IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
UP-0586970
(2006-10-25)
|
등록번호 |
US-7534976
(2009-07-01)
|
발명자
/ 주소 |
|
출원인 / 주소 |
- FCI Americas Technology, Inc.
|
대리인 / 주소 |
|
인용정보 |
피인용 횟수 :
1 인용 특허 :
7 |
초록
▼
A vacuum recloser including a first connection section adapted to connect to a first electrical conductor; a second connection section mechanically connected to the first connection section; and an arm connected between the first and second connection sections. The second connection section is adapt
A vacuum recloser including a first connection section adapted to connect to a first electrical conductor; a second connection section mechanically connected to the first connection section; and an arm connected between the first and second connection sections. The second connection section is adapted to connect to a second electrical conductor. The arm includes a vacuum bottle section with contacts that are movable into and out of contact with each other for respectively electrically connecting and disconnecting the first and second connection sections with each other. The arm is movable to electrically disconnect the vacuum bottle section from one of the connection sections.
대표청구항
▼
What is claimed is: 1. An electrical recloser comprising: a first connection section adapted to connect to a first electrical conductor; a second connection section mechanically connected to the first connection section, wherein the second connection section is adapted to connect to a second electr
What is claimed is: 1. An electrical recloser comprising: a first connection section adapted to connect to a first electrical conductor; a second connection section mechanically connected to the first connection section, wherein the second connection section is adapted to connect to a second electrical conductor; and an arm connected between the first and second connection sections, wherein the arm comprises a circuit interrupter section with contacts that are movable into and out of contact with each other for respectively electrically connecting and disconnecting the first and second connection sections with each other, wherein the arm is movable to electrically disconnect the interrupter section from one of the connection sections, and wherein the interrupter section moves with the arm when the arm is moved. 2. An electrical recloser as in claim 1 wherein the recloser comprises a frame with the first and second connections sections and at least one electrical insulating section structurally connecting the first connection section to the second connection section. 3. An electrical recloser as in claim 1 further comprising a section for controlling opening and closing of the contacts in the interrupter section. 4. A vacuum recloser comprising: a first connection section adapted to connect to a first electrical conductor; a second connection section mechanically connected to the first connection section, wherein the second connection section is adapted to connect to a second electrical conductor; an arm connected between the first and second connection sections, wherein the arm comprises a vacuum bottle section with contacts that are movable into and out of contact with each other for respectively electrically connecting and disconnecting the first and second connection sections with each other, and wherein the arm is movable to electrically disconnect the vacuum bottle section from one of the connection sections; and a section for controlling opening and closing of the contacts in the vacuum bottle section, wherein the section for controlling opening and closing of the contacts in the vacuum bottle section comprises an inductively coupled power supply module, a recloser electronic control module, and a capacitive discharge and solenoid actuation module. 5. An electrical recloser as in claim 1 wherein the arm is pivotably connected to the first connection section by a connecting platform. 6. An electrical recloser as in claim 1 wherein the arm comprises a first end movably connected to the first connection section, and an opposite second end removably connected to the second connection section. 7. An electrical recloser as in claim 1 further comprising a first means for opening and closing an electrical path between the first and second connection sections comprising the contacts of the interrupter section which are movable into and out of electrical connection with each other. 8. An electrical recloser as in claim 7 further comprising a second means for opening and closing the electrical path between the first and second connection sections, wherein the second means comprises means for manually connecting and disconnecting an end of the interrupter section with one of the connection sections. 9. An electrical recloser as in claim 1 further comprising a communicator for communicating with another device. 10. A vacuum recloser comprising: a frame. comprising a first section adapted to be connected to a first conductor, a second section adapted to be connected to a second conductor, and electrical isolators between the first and second sections which electrically isolate the first and second sections from each other; an electrical connection section located between the first and second sections, wherein the electrical connection section comprises a first end pivotably connected to the first section, a second end removably connected to the second section, and a vacuum bottle section between the first and second ends, wherein the vacuum bottle section comprises electrical contacts which can be moved into and out of connection with each other to electrically connect and disconnect the first and second ends with each other; and a section for moving the contacts into and out of electrical contact with each other, wherein the first and second sections can be electrical disconnected from each other by the contacts in the vacuum bottle section or by removing connection of the second end of the electrical connection section with the second section. 11. A vacuum recloser as in claim 10 wherein the section for moving the contacts comprises an inductively coupled power supply module, a recloser electronic control module, a capacitive discharge and solenoid actuation module, and an armature mechanism connecting a solenoid of the capacitive discharge and solenoid actuation module to one of the contacts in the vacuum bottle section. 12. A vacuum recloser as in claim 11 wherein the electronic connections section comprises a printed circuit board with the three modules coupled thereto. 13. A vacuum recloser as in claim 11 wherein the inductively coupled power supply module comprises a voltage monitoring section and a current transformer. 14. A vacuum recloser comprising: a first system for opening and closing an electrical path between two connection sections of the vacuum recloser, the first system comprising a vacuum bottle section with contacts that are movable into and out of electrical connection with each other; and a second system for opening and closing the electrical path between the two connection sections, wherein the second system comprises a system for manually connecting and disconnecting an end of the vacuum bottle section with a second one of the connection sections, wherein the second system comprises an arm section connected between the two connection sections, wherein the arm section comprises the vacuum bottle section, wherein the end of the vacuum bottle section comprises a second end of the arm section, wherein a first end of the arm section is movably connected to a first one of the connection sections, and wherein the vacuum bottle section moves with the arm when the arm section is moved. 15. A vacuum recloser comprising: a first system for opening and closing an electrical path between two connection sections of the vacuum recloser, the first system comprising a vacuum bottle section with contacts that are movable into and out of electrical connection with each other; and a second system for opening and closing the electrical path between the two connection sections, wherein the second system comprises a system for manually connecting and disconnecting an end of the vacuum bottle section with a second one of the connection sections, wherein the first system comprises an inductively coupled power supply module, a recloser electronic control module, a capacitive discharge and solenoid actuation module, and an armature mechanism connecting a solenoid of the capacitive discharge and solenoid actuation module to one of the contacts in the vacuum bottle section. 16. A vacuum recloser as in claim 14 wherein the first end of the arm is pivotably connected to a platform extending from the first connection section. 17. A method of manufacturing a vacuum recloser comprising: providing a frame with a first section adapted to be connected to a first conductor, a second section adapted to be connected to a second conductor, and electrical isolators between the first and second sections which electrically isolate the first and second sections from each other; and connecting a vacuum recloser section to the frame between the first and second sections, wherein the vacuum recloser section has a second end which is removably connected to the second section such that a user can manually disconnect the first and second sections from electrical connection with each other by mechanically disconnecting the vacuum recloser section from the second section, wherein a first end of the vacuum recloser section is movably connected to the first section and an opposite second end of the vacuum recloser section is removably connected to the second section. 18. A method as in claim 17 wherein connecting the vacuum recloser section to the frame comprises pivotably mounting the first end of the vacuum recloser section to the frame. 19. A method as in claim 17 further comprising connecting a contact of the vacuum recloser section to a solenoid of a control by an armature mechanism. 20. A method of opening an electrical path in a vacuum recloser comprising: manufacturing a vacuum recloser as in claim 17; automatically opening the electrical path by separating contacting inside the vacuum recloser section; additionally or alternatively manually disconnecting the end of the vacuum recloser section from the second section. 21. An electrical recloser as in claim 1 further comprising a section for controlling opening and closing of the contacts in the interrupter section, wherein the section for controlling opening and closing of the contacts in the interrupter section comprises an inductively coupled power supply module. 22. An electrical recloser as in claim 1 further comprising a section for controlling opening and closing of the contacts in the interrupter section, wherein the section for controlling opening and closing of the contacts in the interrupter section comprises a recloser electronic control module. 23. An electrical recloser as in claim 1 further comprising a section for controlling opening and closing of the contacts in the interrupter section, wherein the section for controlling opening and closing of the contacts in the interrupter section comprises a capacitive discharge and solenoid actuation module.
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