TWI844906B - Board-end connector - Google Patents

Abstract

A board-end connector is provided with a board-end plastic core, a board-end terminal, a left-side board-end holding member and a right-side board-end holding member. The left-side board-end holding member and the right-side board-end holding member can not only guide the wire-end connector to be inserted into the board-end terminal vertically, but also can guide the wire-end connector to be inserted into the board-end terminal horizontally, Therefore, the board-end connector of the present application can provide a wire-end connector for vertical plugging and horizontal plugging, and meet the restriction on the plugging direction of the wire-end connector by the board-end connector in electronic products with limited internal space, Therefore, the board-end connector of the present application can be used for electronic products with a thin and light design.

Description

Board connector

The present application relates to a board-end connector, more specifically, to a board-end connector that can provide a wire-end connector for vertical and horizontal plugging.

Generally, electronic products are provided with a board-side connector and a line-side connector, wherein the line-side connector can be plugged into the board-side connector to provide transmission of electrical signals. In recent years, electronic products have a trend of developing thin and light designs, which leads to limited internal space of electronic products, so that the plugging direction of the wire-end connector to the board-end connector is restricted. Specifically, the internal space of the electronic product is limited, so that in the electronic product, the wire-end connector may be restricted to be plugged into the board-end connector vertically, or the wire-end connector may be restricted to be plugged into the board-end connector horizontally. However, the current structural design of the board-end connector can only allow the wire-end connector to be plugged in vertically, or only allow the wire-end connector to be plugged in horizontally, and cannot meet the restriction of the board-end connector to the plugging direction of the wire-end connector in the electronic product with limited internal space.

Based on the above, how to enable the board-side connector to provide the cable-side connector for vertical and horizontal plugging has become an issue of urgent concern to those skilled in the art.

In view of the above-mentioned shortcomings of the prior art, the present application provides a board-end connector, which is matched with a longitudinal plug-in wire-end connector or a transverse plug-in wire-end connector, and the board-end connector includes: a board-end rubber core, the board-end rubber core has a left-side board-end rubber core longitudinal wall, a left-side board-end rubber core transverse wall, a right-side board-end rubber core longitudinal wall and a right-side board-end rubber core transverse wall, the The left side panel end rubber core longitudinal wall body is extended longitudinally to form a left side panel end rubber core longitudinal plug-in channel, the left side panel end rubber core transverse wall body is extended transversely to form a left side panel end rubber core transverse plug-in channel, the right side panel end rubber core longitudinal wall body is extended longitudinally to form a right side panel end rubber core longitudinal plug-in channel, the right side panel end rubber core transverse wall body is extended transversely to form a right side panel end rubber core transverse plug-in channel ; a board end terminal, the board end terminal is embedded in the board end rubber core; a left side board end force holding piece, the left side board end force holding piece is guided by the transverse wall of the left side board end rubber core, and the board end rubber core is plugged along the transverse plug-in channel of the left side board end rubber core to form a left side board end force holding piece rubber core assembly, and the left side board end force holding piece has a left side board end force holding piece longitudinal guide structure, a left side board end holding piece The left side plate end force member is provided with a horizontal guide structure, a left side plate end force member longitudinal abutment structure and a left side plate end force member transverse abutment structure. In the left side plate end force member rubber core assembly, the left side plate end force member longitudinal abutment structure abuts against the left side plate end rubber core longitudinal wall, and the left side plate end force member transverse abutment structure abuts against the left side plate end rubber core transverse wall, so as to position the left side plate end force member on the plate end rubber core. The left side board end force holding member longitudinal guide structure is provided to guide the longitudinal plug-in wire end connector into the longitudinal plug-in channel of the left side board end rubber core, so that the longitudinal plug-in wire end connector can be longitudinally plugged into the board end terminal, and the left side board end force holding member transverse guide structure is provided to guide the transverse plug-in wire end connector into the transverse plug-in channel of the left side board end rubber core, so that the transverse plug-in wire end connector can be longitudinally plugged into the board end terminal. The board end terminal is plugged in horizontally; and a right side board end force holding member, which is guided by the horizontal wall of the right side board end rubber core, plugs the board end rubber core along the horizontal plug-in channel of the right side board end rubber core, and then forms a right side board end force holding member rubber core assembly, and the right side board end force holding member has a right side board end force holding member longitudinal guide structure, a right side board end force holding member horizontal guide structure, and a The right side plate end force holding member longitudinal abutment structure and a right side plate end force holding member transverse abutment structure, in the right side plate end force holding member rubber core assembly, the right side plate end force holding member longitudinal abutment structure is abutted against the right side plate end rubber core longitudinal wall, the right side plate end force holding member transverse abutment structure is abutted against the right side plate end rubber core transverse wall, and the right side plate end force holding member is positioned on the plate end rubber core, and the right side plate end force holding member The longitudinal guide structure of the component is provided to guide the longitudinal plug-in wire end connector into the longitudinal plug-in channel of the right side board end rubber core, so that the longitudinal plug-in wire end connector can be longitudinally plugged into the board end terminal, and the transverse guide structure of the right side board end support component is provided to guide the transverse plug-in wire end connector into the transverse plug-in channel of the right side board end rubber core, so that the transverse plug-in wire end connector can be transversely plugged into the board end terminal.

Preferably, in the board end connector of the present application, the board end rubber core also has a left board end rubber core force holder slot and a right board end rubber core force holder slot, the left board end force holder also has a left board end force holder plug-in structure, the right board end force holder also has a right board end force holder plug-in structure, and the left board end force holder rubber core assembly In the embodiment, the left-side board end force holding piece plug-in structure is inserted into the left-side board end rubber core force holding piece slot to position the left-side board end force holding piece on the board end rubber core. In the right-side board end force holding piece rubber core assembly, the right-side board end force holding piece plug-in structure is inserted into the right-side board end rubber core force holding piece slot to position the right-side board end force holding piece on the board end rubber core.

Preferably, in the board end connector of the present application, the left board end force holder also has a left board end force holder longitudinal wall and a left board end force holder transverse wall, the left board end force holder longitudinal wall is extended longitudinally to form the left board end force holder longitudinal abutment structure, the left board end force holder transverse wall is extended transversely to form the left board end force holder The right side plate end force holding member also has a right side plate end force holding member longitudinal wall and a right side plate end force holding member transverse wall. The right side plate end force holding member longitudinal wall extends longitudinally to form the right side plate end force holding member longitudinal abutment structure, and the right side plate end force holding member transverse wall extends transversely to form the right side plate end force holding member transverse abutment structure.

Preferably, in the board end connector of the present application, the left-side board end force holding member also has a left-side board end force holding member snap-on structure, which is provided for snapping the longitudinal plug-in wire end connector or the transverse plug-in wire end connector; the right-side board end force holding member also has a right-side board end force holding member snap-on structure, which is provided for snapping the longitudinal plug-in wire end connector or the transverse plug-in wire end connector.

Preferably, in the board end connector of the present application, the left board end force holding member snap-on structure is a convex structure on the left board end force holding member; the right board end force holding member snap-on structure is a convex structure on the right board end force holding member.

Preferably, in the board end connector of the present application, the left board end force holding member buckling structure is formed on the left board end force holding member longitudinal wall; the right board end force holding member buckling structure is formed on the right board end force holding member longitudinal wall.

Preferably, in the board end connector of the present application, the board end terminal is a clamping terminal having a board end terminal longitudinal opening and a board end terminal transverse opening, so that the longitudinal plug-in wire end connector can be longitudinally plugged into the board end terminal through the longitudinal opening of the board end terminal, and the transverse plug-in wire end connector can be transversely plugged into the board end terminal through the transverse opening of the board end terminal.

Preferably, in the board end connector of the present application, the board end rubber core also has a left-side board end rubber core holding piece lateral movement limiting structure and a right-side board end rubber core holding piece lateral movement limiting structure, the left-side board end rubber core holding piece lateral movement limiting structure is arranged on the left-side board end rubber core longitudinal wall to limit the lateral movement stroke of the left-side board end holding piece, and the right-side board end rubber core holding piece lateral movement limiting structure is arranged on the right-side board end rubber core longitudinal wall to limit the lateral movement stroke of the right-side board end holding piece.

Preferably, in the board end connector of the present application, the board end rubber core also has a left-side board end rubber core holding member longitudinal movement limiting structure and a right-side board end rubber core holding member longitudinal movement limiting structure, the left-side board end rubber core holding member longitudinal movement limiting structure is arranged on the left-side board end rubber core transverse wall to limit the longitudinal movement stroke of the left-side board end holding member, and the right-side board end rubber core holding member longitudinal movement limiting structure is arranged on the right-side board end rubber core transverse wall to limit the longitudinal movement stroke of the right-side board end holding member.

Compared with the prior art, the board-end connector proposed in this application has a board-end rubber core, a board-end terminal, a left-side board-end force holder, and a right-side board-end force holder. The left-side board-end force holder and the right-side board-end force holder can not only guide the wire-end connector to be plugged into the board-end terminal vertically, but also guide the wire-end connector to be plugged into the board-end terminal horizontally. Therefore, the board-end connector of this application can provide the wire-end connector for vertical and horizontal plugging, and meet the restrictions on the plugging direction of the wire-end connector in the electronic products with limited internal space. Therefore, the board-end connector of this application can be used in electronic products with a thin and light design.

The following content will be accompanied by drawings to illustrate the technical content of this application through specific concrete embodiments. People familiar with this technology can easily understand other advantages and functions of this application from the content disclosed in this specification. This application can also be implemented or applied through other different specific embodiments. The details in this specification can also be modified and changed in various ways based on different viewpoints and applications without departing from the spirit of this application. In particular, the proportional relationship and relative position of each component in the drawings are only for exemplary purposes and do not represent the actual situation of the implementation of this application.

This application provides a board-end connector, which can be used on electronic products to transmit electrical signals and allows the line-end connector to be plugged in vertically and horizontally.

For the description of the embodiments of the present invention, please refer to FIGS. 1 to 19 .

In the embodiments shown in FIGS. 1 to 13 , the board-end connector 1 is used with a horizontal plug-in terminal connector 3, and in the embodiments shown in FIGS. 14 to 19 , the board-end connector 1 is used with a vertical plug-in terminal connector 2. In the above embodiments, the board-end connector 1 includes: a board-end rubber core 11, a board-end terminal 12, a left board-end force holder 13, and a right board-end force holder 14.

In the above-mentioned embodiment, the board terminal 12 is embedded in the board terminal rubber core 11 and exposed to provide the horizontal plug-in terminal connector 3 and the vertical plug-in terminal connector 2 for plugging. As shown in FIG12 , the board terminal 12 is a clamping terminal having a board terminal longitudinal opening 121 and a board terminal transverse opening 122, so that the vertical plug-in terminal connector 2 can be vertically plugged into the board terminal 12 through the board terminal longitudinal opening 121 as shown in FIG16 , and the horizontal plug-in terminal connector 3 can be horizontally plugged into the board terminal 12 through the board terminal transverse opening 122 as shown in FIG4 . Therefore, the board-side connector 1 of the present application can provide a connection between a longitudinally plug-in wire-side connector 2 and a horizontally plug-in wire-side connector 3, so as to meet the restrictions on the plug-in direction of the wire-side connector of the board-side connector in electronic products with limited internal space.

In addition, in the above-mentioned embodiment, the board end rubber core 11 has a left side board end rubber core longitudinal wall 111, a left side board end rubber core transverse wall 112, a right side board end rubber core longitudinal wall 113, a right side board end rubber core transverse wall 114, a left side board end rubber core holding piece slot 115 and a right side board end rubber core holding piece slot 116. As shown in Figures 17 and 18, the longitudinal wall 111 of the rubber core at the left side panel end is extended longitudinally to form a longitudinal plug-in channel PL1 of the rubber core at the left side panel end. As shown in Figures 5 and 6, the transverse wall 112 of the rubber core at the left side panel end is extended transversely to form a transverse plug-in channel PL2 of the rubber core at the left side panel end. As shown in Figures 17 and 18, the longitudinal wall 113 of the rubber core at the right side panel end is extended longitudinally to form a longitudinal plug-in channel PR1 of the rubber core at the right side panel end. As shown in Figures 5 and 6, the transverse wall 114 of the rubber core at the right side panel end is extended transversely to form a transverse plug-in channel PR2 of the rubber core at the right side panel end.

In the above-mentioned embodiment, the left side plate end force holding member 13 comprises a left side plate end force holding member longitudinal abutment structure 133 , a left side plate end force holding member transverse abutment structure 134 and a left side plate end force holding member insertion structure 135 .

It should be explained that, as shown in FIG12 , the left side panel end force holding member 13 can be guided by the left side panel end rubber core transverse wall 112 and move along the left side panel end rubber core transverse plug-in channel PL2, so that the left side panel end force holding member plug-in structure 135 is inserted into the left side panel end rubber core force holding member slot 115, and the left side panel end force holding member 13 is plugged and positioned in the panel end rubber core 11, so that the left side panel end force holding member 13 and the panel end rubber core 11 can form a left side panel end force holding member rubber core assembly BL as shown in FIG8 .

It should be noted that, in the left side plate end force holding member rubber core assembly BL, the left side plate end force holding member longitudinal abutment structure 133 abuts against the left side plate end rubber core longitudinal wall 111, and the left side plate end force holding member transverse abutment structure 134 abuts against the left side plate end rubber core transverse wall 112, thereby, the left side plate end force holding member 13 can be abutted and positioned against the plate end rubber core 11.

In the above-mentioned embodiment, as shown in FIG12 , the left side plate end force holder 13 is bent to form a left side plate end force holder longitudinal wall 136 and a left side plate end force holder transverse wall 137. The left side plate end force holder longitudinal wall 136 extends longitudinally and the left side plate end force holder longitudinal abutment structure 133 can be formed thereon, and the left side plate end force holder transverse wall 137 extends transversely and the left side plate end force holder transverse abutment structure 134 can be formed thereon. In this way, the left side panel end force holding member 13 can be abutted and positioned against the panel end rubber core 11 by means of the left side panel end force holding member longitudinal abutment structure 133 of the left side panel end force holding member longitudinal wall 136 and by means of the left side panel end force holding member transverse abutment structure 134 of the left side panel end force holding member transverse wall 137.

In the above-mentioned embodiment, the left side board end force holder 13 has a left side board end force holder longitudinal guide structure 131 and a left side board end force holder transverse guide structure 132. It should be noted that, as shown in Figures 17 and 18, the left side board end force holder longitudinal guide structure 131 can abut against the longitudinal plug-in terminal connector 2, and provide guidance for the longitudinal plug-in terminal connector 2 to enter the longitudinal plug-in channel PL1 of the left side board end rubber core, so that the longitudinal plug-in terminal connector 2 can be longitudinally plugged into the board end terminal 12. In addition, as shown in Figures 5 and 6, the horizontal guiding structure 132 of the left side board end support member can abut the horizontal plug-in terminal connector 3, and provide guidance for the horizontal plug-in terminal connector 3 to enter the horizontal plug-in channel PL2 of the left side board end rubber core, so that the horizontal plug-in terminal connector 3 can be horizontally plugged into the board end terminal 12.

In the above-mentioned embodiment, the left side panel end force holding member 13 has a left side panel end force holding member snap-on structure 138, and the left side panel end force holding member snap-on structure 138 is, for example, a embossed structure formed on the longitudinal wall 136 of the left side panel end force holding member, so as to provide a longitudinal plug-in wire end connector 2 that snaps into the longitudinal plug-in channel PL1 of the left side panel end rubber core as shown in Figure 16, and can also provide a horizontal plug-in wire end connector 3 that snaps into the horizontal plug-in channel PL2 of the left side panel end rubber core as shown in Figure 4.

In the above-mentioned embodiment, as shown in FIG12, the board end rubber core 11 has a left side board end rubber core holding member lateral movement limiting structure 1171 and a left side board end rubber core holding member longitudinal movement limiting structure 1173. As shown in FIG12, the left side board end rubber core holding member lateral movement limiting structure 1171 can be, for example, disposed on the left side board end rubber core longitudinal wall 111, so that the lateral movement stroke of the left side board end holding member 13 can be limited by abutting against the left side board end holding member longitudinal wall 136, so as to prevent the left side board end holding member 13 from being separated from the board end rubber core 11. As shown in Figure 12, the left side panel end rubber core holding member longitudinal movement limiting structure 1173 is, for example, arranged on the left side panel end rubber core transverse wall 112, so that the longitudinal movement stroke of the left side panel end holding member 13 can be limited by abutting against the left side panel end holding member transverse wall 137 to prevent the left side panel end holding member 13 from being separated from the panel end rubber core 11.

In the above-mentioned embodiment, the right side plate end force holding member 14 comprises a right side plate end force holding member longitudinal abutting structure 143 , a right side plate end force holding member transverse abutting structure 144 and a right side plate end force holding member plugging structure 145 .

It should be explained that, as shown in FIG12 , the right side panel end force holder 14 can be guided by the right side panel end rubber core transverse wall 114 and move along the right side panel end rubber core transverse plug-in channel PR2, so that the right side panel end force holder plug-in structure 145 is inserted into the right side panel end rubber core force holder slot 116, and the right side panel end force holder 14 is plugged and positioned in the panel end rubber core 11, so that the right side panel end force holder 14 and the panel end rubber core 11 can form a right side panel end force holder rubber core assembly BR as shown in FIG8 .

It should be noted that, in the right side plate end force holding member rubber core assembly BR, the right side plate end force holding member longitudinal abutment structure 143 abuts against the right side plate end rubber core longitudinal wall 113, and the right side plate end force holding member transverse abutment structure 144 abuts against the right side plate end rubber core transverse wall 114, thereby, the right side plate end force holding member 14 can be abutted and positioned against the plate end rubber core 11.

In the above-mentioned embodiment, as shown in FIG12 , the right side plate end force holder 14 is bent to form a right side plate end force holder longitudinal wall 146 and a right side plate end force holder transverse wall 147. The right side plate end force holder longitudinal wall 146 extends longitudinally and can form the right side plate end force holder longitudinal abutment structure 143 thereon, and the right side plate end force holder transverse wall 147 extends transversely and can form the right side plate end force holder transverse abutment structure 144 thereon. In this way, the right side plate end force holding member 14 can be abutted and positioned against the plate end rubber core 11 by means of the right side plate end force holding member longitudinal abutment structure 143 of the right side plate end force holding member longitudinal wall 146 and by means of the right side plate end force holding member transverse abutment structure 144 of the right side plate end force holding member transverse wall 147.

In the above-mentioned embodiment, the right side board end force holder 14 has a right side board end force holder longitudinal guide structure 141 and a right side board end force holder transverse guide structure 142. It should be noted that, as shown in Figures 17 and 18, the right side board end force holder longitudinal guide structure 141 can abut against the longitudinal plug-in terminal connector 2, and provide guidance for the longitudinal plug-in terminal connector 2 to enter the right side board end rubber core longitudinal plug-in channel PR1, so that the longitudinal plug-in terminal connector 2 can be longitudinally plugged into the board end terminal 12. In addition, as shown in Figures 5 and 6, the horizontal guide structure 142 of the right side board end force holding member can abut the horizontal plug-in terminal connector 3, and provide guidance for the horizontal plug-in terminal connector 3 to enter the right side board end rubber core horizontal plug-in channel PR2, so that the horizontal plug-in terminal connector 3 can be horizontally plugged into the board end terminal 12.

In the above-mentioned embodiment, the right side plate end force holding member 14 has a right side plate end force holding member snap-on structure 148, and the right side plate end force holding member snap-on structure 148 is, for example, a embossed structure formed on the longitudinal wall 146 of the right side plate end force holding member, so as to provide a longitudinal plug-in wire end connector 2 that snaps into the longitudinal plug-in channel PR1 of the right side plate end rubber core as shown in Figure 16, and can also provide a horizontal plug-in wire end connector 3 that snaps into the horizontal plug-in channel PR2 of the right side plate end rubber core as shown in Figure 4.

In the above-mentioned embodiment, as shown in FIG12, the board end rubber core 11 has a right side board end rubber core holding member lateral movement limiting structure 1172 and a right side board end rubber core holding member longitudinal movement limiting structure 1174. As shown in FIG12, the right side board end rubber core holding member lateral movement limiting structure 1172 can be, for example, disposed on the right side board end rubber core longitudinal wall 113, so that the lateral movement stroke of the right side board end holding member 14 can be limited by abutting against the right side board end holding member longitudinal wall 146, so as to prevent the right side board end holding member 14 from being separated from the board end rubber core 11. As shown in Figure 12, the right side panel end rubber core holding member longitudinal movement limiting structure 1174 is, for example, arranged on the right side panel end rubber core transverse wall 114, so that the longitudinal movement stroke of the right side panel end holding member 14 can be limited by abutting against the right side panel end holding member transverse wall 147 to prevent the right side panel end holding member 14 from being separated from the panel end rubber core 11.

It should be noted that the electrical connector of the present application may also omit some components rather than being limited to the above-mentioned embodiments. For example, the electrical connector of the present application may optionally include only: a board end rubber core, a board end terminal, a left board end force holder, and a right board end force holder. The board end rubber core has a left board end rubber core longitudinal wall, a left board end rubber core transverse wall, a right board end rubber core longitudinal wall, and a right board end rubber core transverse wall. The left board end rubber core longitudinal wall extends longitudinally to form a left board end rubber core longitudinal plug-in channel. The left side board end rubber core transverse wall body extends transversely to form the left side board end rubber core transverse plug-in channel. The right side board end rubber core longitudinal wall body extends longitudinally to form the right side board end rubber core longitudinal plug-in channel. The right side board end rubber core transverse wall body extends transversely to form the right side board end rubber core transverse plug-in channel. The board end terminal is embedded in the board end rubber core. The left side board end force-bearing piece is guided by the left side board end rubber core transverse wall body, plugs the board end rubber core along the left side board end rubber core transverse plug-in channel, and then forms the left side board end force-bearing piece rubber core assembly. The left side plate end force holder has a left side plate end force holder longitudinal guide structure, a left side plate end force holder transverse guide structure, a left side plate end force holder longitudinal abutment structure and a left side plate end force holder transverse abutment structure. In the left side plate end force holder rubber core assembly, the left side plate end force holder longitudinal abutment structure abuts against the left side plate end rubber core longitudinal wall, and the left side plate end force holder transverse abutment structure abuts against the left side plate end rubber core transverse wall, so as to position the left side plate end force holder on the plate end rubber core. The left side board end force holding member longitudinal guide structure is used to guide the longitudinal plug-in wire end connector into the longitudinal plug-in channel of the left side board end rubber core, so that the longitudinal plug-in wire end connector can be longitudinally plugged into the board end terminal. The left side board end force holding member transverse guide structure is used to guide the transverse plug-in wire end connector into the transverse plug-in channel of the left side board end rubber core, so that the transverse plug-in wire end connector can be transversely plugged into the board end terminal. The right side board end force holding member is guided by the transverse wall of the right side board end rubber core, plugs into the board end rubber core along the transverse plug-in channel of the right side board end rubber core, and then forms the right side board end force holding member rubber core assembly. The right side plate end force holder has a right side plate end force holder longitudinal guide structure, a right side plate end force holder transverse guide structure, a right side plate end force holder longitudinal abutment structure and a right side plate end force holder transverse abutment structure. In the right side plate end force holder rubber core assembly, the right side plate end force holder longitudinal abutment structure abuts against the right side plate end rubber core longitudinal wall, and the right side plate end force holder transverse abutment structure abuts against the right side plate end rubber core transverse wall, so as to position the right side plate end force holder on the plate end rubber core. The longitudinal guide structure of the right side board end force holder is used to guide the longitudinal plug-in wire end connector into the longitudinal plug-in channel of the right side board end rubber core, so that the longitudinal plug-in wire end connector can be longitudinally plugged into the board end terminal. The transverse guide structure of the right side board end force holder is used to guide the transverse plug-in wire end connector into the transverse plug-in channel of the right side board end rubber core, so that the transverse plug-in wire end connector can be transversely plugged into the board end terminal.

In summary, the board-end connector of the present application has a board-end rubber core, a board-end terminal, a left-side board-end force holder, and a right-side board-end force holder. The left-side board-end force holder and the right-side board-end force holder can not only guide the wire-end connector to be plugged into the board-end terminal vertically, but also guide the wire-end connector to be plugged into the board-end terminal horizontally. Therefore, the board-end connector of the present application can provide the wire-end connector for vertical and horizontal plugging, and meet the restrictions on the plugging direction of the wire-end connector in the electronic products with limited internal space. Therefore, the board-end connector of the present application can be used in electronic products with a thin and light design.

The above embodiments are merely illustrative of the principles and effects of this application, and are not intended to limit this application. Anyone familiar with this technology may modify and alter the above embodiments without violating the spirit and scope of this application. Therefore, the scope of protection of this application should be as listed in the scope of the patent application of this application.

1                                    Board end connector 11                                  Board end rubber core 111                               Left side board end rubber core longitudinal wall 112                                Left side board end rubber core transverse wall 113                                Right side board end rubber core transverse wall 114                                    Right side board end rubber core transverse wall 115                                    Left side board end rubber core holding piece slot 116                                Right side board end rubber core holding piece slot 1171                                Left side board end rubber core holding member lateral movement limiting structure 1172                                  Right side board end rubber core holding member lateral movement limiting structure 1173                                  Left side board end rubber core holding member longitudinal movement limiting structure 1174                                   Right side board end rubber core holding member longitudinal movement limiting structure 12                                  Board end terminal 121                                    Board end terminal longitudinal opening 122                                    Board end terminal lateral opening 13                                  Left side board end holding member 131                                  Longitudinal guide structure of the left side plate end force holding member 132                                   Left side plate end force holding member transverse guide structure 133                                    Left side plate end force holding member longitudinal abutment structure 134                                    Left side plate end force holding member transverse abutment structure 135                                Left side plate end force holding member plug-in structure 136                                Left side plate end force holding member longitudinal wall 137                                    Left side plate end force holding member transverse wall 138                                Left side plate end force holding member buckle structure 14                                      Right side plate end force holding piece 141                                Longitudinal guide structure of right side plate end force holding piece 142                                 Right side plate end force holding piece horizontal guide structure 143                                     Right side plate end force holding piece vertical abutment structure 144                                    Right side plate end force holding piece horizontal abutment structure 145                                    Right side plate end force holding piece plug-in structure 146                                    Right side plate end force holding piece vertical wall 147                                    Right side plate end force holding piece horizontal wall 148                                    Right side board end force holding piece buckle structure 2                                    Longitudinal plug-in wire end connector 3                                    Horizontal plug-in wire end connector BL                                  Left side board end force holding piece rubber core assembly BR                                 Right side board end force holding piece rubber core assembly PL1                                      Left side board end rubber core longitudinal plug-in channel PL2                                      Left side board end rubber core horizontal plug-in channel PR1                                    Right side board end rubber core longitudinal plug-in channel PR2                               Horizontal plug-in channel of the rubber core at the right side panel end

FIG. 1 is a three-dimensional schematic diagram of an embodiment of the board-end connector of the present application.

FIG. 2 is a three-dimensional schematic diagram of an embodiment of the board-end connector of the present application.

FIG. 3 is a front view schematic diagram of some components of an embodiment of the board-end connector of the present application.

FIG. 4 is a schematic cross-sectional view of some components of the board-end connector shown in FIG. 3 cut along line segment AA.

FIG. 5 is a schematic assembly diagram of some components of an embodiment of the board-end connector of the present application.

FIG. 6 is a schematic diagram of the assembly of some components of an embodiment of the board-end connector of the present application.

FIG. 7 is a schematic cross-sectional view of some components of the board-end connector shown in FIG. 3 cut along line segment AA.

FIG8 is a schematic diagram of the assembly of some components of an embodiment of the board-end connector of the present application.

FIG. 9 is a schematic top view of some components of an embodiment of the board-end connector of the present application.

FIG. 10 is a schematic rear view of some components of an embodiment of the board-end connector of the present application.

FIG. 11 is a front view schematic diagram of some components of an embodiment of the board-end connector of the present application.

FIG. 12 is a schematic diagram of the assembly of some components of an embodiment of the board-end connector of the present application.

FIG. 13 is a schematic cross-sectional view of some components of the board-end connector shown in FIG. 11 cut along line segment BB.

FIG. 14 is a three-dimensional schematic diagram of an embodiment of the board-end connector of the present application.

FIG. 15 is a schematic rear view of an embodiment of the board-end connector of the present application.

FIG. 16 is a schematic cross-sectional view of some components of the board-end connector shown in FIG. 15 cut along line segment CC.

FIG. 17 is a schematic diagram of the assembly of some components of an embodiment of the board-end connector of the present application.

FIG. 18 is a schematic diagram of the assembly of some components of an embodiment of the board-end connector of the present application.

FIG. 19 is a schematic diagram of the assembly of some components of an embodiment of the board-end connector of the present application.

1                                    Board end connector 11                                  Board end rubber core 111                               Left side board end rubber core longitudinal wall 112                                Left side board end rubber core transverse wall 113                                Right side board end rubber core transverse wall 114                                    Right side board end rubber core transverse wall 115                                    Left side board end rubber core holding piece slot 116                                Right side board end rubber core holding piece slot 1171                                Left side board end rubber core holding member lateral movement limiting structure 1172                                  Right side board end rubber core holding member lateral movement limiting structure 1173                                  Left side board end rubber core holding member longitudinal movement limiting structure 1174                                  Right side board end rubber core holding member longitudinal movement limiting structure 12                                  Board end terminal 121                                    Board end terminal longitudinal opening 122                                   Board end terminal lateral opening 13                                  Left side board end holding member 131                                  Longitudinal guide structure of the left side plate end force holding member 132                                   Left side plate end force holding member transverse guide structure 133                                    Left side plate end force holding member longitudinal abutment structure 134                                    Left side plate end force holding member transverse abutment structure 135                                Left side plate end force holding member plug-in structure 136                                    Left side plate end force holding member longitudinal wall 137                                    Left side plate end force holding member transverse wall 14                                      Right side plate end force holding member 141                                  Longitudinal guide structure of the right side plate end force-holding member 142                                    Transverse guide structure of the right side plate end force-holding member 143                                     Longitudinal abutment structure of the right side plate end force-holding member 144                                     Transverse abutment structure of the right side plate end force-holding member 145                                    Insertion structure of the right side plate end force-holding member 146                                    Longitudinal wall of the right side plate end force-holding member 147                                    Transverse wall of the right side plate end force-holding member PL1                                      Longitudinal insertion channel of the rubber core at the left side plate end PL2                                          Horizontal plug-in channel of the rubber core at the left side of the board PR1                                 Vertical plug-in channel of the rubber core at the right side of the board PR2                                    Horizontal plug-in channel of the rubber core at the right side of the board

Claims (9)

A board-end connector is used with a longitudinal plug-in wire-end connector or a transverse plug-in wire-end connector. The board-end connector includes: a board-end rubber core, the board-end rubber core has a left-side board-end rubber core longitudinal wall, a left A side panel end rubber core transverse wall, a right side panel end rubber core longitudinal wall and a right side panel end rubber core transverse wall, the left side panel end rubber core longitudinal wall is extended longitudinally to form a left side panel end rubber core longitudinal plug-in channel, the left side panel end rubber core transverse wall is extended horizontally to form a left side panel end rubber core transverse plug-in channel, the right side panel end rubber core longitudinal wall is extended vertically to form a right side panel end rubber core longitudinal plug-in channel, and the right side panel end rubber core transverse wall is extended horizontally to form a right side panel end rubber core transverse plug-in channel; A board end terminal, which is embedded in the board end rubber core; A left side board end force holder, which is supported by the left side board end rubber core to the horizontal wall The left side plate end force holding member is provided with a left side plate end force holding member longitudinal guiding structure, a left side plate end force holding member transverse guiding structure, a left side plate end force holding member longitudinal abutting structure and a left side plate end force holding member transverse abutting structure. In the left side plate end force holding member rubber core assembly, the left side plate end force holding member longitudinal abutting structure abuts against the left side plate end rubber core longitudinal wall, and the left side plate end force holding member transverse abutting structure abuts against the left side plate end rubber core longitudinal wall. The left side board end force holder is abutted against the horizontal wall of the left side board end rubber core, and the left side board end force holder is positioned on the board end rubber core, and the longitudinal guide structure of the left side board end force holder is provided to guide the longitudinal plug-in wire end connector into the longitudinal plug-in channel of the left side board end rubber core, so that the longitudinal plug-in wire end connector can be longitudinally plugged into the board end terminal, and the transverse guide structure of the left side board end force holder is provided to guide the transverse plug-in wire end connector into the transverse plug-in channel of the left side board end rubber core, so that the transverse plug-in wire end connector can be transversely plugged into the board end terminal; and A right side panel end force holder, the right side panel end force holder is supported by the right side panel end rubber core horizontal wall The right side plate end force holding member is provided with a right side plate end force holding member longitudinal guiding structure, a right side plate end force holding member transverse guiding structure, a right side plate end force holding member longitudinal abutting structure and a right side plate end force holding member transverse abutting structure. In the right side plate end force holding member rubber core assembly, the right side plate end force holding member longitudinal abutting structure abuts against the right side plate end rubber core longitudinal wall, and the right side plate end force holding member transverse abutting structure abuts against the right side plate end rubber core longitudinal wall. The structure is against the transverse wall of the right side board end rubber core, and the right side board end force holder is positioned on the board end rubber core, and the longitudinal guide structure of the right side board end force holder is provided to guide the longitudinal plug-in wire end connector into the longitudinal plug-in channel of the right side board end rubber core, so that the longitudinal plug-in wire end connector can be longitudinally plugged into the board end terminal, and the transverse guide structure of the right side board end force holder is provided to guide the transverse plug-in wire end connector into the transverse plug-in channel of the right side board end rubber core, so that the transverse plug-in wire end connector can be transversely plugged into the board end terminal. As described in claim 1, the board end connector, wherein the board end rubber core also has a left board end rubber core force holder slot and a right board end rubber core force holder slot, the left board end force holder also has a left board end force holder plug-in structure, the right board end force holder also has a right board end force holder plug-in structure, in the left board end force holder rubber core assembly In the body, the left side board end force holding piece plug-in structure is inserted into the left side board end rubber core force holding piece slot to position the left side board end force holding piece on the board end rubber core; in the right side board end force holding piece rubber core assembly body, the right side board end force holding piece plug-in structure is inserted into the right side board end rubber core force holding piece slot to position the right side board end force holding piece on the board end rubber core. As described in claim 1, the board end connector of the left side board end force holder further comprises a left side board end force holder longitudinal wall and a left side board end force holder transverse wall, the left side board end force holder longitudinal wall is extended longitudinally to form the left side board end force holder longitudinal abutment structure, and the left side board end force holder transverse wall is extended transversely to form the left side board end force holder longitudinal abutment structure. The right side plate end force holding member also has a right side plate end force holding member longitudinal wall and a right side plate end force holding member transverse wall. The right side plate end force holding member longitudinal wall extends longitudinally to form the right side plate end force holding member longitudinal abutment structure, and the right side plate end force holding member transverse wall extends transversely to form the right side plate end force holding member transverse abutment structure. A board end connector as described in claim 3, wherein the left-side board end force holding member also has a left-side board end force holding member snap-on structure, and the left-side board end force holding member snap-on structure is provided for snapping the longitudinal plug-in wire end connector or the transverse plug-in wire end connector; the right-side board end force holding member also has a right-side board end force holding member snap-on structure, and the right-side board end force holding member snap-on structure is provided for snapping the longitudinal plug-in wire end connector or the transverse plug-in wire end connector. A board end connector as described in claim 4, wherein the left-side board end force holding piece snap-on structure is a convex structure on the left-side board end force holding piece; and the right-side board end force holding piece snap-on structure is a convex structure on the right-side board end force holding piece. A board end connector as described in claim 4, wherein the left-side board end force holding member buckling structure is formed on the left-side board end force holding member longitudinal wall; the right-side board end force holding member buckling structure is formed on the right-side board end force holding member longitudinal wall. A board-end connector as described in claim 1, wherein the board-end terminal is a clamping terminal having a longitudinal opening of the board-end terminal and a transverse opening of the board-end terminal, so that the longitudinal plug-in wire-end connector can be longitudinally plugged into the board-end terminal through the longitudinal opening of the board-end terminal, and the transverse plug-in wire-end connector can be transversely plugged into the board-end terminal through the transverse opening of the board-end terminal. A board end connector as described in claim 1, wherein the board end rubber core also has a left-side board end rubber core holding member lateral movement limiting structure and a right-side board end rubber core holding member lateral movement limiting structure, the left-side board end rubber core holding member lateral movement limiting structure is arranged on the left-side board end rubber core longitudinal wall to limit the lateral movement stroke of the left-side board end holding member, and the right-side board end rubber core holding member lateral movement limiting structure is arranged on the right-side board end rubber core longitudinal wall to limit the lateral movement stroke of the right-side board end holding member. A board end connector as described in claim 1, wherein the board end rubber core also has a left-side board end rubber core holding member longitudinal movement limiting structure and a right-side board end rubber core holding member longitudinal movement limiting structure, the left-side board end rubber core holding member longitudinal movement limiting structure is arranged on the left-side board end rubber core transverse wall to limit the longitudinal movement stroke of the left-side board end holding member, and the right-side board end rubber core holding member longitudinal movement limiting structure is arranged on the right-side board end rubber core transverse wall to limit the longitudinal movement stroke of the right-side board end holding member.

Images