TH8061B - "Electrical connection equipment" - Google Patents

Abstract

An electrical connection device with four contacts (2, 3, 4, 5) extending between the inlet connection (18) and the exit connection (13) of the signal in order to reduce the interference between pairs. Of the tangent segments, the overlap of the most distant contacts (3 and 5, 4 and 6) of the pairs that support the specific signal (4 and 5, 3 and 6) of the segment are provided. Such a touch will Is arranged to provide a connection of a capacitor during which to induce the signal that is injected in the direction As opposed to the interfering signal that is induced between the closest contacts (3 and 4, 5 and 6).

Claims (2)

1. The electrical connection consists of at least four contacts (3,4,5,6) extending between the entrance and exit junctions (12,13). It is characterized by overlapping of distant contacts. Most reciprocal (3 and 5,4 and 6) pairs that support the specific defined signals of such contacts (4 and 5,3 and 6) are arranged to provide a capacitive connection. During In order to induce between induced interference in opposite directions, the injected signal is induced between the closest contact parts (3 and 4,5 and 6) of the pair supporting the defined signal. 2. The electrical connection equipment according to Article 1 has the characteristics where one (3,6) of the most distant contact (3 and 4,5 and 6 ) Is arranged with a lateral overhang that will be placed on the other joint operating contact (5,4) of the other pair to provide a nested connection. 3. Electrical connection devices according to clause 2 have the characteristics in which the other most distant contacts (5,4) will have a portion (15C, 15B) of the larger surface area where Side overhangs (16C, 16B) are overlaid. Therefore, in order to increase the capacitor connection between them, 4. The electrical connection equipment according to clause 2 or 3 has a characteristic where the contacts (3,4,5,6) are separated by the cross section of the apparatus. The most distant contact (3,6) is defined as a pair that supports one signal, and the lateral protrusion (16C, 16B) extends inward. Any of the above claims will contain a large number of contact elements. There is a feature in which any four or more of the aforementioned contact are selected as pairs and are arranged with the overlap of the contacts most distant from each other. Of one or more pairs to provide a capacitive connection between them in order to reduce the interference In the opposite direction to the infiltrated signal that is induced between the contacts. 6. The electrical connection devices according to 4 or 5 have a feature where two additional signal-supporting contact pairs (1 and 2,7 and 8) are Install on one side on each side of the four contacts (3,4,5,6) and the outer contact (3,6) of those four contacts. Are arranged so that the overlap of the most distant contact (1,8) of the closest additional pair. To provide a connection between them To induce the inserted signal in the opposite direction of the signal The insert is induced between the outer contact (3,6) and the nearest connection (2,7) of the additional pair (1 and 2,7 and 8). Any of the above claims will contain a number of elements. It has a feature in which the contacts (1 and 8) are partially installed on each side of the insulated splitter (17), where they form a dielectric between the overlapping contacts. Electricity according to clause 7 has a characteristic in which the insulated splitter (17) is a polyimide film. 9. The electrical connection devices according to clause 7 or 8 have the characteristics in which the contacts are made as part of the frame. Multiple leads (10,11) are printed up from a sheet of conductive material. Where guide rigs will be installed on opposite sides Of insulated splitters (17) 1 0. Electrical connection devices in accordance with Clause 9 are characterized by the presence of a prong shape that forms a connector in an insulating arrangement (17) 1 1. Connection devices Electricity according to Article 10 has a characteristic where the other end Of each contact area is a tail (12) 1 2. The electrical connection equipment according to Article 11 is characterized by which an insulated splitter (17) with a conductor frame (11,12) is mounted on It is encapsulated in a plastic material (20) with exposed ends that extend from it. 1. 3. The electrical connectors according to Clause 12 have characteristics where those ends. In the arrangement, the insulation (22) is bent upward almost at a right angle, and that tail (12) is bent downward and backward to the back of the wrap. Stock (20) 1 4. Electrical connection equipment according to Article 14 is characterized by which insulated enclosures (24) are provided in shape to accommodate the rectangular blocks (20). The end supporting the tail (12), the casing has a recess (26), similarly separated to the tail (12), which extends from that block (20) so that each recess receives the tail in it. As at the end, the tail of this block is inserted. And in order to take and separate the tail during and after insertion This section will be fixed in a sloping position. Is the contact in the cutout on opposite sides Of the enclosure for receiving appropriate connected equipment 1 5. The electrical connection devices in accordance with Article 13 are characterized in that the plastic enclosure is made into a rectangular block (20) with a dedicated groove (21). ) That protrude almost parallel to the same In the insulator arrangement (22) for receiving that end of the terminating wire 1 6.Electrical connection equipment according to clause 15 is characterized by the arrangement of the dielectric stress section ( 23) that is a square similar to the square block (20) and will have a similar slot (24A) to it for accepting the insulating arrangement of the end of the connected device (22) and is made as This affects the continuity of the block (20) into the enclosure (24) 1 7. The electrical connection equipment according to Article 15 or 16 is characterized by the enclosures (24) and the block (20) or the stress relief section. (23) will be provided with a joint operating bolt. (27,28) Where to hold that block Or blocks and strain relief in that enclosure 1 8. The electrical connection devices in accordance with Articles 15, 16 or 17 are characterized by which the enclosure (24) is opened at the top and is provided with a cover (29 ) Which can be closed onto that casing. And there will be component (32) which will hold insulated wire when placed in component (32) where insulated wire will be attached when placed in slot (21) in that block or block and section. Strain relief (23) is applied, and each wire is pressed into the insulating arrangement of the right apparatus to 1. 9. The electrical connection equipment according to Article 18 has a feature where the cover (29) is attached. Set up with a fold (30) on the enclosure (24), 2 0. The electrical connection equipment according to Article 19 is characterized by the presence of the outer shell (33) in which the casing (24) is placed. In this case, it will force the cover (29) to be closed and the upper component (32) will be applied to secure the insulated wire. And each wire is pressurized into one of the insulation layouts. And each wire is pressurized into one of the dielectric arrangements of the connected device (22) 2 1. The electrical connection equipment according to Article 20 is characterized by which the outer shell (33) is made of metal 2. 2. Electrical connection devices in accordance with Articles 13 to 21 have a characteristic in which the prong of the insulating arrangement of the connected apparatus (22) is extended at various heights until some of it enters contact with the wire. It is its specific insulator at different times and its insulator placement is accelerated. By pressing down force in order to reduce the connecting force needed