CN101752772B - Inspection device of terminal insertion state - Google Patents
Inspection device of terminal insertion state Download PDFInfo
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- CN101752772B CN101752772B CN2009101797937A CN200910179793A CN101752772B CN 101752772 B CN101752772 B CN 101752772B CN 2009101797937 A CN2009101797937 A CN 2009101797937A CN 200910179793 A CN200910179793 A CN 200910179793A CN 101752772 B CN101752772 B CN 101752772B
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Abstract
An inspection device of terminal insertion state is capable of inhibiting deformation of connector and terminal, and is capable of inspecting the terminal insertion state more accurately. The inspection device of terminal insertion state comprises: a holder part (22) capable of keeping a connector housing being overlapped; a base holder part (30) capable of supporting a holder part (22) by the holder part (22) in moving manner between housing setting position and inspection passing position; a detection part (40) configured at entering position when the terminal is completely inserted and configured at retreating position from the entering position when the terminal is not completely inserted; a coil spring (49) facing the entering position to apply force to the detection part (40); and a locking switching part (50) for locking the holder part (22) when the detection part (40) is moved to be more close to the retreating position than the entering position, and the detection part (40) can be switched to locking cancel state when moved to the entering position.
Description
Technical field
The present invention relates to the technology of the insertion state of the connector inspection terminal that uses on a kind of wire harness to automobile or electric equipment etc.
Background technology
A kind of as connector discloses stacked connector at patent documentation 1.Stacked connector is by a plurality of range upon range of range upon range of and constitute with connector shell.Each range upon range of with connector shell in, cavity forms shape arranged side by side, and in each cavity, can insert terminal.In addition, each range upon range of with connector shell in, the part place relative with other cavitys is formed with and is used to locate the fixed part that keeps terminal under range upon range of state.And; Before range upon range of each is range upon range of insert terminal in each cavity of connector shell after; Range upon range ofly be assembled into layered laminate with connector shell with a plurality of, other are range upon range of with in the cavity of connector shell and the terminal in each cavity is positioned thereby each range upon range of fixed part with connector shell is inserted into.
Patent documentation 1: TOHKEMY 2004-241205 communique
Yet, in above-mentioned stacked connector, need the inspection terminal whether to be inserted into fully in each cavity.As the inspection method that realizes this purpose, for example can consider following method.
That is, when terminal was incomplete insertion state, fixed part interfered with terminal, made a plurality ofly range upon range ofly can not fully be combined into range upon range of state with connector shell.That is, prepare in advance and have and a plurality of range upon range of anchor clamps that are combined into the shape corresponding concave part behind the range upon range of state with connector shell.Then, be combined into range upon range of state with connector shell, be inserted into then in the above-mentioned recess being inserted with the range upon range of of terminal in the cavity.Then, judge in situation in the above-mentioned recess that the range upon range of connector that uses connector shell to be combined into range upon range of state and constitute can be inserted into and to insert fully, judge in the situation in the recess of can not being inserted into and not exclusively insert for terminal as terminal.
Yet, in above-mentioned inspection method, can produce following situation: even terminal is in incomplete insertion state, control dynamics, can make the connector distortion, thereby also can connector be inserted in the recess through the operator.Therefore, when terminal is in incomplete insertion state, also can be judged as by error fully and inserts.In addition, as stated, connector forced to be inserted into to make connector or terminal distortion in the recess.
Summary of the invention
Therefore, the objective of the invention is to suppress the distortion of connector and terminal, and can check the insertion state of terminal more accurately.
In order to solve above-mentioned problem; The described inspection device of terminal insertion state of first mode serves as the inspection object with the range upon range of use connector shell with the terminal insertion hole that can supply the terminal insertion, and whether inspection is in said terminal is inserted into the state in the said terminal insertion hole fully; Said range upon range of with in the connector shell; The terminal fixed part passes the lateral opening of said terminal insertion hole and is configured in the said terminal insertion hole, thereby can the terminal in the said terminal insertion hole be positioned, and said inspection device of terminal insertion state is characterised in that; Have: retainer portion can keep the said range upon range of connector shell of using; Pedestal retainer portion supports said retainer portion can make said retainer portion at housing the mode that moves between position and the passed examination position is set; Test section; Be configured to and move with respect to said retainer portion; Can between in-position and the retreating position of keeping out of the way from this in-position, move, said in-position is meant that said test section passes said lateral opening and enters into kept in the said retainer portion said range upon range of with the position in the said terminal insertion hole of connector shell; The test section force section, to the said test section application of force so that said test section move towards said in-position; And locking switching part; The lock-out state that can this retainer portion can not be provided with from said housing in the said retainer portion of locking to move to said passed examination position the position is conciliate and is switched between the latch-release state except this lock-out state; Move at said test section under the state of the position of leaning on said retreating position side than said in-position; Said locking switching part is kept said lock-out state; And move at said test section under the state of said in-position, said locking switching part can switch to said latch-release state.
On the basis of the described inspection device of terminal insertion state of first mode; In the described inspection device of terminal insertion state of second mode; Said locking switching part has: first slide section; Be supported for and between latched position and latch-release position, move by said retainer portion; When said latched position, this first slide section and said pedestal retainer portion's butt and said retainer portion is maintained the state that the state that moves to said passed examination position the position can not be set from said housing are when said latch-release position; This first slide section and said pedestal retainer portion are non-butt state; Said retainer portion can be provided with the position that move to said passed examination position the position from said housing, moves at said test section under the state of the position of leaning on said retreating position side than said in-position, and this first slide section is maintained at said latched position; And move at said test section under the state of said in-position, this first slide section can move to said latch-release position; With second slide section; Be supported for and move along the moving direction of said first slide section by said first slide section; And, said retainer portion moves to said passed examination position along with being provided with the position from said housing; Move to this second slide section and the sliding contact of said pedestal retainer portion, thereby can said first slide section be pushed towards said latch-release position from said latched position, move at said test section under the state of said in-position through middle force application part; Make said first slide section move to said latch-release position through force application part in the middle of said; And move at said test section under the state of said retreating position side, make said middle force application part strain and mobile, thereby said first slide section is maintained said latched position.
On the basis of first mode or the described inspection device of terminal insertion state of second mode; In the described inspection device of terminal insertion state of Third Way, also has the housing test section; This housing test section by said retainer portion be supported for can and said test section butt and test section that the test section that makes said test section maintain said retreating position moves restriction site and can make said test section move to said in-position from said retreating position move and allow to move between the position; In said retainer portion, be not provided with under the said range upon range of state with connector shell; Said housing test section is positioned at said test section and moves restriction site; And said retainer portion is provided with under the said range upon range of state with connector shell, and said housing test section moves to said test section and moves and allow the position.
On the basis of any described inspection device of terminal insertion state in first～Third Way; In the described inspection device of terminal insertion state of cubic formula, also have detection terminal and insert the whether qualified test section of state; This detection terminal insert state whether qualified test section detect said retainer portion and whether moved to said passed examination position, and export this testing result.
On the basis of any described inspection device of terminal insertion state in the first～the cubic formula; In the described inspection device of terminal insertion state of the 5th mode, also has the retainer sticking department; Move under the state of said passed examination position in said retainer portion, this retainer sticking department locks said retainer portion.
According to the described inspection device of terminal insertion state of first mode, terminal is inserted into range upon range of in the terminal insertion hole when being set in the retainer portion with the top connector shell fully, test section can move to the in-position.And when test section moved to the in-position, the locking switching part switched to the latch-release state, and retainer portion can be provided with the position from housing and move to the passed examination position.In addition, range upon range of when being set in the retainer portion with the top connector shell with what be not inserted with terminal in the terminal insertion hole fully, test section is with the terminal butt and keep the state that leans on the position of retreating position side than the in-position that is positioned at.Thus, the locking switching part is kept lock-out state, makes retainer portion can not move to the passed examination position.Thus, can move to the passed examination position, can check more exactly that terminal is in insertion state or incomplete insertion state fully according to retainer portion.At this moment, in the range upon range of application of force that is applied with the test section force section on connector shell and terminal more stablely, be not easy to receive the excessive power such as power that the people applies.Thus, can suppress the distortion of connector and terminal.
According to the described inspection device of terminal insertion state of second mode; Under the state that terminal inserts fully; Make retainer portion the position is set when move the passed examination position from housing; Second slide section and the sliding contact of pedestal retainer portion, thus second slide section makes first slide section move to the latch-release position across middle force application part.Thus, the locking switching part forms the latch-release state, and retainer portion is moved to the passed examination position.In addition; Under the state that terminal not exclusively inserts; Make retainer portion the position is set when move the passed examination position from housing; Force application part strain and mobile in the middle of second slide section makes, therefore first slide section maintains latched position, and retainer portion is locked and can not moves to the passed examination position.Thus, the part that can be through first slide section and the part of second slide section be provided with respectively for retainer portion is maintained lock-out state with the part of pedestal retainer portion butt, in order to make first slide section move to the latch-release position with the part of pedestal retainer portion sliding contact.Thus, can prevent effectively in second slide section partly to damage etc. with pedestal retainer portion sliding contact.
According to Third Way, be not provided with under the range upon range of situation with connector shell, the housing test section is positioned at test section and moves restriction site, so test section is maintained at retreating position.Thus, retainer portion is maintained at lock-out state, can prevent range upon range ofly to check by error during with connector shell not being provided with.And, the structure that shared restriction retainer portion moves owing to use above-mentioned test section, simplification that therefore can implementation structure.
According to cubic formula, according to the testing result of inserting the whether qualified test section of state from detection terminal, can notify terminal whether to insert fully, perhaps can be used in the manufacturing management etc.
According to the 5th mode, can whether lock retainer portion through the retainer sticking department and make inspection more reliable.
Description of drawings
Fig. 1 is the summary cutaway view of expression as the range upon range of connector of inspection object.
Fig. 2 is the key diagram of the incomplete insertion state of expression terminal.
Fig. 3 is the perspective view of the described inspection device of terminal insertion state of expression execution mode.
Fig. 4 is the decomposition diagram of this inspection device of terminal insertion state of expression.
Fig. 5 is the summary cutaway view of the inspection device of terminal insertion state under the expression initial condition.
Fig. 6 is the summary cutaway view of the inspection device of terminal insertion state in the expression inspection operation.
Fig. 7 is the summary cutaway view of the inspection device of terminal insertion state in the expression inspection operation.
Fig. 8 is the vertical view that is assembled in the housing test section on the retainer main part.
Fig. 9 is the key diagram of the action of this housing test section of expression.
Figure 10 is the front view of the major part of expression test section.
Figure 11 is the key diagram of the action of the test section in the expression inspection.
Figure 12 is the key diagram of the action of the test section in the expression inspection.
Figure 13 is the perspective view of expression locking switching part.
Figure 14 is the key diagram of the action of expression locking switching part.
Figure 15 is the key diagram of the action of expression locking switching part.
Figure 16 is the key diagram of the action of expression locking switching part.
Figure 17 is the key diagram of the action of expression locking switching part.
Embodiment
Below, the described inspection device of terminal insertion state of execution mode is described.
For convenience of description, at first the range upon range of range upon range of connector with connector shell that comprises as the inspection object is described.Fig. 1 is 10 a summary cutaway view of the range upon range of connector of expression.This range upon range of connector 10 has as range upon range of range upon range of with top connector shell 12, range upon range of with pars intermedia connector shell 14 and bottom shell 16 with connector shell, and said each housing is formed by resin etc.In addition, the terminal 11 that is inserted in this range upon range of connector 10 is being pressed pressing the 11a of portion, can being connected with the other side's side terminal and specific pressure the thick connecting portion 11b of the 11a of portion and constituted of electric wire through being provided with continuously along straight line.
Range upon range of profile with top connector shell 12 forms flat rectangular shape.This range upon range of with top connector shell 12 in, be formed with a plurality of terminal insertion hole 12h (also being known as cavity) side by side, a plurality of terminal insertion hole 12h are separated by partition wall.Each terminal insertion hole 12h forms than long poroid of terminal 11.In the distolateral location division that is formed with of each terminal insertion hole 12h, this location division has the opening of the terminal insertion that can supply the other side's side, and can position with the leading section butt of connecting portion 11b and to terminal 11.In addition, the other end of each terminal insertion hole 12h forms the opening shape that can supply terminal 11 to insert.And terminal 11 is inserted into the state of the leading section that makes connecting portion 11b and said location division butt for inserting state fully in terminal insertion hole 12h, and the state of terminal 11 before being inserted into this butt position is incomplete insertion state.In addition, range upon range of with top connector shell 12 on, be formed with lateral opening 12ha in each terminal insertion hole 12h lateral location (downside among Fig. 1) separately.Lateral opening 12ha is positioned at than connecting portion 11b more by pressing the position of the 11a of portion side with respect to the terminal 11 that inserts fully, and is formed at the position corresponding with connecting portion 11b with respect to the terminal 11 of incomplete insertion.And, after the leading section of the terminal fixed part 15 stated constitute and can be configured in the terminal insertion hole 12h through lateral opening 12ha.
In addition, range upon range of have with above-mentioned range upon range of with the terminal insertion hole 12h of top connector shell 12 and the terminal insertion hole 14h and the lateral opening 14ha of lateral opening 12ha same structure with pars intermedia connector shell 14.In addition, range upon range of with pars intermedia connector shell 14 in, respectively with adjacent above-mentioned range upon range of of range upon range of state with the outstanding terminal fixed part 15 that is being formed with in the corresponding position of each lateral opening of top connector shell 12.And, through with range upon range of with top connector shell 12 with range upon range of with pars intermedia connector shell 14 with the layered laminate combination, make the leading section of terminal fixed part 15 pass the lateral opening 12ha of correspondence and be disposed in the terminal insertion hole 12h.Under this state, the leading section of terminal fixed part 15 constitutes, and from pressing the 11a of portion side and the connecting portion 11b butt that is inserted into the terminal 11 in the terminal insertion hole 12h fully, under the state that inserts fully, terminal 11 is positioned.
Bottom shell 16 constitutes, and on the tabular base portion 16a of general square shape, is formed with the terminal fixed part 17 of a plurality of and above-mentioned each terminal fixed part 15 same structure.And, through with its layered laminate be combined to above-mentioned range upon range ofly with on the pars intermedia connector shell 14, under state same as described above, the terminal 11 in each the terminal insertion hole 14h that is inserted into this pars intermedia connector shell 14 is positioned.
In addition, range upon range ofly make them keep the range upon range of portion (not shown) that keeps of the state that is combined into range upon range of state above-mentioned with top connector shell 12, range upon range of being provided with in pars intermedia connector shell 14 and bottom shell 16.The range upon range of portion of keeping can adopt the latch-up structure that utilized concaveconvex shape, binding agent, thread fixing structure etc.
In addition, above-mentioned as range upon range of with connector shell range upon range of with top connector shell 12 with range upon range of can be one with pars intermedia connector shell 14, also can be more a plurality of (more than three).In the latter case, also can be provided with a plurality of range upon range of with pars intermedia connector shell 14.In addition, be formed at respectively and range upon range ofly can set arbitrarily according to the number of required terminal 11 with top connector shell 12 and range upon range of number with the terminal insertion hole 12h in the pars intermedia connector shell 14,14h.
In so range upon range of connector 10; Under the situation that terminal 11 inserts fully; As shown in Figure 1; The leading section of terminal fixed part 15,17 is being from pressing the 11a of portion side and be inserted into the connecting portion 11b butt of the terminal 11 terminal insertion hole 12h, the 14h fully, and terminal 11 is inserted in the terminal insertion hole 12h.Thus, can be folded with top connector shell 12, range upon range of with pars intermedia connector shell 14 and bottom shell 16 to be close to the state layer lamination.On the other hand, as shown in Figure 2, under the situation that terminal 11 not exclusively inserts, connecting portion 11b is configured in and lateral opening 12ha, position that 14ha is corresponding.Thus, the leading section of terminal fixed part 15,17 is inserted in the process in terminal insertion hole 12h, the 14h and connecting portion 11b butt passing lateral opening 12ha, 14ha.Thus, range upon range of with top connector shell 12, range upon range ofly become the state that separates across the gap with bottom shell 16 with pars intermedia connector shell 14, can not be close to the shape laminated.
With above-mentioned situation is prerequisite, and inspection device of terminal insertion state is described.
Fig. 3 is the perspective view of the described inspection device of terminal insertion state 20 of this execution mode of expression; Fig. 4 is the decomposition diagram of this inspection device of terminal insertion state of expression; Fig. 5 is the summary cutaway view of the inspection device of terminal insertion state under the expression initial condition, and Fig. 6 and Fig. 7 are the summary cutaway views of the inspection device of terminal insertion state in the expression inspection operation.In addition, for convenience of description, sometimes with after housing on the moving direction of the pedestal retainer portion 30 that states position side be set be called upside, the passed examination position side is called downside.
Whether this inspection device of terminal insertion state 20 also as being object with the range upon range of use top connector shell 12 as above-mentioned range upon range of use connector shell with the range upon range of pars intermedia connector shell 14 that uses, is inserted into the device of checking among terminal insertion hole 12h, the 14h to terminal 11 fully.Wherein, for convenience of description, to describing as the situation of object with the range upon range of top connector shell 12 that uses.
This inspection device of terminal insertion state 20 has retainer portion 22, pedestal retainer portion 30, test section 40, as the coil spring 49 and the locking switching part 50 of test section force section.Retainer portion 22 constitutes and can keep range upon range of with top connector shell 12, and pedestal retainer portion 30 supports these retainer portions 22, and that it can be provided with at predetermined housing between position (with reference to Fig. 5) and the predetermined passed examination position (with reference to Fig. 6) is mobile.In addition, test section 40 constitutes and can detect terminal 11 and pass and be maintained at range upon range of in the pedestal retainer portion 30 and range upon range of be in fully with top connector shell 12 that the insertion state still is incomplete insertion state with the lateral opening 12ha of top connector shell 12 with respect to this.In addition, constitute can be according to the detection of above-mentioned test section 40 action and in the above-mentioned retainer of locking portion 22 it can not be provided with between state that moves to the passed examination position position and the state of the removing this locking from housing to switch for locking switching part 50.And; Range upon range of terminal 11 with top connector shell 12 on remaining on pedestal retainer portion 30 is in when inserting state fully; Pedestal retainer portion 30 can move to passed examination position (with reference to Fig. 6); When this terminal 11 was in incomplete insertion state, pedestal retainer portion 30 was in the state (with reference to Fig. 7) that can not move to the passed examination position.Thus, whether can move to the passed examination position, can check out that terminal 11 is in to insert state fully and still be in incomplete insertion state through pedestal retainer portion 30.
Below, each structure is elaborated respectively.
Retainer main part 23 forms roughly cuboid bulk, on an one of which interarea (being upper surface here), is formed with and range upon range of outer shape corresponding concave part 23h with top connector shell 12.This recess 23h is towards an interarea and a side opening of retainer main part 23.In addition, it is tabular that retainer cap 28 forms general square shape, and be installed on the interarea of retainer main part 23 through screw thread is fixing etc. with the mode of the interarea side opening of sealing recess 23h.Thus, formation is provided with recess 24 by the housing of a side opening of recess 23h and 28 encirclements of retainer cap and retainer portion 22.And what be inserted with terminal 11 range upon range ofly passes housing with top connector shell 12 and the said opening of recess 24 is set and inserts with mode removably, and is maintained at housing the fixed position in the recess 24 is set.
In addition, housing is provided with the inner peripheral surface shape of recess with consistent as the range upon range of outer shape with connector shell of inspection object, and forming can be with this range upon range of shape that remains on the fixed position with connector shell.Therefore, for example consider above-mentioned range upon range of connector 10, range upon range of housing with top connector shell 12 usefulness is provided with recess and with range upon range of housing with pars intermedia connector shell 14 usefulness recess is set and forms different shapes usually.Therefore, preferably, this inspection device of terminal insertion state will be prepared multiple according to range upon range of shape with connector shell.Can certainly be according to intercommunity of range upon range of outer shape with connector shell etc., to multiple range upon range of with the shared predetermined inspection device of terminal insertion state of connector shell.
In addition, the opposite side interarea of retainer main part 23 (here for lower surface) be formed with can configuration locking switching part 50 recess 25h.This recess 25h in retainer main part 23 to relative a pair of side and opposite side interarea side (downside) opening.It is tabular that retainer bottom 29 forms general square shape, and be installed in the lower surface of retainer main part 23 through modes such as screw thread are fixing with the mode of the open lower side of sealing this recess 25h.Thus, formation is held recess 25 to the poroid sticking department of general square shape perforation of the relative a pair of side opening of retainer 22.
In addition, in this retainer portion 22, the bottom surface that recess 24 is set from this housing connects ground (that is, in retainer main part 23 and retainer bottom 29) to its below and is formed with test section bullport 27.Test section bullport 27 forms the through hole shape that has like under shed, and that the existence of the range upon range of a plurality of lateral opening 12ha with top connector shell 12 in the recess 24 is set is regional corresponding with being arranged at housing for this opening.Through these test section bullport 27 guiding and support test section 40 it can, housing be advanced and retreat in being provided with recess 24.
In addition, in this retainer portion 22, be provided with housing test section 70.Fig. 8 and Fig. 9 are the vertical views that expression is assembled in the housing test section 70 on the retainer main part 23.
Like Fig. 3～shown in Figure 9, near the above-mentioned recess 23h of an interarea of above-mentioned retainer main part 23, being formed with in a movable manner, the housing test section of housing case test section 70 holds recess 23ha.This housing test section holds recess 23ha to have: edge and range upon range of direction of insertion with top connector shell 12 be the groove part 23hb that extends of the direction of quadrature roughly; Extend to the medial concavity 23hc of the sidepiece of above-mentioned recess 23h with a end side from this groove part 23hb.
In addition, compressed configuration has the coil spring 78 as force application part between the end of an end of detecting main part 72 and groove part 23hb.Elastic force through this coil spring 78 moves the restriction site side application of force to test section all the time to housing test section 70.Thus, be not arranged at housing with top connector shell 12 and be provided with under the state in the recess 24 range upon range of, housing test section 70 is in the state that test section moves restriction site that is positioned at.
In addition, in this housing test section 70, be formed with housing sliding contacting part 76 to recess 23h from the base end part of abutting part 74 side-prominently.On the leading section of housing sliding contacting part 76, be formed with sliding contact surface 76a to recess 23h tilt towards range upon range of direction of insertion with top connector shell 12.And; If be inserted into housing with top connector shell 12 and be provided with in the recess 24 with range upon range of; Then range upon range of leading section and said sliding contact surface 76a sliding contact with top connector shell 12 are pressed into this housing sliding contacting part 76 to the direction of keeping out of the way in the recess 24 is set from housing.Thus, housing test section 70 elastic force that overcomes coil spring 78 moves to test section and allows position side to move.Thus, be arranged at housing with top connector shell 12 and be provided with under the state in the recess 24 range upon range of, housing test section 70 moves to test section and allows the position to move.
Like Fig. 3～shown in Figure 8, pedestal retainer portion 30 constitutes and can support above-mentioned retainer portion 22 that it can be provided with at predetermined housing between position (with reference to Fig. 5) and passed examination position (with reference to Fig. 6) is mobile.
More specifically, pedestal retainer portion 30 is made up of first dividing body 32, second dividing body 34 and the 3rd dividing body 38 these three parts.Certainly, pedestal retainer portion 30 can be made up of a body component, also can be through suitable a plurality of unit constructions are constituted.
Second dividing body 34 has the roughly recess 34h of U word shape.Recess 34h forms the concave shape that can dispose retainer portion 32, and towards the relative a pair of side and the top opening of second dividing body 34.First dividing body 32 and the 3rd dividing body 38 are roughly tabular or block parts, and the mode with the lateral opening of sealing recess 34h is installed on the relative a pair of side of second dividing body 34 through fixing grade of screw thread respectively.Thus, the retainer guide recess 35 of second dividing body 34 is surrounded by first dividing body 32 and the 3rd dividing body 38, and forms the retainer guide recess 35 of the opening towards the top.This retainer portion 22 in this retainer guide recess 35, is supported with retainer portion 22 so that can be provided with between position (with reference to Fig. 5) and passed examination position (with reference to Fig. 6) mobile at housing along the vertical direction.
In addition, under the state in retainer portion 22 is disposed at retainer guide recess 35, be supported on the bottom of second dividing body 34 and can freely insert logical second dividing body 34 from the extended retainer guide rod of the lower surface portion of retainer portion 22 22L.In addition, around this retainer guide rod 22L, dispose coil spring 22S as force application part.This coil spring 22S is compression shape ground between the bottom surface up of the lower surface of retainer portion 22 and above-mentioned retainer guide recess 35, and the position is set to above-mentioned retainer portion 22 application of forces towards housing.
In addition, the Width pars intermedia on the top of above-mentioned first dividing body 32 is formed with the incision recess 32a than range upon range of width big (only slightly more greatly) with top connector shell 12 here.And, move under the state of passed examination position in above-mentioned retainer portion 22, range upon range of the recess 24 is set passes this incision recess 32a with top connector shell 12 extended electric wires and extend to the outside from being arranged at housing.
In addition, below being formed with of first dividing body 32, hide recess 32b, and above being formed with of the 3rd dividing body 38, hide recess 38b with retainer guide recess 35 relative part places with above-mentioned retainer guide recess 35 relative part places.The top position that recess 38b is formed at retainer guide recess 35 is hidden in the top, and the lower position that recess 32b is formed at retainer guide recess 35 is hidden in the below.And; Be positioned under the state that housing is provided with the position in retainer portion 22; One end of locking switching part 50 is disposed at said top and hides the position of recess 38b (with reference to Fig. 5); Be positioned in retainer portion 22 under the state of passed examination position, the other end of locking switching part 50 is disposed at said below and hides in the recess 32b (with reference to Fig. 6).
In addition, the part relative of the 3rd dividing body 38 with retainer guide recess 35 and than above hide position outstanding the be formed with lug boss 39 of recess 38b below leaning on.The upper surface of lug boss 39 forms the arcuation groove face crooked towards the below.Through after the movable latch bonding part 54 stated be connected on this arcuation groove face, restriction retainer portion 22 moves downwards.In addition; The part of disturbing with lug boss 39 in the above-mentioned retainer portion 22; Be the Width pars intermedia roughly of the part relative of retainer bottom 29 specifically with first dividing body 32; By partial cut, therefore when retainer portion 22 was moved, this retainer portion 22 was suppressed with the interference of lug boss 39.
Whether qualified in addition, in this pedestal retainer portion 30, be provided with the sensitive switch (Micro switch) 80 that inserts state test section as detection terminal, it detects when move the passed examination position in retainer portion 22 should be mobile and export this testing result.Wherein, sensitive switch 80 is embedded in as the part relative with retainer guide recess 35 of the 3rd dividing body 38 and the below part of above-mentioned lug boss 39.Sensitive switch 80 is installed on the 3rd dividing body 38, makes the operating portion 82 of accepting switching manipulation outstanding with respect to the motion track of retainer portion 22, and is pushed by this retainer portion 22 at retainer portion 22 operating portion 82 when move the passed examination position.And when retainer portion 22 moved to the passed examination position, operating portion 82 was pressed, and testing result can be exported with the signal of telecommunication.Detection signal from this sensitive switch 80 is passed to not shown notice portion, notifies the information of passed examination to the operator through sound or visual effect such as luminous.Perhaps, be delivered to the not shown inspection management calculation machine of using tricks, be used to check whether qualified management processing etc. from the detection signal of sensitive switch 80.
In addition, in this pedestal retainer portion 30, be provided with retainer sticking department 90, it moves in retainer portion 22 under the state of passed examination position this retainer portion 22 is locked in the passed examination position.More specifically, on the top of above-mentioned the 3rd dividing body 38 retainer sticking department 90 is set.Retainer sticking department 90 has retainer locking movable part 92, retainer lock-on guidance portion 96 and as the coil spring 98 of force section.Retainer locking movable part 92 has operating portion 94, and this operating portion 94 is arranged on the top of the roughly tabular butt restrictions 93 that can move along the upper surface of the 3rd dividing body 38 through brace.This retainer locking movable part 92 under the guide support of retainer lock-on guidance portion 96, can the leading section that makes butt restrictions 93 enter into retainer guide recess 35 above retainer restriction site (with reference to Fig. 6) and the leading section that makes butt restrictions 93 keep out of the way between the retainer unrestrained position (with reference to Fig. 5) of side mobile from the top of retainer guide recess 35.In addition, be provided with the coil spring 98 of compressive state at the base end part of above-mentioned butt restrictions 93, the elastic force through this coil spring 98 all the time towards said retainer restriction site to retainer locking movable part 92 application of forces.And; Be positioned in retainer portion 22 under the situation of the position above leaning on than passed examination position (with reference to Fig. 5 and Fig. 7); Under a side slip state of contact of the leading section of butt restrictions 93 and retainer portion 22; This retainer portion 22 can move; In a single day retainer portion 22 moves to the passed examination position, then the elastic force of coil spring 98 makes butt restrictions 93 move and make the leading section of butt restrictions 93 and the upper surface butt of retainer portion 22 to the retainer restriction site, has limited retainer portion 22 thus and has moved to the top from the passed examination position.In addition, under this state, when the elastic force that overcomes coil spring 98 through operating operation portion 94 made retainer locking movable part 92 move to the retainer unrestrained position, retainer portion 22 can move to the top from the passed examination position.
Figure 10 is the front view of the major part of expression test section 40, and Figure 11 and Figure 12 are the key diagrams that is illustrated in the action of test section 40 in the inspection.Like Fig. 3～Fig. 7, Figure 10～shown in Figure 12; Test section 40 is configured to and can moves with respect to above-mentioned retainer portion 22, and this test section 40 can get into passing said lateral opening 12ha and remains in range upon range of with moving between position (with reference to Fig. 6) in the terminal insertion hole 12h of top connector shell 12 and the retreating position (with reference to Fig. 5) kept out of the way from this in-position in this retainer portion 22.
More specifically, test section 40 has roughly tabular detection main part 42 and outstanding test section 44.Detect main part 42 and form elongated plate-like, it is configured in the test section bullport 27 towards the state that housing is provided with recess 24 with one side part (referring to a long side part here) movably.The width dimensions of this detection main part 42 is for making said one side part and range upon range of length dimension with the whole degree that disposes relatively of a plurality of lateral opening 12ha that forms on the top connector shell 12.In addition, a plurality of outstanding test sections 44 form respectively and are formed on housing be provided with on the recess 24 range upon range of corresponding with a plurality of lateral opening 12ha in the top connector shell 12 is set.Each outstanding test section 44 has base end part 44a that can be disposed in the lateral opening 12ha and the detection leading section 44b that further gives prominence to from this base end part 44a.And; Under the state in terminal 11 is inserted into terminal insertion hole 12h fully; When outstanding test section 44 is moved in the lateral opening 12ha of correspondence, detect leading section 44b and in terminal insertion hole 12h, get into significantly and move and be disposed at in-position (with reference to Figure 11) with degree with the part butt of pressing the 11a of portion side of the connecting portion 11b of terminal 11.On the other hand, under the state in terminal 11 not exclusively is inserted into terminal insertion hole 12h, the connecting portion 11b of terminal 11 is configured in the position corresponding with lateral opening 12ha.Thus, make outstanding test section when the lateral opening 12ha of correspondence moves, detect the outside butt of leading section 44b and connecting portion 11b and form the state (with reference to Figure 12) that moves to said in-position of preventing.
In addition; The length dimension of this test section 40 on the moving direction of test section 40 is set to following size: moving under the state of said in-position; The bottom of the test section 40 not sticking department in being formed at retainer portion 22 holds in the recess 25 outstanding; But be accommodated in the test section bullport 27 of retainer main part 23 (with reference to Figure 10); And test section 40 moves to from the in-position under the state of retreating position side, and the bottom of test section 40 is projected into sticking department and holds (special in state shown in Figure 12) in the recess 25.Thus, according to the position of test section 40, can be configured in sticking department hold recess 25 locking switching part 50 locking and remove the switching of locking.In addition, for this point, in the explanation of locking switching part 50, can be described in further detail.
In addition, the both sides, bottom of the detection main part 42 of test section 40 be provided with from below extended a pair of test section guide rod 48.This each test section guide rod 48 runs through locking switching part 50 and retainer bottom 29 with play insertion state and extends to the below of retainer portion 22, and can freely insert the bottom that the earthing is supported on second dividing body 34.Be formed with not shown flange part in the bottom of test section guide rod 48, it forms the anticreep shape with respect to retainer bottom 29.Thus; Be positioned under the state that housing is provided with the position in retainer portion 22; Test section 40 is not provided with the state in the recess 24 for not being projected into housing, thereby can range upon range ofly be inserted into housing swimmingly with top connector shell 12 and be provided with in the recess 24 avoiding with the interference of test section 40 and make.In addition, around each test section guide rod 48, dispose coil spring 49 as force application part.This coil spring 49 between the bottom surface up of detecting main part 42 and retainer guide recess 35, and to test section 40 to the top application of force.And; Make retainer portion 22 position is set when move the passed examination position from housing; Under the elastic force effect of coil spring 49, become that test section 40 relatively moves the in-position according to the insertion state of terminal 11 or the state of the retreating position side of keeping out of the way from the in-position.
Figure 13 is the perspective view of expression locking switching part 50, and Figure 14～Figure 17 is the key diagram of the action of expression locking switching part 50.Like Fig. 4～Fig. 6, Figure 13～shown in Figure 17; Locking switching part 50 can make it can not be provided with from housing between lock-out state (with reference to Fig. 7, Figure 16 and Figure 17) that the position moves to the passed examination position and the latch-release state (with reference to Fig. 6, Figure 14 and Figure 15) of having removed this lock-out state in locking retainer portion 22 to switch; Move to more to lean under the state of said retreating position side at said test section 40 and keep said lock-out state, and move at said test section 40 under the state of said in-position and switch to said latch-release state than said in-position.
More specifically, locking switching part 50 has first slide section 52, second slide section 56 and as the coil spring 59 of middle force application part.
In addition, can be formed with restriction recess 53c on the interarea above the first slider body portion 53 with the test section 40 relative part places in the above-mentioned test section bullport 27.Wherein, restriction recess 53c forms along the preset width of the whole Width extension of the first slider body portion 53, the groove shape of desired depth.And; In the bottom of test section 40 standing shape be disposed at sticking department and hold under the state in the recess 25; The bottom of this test section 40 be configured in the restriction recess 53c and become can with the state of restriction recess 53c two sides part butt, constituted the mobile confined structure (with reference to Figure 16 and Figure 17) of first slide section 52 thus.
In addition, movable latch bonding part 54 forms long chi pin shape, and it is mounted the 3rd dividing body 38 side sections that are fixed into from the first slider body portion 53 and extends laterally.Wherein, the leading section of movable latch bonding part 54 forms the head 54a than nearby the side sections diameter is thicker.Move along its bearing of trend in sticking department holds recess 25 with the above-mentioned first slider body portion 53 this movable latch bonding part 54; Move in movable latch bonding part 54 under the state of the 3rd dividing body 38 sides; Its head 54a is from top and this lug boss 39 butts of lug boss 39; And limit retainer portion 22 halfway and from housing the position is set and moves to the passed examination position; Under the state that the direction away from the 3rd dividing body 38 moves, avoided movable latch bonding part 54 and lug boss 39 butts in movable latch bonding part 54, retainer portion 22 becomes and can the state that the position moves to the passed examination position be set from housing.
As above above-mentioned; First slide section 52 is supported for and can between latched position (with reference to Figure 16 and Figure 17) and latch-release position (with reference to Figure 14 and Figure 15), moves; Said latched position is through making movable latch bonding part 54 and lug boss 39 butts; Make retainer portion 22 position that the position moves to the passed examination position is set from housing; Said latch-release position makes retainer portion 22 position that the position moves to the passed examination position is set from housing for through making movable latch bonding part 54 and lug boss 39 be in non-butt state.In addition; Make the bottom of test section 40 be projected into sticking department to hold under the state in the recess 25 through making test section 40 move to the retreating position side; The bottom of this test section 40 and the inner peripheral surface butt that limits recess 53c; First slide section 52 maintains latched position; And make the bottom of test section 40 not be projected into sticking department to hold under the state in the recess 25 through making test section 40 move to the in-position, the mobile restriction of this test section 40 is disengaged, and first slide section 52 can move to the latch-release position.
In addition, second slide section 56 forms the shape that can in above-mentioned sticking department holds recess 25, move, and is supported for and can moves along the moving direction of this first slide section 52 by first slide section 52.Wherein, The logical inserting hole 56h that is formed at the Width pars intermedia of second slide section 56 is inserted in movable latch bonding part 54; And the groove of the both sides through second slide section 56 and first slide section 52 and the chimeric guide structure of protuberance, second slide section 56 can be supported in first slide section 52 movably.In addition, the head 54a through above-mentioned movable latch bonding part 54 has realized preventing that movable latch bonding part 54 from deviating from from second slide section 56.
In addition, be formed with in the 3rd dividing body 38 sides of second slide section 56 and hide a pair of guiding teat 57 in the recess 38b above can being disposed at.A pair of guiding teat 57 is arranged at the position of clamping movable latch bonding part 54 highlightedly.The leading section of each guiding teat 57 be formed with towards above hide the outside of recess 38b side and the guided slidable contact-making surface 57a that tilts to oblique upper.And; Be positioned under the state that housing is provided with the position in retainer portion 22; Each guide teat 57 be disposed at the top hide in the recess 38b; Retainer portion 22 is descended when moving, and the lower portion sliding contact of recess 38b is hidden in said guided slidable contact-making surface 57a and top, and pushes said second slide section 56 and make it mobile in sticking department holds recess 25.
In addition, the shape ground are compressed between the first slider body portion 53 and second slide section 56 in above-mentioned movable latch bonding part 54, and above-mentioned coil spring 59 is installed.And; Along with being provided with the position from housing, retainer portion 22 moves to the passed examination position; Second slide section 56 is held towards sticking department as described above pushes in the recess 25 and when moving, second slide section 56 is pushed first slide section 52 from latched position to the latch-release position through coil spring 59.At this moment, first slide section 52 is limited under the state of latched position as stated, through making coil spring 59 compressions, first slide section 52 is being maintained latched position and mainly becoming the state that second slide section 56 only can move.In addition, be under the state that can move to the latch-release position in first slide section 52, second slide section 56 is pushed first slide section 52 through coil spring 59 and is moved it the latch-release position.
Then the inspection method to the inspection device of terminal insertion state 20 that used said structure describes.
At first, as shown in Figure 5, under initial condition, retainer portion 22 is in the state that the housing that is configured in the top is provided with the position.Under this state, test section 40 is not projected into housing and is provided with in the recess 24.In addition, first slide section 52 of locking switching part 50 is positioned at latched position.In addition, the retainer of retainer sticking department 90 locking movable part is in the state that is positioned at unrestrained position.In addition; Under this initial condition; Range upon range ofly be in not the state that is provided with top connector shell 12, housing test section 70 is in the state (with reference to Fig. 8) that is positioned at test section and moves restriction site, therefore; First slide section 52 of locking switching part 50 is positioned at latched position, can not drop to the passed examination position even retainer portion 22 is pressed.
Under this state, the operator range upon range ofly is inserted into housing with top connector shell 12 and is provided with in the recess 24 (with reference to Fig. 3) what be inserted with terminal 11 in the terminal insertion hole 12h.At this moment, range upon range of leading section and range upon range of sliding contact surface 76a sliding contact with top connector shell 12 with top connector shell 12, the elastic force that housing test section 70 overcomes compression spring 78 moves to test section and allows the position to move.Thus, test section 40 becomes and can be projected into housing the state in the recess 24 is set.
Under this state, the mode of operator through pushing retainer portion 22 downwards etc. are provided with the power of position towards the passed examination position to 22 effects of retainer portion from housing.At this moment, in the moving process of retainer portion 22, test section 40 moves in housing is provided with recess 24 with respect to retainer portion 22 and is outstanding.At this moment; When all terminals 11 are in when inserting state fully; The outstanding test section 44 of each of test section 40 is in to pass and range upon range ofly enters into the state in the terminal insertion hole 12h with the lateral opening 12ha of top connector shell 12, and test section 40 is in the state (with reference to Figure 11) that moves to the in-position with respect to retainer portion 22.At this moment, the bottom of test section 40 is not projected into sticking department and holds in the recess 25 (with reference to Fig. 6), and in addition, first slide section 52 of locking switching part 50 can move to the latch-release position from latched position.
Then; Further when retainer portion 22 is pushed in the passed examination position; The lower portion sliding contact of recess 38b is hidden in the guided slidable contact-making surface 57a of a pair of guiding teat 57 of second slide section 56 and top, and this second slide section 56 moves in sticking department holds recess 25, and; Owing to pushed by this second slide section 56, first slide section 52 moves to latch-release position (with reference to Figure 14 and Figure 15).
And when arriving the passed examination positions in retainer portion 22, a sidepiece of retainer portion 22 is pushed the operating portion 82 (with reference to Fig. 6) of sensitive switch 80, thereby carries out the notice etc. of the message of passed examination.In addition, when arriving the passed examination positions in retainer portion 22, the elastic force through coil spring 98 makes retainer locking movable part 92 move to the retainer restriction site, keeps the state (with reference to Fig. 6) that retainer portion 22 is positioned at the passed examination position.
After inspection finishes, when the operator makes retainer locking movable part 92 move to the retainer unrestrained position,, make retainer portion 22 to housing the position is set and move from the passed examination position through the application of force of coil spring 22S.At this moment, the inner peripheral surface top sliding contact of recess 32b is hidden in the guide surface 53b of the guiding boss 53a of first slide section 52 and below, and first slide section 52 moves towards latched position, returns to above-mentioned initial condition.After this, with range upon range of unload with top connector shell 12 after, can access have fully the terminal that inserts, passed examination range upon range of with top connector shell 12.
On the other hand; When some terminals 11 are in incomplete insertion state; The outstanding test section 44 of each of test section 40 is in to pass and range upon range ofly enters into the state in the terminal insertion hole 12h with the lateral opening 12ha of top connector shell 12, promptly is in the state (with reference to Figure 12) that more leans on the retreating position side than the in-position that is positioned at.At this moment, the lower end of test section 40 is held the state (with reference to Fig. 7, Figure 12, Figure 16 and Figure 17) in the recess 25 in being projected into sticking department, and first slide section 52 of locking switching part 50 is in the state that can not move to the latch-release position from latched position.
Therefore; The position is set to the way that move the passed examination position from housing in retainer portion 22; First slide section 52 is maintained under the state of latched position, make guided slidable contact-making surface 57a and top hide the lower portion sliding contact of recess 38b, thereby after this second slide section 56 is moved in sticking department holds recess 25 slightly; Movable latch bonding part 54 and lug boss 39 butts, retainer portion 22 becomes the state that can not continue to descend.That is, retainer portion 22 becomes and can not the state that the position moves to the passed examination position be set from housing.
Like this, be under the state that can not move to the passed examination position, can check whether terminal 11 inserts fully in retainer portion 22.
According to the inspection device of terminal insertion state 20 of formation like this, terminal 11 is inserted into range upon range of in the terminal insertion hole 12h when being set in the retainer portion 22 with top connector shell 12 fully, test section 40 can move to the in-position.And when test section 40 moved to the in-position, locking switching part 50 switched to the latch-release state, and retainer portion 22 can be provided with the position from housing and move to the passed examination position.In addition, range upon range of when being set in the retainer portion 22 with top connector shell 12 with what be not inserted with terminal 11 in the terminal insertion hole 12h fully, test section 40 is with terminal 11 butts and keep the state that leans on the position of retreating position side than the in-position that is positioned at.Thus, locking switching part 50 is kept lock-out state, makes retainer portion 22 can not move to the passed examination position.Thus, can move to the passed examination position, can check more exactly that terminal 11 is in insertion state or incomplete insertion state fully according to retainer portion 22.
In addition; When carrying out above-mentioned inspection; Act on terminal 11 with range upon range of be to make test section 40 in terminal insertion hole 12h, get into mobile power under the application of force of coil spring 49 basically with the power on the top connector shell 12, and be difficult to apply excessive power such as other manpowers.Therefore, can suppress range upon range of with top connector shell 12 and terminal 11 distortion.
In addition; Under the state that terminal 11 inserts fully; Make retainer portion 22 position is set when move the passed examination position from housing; The lower portion sliding contact of recess 38b is hidden in the guided slidable contact-making surface 57a of second slide section 56 and top, this second slide section 56 and first slide section 52 are moved and forms the latch-release state.On the other hand; Under the state that terminal 11 not exclusively inserts; Second slide section 56 maintains latched position with first slide section 52; Make coil spring 59 strains and move, move to the passed examination position thereby make the movable latch bonding part 54 of first slide section 52 limit retainer portion 22 with lug boss 39 butts.Thus, can make in order to limit moving of retainer portion 22 with the part of pedestal retainer portion 30 butts be movable latch bonding part 54 and the guided slidable contact-making surface 57a of the part that is used to make first slide section 52 to move to the latch-release position forms different portions.Receive the part that is used to limit the power that retainer portion 22 moves and be applied in excessive power such as manpower easily; Yet according to said structure; On guided slidable contact-making surface 57a, be not easy to apply excessive power; Thereby can prevent effectively that guided slidable contact-making surface 57a is damaged, thereby can expect to realize inspection action smoothly.Certainly, also can be that said masterpiece is used in the structure on the part.
In addition, be not provided with under the range upon range of state, move restriction site owing to housing test section 70 is positioned at test section, so test section be maintained at retreating position with top connector shell 12.Thus, retainer portion 22 maintains lock-out state, can prevent range upon range ofly to check by error during with top connector shell 12 not being provided with.And, because the related structure of shared above-mentioned test section 40 and locking switching part 50, simplification that therefore can implementation structure.
In addition, when arriving the passed examination position, retainer portion 22 is locked through retainer sticking department 90 in retainer portion 22.Thus, whether be held 90 lockings of device sticking department, can know that whether retainer portion 22 can move to the passed examination position, can realize the reliabilization of checking according to retainer portion 22.
[variation]
In addition, the illustrated structure of above-mentioned execution mode is merely example, and the present invention is not limited thereto.In not departing from the scope of the present invention, can infer and the not numerous variation of example.
For example, in the above-described embodiment, locking switching part 50 is made up of a plurality of unit constructions, yet it also can be made up of single part.So long as can switch the locking of retainer portion and the structure of releasing locking are got final product according to moving of test section 40.
In addition, also can omit retainer sticking department 90, sensitive switch 80 etc.
Claims (5)
1. inspection device of terminal insertion state; With the range upon range of use connector shell with the terminal insertion hole that can supply the terminal insertion is the inspection object; Whether inspection is in said terminal is inserted into the state in the said terminal insertion hole fully; Said range upon range of with in the connector shell, the terminal fixed part passes the lateral opening of said terminal insertion hole and is configured in the said terminal insertion hole, thereby can the terminal in the said terminal insertion hole be positioned; Said inspection device of terminal insertion state is characterised in that to have:
Retainer portion can keep the said range upon range of connector shell of using;
Pedestal retainer portion supports said retainer portion can make said retainer portion at housing the mode that moves between position and the passed examination position is set;
Test section; Be configured to and move with respect to said retainer portion; Can between in-position and the retreating position of keeping out of the way from this in-position, move, said in-position is meant that said test section passes said lateral opening and enters into kept in the said retainer portion said range upon range of with the position in the said terminal insertion hole of connector shell;
The test section force section, to the said test section application of force so that said test section move towards said in-position; And
The locking switching part; The lock-out state that can this retainer portion can not be provided with from said housing in the said retainer portion of locking to move to said passed examination position the position is conciliate and is switched between the latch-release state except this lock-out state; Move at said test section under the state of the position of leaning on said retreating position side than said in-position; Said locking switching part is kept said lock-out state; And move at said test section under the state of said in-position, said locking switching part can switch to said latch-release state.
2. inspection device of terminal insertion state according to claim 1 is characterized in that,
Said locking switching part has:
First slide section; Be supported for and between latched position and latch-release position, move by said retainer portion; When said latched position, this first slide section and said pedestal retainer portion's butt and said retainer portion is maintained and can not the state that move to said passed examination position the position be set from said housing are when said latch-release position; This first slide section and said pedestal retainer portion are non-butt state; And said retainer portion can be provided with the position from said housing and move to said passed examination position, moves at said test section under the state of the position of leaning on said retreating position side than said in-position, and this first slide section is maintained at said latched position; And move at said test section under the state of said in-position, this first slide section can move to said latch-release position; With
Second slide section; Be supported for and move along the moving direction of said first slide section by said first slide section; And, said retainer portion moves to said passed examination position along with being provided with the position from said housing; Move to this second slide section and the sliding contact of said pedestal retainer portion, thereby can said first slide section be pushed towards said latch-release position from said latched position, move at said test section under the state of said in-position through middle force application part; Make said first slide section move to said latch-release position through force application part in the middle of said; And move at said test section under the state of said retreating position side, make said middle force application part strain and mobile, thereby said first slide section is maintained said latched position.
3. inspection device of terminal insertion state according to claim 1 and 2 is characterized in that,
Said inspection device of terminal insertion state also has the housing test section; This housing test section by said retainer portion be supported for can and said test section butt and test section that the test section that makes said test section maintain said retreating position moves restriction site and can make said test section move to said in-position from said retreating position move and allow to move between the position; In said retainer portion, be not provided with under the said range upon range of state with connector shell; Said housing test section is positioned at said test section and moves restriction site; And said retainer portion is provided with under the said range upon range of state with connector shell, and said housing test section moves to said test section and moves and allow the position.
4. inspection device of terminal insertion state according to claim 1 and 2 is characterized in that,
Whether qualified said inspection device of terminal insertion state also have detection terminal and insert state retainer location test section; This detection terminal insert state whether qualified retainer location test section detect said retainer portion and whether moved to said passed examination position, and export this testing result.
5. inspection device of terminal insertion state according to claim 1 and 2 is characterized in that,
Said inspection device of terminal insertion state also has the retainer sticking department, moves under the state of said passed examination position in said retainer portion, and this retainer sticking department locks said retainer portion.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2008-321722 | 2008-12-18 | ||
| JP2008321722A JP2010146820A (en) | 2008-12-18 | 2008-12-18 | Terminal insertion state inspection device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101752772A CN101752772A (en) | 2010-06-23 |
| CN101752772B true CN101752772B (en) | 2012-08-22 |
Family
ID=42479333
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101797937A Expired - Fee Related CN101752772B (en) | 2008-12-18 | 2009-10-19 | Inspection device of terminal insertion state |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP2010146820A (en) |
| CN (1) | CN101752772B (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101931139B (en) * | 2010-08-03 | 2012-08-22 | 奇瑞汽车股份有限公司 | Connecting plug-in unit of wire harness |
| JP5516436B2 (en) * | 2011-01-20 | 2014-06-11 | 住友電装株式会社 | Front retainer float detection device |
| US8556651B1 (en) * | 2012-04-23 | 2013-10-15 | GM Global Technology Operations LLC | System and method for verifying assembly of a connector |
| CN103203623A (en) * | 2013-04-28 | 2013-07-17 | 苏州工业园区高登威科技有限公司 | Detection and assembly device |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5630733A (en) * | 1994-02-16 | 1997-05-20 | Yazaki Corporation | Female terminal |
| CN1188336A (en) * | 1997-01-14 | 1998-07-22 | 住友电装株式会社 | Connector |
| CN1232304A (en) * | 1998-04-15 | 1999-10-20 | 住友电装株式会社 | Connector |
| CN1308389A (en) * | 2000-02-10 | 2001-08-15 | 住友电装株式会社 | Electronic connection testing device and method for terminal |
-
2008
- 2008-12-18 JP JP2008321722A patent/JP2010146820A/en active Pending
-
2009
- 2009-10-19 CN CN2009101797937A patent/CN101752772B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5630733A (en) * | 1994-02-16 | 1997-05-20 | Yazaki Corporation | Female terminal |
| CN1188336A (en) * | 1997-01-14 | 1998-07-22 | 住友电装株式会社 | Connector |
| CN1232304A (en) * | 1998-04-15 | 1999-10-20 | 住友电装株式会社 | Connector |
| CN1308389A (en) * | 2000-02-10 | 2001-08-15 | 住友电装株式会社 | Electronic connection testing device and method for terminal |
Non-Patent Citations (2)
| Title |
|---|
| JP特开2005-209485A 2005.08.04 |
| JP特开平9-196995A 1997.07.31 |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2010146820A (en) | 2010-07-01 |
| CN101752772A (en) | 2010-06-23 |
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