JP6687260B1 - connector - Google Patents

Abstract

An object of the present invention is to suppress incomplete fitting when a plug connector is inserted into a base connector with a predetermined force. A connector C of the present invention includes a base connector 1 and a plug connector 2, the base connector 1 includes a first base contact 12 and a second base contact 13, and the plug connector 2 includes a first plug. The contact between the first plug contact 22 and the first base contact 12, which includes the contact 22 and the second plug contact 23 and requires the first insertion force, is generated during the insertion process of the plug connector 2 into the base connector 1. , The second insertion force is generated before the contact between the second plug contact 23 and the second base contact 13 that requires the second insertion force. [Selection diagram] Figure 1

Description

  The present invention relates to a connector.

  Patent Document 1 discloses an electric connector for circuit boards. This electric connector for circuit boards has a receptacle connector and a plug connector that is fitted into the receptacle connector from above. The receptacle connector has a wide receptacle power supply terminal, a narrow width power supply terminal, and a receptacle lock fitting. The plug connector has a plug signal terminal corresponding to the narrow power supply terminal of the receptacle connector and a plug lock fitting. The plug lock fitting is locked by the receptacle lock fitting and also has a function as a power supply terminal that comes into contact with the receptacle power supply terminal and is electrically conducted. Further, each of the receptacle power supply terminals has a lock protrusion, and each of the plug signal terminals has a locked portion that engages with the lock protrusion. As a result, in the electric connector for a circuit board of Patent Document 1, the plug connector is prevented from coming off the receptacle connector by having the parts that are locked to a plurality of parts on the fitting side surface 4 of the housing.

JP, 2016-29640, A

  However, in the structure of the connector of Patent Document 1 described above, since the lock fitting, the lock protrusion, and the like are provided at substantially the same position in the insertion direction, the insertion force at the time of insertion becomes large. Furthermore, if the plug connector engages with the receptacle connector only at some locking parts and is not partially locked, for example, when the plug connector is tilted and inserted into the receptacle connector, the plug connector may not be locked. It may come off from the connector.

  Therefore, in view of such problems, an object of the present invention is to provide a connector capable of suppressing incomplete fitting when the plug connector is inserted into the base connector with a predetermined force.

  The connector of the present invention includes a base connector including a base side housing connected to the base side substrate, and a plug connector including a plug side housing fitted to the base connector and connected to the plug side substrate. A connector, wherein the base connector is perpendicular to at least one first base contact and a direction parallel to one surface of the base-side substrate, with respect to a fitting direction of the plug connector to the base connector. The first base contact and at least one second base contact provided in parallel with each other in the width direction, which is a different direction, and the plug connector has at least one second base contact fitted to the at least one first base contact. The first plug contact and the second plug are provided in parallel with the first plug contact in the width direction. At least one second plug contact fitted to the contact, the first base contact is elastically deformed by the movement of the first plug contact in the fitting direction, and the second base contact is the second plug contact. The plug contact is elastically deformed by movement in the fitting direction, and when the first plug contact is fitted to the first base contact, the first base contact is elastically deformed by a predetermined amount. The first insertion force applied to the first base contact is applied to the second base contact in order to elastically deform the second base contact by a predetermined amount when the second plug contact is fitted to the second base contact. The first plug contact and the first base, which are larger than the second insertion force and require the first insertion force. The contact between the contact and the contact precedes the contact between the second plug contact and the second base contact, which requires the second insertion force, in the process of inserting the plug connector into the base connector. Is configured to occur.

  Further, in the process of inserting the plug connector into the base connector, the first plug contact and the first plug contact, which require the first insertion force after the first plug contact comes into contact with the first base contact. It is preferable that the second plug contact is configured to come into contact with the second base contact before reaching the contact position with the base contact.

  Further, the first plug contact includes a first fitting portion that is provided on the fitting direction side of the first plug contact and that fits with the first base contact, and the first base contact is a contact. A base portion; and an arm portion capable of contacting the first fitting portion of the first plug contact and swingable with respect to the contact base portion, the arm portion including the first plug contact portion of the first plug contact. No. 1 locked portion having a lock portion protruding from the contact surface on the contact surface contacting the one fitting portion, and the first fitting portion having an engagement hole into which the lock portion is inserted and engaged. Is preferably provided.

  Further, the second plug contact includes a second fitting portion that is provided on the fitting direction side of the second plug contact and that fits with the second base contact, and the second base contact is the It is preferable that the second plug contact is formed in a fork shape including a first arm and a second arm that sandwich the second fitting portion.

  According to the connector of the present invention, incomplete fitting can be suppressed when the plug connector is inserted into the base connector with a predetermined force.

It is a perspective view of the connector of one embodiment of the present invention showing the state before a plug connector fits in a base connector. It is a perspective view of the connector of one embodiment of the present invention showing the state where the plug connector was fitted in the base connector. It is a top view of the base connector fixed to the base side board. It is the side view which looked at the base connector from the extraction direction. It is sectional drawing which cut | disconnected the base connector along the fitting / extraction direction so that it may pass along the 1st base contact. It is sectional drawing which cut | disconnected the base connector along the fitting / extraction direction so that it may pass along the 2nd base contact. It is a top view of the plug connector fixed to the plug side board. It is the side view which looked at the plug connector from the fitting direction. It is the IX-IX sectional view taken on the line of FIG. It is a perspective view showing the 1st plug contact of a plug connector. It is the XI-XI sectional view taken on the line of FIG. It is a perspective view showing the 2nd plug contact of a plug connector. It is a graph which shows the relationship between the insertion force of a connector of one embodiment of the present invention, and time. (A) is a figure which shows the state which the 1st base contact and the 1st plug contact began to contact, (B) shows the 2nd base contact and the 2nd plug contact corresponding to the state of (A). It is a figure which shows a relationship. (A) is a diagram showing a state where the lower surface of the first plug contact is in contact with the top of the lock portion of the first base contact, and (B) is a second base contact corresponding to the state of (A). It is a figure which shows the relationship between and a 2nd plug contact. FIG. 15A is a diagram showing a state where the plug connector is further moved in the fitting direction from the state of FIG. 15A, and FIG. 15B is a second base contact and a second plug corresponding to the state of FIG. It is a figure which shows the relationship with a contact. (A) is a figure which shows the relationship between a 1st base contact and a 1st plug contact in the state which the fitting of the base connector of a plug connector was completed, (B) is a state of (A) It is a figure which shows the relationship between the corresponding 2nd base contact and 2nd plug contact.

  Hereinafter, an embodiment of a connector of the present invention will be described with reference to the drawings. Note that the embodiments described below are merely examples, and the connector of the present invention is not limited to the following embodiments.

  As shown in FIG. 1 and FIG. 2, the connector C of the present embodiment is a base connector 1 including a base side housing 11 connected to a base side substrate BS, and a base connector 1 fitted to the base connector 1. And a plug connector 2 having a plug-side housing 21 connected to the plug-side substrate PS. The connector C of the present embodiment is a board-to-board connecting connector, and the plug connector 2 is inserted and fitted into the base connector 1 in a state where the plug-side board PS is horizontal to the base-side board BS.

  In this specification, the direction in which the plug connector 2 is fitted toward the base connector 1 is called the fitting direction D11, and the direction in which the plug connector 2 is pulled out from the base connector 1 is called the pulling direction D12. Both D11 and the withdrawal direction D12 are collectively referred to as the fitting / withdrawing direction D1. A direction perpendicular to one surface of the base-side substrate BS or the plug-side substrate PS is called a thickness direction D2. A direction perpendicular to both the fitting / extracting direction D1 and the thickness direction D2 is referred to as a width direction D3. In the present specification, when the terms “upper” and “lower” such as “upper end” and “lower end” are used, it is far from the surface BSa or the surface PSa of the base substrate BS or the plug-side substrate PS in the thickness direction D2. The side is called the upper side, and the side closer in the thickness direction D2 is called the lower side.

  The base side board BS is a circuit board on which the base connector 1 is mounted. The material of the base side substrate BS is not particularly limited, but in the present embodiment, a circuit board made of metal such as aluminum is used. A plurality of contact pads CP are provided on one surface (hereinafter referred to as the front surface) BSa of the base side substrate BS, and the base connector 1 is fixed to the base side substrate BS by soldering at the positions of the contact pads CP.

  The plug-side board PS is a circuit board on which the plug connector 2 is mounted. The material of the plug-side substrate PS is not particularly limited, but in the present embodiment, a circuit board made of metal such as aluminum is used. As shown in FIG. 7, the plug-side substrate PS has a notch N cut out in a rectangular shape at one end of the plug-side substrate PS. The cutout portion N has a first end face F1 perpendicular to the fitting direction D11, and a second end face F2 and a third end face F3 extending along the fitting direction D11. In the present embodiment, as shown in FIGS. 9 and 11, the plug connector 2 is fixed to the plug-side substrate PS with the plug-side substrate PS partially accommodated in the notch N of the plug-side substrate PS. It Therefore, it is possible to reduce the size of the plug connector 2 in the thickness direction D2 when the plug connector 2 is fixed to the plug-side substrate PS. The plug-side substrate PS has one surface (hereinafter referred to as the front surface) PSa and the other surface (hereinafter referred to as the back surface) PSb covered with an insulating layer. On the other hand, the first end face F1, the second end face F2, the third end face F3 of the cutout portion N and the end face F (see FIG. 1) of the plug-side substrate PS other than the cutout portion N are cut surfaces and are not insulated, The conductive metal base material is exposed. A plurality of contact pads CP are provided on the front surface PSa of the plug-side substrate PS, and the plug connector 2 is fixed to the plug-side substrate PS by soldering at the positions of the contact pads CP.

  The base connector 1 is provided with a base-side housing 11 connected to the base-side substrate BS, at least one (two in the present embodiment) first base contacts 12, and in parallel with the first base contacts 12 in the width direction. And at least one (four in the present embodiment) second base contacts 13 provided.

  The base-side housing 11 at least partially houses the first base contact 12 and the second base contact 13. The base housing 11 is formed in a substantially rectangular box shape. As shown in FIGS. 1 to 3, the base-side housing 11 has a first accommodating portion 111 that accommodates the first base contact 12 and a second accommodating portion 112 that accommodates the second base contact 13. There is. The first accommodating portion 111 accommodates the first base contact 12, and the opening O (see FIG. 5) into which the later-described first plug contact 22 of the plug connector 2 can be inserted is formed so that the base housing 11 is pulled out. It is formed on the end surface 11a on the direction D12 side. In addition, the second accommodating portion 112 accommodates the second base contact 13, and the guide recess 112a into which the later-described second plug contact 23 and the covering portion 211b of the plug connector 2 can be inserted (see FIGS. 3 and 4). ) Is formed on the end surface 11a of the base-side housing 11 on the extraction direction D12 side. The guide concave portion 112a corresponds to the shape of the covering portion 211b, opens at the end surface 11a of the base-side housing 11 on the extraction direction D12 side, and communicates with the second accommodating portion 112.

  The material forming the base-side housing 11 is, for example, an electric insulating material such as synthetic resin. The shape of the base-side housing 11 is not limited to the illustrated shape.

  The first base contact 12 comes into contact with the first plug contact 22 when the plug connector 2 is fitted into the base connector 1. The first base contact 12 is made of a conductive material such as metal. The first base contact 12 can be formed, for example, by subjecting a metal plate-shaped piece to punching, bending, or the like. In the present embodiment, as shown in FIGS. 1 to 3, a pair of first base contacts 12 is provided at both ends in the width direction D3 of the base-side housing 11. However, the number of first base contacts 12 and the positions where they are arranged are not particularly limited.

  The structure of the first base contact 12 is not particularly limited, but in the present embodiment, the first base contact 12 is configured to be elastically deformed by the movement of the first plug contact 22 in the fitting direction D1. Specifically, as shown in FIG. 5, the first base contact 12 is capable of contacting a contact base portion 121 and a later-described first fitting portion 222 of the first plug contact 22. And an oscillating arm portion 122.

  The contact base 121 extends along the fitting / withdrawing direction D1 and is soldered to the contact pad CP of the base substrate BS at the end on the fitting direction D11 side. In the present embodiment, as shown in FIG. 5, a pair of side walls 123 rising in the thickness direction and a pair of side walls 123 are formed from the side edges of the contact base 121 extending along the fitting / extracting direction D1. And a biasing portion 124 extending from the upper end so as to approach each other. The end of the contact base 121 on the extraction direction D12 side is bent and is continuous with the arm 122, and gradually extends from the end of the contact base 121 on the extraction direction D12 side toward the fitting direction D11. It extends so as to increase the distance in the thickness direction D2 from the contact base 121. The arm portion 122 is configured to be pressed by the first plug contact 22 and elastically deformed by the movement of the first plug contact 22 in the fitting direction D1, and to swing with respect to the contact base 121. Specifically, when the first plug contact 22 moves in the fitting direction D1, the arm portion 122 elastically deforms in the thickness direction D2 so that the lower surface of the arm portion 122 approaches the upper surface of the contact base 121, and the first When the plug contact 22 is pulled out from the base-side housing 11, the plug contact 22 is restored so as to be separated from the contact base 121.

  In the present embodiment, as shown in FIG. 5, the arm portion 122 has a lock surface L1 protruding from the contact surface 122a on the contact surface 122a that contacts the first fitting portion 222 of the first plug contact 22. Have On the other hand, as shown in FIG. 1, the first fitting portion 222 includes a locked portion L2 having an engaging hole into which the lock portion L1 enters and engages. As a result, when the first plug contact 22 is fitted to the first base contact 12, the locked portion L2 provided in the first fitting portion 222 of the first plug contact 22 becomes the lock portion L1 of the arm portion 122. To prevent the first plug contact 22 from coming off (see FIG. 17A). Further, since the lock portion L1 is provided on the arm portion 122 of the first base contact 12 that elastically deforms and swings, the operation of the arm portion 122 that restores toward the initial position causes the lock portion L1 to be deeper than the locked portion L2. It receives a force in the direction of engagement. Therefore, the engagement between the lock portion L1 and the locked portion L2 becomes more reliable. Note that the lock portion L1 and the locked portion L2 are not limited to the illustrated structures as long as they can prevent the first plug contact 22 from coming off. For example, the lock portion L1 may be an engagement hole, and the locked portion L2 may be an engagement protrusion that projects toward the lock portion L1 that is an engagement hole.

  The biasing portion 124 is configured to press the first plug contact 22 toward the arm portion 122. Specifically, as shown in FIG. 5, the urging portion 124 has a tongue piece 124a that projects from a plate-shaped portion toward the arm portion, and the tongue piece 124a arms the first plug contact 22. It is pressed toward the portion 122. By this biasing portion 124, the engagement between the lock portion L1 and the locked portion L2 and the contact between the first fitting portion 222 of the first plug contact 22 and the arm portion 122 can be made more reliable. .

  Further, the arm portion 122 has an operation portion 122b at the end portion on the fitting direction D1 side. The operation portion 122b is exposed to the outside of the base-side housing 11 so that an operator can operate it. By operating the operation part 122b, the arm part 122 bends, the engagement between the lock part L1 and the locked part L2 is released, and the plug connector 2 can be pulled out from the base connector 1.

  The second base contact 13 comes into contact with the second plug contact 23 when the plug connector 2 is fitted into the base connector 1. The second base contact 13 is made of a conductive material such as metal. The second base contact 13 can be composed of, for example, a plate-shaped piece made of metal. As will be described later, the second base contact 13 is configured to have a width smaller than that of the first base contact 12 in the width direction D3.

  Although the number of the second base contacts 13 is four in this embodiment, the number of the second base contacts 13 can be appropriately changed according to the requirements of the product in which the connector C is mounted. The arrangement of the second base contact 13 is not particularly limited. In the present embodiment, as shown in FIGS. 1 and 2, a plurality of (four) second base contacts 13 are provided between the pair of first base contacts 12 in the width direction D3.

  The structure of the second base contact 13 is not particularly limited, but in the present embodiment, the second base contact 13 is configured to be elastically deformed by the movement of the second plug contact 23 in the fitting direction D1. In the present embodiment, as shown in FIGS. 5 and 6, the second base contact 13 is formed in a thin plate shape, and sandwiches the second fitting portion 232 of the second plug contact 23 and the first arm 131 and the first arm 131. It is formed in a fork shape with two arms 132. The fork-shaped second plug contact 23 can be easily manufactured at low cost by punching a plate-shaped metal piece. Therefore, it is possible to reduce the cost of the entire connector C and facilitate the manufacture of the connector C. The fork-shaped portion of the second base contact 13 is configured to sandwich the third plate-shaped portion 23c and the bent portion 23d of the second plug contact 23, which will be described later, from above and below (FIG. 16 (B) and FIG. 17). (See (B)). Further, as shown in FIG. 6, the second base contact 13 has a connecting portion 133 that extends from the fork-shaped portion toward the fitting direction D11 and is soldered to the contact pad CP of the base substrate BS. is doing.

  As shown in FIG. 6, the first arm 131 has a protrusion 131 a protruding toward the second arm 132 at the end of the first arm 131 on the extraction direction D12 side, and the tip of the protrusion 131 a. And the second arm 132 are configured such that the distance between them and the second arm 132 is smaller than the width of the second fitting portion 232 inserted between the first arm 131 and the second arm 132 in the thickness direction D2. ing. Thus, when the second fitting portion 232 is inserted between the first arm 131 and the second arm 132, at least the first arm 131 is elastically deformed and the first arm 131 and the second arm 132 are separated from each other. The space between them widens. The elastically deformed restoring force of the first arm 131 ensures contact between the first arm 131 and the second arm 132 of the second base contact 13 and the second fitting portion 232 of the second plug contact 23. To be done.

  As shown in FIGS. 1 and 7, the plug connector 2 includes at least one plug-side housing 21 connected to the plug-side substrate PS and at least one (two in the present embodiment) fitted to the first base contact 12. The first plug contact 22 and at least one (four in the present embodiment) second plug contact 23 provided in parallel with the first plug contact 22 in the width direction D3 and fitted to the second base contact 13 are provided. ing.

  The plug-side housing 21 at least partially houses the first plug contact 22 and the second plug contact 23. The plug-side housing 21 is formed in a substantially rectangular box shape. The shape of the plug-side housing 21 is not limited to the illustrated shape. The material forming the plug-side housing 21 is an electric insulating material such as synthetic resin.

  As shown in FIGS. 1 and 7, the plug-side housing 21 has a housing body 211 a, and the housing body 211 a includes the first fitting portion 222 of the first plug contact 22 and the second fitting portion of the second plug contact 23. It has an end wall 21a from which the fitting portion 232 projects. Further, the plug-side housing 21 has a covering portion 211b provided so as to protrude from the end wall 21a in the fitting direction D11 so as to partially cover the second fitting portion 232 protruding from the end wall 21a. There is.

  In the present embodiment, the plug-side housing 21 is partially housed in the cutout portion N of the plug-side substrate PS as shown in FIGS. 9 and 11, and is located in the thickness direction from the surface PSa of the plug-side substrate PS. It has a portion arranged on the upper side at D2 and a portion arranged below the surface PSa of the plug-side substrate PS, such as in the cutout portion N. As shown in FIGS. 9 and 11, the plug-side housing 21 includes a first plug contact accommodating portion 212 that accommodates the first plug contact 22, and a second plug contact accommodating portion 213 that accommodates the second plug contact 23. have.

  The first plug contact 22 is accommodated in the first plug contact accommodating portion 212. In the present embodiment, two first plug contact accommodating portions 212 are formed at both ends in the width direction D3 of a portion arranged above the surface PSa of the plug-side substrate PS in the thickness direction D2. The first plug contact accommodating portion 212 accommodates a portion of the first plug contact 22 on the extraction direction D12 side, and a portion of the first plug contact 22 on the fitting direction D11 side is fitted to the plug side housing 21. It projects from the end wall 21a on the direction D11 side. Further, as shown in FIG. 9, the first plug contact accommodating portion 212 has an opening portion 212a that is open at the side surface 21b in the width direction D3 of the plug side housing 21, and the first plug contact 22 is pulled out. The portion on the direction D12 side is exposed from the opening 212a to the outside of the plug-side housing 21, and is soldered to the surface PSa of the plug-side substrate PS as described later.

  The second plug contact 23 is accommodated in the second plug contact accommodating portion 213. In the present embodiment, the second plug contact accommodating portion 213 extends along the fitting / extracting direction D1 through the portion accommodated in the notch N of the plug side housing 21. In the present embodiment, as shown in FIGS. 9 and 11, four second plug contact accommodating portions 213 are provided, and the two second plug contact accommodating portions 213 adjacent in the width direction D3 are separated by the partition wall W. (See FIG. 9). In the present embodiment, the plug-side housing 21 has a covering portion 211b that extends from the end wall 21a of the plug-side housing 21 on the fitting direction D11 side in the fitting direction D11. The second plug contact accommodating portion 213 extends from the end surface 21c of the notch portion N facing the first end surface F1 on the extraction direction D12 side of the plug-side housing 21 to the covering portion 211b.

  The covering portion 211b is provided between the end walls 21a of the plug-side housing 21 between the portions protruding from the end wall 21a of the first plug contact 22 in the width direction D3. The covering portion 211b projects from the end wall 21a in the fitting direction D11. The covering portion 211b accommodates the second fitting portion 232 of the second plug contact 23 inside. The covering portion 211b has slits SL on the upper surface and the lower surface of the covering portion 211b so that the second base contact 13 (the first arm 131 and the second arm 132) and the second fitting portion 232 can come into contact with each other. . In the present embodiment, the slit SL is formed along the fitting / extracting direction D1 at the position of the covering portion 211b in the width direction D3 corresponding to the position of the second base contact 13. The slit SL exposes the second fitting portion 232 on both sides in the thickness direction D2 and makes contact with the first arm 131 and the second arm 132 of the second base contact 13 so as to be electrically conductive.

  The covering portion 211b is inserted into a guide recess 112a provided in the base side housing 11 and having a shape corresponding to the shape of the covering portion 211b. As a result, the covering portion 211b is guided by the guide recess 112a, and the fitting operation of the plug connector 2 with the base connector 1 is facilitated. Further, as the covering portion 211b is guided by the guide recess 112a, the relative position in the width direction D3 of the second plug contact 23 and the second base contact 13, which have smaller dimensions in the width direction D3, is displaced, as described later. Hateful. Therefore, the fitting between the second plug contact 23 and the second base contact 13 can be ensured. Further, since the covering portion 211b is provided, the second plug contact 23, which has a small dimension in the width direction D3 and is easily damaged, is protected by the covering portion 211b, and deformation and damage of the second plug contact 23 are suppressed. be able to.

  The first plug contact 22 comes into contact with the first base contact 12 when the plug connector 2 is fitted into the base connector 1. The first plug contact 22 is formed of a conductive material such as metal. The first plug contact 22 can be formed, for example, by subjecting a metal plate-shaped piece to punching, bending, or the like.

  As shown in FIGS. 7, 9, and 10, the first plug contact 22 is provided on the extraction direction D12 side of the first plug contact 22 and is connected to the front surface PSa of the plug-side substrate PS. It includes a connection portion 221 and a first fitting portion 222 that is provided on the fitting direction D11 side of the first plug contact 22 and that fits into the first base contact 12. As shown in FIGS. 7 and 9, the first connecting portion 221 is soldered to the contact pad CP of the plug-side substrate PS. The first fitting portion 222 fits into the first base contact 12 and electrically connects the base connector 1 and the plug connector 2.

  As shown in FIG. 9, the first plug contact 22 extends from the first connecting portion 221 toward the first fitting portion 222 on the end surface of the plug-side substrate PS (in the present embodiment, the second portion of the cutout portion N, It extends in the width direction D3 beyond the third end faces F2, F3). The first plug contact 22 is in the first extending region extending beyond the second end face F2 or the third end face F3 of the plug side substrate PS and the surface PSa of the plug side substrate PS and the second and third end faces F2, F3. Extending away from. As a result, the first plug contact 22 is in contact with the surface PSa of the plug-side substrate PS, a corner between the surface PSa and the second and third end faces F2 and F3, and the second and third end faces F2 and F3. Absent. Therefore, when the plug connector 2 is connected to the base connector 1, even if the plug-side substrate PS is a metal substrate, energization between the first plug contact 22 and the plug-side substrate PS is suppressed. .

  The shape and structure of the first plug contact 22 are not particularly limited as long as the first plug contact 22 has the first connecting portion 221 and the first fitting portion 222. In the present embodiment, as shown in FIGS. 9 and 10, the first plug contact 22 has a plate-shaped portion 22a extending in the fitting direction D11 substantially parallel to the plug-side substrate PS, and the plate-shaped portion 22a. The end portion on the side of the extraction direction D12 has a reinforcing portion 22b protruding from the plate-shaped portion 22a in the width direction D3. In the present embodiment, the first connecting portion 221 is provided on the reinforcing portion 22b, and the first fitting portion 222 is provided on the plate-shaped portion 22a.

  The first plug contact 22 is formed in a substantially plate shape arranged substantially parallel to the surface PSa of the plug-side substrate PS, and the reinforcing portion 22b makes the extraction direction D12 side wider than the fitting direction D11 side. It is formed in a substantially L shape. As shown in FIG. 9, the plate-shaped portion 22a is provided in the plug-side housing 21 so as to be separated from the surface PSa of the plug-side substrate PS. As shown in FIG. 9, the reinforcing portion 22b faces the plate-shaped portion 22a so as to be separated from the surface PSa of the plug-side substrate PS in a region between the first connection portion 221 and the plate-shaped portion 22a. It is extended. That is, the reinforcing portion 22b has the first connection portion 221 that is in contact with the surface PSa of the plug-side substrate PS at the end portion in the width direction D3, and gradually extends toward the plate-shaped portion 22a from the first connection portion 221. It is curved or bent and extends so that the height from the surface PSa increases.

  As shown in FIG. 7, the first connecting portions 221 of the pair of first plug contacts 22 provided on the reinforcing portion 22b extend a predetermined length in the fitting / withdrawing direction D1. The predetermined length of the first connecting portion 221 is not particularly limited as long as it is longer than the second connecting portion 231 of the second plug contact 23 in the fitting / withdrawing direction D1. For example, the length of the first connecting portion 221 in the fitting / withdrawing direction D1 is not less than half the length of the plug-side housing 21 in the fitting / withdrawing direction D1, or the length of the notch N in the fitting / withdrawing direction. The length can be equal to or longer than D1. The first connecting portion 221 is soldered to the contact pad CP provided on the surface PSa of the plug-side substrate PS along the second end face F2 and the third end face F3 of the cutout portion N. In this way, the reinforcing portion 22b is provided with the first connecting portion 221, and by joining the plug-side substrate PS with a predetermined length, the joint strength between the plug-side substrate PS and the plug connector 2 is increased, It is not necessary to separately provide a reinforcing member that enhances the bonding strength with the plug-side substrate PS.

  The first plug contact 22 is accommodated in the first plug contact accommodating portion 212 described above at the end of the plate-shaped portion 22a on the extraction direction D12 side. The reinforcing portion 22b is exposed from the opening portion 212a of the first plug contact accommodating portion 212 that is opened on the side surface 21b of the plug-side housing 21. In addition, as shown in FIG. 9, the first plug contact accommodating portion 212 has an interposing portion 212b between the surface PSa and a surface of the plate-shaped portion 22a that faces the surface PSa of the plug-side substrate PS. Have The interposition part 212b is a part of the plug-side housing 21, and is interposed between the plate-shaped part 22a and the surface PSa of the plug-side substrate PS to prevent the plate-shaped part 22a from coming into contact with the surface PSa. is doing.

  The first fitting part 222 of the first plug contact 22 is a part fitted to the first base contact 12. The first fitting portion 222 has a locked portion L2 that restricts the movement of the first plug contact 22 in the extraction direction D12 when the first fitting portion 222 is fitted to the first base contact 12. ing. The locked portion L2 is locked by the lock portion L1 provided on the first base contact 12. The locked portion L2 is formed as a rectangular engagement hole located slightly on the extraction direction D12 side from the tip of the first plug contact 22 on the fitting direction D11 side. When the first plug contact 22 moves to a predetermined position in the fitting direction D11 and fits into the first base contact 12, the lock portion L1 that is a protrusion opens the locked portion L2 as an engaging hole. By engaging with the edge, the movement of the first plug contact 22 in the extraction direction D12 is restricted.

  In the present embodiment, the pair of first plug contacts 22 are provided at both ends in the width direction D3 of the plug-side housing 21. However, the number of first plug contacts 22 and the positions where they are arranged are not particularly limited.

  The second plug contact 23 comes into contact with the second base contact 13 when the plug connector 2 is fitted into the base connector 1. The second plug contact 23 is formed of a conductive material such as metal. The second plug contact 23 may be formed, for example, by subjecting a metal plate-shaped piece to punching, bending, or the like.

  As shown in FIGS. 11 and 12, the second plug contact 23 is provided on the extraction direction D12 side of the second plug contact 23 and is connected to the front surface PSa of the plug-side substrate PS. And a second fitting portion 232 that is provided on the fitting direction D11 side of the second plug contact 23 and that fits into the second base contact 23. The second connection portion 231 is soldered to the contact pad CP of the plug-side substrate PS. The second fitting portion 232 fits into the second base contact 13 to electrically connect the base connector 1 and the plug connector 2.

  As shown in FIG. 11, the second plug contact 23 extends from the second connection portion 231 toward the second fitting portion 232 on the end surface of the plug-side substrate PS (in the present embodiment, the first end surface of the cutout portion N). It extends beyond F1) in the fitting direction D11. The second plug contact 23 extends apart from the surface PSa of the plug-side substrate PS and the first end face F1 in the second extending region that extends beyond the first end face F1 of the plug-side substrate PS. As a result, the second plug contact 23 does not come into contact with the surface PSa of the plug-side substrate PS, the corner between the surface PSa and the end face F1, or the first end face F1. Therefore, when the plug connector 2 is connected to the base connector 1, even if the plug-side substrate PS is a metal substrate, the conduction between the second plug contact 23 and the plug-side substrate PS is suppressed. .

  The shape of the second plug contact 23 is not particularly limited as long as it has the second connection portion 231 and the second fitting portion 232. In the present embodiment, as shown in FIG. 12, the second plug contact 23 includes a first plate-shaped portion 23a extending perpendicularly to the plug-side substrate PS and extending along the fitting direction D11, and a first plate-shaped portion 23a. A second plate-shaped portion 23b arranged substantially parallel to the plate-shaped portion 23a, and a third plate-shaped portion 23c that connects the first plate-shaped portion 23a and the second plate-shaped portion 23b in the width direction D3 (FIG. 9 and FIG. 9). 14 (B), etc.) and the end of the second plug contact 23 on the fitting direction D11 side faces the third plate-shaped portion 23c between the first plate-shaped portion 23a and the second plate-shaped portion 23b. The bent portion 23d is provided so as to be bent. In the present embodiment, the second connecting portion 221 is provided on the first plate-shaped portion 23a, and the second fitting portion 232 is provided on the third plate-shaped portion 23c and the bent portion 23d.

  As shown in FIG. 7, the second plug contact 23 has a smaller width in the width direction D3 than the first plug contact 22. In this case, when the number of poles of the connector C is increased by providing the plurality of second plug contacts 23, the plurality of second plug contacts 23 can be arranged at a narrow pitch in the width direction D3. Therefore, the size of the connector C does not increase in the width direction D3, and the connector C can be downsized even if the number of poles is increased.

  As shown in FIG. 11, the second plug contact 23 is formed in a substantially plate shape in which the first plate-shaped portion 23a is arranged substantially perpendicular to the surface PSa of the plug-side substrate PS, and the first plate-shaped portion 23a is , Is also provided substantially perpendicular to the plate-like portion 22a of the first plug contact 22. As shown in FIG. 12, the second plug contact 23 has a narrower width on the extraction direction D12 side than on the fitting direction D11 side, and the second plug contact 23 is formed at the end on the extraction direction D12 side. The dimension of 23 in the width direction D3 is only the thickness of the first plate-shaped portion 23a.

  More specifically, as shown in FIGS. 11 and 12, the first plate-shaped portion 23a is removed from the base portion B that is housed in the plug-side housing 21 and the outside of the plug-side housing 21 from the base portion B. The extending portion E extending in the outgoing direction D12 is provided. The second plate-shaped portion 23b has a shorter length in the fitting / extraction direction D1 than the first plate-shaped portion 23a, and the extension portion E is the extraction direction D12 and the extraction direction of the second plate-shaped portion 23b. It extends in the extraction direction D12 from the position of the end portion on the D12 side. The extending portion E includes a standing portion E1 extending from the second connecting portion 231 substantially perpendicularly to the plug-side substrate PS, and a bridge portion E2 extending from the upper end of the standing portion E1 toward the base portion B in the fitting direction D11. And have. The lower end of the bridge portion E2 is separated from the surface PSa of the plug-side substrate PS, and the end of the base B on the extraction direction D12 side is separated from the end face (first end face F1) of the plug-side substrate PS. When the second plug contacts 23 have such a configuration, with respect to the distance between the adjacent second plug contacts 23 in the width direction D3, the distance between the second connection portions 231 on the extraction direction D12 side is It is wider than the distance between the second fitting portions 232 on the fitting direction D11 side. Therefore, even if the plurality of second plug contacts 23 are arranged at a narrow pitch, it is possible to secure a certain distance in the width direction D3 between the plurality of second connection portions 231 connected to the contact pads CP. Therefore, when the solder connection is performed, it is possible to prevent the solder from coming into contact with the adjacent contact pad CP to cause the conduction failure.

  The second connection portion 231 provided on the first plate-shaped portion 23a is soldered to the contact pad CP provided near the first end face F1 of the cutout portion N of the plug-side substrate PS. In the present embodiment, the second connection portion 231 is the lower end of the standing portion E1 of the first plate-shaped portion 23a that faces the surface PSa of the plug-side substrate PS. The contact pad CP to which the second connection portion 231 provided on the upright portion E1 is connected is formed with a dimension in the width direction D3 corresponding to the plate thickness of the first plate-shaped portion 23a. Therefore, in this embodiment, the dimension of the contact pad CP connected to the second plug contact 23 in the width direction D3 does not increase.

  The first plate-shaped portion 23a, the second plate-shaped portion 23b, and the third plate-shaped portion 23c have a C-shaped cross section to enhance the strength of the second plug contact 23. As shown in FIG. 12, the second plate-shaped portion 23b has substantially the same shape as the base B of the first plate-shaped portion 23a, and the end portion of the second plate-shaped portion 23b on the extraction direction D12 side. Is separated from the first end face F1 of the plug-side substrate PS, as shown in FIG. The third plate-shaped portion 23c connects the first plate-shaped portion 23a and the second plate-shaped portion 23b, and at the end portion on the fitting direction D11 side, the lower surface of the third plate-shaped portion 23c is the second fitting. It constitutes a part of the section 232. Specifically, the lower surface of the third plate-shaped portion 23c is configured to come into contact with the second arm 132 of the second base contact 13 via the slit SL of the covering portion 211 at the end portion on the fitting direction D11 side. Has been done.

  In the present embodiment, the bent portion 23d constitutes a part of the second fitting portion 232 together with the third plate-shaped portion 23c. Specifically, the bent portion 23d is configured to come into contact with the first arm 131 of the second base contact 13 via the slit SL of the covering portion 211. In the present embodiment, the second plug contact 23 having the first plate-shaped portion 23a, the second plate-shaped portion 23b, the third plate-shaped portion 23c and the bent portion 23d is formed by bending a plate-shaped metal piece. Has been formed. Therefore, the second plug contact 23 having a complicated shape having a narrow width in the width direction D3 in the extraction direction D12 and a wide width in the fitting direction D11 can be manufactured at low cost.

  As shown in FIG. 11, a part of the second plug contact 23 is housed in the above-mentioned second plug contact housing portion 213. In this embodiment, the portion of the second plug contact 23 on the fitting direction D11 side (base portion B) is housed in the plug-side housing 21, and the end portion on the pull-out direction D12 side (extension portion E) is the plug-side housing 21. Exposed from. Further, the second fitting portion 232 of the second plug contact 23 on the fitting direction D11 side is exposed from the plug-side housing 21 via the slit SL.

  The internal space of the second plug contact accommodating portion 213 is provided so that the second plug contact 23 can be inserted and attached in the fitting direction D11. The inner wall (upper inner wall) of the second plug contact accommodating portion 213 has an accommodating portion side engaging portion 213a with which the retaining portion 233 (see FIG. 12) provided at the base B of the second plug contact 23 engages. is doing. Further, as shown in FIG. 11, a slit-shaped groove portion 214 is formed on the upper surface of the plug-side housing 21 so that the extending portion E of the second plug contact 23 can be inserted into the second plug contact accommodating portion 213. Has been done. In this way, the second plug contact 23 can be assembled in the plug-side housing 21 by inserting the second plug contact 23 in the fitting direction D11.

  The number of second plug contacts 23 and the positions where they are arranged are not particularly limited. In the present embodiment, the plurality of second plug contacts 23 are provided between the pair of first plug contacts 22 in the width direction D3. Further, as described above, the plurality of second base contacts 13 are provided between the pair of first base contacts 12 in the width direction D3. When the contacts of the base connector 1 and the plug connector 2 have such an arrangement, the first base contact 12 and the first plug contact 22 that are wide and have high rigidity are located at both ends in the width direction D3. In addition, the second base contact 13 and the second plug contact 23, which have a small width and relatively low rigidity, have a high rigidity in the width direction D3 and a high bonding strength to the substrate. Sandwiched. Therefore, it is possible to prevent a large force from being directly applied to the second plug contact 23, for example, when a force that causes the plug connector 2 to tilt with respect to the plug-side substrate PS is applied. In addition, for example, when the plug connector 2 is inserted into the base connector 1, damage to the second plug contact 23 is suppressed.

  As described above, in the present embodiment, the fitting between the first base contact 12 and the first plug contact 22 is made by elastically deforming the first base contact 12. The fitting between the second base contact 13 and the second plug contact 23 is also made by elastically deforming the second base contact 13. In the present embodiment, the elastic deformation directions of the first base contact 12 and the second base contact 13 are both the thickness direction D2, but the elastic deformation direction is not particularly limited.

  In this embodiment, as shown in FIG. 13, when the first plug contact 22 is fitted to the first base contact 12, the first base contact 12 is elastically deformed by a predetermined amount. The first insertion force IF1 applied is the second insertion force applied to the second base contact 13 in order to elastically deform the second base contact 13 by a predetermined amount when the second plug contact 23 is fitted into the second base contact 13. It is configured to be larger than IF2. Therefore, the insertion resistance when inserting the first plug contact 22 into the first base contact 12 is larger than the insertion resistance when inserting the second plug contact 23 into the second base contact 13.

  The first insertion force IF1 is a force applied when the amount of deformation of the first base contact 12 from the initial state by the first plug contact 22 becomes maximum during the fitting process of the first plug contact 22. The time (timing) t1 when the first insertion force IF1 is applied may change depending on the shapes and structures of the first base contact 12 and the first plug contact 22. In the present embodiment, at time t1, as shown in FIG. 15A, the lower surface of the first fitting portion 222 of the first plug contact 22 is located on the top of the protrusion of the lock portion L1 of the first base contact 12. It is when they are in sliding contact. Further, the second insertion force IF2 is a force applied when the amount of deformation of the second base contact 13 from the initial state by the second plug contact 23 becomes maximum during the process of fitting the second plug contact 23. The time (timing) t2 when the second insertion force IF2 is applied may change depending on the shapes and structures of the second base contact 13 and the second plug contact 23. In the present embodiment, as shown in FIG. 16B, the time t2 is the second fitting of the second plug contact 23 between the first arm 131 and the second arm 132 of the second base contact 13. This is when the part 232 is fully inserted.

  In the present embodiment, the contact between the first plug contact 22 and the first base contact 12 that requires the first insertion force IF1 is caused by the second insertion force IF2 during the insertion process of the plug connector 2 into the base connector 1. Is formed prior to the contact between the second plug contact 23 and the second base contact 13, which is required. When the plug connector 2 is inserted into the base connector 1, when the first base contact 12 is elastically deformed by the first plug contact 22 with a force equal to or greater than the first insertion force IF1, a second insertion force IF2 smaller than the first insertion force IF1 is obtained. The second base contact 13, which is elastically deformable by, also elastically deforms. Therefore, the second base contact 13 can be elastically deformed by using the large force required to elastically deform the first base contact 12, and the plug connector 2 can be fitted into the base connector 1 to the end. Therefore, when the plug connector 2 is inserted into the base connector 1 with a predetermined force, no additional force or the like is required for fitting between the second plug contact 23 and the second base contact 13, which is the latter half of the fitting process. The fitting is not incomplete. Therefore, incomplete fitting between the plug connector 2 and the base connector 1 can be prevented. Moreover, since the first base contact 12 and the second base contact 13 do not reach the maximum deformation amount at the same time, the insertion force of the plug connector 2 into the base connector 1 does not become large, and the insertion resistance of the plug connector 2 is reduced. Can be made smaller.

  In addition, in the process of inserting the plug connector 2 into the base connector 1, the first plug contact 22 and the first base contact 22 need the first insertion force IF1 after the first plug contact 22 contacts the first base contact 12. The second plug contact 23 may be configured to come into contact with the second base contact 13 before reaching the contact position between the second plug contact 23 and the second base contact 13. In this case, the elastic deformation of the second base contact 13 by the second plug contact 23 starts before the maximum deformation amount of the first base contact 12 by the first plug contact 22. Therefore, when elastically deforming the second base contact 13, the plug connector 2 can be inserted into the base connector 1 without feeling a great resistance.

  Further, in the present embodiment, the first fitting portion 222 of the first plug connector 22 is biased from the first base contact 12 in the first thickness direction (upper side) which is one direction in the thickness direction D2. The second fitting portion 232 of the second plug connector 23 is urged from the second base contact 13 in the thickness direction D2 in the second thickness direction (lower side) opposite to the first thickness direction. ing. In this case, the biasing direction from the first base contact 12 to the first fitting portion 222 and the biasing direction from the second base contact 13 to the second fitting portion 232 are opposite in the thickness direction D2. Has become. As a result, when vibration or the like is applied to the connector C, the plug connector 2 is prevented from vibrating or rattling in the thickness direction D2 with respect to the base connector 1, and the connector C is resistant to vibration and rattling. Can be

  Next, an example of the fitting operation of the connector C of this embodiment will be described. Note that the following description of the operation is merely an example, and the connector of the present invention is not limited to the following description.

  First, as shown in FIG. 1, the base connector 1 and the plug connector 2 are aligned in the fitting / withdrawing direction D1, and the plug connector 2 is moved toward the base connector 1 in the fitting direction D11. Specifically, the first plug contact 22 of the plug connector 2 is moved toward the first base contact 12, and the second plug contact 23 is moved toward the second base contact 13.

  As shown in FIGS. 14A and 14B, the first plug contact 22 contacts the first base contact 12 before the second plug contact 23 contacts the second base contact 13. When an insertion force exceeding the first insertion force IF1 is applied to the plug connector 2 in the fitting direction D11, as shown in FIG. 15 (A), the top part of the protruding lock part L1 of the arm part 122 of the first base contact 12 is applied. And the lower surface of the first plug contact 22 are in sliding contact with each other, the plug connector 2 moves in the fitting direction D11. At this time, the second fitting portion 232 of the second plug contact 23 contacts the second base contact 13, and the first arm 131 is slightly elastically deformed from the initial state. In this state, the elastic deformation of the second base contact 13 is not maximum.

  In the states of FIGS. 15A and 15B, the first insertion force IF1 larger than the second insertion force IF2 is applied, so that the insertion force causes the state of FIGS. 16A and 16B to be passed. Then, the plug connector 2 can be inserted into the base connector 1 up to the fitting completed state shown in FIGS. 17A and 17B without further increasing the insertion force. Therefore, the half fitting of the plug connector 2 to the base connector 1 is suppressed. Then, as shown in FIG. 17A, since the lock portion L1 engages with the locked portion L2, the plug connector 2 is prevented from coming off the base connector 1.

  In the mating completed state in which the plug connector 2 is connected to the base connector 1, the first plug contact 22 is provided on the plug side at the peripheral portion of the cutout portion N as shown in FIGS. 9, 11 and 17B. It is separated from the surface PSa of the substrate PS and is also separated from the second end face F2 and the third end face F3. The second plug contact 23 is separated from the surface PSa of the plug-side substrate PS and is separated from the first end face F1. Therefore, even when an aluminum substrate or the like is used as the plug-side substrate PS, a portion having an exposed non-insulated cut surface such as the cutout portion N of the plug-side substrate PS when a current flows, and the first plug It is possible to prevent electrical conduction between the contact 22 and the second plug contact 23. It is possible to prevent defects caused by electrical conduction between the first plug contact 22 or the second plug contact 23 and the plug-side substrate PS. Further, in the present embodiment, a plurality of plate-shaped second plug contacts 23 that are perpendicular to the plug-side substrate PS are provided, and the connector C has multiple poles. By using a plate-shaped second plug contact 23 perpendicular to the plug-side substrate PS and arranging a plurality of second plug contacts 22 having a width narrower than the width of the first plug contact 23 in the width direction D3 in parallel, The size of the connector C does not increase in the direction D3, and the connector C can be downsized even if the number of poles is increased. Also, the width of the plug-side substrate PS to which the plug connector 2 is connected can be reduced.

  The connector of the present invention is not limited to the above embodiment. For example, the number and arrangement of the first base contact 12, the second base contact 13, the first plug contact 22, and the second plug contact 23 may be changed. For example, a plurality of second plug contacts 23 may be arranged on both sides of one first plug contact 22 in the width direction D3, or the first plug contacts 22 and the second plug contacts 23 may be alternately arranged in the width direction D3. It may be provided.

  In addition, in the present embodiment, the notch N is formed in the plug-side substrate PS, but the notch N may not be formed.

  Further, in the present embodiment, the first plug contact 22 is formed longer than the second plug contact 23, but the first plug contact 22 may have the same length as the second plug contact 23. It may be shorter than the second plug contact 23. In that case, the portions where the first base contact 12 and the second base contact 13 contact the first plug contact 22 and the second plug contact 23, respectively, may be adjusted according to the purpose.

DESCRIPTION OF SYMBOLS 1 Base connector 11 Base side housing 11a End surface of the base side housing on the extraction direction side 111 First accommodating section 112 Second accommodating section 112a Guide recess 12 First base contact 121 Contact base 122 Arm section 122a Abutment surface 122b Operation section 123 Side wall 124 Energizing portion 124a Tongue piece 13 Second base contact 131 First arm 131a Projection portion 132 Second arm 133 Connecting portion 2 Plug connector 21 Plug side housing 21a End wall of plug side housing in fitting direction 21b Plug side housing Side surface 21c end surface 211a housing body 211b cover portion 212 first plug contact accommodating portion 212a opening 212b interposer portion 213 second plug contact accommodating portion 213a accommodating portion side engaging portion 214 slip Groove portion 22 first plug contact 22a plate portion 22b reinforcing portion 221 first connection portion 222 first fitting portion 23 second plug contact 23a first plate portion 23b second plate portion 23c third plate portion 23d Bending part 231 Second connection part 232 Second fitting part 233 Retaining part B Base part BS base side substrate BSa One side of base side substrate (front surface)
C Connector CP Contact Pad D1 Fitting / extracting direction D11 Fitting direction D12 Extracting direction D2 Thickness direction D3 Width direction E Extending part E1 Standing part E2 Bridge part F Plug side board end surface F1 First end surface F2 No. 2 end face F3 third end face L1 lock part L2 locked part N notch O opening PS plug side substrate PSa One side of plug side substrate (front surface)
The other surface (back surface) of the PSb plug side substrate
SL slit W partition

Claims (4)

A connector comprising a base connector having a base-side housing connected to the base-side substrate, and a plug connector fitted to the base connector and having a plug-side housing connected to the plug-side substrate,
The base connector is
At least one first base contact,
It is provided in parallel with the first base contact in a width direction which is a direction perpendicular to a fitting direction of the plug connector to the base connector, among the directions parallel to the one surface of the base side substrate. At least one second base contact,
The plug connector is
At least one first plug contact mating with the at least one first base contact;
At least one second plug contact that is provided in parallel with the first plug contact in the width direction and that fits into the second base contact,
The first base contact is elastically deformed by the movement of the first plug contact in the fitting direction, and the second base contact is elastically deformed by the movement of the second plug contact in the fitting direction. Is
When fitting the first plug contact to the first base contact, a first insertion force applied to the first base contact in order to elastically deform the first base contact by a predetermined amount is equal to that of the second plug contact. When fitting into the second base contact, a force greater than a second insertion force applied to the second base contact in order to elastically deform the second base contact by a predetermined amount,
The contact between the first plug contact requiring the first insertion force and the first base contact is caused by the contact between the first plug contact requiring the second insertion force in the process of inserting the plug connector into the base connector. The second plug contact and the second base contact, the contact is formed prior to the contact .
When the first base contact is elastically deformed by the first plug contact by a predetermined amount or more with a force equal to or greater than the first insertion force, the plug connector is transferred to the base connector without applying an insertion force exceeding the first insertion force. A connector configured to be in a completely inserted state after being inserted . In the process of inserting the plug connector into the base connector,
From the contact of the first plug contact with the first base contact to the contact position between the first plug contact and the first base contact, which requires the first insertion force, The connector of claim 1, wherein the second plug contact is configured to contact the second base contact. The first plug contact includes a first fitting portion that is provided on the fitting direction side of the first plug contact and that fits with the first base contact,
The first base contact includes a contact base portion and an arm portion capable of contacting the first fitting portion of the first plug contact and swingable with respect to the contact base portion,
The arm portion has a lock portion projecting from the contact surface on a contact surface of the first plug contact that abuts the first fitting portion, and the first fitting portion includes a lock portion. The connector according to claim 1 or 2, further comprising a locked portion having an engaging hole that is inserted and engaged. The second plug contact includes a second fitting portion that is provided on the fitting direction side of the second plug contact and that fits with the second base contact,
The second base contact is formed in a fork shape including a first arm and a second arm that sandwich the second fitting portion of the second plug contact, and the second base contact is formed in a fork shape. Connector described.

Images