JP5605838B2 - Low voltage branch line connection structure - Google Patents

Low voltage branch line connection structure Download PDF

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JP5605838B2
JP5605838B2 JP2010247659A JP2010247659A JP5605838B2 JP 5605838 B2 JP5605838 B2 JP 5605838B2 JP 2010247659 A JP2010247659 A JP 2010247659A JP 2010247659 A JP2010247659 A JP 2010247659A JP 5605838 B2 JP5605838 B2 JP 5605838B2
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rubber
lines
branch
trunk
sleeve
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JP2012100480A (en
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昌志 梅津
政利 丸山
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Furukawa Electric Power Systems Co Ltd
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本発明は、低圧配電線の幹線への分岐線接続に係り、詳しくは、低コストで絶縁および防水が実現できる低圧分岐線接続構造に関する。   The present invention relates to a branch line connection to a trunk line of a low-voltage distribution line, and more particularly to a low-voltage branch line connection structure that can realize insulation and waterproofing at low cost.

家庭用または事業所用として100V、200Vの電力を、複数の電力供給場所へ配電する場合、低圧配電線の幹線に複数の分岐線が接続され分岐されることにより、配電されている。図3は、従来の低圧分岐線接続構造を示す構造図である。図3において、従来の低圧分岐線接続構造200は、複数の幹線30および複数の分岐線40の一端の被覆が除去された端部32、42が、スリーブ50により一括圧縮されて接続され、ビニルケース90に挿入された後、第1エポキシ樹脂93を流し込み硬化させて固定し、さらに各線から受けるせん断応力に耐えるため、第2エポキシ樹脂95を所定の量だけ流し込み硬化させている。   When distributing 100V or 200V power to a plurality of power supply locations for home use or business use, power is distributed by connecting and branching a plurality of branch lines to the main line of the low-voltage distribution line. FIG. 3 is a structural diagram showing a conventional low-voltage branch line connection structure. In FIG. 3, the conventional low-voltage branch line connection structure 200 has a plurality of trunk lines 30 and a plurality of branch lines 40 whose ends 32 and 42 from which one end coating has been removed are collectively compressed by a sleeve 50 and connected. After being inserted into the case 90, the first epoxy resin 93 is poured and cured to be fixed, and a second epoxy resin 95 is poured and cured by a predetermined amount in order to withstand the shear stress received from each line.

第1エポキシ樹脂93は、端部32、42と被覆との境界を越え、一部被覆を覆った位置まで流し込まれて硬化し、第2エポキシ樹脂95は、さらにその上に所定の位置まで流し込まれて硬化している。複数の幹線30および複数の分岐線40の他端の被覆が除去された端部は、幹線用内キャップ65、幹線用外キャップ60、分岐線用内キャップ75、分岐線用外キャップ70がそれぞれ被されている。各外キャップ60、70と被覆との境界には、防水テープ80が巻かれている。   The first epoxy resin 93 passes over the boundary between the end portions 32 and 42 and the coating, and is poured and cured to a position partially covering the coating, and the second epoxy resin 95 is further poured onto the predetermined position. It is hardened. The ends from which the other ends of the plurality of trunk lines 30 and the plurality of branch lines 40 are removed are an inner cap 65 for trunk lines, an outer cap 60 for trunk lines, an inner cap 75 for branch lines, and an outer cap 70 for branch lines, respectively. It is covered. A waterproof tape 80 is wound around the boundary between the outer caps 60 and 70 and the covering.

このように、従来の低圧分岐線接続構造200は、複数の分岐線40がスリーブ50により複数の幹線30に一括接続され、ビニルケース90に挿入されて、第1、第2エポキシ樹脂93、95が流し込まれている。第1、第2エポキシ樹脂93、95は高価なため、コストダウンを図るためには、注形量を減らす必要がある。ところがビニルケース90は、塩化ビニルディッピングにより成形されているため肉厚を確保することが難しく、ビニルケース90の厚みを厚くしてスリーブ50との隙間を狭め、第1、第2エポキシ樹脂93、95の注形量を減らすことが困難であった。   Thus, in the conventional low-voltage branch line connection structure 200, the plurality of branch lines 40 are collectively connected to the plurality of trunk lines 30 by the sleeve 50 and inserted into the vinyl case 90, and the first and second epoxy resins 93 and 95 are inserted. Has been poured. Since the first and second epoxy resins 93 and 95 are expensive, it is necessary to reduce the casting amount in order to reduce the cost. However, since the vinyl case 90 is molded by vinyl chloride dipping, it is difficult to ensure the thickness. The vinyl case 90 is thickened to narrow the gap with the sleeve 50, and the first and second epoxy resins 93, It was difficult to reduce the casting amount of 95.

本発明は、このような問題を解決するためになされたものであり、その目的は、低圧配電線の幹線へ分岐線を接続するための、低コストで絶縁および防水が実現できる低圧分岐線接続構造を提供する。   The present invention has been made in order to solve such a problem, and an object of the present invention is to connect a branch line to a main line of a low-voltage distribution line, and to provide a low-voltage branch line connection that can realize insulation and waterproofing at a low cost. Provide structure.

本発明の低圧分岐線接続構造は、低圧配電線の幹線へ分岐線を接続する低圧分岐線接続構造であって、複数の幹線と、複数の分岐線と、複数の幹線と複数の分岐線とを圧縮接続するスリーブと、EPゴム蓋と、EPゴムケースと、前記EPゴムケースと該ケースに挿入されたスリーブ、及びスリーブに圧縮接続された複数の幹線及び複数の分岐線との間隙を埋めるエポキシ樹脂とを有し、EPゴムケースは、複数の幹線と複数の分岐線とが圧縮接続されたスリーブが嵌め込まれるスリーブ嵌合部と、EPゴム蓋が嵌め込まれるEPゴム蓋嵌合凹部とを具備し、EPゴム蓋は、複数の幹線と複数の分岐線とが貫通する複数の幹線用穴と複数の分岐線用穴と、EPゴムケースに嵌め込まれるEPゴム蓋嵌合凸部とを具備し、EPゴム蓋の複数の幹線用穴と複数の分岐線用穴とに複数の幹線と複数の分岐線とが貫通され、被覆が除去されたそれぞれの線の端部がスリーブにより圧縮接続され、複数の幹線と複数の分岐線とが圧縮接続されたスリーブが、EPゴムケースのスリーブ嵌合部に挿入され、間隙にエポキシ樹脂が流し込まれて硬化し、EPゴム蓋のEPゴム蓋嵌合凸部が、EPゴムケースのEPゴム蓋嵌合凹部に押し込まれて形成されることを特徴とする。   The low-voltage branch line connection structure of the present invention is a low-voltage branch line connection structure that connects a branch line to a main line of a low-voltage distribution line, and includes a plurality of trunk lines, a plurality of branch lines, a plurality of trunk lines, and a plurality of branch lines. A sleeve for compressing and connecting, an EP rubber cover, an EP rubber case, the EP rubber case, a sleeve inserted into the case, and a plurality of trunk lines and a plurality of branch lines compressed and connected to the sleeve The EP rubber case has a sleeve fitting portion into which a sleeve in which a plurality of trunk lines and a plurality of branch lines are compression-connected is fitted, and an EP rubber lid fitting concave portion into which an EP rubber lid is fitted. The EP rubber lid includes a plurality of trunk wire holes, a plurality of branch wire holes through which a plurality of trunk wires and a plurality of branch lines penetrate, and an EP rubber lid fitting convex portion fitted into the EP rubber case. And multiple EP rubber lids A plurality of trunk lines and a plurality of branch lines are penetrated through the holes for use and a plurality of branch line holes, and ends of the respective lines from which the coating has been removed are compression-connected by sleeves, and the plurality of trunk lines and the plurality of branch lines are connected Is inserted into the sleeve fitting portion of the EP rubber case, epoxy resin is poured into the gap and cured, and the EP rubber lid fitting convex portion of the EP rubber lid is the EP of the EP rubber case. It is formed by being pushed into a rubber lid fitting recess.

本発明によれば、低圧配電線の幹線へ分岐線を接続するための、低コストで絶縁および防水が実現できる低圧分岐線接続構造を提供することができる。   ADVANTAGE OF THE INVENTION According to this invention, the low voltage | pressure branch line connection structure which can implement | achieve insulation and waterproofing at low cost for connecting a branch line to the trunk line of a low voltage distribution line can be provided.

本発明による低圧分岐線接続構造を示す構造図。FIG. 3 is a structural diagram showing a low-pressure branch line connection structure according to the present invention. 本発明による低圧分岐線接続構造の作製工程を示す工程図。Process drawing which shows the manufacturing process of the low voltage | pressure branch line connection structure by this invention. 従来の低圧分岐線接続構造を示す構造図。FIG. 6 is a structural diagram showing a conventional low-voltage branch line connection structure.

本発明の実施の形態について、図を用いて説明する。図1は、本発明による低圧分岐線接続構造を示す構造図である。図1において、低圧分岐線接続構造100は、EPゴムケース10とEPゴム蓋20とを除いては、図3の場合と同じであるため、重複部分の説明は省略する。図1aにおいて、EPゴムケース10は、複数の幹線30と複数の分岐線40とが圧縮接続されたスリーブ50が嵌め込まれるスリーブ嵌合部12と、EPゴム蓋20が嵌め込まれるEPゴム蓋嵌合凹部14とを具備している。図1bにおいて、EPゴム蓋20は、複数の幹線30と複数の分岐線40とが貫通する複数の幹線用穴22と複数の分岐線用穴24と、EPゴムケース10に嵌め込まれるEPゴム蓋嵌合凸部26とを具備している。   Embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a structural diagram showing a low-pressure branch line connection structure according to the present invention. In FIG. 1, the low-pressure branch line connection structure 100 is the same as that in FIG. 3 except for the EP rubber case 10 and the EP rubber lid 20, and thus description of overlapping portions is omitted. In FIG. 1a, an EP rubber case 10 includes a sleeve fitting portion 12 into which a sleeve 50 in which a plurality of trunk lines 30 and a plurality of branch lines 40 are compression connected, and an EP rubber lid fitting into which an EP rubber lid 20 is fitted. And a recess 14. In FIG. 1 b, the EP rubber lid 20 includes a plurality of trunk wire holes 22, a plurality of branch wire holes 24 through which a plurality of trunk wires 30 and a plurality of branch wires 40 penetrate, and an EP rubber lid fitted into the EP rubber case 10. The fitting convex part 26 is comprised.

EPゴムケース10とEPゴム蓋20は、素材がEPゴムであるため、金型成形により肉厚を所定の厚さに制御することが可能となる。このため、肉厚を所定の厚さにすることにより、EPゴムケース10と、該ケースに挿入されたスリーブ50、及びスリーブ50に圧縮接続された複数の幹線30及び複数の分岐線40と、の間隙を所望の間隙に狭めることができ、エポキシ樹脂16の注形量を減らすことが可能となる。またEPゴム蓋20は、防水構造であると共に、各線から受けるせん断応力を緩和するため、従来の第2のエポキシ樹脂95の注入が不要となり、さらに注形量を減らすことが可能となる。   Since the material of the EP rubber case 10 and the EP rubber lid 20 is EP rubber, the thickness can be controlled to a predetermined thickness by molding. Therefore, by setting the thickness to a predetermined thickness, the EP rubber case 10, the sleeve 50 inserted into the case, the plurality of trunk lines 30 and the plurality of branch lines 40 that are compression-connected to the sleeve 50, Can be narrowed to a desired gap, and the casting amount of the epoxy resin 16 can be reduced. In addition, the EP rubber lid 20 has a waterproof structure and relaxes the shear stress received from each line, so that it is not necessary to inject the conventional second epoxy resin 95, and the amount of casting can be further reduced.

図2は、本発明による低圧分岐線接続構造の作製工程を示す工程図である。図1を基に図2のS−1において、複数の幹線30と複数の分岐線40とが、EPゴム蓋20の複数の幹線用穴22と複数の分岐線用穴24に貫通され、被覆が除去されたそれぞれの線の端部32、42が、スリーブ50により圧縮接続される。S−2において、複数の幹線30と複数の分岐線40とが圧縮接続されたスリーブ50が、EPゴムケース10のスリーブ嵌合部12に嵌め込まれる。   FIG. 2 is a process diagram showing a manufacturing process of the low-voltage branch line connection structure according to the present invention. 2, a plurality of trunk lines 30 and a plurality of branch lines 40 are passed through the plurality of trunk line holes 22 and the plurality of branch line holes 24 of the EP rubber lid 20 so as to cover them. The end portions 32 and 42 of the respective wires from which the wire is removed are compression-connected by the sleeve 50. In S-2, the sleeve 50 in which the plurality of trunk lines 30 and the plurality of branch lines 40 are compression-connected is fitted into the sleeve fitting portion 12 of the EP rubber case 10.

S−3、S−4において、EPゴムケース10と、該ケースに挿入されたスリーブ50、及びスリーブ50に圧縮接続された複数の幹線30及び複数の分岐線40と、の間隙にエポキシ樹脂16が流し込まれて硬化する。S−5において、EPゴム蓋20のEPゴム蓋嵌合凸部26が、EPゴムケース10のEPゴム蓋嵌合凹部14に嵌め込まれて低圧分岐線接続構造100の形成が完了される。   In S-3 and S-4, the epoxy resin 16 is provided in the gap between the EP rubber case 10, the sleeve 50 inserted into the case, and the plurality of trunk lines 30 and the plurality of branch lines 40 that are compression-connected to the sleeve 50. Is poured and hardened. In S-5, the EP rubber lid fitting convex portion 26 of the EP rubber lid 20 is fitted into the EP rubber lid fitting concave portion 14 of the EP rubber case 10 to complete the formation of the low-pressure branch line connecting structure 100.

以上説明したように本発明によれば、EPゴムケースの肉厚を制御してエポキシ樹脂の注形量を減らすことが可能となると共に、EPゴム蓋20は、防水構造であると共に、各線から受けるせん断応力を緩和するため、従来の第2のエポキシ樹脂の注入が不要となり、さらに注形量を減らすことが可能となる。このため、低圧配電線の幹線へ分岐線を接続するための、低コストで絶縁および防水が実現できる低圧分岐線接続構造を提供することができる。   As described above, according to the present invention, it is possible to control the thickness of the EP rubber case to reduce the amount of cast epoxy resin, and the EP rubber lid 20 has a waterproof structure, and from each line. In order to relieve the shear stress, the conventional second epoxy resin does not need to be injected, and the amount of casting can be further reduced. For this reason, the low voltage | pressure branch line connection structure which can implement | achieve insulation and waterproofing for low cost for connecting a branch line to the trunk line of a low voltage distribution line can be provided.

10 EPゴムケース
12 スリーブ嵌合部
14 EPゴム蓋嵌合凹部
16 エポキシ樹脂
20 EPゴム蓋
22 幹線用穴
24 分岐線用穴
26 EPゴム蓋嵌合凸部
30 幹線
32 幹線端部
40 分岐線
42 分岐線端部
50 スリーブ
60 幹線用外キャップ
65 幹線用内キャップ
70 分岐線用外キャップ
75 分岐線用内キャップ
80 防水テープ
90 ビニルケース
93 第1エポキシ樹脂
95 第2エポキシ樹脂
100 本発明による低圧分岐線接続構造
200 従来の低圧分岐線接続構造
DESCRIPTION OF SYMBOLS 10 EP rubber case 12 Sleeve fitting part 14 EP rubber lid fitting recessed part 16 Epoxy resin 20 EP rubber lid 22 Trunk hole 24 Branch line hole 26 EP Rubber lid fitting convex part 30 Trunk line 32 Trunk end part 40 Branch line 42 Branch line end 50 Sleeve 60 Trunk line outer cap 65 Trunk line inner cap 70 Branch line outer cap 75 Branch line inner cap 80 Waterproof tape 90 Vinyl case 93 First epoxy resin
95 Second epoxy resin 100 Low-pressure branch line connection structure according to the present invention 200 Conventional low-pressure branch line connection structure

Claims (1)

低圧配電線の幹線へ分岐線を接続する低圧分岐線接続構造であって、
複数の幹線と、複数の分岐線と、前記複数の幹線と複数の分岐線とを圧縮接続するスリーブと、EPゴム蓋と、EPゴムケースと、前記EPゴムケースと、該ケースに挿入された前記スリーブ、前記スリーブに圧縮接続された複数の幹線及び複数の分岐線と、の間隙を埋めるエポキシ樹脂とを有し、
前記EPゴムケースは、前記複数の幹線と前記複数の分岐線とが圧縮接続された前記スリーブが嵌め込まれるスリーブ嵌合部と、前記EPゴム蓋が嵌め込まれるEPゴム蓋嵌合凹部とを具備し、
前記EPゴム蓋は、前記複数の幹線と前記複数の分岐線とが貫通する複数の幹線用穴と複数の分岐線用穴と、前記EPゴムケースに嵌め込まれるEPゴム蓋嵌合凸部とを具備し、
前記EPゴム蓋の前記複数の幹線用穴と前記複数の分岐線用穴とに前記複数の幹線と前記複数の分岐線とが貫通され、被覆が除去されたそれぞれの線の端部が前記スリーブにより圧縮接続され、
前記複数の幹線と前記複数の分岐線とが圧縮接続された前記スリーブが、前記EPゴムケースの前記スリーブ嵌合部に挿入され、
前記間隙に前記エポキシ樹脂が流し込まれて硬化し、
前記EPゴム蓋の前記EPゴム蓋嵌合凸部が、前記EPゴムケースのEPゴム蓋嵌合凹部に押し込まれて形成されることを特徴とする低圧分岐線接続構造。
A low-voltage branch line connection structure that connects a branch line to the main line of a low-voltage distribution line,
A plurality of trunk lines, a plurality of branch lines, a sleeve for compressively connecting the plurality of trunk lines and the plurality of branch lines, an EP rubber cover, an EP rubber case, the EP rubber case, and the case inserted into the case The sleeve, a plurality of trunk lines and a plurality of branch lines that are compression-connected to the sleeve, and an epoxy resin that fills the gap between them,
The EP rubber case includes a sleeve fitting portion into which the sleeve in which the plurality of trunk lines and the plurality of branch lines are compression-connected is fitted, and an EP rubber lid fitting concave portion into which the EP rubber lid is fitted. ,
The EP rubber lid includes a plurality of trunk wire holes, a plurality of branch wire holes through which the plurality of trunk wires and the plurality of branch lines penetrate, and an EP rubber lid fitting convex portion fitted into the EP rubber case. Equipped,
The plurality of trunk lines and the plurality of branch lines penetrate through the plurality of trunk line holes and the plurality of branch line holes of the EP rubber lid, and ends of the respective lines from which the coating is removed are the sleeves. Is compressed and connected by
The sleeve in which the plurality of trunk lines and the plurality of branch lines are compression-connected is inserted into the sleeve fitting portion of the EP rubber case,
The epoxy resin is poured into the gap and cured,
The EP rubber lid fitting convex portion of the EP rubber lid is formed by being pushed into an EP rubber lid fitting concave portion of the EP rubber case.
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