CN203218507U - Electronic signal transmission module - Google Patents

Abstract

The utility model discloses an electronic signal transmission module, which comprises an insulation bearing seat, an electronic signal distribution part and a shielding outer cover shell, wherein the insulation bearing seat is internally provided with a bearing space for a positive power supply isolation frame of the electronic signal distribution part, a second signal distribution guide part, a first signal distribution guide part group, a noise grounding guide part, a third signal distribution guide part group, a noise processing grounding guide part and the like which are contained in the bearing space and are assembled and coated outside the insulation bearing seat and the electronic signal distribution part, and at least more than three separation guide parts of the isolation frame are supplied by the positive power supply to form more than two isolation spaces, so that when the electronic signal is distributed in each guide part of the electronic signal distribution part, the separation guide parts between two adjacent isolation spaces are utilized to block leaked electromagnetic waves or noises and the like, thereby achieving the purpose of preventing noise flow from channeling, the interference in signal distribution is reduced, and the stability of signal transmission is ensured.

Description

Electronic Signal Delivery Module

technical field

The utility model relates to an electronic signal transmission module, especially a transmission module for electronic signal distribution and transmission between electronic products. The positive power supply isolation frame is used to form an isolation effect when receiving various currents and electromagnetic waves, and to block the transmission of various conductors. It prevents electromagnetic waves or noises from flowing during the transmission of signals, and reduces the interference phenomenon during electronic signal distribution.

Background technique

With the advancement of electronic technology, many electronic and electrical products bring people comfort and convenience in work and life, and also lead people to rely more and more on the use of electronic and electrical products. Through the application and operation of various electronic signals, To control the operation and execution of electronic and electrical products, and because of the continuous improvement and creation of various electronic and electrical products, the functions of various electronic and electrical products must also be continuously updated and replaced. Through the application of electronic signals , to control the operation and execution capabilities of electronic and electrical products, and the speed of electronic signal transmission is also constantly improving. Only through high-speed transmission interfaces can a large number of electronic signal transmission speeds be satisfied, and the interface of electronic signal transmission is also constantly improving. Improvement, innovation, change the interface type and quantity of transmission signals, so as to increase the speed of high-speed transmission of electronic signals, and thus expand the size of the interface for transmission of electronic signals, but also cause defects in occupying space and affecting circuit layout. The interface used to transmit electronic signals between various electronic and electrical products, and with the development of computers or notebook computers, the high-speed transmission interfaces inside various computers have also been greatly reduced, but the electromagnetic effects must be considered. The problem of signal interference, and the electromagnetic wave interference that generally affects the high-speed transmission interface, is roughly the conduction interference (Conducted Disturbance) generated by the power line, signal line, etc. on the circuit board transmitted to the high-speed transmission interface through the conductor, or electromagnetic wave Radiated Disturbance (Radiated Disturbance) caused by morphological propagation to the radiation space around the high-speed transmission interface; in addition, as the transmission speed of the high-speed transmission interface increases significantly, the number of conductive metal conductors increases and the distribution is dense, which is very easy to be caused by adjacent metal conductors. Too close to each other, or any turning or bending of metal conductors, resulting in signal interference during high-speed electronic signal transmission (such as electrostatic interference, electromagnetic wave interference, impedance matching or noise interference, or crosstalk interference between adjacent terminals, etc., high-speed transmission interface The circuit impedance (Z) of the system motherboard interface must match. Only when this condition is met can the electromagnetic interference and noise interference be effectively reduced, so that the signal transmission between the high-speed transmission interface and the system motherboard interface can be carried out correctly, otherwise The signal transmission between the high-speed transmission interface and the system motherboard interface will cause signal reflection and noise interference, which will cause loss, deformation and distortion of electronic signals, resulting in substandard bandwidth and electronic signal quality, which will affect electronic The normal operation of the device (such as desktop computer, laptop computer or tablet computer, etc.).

Therefore, how to solve the problem that the current high-speed signal interface between electronic and electrical products is susceptible to external noise and electromagnetic wave interference, and the electronic signal transmission is disturbed by noise and electromagnetic waves, which will cause the quality of electronic and electrical products to deteriorate and the signal to be unstable Defects such as these are the directions for research and improvement that relevant manufacturers engaged in this industry are eager to study.

In view of the above-mentioned problems and defects, the inventor collected relevant information, after various evaluations and considerations, and with many years of experience accumulated in this industry, through continuous trial and modification, he designed this kind of interface that can reduce the transmission interface. Electromagnetic wave or noise interference, a utility model patent for an electronic signal transmission module that is not easily disturbed by surrounding signals when electronic and electrical products are in operation.

Contents of the invention

The main purpose of the utility model is that the insulating bearing seat of the delivery module can use the internal bearing space to supply the positive power supply isolation frame, the second signal distribution guide group, and the first signal distribution guide group of the electronic signal distribution department. , the noise grounding guide, the third signal distribution guide group and the noise processing grounding guide, etc., are stored in the receiving space, and then assembled outside the insulating bearing seat and the electronic signal distribution part to form a barrier The function of external interference signal, and at least three or more partition guides of the isolation frame are supplied with positive power to form at least two or more isolation spaces. Use the separate guides between the two adjacent isolated spaces to block the electromagnetic waves or noise, etc., to prevent the noise from flowing, reduce the interference received during signal distribution, and ensure the stability of signal transmission.

The secondary purpose of this utility model is that the positive power supply isolation frame of the delivery module can further define the power supply guide, each signal distribution guide group, noise ground guide and noise processing ground guide, etc., respectively in each isolation space The function of limiting is formed inside, and the function of blocking and isolating is formed in each isolation space to avoid mutual interference. The distance between various guides can also be reduced without taking up too much space.

In order to achieve the above purpose, the utility model proposes an electronic signal transmission module, including a positive power supply isolation frame, a first differential signal distribution guide, a second differential signal distribution guide, a first electronic signal distribution guide, a second electronic Signal distribution guides, noise grounding guides, third differential signal distribution guides, fourth differential signal distribution guides and noise processing grounding guides, of which:

The positive power supply isolation frame is provided with a power supply guide docking interface electrically contacting the external preset power supply contact surface on one side of the power supply guide, and a power guide fixed on the external electronic circuit substrate on the other side The positioning joint surface is extended from the positioning joint surface of the power supply guide to the side and outwards to surround the power supply guide, and is in the shape of a closed rectangular frame, and at least a barrier to prevent electromagnetic waves and noise from flowing is formed inside the positive power supply isolation frame More than two isolated spaces;

The first differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame adjacent to the power supply guide, one side has a first differential docking surface located outside the power guide docking interface, and the other side has a a fourth positioning joint adjacent to a side of the positioning joint of the power guide;

The second differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame adjacent to the first differential signal distribution guide, with a second differential butt joint adjacent to the first differential butt joint on one side, and a second differential butt joint on the other side. A fifth positioning joint adjacent to the side of the fourth positioning joint is provided;

The first electronic signal distribution guide is installed in another isolation space adjacent to the third differential signal distribution guide of the positive power supply isolation frame, and one side has a parallel power supply guide docking interface, and is used for external preset electronics. The signal contact surface is electrically contacted with the first butt joint surface, and the other side is provided with a first positioning joint surface fixed on the base material of the external electronic circuit;

The second electronic signal distribution guide is installed in the isolation space adjacent to the first electronic signal distribution guide of the positive power supply isolation frame, and one side has a second butt joint that is in electrical contact with the external preset electronic signal contact surface. On the other side, there are adjacent first positioning joints for fixing on the second positioning joints of the external predetermined electronic circuit substrate;

The noise grounding guide is installed in the isolation space on the opposite inner side of the adjacent first and second electronic signal distribution guides, one side has a second noise grounding joint surface located outside the first and second joint planes, and the other side is further outward A sixth positioning joint located on the inner side of the first positioning joint and the second positioning joint is extended;

The fourth differential signal distribution guide is installed in the positive power supply isolation frame and in the isolation space adjacent to the noise handling grounding guide, and one side has a fourth differential docking surface extending to the outside of the noise handling grounding guide docking surface, The other side is provided with an eighth positioning joint adjacent to the first noise grounding joint;

The third differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame and adjacent to the fourth differential signal distribution guide, and one side has a third differential butt joint adjacent to the fourth differential butt joint , the other side is the seventh positioning joint with the adjacent eighth positioning joint; and

The noise processing ground guide is installed in an isolation space of the positive power supply isolation frame, and one side has a first noise ground connection surface electrically contacted with the external preset ground signal contact surface, and the other side is provided with an adjacent second connection surface. The seventh positioning interface and the eighth positioning interface are used for assembling and positioning the third positioning interface on the external predetermined electronic circuit base material.

The utility model also proposes an electronic signal transmission module, including an insulating bearing seat, an electronic signal distribution part and a shielding case, wherein:

The insulating bearing seat has a bearing space inside;

The electronic signal distribution part is assembled in the bearing space of the insulating bearing seat, including the positive power supply isolation frame, the first differential signal distribution guide, the second differential signal distribution guide, the first electronic signal distribution guide, the second Electronic signal distribution guide, noise grounding guide, third differential signal distribution guide, fourth differential signal distribution guide and noise processing grounding guide, and the positive power supply isolation frame is set on the power supply guide side There is a docking interface of the power guide that is in electrical contact with the contact surface of the external power supply, and the other side is provided with a positioning joint of the power guide that is fixed on the base material of the external electronic circuit, and the positioning joint of the power guide is to the side and outward Extend around the power supply guide and form a closed rectangular frame, and form at least two isolation spaces inside the positive power supply isolation frame to prevent electromagnetic waves and noise from flowing;

The first differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame adjacent to the power supply guide, one side has a first differential docking surface located outside the power guide docking interface, and the other side has a a fourth positioning joint adjacent to a side of the positioning joint of the power guide;

The second differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame adjacent to the first differential signal distribution guide, with a second differential butt joint adjacent to the first differential butt joint on one side, and a second differential butt joint on the other side. A fifth positioning joint adjacent to the side of the fourth positioning joint is provided;

The first electronic signal distribution guide is installed in another isolation space adjacent to the third differential signal distribution guide of the positive power supply isolation frame, and one side has a parallel power supply guide docking interface, and is used for external preset electronics. The signal contact surface is electrically contacted with the first butt joint surface, and the other side is provided with a first positioning joint surface fixed on the base material of the external electronic circuit;

The second electronic signal distribution guide is installed in the isolation space adjacent to the first electronic signal distribution guide of the positive power supply isolation frame, and one side has a second butt joint that is in electrical contact with the external preset electronic signal contact surface. On the other side, there are adjacent first positioning joints for fixing on the second positioning joints of the external predetermined electronic circuit substrate;

The noise grounding guide is installed in the isolation space on the inner side of the adjacent first and second electronic signal distribution guides of the positive power supply isolation frame, and has a second noise grounding joint located outside the first and second joint surfaces on one side. surface, and the other side is further extended outward to be provided with a sixth positioning joint surface located on the inner side of the first positioning joint surface and the second positioning joint surface;

The fourth differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame and the adjacent noise processing ground guide, and has a fourth differential butt joint extending to the outside of the first noise ground butt joint on one side, and the other An eighth positioning joint adjacent to the third positioning joint is provided on the side;

The third differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame and adjacent to the fourth differential signal distribution guide, and one side has a third differential butt joint adjacent to the fourth differential butt joint , The other side is provided with a seventh positioning joint adjacent to the eighth positioning joint;

The noise processing grounding guide is installed in an isolated space of the positive power supply isolation frame, one side has a first noise grounding interface that is electrically contacted with the external preset grounding signal contact surface, and the other side is provided with an adjacent The seventh positioning joint, the eighth positioning joint, and the third positioning joint for assembly and positioning on the external predetermined electronic circuit substrate; and

The shielding outer cover is assembled and covered on the outside of the insulating bearing seat and the electronic signal distribution part, and the interior has the insulating bearing seat and the electronic signal distribution part, so as to become a docking space for electrical insertion relative to the external preset electronic signal contact interface .

The utility model also proposes an electronic signal transmission module, including a positive power supply isolation frame, a second signal distribution guide set, a first signal distribution guide set, a noise grounding guide, a third signal distribution guide set and noise processing Grounding conductor, where:

The positive power supply isolation frame forms at least two isolation spaces inside the positive power supply isolation frame to prevent electromagnetic waves and noise from flowing;

One side of the power supply guide is provided with a power guide docking interface electrically contacting the external power supply contact surface, and the other side is provided with a power guide positioning interface fixed on the external electronic circuit substrate;

The second signal distribution guide set is assembled in the isolation space where the positive power supply isolation frame is located on the side of the power supply guide, and includes a first differential signal distribution guide and a second differential signal distribution guide, and the first differential signal distribution guide The signal distribution guide is installed in the isolation space adjacent to the power supply guide of the positive power supply isolation frame. One side has a first differential docking surface located outside the docking interface of the power guide, and the other side is provided with a power supply guide. The fourth positioning joint on the side of the guide positioning joint;

The second differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame adjacent to the first differential signal distribution guide, with a second differential butt joint adjacent to the first differential butt joint on one side, and a second differential butt joint on the other side. A fifth positioning joint adjacent to the side of the fourth positioning joint is provided;

The first signal distribution guide set is assembled in another isolation space adjacent to the power supply guide side of the positive power supply isolation frame, including the first electronic signal distribution guide and the second electronic signal distribution guide, and the The first electronic signal distribution guide is installed in another isolation space adjacent to the third differential signal distribution guide of the positive power supply isolation frame, and one side has a parallel power supply guide docking interface for external preset electronic signals The contact surface is electrically contacted with the first butt joint surface, and the other side is provided with a first positioning joint surface fixed on the base material of the external electronic circuit;

The second electronic signal distribution guide is installed in the isolation space adjacent to the first electronic signal distribution guide of the positive power supply isolation frame, and one side has a second butt joint that is in electrical contact with the external preset electronic signal contact surface. The surface and the other side are provided with adjacent first positioning joints for fixing on the second positioning joints of the external predetermined electronic circuit substrate;

The noise grounding guide is installed in the isolation space on the inner side of the adjacent first and second electronic signal distribution guides of the positive power supply isolation frame, and has a second noise grounding joint located outside the first and second joint surfaces on one side. surface, and the other side is further extended outward to be provided with a sixth positioning joint surface located on the inner side of the first positioning joint surface and the second positioning joint surface;

The third signal distribution guide set is installed in the isolation space inside the positive power supply isolation frame adjacent to the first signal distribution guide set, including the fourth differential signal distribution guide and the third differential signal distribution guide, Then the fourth differential signal distribution lead is installed in the isolation space of the positive power supply isolation frame and the adjacent noise processing ground lead, and one side has a fourth differential butt joint extending to the outside of the first noise ground butt joint , The other side is provided with an eighth positioning joint adjacent to the third positioning joint;

The third differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame and adjacent to the fourth differential signal distribution guide, and one side has a third differential butt joint adjacent to the fourth differential butt joint , The other side is the seventh positioning joint with the adjacent eighth positioning joint;

The noise processing ground guide is installed in an isolation space of the positive power supply isolation frame, and one side has a first noise ground connection surface electrically contacted with the external preset ground signal contact surface, and the other side is provided with an adjacent second connection surface. The seventh positioning joint, the eighth positioning joint, and the third positioning joint for assembling and positioning on the external predetermined electronic circuit base material.

The utility model also proposes an electronic signal transmission module, including an insulating bearing seat, an electronic signal distribution part and a shielding outer casing, wherein:

The insulating bearing seat has a bearing space inside;

The electronic signal distribution part is assembled in the bearing space of the insulating bearing seat, including the positive power supply isolation frame, the second signal distribution guide set, the first signal distribution guide set, the noise grounding guide, the third signal distribution guide Components and noise handling grounding guides, of which:

The positive power supply isolation frame is provided with a power supply guide docking interface electrically contacting the external power supply contact surface on one side of the power supply guide, and a power guide positioning interface fixed on the external electronic circuit base material on the other side. The surface is positioned by the power supply guide to the side, extends outwards around the power supply guide, and is in the shape of a closed rectangular frame, and at least two are formed inside the positive power supply isolation frame to prevent electromagnetic waves and noise from flowing. above isolation space;

The second signal distribution guide set is assembled in the isolation space where the positive power supply isolation frame is located on the side of the power supply guide, and includes a first differential signal distribution guide and a second differential signal distribution guide, and the first differential signal distribution guide The signal distribution guide is installed in the isolation space adjacent to the power supply guide of the positive power supply isolation frame. One side has a first differential docking surface located outside the docking interface of the power guide, and the other side is provided with a power supply guide. The fourth positioning joint on the side of the guide positioning joint;

The second differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame adjacent to the first differential signal distribution guide, with a second differential butt joint adjacent to the first differential butt joint on one side, and a second differential butt joint on the other side. A fifth positioning joint adjacent to the side of the fourth positioning joint is provided;

The first signal distribution guide set is assembled in another isolation space adjacent to the power supply guide side of the positive power supply isolation frame, including the first electronic signal distribution guide and the second electronic signal distribution guide, and the The first electronic signal distribution guide is installed in another isolation space adjacent to the third differential signal distribution guide of the positive power supply isolation frame, and one side has a parallel power supply guide docking interface for external preset electronic signals The contact surface is electrically contacted with the first butt joint surface, and the other side is provided with a first positioning joint surface fixed on the base material of the external electronic circuit;

The second electronic signal distribution guide is installed in the isolation space adjacent to the first electronic signal distribution guide of the positive power supply isolation frame, and one side has a second butt joint that is in electrical contact with the external preset electronic signal contact surface. On the other side, there are adjacent first positioning joints for fixing on the second positioning joints of the external predetermined electronic circuit substrate;

The noise grounding guide is installed in the isolation space on the inner side of the adjacent first and second electronic signal distribution guides of the positive power supply isolation frame, and has a second noise grounding joint located outside the first and second joint surfaces on one side. surface, and the other side is further extended outward to be provided with a sixth positioning joint surface located on the inner side of the first positioning joint surface and the second positioning joint surface;

The third signal distribution guide set is installed in the isolation space inside the positive power supply isolation frame adjacent to the first signal distribution guide set, including the fourth differential signal distribution guide and the third differential signal distribution guide, Then the fourth differential signal distribution lead is installed in the isolation space of the positive power supply isolation frame and the adjacent noise processing ground lead, and one side has a fourth differential butt joint extending to the outside of the first noise ground butt joint , The other side is provided with an eighth positioning joint adjacent to the third positioning joint;

The third differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame and adjacent to the fourth differential signal distribution guide, and one side has a third differential butt joint adjacent to the fourth differential butt joint , The other side is provided with a seventh positioning joint adjacent to the eighth positioning joint;

The noise processing ground guide is installed in an isolation space of the positive power supply isolation frame, and one side has a first noise ground connection surface electrically contacted with the external preset ground signal contact surface, and the other side is provided with an adjacent second connection surface. The seventh positioning joint, the eighth positioning joint, and the third positioning joint for assembling and positioning on the external preset electronic circuit substrate;

The shielding outer cover is assembled and covered on the outside of the insulating bearing seat and the electronic signal distribution part, and the interior has the insulating bearing seat and the electronic signal distribution part, so as to become a docking space for electrical insertion relative to the external preset electronic signal contact interface ;and

The shielding outer cover is assembled and covered on the outside of the insulating bearing seat and the electronic signal distribution part, and the interior has the insulating bearing seat and the electronic signal distribution part, so as to become a docking space for electrical insertion relative to the external preset electronic signal contact interface .

The utility model also provides an electronic signal transmission module, including an insulating bearing seat, an electronic signal distribution part and a shielding outer casing, wherein:

The interior of the insulating bearing seat is provided with a bearing space with a plurality of positioning grooves;

The electronic signal distribution part is assembled in the receiving space of the insulating bearing seat, including the positive power supply isolation frame, the second signal distribution guide set, the first signal distribution guide assembly and the positive power supply isolation frame respectively assembled and positioned in each positioning channel of the receiving space. The guide set, the noise ground guide, the third signal distribution guide set, and the noise processing ground guide, and the positive power supply isolation frame is provided on the side of the power supply guide to electrically contact the external power supply contact surface. The power guide docking interface, the other side is the power guide positioning joint fixed on the external electronic circuit substrate, and the power guide positioning joint extends to the side and outwards to surround the power supply guide, and is in the shape of Closed rectangular frame shape, and at least two isolation spaces are formed inside the positive power supply isolation frame to prevent the flow of electromagnetic waves and noise;

The second signal distribution guide set is assembled in the isolation space where the positive power supply isolation frame is located on the side of the power supply guide, and includes a first differential signal distribution guide and a second differential signal distribution guide, and the first differential signal distribution guide The signal distribution guide is installed in the isolation space adjacent to the power supply guide of the positive power supply isolation frame. One side has a first differential docking surface located outside the docking interface of the power guide, and the other side is provided with a power supply guide. The fourth positioning joint on the side of the guide positioning joint;

The second differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame adjacent to the first differential signal distribution guide, with a second differential butt joint adjacent to the first differential butt joint on one side, and a second differential butt joint on the other side. A fifth positioning joint adjacent to the side of the fourth positioning joint is provided;

The first signal distribution guide set is assembled in another isolation space adjacent to the power supply guide side of the positive power supply isolation frame, including the first electronic signal distribution guide and the second electronic signal distribution guide, and the The first electronic signal distribution guide is installed in another isolation space adjacent to the third differential signal distribution guide of the positive power supply isolation frame, and one side has a parallel power supply guide docking interface for external preset electronic signals The contact surface is electrically contacted with the first butt joint surface, and the other side is provided with a first positioning joint surface fixed on the base material of the external electronic circuit;

The second electronic signal distribution guide is installed in the isolation space adjacent to the first electronic signal distribution guide of the positive power supply isolation frame, and one side has a second butt joint that is in electrical contact with the external preset electronic signal contact surface. The surface and the other side are provided with adjacent first positioning joints for fixing on the second positioning joints of the external predetermined electronic circuit substrate;

The noise grounding guide is installed in the isolation space on the inner side of the adjacent first and second electronic signal distribution guides of the positive power supply isolation frame, and has a second noise grounding joint located outside the first and second joint surfaces on one side. surface, and the other side is further extended outward to be provided with a sixth positioning joint surface located on the inner side of the first positioning joint surface and the second positioning joint surface;

The third signal distribution guide set is installed in the isolation space inside the positive power supply isolation frame adjacent to the first signal distribution guide set, including the fourth differential signal distribution guide and the third differential signal distribution guide, Then the fourth differential signal distribution lead is installed in the isolation space of the positive power supply isolation frame and the adjacent noise processing ground lead, and one side has a fourth differential butt joint extending to the outside of the first noise ground butt joint , The other side is provided with an eighth positioning joint adjacent to the third positioning joint;

The third differential signal distribution guide is installed in the isolation space of the positive power supply isolation frame and adjacent to the fourth differential signal distribution guide, and one side has a third differential butt joint adjacent to the fourth differential butt joint , The other side is provided with a seventh positioning joint adjacent to the eighth positioning joint;

The noise processing ground guide is installed in an isolation space of the positive power supply isolation frame, and one side has a first noise ground connection surface electrically contacted with the external preset ground signal contact surface, and the other side is provided with an adjacent second connection surface. The seventh positioning joint, the eighth positioning joint, and the third positioning joint for assembling and positioning on the external preset electronic circuit substrate;

The shielding outer cover is assembled and covered on the outside of the insulating bearing seat and the electronic signal distribution part, and the interior has the insulating bearing seat and the electronic signal distribution part, so as to become a docking space for electrical insertion relative to the external preset electronic signal contact interface ;and

The shielding outer cover is assembled and covered on the outside of the insulating bearing seat and the electronic signal distribution part, and the interior has the insulating bearing seat and the electronic signal distribution part, so as to become a docking space for electrical insertion relative to the external preset electronic signal contact interface .

In the electronic signal transmission module proposed by the utility model, the positive power supply isolation frame is made of metal material with conductive function, and includes a power supply guide and at least two separate guides. The side is respectively equipped with a power guide docking interface and a power guide positioning joint, and the power guide docking interface, the power guide positioning joint, and the connecting guides connected to the two sides of each partition guide are respectively extended outward. , and form a rectangular frame.

The electronic signal transmission module proposed by the utility model, wherein the insulating bearing seat is made of insulating plastic, rubber or silica gel material; If there is a suspended tongue plate protruding outward, there is a receiving space with multiple positioning grooves in the tongue plate, and an opposite part is provided near the outer side of the multiple positioning grooves, and it is used for the gap between the tongue plate and the base. A height difference of predetermined height is formed.

In the electronic signal transmission module proposed by the utility model, the first differential butt joint surface, the second differential butt joint plane, the second noise ground butt joint plane, the third differential butt joint plane and the fourth differential butt joint plane are coplanar, Flatly located in each isolation space of the positive power supply isolation frame; and the power supply guide interface of the power supply guide, the first docking surface of the first electronic signal distribution guide, and the second docking surface of the second electronic signal distribution guide and the first noise grounding joint surface of the noise treatment grounding guide are also respectively arranged in each isolation space of the positive power supply isolation frame, and are respectively located on the first differential joint plane, the second differential joint plane, and the second differential joint plane in a coplanar manner. Behind the noise ground mating plane, the third differential mating plane, and the fourth differential mating plane.

In the electronic signal transmission module proposed by the utility model, the shielding outer casing is made of metal iron, copper, aluminum or nickel or alloy materials.

Compared with the prior art, the utility model has the beneficial effects of:

The utility model is mainly designed for the transmission module of the electronic signal. The positive power supply of the electronic signal distribution part is used to supply the interior of the isolation frame to form at least two isolation spaces, and each isolation space is used to store the first signal distribution guide group, The noise processing grounding guide, the second signal distribution guide group, the noise grounding guide, the third signal distribution guide group and the power supply guide can achieve the isolation effect of forming a positive power supply through the positive power supply isolation frame and block each When the guides transmit electronic signals, power or noise, the main protection point is the signal that flows through, so that each guide can carry out stable signal transmission, so that the electronic signal transmission module can reduce the mutual interference between the guides when transmitting signals. The advantage of the phenomenon, and through the noise processing grounding guide, the noise grounding guide assists in discharging electromagnetic waves and noise and other interference to the outside, which can improve the stable quality of electronic signal transmission.

Description of drawings

Fig. 1 is a three-dimensional appearance view of the utility model.

Fig. 2 is a three-dimensional exploded view of the utility model.

Fig. 3 is a three-dimensional exploded view of the utility model in another direction.

Fig. 4 is a three-dimensional appearance view of the electronic signal distribution unit of the present invention.

Fig. 5 is a top view of the electronic signal distribution unit of the present invention.

Fig. 6 is a side sectional view of the utility model.

Fig. 7 is a top view of the electronic signal distribution part of the preferred embodiment of the present invention.

Explanation of reference signs: 1-electronic signal distribution department; 101-first isolation space; 102-second isolation space; 103-third isolation space; 11-positive power supply isolation frame; 111-power supply guide; 1110- The first bending section; 1111-the docking surface of the power guide; 112-the positioning joint of the power guide; 113-the first separating guide; 1130-the second bending section; 114-the second separating guide; 1140-the first Three bending sections; 115-the third separation guide; 1150-the fourth bending section; 116-the first connecting guide; 117-the second connecting guide; 12-the first signal distribution guide group; 121-the first 1. Electronic signal distribution guide; 1211-first docking surface; 1212-first positioning joint; 122-second electronic signal distribution guide; 1221-second docking surface; 1222-second positioning joint; 13-noise Handle the ground guide; 131-the first noise grounding interface; 132-the third positioning interface; 14-the second signal distribution guide set; 141-the first differential signal distribution guide; 1411-the first differential interface; 1412-the fourth positioning joint; 142-the second differential signal distribution guide; 1421-the second differential butt joint; 1422-the fifth positioning joint; 15-the noise grounding guide; 151-the second noise grounding butt joint; 152-the sixth positioning joint; 16-the third signal distribution guide set; 161-the third differential signal distribution guide; 1611-the third differential butt joint; 1612-the seventh positioning joint; 162-the fourth differential signal Distribution guide; 1621-fourth differential butt joint surface; 1622-eighth positioning joint surface; 2-insulation bearing seat; 21-base; 211-fixed part; 22-flank; 23-tongue plate; ; 231 - positioning channel; 232 - docking part; 2321 - fastening groove; 3 - shielding outer casing; 30 - docking space.

Detailed ways

In order to achieve the above-mentioned purpose and effect, the technical means adopted by the utility model and its structure and method of implementation are hereby illustrated in detail with respect to the preferred embodiments of the utility model. Its features and functions are as follows, in order to fully understand.

See also Fig. 1 to shown in Fig. 5, be the three-dimensional appearance view of the present utility model, three-dimensional exploded view, the three-dimensional exploded view of another direction, the three-dimensional appearance view of the electronic signal distribution part, the top view of the electronic signal distribution part, from the figure It can be clearly seen that the electronic signal distribution part 1 of the present utility model includes a positive power supply isolation frame 11, a second signal distribution guide set 14, a first signal distribution guide set 12, a noise grounding guide 15, a third Signal distribution guide set 16 and noise processing ground guide 13, wherein:

The positive power supply isolation frame 11 of the electronic signal distribution unit 1 is in the shape of a rectangular frame, and a power supply guide 111 is provided on one side of the frame, and the power supply guide 111 side has a power supply guide docking interface 1111 , The other side is extended with a power supply guide locating surface 112, and parallel to the power supply guide 111, the first partition guide 113, the second partition guide 114 and the third partition guide 115 are arranged in sequence, and then the power supply One side of the guide piece 111 is connected to the side of the power supply guide locating surface 112, and the side of the first partition guide 113, the second partition guide 114, and the third partition guide 115, respectively, using the first connecting guide 116. The power guide positioning interface 112 on the other side of the power guide docking interface 1111 is to use the second connecting guide 117 to connect with the first dividing guide 113, the second dividing guide 114 and the third dividing guide 115 respectively. The other sides are connected to form a frame-shaped positive power supply isolation frame 11, and at least two isolation spaces are formed inside, such as: the first isolation space 101, the second isolation space 102 and the third isolation space 103, Then the positive power supply isolation frame 11 is located in the third isolation space 103, and the power supply guide member positioning joint surface 112 on one side of the positive power supply isolation frame 11 extends outward and is connected to the inside of the positive power supply isolation frame 11. side.

The second signal distribution guide set 14 includes a first differential signal distribution guide 141 and a second differential signal distribution guide 142, and the first differential signal distribution guide 141 has a first differential butt joint surface 1411, and on the other side A fourth positioning joint surface 1412 is extended, and the second differential signal distribution guide 142 has a second differential butt joint surface 1421 , and a fifth positioning joint surface 1422 is extended to the other side.

The first signal distribution guide set 12 includes a first electronic signal distribution guide 121 and a second electronic signal distribution guide 122, and the first electronic signal distribution guide 121 has a first docking surface 1211, and the other side faces The first positioning interface 1212 is formed by extending outward, and the second electronic signal distribution guide 122 has a second abutting surface 1221 , and the other side extends outward to form a second positioning interface 1222 .

The noise grounding guide 15 has a second noise grounding joint surface 151 and a sixth positioning joint surface 152 extending to the other side.

The third signal distribution guide set 16 includes a third differential signal distribution guide 161 and a fourth differential signal distribution guide 162, and the third differential signal distribution guide 161 has a third differential butt joint surface 1611, and goes to the other side. A seventh positioning joint surface 1612 is provided on one side, and a fourth differential butt joint surface 1621 is provided on the fourth differential signal distribution guide 162 , and an eighth positioning joint surface 1622 is provided on the other side.

The noise treatment grounding guide 13 has a first noise grounding contact surface 131 on one side, and a third positioning contact surface 132 extending from the other side.

When the above-mentioned components are arranged and positioned, the positive power supply of the electronic signal distribution unit 1 is used to supply the isolation frame 11, and the power supply guide 111 is used to position the contact surface 112, and the outer side extends outward and then turns to extend to both sides. , and respectively connected to the first connecting guide 116 and the second connecting guide 117 to form a closed frame shape, and at least two or more isolation spaces are formed in the positive power supply isolation frame 11 (the utility model uses three Two isolation spaces: the first isolation space 101, the second isolation space 102 and the third isolation space 103 are the application descriptions of the preferred embodiment, but this does not limit the scope of application of the present utility model. 11 internally forms at least two or more isolated spaces, which are included in the technical field of the present invention and protected by the patent scope of the utility model); then, the positive power supply is used to supply the third isolated space 103 of the isolated frame 11, and the positive The power supply isolation frame 11 and the second signal distribution guide set 14, and the power supply guide interface 1111 is located at the rear side of the first differential docking surface 1411 and the second differential docking surface 1421; then on the positive power supply isolation frame 11 The second isolation space 102 is used to accommodate the first electronic signal distribution guide 121 and the second electronic signal distribution guide 122 of the first signal distribution guide group 12, and then the first electronic signal distribution guide 121 and the second electronic signal distribution guide 121. Between the distribution guides 122, the noise grounding guide 15 is set, and the second noise grounding interface 151 of the noise grounding guide 15, the first interface 1211 located at the first electronic signal distribution guide 121, the second electronic signal In front of the second docking surface 1221 of the distribution guide 122, in the first isolation space 101 on the other side away from the docking interface 1111 of the power guide, and near the inner side of the third partition guide 115, a noise treatment grounding guide 13 is placed , the third signal distribution guide set 16, and the noise processing grounding guide 13 is provided with a first noise grounding joint surface 131 on one side, and a third positioning joint surface 132 is extended on the other side, and is used for the third differential signal distribution guide The third differential docking surface 1611 of the component 161 and the fourth differential docking surface 1621 of the fourth differential signal distribution guide 162 are respectively located in front of the first noise grounding docking surface 131, while the third differential signal distribution guide 161 is on the other side of the seventh The positioning joint surface 1612 and the eighth positioning joint surface 1622 on the other side of the fourth differential signal distribution guide 162 are respectively located parallel to the inner side of the third positioning joint surface 132; The two docking surfaces 1221 and the first noise grounding docking surface 131 are coplanar and kept at the same horizontal plane position; The first differential docking surface 1411 and the second differential docking surface 1421 respectively extend to the front of the power conductor docking interface 1111 and the first docking surface 1211, the second docking surface 1221 and the first noise grounding docking surface 131, and form In the same horizontal plane as coplanar arrangement; moreover, the power guide member positioning joint surface 112 on the other side of the positive power supply isolation frame 11 is respectively connected with the first positioning joint surface 1212, the second positioning joint surface 1222, and the fourth positioning joint surface. The joint surface 1412, the fifth positioning joint surface 1422, the sixth positioning joint surface 152, the seventh positioning joint surface 1612, the eighth positioning joint surface 1622, and the third positioning joint surface 132 are respectively arranged at predetermined angles (which can be 45 degrees, 60 degrees, etc.) degree or 75 degrees, etc., the angle can be changed according to the actual design and application. For stable connection to the corresponding transmission guides on the preset electronic circuit base material, the electronic circuit base material can be circuit board or wire, then the isolation frame 11, the first signal distribution guide set 12, the noise The processing ground guide 13 , the second signal distribution guide set 14 , the noise ground guide 15 , and the third signal distribution guide set 16 constitute the electronic signal distribution unit 1 .

The positive power supply isolation frame 11, the second signal distribution guide set 14, the first signal distribution guide set 12, the noise grounding guide 15, the third signal distribution guide set 16 and the noise processing ground of the electronic signal distribution part 1 The guides 13 etc. are respectively made of conductive metal materials, such as copper, nickel, aluminum or alloy materials, which can be used to transmit electronic signals, power signals or grounding signals, etc., and can use the first The first docking surface 1211 and the second docking surface 1221 of the signal distribution guide set 12 are in electrical contact with the external predetermined electronic signal contact surface respectively, so as to transmit electronic signals; A differential docking surface 1411, a second differential docking surface 1421, and a third differential docking surface 1611 and a fourth differential docking surface 1621 of the third signal distribution guide set 16 are in electrical contact with external predetermined electronic signal contact surfaces, respectively. To carry out the transmission of electronic signals; and the first noise grounding butt joint surface 131 of the noise processing grounding guide 13 and the second noise grounding butt joint surface 151 of the noise grounding guide 15 are respectively electrically connected to the external preset grounding signal contact surfaces. Contact, in order to leak electromagnetic waves, noise and other interference signals.

Please refer to Fig. 2, Fig. 4, Fig. 5, Fig. 6, and Fig. 7, which are the three-dimensional exploded view of the utility model, the three-dimensional appearance view of the electronic signal distribution part, the top view of the electronic signal distribution part, the side sectional view, and the comparison The top view of the electronic signal distribution part of the preferred embodiment can be clearly seen from the figures, the electronic signal transmission module can also include the electronic signal distribution part 1, the insulating bearing seat 2 and the shielding outer casing 3, the electronic signal The distribution part 1 is composed of the positive power supply isolation frame 11, the second signal distribution guide set 14, the first signal distribution guide set 12, the first electronic signal distribution guide 121, the second electronic signal distribution guide 122, the noise grounding The guide 15 , the third signal distribution guide set 16 and the noise processing ground guide 13 .

The insulating bearing seat 2 is made of insulating materials such as plastic, rubber or silica gel, and has a flat base 21 on one side with a fixed portion 211, and on the other side of the base 21 away from the fixed portion 211, two On the opposite side wings 22, a tongue plate 23 is protruded outward from the top of the outer surface of the two side wings 22, and there is a receiving space 230 inside the tongue plate 23, and a predetermined electronic transmission device is arranged in the receiving space 230. A plurality of positioning grooves 231 of the interface type form a butt joint 232 on one side of the plurality of positioning grooves 231, and the base 21 and the tongue plate 23 of the insulating bearing seat 2 are at a predetermined height (which can be 5cm, 7cm or 8cm and other heights, can be defined according to the design of the actual application of the predetermined height value, the utility model is not limited) high and low drop.

The shielding shell 3 is made of metal such as iron, copper, aluminum or zinc or an alloy material, and has a through docking space 30 inside.

When the above-mentioned components are assembled, each guide piece of the electronic signal distribution unit 1 is assembled in the receiving space 20 of the insulating bearing seat 2, and each guide piece is aligned and fixed in each positioning groove 21 respectively, and For the first positioning joint 1212, the second positioning joint 1222, the fourth positioning joint 1412, the fifth positioning joint 1422, the sixth positioning joint 152, the seventh positioning joint 1612 and the eighth positioning joint 1622, They are respectively located inside the fixed part 211 of each positioning channel 21 near the base 21, and provide the first differential butt joint 1411, the second differential butt joint 1421, the second noise ground butt joint 151, the third differential joint 1611 and the fourth differential joint. One side of the docking surface 1621 is bent vertically and then parallel to the first connecting guide 116 , that is, embedded in the fastening groove 2321 outside the docking part 232 , so that the first connecting guide 116 is fixed in the fastening groove 2321 . And it is lower than the first noise grounding interface 131, the first interface 1211, the second interface 1221, and the interface 1111 of the power guide. Inserting and pulling out the connection, as for the inner side of the fixing part 211, the positioning joint surface 112, the first positioning joint surface 1212, the second positioning joint surface 1222 and the third positioning joint surface 132 of the power guide are respectively accommodated, and then in The butt joint part 232 of the tongue plate 23 of the insulating bearing seat 2 forms two groups of guide parts separated front and rear (which can conform to the universal bus interface mode, etc.), and shielding is used outside the electronic signal distribution part 1 and the insulating bearing seat 2 The outer casing 3 is covered and shielded to form another electronic signal transmission module.

Furthermore, when the electronic signal distribution part 1 of the present utility model is used in practice, the positive power supply ⊕, electromagnetic waves or noise, etc. received by the positive power supply isolation frame 11 are used to surround the positive power supply isolation frame 11 to form a surrounding The barrier function separates the first isolation space 101, the second isolation space 102, and the third isolation space 103 into three spaces that do not interfere with each other, which can be used for the first signal distribution guide set 12 and the noise grounding guide 15 , located in the second isolation space 102, the power supply guide 111 and the second signal distribution guide set 14, located in the third isolation space 103, the third signal distribution guide set 16 and the noise processing ground guide 13 located in the third isolation space In an isolated space 101, each guide is isolated from the surroundings of the positive power supply isolation frame 11 and the first partition guide 113, the second partition guide 114, and the third partition guide 115 during electronic signal transmission, Avoid electronic signals, noise, electromagnetic waves, etc. from flowing around or interfering with the surrounding guides, and prevent mutual interference between guides, effectively reducing the interference of guides, and improving the stability of electronic signal transmission, and Through the power supply guide 111 and the noise grounding guide 15, all kinds of noise, electromagnetic waves and other interference signals are discharged outward, reducing the instability of the electronic signal distribution unit 1 being disturbed when transmitting signals, and increasing the transmission of electronic signals. stability.

The above description is only a preferred embodiment of the present utility model, and does not limit the patent scope of the present utility model. The electronic signal transmission module of the present utility model uses the positive power supply of the electronic signal distribution part 1 to supply the isolation frame 11, and the internal Form at least two or more isolation spaces 101, 102 (or 103), and store and insert the first signal distribution guide set 12, noise processing ground guide 13, The second signal distribution guide 14, the noise grounding guide 15 and the third signal distribution guide 16, and the positive power supply is used to supply the isolation frame 11 to receive overflow current, electromagnetic waves and noise, etc., to generate isolation, so as to reach the electronic signal distribution part 1. When transmitting electronic signals, power, etc., it is not easy to cause mutual interference. It can also be used with the insulating bearing seat 2 and the shielding outer cover 3, and the isolation mode is generated by the power supply of the positive power supply isolation frame 11, which can be used for electronic signals. transmission, reduce the mutual interference of electronic signals, and avoid the influence of external electromagnetic waves and noises. Therefore, all structures and devices that can achieve the aforementioned effects should be covered by the utility model. Such simple modifications and equivalent structural changes should all be the same. The theory is included in the patent scope of the present utility model.

Therefore, the utility model is mainly designed for the transmission module of the electronic signal, and uses the positive power supply of the electronic signal distribution part to supply the interior of the isolation frame to form at least two isolation spaces, and utilizes each isolation space to accommodate the first signal distribution guide Group, noise processing ground guide, second signal distribution guide group, noise ground guide, third signal distribution guide group and power supply guide, and can achieve the isolation effect of positive power supply through the positive power supply isolation frame, The main point of protection is to block the signals that flow when the guides transmit electronic signals, power or noise, so that the guides can perform stable signal transmission, so that the electronic signal transmission module can reduce the gap between the guides when transmitting signals. The advantage of the phenomenon of mutual interference, and through the noise processing grounding guide, the noise grounding guide assists in discharging electromagnetic waves and noise and other interference to the outside, which can improve the stable quality of electronic signal transmission.

The above description of the utility model is illustrative rather than restrictive. Those skilled in the art understand that many modifications, changes or equivalents can be made to it within the spirit and scope of the claims, but they will all fall into the Into the scope of protection of the present utility model.

Claims (9)

1. electronic signal conveyor module, it is characterized in that, comprise that the positive supply supply isolates frame, first differential signal dispensing guiding element, second differential signal dispensing guiding element, first electronic signal dispensing guiding element, second electronic signal dispensing guiding element, noise ground connection guiding element, the 3rd differential signal dispensing guiding element, the 4th differential signal dispensing guiding element and noise processed ground connection guiding element, wherein:

Frame is isolated in this positive supply supply, be in power supply supply guiding element one side be provided with the power supply guiding element butt joint interface that electrically contact with the default power supply contact-making surface in outside, side is provided with the power supply guiding element that is fixedly arranged on the external electronic circuits base material and locatees the face that connects in addition, and connect the past side of face, stretch out around power supply supply guiding element and be closed rectangle frame shaped by power supply guiding element location, prevent the insulating space more than at least two that electromagnetic wave, noise are fled and isolate inner formation of frame in the positive supply supply;

This first differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of the adjacent power supply supply of frame guiding element, a side has the first difference interface that is positioned at the power supply guiding element butt joint interface outside, side then is provided with the 4th location that connects the face side adjacent to power supply guiding element location and connects face in addition;

This second differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of adjacent first differential signal dispensing of frame guiding element, a side has the second difference interface of the adjacent first difference interface, side then is provided with the 5th location that connects the face side adjacent to the 4th location and connects face in addition;

This first electronic signal dispensing guiding element, be installed in the positive supply supply and isolate in another insulating space of adjacent the 3rd differential signal dispensing guiding element of frame, a side have parallel power supply guiding element butt joint interface, and for outside default electronic signal contact-making surface electrically contact first interface, side namely is provided with first location that is fixedly arranged on the external electronic circuits base material and connects face in addition;

This second electronic signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of adjacent first electronic signal dispensing guiding element of frame, a side has second interface that electrically contact with the default electronic signal contact-making surface in outside, side namely is provided with adjacent first location and connects face, second locatees the face that connects for what be fixedly arranged on outside default electronic circuit base material in addition;

This noise ground connection guiding element, be installed in the insulating space of adjacent first and second electronic signal dispensing guiding element relative inner, one side has the second noise ground connection interface that is positioned at first and second interface outside, and side is extended outward to be provided with again and is positioned at first location and connects the 6th location that face, second location connect the face relative inner and connect face in addition;

The 4th differential signal dispensing guiding element, be installed in that frame is isolated in the positive supply supply and in the insulating space of adjacent noise processed ground connection guiding element, a side has the 4th difference interface that extends to the noise processed ground connection guiding element interface outside, side the 8th location that is provided with the adjacent first noise ground connection interface connects face in addition;

The 3rd differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of frame and adjacent the 4th differential signal dispensing guiding element, it is to be provided with the adjacent the 8th the 7th location of locating the face that connects to connect face that a side has the 3rd difference interface, other side that are positioned at adjacent the 4th difference interface; And

This noise processed ground connection guiding element, be installed in the positive supply supply and isolate in the insulating space of frame, a side have the outside default ground signalling contact-making surface of butt joint electrically contact the first noise ground connection interface, side is provided with that adjacent the 7th location connects that face, the 8th location connect face and connects face for the 3rd location that assembling is positioned outside default electronic circuit base material in addition.

2. an electronic signal conveyor module is characterized in that, comprise insulation bearing seat, electronic signal dispensing portion and cover shell, wherein:

This insulation bearing seat inside has the bearing space;

This electronic signal dispensing portion is assembled in the bearing space of insulation bearing seat, comprise positive supply supply isolation frame, first differential signal dispensing guiding element, second differential signal dispensing guiding element, first electronic signal dispensing guiding element, second electronic signal dispensing guiding element, noise ground connection guiding element, the 3rd differential signal dispensing guiding element, the 4th differential signal dispensing guiding element and noise processed ground connection guiding element, and frame is isolated in this positive supply supply, be to be provided with the power supply guiding element butt joint interface that electrically contacts with the external power source contact-making surface in power supply supply guiding element one side, side is provided with the power supply guiding element location that is fixedly arranged on the external electronic circuits base material and connects face in addition, and connect face toward side by power supply guiding element location, stretch out around power supply supply guiding element, and be closed rectangle frame shaped, prevent electromagnetic wave and isolate inner formation of frame in the positive supply supply, the insulating space more than at least two that noise is fled;

This first differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of the adjacent power supply supply of frame guiding element, a side has the first difference interface that is positioned at the power supply guiding element butt joint interface outside, side then is provided with the 4th location that connects the face side adjacent to power supply guiding element location and connects face in addition;

This second differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of adjacent first differential signal dispensing of frame guiding element, a side has the second difference interface of the adjacent first difference interface, side then is provided with the 5th location that connects the face side adjacent to the 4th location and connects face in addition;

This first electronic signal dispensing guiding element, be installed in the positive supply supply and isolate in another insulating space of adjacent the 3rd differential signal dispensing guiding element of frame, a side have parallel power supply guiding element butt joint interface, and for outside default electronic signal contact-making surface electrically contact first interface, side namely is provided with first location that is fixedly arranged on the external electronic circuits base material and connects face in addition;

This second electronic signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of adjacent first electronic signal dispensing guiding element of frame, a side has second interface that electrically contact with the default electronic signal contact-making surface in outside, side namely is provided with adjacent first location and connects face, second locatees the face that connects for what be fixedly arranged on outside default electronic circuit base material in addition;

This noise ground connection guiding element, being installed in the positive supply supply isolates in the insulating space of adjacent first and second electronic signal dispensing guiding element relative inner of frame, one side has the second noise ground connection interface that is positioned at first and second interface outside, and side is extended outward to be provided with again and is positioned at first location and connects the 6th location that face, second location connect the face relative inner and connect face in addition;

The 4th differential signal dispensing guiding element, be installed in that frame is isolated in the positive supply supply and in the insulating space of adjacent noise processed ground connection guiding element, a side has the 4th difference interface that extends to the first noise ground connection interface outside, side is provided with the 8th location that adjacent the 3rd location connects face and connects face in addition;

The 3rd differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of frame and adjacent the 4th differential signal dispensing guiding element, a side has the 3rd difference interface that is positioned at adjacent the 4th difference interface, side is provided with the 7th location that adjacent the 8th location connects face and connects face in addition;

This noise processed ground connection guiding element, be installed in the positive supply supply and isolate in the insulating space of frame, a side have the default ground signalling contact-making surface of butt joint external electrically contact the first noise ground connection interface, side is provided with that adjacent the 7th location connects that face, the 8th location connect face and connects face for the 3rd location that assembling is positioned outside default electronic circuit base material in addition; And

This covers the outside that outer casing assembling is coated on insulation bearing seat, electronic signal dispensing portion, and inside has accommodates insulation bearing seat, electronic signal dispensing portion and become and the relative butt joint space of electrically pegging graft of default electronic signal contact interface, outside.

3. an electronic signal conveyor module is characterized in that, comprises positive supply supply isolation frame, secondary signal dispensing guiding element group, first signal dispensing guiding element group, noise ground connection guiding element, the 3rd signal dispensing guiding element group and noise processed ground connection guiding element, wherein:

Frame is isolated in this positive supply supply, isolates inner formation of frame in the positive supply supply and prevents the insulating space more than at least two that electromagnetic wave, noise are fled;

This power supply supply guiding element one side is provided with the power supply guiding element butt joint interface, other side that electrically contacts with the external power source contact-making surface and is provided with the power supply guiding element that is fixedly arranged on the external electronic circuits base material and locatees the face that connects;

This secondary signal dispensing guiding element group, be assembled in the positive supply supply and isolate the insulating space that frame is positioned at power supply supply guiding element side, comprise first differential signal dispensing guiding element, second differential signal dispensing guiding element, and this first differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of the adjacent power supply supply of frame guiding element, a side has the first difference interface that is positioned at the power supply guiding element butt joint interface outside, side then is provided with the 4th location that connects the face side adjacent to power supply guiding element location and connects face in addition;

This second differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of adjacent first differential signal dispensing of frame guiding element, a side has the second difference interface of the adjacent first difference interface, side then is provided with the 5th location that connects the face side adjacent to the 4th location and connects face in addition;

This first signal dispensing guiding element group, being assembled in the positive supply supply isolates in another insulating space of the adjacent power supply supply of frame guiding element side, comprise first electronic signal dispensing guiding element, second electronic signal dispensing guiding element, and this first electronic signal dispensing guiding element, be installed in the positive supply supply and isolate in another insulating space of adjacent the 3rd differential signal dispensing guiding element of frame, a side have parallel power supply guiding element butt joint interface, and for outside default electronic signal contact-making surface electrically contact first interface, side is provided with first location that is fixedly arranged on the external electronic circuits base material and connects face in addition;

This second electronic signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of adjacent first electronic signal dispensing guiding element of frame, a side has second interface that electrically contact with the default electronic signal contact-making surface in outside, side is provided with adjacent first location and connects face, second locatees the face that connects for what be fixedly arranged on outside default electronic circuit base material in addition;

This noise ground connection guiding element, being installed in the positive supply supply isolates in the insulating space of adjacent first and second electronic signal dispensing guiding element relative inner of frame, one side has the second noise ground connection interface that is positioned at first and second interface outside, and side is extended outward to be provided with again and is positioned at first location and connects the 6th location that face, second location connect the face relative inner and connect face in addition;

The 3rd signal dispensing guiding element group, being installed in the positive supply supply isolates in the insulating space of adjacent first signal dispensing guiding element group inboard of frame, comprise the 4th differential signal dispensing guiding element, the 3rd differential signal dispensing guiding element, the 4th differential signal dispensing guiding element then, be installed in that frame is isolated in the positive supply supply and in the insulating space of adjacent noise processed ground connection guiding element, a side has the 4th difference interface that extends to the first noise ground connection interface outside, side is provided with the 8th location that adjacent the 3rd location connects face and connects face in addition;

The 3rd differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of frame and adjacent the 4th differential signal dispensing guiding element, it is to be provided with the adjacent the 8th the 7th location of locating the face that connects to connect face that a side has the 3rd difference interface, other side that are positioned at adjacent the 4th difference interface;

This noise processed ground connection guiding element, be installed in the positive supply supply and isolate in the insulating space of frame, a side have the outside default ground signalling contact-making surface of butt joint electrically contact the first noise ground connection interface, side is provided with that adjacent the 7th location connects that face, the 8th location connect face and connects face for the 3rd location that assembling is positioned outside default electronic circuit base material in addition.

4. an electronic signal conveyor module is characterized in that, comprise insulation bearing seat, electronic signal dispensing portion and cover outer casing, wherein:

This insulation bearing seat inside has the bearing space;

This electronic signal dispensing portion is assembled in the bearing space of insulation bearing seat, comprise positive supply supply isolation frame, secondary signal dispensing guiding element group, first signal dispensing guiding element group, noise ground connection guiding element, the 3rd signal dispensing guiding element group and noise processed ground connection guiding element, wherein:

Frame is isolated in this positive supply supply, be to be provided with the power supply guiding element butt joint interface, other side that electrically contacts with the external power source contact-making surface in power supply supply guiding element one side to be provided with the power supply guiding element that is fixedly arranged on the external electronic circuits base material and to locate the face that connects, and connect the past side of face, stretch out around power supply supply guiding element and be closed rectangle frame shaped by power supply guiding element location, prevent the insulating space more than at least two that electromagnetic wave, noise are fled and isolate inner formation of frame in the positive supply supply;

This secondary signal dispensing guiding element group, be assembled in the positive supply supply and isolate the insulating space that frame is positioned at power supply supply guiding element side, comprise first differential signal dispensing guiding element, second differential signal dispensing guiding element, and this first differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of the adjacent power supply supply of frame guiding element, a side has the first difference interface that is positioned at the power supply guiding element butt joint interface outside, side then is provided with the 4th location that connects the face side adjacent to power supply guiding element location and connects face in addition;

This second differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of adjacent first differential signal dispensing of frame guiding element, a side has the second difference interface of the adjacent first difference interface, side then is provided with the 5th location that connects the face side adjacent to the 4th location and connects face in addition;

This first signal dispensing guiding element group, being assembled in the positive supply supply isolates in another insulating space of the adjacent power supply supply of frame guiding element side, comprise first electronic signal dispensing guiding element, second electronic signal dispensing guiding element, and this first electronic signal dispensing guiding element, be installed in the positive supply supply and isolate in another insulating space of adjacent the 3rd differential signal dispensing guiding element of frame, a side have parallel power supply guiding element butt joint interface, and for outside default electronic signal contact-making surface electrically contact first interface, side is provided with first location that is fixedly arranged on the external electronic circuits base material and connects face in addition;

This second electronic signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of adjacent first electronic signal dispensing guiding element of frame, a side has second interface that electrically contact with the default electronic signal contact-making surface in outside, side namely is provided with adjacent first location and connects face, second locatees the face that connects for what be fixedly arranged on outside default electronic circuit base material in addition;

This noise ground connection guiding element, being installed in the positive supply supply isolates in the insulating space of adjacent first and second electronic signal dispensing guiding element relative inner of frame, one side has the second noise ground connection interface that is positioned at first and second interface outside, and side is extended outward to be provided with again and is positioned at first location and connects the 6th location that face, second location connect the face relative inner and connect face in addition;

The 3rd signal dispensing guiding element group, being installed in the positive supply supply isolates in the insulating space of adjacent first signal dispensing guiding element group inboard of frame, comprise the 4th differential signal dispensing guiding element, the 3rd differential signal dispensing guiding element, the 4th differential signal dispensing guiding element then, be installed in that frame is isolated in the positive supply supply and in the insulating space of adjacent noise processed ground connection guiding element, a side has the 4th difference interface that extends to the first noise ground connection interface outside, side is provided with the 8th location that adjacent the 3rd location connects face and connects face in addition;

The 3rd differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of frame and adjacent the 4th differential signal dispensing guiding element, a side has the 3rd difference interface that is positioned at adjacent the 4th difference interface, side is provided with the 7th location that adjacent the 8th location connects face and connects face in addition;

This noise processed ground connection guiding element, be installed in the positive supply supply and isolate in the insulating space of frame, a side have the outside default ground signalling contact-making surface of butt joint electrically contact the first noise ground connection interface, side is provided with that adjacent the 7th location connects that face, the 8th location connect face and connects face for the 3rd location that assembling is positioned outside default electronic circuit base material in addition;

This covers the outside that outer casing assembling is coated on insulation bearing seat, electronic signal dispensing portion, and inside has accommodates insulation bearing seat, electronic signal dispensing portion and become and the relative butt joint space of electrically pegging graft of default electronic signal contact interface, outside; And

This covers the outside that outer casing assembling is coated on insulation bearing seat, electronic signal dispensing portion, and inside has accommodates insulation bearing seat, electronic signal dispensing portion and become and the relative butt joint space of electrically pegging graft of default electronic signal contact interface, outside.

5. an electronic signal conveyor module is characterized in that, comprise insulation bearing seat, electronic signal dispensing portion and cover outer casing, wherein:

This insulation bearing seat inside is provided with the bearing space of a plurality of location of tool conduit;

This electronic signal dispensing portion is assembled in the bearing space of insulation bearing seat, comprise assembling respectively, frame is isolated in the positive supply supply of respectively locating conduit that is positioned the bearing space, secondary signal dispensing guiding element group, first signal dispensing guiding element group, noise ground connection guiding element, the 3rd signal dispensing guiding element group and noise processed ground connection guiding element, and frame is isolated in this positive supply supply, be to be provided with the power supply guiding element butt joint interface that electrically contacts with the external power source contact-making surface in power supply supply guiding element one side, side is to be provided with the power supply guiding element location that is fixedly arranged on the external electronic circuits base material to connect face in addition, and connect face toward side by power supply guiding element location, stretch out around power supply supply guiding element, and be closed rectangle frame shaped, prevent electromagnetic wave and isolate inner formation of frame in the positive supply supply, the insulating space more than at least two that noise is fled;

This secondary signal dispensing guiding element group, be assembled in the positive supply supply and isolate the insulating space that frame is positioned at power supply supply guiding element side, comprise first differential signal dispensing guiding element, second differential signal dispensing guiding element, and this first differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of the adjacent power supply supply of frame guiding element, a side has the first difference interface that is positioned at the power supply guiding element butt joint interface outside, side then is provided with the 4th location that connects the face side adjacent to power supply guiding element location and connects face in addition;

This second differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of adjacent first differential signal dispensing of frame guiding element, a side has the second difference interface of the adjacent first difference interface, side then is provided with the 5th location that connects the face side adjacent to the 4th location and connects face in addition;

This first signal dispensing guiding element group, being assembled in the positive supply supply isolates in another insulating space of the adjacent power supply supply of frame guiding element side, comprise first electronic signal dispensing guiding element, second electronic signal dispensing guiding element, and this first electronic signal dispensing guiding element, be installed in the positive supply supply and isolate in another insulating space of adjacent the 3rd differential signal dispensing guiding element of frame, a side have parallel power supply guiding element butt joint interface, and for outside default electronic signal contact-making surface electrically contact first interface, side namely is provided with first location that is fixedly arranged on the external electronic circuits base material and connects face in addition;

This second electronic signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of adjacent first electronic signal dispensing guiding element of frame, a side has second interface that electrically contact with the default electronic signal contact-making surface in outside, side is provided with adjacent first location and connects face, second locatees the face that connects for what be fixedly arranged on outside default electronic circuit base material in addition;

This noise ground connection guiding element, being installed in the positive supply supply isolates in the insulating space of adjacent first and second electronic signal dispensing guiding element relative inner of frame, one side has the second noise ground connection interface that is positioned at first and second interface outside, and side is extended outward to be provided with again and is positioned at first location and connects the 6th location that face, second location connect the face relative inner and connect face in addition;

The 3rd signal dispensing guiding element group, being installed in the positive supply supply isolates in the insulating space of adjacent first signal dispensing guiding element group inboard of frame, comprise the 4th differential signal dispensing guiding element, the 3rd differential signal dispensing guiding element, the 4th differential signal dispensing guiding element then, be installed in that frame is isolated in the positive supply supply and in the insulating space of adjacent noise processed ground connection guiding element, a side has the 4th difference interface that extends to the first noise ground connection interface outside, side is provided with the 8th location that adjacent the 3rd location connects face and connects face in addition;

The 3rd differential signal dispensing guiding element, be installed in the positive supply supply and isolate in the insulating space of frame and adjacent the 4th differential signal dispensing guiding element, a side has the 3rd difference interface that is positioned at adjacent the 4th difference interface, side is provided with the 7th location that adjacent the 8th location connects face and connects face in addition;

This noise processed ground connection guiding element, be installed in the positive supply supply and isolate in the insulating space of frame, a side have the outside default ground signalling contact-making surface of butt joint electrically contact the first noise ground connection interface, side is provided with that adjacent the 7th location connects that face, the 8th location connect face and connects face for the 3rd location that assembling is positioned outside default electronic circuit base material in addition;

This covers the outside that outer casing assembling is coated on insulation bearing seat, electronic signal dispensing portion, and inside has accommodates insulation bearing seat, electronic signal dispensing portion and become and the relative butt joint space of electrically pegging graft of default electronic signal contact interface, outside; And

This covers the outside that outer casing assembling is coated on insulation bearing seat, electronic signal dispensing portion, and inside has accommodates insulation bearing seat, electronic signal dispensing portion and become and the relative butt joint space of electrically pegging graft of default electronic signal contact interface, outside.

6. as electronic signal conveyor module as described in the claim 5, it is characterized in that, the metal material that this positive supply supply isolation frame is the tool conducting function is made, comprise power supply supply guiding element, the separation guiding element more than at least two, and in power supply supply guiding element two sides be respectively equipped with power supply guiding element butt joint interface, power supply guiding element location connects face, and connect face, stretch out to be provided with and be connected in the linking guiding element of respectively separating guiding element two sides respectively by power supply guiding element butt joint interface, power supply guiding element location, and form rectangular box-like.

7. as electronic signal conveyor module as described in the claim 5, it is characterized in that this insulation load bearing seat is made for plastic cement, rubber or the silica gel material of insulation; And be provided with the base portion that two sides are convexly equipped with relative flank, outwards convexed with the hyoplastron of hanging shape again by the top, side in addition of the two opposite side wings, then in hyoplastron, be provided with the bearing space of a plurality of location of tool conduit, and be provided with portion in the nearly outside of a plurality of location conduit, and for the high low head that forms predetermined altitude between hyoplastron and pedestal.

8. as electronic signal conveyor module as described in the claim 5, it is characterized in that, this first difference interface, the second difference interface, the second noise ground connection interface, the 3rd difference interface and the 4th difference interface, be coplanar mode, smooth each insulating space that is positioned at positive supply supply isolation frame; And first interface of the power supply guiding element butt joint interface of power supply supply guiding element, first electronic signal dispensing guiding element, second interface of second electronic signal dispensing guiding element and the first noise ground connection interface of noise processed ground connection guiding element, also be arranged at the positive supply supply respectively and isolate in each insulating space of frame, and be the rear that the copline mode lays respectively at the first difference interface, the second difference interface, the second noise ground connection interface, the 3rd difference interface and the 4th difference interface.

9. as electronic signal conveyor module as described in the claim 5, it is characterized in that it is made by iron, copper, aluminium or nickel or the alloy material of metal material that this covers outer casing.

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