TWI610493B - Terminal device with input and output functions - Google Patents

Description

Terminal device with input and output functions

The invention relates to a structural design of a terminal device having an input and an output function; in particular, a terminal device for providing an electrical wire insertion connection, and an output function for facilitating a modification/expansion function of a circuit module or a circuit system; Inventor.

It is a well-known technique to apply a conductive bracket mounted inside an insulating housing (usually made of a plastic material) to combine or press a wire input from a housing inlet hole to form a terminal device for electrically connecting or releasing a wire. . Such terminal devices are widely used in interposing combination boards (such as PC boards) to form a current conducting state to provide the basic functions of board and power line connections.

One of the problems in the design and application of such terminal devices is that the old method has to insert terminal devices on the circuit board, and the wires of the IN-PUT are electrically connected, and must be inserted on the same circuit board. Another terminal device that provides an electrical output (OUT-PUT); not only occupies the area or space of the board, but also limits the circuit design space and range of the board.

In particular, in the case of certain applications, such as modifying or augmenting the functionality of a circuit board or circuit module, conventional techniques must redesign circuit board wiring and/or add additional connection interfaces while on each circuit board. Inserting different input terminal devices and output terminal devices respectively can be connected to each other to modify/expand the functions of the circuit board or the circuit module, which makes the design and manufacturing work troublesome and costly; Not what we expected.

Representatively, these references show the design techniques for electrical connection terminals or terminal devices and associated combination structures. If the redesigned design considers the combined structure of the terminal device to make it different from the conventional one, it will change its use type, which is different from the old one; in essence, it will improve its application and improve its design. Manufacturing and ease of operation.

We have found that the structure of an ideal terminal device must overcome or improve the above-mentioned problems; it should also include the following design considerations, for example, to make the terminal device have both input and output structures and functions. To improve the conventional skills, the input terminal device and the output terminal device must be respectively inserted on the same circuit board, occupying the area or space of the circuit board, limiting the circuit design space and range of the circuit board, etc.; or further improving or solving the old method Modifying/expanding the functions of a circuit board or a circuit module requires redesigning the circuit board wiring and/or additionally adding a connection interface, making the design and manufacturing operations troublesome and costly. None of these topics have been taught or specifically disclosed in the above references.

Therefore, the main object of the present invention is to provide a terminal device having an input and an output function, which provides a structure that is simple in structure, simple in operation, and advantageous in modifying/expanding a circuit module. The terminal device comprises a main body and a secondary body connecting the main body; the main body and the auxiliary body respectively or respectively define a chamber, and the chamber is provided with a conductive bracket that can be inserted in the circuit module for pressing the input wire to form an electrical connection. Status or release wire. And the auxiliary body is combined with a detachable output device, and the conductive bracket is selectively connected to output the electrical connection state; the conventional technique is improved to meet the requirements of different functional modes, and the circuit module is redesigned or the connection interface is increased.

According to the present invention, there is an input and output terminal device, the output device comprising a base and a conductive post disposed on the base; the conductive post has a first end and a second end. The first end leg is combined or pivoted through one of the auxiliary bodies, and is connected to the conductive bracket to form an electrical connection state; the second end pin can be plugged into another circuit board or another terminal device (collectively referred to as a circuit module), The function of modifying or augmenting the board/circuit module function.

According to the present invention, the terminal device has an input and output function, and the conductive bracket includes a first coupling portion and a second coupling portion electrically connected to the first coupling portion. The first coupling portion is in the main body chamber, corresponding to the main body hole for pressing or connecting the input wire; the second coupling portion is combined or pivotally connected to the first end of the output device to transmit the electrical connection state To the output, output via the second pin.

Referring to Figures 1, 2 and 3, the terminal device having input and output functions of the present invention comprises a combination of a body made of an insulating material and a sub-body of the connecting body, which are respectively indicated by reference numerals 10 and 20. The body 10 and the secondary body 20 may also be in an integrally formed configuration. The main body 10 and the sub-body 20 collectively or separately define a communicating chamber 15, 25 for arranging a conductive bracket 30 for pressing the input terminal plug or the wire 50 to form an electrical connection state or to release the wire 50.

The upper, upper (upper), lower, lower (lower) or bottom mentioned in the following description is the reference direction shown in the figure.

The figure shows that the main body 10 is a rectangular body structure defining a first zone 11 and a second zone 12; the first zone 11 is provided with an inlet hole 13 and a concealer 14 which is positioned on the inlet hole 13 to protect the wire hole 13 for The wire 50 is inserted into the chamber 15 of the body 10. The second region 12 of the body is connected to the secondary body 20.

In the embodiment taken, a concave portion 40 is formed between the main body 10 and the sub-body 20 to connect the main body 10 and the sub-body 20. The recessed portion 40 can function as a snap or combination protective cover (eg, a circuit board protective cover or the like) (not shown).

Referring to Figures 1, 2 and 3, the sub-body 20 is formed into a block-like structure, and the sub-body 20 (in the upper end region in the figure) is provided with a housing 21 and is disposed on the housing 21 to communicate with the auxiliary body chamber. The pivot hole 23 of the 25 is used to combine an output 60. The upper end region of the secondary body 20 is formed with at least one restricting portion 22 having a convex structure to define the structural form of the housing 21.

Also shown are two sides (and/or both sides of the secondary body 20) having embedded portions 18 (and/or 24) and recesses 19 (and/or 26) having a trapezoidal cross-sectional configuration, respectively; The 24 and the grooves 19 and 26 are fitted to each other such that the main body 10, the sub-body 20, and the adjacent main body 10 and sub-body 20 are arranged in an array.

Figures 1, 2 and 3 show the conductive support 30 in a sheet structure comprising a connection region 35 and a first coupling portion 31 and a second coupling portion 32 respectively located at opposite ends of the connection region 35; the connection region 35 enables the first coupling The portion 31 and the second coupling portion 32 form an electrically connected type. The first coupling portion 31 is located in the main body chamber 15, corresponding to the inlet hole 13 of the main body 10 for pressing or coupling the input wire 50; the second coupling portion 32 is combined or pivoted to the outputter 60.

In detail, the first coupling portion 31 is bent upward from the two (side) sides of the connecting portion 35, respectively, to form two elastic pieces 33; the elastic piece 33 collectively defines a mouth portion 34 structure at the position of the head end 33a. The wire hole 13 of the main body 10 is corresponding to allow the wire 50 to enter the first coupling portion 31. The other end of the elastic piece 33 (opposite to the head end 33a) extends toward the axis X of the conductive holder 30 such that the tail ends 33b of the two elastic pieces 33 are inclined toward each other and/or in a contact type. The edge of each of the trailing ends 33b is provided with a convex portion 33c which is obliquely opened toward the outer side of the elastic piece 33 (or toward the main body 10) toward the upper side in the figure for assisting to open the elastic piece tail end 33b (this part is hereinafter, with the fifth 6 will also be described).

And the second coupling portion 32 is bent upward from the two (side) sides of the connecting portion 35 toward the upper side of the drawing to form two elastic plates 36 which are gradually inclined and/or contacted; the tail end 36b of the elastic plate 36 Further, they are bent and extended toward the two sides of the connecting portion 35, and together define an inlet 37 for combining the outputters 60.

Assuming that the axis X of the conductive holder 30 is used as a reference, the direction in which the elastic piece 33 of the first coupling portion 31 extends and the direction in which the elastic plate 36 of the second coupling portion 32 protrudes may form an acute angle, a mutually perpendicular or an obtuse angle. The figure shows that the direction in which the elastic piece 33 of the first coupling portion 31 extends and the direction in which the elastic plate 36 of the second coupling portion 32 protrudes are perpendicular to each other.

It can be understood that when the extending direction of the elastic piece 33 of the first coupling portion 31 and the protruding direction of the elastic plate 36 of the second coupling portion 32 form an acute angle or an obtuse angle, the secondary body 20 can be made to correspond to the second coupling portion 32, And an oblique structure is formed.

In a possible embodiment, the main body chamber 15 is formed with a groove 16; corresponding to the groove 16, the two sides of the conductive bracket connecting portion 35 are located between the first coupling portion 31 and the second coupling portion 32, A combination portion 38 provided with a plate-like structure perpendicular to the connection portion 35) and a tooth portion 38a formed on the combination portion 38 may be combined on the groove 16 for assisting in assembling and fixing the conductive bracket 30 to the main body chamber 15 and Inside the secondary body chamber 25.

In the preferred embodiment, the output 60 includes a base 65 and a conductive post 66 disposed on the base 65; the conductive post 66 has or defines a convex toward both ends of the base 65 (ie, the upper and lower ends of the figure) The first end leg 61 and the second end leg 62 are shown.

The figure shows that the conductive bracket 30 or the connecting portion 35 is located close to the first coupling portion 31 and the second coupling portion 32, and is provided with terminal pins 39 in a direction opposite to the first coupling portion 31 and the second coupling portion 32, An interposer circuit board or another terminal device (collectively referred to as circuit module 90; the numbering is shown in Figure 4) is provided.

2 shows in particular that the base 65 of the outputter 60 is combined on the sub-chamber 21 and is fixed by the restraining portion 22; the first end 61 is inserted or passed through the pivot hole 23 of the sub-body 20, via the conductive bracket 30. The elastic plate inlet 37 enters the second coupling portion 32 and is connected to the conductive bracket 30 and/or the second coupling portion 32 to form an electrical connection state.

Referring to FIG. 2, FIG. 3 and FIG. 4, when the main body 10 and the sub-body 20 are disposed in the circuit module 90, the terminal pins 39 of the conductive bracket 30 are electrically connected to the circuit module 90; the wires 50 can pass through the main body inlet hole 13 and conduct electricity. The mouth portion 34 of the first coupling portion 31 of the bracket is inserted into the first coupling portion 31, and is sandwiched between the tail ends 33b of the two elastic pieces 33, and is electrically connected to the conductive bracket 30.

In order to provide the circuit module 90 with the function of modifying or expanding the circuit board/circuit module function, the second end leg 62 of the output device 60 can be directly plugged into another circuit board or another terminal device (collectively referred to as a sub-circuit module). 95). Therefore, the electrical connection state of the wire 50, the conductive bracket 30 and the circuit module 90 can be transmitted to the outputter 60, the first end leg 61 of the conductive post, and the second end via the second coupling portion 32 and the elastic plate 36. The pin 62 is output to the sub-circuit module 95 to complete the function of modifying or augmenting the function of the circuit module.

Referring to FIG. 5, the rear end 33b of the two elastic pieces 33 is provided with a convex portion 33c for controlling the opening range of the elastic end portion 33b, and the main body 10 is in the first area 11 and the second area 12. An operation hole 17 is provided between the main body chamber 15 and the shape of the convex portion 33c of the elastic end portion 33b.

When the personnel operating tool 70 is inserted into the operation hole 17 of the main body 10 and moved toward the lower direction in the figure, the front end 71 of the tool 70 pushes the convex portion 33c of the two elastic pieces 33 to drive the tail end 33b to open, and the conductive bracket is released first. The coupling portion 31 presses the electrical connection state of the wire 50 to allow the wire 50 to be withdrawn.

Figure 6 shows a modified embodiment. The main body operating hole 17 is provided with a driver 80 (for example, a nail, a screw or the like); the driver 80 has a pointed front end 81 to facilitate the contact or position between the convex portions 33c of the two elastic pieces 33. Also shown is a structure in which the driver 80 is provided with a wing portion 82 at an edge region adjacent to the front end 81.

When the person operates the driver 80 to move in the downward direction of the figure, the driver 80 pushes the convex portion 33c of the two elastic pieces 33 to drive the tail end 33b to open, and releases the electrical connection state of the first connecting portion 31 of the conductive bracket to press the wire 50. To allow the wire 50 to be withdrawn. The figure also shows the case where the wings 82 of the driver 80 assist in pushing the convex portions 33c of the two elastic pieces 33. It can be appreciated that the wing portion 82 can assist the driver 80 to increase the extent of opening of the two tab projections 33c.

Referring to Figure 7, a modified embodiment of the conductive support 30 is shown. The elastic plate 36 of the second coupling portion 32 is bent from the two (side) sides of the connecting portion 35 toward the outer side (or toward the auxiliary body 20) and upwardly, and is gradually inclined closer to form a convex waist structure 36c and disposed at An aperture 36d in the convex waist structure 36c. And, the trailing ends 36b of the two elastic plates 36 are bent obliquely, close (and/or contacted) to form a hook-like structure, and the inlet 37 is collectively defined.

It can be understood that the elastic plate 36 of the second coupling portion 32 forms the shape of the convex waist structure 36c, so that the tail ends 36b of the two elastic plates 36 are normally elastically close to each other, contributing to the second coupling. The portion 32 sandwiches and fixes the first end leg 61 of the conductive post.

In a possible embodiment, the auxiliary body 20 (or the chamber 25) is provided with a block 27 corresponding to the opening 36d of the second coupling portion 32, and the hole 36d can be fitted to stabilize the second connecting portion 32 of the conductive bracket. At the same time, the convex waist structure 36c is abutted against the auxiliary body 20 to form a support point for assisting the load tail end 36b to open the force for clamping the first end leg 61.

Typically, the terminal device with input and output functions has the following considerations and advantages compared with the old method under the condition of simple operation: 1. The terminal device and related component structure have been Re-design considerations make it different from the learner and change its use and operation. For example, the main body 10, the sub-body 20 and/or the concave portion 40, the main body 10 and the sub-body 20 respectively define the chambers 15, 25 to mount the conductive bracket 30; the conductive bracket 30 has a first coupling portion 31, The second coupling portion 32 presses or releases the wire 50 with the elastic piece 33; the auxiliary body 20 is provided with the socket 21 and/or the regulating portion 22, and the outputter 60 is combined; the output 60 is provided with the conductive column 66, so that the first end leg 61 enters the auxiliary body cavity The chamber 25 is inserted between the second connecting portion 32 or the two elastic plates 36 to form an electrical connection; the second end leg 62 can directly combine the sub-circuit module 95 and the like; obviously different from the old method or the prior art. Structural design type. 2. The terminal device has the structure and function of input (the main body 10 pivotal wire 50, the conductive bracket 30 combined circuit module 90) and the output (the conductive column 66 of the output device 60 combined with the sub-circuit module 95), which is obviously improved. The prior art technique has to insert input terminal devices and output terminal devices on the same circuit board, occupying the area or space of the circuit board, and limiting the circuit design space and range of the circuit board. In particular, the terminal device further improves or solves the functions of the old method modification/expansion circuit board or circuit module, and must redesign the circuit board circuit and/or additionally increase the connection interface, and simultaneously insert each circuit board separately. The input terminal device and the output terminal device having different functions are provided, which makes the design and manufacturing work troublesome and costly.

Therefore, the present invention provides an effective terminal device having an input and output function, and the spatial type is different from the conventional one, and has the advantages unmatched in the old method, and shows a considerable progress. Fully meet the requirements of the invention patent.

However, the above is only a possible embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the equivalent variations and modifications made by the scope of the present invention are covered by the scope of the present invention. .

10 subject

11 District 1

12 Second District

13 access hole

14 concealer

15, 25 chamber

16 groove

17 operating hole

18, 24 inlay

19, 26 slot

20 secondary body

21 seat

22 Restrictions

23 pivot hole

27 inserts

30 conductive bracket

31 first joint

32 second connection

33 shrapnel

33a head end

33b, 36b tail

33c convex

34 mouth

35 connection area

36 elastic plate

36c convex waist structure

36d orifice

37 entrance

38 Combination Department

38a tooth

39 terminal pins

40 concave step

50 wire

60 output

61 first end

62 second end

65 base

66 conductive column

70 tools

71,81 front end

80 drive

82 wings

90 circuit module

95 sub circuit module

X axis

Figure 1 is a schematic exploded view of the structure of the present invention; depicting the structural aspects of the body, the secondary body, the conductive support, and the outputter.

Fig. 2 is a schematic view showing the structural combination of the present invention; showing a structural combination of a main body, a sub-body, a conductive support, and an outputter.

Fig. 3 is a schematic view showing the structure combination of another angle of the present invention; showing the case where the terminal legs of the conductive holder are protruded from the body and the secondary body.

4 is a schematic structural view of an embodiment of the present invention; depicting a structural fit of a plurality of terminal devices disposed in a circuit module and an output connector coupled to another circuit module.

Figure 5 is a plan view showing an embodiment of the present invention; depicting the case where a person operating tool is inserted into the main body to release the conductive support to press the wire.

Figure 6 is a plan view showing a modified embodiment of the present invention; showing a main body in which a driver is disposed, and a case where the actuator is driven to release the conductive holder to press the wire.

Figure 7 is a schematic illustration of a modified embodiment of one of the electrically conductive stents of the present invention.

10 Main body 11 First zone 12 Second zone 13 Inlet hole 14 Concealer 15, 25 Chamber 16 Groove 17 Operating hole 18, 24 Insert 19, 26 Insert 20 Sub-body 21 Slot 22 Restriction 23 Pivot hole 30 conductive bracket 31 first coupling portion 32 second coupling portion 33 spring piece 33a head end 33b, 36b tail end 33c convex portion 34 mouth portion 35 connecting portion 36 elastic plate 37 inlet 38 combination portion 38a tooth portion 39 terminal pin 40 concave portion 50 wire 60 output 61 first end 62 second end 65 base 66 conductive column X axis

Claims (47)

A terminal device having input and output functions, comprising a main body and a secondary body connecting the main body; the main body defines a first zone and a second zone; the first zone is provided with an inlet hole, the second zone is connected with the auxiliary body; and the secondary body is at the upper end The region is provided with a slot seat and a pivot hole disposed on the slot for communicating with the cavity, the slot seat and the pivot hole combining the output device and the conductive column; the upper end region of the auxiliary body is formed with at least one restricting portion having a convex structure. To define the structure of the housing; the main body and the auxiliary body define a chamber; the chamber is provided with a conductive bracket, the conductive bracket defines an axis; the conductive bracket has a first coupling portion corresponding to the main body and a second coupling portion corresponding to the auxiliary body And the auxiliary body is combined with an output device, the output device has a conductive column, and the second connecting portion of the conductive support is detachably connected. The terminal device having input and output functions as described in claim 1, wherein the main body and the auxiliary body are integrally formed structures; the main body and the auxiliary body jointly define the chamber; the main body is in the first area and the second An operation hole is arranged between the zones, and communicates with the cavity; the main body is a rectangular body structure, and the two sides of the main body are respectively provided with the embedded portion and the embedded groove of the trapezoidal cross-section structure; the auxiliary body forms the structure of the one-piece body, and the two sides of the auxiliary body are also The trap portion and the recessed groove are respectively provided with a trapezoidal cross-section structure; a concave step portion is formed between the second portion of the main body and the auxiliary body, and the second portion and the auxiliary body are connected to the main body; the conductive bracket faces opposite to the first joint portion and the first portion The direction of the two coupling portions is provided with terminal pins. The terminal device having input and output functions as described in claim 1, wherein the main body and the auxiliary body are integrally formed structures; the main body and the auxiliary body respectively define a communicating main body chamber and a sub-body chamber; An operation hole is disposed between the first zone and the second zone, and communicates with the main body cavity; the first coupling portion of the conductive bracket is in the main body cavity, and the second coupling portion is in the auxiliary body cavity; the main body is a rectangular body structure, and the auxiliary body Forming a structure of a piece; a concave portion is formed between the second portion of the main body and the auxiliary body, connecting the second portion and the auxiliary body of the main body; and the conductive bracket is opposite to the first connecting portion and the second connecting portion, With terminal pins. A terminal device having an input and an output function as described in claim 2 or 3, wherein a concealer is formed on the upper side of the entry hole. The terminal device having the input and output functions as described in claim 1 or 2 or 3, wherein the conductive bracket is formed into a plate structure and includes a connection region; the first coupling portion and the second coupling portion are respectively connected a position of the two ends of the connecting portion; the first connecting portion is bent upward from the two sides of the connecting portion, and two elastic pieces are formed; the elastic piece collectively defines a mouth structure at the head end position, corresponding to the entrance hole of the main body; The other end of the head end extends toward the axis of the conductive bracket so that the tail ends of the two elastic pieces are inclined toward each other; the second coupling portion is bent upward from the two sides of the connecting portion to form two elastic plates which are gradually approaching, and the elastic The board has a tail end. The terminal device with input and output functions as described in claim 4, wherein the conductive bracket is formed into a plate structure and includes a connection region; the first coupling portion and the second coupling portion are respectively located at two ends of the connection region. The first connecting portion is bent upward from the two sides of the connecting portion, and two elastic pieces are formed; the elastic piece collectively defines a mouth structure at the head end position, corresponding to the entrance hole of the main body; The elastic piece extends opposite to the other end of the head end toward the axis of the conductive support, so that the tail ends of the two elastic pieces are inclined to each other; the second coupling part is bent upward from the two sides of the connection area to form two gradually close elastic The plate has an end with an elastic plate. The terminal device having the input and output functions as described in claim 5, wherein the tail ends of the two elastic pieces of the first coupling portion form one of a contact and a non-contact with each other; the edge of each end of the elastic piece faces toward The upper portion is provided with a convex portion that is obliquely opened toward the outer edge of the elastic piece; the rear ends of the two elastic plates of the second coupling portion form one of a contact and a non-contact with each other; the tail ends of the two elastic plates of the second coupling portion are respectively directed toward The two sides of the connecting portion are bent and extended to define an inlet; the extending direction of the elastic piece of the first connecting portion and the protruding direction of the elastic plate of the second connecting portion form one of an acute angle, a mutual vertical and an obtuse angle; the main body and the auxiliary side The body is disposed in a circuit module, and the conductive bracket is disposed opposite to the first coupling portion and the second coupling portion, and the terminal pin is electrically connected; the terminal pin of the conductive bracket is electrically connected to the circuit module; the wire is allowed to pass through the main body inlet hole and is electrically conductive The mouth of the first connecting portion of the bracket is inserted into the first connecting portion, and is clamped on the tail ends of the two elastic pieces, and is electrically connected with the conductive bracket; the conductive column of the output is plugged into a circuit module . The terminal device having the input and output functions as described in claim 6, wherein the tail ends of the two elastic pieces of the first coupling portion form one of a contact and a non-contact with each other; the edge of each end of the elastic piece faces toward The upper part has a convex shape that is obliquely opened toward the outer side of the elastic piece a portion corresponding to the operation hole; the tail ends of the two elastic plates of the second coupling portion form one of a contact and a non-contact with each other; the tail ends of the two elastic plates of the second coupling portion are respectively bent toward the two sides of the connection region Extending, and jointly defining an inlet; the extending direction of the elastic piece of the first coupling portion and the protruding direction of the elastic plate of the second coupling portion form one of an acute angle, a mutual vertical and an obtuse angle; the main body and the auxiliary body are disposed in a circuit module The conductive bracket is disposed opposite to the first coupling portion and the second coupling portion, and is provided with a terminal pin; the terminal pin of the conductive bracket is electrically connected to the circuit module; and the wire is allowed to pass through the main body inlet hole and the first coupling portion of the conductive bracket The portion is inserted into the first coupling portion and is sandwiched on the tail ends of the two elastic pieces, and is electrically connected to the conductive bracket; the conductive post of the output device is plugged into a circuit module. The terminal device having the input and output functions as described in claim 5, wherein the chamber is formed with a groove; corresponding to the groove, the two sides of the conductive bracket connection region are at the first coupling portion and the second coupling portion The position between them is provided with a combination of plate-like structures which can be combined on the groove. The terminal device having input and output functions as described in claim 6, wherein the chamber is formed with a groove; corresponding to the groove, two sides of the conductive bracket connection region are at the first coupling portion and the second coupling portion The position between them is provided with a combination of plate-like structures which can be combined on the groove. The terminal device having the input and output functions as described in claim 7, wherein the chamber is formed with a groove; corresponding to the groove, the two sides of the conductive bracket connection region are at the first coupling portion and the second coupling portion The position between them is provided with a combination of plate-like structures which can be combined on the groove. The terminal device having the input and output functions as described in claim 8, wherein the chamber is formed with a groove; and corresponding to the groove, the two sides of the conductive bracket connection region are at the first coupling portion and the second coupling portion The position between them is provided with a combination of plate-like structures which can be combined on the groove. The terminal device having input and output functions as described in claim 9, wherein the combination portion is perpendicular to the connection region; and the combination portion is formed with a tooth portion. The terminal device having input and output functions as described in claim 10, wherein the combination portion is perpendicular to the connection region; and the combination portion is formed with a tooth portion. The terminal device having input and output functions as described in claim 11, wherein the combination portion is perpendicular to the connection portion; and the combination portion is formed with a tooth portion. The terminal device having input and output functions as described in claim 12, wherein the combination portion is perpendicular to the connection region; and the combination portion is formed with a tooth portion. The terminal device as claimed in claim 1, wherein the output device comprises a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. The end foot and the second end leg. The terminal device having input and output functions as described in claim 6, wherein the output device includes a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. The base of the output is combined with the base of the auxiliary body and is fixed by the restricting portion; the first end is inserted into the pivot hole of the auxiliary body, and enters the second connecting portion via the elastic plate of the conductive bracket And connected to the second coupling portion of the conductive bracket. The terminal device as claimed in claim 8, wherein the output device comprises a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. End leg and second end leg; The base of the output unit is combined on the auxiliary body socket and is fixed by the restriction portion; the first end foot is inserted into the pivot hole of the auxiliary body, enters the second coupling portion through the elastic plate inlet of the conductive bracket, and the second conductive portion and the conductive bracket The connecting portion is connected; the second end pin is inserted into the sub circuit module. The terminal device as claimed in claim 10, wherein the output device comprises a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. The base of the output is combined with the base of the auxiliary body and is fixed by the restricting portion; the first end is inserted into the pivot hole of the auxiliary body, and enters the second connecting portion via the elastic plate of the conductive bracket And connected to the second coupling portion of the conductive bracket. The terminal device as claimed in claim 12, wherein the output device comprises a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. The base end and the second end leg; the base of the output unit is combined on the sub-body seat and is fixed by the restriction portion; the first end pin is inserted into the pivot hole of the auxiliary body, and enters the second connection via the elastic plate inlet of the conductive support And connected to the second connecting portion of the conductive bracket; the second end is inserted into the sub-circuit module. The terminal device having input and output functions as described in claim 14, wherein the output device comprises a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. The base of the output is combined with the base of the auxiliary body and is fixed by the restricting portion; the first end is inserted into the pivot hole of the auxiliary body, and enters the second connecting portion via the elastic plate of the conductive bracket And connected to the second coupling portion of the conductive bracket. The terminal device as claimed in claim 16, wherein the output device comprises a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. End leg and second end leg; The base of the output unit is combined on the auxiliary body socket and is fixed by the restriction portion; the first end foot is inserted into the pivot hole of the auxiliary body, enters the second coupling portion through the elastic plate inlet of the conductive bracket, and the second conductive portion and the conductive bracket The connecting portion is connected; the second end pin is inserted into the sub circuit module. The terminal device having input and output functions as described in claim 8 wherein the operation hole is provided with a driver; the driver has a pointed front end located at a position between the convex portions of the two elastic pieces; the driver is adjacent to the front end The edge region has a wing structure. The terminal device having the input and output functions as described in claim 12, wherein the operation hole is provided with a driver; the driver has a pointed front end located at a position between the convex portions of the two elastic pieces; the driver is adjacent to the front end The edge region has a wing structure. The terminal device having input and output functions as described in claim 16 wherein the operation hole is provided with a driver; the driver has a pointed front end located between the convex portions of the two elastic pieces; the driver is adjacent to the front end The edge region has a wing structure. The terminal device having input and output functions as described in claim 19, wherein the operation hole is provided with a driver; the driver has a pointed front end located at a position between the convex portions of the two elastic pieces; the driver is adjacent to the front end The edge region has a wing structure. The terminal device having the input and output functions as described in claim 21, wherein the operation hole is provided with a driver; the driver has a pointed front end located at a position between the convex portions of the two elastic pieces; the driver is adjacent to the front end The edge region has a wing structure. The terminal device having input and output functions as described in claim 23, wherein the operation hole is provided with a driver; the driver has a pointed front end located at a position between the convex portions of the two elastic pieces; the driver is adjacent to the front end The edge region has a wing structure. The terminal device having the input and output functions as described in claim 5, wherein the tail ends of the two elastic pieces of the first coupling portion form one of a contact and a non-contact with each other; the edge of each end of the elastic piece faces toward The upper portion is provided with a convex portion that is obliquely opened toward the outer edge of the elastic piece; the rear ends of the two elastic plates of the second coupling portion form one of a contact and a non-contact with each other; the two elastic plates of the second coupling portion are respectively separated from the two sides of the connecting portion Stretching toward the outer side and the upper side, and gradually approaching to form a convex waist structure and an aperture disposed on the convex waist structure; the tail ends of the two elastic plates are bent obliquely and close to form a hook-like structure, and the common Defining an inlet; corresponding to the aperture of the second coupling portion, the auxiliary body is provided with an insert, and the aperture is engageable; the extending direction of the elastic piece of the first coupling portion and the protruding direction of the elastic plate of the second coupling portion form an acute angle and mutual One of a vertical and an obtuse angle; the main body and the auxiliary body are disposed in a circuit module, and the conductive bracket is disposed opposite to the first coupling portion and the second coupling portion, and the terminal pin is provided; the terminal pin of the conductive bracket is electrically connected to the circuit mold a wire is inserted into the first coupling portion through the main body inlet hole and the first coupling portion of the conductive bracket, and is sandwiched on the tail ends of the two elastic pieces, and is electrically connected with the conductive bracket; the output of the output device The conductive column is plugged into a circuit module. The terminal device having the input and output functions as described in claim 6, wherein the tail ends of the two elastic pieces of the first coupling portion are in contact with each other and are not in contact with each other. One of the ends of the end of each of the elastic pieces is provided with a convex portion that is obliquely opened toward the outer side of the elastic piece, corresponding to the operation hole; the tail ends of the two elastic plates of the second coupling portion are in contact with each other and are not in contact with each other. The two elastic plates of the second connecting portion are bent and extended from the two sides of the connecting portion toward the outer side and the upper side, and are gradually inclined closer to form a convex waist structure and an aperture disposed on the convex waist structure; the tails of the two elastic plates The end is bent obliquely and close to form a hook-like structure, and together define an inlet; corresponding to the aperture of the second coupling portion, the auxiliary body is provided with an insert, and the aperture can be matched; the direction of the elastic piece of the first coupling portion extends Forming an acute angle, a mutual vertical and an obtuse angle with the protruding direction of the elastic plate of the second coupling portion; the main body and the auxiliary body are disposed in a circuit module, and the conductive bracket faces in a direction opposite to the first coupling portion and the second coupling portion a terminal pin is provided; the terminal pin of the conductive bracket is electrically connected to the circuit module; the wire is allowed to be inserted into the first connecting portion through the main body inlet hole and the first connecting portion of the conductive bracket, and is sandwiched at the tail end of the two elastic pieces Up, and Forming an electrical connection state and a conductive frame; the output of conductive pillars plug a circuit module. The terminal device having input and output functions as described in claim 30, wherein the chamber is formed with a groove; corresponding to the groove, two sides of the conductive bracket connection region are at the first coupling portion and the second coupling portion The position between them is provided with a combination of plate-like structures which can be combined on the groove. The terminal device having the input and output functions as described in claim 31, wherein the chamber is formed with a groove; corresponding to the groove, the two sides of the conductive bracket connection region are at the first coupling portion and the second coupling portion The position between them is provided with a combination of plate-like structures which can be combined on the groove. The terminal device having input and output functions as described in claim 32, wherein the combination portion is perpendicular to the connection portion; and the combination portion is formed with a tooth portion. The terminal device having input and output functions as described in claim 33, wherein the combination portion is perpendicular to the connection region; and the combination portion is formed with a tooth portion. The terminal device with input and output functions as described in claim 30, wherein the output device comprises a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. An end leg and a second end leg; the base of the output unit is combined on the sub-body seat, and the upper end region of the sub-body is formed with a restricting portion of the convex structure, the restricting portion defines the structure of the seat, and the base is restricted by the restricting portion The first end leg is inserted into the pivot hole of the auxiliary body, and enters the second coupling portion via the elastic plate of the conductive bracket, and is connected to the second coupling portion of the conductive bracket; the second end pin is inserted into the sub-circuit module. The terminal device having input and output functions as described in claim 31, wherein the output device comprises a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. The base of the output is combined with the base of the auxiliary body and is fixed by the restricting portion; the first end is inserted into the pivot hole of the auxiliary body, and enters the second connecting portion via the elastic plate of the conductive bracket And connected to the second connecting portion of the conductive bracket; the second end pin is inserted into the sub-circuit module. The terminal device having input and output functions as described in claim 32, wherein the output device comprises a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. The base of the output is combined with the base of the auxiliary body and is fixed by the restricting portion; the first end is inserted into the pivot hole of the auxiliary body, and enters the second connecting portion via the elastic plate of the conductive bracket And connected to the second connecting portion of the conductive bracket; the second end pin is inserted into the sub-circuit module. The terminal device having input and output functions as described in claim 33, wherein the output device comprises a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. The base of the output is combined with the base of the auxiliary body and is fixed by the restricting portion; the first end is inserted into the pivot hole of the auxiliary body, and enters the second connecting portion via the elastic plate of the conductive bracket And connected to the second connecting portion of the conductive bracket; the second end pin is inserted into the sub-circuit module. The terminal device with input and output functions as described in claim 34, wherein the output device comprises a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. An end leg and a second end leg; the base of the output unit is combined on the sub-body seat, and the upper end region of the sub-body is formed with a restricting portion of the convex structure, the restricting portion defines the structure of the seat, and the base is restricted by the restricting portion The first end leg is inserted into the pivot hole of the auxiliary body, and enters the second coupling portion via the elastic plate of the conductive bracket, and is connected to the second coupling portion of the conductive bracket; the second end pin is inserted into the sub-circuit module. The terminal device as claimed in claim 35, wherein the output device comprises a base, and the conductive pillar is disposed on the base; the conductive pillar defines a first protrusion protruding toward the upper and lower ends of the base. The base of the output is combined with the base of the auxiliary body and is fixed by the restricting portion; the first end is inserted into the pivot hole of the auxiliary body, and enters the second connecting portion via the elastic plate of the conductive bracket And connected to the second connecting portion of the conductive bracket; the second end pin is inserted into the sub-circuit module. The terminal device having input and output functions as described in claim 31, wherein the operation hole is provided with a driver; the driver has a pointed front end located at a position between the convex portions of the two elastic pieces; the driver is adjacent to the front end The edge region has a wing structure. The terminal device having input and output functions as described in claim 33, wherein the operation hole is provided with a driver; the driver has a pointed front end located at a position between the convex portions of the two elastic pieces; the driver is adjacent to the front end The edge region has a wing structure. The terminal device having input and output functions as described in claim 35, wherein the operation hole is provided with a driver; the driver has a pointed front end located at a position between the convex portions of the two elastic pieces; the driver is adjacent to the front end The edge region has a wing structure. The terminal device having input and output functions as described in claim 37, wherein the operation hole is provided with a driver; the driver has a pointed front end located at a position between the convex portions of the two elastic pieces; the driver is adjacent to the front end The edge region has a wing structure. The terminal device having input and output functions as described in claim 39, wherein the operation hole is provided with a driver; the driver has a pointed front end located at a position between the convex portions of the two elastic pieces; the driver is adjacent to the front end The edge region has a wing structure. The terminal device having input and output functions as described in claim 41, wherein the operation hole is provided with a driver; the driver has a pointed front end located at a position between the convex portions of the two elastic pieces; the driver is adjacent to the front end The edge region has a wing structure.