TH24910A - Enhanced multi-core electric ignition system cable - Google Patents

Abstract

The cable of the anti-aging ignition system consists of: The contacts of the first and second terminals for contact with the source of the ignition pulses and to touch the pre-defined end points of these pulses, respectively, the conductors for the ignition at A group of flanges is connected between the first and second contacts, each of the ignition leads can make the ignition pulses electrically connect between the contacts of both terminals. Second, each ignition conductor consisting of an electrically inert to react, a long conductor is stranded and inserted around the central filament along the entire length of the central filament, then the conductor for Each ignition coil is twisted around each other to create repeated electrical contact of each conductor wire, in this way the electrical continuity is maintained even with a first class electrical interruption. Or more whatever; The open surfaces of the twisted ignition conductors are electrically separated by a weak insulating medium. The cable may be made up of a concentric reinforced braid between the ignition conductors and the outer surface of the ignition system cables.

Claims (9)

1. The cable of the anti-aging ignition system consists of: (a) the contact of the first connector for making electrical contact with the source of the ignition pulse (b) the contact. Of a second connector to make electrical contact with a predetermined destination point of the so-called ignition pulse (c) a group of weakened ignition conductors connected during the trigger That the contact of the first connector with the so-called second connector contact, (i) called the conductors for each ignition, can be connected to the so-called ignition pulses. Alone, between the so-called contact of the first connector and the so-called contact of the second connector. It is characterized by the inhibition properties of electromagnetic energy, (ii) the so-called ignition conductors. Each is composed of a neutral filament that is electrically inert to the long conductor wires that are strung and inserted around them. Called the central gut over its entire length. To create a continuous electrical path To the electrical contact of the so-called pulses For the ignition between the so-called first connector contacts and the so-called second connector contacts, (iii) the so-called individual ignition leads, typically twisted around each other. To induce at a minimum the reciprocal repetitive electrical contact of the conductor wires along the individual lengths of each, in this way, the reciprocal repetitive electrical continuity of the conductor wires along the length In this way, the electrical continuity between the contacts of such a connector can be maintained regardless of the occurrence of one or more electrically interrupted conditions along the conductors that One or more lengths of so-called ignition conductors, and (d) a flexible insulating medium that electrically separates the open surfaces of the twisted ignition conductors. Along its entire length between the so-called contact of the first connector and the so-called contact of the second connector to form the ignition system cables. Same line 2.Cable of the ignition system of claim No. 1 Here, at least one long conductor of the so-called ignition conductor, at least partially, is coated with a hard coating. Conductive 3. The ignition system cable of claim No. 2, hereinafter referred to as a conductive coating layer, is made up of conductive raw rubber. 4. The ignition system cable of claim No. 1, here the inert to the electrically reactive medium of the so-called ignition conductor consists of long fibers of glass fibers and kevlar fibers. 5. The system cable for the ignition of claim 1, hereinafter referred to as a long conductor wire, is made up of stainless steel wire. 6. The cable of the ignition system of claim No.1, herein the so-called soft insulating medium, is assembled from EPDM. 7. The cable of the ignition system of claim 1, hereinafter referred to as the flexible insulating medium, is assembled from silicon rubber. 8. The ignition system cable of claim 1, hereinafter referred to as the insulating medium, has sufficient light transmission conditions to allow observers to observe the conductors for Twisted ignition 9. The cable of the ignition system of claim No. 1, consisting of a concentric reinforcement braid sandwiched in the middle of a so-called ignition conductor, with a so-called exposed surface. The so-called ignition system cables 1 0. The system cable for the ignition of Clause 9 hereinafter referred to as the reinforced braid is made up of glass braid 1. 1. The system cable for Clause 9 ignition consists of an insulated ring-shaped sheath that is softened outside of the so-called reinforced braid 1. 2.The cable of the ignition system of claim 11, herein, the so-called annular sleeve with the so-called insulating medium, has the same composition. 3.The system cable for a resist-degradation electric ignition consists of: (a) the contact of the first connector for making electrical contact with the source of the ignition pulse (b) p. A second terminal contact for performing electrical contact to a predetermined destination point of so-called ignition pulses (c) a group of weakened ignition conductors interconnected. The contact of the first connector and the so-called second connector (i) contact called the ignition conductor.Each line can make the so-called ignition pulses connected. Alone, between the so-called contact of the first connector and the so-called contact of the second connector. It is characterized by the inhibition of electromagnetic radiation (ii) known as the ignition conductor. Each line consists of a neutral filament that is electrically inert to a long strand of conductor that is strung and inserted around it. Called the central gut over its entire length. To create a continuous electric path To the electrical contact of the so-called pulse For ignition, between the so-called first connector contacts and the so-called second connector contacts (iii) called individual ignition leads, they are typically twisted around each other to This produces, at a minimum, the reciprocal repetitive electrical contact of the conductor wires along the individual lengths of each strand, whereby the reciprocal repetitive electrical continuity of the conductors over their length. Each section of each line, whereby the electrical continuity between the contacts of such a connector can be maintained regardless of the occurrence of one or more electrical interruption along the drug conductive wires. One or more of the so-called ignition conductors (iv) at least one so-called ignition conductor, at least some of them, are coated with a conductive coating, and (d). The insulating medium is lightly flexible. Electrical isolation is performed, the outer open surface of the twisted ignition conductors. Over its entire length, between the so-called first connector contact and the so-called second connector contact to form the system cables. For the same ignition 1 4. The ignition system cable of claim 13, hereinafter referred to as a conductive coating layer, is made up of conductive raw rubber 1. 5. The ignition system cable of claim 13, here the inert to the electrically reactive medium of the so-called ignition conductor consists of a long fiber group of glass fibers and Kevlar fibers 1. 6. The system cable for the ignition of claim 13, herein the so-called long conductor wire, is made up of stainless steel wire 1. 7. The ignition system cable of claim 13, hereinafter referred to as the flexible insulating medium, is assembled from EPDM. 1. 8.The cable of the ignition system of claim 13, hereinafter referred to as the flexible insulating medium, is assembled from silicon rubber 1. 9. The cable of the ignition system of claim 13, consists of a concentric reinforcement braid sandwiched in the middle of the so-called ignition conductor to the exposed surface of the trigger. That the system cable for the ignition 2 0. The system cable for the ignition of claim 13, herein the so-called reinforcing braid, is assembled from glass fibers.