JP3121199U - Dual function connector - Google Patents

Abstract

A dual function connector is provided.
A dual-function connector 4 includes a main body 40 and a rotary joint 43. The main body 40 includes a joint 41 and a connection end 42 installed on an outer edge of the main body 40, and Since the connection end 42 corresponds to the size of the first standard groove 1, if the first standard groove 1 is selected and the opposite connection is made, the plurality of conductive terminals 421 at the connection end 42 are the first standard groove. Coupled with the conductive terminal of hole 1. Further, the connection end 42 according to the present invention has eight conductive terminals 421, and when the main body 40 is connected to the four electrical connection line terminals of the first standard slot 1, it becomes general electrical conductivity.
[Selection] Figure 3

Description

  The present invention is a new model related to the structure of the connector, and in particular, is a dual-function connector that can be operated in two different types of slots.

  Technology is constantly innovating, and with the widespread use of personal computers and the development of 3C electronic products, various standards, peripheral connectors, outlets, and signal lines are constantly being used. Since these various shapes, standard connectors, outlets, and signal lines are usually independent of each other and do not support each other, it has caused many inconveniences to users.

  For the transmission line, for example, a telephone line using an RJ11 connector is used for connecting the Internet by connecting a modem (MODEN), or when using a network line of the RJ45 connector, a network card for connecting the area Internet. In general, since the number of internal cores is different, the connector shape and the position of each terminal contact are also different, these transmission lines cannot be used together, A large number of transmission lines occupy space, making storage inconvenient, and increasing consumer use costs.

  Please refer to Fig.1 and Fig.2. It is a figure which shows the use condition of the three-dimensional structure of the connector which used the said 2 types of connector together on the market. The first standard slot 1 for connecting a telephone line to the market has six through-grooves, and four electrical connection line terminals are provided in the six through-grooves. The second standard slot 2 connecting the network lines is provided with eight through-grooves, and eight electrical connection line terminals are provided in the eight through-grooves. Therefore, the dimension of the width w1 of the first standard slot 1 is smaller than the width w2 of the second standard slot 2, but the dimension of the height h is the same. The dual-function connector 3 on the market is provided with a sliding cover 31, and the sliding cover 31 is coupled to the end portion 32 of the connector 3 so that the end portion 32 has a width w <b> 2 of the second standard slot 2. Then, the second standard slot 2 is pressed and connected. When the sliding cover 31 is moved backward to separate it from the end portion 32 of the connector 3, the end portion 32 is formed with a width w1 corresponding to the first standard slot 1 so that the first standard slot 1 and Can be connected. Since the connector 3 has the wiring 34, when the sliding cover 31 moves, the wiring 34 is easily touched. Therefore, the wiring 34 is fixed to the connector 3 using a single wire board (not shown). It is necessary to make it design.

However, the dual function connector 3 put on the market has the following drawbacks:
1. Since the sliding cover 31 is manually moved back and forth to the connector 3, it is necessary to manufacture the connector 3 having a relatively long length, which increases the manufacturing cost and the use space.
2. Since the dimension of the height h of the groove is the same, it is necessary to install the connecting arm 33 of the sliding cover 31 at the end of the sliding lid 31. The sliding cover 31 is a plastic injection molded product. Therefore, if it is used frequently, the use end may be deformed by a collision, and the sliding cover 31 may be damaged.

  The main object of the present invention is to use one dual-function connector to connect the rotary joints to change the outer edge size of the connector so that a single connector can be used for two different types of slots. To.

  The second object of the present invention is to achieve a reduction in the length of the connector effectively by connecting the rotary joint to the outer edge of the connector in a rotational manner with a single dual function connector.

  In order to achieve the above-mentioned object, the main object of the present invention is a dual-function connector, in which one first standard slot and one second standard slot are selected and connected in opposite positions. The dual-function connector includes a main body and a rotary joint. The main body includes a joint portion and a connection end installed on the outer edge of the main body, and the connection end corresponds to the dimension of the first standard groove, so that the main body can be connected to the first standard groove. The rotary joint abuts the joint and performs an operation in which the joint is rotated around the joint, so that when the rotary joint is pressed against the terminal of the outer edge of the main body, the main body has a second relatively large hole. A standard slot can be selected to make a counter-point connection.

The invention of claim 1 is a dual-function connector, wherein each of the first-standard slot and the second-standard slot is selected and connected in a counter position, and the dual-function connector is used. The connector includes a body and a rotating joint;
The main body includes a joint portion and a connection end installed on the outer edge of the main body, and the connection end corresponds to the dimension of the first standard groove hole, and can be connected to the first standard groove hole in a facing manner.
The rotary joint abuts the joint and performs an operation of opening the joint around the joint. Therefore, when the rotary joint is pressed against the terminal of the outer edge of the main body, the main body has a relatively large hole. It is a dual function connector characterized by being able to select two standard slots and connect oppositely.
The invention of claim 2 is the dual-function connector according to claim 1, wherein the connection end includes a plurality of conductive terminals, so that the main body is connected to the first standard slot and the second standard slot, respectively. Thus, a bi-functional connector is characterized in that a conductive ground can be formed.
The invention of claim 3 is a dual function connector according to claim 1, wherein the first standard slot is an RJ11 standard insertion port.
The invention of claim 4 is the dual function connector according to claim 1, wherein the second standard slot is an RJ45 standard insertion port.
The invention of claim 5 is the dual function connector according to claim 1, wherein the joint is a concave hole, and the rotary joints corresponding to each other are flanges. It is a type connector.
The invention of claim 6 is the dual function connector according to claim 1, wherein the joint is a flange, and the mutually corresponding rotary joints are concave holes. It is a type connector.
The invention of claim 7 is the dual-function connector according to claim 1, wherein the rotary joint has an end face, and the end face has a d distance from the connection end. It is a connector.
The invention of claim 8 is the dual-function connector according to claim 7, wherein the distance dimension is slightly smaller than a depth s in which the second standard slot is extended. It is a functional connector.

  A dual-function connector, each of which selects one first-standard slot and one second-standard slot, and makes a counter-point connection. Includes a body and one rotational joint. The main body includes a joint portion and a connection end installed on the outer edge of the main body, and the connection end corresponds to the dimension of the first standard slot, and thus can be connected to the first standard slot. The rotary joint abuts the joint and performs an operation of opening the joint around the joint. Therefore, when the rotary joint is pressed against the terminal of the outer edge of the main body, the main body is a second standard with a relatively large hole. A counter-point connection can be made by selecting a slot. A single connector can be used for each of two different types of slots, and the joint is operated to rotate open, effectively reducing the size of the body size structure. Can do.

  Please refer to Fig.3 and Fig.4. It is a figure which shows the use condition of the three-dimensional structure of the dual function type connector concerning this invention. The dual-function type connector 4 according to the present invention selects the first standard slot 1 for connecting the telephone line and the second standard slot 2 for connecting the network line, and makes a counter-point connection. 1 is an RJ11 standard, and the slot 1 is provided with six through-grooves, and four electrical connection line terminals are provided in the six through-grooves. The second standard slot 2 is RJ45 standard, and the slot 2 is provided with eight through-grooves, and eight electrical connection line terminals are provided in the eight through-grooves. Accordingly, the width w1 of the first standard slot 1 is smaller than the width w2 of the second standard slot 2, but the height h of the two slots is the same.

  The dual-function connector 4 includes one main body 40 and one rotary joint 43, and the main body 40 includes a joint 41 and a connection end 42 installed on the outer edge of the main body 40, and the connection end 42. Corresponds to the dimension of the first standard slot 1, and if the first standard slot 1 is selected and the opposite connection is made, the plurality of conductive terminals 421 at the connection end 42 are electrically connected to the first standard slot 1. Connect with terminal. Further, the connection end 42 according to the present invention has eight conductive terminals 421, and when the main body 40 is connected to the four electrical connection line terminals of the first standard slot 1, it becomes general electrical conductivity.

  When the rotary joint 43 is connected to the joint 41, the rotary joint 43 can be relatively rotated and pressed by utilizing the flange design of the joint 41. Or in order to make the said joint part 41 into a concave hole design and respond | correspond to it, the rotation joint part 43 can be made into a flange design. Such a change in configuration can be changed and implemented by those skilled in the art based on the above description, and therefore does not depart from the spirit and scope of the present invention.

  According to the above description, the rotary joint 43 performs an operation in which the joint 41 is rotated and opened with the joint 41 as an axis, and when the rotary joint 43 is pressed against the terminal of the outer edge of the main body 40, the external dimension of the main body 40 increases. The main body 40 can select the second standard slot 2 having a relatively large hole to make a counter-point connection. At this time, one end of the rotary joint 43 has another end surface 431, and the end surface 431 has a distance d from the connection end 42, and the length of the d distance dimension is the second standard. It is slightly smaller than the extended depth s of the slot, that is, the rotary joint 43 can be pressed against the second standard slot 2 and the installed connection end 42 has eight electrical connection line terminals. 421, so that the eight electrical connection lines of the second standard slot 2 correspond to each other and become electrically conductive. Since the connector 4 has the wiring 44, it is designed not only to reduce the contact between the wiring 44 and the wiring 44 but also to directly fit the wiring 44 into the connector 4 by designing the rotary joint 43 to rotate and open. Can be designed. The wiring 44 can be fixed to the connector 4 using a wire board (not shown).

  In the dual-function connector according to the present invention, not only is a single connector used for two different types of slots, but also the joint is connected to the outer edge of the connector in a rotating manner. , Effectively reduce the size of the structure of the body dimensions.

It is a figure which shows the use condition of the three-dimensional structure of the dual function type connector of a market. It is a figure which shows the use condition of the three-dimensional structure of the dual function type connector of a market. It is a figure which shows the use condition of the three-dimensional structure of the dual function type connector concerning this invention. It is a figure which shows the use condition of the three-dimensional structure of the dual function type connector concerning this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 1st specification slot 2 2nd specification slot 3 Connector 4 Connector 31 Sliding cover 32 End part 33 Connecting arm 34 Wiring 40 Main body 41 Joint part 42 Connection end 43 Rotation joint part 44 Wiring 421 Conductive terminal 431 End surface

Claims (8)

It is a dual-function type connector, each of which selects one first standard slot and one second standard slot and makes a counter-point connection. Part
The main body includes a joint portion and a connection end installed on the outer edge of the main body, and the connection end corresponds to the dimension of the first standard groove hole, and can be connected to the first standard groove hole in a facing manner.
The rotary joint abuts the joint and performs an operation of opening the joint around the joint. Therefore, when the rotary joint is pressed against the terminal of the outer edge of the main body, the main body has a relatively large hole. A dual-function connector characterized by being able to select two standard slots and make a counter-point connection.   2. The dual function connector according to claim 1, wherein the connection end includes a plurality of conductive terminals, so that the main body can be connected to the first standard slot and the second standard slot to form a conductive ground. Features a dual function connector.   2. The dual function connector according to claim 1, wherein the first standard slot is an RJ11 standard insertion port.   2. The dual function connector according to claim 1, wherein the second standard slot is an RJ45 standard insertion port.   2. The dual function connector according to claim 1, wherein the joint is a concave hole, and the rotary joints corresponding to each other are flanges.   2. The dual function connector according to claim 1, wherein the joint is a flange, and the rotational joints corresponding to each other are concave holes.   2. The dual function connector according to claim 1, wherein the rotary joint includes an end face, and the end face is set at a distance d from the connection end. 8. The dual function connector according to claim 7, wherein a length of the distance dimension is slightly smaller than a depth s in which the second standard slot is extended.

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