JPS61106016A - Gas insulated bus - Google Patents

Gas insulated bus

Info

Publication number
JPS61106016A
JPS61106016A JP22610284A JP22610284A JPS61106016A JP S61106016 A JPS61106016 A JP S61106016A JP 22610284 A JP22610284 A JP 22610284A JP 22610284 A JP22610284 A JP 22610284A JP S61106016 A JPS61106016 A JP S61106016A
Authority
JP
Japan
Prior art keywords
phase
conductor
branch
bus
gas insulated
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP22610284A
Other languages
Japanese (ja)
Inventor
沼 芳伸
佳弘 上田
荒井 隆一郎
明彦 後藤
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Mitsubishi Electric Corp
Original Assignee
Mitsubishi Electric Corp
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Mitsubishi Electric Corp filed Critical Mitsubishi Electric Corp
Priority to JP22610284A priority Critical patent/JPS61106016A/en
Publication of JPS61106016A publication Critical patent/JPS61106016A/en
Pending legal-status Critical Current

Links

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 〔産業上の利用分野〕 本発明はガス絶縁母線の分枝部に関し、+1に4目×挨
會谷易VL付なうことができるように三相分板桿1ff
l荀配区したガス絶縁母線に関する。
[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to a branch part of a gas insulated bus bar, and the present invention relates to a branch part of a gas insulated bus bar.
Regarding gas insulated busbars.

〔従来の技術〕[Conventional technology]

従来の分快卸iC5−け@ガス絶縁母線ば、三和一括形
ガス杷線母線に関し第8図ないし第16図に7B丁王母
線とげ枝母紛との徽絖KN成が採られてい友。上gC@
図は第7図体ノないしtF)に示す相変挨の三線結線寵
に基づき主導体と分枝導体とり按軌栴成を示し、詳細に
は第7図(AJと第8図、第7図(Blと第9図、第7
図(C1と第10図、第71(Dlと第11図、第7図
(Elと第12図、第7図(Flと第16図が各々対応
関係にある。なお上記三相一括形ガス杷縁母線は同−答
器同に三相の得体上Mするもの−ろす、上記三相の導体
を憬器に汝続する硼什Vこは相j−を合わせる必仮がり
る。
Regarding the conventional distribution wholesale iC5-ke @ gas insulated bus bar, Figures 8 to 16 for the Sanwa bulk type gas loquat bus bar have a 7B KN construction with the thorn branch bus bar. . Upper gC@
The figure shows the main conductor and branch conductor arrangement based on the three-wire connection of the phase change wire shown in Figure 7 (AJ and Figure 8, Figure 7). (Bl and Fig. 9, 7
Figures (C1 and Figure 10, Figure 71 (Dl and Figure 11), Figure 7 (El and Figure 12, and Figure 7 (Fl and Figure 16) correspond to each other. The busbar is a three-phase conductor, so if you connect the three-phase conductors to the bus, you will need to match the phases.

三相母勝は、一般的VC母線外径を小さく丁ゐ7;めに
三相4体?三角配直する徊奴と七才り、第7凶(AJの
懐絖ケ行なう硼仕に上把第8図にボアbu <王t&線
(1)と分板母御(2)との埃伐姉に2いて、三写載(
,1)のC相、b相、C相のも王尋俸(111、112
1、tlji 7)’ n板母蔵(2)のa 相、 b
 ;H@ 、 C相の倫分a Bl % IZII )
 、’l’ T啜lと各々直交して接続子ゐ侮成Vこて
配直ざlし−こいる0 また、第7図F’blの1!2吠り相変侠會行つためV
(は呆9図に示す如<、a相王M一体圓に汝伐さnるb
相分枝尋体1々1とb相王碑体t]21に汝1伏ざnる
a相分仮心体(211とを各々屈曲させて相変換を行な
う構成とされる。
Is the three-phase motherboard a three-phase four body with a smaller outer diameter of the general VC busbar? The Wandering Guy and the Seven-Year-Old, who are rearranging the triangle, and the seventh one (AJ's preparations are carried out, and the boa bu < King t & line (1) and the dust of the dividing plate mother-go (2) are shown in Figure 8. There are 2 and 3 photos of the sister (
, 1) C phase, b phase, C phase Momo Wang Xinpe (111, 112
1, tlji 7)' n plate mozo (2) a phase, b
;H@, C phase's ratio a Bl % IZII)
, 'l' The connectors are formed orthogonally to the T-shape, respectively. V
(As shown in Figure 9)
The structure is such that phase conversion is performed by bending each of the phase-branching body 1 and the phase-branching hypocenter body (211) which you lie down on the phase-branching body 1 and the phase-branching body t]21.

ざらVC−Eだ、第7図(C1l/(−不丁結線の相袈
侠七竹なう]場合VCも別記第7図FB+の嶺台と同様
VC第10図f(ボア妬く分枝導体?屈曲させて州震侠
を何なつ部数と延れり。
It is a VC-E, Fig. 7 (C1l/(-Incongruous connection of the opposite side) In the case of VC, it is also separately shown in Fig. 7. The same as the base of FB+, VC Fig. 10 f (Bore envy branch conductor ?The number of copies of the ``Shushinkyo'' has been extended for several years.

〔兄明が屏決しょうとする問題点〕[Issues that Brother Akira is trying to decide on]

上述のタロ<従来の相変換を朽なう部数は、分収4体全
屈曲させて且つ三相の谷分孜尋俸を三用配直させて#J
我ざ几ゐこと刀1ら、第7因(Illないしく町に下丁
結惚の相変換を行なう硼せV(第11図ないし第16図
VCボ丁如く、三相の谷相総ての分板寺悴%L<は三相
りいずれかの分枝導体形状aBδぜ且つこれ?屈折させ
なければ相変換上行なうことができず、延いては分枝導
体形状がり憾となり、汝妖する導体の撞類が檀加丁ゐと
バに、杷縁江舵が劣ゐという問題点音響してい九〇 不8四は、かかる問題点を屏決するためにla7″した
もので、三和王4体に候枕される分校導体の屈折を最小
限に止める構成で相変侠金行な9摘成とすることにエフ
、分枝導体の形状?■索化し、波枕等体の独類を最小限
に2さえると共に杷豚注能の劣化を防止することを目的
とする。
The above-mentioned Taro <The number of parts that corrupt the conventional phase conversion is that all four parts are bent, and the three-phase Tanibu Keihiro is rearranged for three purposes.#J
The 7th cause (Ill or town to perform the phase transformation of Shimocho Yumei) (Figures 11 to 16 VC Bocho-like, all the valley phases of the three phases If the branch conductor shape aBδ is three-phase, then the phase transformation cannot be carried out without refraction, and as a result, the branch conductor shape becomes disgusting. There was a problem that the conductor's conductor's conductor was inferior to the one on the other hand. In order to minimize the refraction of the branch conductor that is supported by the four main bodies, F decided to make nine components that are phase-changing. The purpose is to reduce the amount of water to a minimum of 2 and to prevent deterioration of loquat potency.

〔間菫点全肩決するための+段〕[+ step to settle all points between Sumire points]

本56明VC係るガス結縁母線は、三角形の谷小点に配
賦した三相導体にて構成される三相王母載刀)ら分枝し
九三相分枝母線を有するガス杷腺ヰ酵にふ・いて、上記
三相母線の三角ブレの一つの頂点2形成する母線と該一
つの頂点から他の二つのJJ1点り中心を祷ぶ紛とt言
む(2)内に上se三相分校母線を目1e匝する検収で
めゐ。
The gas connection bus according to this 56-Mei VC is a gas connection bus having nine three-phase branch busses, which are branched from a three-phase conductor consisting of three-phase conductors distributed at the valley and small points of a triangle. As a result, the above three-phase generatrix line forms one apex 2 of the triangular deviation, and from this one apex, the other two JJ1 point centers are determined. I was able to pass the acceptance inspection by checking the three-phase branch bus line.

〔作用〕[Effect]

本発明VC−一いては、三相導体のしての預震侠のb合
に、三相王導体VC依絖される分孜碍体の屈折七最小味
に止めるCとができることとなり、分奴尋体の形状を簡
素化し、徴枕寺体の慣腿七破小眠rc S−δえると共
に杷縁注龍Q省化を防止する。
VC of the present invention - In short, in the case of the pre-shock effect as a three-phase conductor, C can be achieved which minimizes the refraction of the insulating body on which the three-phase king conductor VC is installed, and It simplifies the shape of the Nukujin-tai, prevents the shu-shichi-ha-ko-nen rc S-δ of the Chomakuraji-tai, and prevents the reduction of the loquat-en-churyu Q.

〔実施νU〕[Implementation νU]

本発明の一実施例上第1図ないし第6図に泰ついて説明
する。まず、第1図に本実施vIJに係る分枝部の懐絖
侮成図で、第1図(A)に接続構成図の正囲図、≠1図
+EJに接続、構成図の底面図、第1図(C)に接続構
成図の側血図會谷々示し、上把谷図において本実施例に
保ゐガス絶縁母鑞は、三角形のもj1点に目己匣した三
相三導体(6)、 (127、u3Jにて徊戚避nる三
相母線(υの三角形の一つの頂点を形成するa札三4俸
α刀と該一つの頂点力)ら他の二つの」A点ケ形成する
b相、C相の谷王感体世)、叩λの中心をKs5ふ緋と
奮言む仮想の回内に上nC谷王碍体毘、(胸。
One embodiment of the present invention will be described with reference to FIGS. 1 to 6. First, Fig. 1 is a diagram of the construction of the branch part related to this implementation vIJ, Fig. 1 (A) is a square diagram of the connection configuration diagram, ≠ 1 figure + connection to EJ, bottom view of the configuration diagram, Fig. 1 (C) shows the side blood diagram of the connection configuration diagram, and in the upper diagram, the gas insulated base metal kept in this example is a three-phase three-conductor conductor with a hole at one point of the triangle. (6), (127, u3J moves around the three-phase generatrix (a 34 yen α sword forming one vertex of the triangle of υ and the power of this one vertex) and the other two "A" Point ke forms B phase, C phase Taniou sensation experience), the center of the stroke λ is Ks5 fhi and the hypothetical pronation is upper nC Taniou body bi, (chest.

側η島ら分枝したC相、b相、C相のも分枝母線+21
1 。
C phase, b phase, and C phase branch generatrix +21 branched from side η island
1.

・121.啜1七目己直して個数される。・121. The number of sips is calculated by fixing the 1st and 7th sip.

上記C相分板導体)211は、上記仮想の而ftq I
c a相王尋坏具刀)ら下方Vc直角に分枝される直載
状の嚢体にて傷取される。b州分孜尋体関は、土肥仮想
の面内lこ谷々くの字状に屈折して包言さILる汝絖栴
戚とざn1王母醍(1ンのC相王尋体叩+tb相に相変
換されている。また、C相分孜尋体μは、上Heb相分
板導体l:l!2+と同様にしてb相王尋体(閾rc相
VC相3$侯されている。
The above-mentioned C phase division plate conductor) 211 is the above-mentioned virtual structure ftq I
It is incised with a direct-mounted capsule that branches downward from Vc at right angles. B state branch Keishin body is refracted in the shape of a cross in the Doi hypothetical plane, and it is encompassed by you. The phase of the C phase conductor μ is changed to the b phase Wang conductor (threshold rc phase VC phase 3) in the same manner as the upper Heb phase conductor l:l!2+. has been done.

次に、第7区(B) 、tいしくF9の相変換の三相結
線図に対応する本発明の一実施例を各々第2図ないし第
6図に示し、上Hb各図vc srいて上=C第1図と
同僚に、三相の分枝導体のうち一つの相のみが王寺体と
直父按統され、他の二つの相がくの字状に屈折さぜるの
みで相変換?行なう摘取と妊れゐ。
Next, one embodiment of the present invention corresponding to the three-phase wiring diagram of the phase conversion of section 7 (B) and F9 is shown in FIGS. 2 to 6, respectively, and Above = C Fig. 1 and colleagues explained that only one phase of the three-phase branch conductor is connected to the Oji body and the other two phases are transformed by simply bending them in a dogleg shape. ? Extraction and pregnancy.

即ち、第2図の不尖施夕IJ VCよる相友俣は、王母
i縁(1)のa摺王尋坏具を分枝母線(2)のb札分枚
→体IQ ” b ’E ’fC1)相王尋体(127
f a相分枝尋体1211に谷々変挨するもり′Cあゐ
。第3図の不実施νりに工ゐ相変換は、正母線(1)の
b相、C相の谷王尋体・濶、 (137亭 全分板母稼(2J C相、b花の谷分枝寺悴俵1−u;
に亡々変候すゐもの′T′める。第4図の本実弛νIJ
 VC工ゐ相変換1’l:、a 、 b 、 c(0@
相王尋体l幻、 (+d 、 t13ノ’c七の11相
変候會朽なうことなく分枝部ゐ礪せ才示す。第5図の本
実施例VCよる相変換は、a和王導体tllJをC相分
枝尋体啜1に、b相王尋俸(閃ra相分枝尋体(211
に、筐たC預王尋俸uat ’2 b相分仮尋俸122
)に谷々変侯する%(1)−cおる。第6図の不矢雄′
FljVC,cる相変換は、a相王尋俸1.11J七〇
相分孜尋体(4))VC%b相王導体(12j紫C相分
枝導体啜1に、またC相王4体tlai全す拍分枝4体
1〃)に谷々変侯するものである。
In other words, Aitomata according to the IJ VC in Figure 2 uses the a suriō jingogu of the royal mother i edge (1) to the b bill of the branch bus line (2) → body IQ `` b ''E'fC1) Aio Jintai (127
The forest that changes from valley to valley in the fa-phase branch body 1211. In contrast to the non-implementation of Fig. 3, the phase transformations are the b phase of the positive bus line (1), the valley of the C phase, and the (137 Tanibashiji Temple 1-u;
I believe that things are changing rapidly. Figure 4: Actual/relaxed νIJ
VC phase conversion 1'l: , a , b , c (0@
The phase transformation by the VC of this embodiment shown in Fig. 5 is as follows: King conductor tllJ to C phase branch body 1, b phase king body (senra phase branch body (211)
2, B provisional salary 122
%(1)-c will change to Tanyan. Figure 6 Fuyao'
FljVC, c phase conversion is a phase king 1.11J 70 phase branch conductor (4)) VC%b phase king conductor (12j purple C phase branch conductor 1, also C phase king 4 The whole body is divided into four branches (1) and the valleys change.

な2、上ac大7JMガでは正母線(1)に対して分校
母線(2)かT分枝する一合について述べたが、5分枚
にて輛叡し之場せについても同様の効釆が侍らnゐ。
2. In the above AC University 7JM Ga, we talked about a case where the branch line (2) or T branches from the line line (1), but the same effect can be applied to the case where the branch line (2) or T branches in the 5 minute piece. The pot is samurai.

〔児明の効果〕[Jimei effect]

2+S:発明は、三角形の谷頂点に配置した三相導体に
て何故される三相王母称の三角形の一つのjA点全形成
する導体と該一つの頂点から池の二つの頂点の田七を粕
ぶ酵と七含む@同VC上釦三相分孜#線を配置する慣成
七株ったことから、三相導体の飴ての慟曾の相変俟に対
して三相王碑体に波枕さnゐ分枝導体の屈折を敢小膿に
止めることができることとなり、分校導体の形状七ms
化し、渋絖尋体のに8i訓を最少限に2ざえると共に杷
腺性龍の力比?防止″′Cさるという効果上奏する。
2+S: The invention is based on a three-phase conductor placed at the apex of the valley of a triangle, and a conductor that completely forms one jA point of a three-phase king-nominal triangle, and a conductor from the one apex to the two apexes of the pond. It is said that the custom of placing the VC upper button three-phase branch # wire was seven, so the three-phase king monument was created for the phase change of the three-phase conductor. The shape of the branch conductor is 7ms.
The power ratio of the loquat gland dragon and the minimum of 2 8i precepts in the Shibu-Kyojin body? It has the effect of preventing ``'C''.

4、1囲の藺早な読切 第1図ないし第6図は本発明の一実施例を示す分枝部の
埃@偽成因、第1図ないし第6図の容体)は分枝部の接
続構成図の正Iflll凶、第1図ないし第6図の@(
B1は分枝部の接続檜欣図の妊面図、第1図ないし第6
図の各fe)は分枝部の1←−・成因の側面図、第7図
(AlないしくFlは谷々相笈換の三@結U図、第8図
ないし第16図rs、も々征米の分枝部の接続構成図を
示す。
4. A quick read of the box 1. Figures 1 to 6 show an embodiment of the present invention. The dust on the branch part is a false cause, and the contents in Figures 1 to 6) are the connections of the branch part. If the configuration diagram is correct, if it is correct, or if it is incorrect, it is @( in Figures 1 to 6)
B1 is a diagram showing the connection of the branch, Figures 1 to 6.
Each fe in the figure) is a side view of the 1←-・cause of the branching part, Figure 7 (Al or Fl is the 3@connection U diagram of the valley-to-interchange, and Figures 8 to 16 rs are also The connection configuration diagram of the branch part of Toseimai is shown.

(1)は正母線、(2)は分校母線、(6)はa相王尋
掩、(慶はb相王尋体、α3)はC相王尋体、1211
はa相分孜串体、閣はb相分枝4体、啜1はC相分板寺
体なお、図中同一符号は同−又は相当部分t不丁。
(1) is the normal bus line, (2) is the branch bus line, (6) is a soo jinki, (kei is b soo jintai, α3) is C soo jintai, 1211
In the figure, the same reference numerals are the same or the corresponding parts are not printed.

Claims (1)

【特許請求の範囲】[Claims] 三角形の各頂点に配置した三相導体にて構成される三相
主母線から分枝した三相分枝母線を有するガス絶縁母線
において、上記三相母線の三角形の一つの頂点を形成す
る母線と該一つの頂点から他の二つの頂点の中心を結ぶ
線とを含む面内に上記三相分枝母線を配置する構成とし
たことを特徴とするガス絶縁母線。
In a gas-insulated bus having a three-phase branch bus branching from a three-phase main bus consisting of three-phase conductors placed at each vertex of a triangle, a bus forming one vertex of the triangle of the three-phase bus; A gas insulated bus bar characterized in that the three-phase branch busbar is arranged in a plane including a line connecting the one vertex to the centers of the other two vertices.
JP22610284A 1984-10-27 1984-10-27 Gas insulated bus Pending JPS61106016A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP22610284A JPS61106016A (en) 1984-10-27 1984-10-27 Gas insulated bus

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP22610284A JPS61106016A (en) 1984-10-27 1984-10-27 Gas insulated bus

Publications (1)

Publication Number Publication Date
JPS61106016A true JPS61106016A (en) 1986-05-24

Family

ID=16839855

Family Applications (1)

Application Number Title Priority Date Filing Date
JP22610284A Pending JPS61106016A (en) 1984-10-27 1984-10-27 Gas insulated bus

Country Status (1)

Country Link
JP (1) JPS61106016A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6497906B1 (en) 1992-05-19 2002-12-24 Novogen Research Pty. Ltd. Dietary supplements comprising soy hypocotyls containing at least one isoflavone
US7033621B1 (en) 1997-04-28 2006-04-25 Novogen, Inc. Isoflavone compositions produced from legumes

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6497906B1 (en) 1992-05-19 2002-12-24 Novogen Research Pty. Ltd. Dietary supplements comprising soy hypocotyls containing at least one isoflavone
US7033621B1 (en) 1997-04-28 2006-04-25 Novogen, Inc. Isoflavone compositions produced from legumes

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