terminal-containing section 11 horizontal or downward (towards set maybe with the relative substantially side, side that is provided with lever 40), spatial accommodation 26 is limited to seal tower part 25 tops, and in the present embodiment, but thicker operation part 44 be at least partially housed in this spatial accommodation 26.Adopt this structure, partly be arranged on the situation on the terminal-containing section equal height with seal tower and compare, can guarantee that spatial accommodation 26 has bigger height, but and by will operation part 44 horizontal (on) surface alignment is in lower or inside position, can reduce the height of whole lever-type connector.
And, because the basic side of seal tower part 25 is made thinlyyer than other zone to the upper area of spatial accommodation 26, so but the position that can reduce operation part 44, to realize further reducing of whole lever-type connector height.
Therefore, in order to simplify the shape of lever-type connector, be provided with and return anti-locking apparatus (preferably flexible locking piece 20 and/or put back to prevent part 52) and locking or positioner (preferably flexible locking piece 20 and/or lock arm 47), this returns anti-locking apparatus and is used to prevent that lever 40 from turning back to installation site MP from holding fix SP, and this locking or positioner are used for lever 40 lockings or are positioned at link position CP place.The flexible locking piece 20 of first shell 10 (returning anti-locking apparatus, locking device) (member) cooperates or can cooperate with it with the lock arm 47 (another member) of lever 40, thereby lever 40 is locked in link position CP place.Because except flexible locking piece 20, shell 10 does not need to be provided with the locking device of special use, so can simplify the shape of first shell 10.
In addition, in order to reduce the height of lever-type connector, should be noted that the following fact, shell 10 comprises terminal-containing section 11 and has than the terminal-containing section 11 seal tower part 25 of low height more, sealing tower section 25 moves downwards or away from lever 40 with respect to terminal-containing section 11, with spatial accommodation 26 is limited to seal tower part 25 tops or side the place, but and thicker operation part 44 can be at least partially housed in this spatial accommodation 26.Adopt this structure, partly be arranged on the situation on the terminal-containing section equal height with seal tower and compare, can guarantee that spatial accommodation 26 has big height, but and by will operation part 44 horizontal (on) surface alignment is in lower or more inside position or away from the position of the set side of lever 40, can reduce the height of whole lever-type connector.
＜other embodiment 〉
The embodiment that describes and illustrate above the present invention not only is confined to.For example, following embodiment is also within the technical scope of the present invention that is defined by the claims.Except following embodiment, under the situation that does not break away from the spirit and scope of the present invention defined by the claims, can make various changes.
(1) although in the aforementioned embodiment, lever be substantially plate shape and can be along one of shell surface rotations/rotation, the present invention also can be applicable to be substantially U-shaped and can be along the lever of two surperficial rotation/rotations of shell.
(2) although in the aforementioned embodiment, two shells connect, lever rotates or rotation simultaneously, but the present invention also can be applicable to a connector, wherein two shells connect, and the lever as preferred movable member moves or shifts along other channel linears as ellipse, arc, polygon passage and so on substantially simultaneously.
(3) although in the aforementioned embodiment, shell is provided with flexible locking piece, and this flexible locking piece is as being used to prevent that lever from moving to the device of installation site from holding fix, and according to the present invention, lever also can be provided with flexible locking piece.
(4) although in the aforementioned embodiment, lever is provided with elastic locking spare, and this elastic locking spare is as being used to prevent that lever from moving to the device of link position from holding fix, and according to the present invention, shell also can be provided with elastic locking spare.
(5) although in the aforementioned embodiment, the lock-out state of elastic locking spare is cancelled along with the initial assembling of male housing, this elastic locking spare is as being used to prevent that lever from moving to the device of link position from holding fix, but according to the present invention, the lock-out state of elastic locking spare also can irrespectively be cancelled with the initial assembling of male housing.
(6) although in the aforementioned embodiment, under two shell situations connected to one another, the socket of male housing has prevented that elasticity or flexible locking piece are breaking away from the direction that cooperates mobile with lock arm, but according to the present invention, under two shell situations connected to one another, elasticity or flexible locking piece allow away from the mobile of lock arm.
(7) although in the aforementioned embodiment, by the ledge that is arranged on the lever being pushed by the pressing part of shell, prevented lever with direction that shell separates on move, according to the present invention, lever also can not be provided with projection.
(8) although in the aforementioned embodiment, the axis centre of seal tower part moves with respect to thickness direction from the centre or the middle position of shell, and according to the present invention, it also can be positioned at and the essentially identical position of the middle position of shell with respect to thickness direction.
(9) although in the aforementioned embodiment, be used to prevent that lever from moving to the device elastically deformable of installed position from holding fix, according to the present invention, it also can be from shell or the outstanding projection of lever under the situation of strain not.
(10) although in the aforementioned embodiment, be used to prevent that lever from moving to the device elastically deformable of holding fix from link position, according to the present invention, it also can be from shell or the outstanding projection of lever under the situation of strain not.
(11) although in the aforementioned embodiment, be used to prevent that lever from moving to the device elastically deformable of link position from holding fix, according to the present invention, it also can be from shell or the outstanding projection of lever under the situation of strain not.
(12) although in the aforementioned embodiment, form at place, the set side of lever the seal tower part one of them wall part thickness less than with the thickness of the wall part at lever opposite side place, but according to the present invention, this thickness also can be equal to or greater than the thickness of the wall part at lever opposite side place substantially.
(13) although in the aforementioned embodiment, but the rear end surface of the operation part of lever is basic concordant substantially with the rear end surface of two shell situation lower casings connected to one another, but according to the present invention, it also can be positioned at the rear end surface front (or its inboard) of shell and/or the rear end surface back of shell (or its outside) to small part.
(14) although in the aforementioned embodiment, be used to prevent lever is back to the installation site from holding fix device by the flexible locking piece of elastically deformable and not returning of elastically deformable prevent that part from forming, but similar with flexible locking piece, this returns and prevents that part also can strain.
(15) although in the aforementioned embodiment, returning of first shell prevents that part (flexible locking piece) from matching with the locking device (lock arm) of lever, but according to the present invention, cooperate with the locking device of first shell, also can simplify the shape of lever by making the anti-locking apparatus of returning of lever.
(16) although in the aforementioned embodiment, the locking device of first shell is the lock arm of elastically deformable, and according to the present invention, the locking device of lever also can strain.
(17) although in the aforementioned embodiment, prevent that as being used to lever from moving to the device of installation site from holding fix, flexible locking piece also plays and is used to prevent that lever from moving to the effect of the device of holding fix from link position, but, be used to prevent that lever from moving to the device of installation site and being used to prevent that lever also can be provided with separately from the device that link position moves to holding fix from holding fix according to the present invention.
Reference numerals list
10 first shells (member)
11 terminal-containing sections
17L first horizontal (left side) bearing
17C central authorities or intermediate support
17R second horizontal (right side) bearing
18 holding portions (connecting anti-locking apparatus)
20 flexible locking piece (returning anti-locking apparatus, locking device)
(right side) pressing part of 22R
Another (left side) pressing part of 22L
(right side) direction recess of 24R
Another (left side) direction recess of 24L
25 seal tower parts
26 spatial accommodations
30 female terminal fittings (clamped nipple)
34 rubber plug (elastic plug)
40 levers (movable member, another member)
47 lock arms (locking device)
(left side) projection of 51L
Another (right side) projection of 51R
52 return prevent the part (returning anti-locking apparatus)
54 elastic locking spares (connecting anti-locking apparatus)
(right side) direction protrusion of 55R
Another (left side) direction protrusion of 55L
60 second housings
64 cam followers
65 cancellation parts
Claims (13)
1. connector of movable member type comprises:
Shell (10), movable member (40) can be installed among this shell (10) or on, wherein when at movable member (40) after installation site (MP) moves to holding fix (SP), make when being arranged in the cam groove (43) that cam follower (64) to the small part that cooperates in the shell (60) enters movable member (40), movable member (40) can carry out cam action with cam follower (64), and, movable member (40) shell (10) can be connected with cooperating shell (60) by being moved to link position (CP) from holding fix (SP)
Return anti-locking apparatus (20; 52), be used to prevent that movable member (40) is back to installation site (MP) from holding fix (SP), and
Locking device (20; 47), be used for that movable member (40) is remained on link position (CP) substantially and locate,
It is characterized in that, be arranged on the anti-locking apparatus (20 that returns on the member (10) in the shell (10 and movable member (40)); 52) can with the locking device (20 on another member (40) that is arranged in shell (10) and the movable member (40); 47) cooperate.
2. connector as claimed in claim 1 is characterized in that, by the anti-locking apparatus (20 that returns on the member (10); 52) with another member (40) on locking device (20; 47) cooperation, movable member (40) remains on link position (CP) and locates.
3. or multinomial described connector in the claim as described above is characterized in that, returns anti-locking apparatus (20 on the member (10); 52) comprise flexible locking component (20), this flexibility locking component (20) elastically deformable, with another member (40) on locking device (20; 47) break away from cooperation.
4. or multinomial described connector in the claim as described above is characterized in that, under shell (10) and the situation that cooperates shell (60) to be connected, cooperation shell (60) will be positioned at a member (10) on return anti-locking apparatus (20; 52), flexible locking piece (20) preferably, the position of keeping in touch.
5. as claim 3 or 4 described connectors, it is characterized in that, by contact with cooperating shell (60), prevented flexible locking piece (20) with another member (40) on locking device (47) break away from the direction that cooperates mobile.
6. or multinomial described connector in the claim as described above is characterized in that, also comprises connecting anti-locking apparatus (18; 54), this connects anti-locking apparatus (18; 54) preferably include the elastic locking spare (54) of elastically deformable, and be suitable for preventing that movable member (40) from moving to link position (CP) from holding fix (SP).
7. connector as claimed in claim 6, it is characterized in that, cooperate the cancellation part (65) of shell (60) can make elastic locking spare (54) strain, make cam follower (64) enter to small part in the process of cam groove (43) to be preferably in, cancellation is by the mobile state that prevents of the movable member (40) of elastic locking spare (54) maintenance.
8. or multinomial described connector in the claim as described above is characterized in that this movable member (40) is plate shape on the whole substantially.
9. the connector of movable member type, in the claim or multinomial described connector especially as described above comprise:
Shell (10),
Terminal-containing section (11) is used for holding at least one clamped nipple (30) to small part,
The seal tower part (25) of basic tubulose is used for holding and will being installed on the rear end of clamped nipple (30) or near the elastic plug (34) it to small part, and has than the shorter height of terminal-containing section (11),
Movable member (40), this movable member (40) are arranged to and can be moved with respect to shell (10), are essentially plate shape, thereby only extend along a surface of shell (10) basically, but and have an operation part (44),
It is characterized in that:
Seal tower part (25) is positioned at from the position of clamped nipple holding portion (11) skew, thereby its axis centre is positioned at substantially with respect to short transverse (HD) below the central authorities of terminal-containing section (11), and
But operation part (44) is at least partially housed in the spatial accommodation (26) of basic and (25) the adjacent qualification of seal tower part owing to the difference in height between the respective surfaces of the respective surfaces of terminal-containing section (11) and seal tower part (25).
10. connector as claimed in claim 9 is characterized in that, but operation part (44) is thicker than other parts, and shape is processed in the process of mobile movable member (40) to small part is placed on the respective surfaces of shell (10).
11., it is characterized in that the basic side of seal tower part (25) is made thinlyyer than other zone to the thickness of the upper area of spatial accommodation (26) as claim 9 or 10 described connectors.
12. as claim 9,10 or 11 described connectors, it is characterized in that, remain under the situation that link position (CP) locates at movable member (40), but operation part (44) is at least partially housed in the spatial accommodation (26), but and the outer surface of operation part (44) substantially with the concordant location of outer surface of shell (10), perhaps be positioned at its inboard.
13. electrical connector comprises one or multinomial described connector in the aforementioned claim, and the matching connector that can be attached thereto.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2004308765 | 2004-10-22 | ||
| JP2004308765A JP4049144B2 (en) | 2004-10-22 | 2004-10-22 | Lever type connector |
| JP2004308766 | 2004-10-22 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1764017A true CN1764017A (en) | 2006-04-26 |
| CN100527541C CN100527541C (en) | 2009-08-12 |
Family
ID=36538220
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005101161726A Active CN100527541C (en) | 2004-10-22 | 2005-10-24 | Connector and connector assembly |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4049144B2 (en) |
| CN (1) | CN100527541C (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101170230B (en) * | 2006-10-27 | 2010-10-06 | 矢崎总业株式会社 | Lever-type connector |
| CN101252237B (en) * | 2007-02-19 | 2011-12-07 | 日本航空电子工业株式会社 | Combination of lever connector and mating connector |
| CN103715555A (en) * | 2012-10-02 | 2014-04-09 | 罗伯特·博世有限公司 | Plug connector |
| CN104112945A (en) * | 2013-04-18 | 2014-10-22 | 住友电装株式会社 | Lever-type connector |
| CN104112944A (en) * | 2013-04-18 | 2014-10-22 | 住友电装株式会社 | Lever-type connector |
| CN105680217A (en) * | 2014-12-03 | 2016-06-15 | 现代自动车株式会社 | Lever type connector |
| CN104112944B (en) * | 2013-04-18 | 2016-11-30 | 住友电装株式会社 | Lever-type connector |
| CN107437706A (en) * | 2016-05-30 | 2017-12-05 | 住友电装株式会社 | Connector |
| CN108695646A (en) * | 2017-04-04 | 2018-10-23 | 泰连德国有限公司 | The method that pin connector is connected with generation plug |
| CN110086043A (en) * | 2018-01-25 | 2019-08-02 | 住友电装株式会社 | Lever-type connector |
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| JP4904094B2 (en) * | 2006-06-20 | 2012-03-28 | 矢崎総業株式会社 | connector |
| JP2008108467A (en) * | 2006-10-23 | 2008-05-08 | Japan Aviation Electronics Industry Ltd | Lever-type insertion-coupling connector |
| JP4985172B2 (en) * | 2007-07-19 | 2012-07-25 | 住友電装株式会社 | Lever type connector |
| JP5737213B2 (en) * | 2012-03-05 | 2015-06-17 | 住友電装株式会社 | Lever type connector |
| JP5834296B2 (en) * | 2013-03-13 | 2015-12-16 | 株式会社エム・システム技研 | Member connection structure and electronic device including the member connection structure |
| JP2014186951A (en) | 2013-03-25 | 2014-10-02 | Sumitomo Wiring Syst Ltd | Lever type connector |
| JP5994745B2 (en) * | 2013-07-25 | 2016-09-21 | 住友電装株式会社 | Lever type connector |
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2004
- 2004-10-22 JP JP2004308765A patent/JP4049144B2/en active Active
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2005
- 2005-10-24 CN CNB2005101161726A patent/CN100527541C/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101170230B (en) * | 2006-10-27 | 2010-10-06 | 矢崎总业株式会社 | Lever-type connector |
| CN101252237B (en) * | 2007-02-19 | 2011-12-07 | 日本航空电子工业株式会社 | Combination of lever connector and mating connector |
| CN103715555B (en) * | 2012-10-02 | 2018-01-26 | 罗伯特·博世有限公司 | Socket connection portion |
| CN103715555A (en) * | 2012-10-02 | 2014-04-09 | 罗伯特·博世有限公司 | Plug connector |
| CN104112945A (en) * | 2013-04-18 | 2014-10-22 | 住友电装株式会社 | Lever-type connector |
| CN104112944B (en) * | 2013-04-18 | 2016-11-30 | 住友电装株式会社 | Lever-type connector |
| CN104112945B (en) * | 2013-04-18 | 2017-04-12 | 住友电装株式会社 | Lever-type connector |
| CN104112944A (en) * | 2013-04-18 | 2014-10-22 | 住友电装株式会社 | Lever-type connector |
| CN105680217A (en) * | 2014-12-03 | 2016-06-15 | 现代自动车株式会社 | Lever type connector |
| CN105680217B (en) * | 2014-12-03 | 2019-08-06 | 现代自动车株式会社 | Lever-type connector |
| CN107437706A (en) * | 2016-05-30 | 2017-12-05 | 住友电装株式会社 | Connector |
| CN107437706B (en) * | 2016-05-30 | 2019-08-23 | 住友电装株式会社 | Connector |
| CN108695646A (en) * | 2017-04-04 | 2018-10-23 | 泰连德国有限公司 | The method that pin connector is connected with generation plug |
| CN110086043A (en) * | 2018-01-25 | 2019-08-02 | 住友电装株式会社 | Lever-type connector |
| CN110086043B (en) * | 2018-01-25 | 2021-01-26 | 住友电装株式会社 | Lever-type connector |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2006120536A (en) | 2006-05-11 |
| JP4049144B2 (en) | 2008-02-20 |
| CN100527541C (en) | 2009-08-12 |
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