专利检索_不可调的液体电阻器专利检索_不可调的液体电阻器专利检索查询

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
101	MAIN ELECTRODE DEVICE OF WATER RESISTOR	JP17102188	1988-07-11	JPH0221602A	1990-01-24	MATSUMOTO KESAFUMI
PURPOSE:To stabilize the measurement of output characteristics and to improve the measuring capability under severe conditions by providing an electrode water inlet port at the central top of the upper end of a semispherical part, providing electrode outlet ports at the outer surface of a bottom part at an equal interval, providing a main electrode comprising a hollow cylinder at the center of the bottom part, and coupling a cylinder sleeve having arc-discharge resisting property to the inner surface of a circular recess part at the upper end. CONSTITUTION:Electrode water is processed at constant temperature and conductivity during circulation. The electrode water is made to fall and supplied in the direction of arrows from the right upper part of a main electrode 10. Part of the water enters into the inside through an electrode water inlet port 11 at the center of the top end of the main electrode 10. The electrode water flows down in the direction of arrows along the inner surface of the main electrode 10 and cools the electrode. The electrode water is drained from electrode water outlet ports 12 in the vicinity of a bottom part 10c through gaps l in the direction of arrows. The holding part of an arc surface 10b at the outer surface edge of the bottom part 10c of the main electrode 10 is covered in a circular recess part 14a. A part where arc discharge is liable to occur mostly is not exposed to the outside. The bottom part 10c is always cooled with the electrode water which passes through the gaps l from the electrode water outlet ports 12. Therefore, generation of bubbles due to local concentrated heating at this part is prevented beforehand. The arc discharge due to insulation breakdown is suppressed as much as possible.
102	Liquid resistor	JP17037384	1984-08-17	JPS6148902A	1986-03-10	AIBA KAZUMASA

103	JPS5923719U -	JP11940882	1982-08-04	JPS5923719U	1984-02-14

104		JP17877580	1980-12-15	JPS57102105U	1982-06-23

105		JP12489079	1979-09-10	JPS5643101U	1981-04-20

106	WATER RESISTOR	JP14532378	1978-11-27	JPS5572005A	1980-05-30	INOUE TOMOHIRO; KANAZAWA TERUSATO

107		JP9270078	1978-07-04	JPS5510169U	1980-01-23

108		JP8200866	1966-12-14	JPS4938508B1	1974-10-18

109		JP7466370	1970-08-27	JPS4913299B1	1974-03-30

110	High voltage control devices	US936971	1978-08-25	US4259593A	1981-03-31	Joseph M. Proud; James M. Auborn; R. A. Bessett
High voltage control devices are provided comprising a housing, an aprotic liquid contained within said housing, means for effecting heat exchange with said liquid, at least two spaced electrodes contained within said liquid and each of said electrodes extending from said housing. These devices find utility as variable resistors, circuit breakers, thermostats, optical triggering devices, acoustic pulse generators and the like.
111	Resistance heating system	US26168072	1972-06-12	US3808400A	1974-04-30	CORNELLA E; CORNELLA T
An electric heating system for mounting in floors of building structures includes a pair of spaced tubular manifolds interconnected by a plurality of spaced tubular members positioned between the manifolds and in communication therewith. Each of the manifolds is provided with an electrode extending the length of the manifolds and the electrodes are operatively connected across a voltage source. An electrically conductive liquid of a predetermined electrical resistance fills the manifolds and tubular members and is in contact with the electrodes whereby heating current can be caused to flow through said liquid from one electrode to the other to produce heat. The tubular members are made of plastic material which will melt when exposed to high ambient temperature conditions, thereby causing liquid to drain from the system to shutdown the heating system by open circuiting the electrodes. A liquid reservoir communicates with the system for assuring sufficient liquid supply and for providing space to accomodate thermal expansion of the liquid in the system.
112	Method of fabricating composite superconductive conductor	US3644988D	1969-11-12	US3644988A	1972-02-29	ANDERSON GLENN A
A ribbon-type multilayer composite superconductive conductor having a large surface area including internal surfaces exposed to the coolant. The internal passages are formed by winding a superconductive conductor on a first ribbon of conductive material disposed between and separating two outer ribbons of conductive material whereby in combination with said ribbons the space between adjacent turns of the superconductive conductor defines passages on both sides of said inner ribbon, the passages on one side preferably being disposed at an angle to the passages on the other side of the inner ribbon and the normal material intermediate the turns of the superconductive conductor providing a low-resistance shunt path in the event one or more turns are driven into the normal state.
113	High-resistivity liquid resistance	US3539470D	1968-01-03	US3539470A	1970-11-10	ICRE PIERRE

114	Arrangement for the interruption of high currents at high voltages	US3430017D	1966-08-15	US3430017A	1969-02-25	STORSAND BJARNE

115	Resistance body	US56578231	1931-09-29	US1917331A	1933-07-11	FRIEDRICH SCHEID JOHANN

116	Resistor for shunted condensers	US66583423	1923-10-01	US1686022A	1928-10-02	MARBURY RALPH E

117	고전압용 저항기 유닛 및 고전압용 가변 저항기 유닛	KR1019960058912	1996-11-28	KR1019970051490A	1997-07-29	코타니히로카주; 히가미모토하루; 카마타신이찌; 하라다스스무
출력전압의 변동이 적은 고전압용 저항기유닛을 제공한다. 회로기판(3)의 표면에 형성된 전극(E31)과 접촉만에 의하여 접속되는 접점부를 구비한 단자부재(25)를 사용한다. 단자부재(25)의 접점부가 접촉하는 전극(E31)의 표면부를 가리는 저항체도료층(R4)의 두께방향의 저항치를, 회로기판(3)의 표면에 형성된 저항회로패턴(R1~R3)의 두께방향의 저항치보다 작게한다.
118		SU4181925	1987-01-13	RU1477160C	2003-02-20

119	ГАЗОНАПОЛНЕННЫЙ РАЗЪЕДИНИТЕЛЬ	RU98113561	1998-07-07	RU2159971C2	2000-11-27	VISHNEVSKIJ JU I; FILIPPOV A A

120		FR9310757	1993-09-03	FR2709590B1	1995-11-24	THUNY GILLES; SINIGAGLIA JEAN-CLAUDE

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