JP3011751U

JP3011751U - Structure of electric wire with both positive and negative poles

Info

Publication number: JP3011751U
Application number: JP1994003345U
Authority: JP
Inventors: 孝始高橋; 裕吉坂野
Original assignee: 株式会社カルイ
Priority date: 1994-02-24
Filing date: 1994-02-24
Publication date: 1995-06-06
Anticipated expiration: 2000-02-24

Abstract

(57)【要約】（修正有）【目的】漏電空中放電滞雪等による原因で通電
を阻害する欠点を排除した電線【構成】被覆絶縁体で構成された通常電線の各導線１
の一方両端の被覆絶縁体３をカットし漏電裸線を作り、
プラスマイナスの両極を同時に通電させるようにし、
更に電線の補強をするために随意の箇所にカットしない
被覆絶縁体を設けた電線 (57) [Summary] (Revised) [Objective] Electric leakage Leakage air discharge Electric wire that eliminates the drawback of obstructing current flow due to snow accumulation, etc. [Composition] Each conductor wire 1 of a normal electric wire composed of a covered insulator
Cut the insulation 3 on both ends to make a bare wire,
Make sure that both positive and negative electrodes are energized at the same time,
Further, an electric wire provided with a non-cut coating insulator at any place to reinforce the electric wire.

Description

[Detailed description of the device]

【０００１】[0001]

[Industrial applications]

この考案は高圧電気等の電圧を利用するために開発されたものである。 This invention was developed to utilize the voltage of high-voltage electricity or the like.

【０００２】[0002]

[Prior art]

従来これらの高圧電気利用の機器はあまり無かった。プラスマイナスの線を利用するにはそれぞれの線を並列に配線しその配線に相互に接触不可能な距離を持たせるか、又は、単線（マイナス）単線（プラス）の間隙に絶縁体を橋絡させる方法しかない。この場合高い電圧の時は空中放電を生じたり初期の目的を達成する事が出来なかつた。 Conventionally, there have been few such devices using high voltage electricity. To use positive and negative wires, wire each wire in parallel and make the wires have a distance that makes them inaccessible to each other, or bridge the insulator between the single wire (minus) and single wire (plus). There is only a way to entangle. In this case, when the voltage was high, air discharge occurred and the initial purpose could not be achieved.

【０００３】[0003]

[Problems to be solved by the device]

上記の様に空中放電雪木葉風に対する耐久性の問題等の欠点を排除し、更に配線の作業効率を向上させる為に考案されたものである。 It was devised to eliminate the drawbacks such as the problem of durability against air discharge snow and tree winds as described above, and to further improve the work efficiency of wiring.

【０００４】[0004]

[Means for solving the problem]

被覆絶縁された電線（６）と単線（１）単線（２）の絶縁体部（３）（４）（６）の最長の対称両端の絶縁体を排除して裸線（１′）（２′）の電線に構成する。更に電線の強度を保持するために全被覆の（６）部分を随意の長さに設ける。 Bare wire (1 ') (2) by excluding the insulator at the longest symmetrical ends of the insulation part (3) (4) (6) of the insulated wire (6) and the single wire (1) single wire (2) ′) Configure the wire. Furthermore, in order to maintain the strength of the wire, the (6) part of the entire coating is provided with an arbitrary length.

【０００５】[0005]

[Work]

高圧電気等の電圧撃を利用するには、プラスマイナスの両極を同時に握る必要がある。これを発生させるにはプラスマイナスの各単線を並列に配線するか、各単線の間隔に絶縁体を橋絡し保持する必要がある。並列に配線した場合は電圧撃を与える物体が制限される。又間隔を狭くすると空中放電を誘発しショウする。又単線と単線の間隔に木葉等が引っ掛かりショウトの原因になると同時に耐久性もなく配線工事の効率が悪い。この考案は上記の欠点を排除して効率の良く通電可能な電線になる。 To use high voltage electricity or other voltage strikes, it is necessary to hold both positive and negative poles at the same time. To generate this, it is necessary to wire the plus and minus single wires in parallel, or to bridge and hold the insulator in the space between the single wires. When wired in parallel, the objects that give voltage strikes are limited. Also, if the interval is narrowed, air discharge is induced and a show is performed. In addition, trees and leaves are caught in the space between the single wires, causing a short cut, and at the same time there is no durability and the efficiency of wiring work is poor. This invention eliminates the above-mentioned drawbacks and makes an electric wire that can carry electricity efficiently.

【０００６】[0006]

【Example】

本案を図面により説明すれば図面１（イ）導線（１）〜（２）は外側に（３）〜（４）の被覆絶縁体により被包され絶縁されている。更に安全を期する為その被覆絶縁体（３）〜４）の外側被覆絶縁体『電線』（６）により二重に被包されている。電線（６）の被覆絶縁体の最長対称の両端を必要とする長さだけカットし、露出する裸線（１′）（２′）を作る。電線の剛性を保持する為任意の箇所にカツトしない被覆絶縁体をそのまま残す。被覆絶縁体（５）はカツトされた残余被覆絶縁体を示す。本案の断面図である。図面２（ロ）導線（１）〜（２）を被包する被覆絶縁体（３）、（４残余絶縁体（５）で露出された裸線（１′）〜（２′）を示し外側被覆絶縁体『電線』（６） The present invention will be described with reference to the drawings. Drawing 1 (a) Conductive wires (1) and (2) are covered and insulated by the covering insulators (3) to (4) on the outside. Furthermore, for the sake of safety, it is doubly covered by the outer coated insulator "electric wire" (6) of the coated insulators (3) to 4). Cut the longest symmetrical ends of the sheathed insulation of the wire (6) by the required length to make bare bare wires (1 ') (2'). In order to maintain the rigidity of the wire, leave a non-cut coating insulation as it is at the desired location. Coated insulation (5) represents the cut residual insulation. It is sectional drawing of this invention. Drawing 2 (b) Covered insulators (3) and (4) covering the conductors (1) to (2) and showing the bare wires (1 ') to (2') exposed by the residual insulator (5) Insulated insulation "electric wire" (6)

【０００７】[0007]

[Effect of device]

この構成による電線により単線によりアース線と送電との作用を可能にし克つ漏電耐久性配線の効率化に寄与する。 The electric wire with this structure enables the action of the ground wire and the power transmission by a single wire, which contributes to the leakage leakage durability and the efficiency of the wiring.

[Brief description of drawings]

【図１】本案の正面図1] Front view of the present invention

【図２】本案の断面図FIG. 2 is a sectional view of the present invention.

[Explanation of symbols]

導線（１）導線（２）被覆絶縁体（３）被覆絶縁体（４）残余被覆絶縁体（５）被覆絶縁体『電線』（６）露出裸線（１′）露出裸線（２′） Conductor (1) Conductor (2) Covered body (3) Covered body (4) Residual covered body (5) Covered body “Electric wire” (6) Exposed bare Wire (1 ') Exposed bare wire (2')

Claims

[Scope of utility model registration request]

1. A part of a covered and insulated electric wire is exposed and the exposed part is sandwiched and reinforced in the middle, and electric leakage in the air is prevented by snow and leaves of the electric wire and other scattered objects. Structure of electric wire that can carry current of both poles