[특허]Conducting path

Hitachi Metals, Ltd.

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Conducting path

특허상세정보
국가/구분	United States(US) Patent 등록
국제특허분류(IPC7판)	H01B-007/42 H02G-003/03
미국특허분류(USC)	174/015.6; 174/113R; 248/074.2
출원번호	US-0200922 (2011-10-05)
등록번호	US-8853532 (2014-10-07)
우선권정보	JP-2011-011017 (2011-01-21)
발명자 / 주소	Eshima, Hirotaka Oka, Fumihito
출원인 / 주소	Hitachi Metals, Ltd.
대리인 / 주소	McGinn IP Law Group, PLLC
인용정보	피인용 횟수 : 0 인용 특허 : 8

초록
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A conducting path includes a plurality of cables, and a cable clamp for clamping the plurality of cables together. The cable clamp includes a single metal plate molded along a perimeter of the plurality of cables, an attachment flange formed by overlapping both ends of the metal plate, and a cable supporting member for supporting the plurality of cables between the cable supporting member and the metal plate. The cable supporting member includes a coolant passage formed therein for passing a coolant to cool the plurality of cables in a longitudinal direc...

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1. A conducting path, comprising: a plurality of cables; anda cable clamp for clamping the plurality of cables together,the cable clamp comprising: a single metal plate formed along a perimeter of the plurality of cables;an attachment flange formed by overlapping both ends of the metal plate; anda cable supporting member provided inside the metal plate for supporting the plurality of cables between the cable supporting member and the metal plate,wherein the cable supporting member comprises a coolant passage formed therein for passing a coolant to cool the plurality of cables in a longitudinal direction of the plurality of cables,wherein a tube for feeding the coolant is connected to the coolant passage or passes through the coolant passage, andwherein the cable supporting member is inserted between two of the cables arranged in a horizontal direction in a cross sectional view, perpendicularly to the horizontal direction. 2. The conducting path according to claim 1, wherein the plurality of cables comprise three cables arranged in a triangular shape in a cross sectional view thereof, wherein the metal plate is formed along a perimeter of the three cables,wherein the cable supporting member is formed to contact all of the three cables, and support the three cables between the cable supporting member and the metal plate, andwherein the coolant passage is formed at a central part of the cable supporting member. 3. The conducting path according to claim 2, wherein the three cables each comprise an in-cable coolant passage at a center part thereof in the longitudinal direction of the plurality of cables for passing the coolant. 4. The conducting path according to claim 3, wherein the tube is configured to be connected to the in-cable coolant passage of each cable at ends of each cable to circulate the coolant through one of the tube and the in-cable coolant passage as a forward path, and through another one of the tube and the in-cable coolant passage as a backward path. 5. The conducting path according to claim 1, wherein the cable supporting member is formed to reduce in width toward a forward end in a direction of being inserted between the two of the three cables arranged in a horizontal direction so as to facilitate an insertion of the cable supporting member. 6. The conducting path according to claim 5, wherein the three cables each comprise an in-cable coolant passage at a center part thereof in the longitudinal direction of the plurality of cables for passing the coolant. 7. The conducting path according to claim 6, wherein the tube is configured to be connected to the in-cable coolant passage of each cable at ends of each cable to circulate the coolant through one of the tube and the in-cable coolant passage as a forward path, and through another one of the tube and the in-cable coolant passage as a backward path. 8. The conducting path according to claim 1, wherein a width of the cable supporting member reduces toward an edge of the cable supporting member in a direction of an insertion of the cable supporting member between the two of the cables arranged in the horizontal direction. 9. The conducting path according to claim 8, wherein the width of the cable supporting member at the edge of the cable supporting member is the same as a distance, in the horizontal direction, between opposing peripheries of the two of the cables. 10. The conducting path according to claim 1, wherein a width of the cable supporting member reduces toward an edge of the cable supporting member in a direction of an insertion of the cable supporting member between the cables. 11. A conducting path, comprising: a plurality of cables; anda cable clamp for clamping the plurality of cables together, the cable clamp comprising: a single metal plate formed along a perimeter of the plurality of cables;an attachment flange formed by overlapping both ends of the metal plate; anda cable supporting member provided inside the metal plate for supporting the plurality of cables between the cable supporting member and the metal plate,wherein the cable supporting member comprises a coolant passage formed therein for passing a coolant to cool the plurality of cables in a longitudinal direction of the plurality of cables,wherein a tube for feeding the coolant is connected to the coolant passage or passes through the coolant passage, andwherein the plurality of cables each comprise an in-cable coolant passage at a center part thereof in the longitudinal direction of the plurality of cables for passing the coolant. 12. The conducting path according to claim 11, wherein the plurality of cables comprise an in-cable coolant passage at a center part thereof in the longitudinal direction of the plurality of cables for passing the coolant, and wherein the tube is configured to be connected to the in-cable coolant passage of each cable at ends of each cable to circulate the coolant through one of the tube and the in-cable coolant passage as a forward path, and through another one of the tube and the in-cable coolant passage as a backward path. 13. A conducting path, comprising: a plurality of cables; anda cable clamp for clamping the plurality of cables together,the cable clamp comprising: a single metal plate formed along a perimeter of the plurality of cables;an attachment flange formed by overlapping both ends of the metal plate; anda cable supporting member provided inside the metal plate for supporting the plurality of cables between the cable supporting member and the metal plate,wherein the cable supporting member comprises a coolant passage formed therein for passing a coolant to cool the plurality of cables in a longitudinal direction of the plurality of cables,wherein a tube for feeding the coolant is connected to the coolant passage or passes through the coolant passage, andwherein the tube is helically wound around the plurality of cables. 14. The conducting path according to claim 13, wherein the tube is helically wound around each of the plurality of cables. 15. The conducting path according to claim 13, wherein the tube is helically wound around the plurality of cables along an entire longitudinal length of the plurality of cables. 16. A conducting path, comprising: a plurality of cables; anda cable clamp for clamping the plurality of cables together,the cable clamp comprising: a single metal plate formed along a perimeter of the plurality of cables;an attachment flange formed by overlapping both ends of the metal plate; anda cable supporting member provided inside the metal plate for supporting the plurality of cables between the cable supporting member and the metal plate,wherein the cable supporting member comprises a coolant passage formed therein for passing a coolant to cool the plurality of cables in a longitudinal direction of the plurality of cables,wherein a tube for feeding the coolant is connected to the coolant passage or passes through the coolant passage, andwherein the coolant comprises cooling water. 17. A conducting path, comprising: a plurality of cables; anda cable clamp for clamping the plurality of cables together,the cable clamp comprising: a single metal plate formed along a perimeter of the plurality of cables;an attachment flange formed by overlapping both ends of the metal plate; anda cable supporting member provided inside the metal plate for supporting the plurality of cables between the cable supporting member and the metal plate,wherein the cable supporting member comprises a coolant passage formed therein for passing a coolant to cool the plurality of cables in a longitudinal direction of the plurality of cables,wherein a tube for feeding the coolant is connected to the coolant passage or passes through the coolant passage, andwherein each of the plurality of cables comprises: an in-cable coolant passage for passing the coolant; anda conductor comprising a stranded wire helically wrapped around the in-cable coolant passage. 18. A conducting path, comprising: a plurality of cables; anda cable clamp for clamping the plurality of cables together,the cable clamp comprising: a single metal plate formed along a perimeter of the plurality of cables;an attachment flange formed by overlapping both ends of the metal plate; anda cable supporting member provided inside the metal plate for supporting the plurality of cables between the cable supporting member and the metal plate,wherein the cable supporting member comprises a coolant passage formed therein for passing a coolant to cool the plurality of cables in a longitudinal direction of the plurality of cables,wherein a tube for feeding the coolant is connected to the coolant passage or passes through the coolant passage, andwherein the coolant passage comprises a plurality of coolant passages for passing the coolant. 19. The conducting path according to claim 18, wherein one of the plurality of coolant passages circulates the coolant as a forward path and another one of the plurality of coolant passages circulates the coolant as a backward path.

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Conducting path

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