JP2005050794A - Joint connector for wire harness - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To reduce the projecting length of a joint connector in winding the joint connector around a wire harness by making the joint connector thinner. <P>SOLUTION: This joint connector is equipped with an insulation housing 30 and a short circuit member 14. The insulation housing 30 retains a plurality of wire-side terminals 20 on nearly the same plane and is opened from terminal insertion holes 39 toward a tip side. The short circuit member 14 has: a plurality of male terminal parts 14a fitted to the respective terminals 20 from their tip sides through the insertion holes 39; and a terminal connection part 14b for connecting the terminal parts 14a with one another. Since increase of height of the connector is barely needed in this structure, it is advantageous for thinning; even if the joint connector is wound around a wire harness, its projecting length is small; and it does not disturb wiring of the wire harness. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a technique for electrically connecting specific electric wires included in a wire harness.

  Conventionally, a joint connector described in Patent Document 1 is known as a joint connector for electrically connecting (that is, short-circuiting) a plurality of electric wires.

The joint connector includes a wire-side terminal fixed to each end of a plurality of wires, and an insulating housing that holds the wire-side terminal in a state where these wire-side terminals are aligned in one direction. The terminal is formed with a slit groove that opens in a direction perpendicular to the axial direction. The insulating housing is provided with a slit hole at a position corresponding to the slit groove, a bus bar plate is inserted into the slit hole from a direction orthogonal to the axial direction of each electric wire side terminal, and each electric wire side terminal These electric wire side terminals can be short-circuited to each other via the bus bar plate.
JP-A-6-76899 (second page, FIG. 1)

  The joint connector is often used as means for short-circuiting specific electric wires in the wire harness. In this case, the joint connector is wound around and fixed to the wire harness main body portion with an adhesive tape or the like. At this time, if the height dimension of the joint connector is large, the amount of protrusion from the wire harness main body portion in the wound state increases, which may interfere with the wiring harness wiring. desired.

  However, in the joint connector described in Patent Document 1, it is difficult to reduce the thickness of the joint connector, that is, to reduce the height, and there is a possibility that the amount of protrusion increases when the connector is wound around a wire harness. The reason is as follows.

  1) Since a terminal having a slit groove into which the bus bar plate can be inserted in the height direction is used as the electric wire side terminal, the height of the terminal is likely to be larger than that of a normal electric wire side terminal. The overall height dimension becomes large.

  2) Further, since the bus bar plate is inserted into the insulating housing along the height direction of the electric wire side terminal, a guide portion for guiding the bus bar plate along the inserting direction is provided in the insulating housing. The height dimension of the insulating housing is further increased by the formation of the guide portion.

  In view of such circumstances, an object of the present invention is to provide a joint connector for a wire harness that can be reduced in thickness and is suitable as a means for short-circuiting electric wires in a wire harness.

  As means for solving the problems, the present invention is a joint connector for electrically connecting a plurality of electric wires included in a wire harness, and a specific electric wire of the electric wires included in the wire harness A wire-side terminal that is fixed to the terminal and has a female contact portion on the distal end side into which the male terminal can be fitted in the axial direction thereof, and holds the wire-side terminals in a state where the wire-side terminals are arranged on substantially the same plane. And an insulating housing having a terminal opening portion that opens the female contact portion of the electric wire side terminal to the tip side, and a short-circuit member for short-circuiting specific electric wire side terminals among the electric wire side terminals. The short-circuit member includes a plurality of male terminal portions that can be fitted into the female contact portion of the specific electric wire side terminal from the terminal opening portion of the insulating housing, and these male terminal portions are connected to each other. And special The male terminal portions are those having a terminal connecting portion for electrically connecting.

  That is, according to the present invention, since the short-circuit member is inserted from the axial direction with respect to the female-type contact portion of the electric wire side terminal held on substantially the same plane, the specific electric wire side terminals are short-circuited. It is not necessary to increase the height direction in any of the side terminals and the insulating housing, so that the entire connector can be significantly reduced in thickness. Therefore, the protrusion amount of the joint connector when the connector is wound around the wire harness can be reduced.

  Further, in the present invention, various short-circuits can be constructed using a common insulating housing by setting the shape and structure of the short-circuit member (particularly the number of male terminal portions). But it is advantageous.

  For example, if a plurality of the short-circuit members are provided and the short-circuit members are configured to be fitted to specific wire-side terminals in a state of being separated from each other, the wire-side terminals held by the insulating housing are divided into a plurality of groups. Thus, it becomes possible to short-circuit the wires for each group.

  As the short-circuit member, it is preferable that a plurality of the male terminal portions and a terminal connecting portion for connecting the male terminal portions are integrally formed of a conductive material. According to this structure, specific electric wire side terminals can be short-circuited with a simple structure with a small number of parts.

  More specifically, it is preferable to use a metal plate that is thinner than the insulating housing. By using such a short-circuit member, it is possible to promote the thinning of the entire connector, and the structure of the short-circuit member itself is further simplified.

  Alternatively, the insulating housing can be bent and deformed in a direction perpendicular to the axial direction of the electric wire side terminal and in a direction perpendicular to the arrangement direction of the electric wire side terminals at a position between specific electric wire side terminals adjacent to each other. A bending deformation portion, and the terminal connecting portion of the short-circuit member can be bent and deformed in the same direction as the bending deformation direction of the bending deformation portion at a position corresponding to the bending deformation portion, or the bending deformation If the configuration is divided in a direction parallel to the direction in which the electric wire side terminals are aligned at a position corresponding to the portion, the insulating housing itself can be bent and deformed along the peripheral surface of the wire harness. The joint connector can be wound in a stable state even on a wire harness having a large curvature (ie, a small diameter).

  Here, the insulating housing may have a bending deformation portion at a position between some of the electric wire side terminals, or may have the bending deformation portion at a position between all the electric wire side terminals. It may be what you do. In the latter case, the outer shape of the wire harness can be dealt with more flexibly.

  As a specific structure of the insulating housing having a bending deformation part, for example, a terminal holding part for holding each electric wire side terminal and a thin hinge part constituting the bending deformation part are preferably integrally formed. It is. According to such a configuration, an increase in the number of parts of the insulating housing can be suppressed, and the insulating housing itself can be bent and deformed while maintaining a simple structure.

  On the other hand, as the terminal connecting portion of the short-circuit member that can be bent and deformed, for example, it is preferable that the terminal connecting portion is made of a flexible wiring material that can be bent and deformed in the same direction as the bending deformed portion. is there. With this configuration, it is possible to construct a desired short circuit according to the wiring form in the flexible wiring material.

  More preferably, the insulating housing is provided with a short-circuit member protecting portion for protecting the short-circuit member connected to the wire-side terminal.

  As this short circuit member protection part, it has a short circuit member support part extended from the main part of the above-mentioned insulating housing to the tip side of the electric wire side terminal, and the short circuit in a state where the short circuit member is placed on this short circuit member support part It is preferable that the position of the short-circuit member support portion is set so that each male terminal portion of the short-circuit member is fitted into the female contact portion of a specific electric wire side terminal by sliding the member. .

  According to this configuration, the short-circuit member support portion can have a function of guiding the short-circuit member to the wire-side terminal, thereby improving work efficiency and in a state where the short-circuit member is coupled to the wire-side terminal. The short-circuit member can be effectively protected by covering from one side. And since the said short circuit member support part is extended from the main body of an insulation housing to the front end side of an electric wire side terminal, the said short circuit member support part can be comprised, without increasing the height dimension of a connector. .

  Moreover, the short circuit member protection part of the said insulation housing covers the short circuit member fitted in the open state which open | releases the site | part in which the male terminal part of the said short circuit member is inserted in the said insulation housing, and a specific electric wire side terminal If it is possible to switch to the closed state, after the short-circuit member and the electric wire side terminal are fitted with the short-circuit member protection part opened, the short-circuit member protection part is closed to cover the short-circuit member, The protection can be surely performed.

  Furthermore, if the short-circuit member protection portion has a short-circuit member restraining portion that restricts the movement of the short-circuit member in the direction in which the short-circuit member is detached from the female contact portion in the closed state, The connection state between the short-circuit member and the electric wire side terminal can be more reliably maintained.

  Further, the present invention is a method of electrically connecting a plurality of electric wires included in a wire harness using the joint connector, and the electric wire side is connected to a terminal of a specific electric wire among electric wires included in the wire harness. The step of fixing the terminal, the step of holding these electric wire side terminals in the insulating housing, and the male terminal portion of the short-circuit member with respect to the female contact portion of the specific electric wire side terminal held in the insulating housing Is inserted, and the electric wire side terminals are electrically connected to each other, and after the electric connection, the insulating housing is fixed to the main body portion of the wire harness.

  According to such a method, after the electric wire side terminal is set in the insulating housing, the male terminal portion of the short-circuit member having a shape corresponding to the desired short-circuit pattern is fitted into the female contact portion of an appropriate electric wire-side terminal. By this, the said short circuit pattern can be constructed | assembled easily and flexibly.

  As described above, the present invention includes an insulating housing that holds a plurality of wire-side terminals arranged in a substantially same plane, and a plurality of wires that can be inserted from the front end side into the female contact portion of the wire-side terminal. A male terminal portion and a short-circuit member having a terminal connecting portion for connecting and electrically connecting the male terminal portions to each other, and the male terminal portion of the short-circuit member is connected to the electric wire from the outside of the insulating housing. It is a joint connector that can be fitted into the female contact portion of the side terminal, and is used to electrically connect the wires included in the wire harness using this connector. On the other hand, it is possible to make the entire joint connector significantly thinner than the one in which the bus bar plate is inserted from the height direction, and the connector is wound around the wire harness. With there is the joint connector projecting amount can be reduced the effect of the time it was.

  First, a first embodiment of the present invention will be described with reference to FIGS.

  The illustrated joint connector includes an electric wire side terminal 20 fixed to the end of each electric wire 18 constituting the wire harness, an insulating housing 30 holding the plural electric wire side terminals 20, and a plurality of short-circuit members 14. .

  The electric wire side terminal 20 of the illustrated example has a box-shaped female contact portion 22 for storing the spring contact piece 21 at the tip side, and a conductor barrel 24 to be crimped to a conductor portion of the electric wire 18 at the rear thereof, and an electric wire And an insulation barrel 26 which is crimped to 18 insulating coatings. The electric wire side terminal 20 has a general shape that can be used for other electric wires (electric wires not related to the joint connector) constituting the wire harness. Therefore, the joint connector shown here is also versatile. Are better.

  The insulating housing 30 includes a flat housing main body 32, a thin plate-like cover 34 deposited on the flat main body 32, and one thin end of the housing main body 32 and the cover 34 that can be flexibly deformed. Hinge part 36, and these are integrally formed of an insulating material such as a synthetic resin.

  The housing body 32 has a plurality (six in the illustrated example) of terminal housing chambers 38 arranged on the same plane, and a male terminal portion 14a (described later) of the short-circuit member 14 is inserted into the front end of each terminal housing chamber 38. A possible terminal insertion hole 39 is formed. On the top wall of each terminal accommodating chamber 38, a lance 40 is formed to primarily lock the claw 23 to be locked in the female contact portion 22 of the inserted electric wire side terminal 20. A window 42 is formed to open the terminal middle portion upward.

  On the other hand, in this embodiment, two short-circuit members 14 are prepared for one insulating housing 30. Each short-circuit member 14 is formed of a so-called bus bar made of a metal plate having a thickness smaller than the height of the housing main body 32, and is connected to the female contact portions 22 of the electric wire side terminals 20 adjacent to each other in the housing main body 32. Three pin-shaped male terminal portions 14a that can be inserted and a terminal connecting portion 14b that connects these male terminal portions 14a in a direction orthogonal to the axial direction thereof are integrally provided.

  Next, a structure for holding the short-circuit member 14 on the insulating housing 30 side will be described.

  In the insulating housing 30, a short-circuit member support portion 44 is extended from the housing body 32 to the distal end side of the wire-side terminal 20. The short-circuit member support portion 44 is continuous with the housing body 32 at a position immediately below each terminal insertion hole 39, and the upper surface thereof is a short-circuit member guide surface 44s. The height position of the short-circuit member guide surface 44s is such that each male terminal portion 14a of the short-circuit member 14 is slid by sliding the short-circuit member 14 with the short-circuit member 14 placed on the guide surface 44s. It is set so that the female contact portion 22 of the specific electric wire side terminal 20 is inserted as it is.

  Further, a locking projection 44b is formed at the end of the short-circuit member support portion 44, and a through groove extending in the arrangement direction of the terminal accommodating chamber 38 at a position closer to the terminal insertion hole 39 than the locking projection 44b. 44a is provided.

  The cover 34 constitutes a short-circuit member protection section together with the short-circuit member support section 44. The cover 34 is rotated about the hinge portion 36 as a fulcrum, thereby opening the window 42 and the short-circuit member support portion 44 of the housing body 32 upward as shown in FIG. Switching to the position is possible.

  Specifically, the cover 34 includes a main body cover portion 46 that is attached on the housing main body 32 in the closed position, and a short-circuit member cover portion 48 that covers the short-circuit member 14 together with the short-circuit member support portion 44 in the closed position. Are integrated.

  A protrusion 47 that enters the window 42 in the closed state is formed on the back surface of the main body cover 46. These protrusions 47 come into contact with the female contact portion 22 of each electric wire side terminal 20 from the rear end side by intrusion into the window 42 and realize secondary locking of the electric wire side terminal 20. .

  On the back surface of the short-circuit member cover portion 48, a plate-like short-circuit member restraining wall 48 a extending in the direction in which the terminal accommodating chambers 38 are arranged, that is, a shape that can be inserted into the through groove 44 a of the short-circuit member support portion 44 protrudes. A locking frame portion 48 b that can be engaged with the locking projection 44 b is formed at an end portion of the short-circuit member cover portion 48. The cover 34 is locked in the closed position by the engagement of the locking projections 44b and the locking frame portion 48b, and the short-circuit member restraining wall 48a is fitted in the through hole 44a in the closed position. It has become. The positions of the short-circuit member restraining wall 48a and the through-hole 44a are such that the short-circuit member 14 is fitted to a predetermined wire-side terminal 20 as shown in FIG. When the short-circuit member restraining wall 48a comes close to the side end portion, the position of the short-circuit member 14 in the direction away from the wire-side terminal 20 is regulated.

  According to this connector, the short-circuiting operation between the specific electric wires 18 in the wire harness can be easily performed by the following procedure.

  1) The electric wire side terminals 20 are held in the insulating housing 30 in the pre-process of the wire harness (FIG. 1).

  2) In a final process, the specific electric wire side terminals 20 are short-circuited by the short-circuit member 14. Specifically, by placing the short-circuit member 14 having an appropriate shape on the short-circuit member guide surface 44s of the short-circuit member support portion 44 and sliding it as it is, with the cover 34 of each insulating housing 30 open, the short-circuit member 14 is moved as it is. Each of the male terminal portions 14a is inserted into the corresponding female contact portion 22 of the electric wire side terminal.

  At this time, it is possible to construct a desired short circuit by setting the terminal shape of the short-circuit member 14 (particularly, setting the number of male terminal portions 14a). For example, when six wire-side terminals 20 are held in the insulating housing 30 as shown in the figure, all the wire-side terminals 20 can be obtained by using a single short-circuit member 14 having six male terminal portions 14a. If the short-circuit member 14 having four male terminal portions 14a and the short-circuit member 14 having two male terminal portions 14a are combined, the four electric wire sides It is possible to construct a circuit that individually short-circuits the terminals 20 and the two wire-side terminals 20.

  In addition, when constructing | assembling mutually independent short circuit using the some short circuit member 14, it is important to keep these short circuit members 14 spaced apart, and to maintain the insulation state between the short circuit members 14. Nor.

  Further, the specific manufacturing method of the short-circuit member 14 is not limited. For example, the short-circuit member 14 may be punched one by one from a metal plate, or a large number of male terminals 14a are arranged as shown in FIG. Alternatively, the long short-circuit member 14 may be formed and cut out from the desired number of male terminals 14a.

  3) Close the cover 34. As a result, the short-circuit member cover portion 38 and the short-circuit member support portion 44 of the cover 34 cover the short-circuit member 14 and effectively protect from the outside (FIG. 3). In addition, since the short-circuit member restraining wall 48a is positioned immediately behind the short-circuit member 14, this effectively restricts the movement of the short-circuit member 14 to the rear, that is, the movement in the direction away from the wire-side terminal 20. Thus, the connection state between the short-circuit member 14 and the electric wire side terminal 20 is more reliably maintained.

  4) As shown in FIG. 5, the insulating housing 30 is applied to the peripheral surface of the main body portion of the wire harness W, and the adhesive tape T is wound around it and fixed.

  Here, since the entire connector including the insulating housing 30 is very thin, the amount protruding from the main body portion of the wire harness W at the time of winding is very small. It is possible to route without inconvenience.

  Further, if the insulating housing 30 itself is configured to be able to bend and deform along the peripheral surface of the wire harness W, the entire connector can be applied to the wire harness W having a large curvature (that is, a small diameter). Can be wound. An example thereof is shown in FIGS. 6 to 10 as a second embodiment.

  In this embodiment, the housing main body 32 and the cover 34 of the insulating housing 30 are formed as separate members, and each is configured to be able to bend and deform along the peripheral surface of the wire harness W.

  Specifically, as shown in FIGS. 8B and 9, the housing body 32 of the insulating housing 30 is divided in the width direction (the arrangement direction of the terminal accommodating chambers 38) including the short-circuit member support portion 44. In addition, a plurality (six in the illustrated example) of terminal holding portions 32a constituting the divided portion and a hinge portion 32b for connecting adjacent terminal holding portions 32a are integrally formed. Each hinge portion 32b is formed to be sufficiently thin as compared with each terminal holding portion 32a, and can be bent and deformed in a direction perpendicular to the axial direction of the electric wire side terminal 20 and perpendicular to the arrangement direction of the electric wire side terminal 20 (flexure). A deformable bending deformation portion.

  Similarly, the cover 34 is formed by integrally forming a divided cover portion 34a divided corresponding to each terminal holding portion 32a and a hinge portion 34b that connects adjacent divided cover portions 34a. Each hinge portion 34b is formed to be sufficiently thin as compared with each divided cover portion 34a, and constitutes a bending deformation portion that can be bent and deformed (flexible deformation) in the same direction as the hinge portion 32b of the housing body 32. Yes. Further, the secondary terminal locking projection 47 is also divided corresponding to the divided cover portion 34a.

  A window portion 32c and a protrusion 34c that can be engaged with each other are formed on the side wall of the housing main body 32 and the side wall of the cover 34, respectively. The engagement of the window portion 32c and the protrusion 34c causes the cover 34 to be attached to the housing main body 32. The wearing state is maintained.

  Further, a short-circuit member restraining wall 34d that covers the short-circuit member support portion 44 of the housing main body 32 from the end face side is formed at the front end portion of each divided cover portion 34a.

  On the other hand, the short-circuit member 50 includes a plurality (six in the illustrated example) of pin-shaped male terminal portions 52 that can be respectively fitted into the female contact portions 22 of the electric wire side terminals 20, and these male terminals 52. And a terminal connecting member 54 connected in a direction orthogonal to the axial direction. The terminal connection member 54 is formed of a flexible wiring material that can be bent and deformed in the same direction as the bending deformation direction of the hinge portion 32 b in the housing body 32, and each male terminal 52 is connected to a conductor portion of the terminal connection member 54. By being fixed by soldering, welding, or the like, the male terminals 52 are electrically connected to each other via the terminal connecting member 54.

  As the flexible wiring material, a flat wiring material in which a plurality of flat rectangular conductors are arranged in parallel with each other, and these flat conductors are mutually integrated with a thin insulating material, or a short circuit is printed. A flexible printed circuit board, FPC, or the like is suitable. Moreover, it is also possible to short-circuit only the specific male terminals 52 by the circuit configuration of the terminal connecting member 54. Alternatively, the terminal connecting member 54 can be made of a flexible metal thin sheet material.

  In such a joint connector, each male terminal 52 of the short-circuit member 50 is connected to the electric wire side in a state where the electric wire side terminals 20 are held by the housing main body 32 of the insulating housing 30 as in the first embodiment. After fitting into the female contact portion 22 of the terminal 20, by attaching a cover 34 to the housing main body 32, the appropriate wire-side terminals 20 can be short-circuited through the short-circuit member 50, and the cover 34 and the short-circuit member support 44 can cover the short-circuit member 50 and effectively protect it from the outside. In addition, the short-circuit member restraining wall 34d of the cover 34 restricts the movement of the short-circuit member 50 in the pulling direction, so that the connection state between the short-circuit member 50 and the electric wire side terminal 20 is made more reliable.

  Furthermore, in this embodiment, the housing main body 32 and the cover 34 constituting the insulating housing 30 are in the direction orthogonal to the axial direction of the electric wire side terminal 20 and the direction orthogonal to the arrangement direction at the hinge portions 32b and 34b (FIG. 9). (B) is downwardly deformable, and since the terminal connecting member 54 of the short-circuit member 50 can be bent and deformed in the same direction as the bending deformation direction, for example, as shown in FIG. It is also possible to wind and fix the insulating housing 30 on the peripheral surface of the wire harness W. Therefore, the present invention can be applied to the wire harness W having a large curvature (that is, a small diameter).

  In addition, in this 2nd Embodiment, although the bending deformation | transformation part (hinge part 32b, 34b was formed between all the electric wire side terminals 20 was shown, it is not restricted to this, Some electric wire side A bending deformation portion may be formed only between the terminals 20. The number and location of the bending deformation portions may be appropriately set according to the usage pattern (for example, the shape of the wire harness W to be wound). Needless to say, when the insulating housing 30 does not have the cover 34, the bending deformation portion only needs to be formed in the housing main body 32.

  On the other hand, the short-circuit member 50 is not necessarily limited to one in which the terminal connecting member 54 can be bent and deformed, and the short-circuit member is parallel to the arrangement direction of the electric wire side terminals at a position corresponding to the bending deformation portion of the insulating housing 30. It may be divided in the direction. For example, when the short-circuit member 14 is divided into two at the center in the width direction as shown in FIGS. 1 to 5, the bending connector of the insulating housing 30 is provided at the center position to It becomes possible to bend and deform at the center position.

1 is an exploded perspective view of a joint connector according to a first embodiment of the present invention. It is a perspective view which shows the main-body part of the insulation housing of the said joint connector. It is sectional drawing which shows the state which couple | bonded the electric wire side terminal hold | maintained at the said insulation housing, and a short circuit member. It is a perspective view which shows the state which wound the said joint connector around the main-body part of the wire harness, and was fixed. It is a perspective view which shows the state which wound the said joint connector around the main-body part of the wire harness, and was fixed. It is a disassembled perspective view which shows the housing main body and short circuit member of the joint connector which concern on the 2nd Embodiment of this invention. It is a disassembled perspective view which shows the process of attaching a cover to the housing main body of the joint connector shown by FIG. (A) is the perspective view which looked at the state which mounted | wore the housing main body shown by FIG. 7 from the top, (b) is the perspective view which looked at the state from the bottom. (A) is the sectional view on the AA line of Fig.8 (a), (b) is the sectional view on the BB line of Fig.9 (a). It is a perspective view which shows the state which wound the joint connector shown by FIG.8 and FIG.9 around the main-body part of a wire harness.

Explanation of symbols

14 Short-circuit member 14a Male terminal portion 14b Terminal connecting portion 18 Electric wire 20 Electric wire side terminal 30 Insulating housing 32 Housing body 32a Terminal holding portion 32b Hinge portion (bending deformation portion)
34 cover 34a division cover part 34b hinge part (bending deformation part)
34d Short-circuit member constraining wall 36 Hinge part 38 Terminal accommodating chamber 39 Terminal insertion hole 44 Short-circuit member support part 48 Short-circuit member cover part 48a Short-circuit member constraining wall 50 Short-circuit member 52 Male terminal 54 Terminal connecting material

Claims (12)

  A joint connector for electrically connecting a plurality of wires included in a wire harness, which is fixed to the end of a specific wire among the wires included in the wire harness, and a male terminal is inserted in the axial direction thereof A wire-side terminal having a possible female-type contact portion on the tip side, and holding the wire-side terminal in a state in which the wire-side terminal is arranged on substantially the same plane, and the female-type contact portion of these wire-side terminals An insulating housing having a terminal opening portion that opens to the distal end side, and a short-circuit member for short-circuiting specific electric-wire-side terminals among the electric-wire-side terminals, the short-circuiting member of the specific electric-wire-side terminal A plurality of male terminal portions that can be fitted into the female contact portions from the terminal opening portions of the insulating housing, and the male terminal portions are connected to each other and specific male terminal portions are electrically connected to each other. Terminal connection Joint connector and having a.   2. The joint connector according to claim 1, wherein the short-circuit member is formed by integrally forming a plurality of the male terminal portions and a terminal connecting portion connecting the male terminal portions with a conductive material. Joint connector characterized by.   The joint connector according to claim 2, wherein the short-circuit member is formed of a metal plate having a thickness smaller than that of the insulating housing.   2. The joint connector according to claim 1, wherein the insulating housing is perpendicular to the axial direction of the electric wire side terminals and orthogonal to the arrangement direction of the electric wire side terminals at a position between specific electric wire side terminals adjacent to each other. The terminal connecting portion of the short-circuit member is bendable and deformable in the same direction as the bending deformation direction of the bending deformation portion at a position corresponding to the bending deformation portion. It is comprised so that it may become, or it is divided | segmented into the direction parallel to the arrangement direction of an electric wire side terminal in the position corresponding to the said bending deformation part.   5. The joint connector according to claim 4, wherein the terminal connecting portion is made of a flexible wiring material that can be bent and deformed in the same direction as the bending deformation direction of the bending deformation portion.   The joint connector according to any one of claims 1 to 5, wherein a plurality of the short-circuit members are provided, and each of the short-circuit members is fitted to a specific electric wire side terminal in a state of being separated from each other. connector.   The joint connector according to any one of claims 1 to 6, wherein the insulating housing is provided with a short-circuit member protection portion for protecting the short-circuit member connected to the wire-side terminal. Joint connector.   The joint connector according to claim 7, wherein the short-circuit member protecting portion of the insulating housing has a short-circuit member supporting portion extended from the main body of the insulating housing to the distal end side of the electric wire side terminal, and on the short-circuit member supporting portion. The position of the short-circuit member support portion so that each male terminal portion of the short-circuit member is fitted into the female contact portion of the specific electric wire side terminal by sliding the short-circuit member with the short-circuit member placed. Is a joint connector characterized by that is set.   9. The joint connector according to claim 7, wherein the short-circuit member protecting portion of the insulating housing has an open state in which a portion where the male terminal portion of the short-circuit member is inserted in the insulating housing and a specific electric wire side terminal. The joint connector can be switched to a closed state covering the short-circuit member fitted to the connector.   The joint connector according to claim 9, wherein the short-circuit member protection portion includes a short-circuit member restraining portion that restricts movement of the short-circuit member in a direction away from each female contact portion in the closed state. connector.   It is a wire harness by which specific electric wires are electrically connected using the joint connector in any one of Claims 1-10, Comprising: The said joint connector is wound around the wire harness main-body part, and is being fixed. A wire harness characterized by.   A method for electrically connecting a plurality of electric wires included in a wire harness using the joint connector according to any one of claims 1 to 10, wherein a terminal of a specific electric wire among electric wires included in the wire harness Fixing the wire-side terminal to the wire, holding the wire-side terminal in the insulating housing, and connecting the short-circuit member to the female contact portion of the specific wire-side terminal held in the insulating housing. A joint connector comprising: a step of inserting a male terminal portion to electrically connect the electric wire side terminals; and a step of fixing the insulating housing to a body portion of the wire harness after the electric connection. A method for electrically connecting electric wires in a wire harness using a wire.

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