Conductive member assembly and wire end conductive member and plate end conductive member thereof

Abstract

The invention provides a conductive member assembly and a wire end conductive member and a plate end conductive member thereof, and the wire end conductive member and the plate end conductive member can provide a shielding metal shell so as to provide shielding for a plugging circuit of the wire end conductive member and a conductive terminal of the plate end conductive member. Besides, the wire end conductive member can provide a soft extension body, and the soft extension body can change the shape to adapt to the internal space of the electronic equipment so as to change the extension direction of the conductive member assembly, so that the extension of the conductive member assembly can avoid the internal members of the electronic equipment, and the electronic equipment is more flexible. The internal space of the electronic equipment can be fully utilized, and the electronic equipment using the conductive component assembly can continuously develop towards the light, thin, short and small direction.

Description

Technical Field

[0001] The present application provides a conductive component assembly and its line-end conductive components and board-end conductive components, and in particular, a conductive component assembly and its line-end conductive components and board-end conductive components that can reduce interference in electrical signal transmission and can change the extension direction. Background Art

[0002] According to the present invention, a conductive component assembly is often provided in various modern electronic devices to transmit electrical signals by extending the conductive component assembly in the electronic device. It should be noted that the conductive component assembly is usually composed of a plurality of electrically plugged conductive components. However, the plug-in points of the plurality of conductive components in the electronic device are easily subject to electrical interference, which makes the electrical signal of the conductive component assembly unable to be transmitted stably or even distorted, thereby affecting the transmission speed and quality of the conductive component assembly for the electrical signal, and making the conductive component assembly unable to meet the transmission requirements of the electronic device for the electrical signal.

[0003] In addition, as electronic devices are becoming thinner and smaller, the internal space of electronic devices has been greatly reduced. As a result, the extension direction of the conductive component assembly is required to be changeable to adapt to the internal space of the electronic device and avoid the internal components of the electronic device.

[0004] Therefore, how to reduce the degree of interference in the electrical signal transmission of the conductive component assembly and how to change the extension direction of the conductive component assembly have become technical issues that the industry is eager to challenge and overcome. Summary of the invention

[0005] In view of the shortcomings of the above-mentioned prior art, the present application provides a wire-end conductive component, which can be matched with a board-end conductive component, and the wire-end conductive component includes: a wire-end flexible extension body, the wire-end flexible extension body includes a wire-end main conductive circuit and a wire-end main plug-in circuit, wherein the wire-end main plug-in circuit is electrically connected to the wire-end main conductive circuit; and a wire-end connector, the wire-end connector includes a wire-end insulating rubber core and a wire-end shielding metal shell; wherein the wire-end insulating rubber core engages the wire-end flexible extension body, the wire-end insulating rubber core includes a wire-end terminal rubber carrier, the wire-end terminal rubber carrier provides support for the wire-end main plug-in circuit, so that the wire-end main plug-in circuit can be electrically plugged into the board-end conductive component, so that the wire-end main conductive circuit can be electrically connected to the board-end conductive component via the wire-end main plug-in circuit; and the wire-end shielding metal shell engages the wire-end insulating rubber core to provide shielding for the wire-end main plug-in circuit.

[0006] Preferably, in the wire end conductive component of the present application, the wire end connector further comprises a wire end shielding insulating shell, and the wire end shielding insulating shell engages with the wire end shielding metal shell to provide support and protection for the wire end shielding metal shell.

[0007] Preferably, in the wire end conductive component of the present application, the wire end connector also includes a wire end snap-on insulating shell, the wire end snap-on insulating shell engages the wire end shielding insulating shell, the wire end snap-on insulating shell includes a wire end snap-on structure, wherein the board end conductive component is electrically plugged into the wire end main plug-in circuit, and the wire end snap-on structure snaps into the board end conductive component to avoid detachment from the board end conductive component.

[0008] Preferably, in the wire end conductive component of the present application, the wire end connector further comprises a wire end buckle maintaining member, and the wire end buckle maintaining member can abut against the wire end buckle structure to maintain the state in which the wire end buckle structure is buckled to the board end conductive component.

[0009] Preferably, in the wire end conductive component of the present application, the wire end connector also includes a wire end waterproof rubber pad, the wire end waterproof rubber pad is engaged with the wire end shielding insulating shell, and the board end conductive component is electrically plugged into the wire end main plug-in circuit, and the wire end waterproof rubber pad provides waterproofing between the wire end shielding insulating shell and the board end conductive component.

[0010] Preferably, in the wire end conductive component of the present application, the wire end flexible extension body is a flexible flat cable or a flexible circuit board.

[0011] Preferably, in the wire end conductive component of the present application, the wire end flexible extension body also includes a wire end secondary conductive circuit and a wire end secondary plug-in circuit, wherein the wire end secondary conductive circuit and the wire end secondary plug-in circuit avoid the wire end main conductive circuit and the wire end main plug-in circuit, and the wire end secondary conductive circuit is electrically connected to the wire end secondary plug-in circuit; the wire end terminal colloid carrier can also provide support for the wire end secondary plug-in circuit, so that the wire end secondary plug-in circuit can be electrically plugged into the board end conductive component, so that the wire end secondary conductive circuit can be electrically connected to the board end conductive component via the wire end secondary plug-in circuit; and the wire end shielding metal shell can also provide shielding for the wire end secondary plug-in circuit.

[0012] Preferably, in the wire end conductive component of the present application, the wire end shielding metal shell is a rectangular frame-shaped body, so that the wire end shielding metal shell can provide shielding around the wire end main plug-in circuit and the wire end secondary plug-in circuit.

[0013] In addition, the present application provides a board-end conductive component, which is matched with the line-end conductive component, and the board-end conductive component includes: a board-end terminal insulating colloid, a board-end main conductive terminal and a board-end shielding metal shell, the board-end main conductive terminal includes a board-end main terminal overlapping portion, wherein the board-end terminal insulating colloid engages the board-end main conductive terminal to position the board-end main terminal overlapping portion, and electrically plugs the board-end conductive component into the line-end main plug-in circuit, and the board-end main terminal overlapping portion electrically overlaps the line-end main plug-in circuit; and the board-end shielding metal shell engages the board-end terminal insulating colloid to provide shielding for the board-end main terminal overlapping portion.

[0014] Preferably, in the board end conductive component of the present application, the board end shielding metal shell is a rectangular frame-shaped body, so that the board end shielding metal shell can provide shielding around the overlapping part of the board end main terminal.

[0015] Preferably, in the board end conductive component of the present application, the board end main conductive terminal is a guillotine-type conductive terminal.

[0016] In addition, the present application provides a conductive component assembly, which includes: a board-end conductive component; and a line-end conductive component, the line-end conductive component includes: a line-end flexible extension body and a line-end connector; wherein the line-end flexible extension body includes a line-end main conductive circuit and a line-end main plug-in circuit; the line-end connector includes a line-end insulating rubber core and a line-end shielding metal shell; wherein the line-end insulating rubber core engages the line-end flexible extension body, the line-end insulating rubber core includes a line-end terminal rubber carrier, the line-end terminal rubber carrier provides support for the line-end flexible extension body, so that the line-end main plug-in circuit can be electrically plugged into the board-end conductive component, so that the line-end main conductive circuit can be electrically connected to the board-end conductive component; and the line-end shielding metal shell engages the line-end insulating rubber core to provide shielding for the line-end main conductive circuit.

[0017] Preferably, in the conductive component assembly of the present application, the board-end conductive component includes: a board-end terminal insulating colloid, a board-end main conductive terminal and a board-end shielding metal shell, the board-end main conductive terminal includes a board-end main terminal overlapping portion, wherein the board-end terminal insulating colloid engages the board-end main conductive terminal to position the board-end main terminal overlapping portion, and electrically plugs the board-end conductive component into the line-end main plug-in circuit, and the board-end main terminal overlapping portion electrically overlaps the line-end main plug-in circuit; and the board-end shielding metal shell engages the board-end terminal insulating colloid to provide shielding for the board-end main terminal overlapping portion.

[0018] Compared with the prior art, the present application provides a conductive component assembly and a line-end conductive component and a board-end conductive component thereof, wherein the line-end conductive component and the board-end conductive component can provide a shielding metal shell to shield the plug-in circuit of the line-end conductive component and the conductive terminal of the board-end conductive component. In addition, the line-end conductive component can provide a flexible extension body, which can change its shape to adapt to the internal space of the electronic device to change the extension direction of the conductive component assembly, so that the extension of the conductive component assembly can avoid the components inside the electronic device, so that the internal space of the electronic device can be fully utilized, so that the electronic device using the conductive component assembly can continue to develop in the direction of being thin, light and short. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] The drawings of the present application will be combined with the description of the following embodiments to make the features and other advantages of the present application more clearly understood.

[0020] Figure 1 A schematic three-dimensional diagram of a conductive component assembly of the present application in a first viewing angle is shown.

[0021] Figure 2 A schematic three-dimensional diagram of a conductive component assembly of the present application in a second viewing angle is shown.

[0022] Figure 3 A schematic three-dimensional diagram of a conductive component assembly of the present application in a first viewing angle is shown.

[0023] Figure 4 A schematic three-dimensional diagram of a conductive component assembly of the present application in a second viewing angle is shown.

[0024] Figure 5 Shown is a front view schematic diagram of a conductive component assembly of the present application in one embodiment.

[0025] Figure 6 Display as Figure 5 The schematic cross-sectional view of a portion of the conductive component assembly is shown along line segment AA.

[0026] Figure 7 A schematic three-dimensional diagram showing a partial component of a conductive component assembly of the present application at a first viewing angle of an embodiment is shown.

[0027] Figure 8 A schematic three-dimensional diagram showing a partial component of a conductive component assembly of the present application at a second viewing angle of an embodiment is shown.

[0028] Fig. 9 A schematic three-dimensional diagram showing a partial component of a conductive component assembly of the present application at a first viewing angle of an embodiment is shown.

[0029] Fig.10A schematic three-dimensional diagram showing a partial component of a conductive component assembly of the present application at a second viewing angle of an embodiment is shown.

[0030] Fig.11 It is a three-dimensional schematic diagram showing the electrical connection between the line-end conductive component and the board-end conductive component of the present application.

[0031] Component number description

[0032] 1. Conductive member at the wire end

[0033] 11 Wire end soft extension

[0034] 111 Main conductive circuit of line end

[0035] 112 Line end secondary conductive circuit

[0036] 113 Main plug-in circuit of line end

[0037] 114 Line terminal secondary plug circuit

[0038] 12-wire connector

[0039] 121 Wire end insulation rubber core

[0040] 1211 Wire terminal colloid carrier

[0041] 123 Wire end shielding metal shell

[0042] 124 Wire end shielding insulation housing

[0043] 125 Wire end buckle insulation shell

[0044] 1251 Wire end buckle structure

[0045] 126 Wire end fastening retainer

[0046] 127 Wire end waterproof pad

[0047] 2 Board end conductive components

[0048] 21 Board terminal insulation colloid

[0049] 22 Main conductive terminals on the board

[0050] 221 Main terminal lap joint of board end

[0051] 23 Board end shielding metal shell

[0052] S1 Wire end plug side

[0053] S3 Board end lap side

[0054] E1 line end plug shielding environment

[0055] E3 Board-end bonding shielding environment

[0056] A. Conductive component assembly DETAILED DESCRIPTION

[0057] The technical content of the present application is described below through specific embodiments, and people familiar with the technology can easily understand other advantages and effects of the present application from the contents disclosed in this specification. The present application can be implemented or applied through other different specific embodiments. The details in this specification can be modified and changed in various ways based on different viewpoints and applications without departing from the spirit of the present application.

[0058] In addition, the structures or components with the same or similar functions in the following embodiments will be described using the same symbols, and the description of the same or equivalent technical features will be omitted to make the disclosed content more concise and easy to understand.

[0059] The present application provides a conductive component assembly that can be used in an electronic device to transmit electrical signals, wherein the conductive component assembly is composed of a plurality of electrically plugged conductive components. The conductive component can provide a shielding metal shell to provide shielding for the conductive terminals of the plurality of conductive components. In addition, the conductive component can provide a flexible extension body to adapt to the internal space of the electronic device to change the extension direction of the conductive component assembly, so that the extension of the conductive component assembly can avoid the components inside the electronic device.

[0060] For the technical ideas of the conductive component assembly and the line end conductive component and the board end conductive component of this application, please refer to Figures 1 to 11 The following are examples of embodiments.

[0061] like Figures 1 to 11 As shown, a conductive component assembly A is disclosed, and the conductive component assembly A includes: a line-end conductive component 1 and a board-end conductive component 2. The line-end conductive component 1 includes: a line-end flexible extension body 11 and a line-end connector 12. The line-end flexible extension body 11 is a soft flat cable or a flexible circuit board capable of transmitting electrical signals, and the line-end flexible extension body 11 includes a line-end main conductive circuit 111, a line-end secondary conductive circuit 112, a line-end main plug-in circuit 113, and a line-end secondary plug-in circuit 114.

[0062] It should be noted that the line-end secondary conductive circuit 112 and the line-end secondary plug-in circuit 114 avoid the line-end main conductive circuit 111 and the line-end main plug-in circuit 113 , and the line-end secondary conductive circuit 112 is electrically connected to the line-end secondary plug-in circuit 114 .

[0063] One side of the line end connector 12 is a line end plugging side S1 . The line end connector 12 includes a line end insulating rubber core 121 and a line end shielding metal shell 123 .

[0064] like Figure 6 and Figures 9 and 10 As shown, the wire end insulating rubber core 121 is connected to the wire end flexible extension body 11, and the wire end insulating rubber core 121 includes a wire end terminal colloid carrier 1211, and the wire end terminal colloid carrier 1211 can provide support for the wire end flexible extension body 11, that is, the wire end terminal colloid carrier 1211 can provide support for the wire end main plug-in circuit 113 and the wire end secondary plug-in circuit 114, so that the wire end terminal colloid carrier 1211 can be used to position the wire end main plug-in circuit 113 and the wire end secondary plug-in circuit 114. The plug-in circuit 113 and the line-end secondary plug-in circuit 114 are required to enable the line-end main plug-in circuit 113 and the line-end secondary plug-in circuit 114 to electrically plug the board-end conductive component 2 at the line-end plug-in side S1, so that the line-end main conductive circuit 111 can be electrically connected to the board-end conductive component 2 via the line-end main plug-in circuit 113, and the line-end secondary conductive circuit 112 can be electrically connected to the board-end conductive component 2 via the line-end secondary plug-in circuit 114.

[0065] The wire end shielding metal shell 123 is engaged with the wire end insulating rubber core 121, so that the wire end shielding metal shell 123 can form a wire end plug-in shielding environment E1 on the wire end plug-in side S1, allowing the wire end main plug-in circuit 113 and the wire end secondary plug-in circuit 114 to enter the wire end plug-in shielding environment E1 respectively. In this way, the wire end shielding metal shell 123 can provide shielding for the wire end main plug-in circuit 113 and the wire end secondary plug-in circuit 114 on the wire end plug-in side S1 through the shielding characteristics of the metal material.

[0066] Optionally, the line-end main plug-in circuit 113 and the line-end secondary plug-in circuit 114 can be electrically plugged into the board-end conductive component 2 in the line-end plug-in shielding environment E1 respectively.

[0067] It should be noted that if Figures 9 and 10 As shown, the line terminal shielding metal shell 123 is a rectangular frame, so that the line terminal shielding metal shell 123 can provide shielding around the line terminal main plug-in circuit 113 and the line terminal secondary plug-in circuit 114 .

[0068] like Figures 9 and 10As shown, the line end connector 12 also includes a line end shielding insulating shell 124 and a line end waterproof rubber pad 127. The line end shielding insulating shell 124 engages with the line end shielding metal shell 123 to provide support and protection for the line end shielding metal shell 123, and prevents the line end shielding metal shell 123 from deformation, so that the range of the line end plug-in shielding environment E1 meets expectations. The line end waterproof rubber pad 127 engages with the line end shielding insulating shell 124, and electrically plugs the board end conductive component 2 in the line end main plug-in circuit 113. The line end waterproof rubber pad 127 provides waterproofing between the line end shielding insulating shell 124 and the board end conductive component 2 to prevent water from penetrating into the conductive component assembly A through the gap between the line end shielding insulating shell 124 and the board end conductive component 2.

[0069] like Figures 5 and 6 As shown, the wire end connector 12 also includes a wire end buckle insulating shell 125 and a wire end buckle maintaining member 126. The wire end buckle insulating shell 125 is engaged with the wire end shielding insulating shell 124, and the wire end buckle insulating shell 125 includes a wire end buckle structure 1251, and the wire end buckle structure 1251 is, for example, a spring arm buckle structure including a buckle hook. It should be noted that when the board end conductive component 2 is electrically plugged into the wire end main plug-in circuit 113, the wire end buckle structure 1251 can be deformed by force to achieve buckle connection with the board end conductive component 2, so as to prevent the wire end conductive component 1 from being separated from the board end conductive component 2. As shown Figure 6 As shown, the wire end buckling maintaining member 126 can engage with the wire end buckling insulating shell 125, so that the wire end buckling maintaining member 126 can abut against the wire end buckling structure 1251 to limit the degree of deformation of the wire end buckling structure 1251, thereby maintaining the state of the wire end buckling structure 1251 buckled to the board end conductive component 2.

[0070] like Figures 7 and 8 As shown, one side of the board end conductive component 2 is a board end lap side S3, and the board end conductive component 2 includes: a board end terminal insulating colloid 21, a board end main conductive terminal 22 and a board end shielding metal shell 23. The board end main conductive terminal 22 includes a board end main terminal lap portion 221. It should be noted that, as Figures 7 and 8 As shown, the board terminal insulating colloid 21 is connected to the board terminal main conductive terminal 22, so that the board terminal main terminal overlap portion 221 is located at the board terminal overlap side S3, and the board terminal main conductive terminal 22 can be a guillotine conductive terminal, so that when the line end main plug-in circuit 113 is electrically plugged into the board end conductive component 2, the board terminal main terminal overlap portion 221 can be as Fig.11The wire end main plug-in circuit 113 is electrically connected to achieve electrical connection between the board end conductive component 2 and the wire end conductive component 1 .

[0071] The board-end shielding metal shell 23 is connected to the board-end terminal insulating colloid 21, so that the board-end shielding metal shell 23 can form a board-end overlapping shielding environment E3 at the board-end overlapping side S3, allowing the board-end main terminal overlapping portion 221 to enter the board-end overlapping shielding environment E3, so that the board-end shielding metal shell 23 can provide shielding for the board-end main terminal overlapping portion 221 at the board-end overlapping side S3 through the shielding characteristics of the metal material. Optionally, the board-end main terminal overlapping portion 221 can electrically overlap the line-end main plug-in circuit 113 in the board-end overlapping shielding environment E3.

[0072] It should be noted that if Figures 7 and 8 As shown, the board end shielding metal shell 23 is a rectangular frame-shaped body, so that the board end shielding metal shell 23 can provide shielding around the board end main terminal overlapping portion 221.

[0073] It should be noted that in the present application, some components and features in the aforementioned embodiments can be omitted. For example, in the present application, the wire end conductive component can only include: a wire end flexible extension body and a wire end connector. The wire end flexible extension body includes a wire end main conductive circuit and a wire end main plug-in circuit, wherein the wire end main plug-in circuit is electrically connected to the wire end main conductive circuit. The wire end connector includes a wire end insulating rubber core and a wire end shielding metal shell; wherein the wire end insulating rubber core engages the wire end flexible extension body, the wire end insulating rubber core includes a wire end terminal rubber carrier, and the wire end terminal rubber carrier provides support for the wire end main plug-in circuit, so that the wire end main plug-in circuit can be electrically plugged into the board end conductive component, so that the wire end main conductive circuit can be electrically connected to the board end conductive component via the wire end main plug-in circuit. The wire end shielding metal shell engages the wire end insulating rubber core to provide shielding for the wire end main plug-in circuit.

[0074] In addition, in the present application, the board-end conductive component can only include: a board-end terminal insulating colloid, a board-end main conductive terminal and a board-end shielding metal shell, wherein the board-end main conductive terminal includes a board-end main terminal overlap portion, wherein the board-end terminal insulating colloid is joined to the board-end main conductive terminal to position the board-end main terminal overlap portion, and the board-end conductive component is electrically connected to the line-end main plug-in circuit, and the board-end main terminal overlap portion is electrically connected to the line-end main plug-in circuit. The board-end shielding metal shell is joined to the board-end terminal insulating colloid, and can provide shielding for the board-end main terminal overlap portion.

[0075] Furthermore, in the present application, the conductive component assembly can only include: a board-end conductive component and a wire-end conductive component. The wire-end conductive component includes: a wire-end flexible extension body and a wire-end connector; wherein the wire-end flexible extension body includes a wire-end main conductive circuit; the wire-end connector includes a wire-end insulating rubber core and a wire-end shielding metal shell. wherein the wire-end insulating rubber core engages the wire-end flexible extension body, the wire-end insulating rubber core includes a wire-end terminal colloid carrier, the wire-end terminal colloid carrier provides support for the wire-end flexible extension body, so that the wire-end main conductive circuit can be electrically plugged into the board-end conductive component, so that the wire-end main conductive circuit can be electrically connected to the board-end conductive component; and the wire-end shielding metal shell engages the wire-end insulating rubber core, and provides shielding for the wire-end main conductive circuit.

[0076] In summary, the present application provides a conductive component assembly and a line-end conductive component and a board-end conductive component thereof, wherein the line-end conductive component and the board-end conductive component can provide a shielding metal shell to shield the plug-in circuit of the line-end conductive component and the conductive terminal of the board-end conductive component. In addition, the line-end conductive component can provide a flexible extension body, which can change its shape to adapt to the internal space of the electronic device to change the extension direction of the conductive component assembly, so that the extension of the conductive component assembly can avoid the components inside the electronic device, so that the internal space of the electronic device can be fully utilized, so that the electronic device using the conductive component assembly can continue to develop in the direction of being thin, light and short.

[0077] The above embodiments are merely illustrative of the principles and effects of the present application and are not intended to limit the present application. Anyone familiar with the art can modify and alter the above embodiments without violating the spirit and scope of the present application. Therefore, the scope of protection of the present application shall be as set forth in the claims of the present application.

Claims

1. A wire end conductive component, characterized in that: The line end conductive component can be matched with a board end conductive component, and the line end conductive component includes: A line-end flexible extension body, the line-end flexible extension body comprising a line-end main conductive circuit and a line-end main plug-in circuit, wherein the line-end main plug-in circuit is electrically connected to the line-end main conductive circuit; and A line end connector, the line end connector comprises a line end insulating rubber core and a line end shielding metal shell; wherein, The wire end insulating rubber core is engaged with the wire end flexible extension body, and the wire end insulating rubber core includes a wire end terminal colloid carrier, and the wire end terminal colloid carrier provides support for the wire end main plug-in circuit, so that the wire end main plug-in circuit can be electrically plugged into the board end conductive component, so that the wire end main conductive circuit can be electrically connected to the board end conductive component via the wire end main plug-in circuit; and The wire end shielding metal shell is connected to the wire end insulating rubber core to provide shielding for the main plug-in circuit of the wire end.

2. The wire end conductive member according to claim 1, characterized in that: The wire end connector further includes a wire end shielding insulating housing, wherein the wire end shielding insulating housing engages with the wire end shielding metal housing to provide support and protection for the wire end shielding metal housing.

3. The wire end conductive member according to claim 2, characterized in that: The wire end connector also includes a wire end buckle insulating shell, the wire end buckle insulating shell engages with the wire end shielding insulating shell, the wire end buckle insulating shell includes a wire end buckle structure, wherein the board end conductive component is electrically plugged into the wire end main plug-in circuit, and the wire end buckle structure buckles the board end conductive component to avoid separation from the board end conductive component.

4. The wire end conductive member according to claim 3, characterized in that: The wire end connector further comprises a wire end buckle maintaining member, and the wire end buckle maintaining member can abut against the wire end buckle structure to maintain the state in which the wire end buckle structure is buckled with the board end conductive component.

5. The wire end conductive member according to claim 2, characterized in that: The wire end connector also includes a wire end waterproof rubber pad, which is engaged with the wire end shielding insulating shell and electrically plugged into the board end conductive component in the wire end main plug-in circuit. The wire end waterproof rubber pad provides waterproofing between the wire end shielding insulating shell and the board end conductive component.

6. The wire end conductive member according to claim 1, characterized in that: The line end flexible extension body is a flexible flat cable or a flexible circuit board.

7. The wire end conductive member according to claim 1, characterized in that: The line end flexible extension body further includes a line end secondary conductive circuit and a line end secondary plug-in circuit, wherein: The line end secondary conductive circuit and the line end secondary plug circuit avoid the line end main conductive circuit and the line end main plug circuit, and the line end secondary conductive circuit is electrically connected to the line end secondary plug circuit; The line terminal colloid carrier can also provide support for the line terminal secondary plug-in circuit, so that the line terminal secondary plug-in circuit can be electrically plugged into the board end conductive component, so that the line terminal secondary conductive circuit can be electrically connected to the board end conductive component via the line terminal secondary plug-in circuit; and The line terminal shielding metal shell can also provide shielding for the line terminal secondary plug-in circuit.

8. The wire end conductive member according to claim 7, characterized in that: The wire end shielding metal shell is a rectangular frame-shaped body, so that the wire end shielding metal shell can provide shielding around the wire end main plug-in circuit and the wire end secondary plug-in circuit.

9. A plate-end conductive component, the plate-end conductive component being matched with the line-end conductive component according to claim 1, the plate-end conductive component comprising: A board terminal insulating colloid, a board terminal main conductive terminal and a board terminal shielding metal shell, the board terminal main conductive terminal includes a board terminal main terminal lap portion, wherein, The board terminal insulating colloid is joined to the board terminal main conductive terminal to position the board terminal main terminal overlap portion, and the board terminal conductive member is electrically plugged into the line terminal main plug circuit, and the board terminal main terminal overlap portion electrically overlaps the line terminal main plug circuit; and The board end shielding metal shell is engaged with the board end terminal insulating colloid, and can provide shielding for the board end main terminal overlapping part.

10. The plate end conductive member according to claim 9, characterized in that: The board end shielding metal shell is a rectangular frame-shaped body, so that the board end shielding metal shell can provide shielding around the overlapping part of the main terminal of the board end.

11. The plate end conductive member according to claim 9, characterized in that: The main conductive terminal at the plate end is a guillotine-type conductive terminal.

12. A conductive component assembly, characterized in that: The conductive component assembly comprises: a board end conductive member; and A line end conductive component, the line end conductive component comprises: a line end flexible extension body and a line end connector; wherein, The line end flexible extension body comprises a line end main conductive circuit and a line end main plug-in circuit; The line end connector comprises a line end insulating rubber core and a line end shielding metal shell; wherein, The wire end insulating rubber core is engaged with the wire end flexible extension body, and the wire end insulating rubber core includes a wire end terminal colloid carrier, and the wire end terminal colloid carrier provides support for the wire end flexible extension body, so that the wire end main plug-in circuit can be electrically plugged into the board end conductive component, so that the wire end main conductive circuit can be electrically connected to the board end conductive component; and The wire end shielding metal shell is connected to the wire end insulating rubber core to provide shielding for the main conductive circuit of the wire end.

13. The conductive component assembly according to claim 12, characterized in that: The board end conductive component comprises: a board end terminal insulating colloid, a board end main conductive terminal and a board end shielding metal shell, wherein the board end main conductive terminal comprises a board end main terminal lap portion, wherein: The board terminal insulating colloid is joined to the board terminal main conductive terminal to position the board terminal main terminal overlap portion, and the board terminal conductive member is electrically plugged into the line terminal main plug circuit, and the board terminal main terminal overlap portion electrically overlaps the line terminal main plug circuit; and The board end shielding metal shell is engaged with the board end terminal insulating colloid, and can provide shielding for the board end main terminal overlapping part.

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