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    • 41. 发明专利
    • INDOOR PLUG SOCKET AND SOCKET PLUG
    • JPH1197127A
    • 1999-04-09
    • JP26936597
    • 1997-09-16
    • ASAHI ELECTRIC WORKS LTD
    • OOHASHI TAKAHIRO
    • H01R25/00H01R13/46H02G3/02
    • PROBLEM TO BE SOLVED: To prevent a socket plug inserted into a plug socket from protruding from an indoor wall surface without damaging its handling by forming a plug hole in which the whole of plug body can be substantially accommodated in a decoration pannel attached to the indoor wall surface, and providing notched parts for finger tips at the upper and lower positions thereof. SOLUTION: An indoor socket 1 is embedded in an indoor wall surface with a decoration pannel 1d attached thereto by means of a mounting screw 2. In this pannel 1d, a plug hole 6 into which a plug with a power cord 3 is inserted through a flexible bellows 5 as well as an insertion blade 4a, and a cord groove 9 are formed. This hole 6 is formed in an almost rectangular shape so that the whole plug body 4b can be substantially accommodated therein, and is provided at its bottom surface with a blade hole 1e while at its upper and lower positions with a pair of notched parts 7a, 7b so that the body 4b can be taken out by finger tips. On the upper and lower sides of the body 4b a hooking recess 8 which can be hooked by the finger tip is provided.
    • 42. 发明专利
    • CONNECTION DEVICE OF FREELY CONNECTABLE/SEPARABLE POWER CABLE
    • JPH10223340A
    • 1998-08-21
    • JP3833297
    • 1997-02-06
    • ASAHI ELECTRIC WORKS LTD
    • KIMIJIMA TAKAHIROSAITO MITSUGIMARUYAMA MASATOSHI
    • H01R31/02H02G15/08
    • PROBLEM TO BE SOLVED: To avoid difficult connection and separation work owing to the rigidity and weight of a power cable. SOLUTION: Three junction part bodies 20, 20 and 20 per one phase are arranged in 1 line in a support part body 10 of a power cable 16. These junction part bodies 20 establish electrical connection by inserting a central conductor 20d into a hole 20c axially bored in a truncated cone projecting part 20b made of insulating material, and by inserting a continuous conductor junction part 20e into a bottomed hole bored in the central conductor 20d. The power cable 16 is electrically connected to a base end of the central conductor 20d. These components are covered with a junction part body case 20a made of insulating material. A joining part body 30 can be fitted in a straddling relation to three junction part bodies 20, 20 and 20, and electrically connects insertable and extractable connecting conductors 30a, 30a and 30a to joining conductor junction parts 20e, 20e and 20e of the junction part bodies 20, 20 and 20, and is integrally covered with a joining part body case 30c made of insulating material. In addition, three truncated cone recessed parts 30d are provided corresponding to the truncated cone projecting part 20b.
    • 43. 发明专利
    • METALLURGICAL JOINTING METHOD FOR TENSION WIRE USING FILAMENT FUSED UNDER EXPLOSION PRESSURE
    • JPH1055871A
    • 1998-02-24
    • JP22617896
    • 1996-08-09
    • ASAHI ELECTRIC WORKS LTDSTAR SHIP KK
    • KIKUCHI HIDEAKINISHIDA EIJIARAKI MASATO
    • H01R43/04H01R4/08
    • PROBLEM TO BE SOLVED: To provide a novel wire jointing method allowing an application even to a part exposed to tension by caulking and jointing a steel sleeve capped to a steel conductor to carry the tension of a wire. SOLUTION: A steel sleeve 4 having a cross section large enough to withstand tension burdened on steel conductors 5 is provided so as to cover the preset length of the steel conductors 5 acting to carry wire tension, and aluminum wires positioned on the outer surface of the sleeve 4 are covered by winding aluminum filaments 2 of the same material as the aluminum wires, or with a cloth type woven material of the aluminum filaments 2 of the same material as the aluminum wires. A sleeve 3 of the same material as the wires is similarly provided to conceal the cover of the aluminum wires. A direct or indirect centripetal explosion shock is then applied to the wires and aluminum filaments 2 via the outer surface of the sleeve 3, thereby compressing and heating the aluminum filaments 2 with the applied shock. Thereafter. the steel sleeve 4 covering the steel conductors 5 are deformed in a centripetal way, with the wires, aluminum filaments 2 and sleeve 3 jointed integrally and metallurgically. The steel sleeve 4 is thereby caulked and fixed to the steel conductors 5. Thus, both a metallurgical joint and a joint capable of withstanding tension are concurrently provided.
    • 46. 发明专利
    • ELECTRIC CABLE JOINING DEVICE BY EXPLOSION OF EXPLOSIVE COMPOUND
    • JPH09167642A
    • 1997-06-24
    • JP34701095
    • 1995-12-14
    • ASAHI ELECTRIC WORKS LTDSUTAASHIP KK
    • KIKUCHI HIDEAKINISHIDA EIJIARAKI MASATO
    • H01R43/04H01R4/08
    • PROBLEM TO BE SOLVED: To reduce an explosion sound, to prevent an explosion gas and scattered objects from inflicting on persons and installations standing in the vicinity, and to execute work safely even in an urban district, on a steel tower, or in an underground disposed passage, when power transmission cables, power distribution cables, or the like are joined together by means of the explosion of an explosive compound. SOLUTION: This is a small sized and light weight device to be used in the event that electric cables 3 are joined together by exploding an explosive compound 1, wherein the explosive compound 1 and a joint part of the electric wires 3 are housed therein a quasi-sealed state and its strength is established according to the kind and quantity of the explosive compound 1 to be used, and a high pressure gas and an explosion sound produced by an explosion are exhausted and propagated, through passages through which the wires 3 are led out from a container to the exterior, as the pressure being reduced and the sound being eliminated, and therefore no danger exists in the proximity, the sound being sufficiently reduced, and explosion-involving work, which was heretofore extremely difficult to be executed in an urban district, on a steel tower for laying electric cables, or in an underground disposed passage, can be executed safely and easily without producing noise pollution.
    • 48. 发明专利
    • BRANCHING LINE STABILIZER BIND
    • JPH09121433A
    • 1997-05-06
    • JP27414295
    • 1995-10-23
    • HIGASHI NIPPON RYOKAKU TETSUDOASAHI ELECTRIC WORKS LTD
    • SUZUKI KENTAROKIMOTO AKIOFUKUMORI SATOSHINOJIMA KENJI
    • H02G1/02H02G7/00
    • PROBLEM TO BE SOLVED: To attach at one touch a stabilizer bind for branching lines to branching and main lines and facilitate its removal from them, by providing in its second main body a downward recessed portion opposed to the upward recessed portion of its first main body, and by providing in its second main body a step portion present the end portion thereof and engaged with the hook-form portion of its first main body. SOLUTION: A first main body 3 coupled by a hinge pin 5 to a second main body 4 comprises a grip portion 6 for mounting a tool thereon, an upward recessed portion 10 present in its inside central portion and for taking branching and main lines therein, an inverted-U groove 8 provided in the opposite end portion to the hinge pin 5, and a hook-form portion 9 provided in its final limit forward. The second main body 4 comprises a downward recessed portion 14 opposed to the upward recessed portion 10 of the first main body 3 and a step portion 13 present in its end portion and engaged with the hook-form portion 9. Thereby, a steady binder for branching lines can be attached easily at one touch even to hot lines present in a high place, binding a branching line with a main line.
    • 49. 发明专利
    • WIRE REPAIRING COVER
    • JPH09121417A
    • 1997-05-06
    • JP27420095
    • 1995-10-23
    • HIGASHI NIPPON RYOKAKU TETSUDOASAHI ELECTRIC WORKS LTD
    • SUZUKI KENTAROKIMOTO AKIOFUKUMORI SATOSHINOJIMA KENJI
    • H01R4/00H02G1/02
    • PROBLEM TO BE SOLVED: To facilitate a live line work by a working tool, by sandwiching the repaired portion of a main wire between the first and second main body portions of a wire repairing cover to fasten them to the repaired portion from above and below in a sandwiching way by the engagement of their recessed and protruding portions. SOLUTION: In thick-walled portions 20 provided in sleeve portions 15 of a first main body portion 10, engagement recessed portions 20a with respective lower trumpet-form opening portions 20h are provided respectively. Oppositely to each of the recessed portions 20a, each engagement protruding portion 28 is provided in each flange portion 23 of the side portion of a second main body 11. Further, when each flange portion 23 of the side portion of the second main body 11 is inserted into each long groove 17 provided in each sleeve portion 15 of the first main body 10, each chamfer portion of the upper end of the engagement protruding portion 28 is guided to each trumpet-form opening portion 20h of each engagement recessed portion 20a to be inserted thereinto smoothly. Thereby, a work performed to a line wire by a manual hot stick tool, etc., can be facilitated.
    • 50. 发明专利
    • JOINING METHOD FOR ELECTRIC CABLE BY EXPLOSION OF EXPLOSIVE COMPOUND
    • JPH097724A
    • 1997-01-10
    • JP17690795
    • 1995-06-21
    • ASAHI ELECTRIC WORKS LTDSUTAASHIP KK
    • ARAKI MASATOKIKUCHI HIDEAKINISHIDA EIJI
    • H01R4/62H01R4/08H01R43/04
    • PURPOSE: To provide the joining method for joining electric cables not by mechanical compression or squeezing effects but by a metallurgical junction joining not only the parts exposed outside of the stranded cables but also their inner layer parts without giving any damage to the cables. CONSTITUTION: This is the joining method where a protective body 5 made of metal in the same system with the material consisting of the outer layers of stranded cables while being formed into a pipelike curved surface in advance, is covered over the outer circumference of the electric cables 7 to be joined, and a flying plate 3 is disposed at the outer sides of the electric cables, which is made of metal identical to the material of the protective body 5, files in by the explosive pressure of explosives 1 which explode at a speed equal to or more than 70% of the sound speed of the metal so as to be hit against the protective body 5, and the flying plate 3, the protective body 5 and the electric cables 7 are thereby integrally and metallurgically joined. The explosives 1 are set at the outer side of the curved surface of the flying plate 3, let explosion progress from one end of the explosives 1 to the other end progressively, and it is so designed that the moving speed of a point by explosion where the flying plate 3 is hit against the protective body 5, is less than 70% of the sound speed of the metal at the outer layer of the electric cables to be joined, and the flying speed of a flying tube in the direction perpendicuklrly intersected with the progressing direction of explosion, is sufficient enough to join the stranded cable themselves in the inner layer.