ВОИС - Поиск по национальным патентным фондам и фондам PCT

1.WO/1989/010104ANTI-AIDS UNDERPANTS

WO - 02.11.1989

Класс МПК A61F 6/06 № заявки PCT/FR1988/000210 Заявитель BECHET, Lucienne, Lulette Изобретатель BECHET, Lucienne, Lulette

Device to avoid the transmission of AIDS and other sexually-transmissible diseases, characterized in that it is in the form of underpants or a protection pocket having, in addition to the openings for the legs, a pocket for protecting and isolating the male sexual organ from that of his female or male partner.

2.WO/1992/017916ARRAY ANTENNA FOR RECEIVING COMMUNICATION SIGNAL

WO - 15.10.1992

Класс МПК H01Q 21/00 № заявки PCT/JP1992/000422 Заявитель MITSUBISHI DENKI KABUSHIKI KAISHA Изобретатель ORIME, Nobutake

An array antenna for receiving microwave-band signals. The array antenna comprises radiating elements (1), power feed circuits A (2) in subarrays, LNAs (3) (low noise amplifiers), a frequency converter (4), and a power feed circuit B (5) for combining the outputs of the subarrays. In the case of this configure, in the equation expressing the noise temperature of the whole of the array antenna, which is the noise temperature observed from the side of the elements (1), the gain of the LNAs (3) is the denominator of the term representing the loss of the power feed circuit (B) (5) for combining the outputs of the subarrays. Therefore, when the gain of the LNAs (3) is large enough, the effects given to the noise temperature by the losses of the power feed circuits (A, B (2, 5) for combining the outputs of the subarrays, can be ignored. Also, when each subarray comprises the plural elements (1) and the power feed circuit A (2), the higher the number of the subarrays is, the less the losses of the power feed circuits A (2) can be. As a result, the G/T is improved. Also, since an optimum number of the subarrays can be selected, the improvement of the G/T can be realized with an irreducible minimum increase in cost.

3.WO/1996/028802ROUTE GUIDING DEVICE FOR BELT HIGHWAY

WO - 19.09.1996

Класс МПК G01C 21/26 № заявки PCT/JP1996/000606 Заявитель KABUSHIKI KAISHA TOSHIBA Изобретатель UENO, Hideki

The times (TKO_i, TKI_i) taken for a vehicle detected by traffic stream detecting means (4a, 4b) to pass through the section (3a) when the vehicle travels on the inner circle (1a) of a belt highway and through the section (3b) when it travels on the outer circle (1b) are calculated; the time (TO_i) taken for the vehicle to reach the section (3b) when the vehicle travels on the outer circle from a specific point where the vehicle enters the belt highway is calculated; and the time (TI_i) taken for the vehicle to reach the section (3a) when the vehicle travels on the inner circle from the specific point is calculated. From those times, the place (O_TE) where the vehicle reaches in the same time from the specific point through the inner and outer circles is found and reported to the driver.

4.WO/1997/024751ELECTRON BEAM LITHOGRAPHY

WO - 10.07.1997

Класс МПК H01J 37/302 № заявки PCT/JP1996/003893 Заявитель SONY CORPORATION Изобретатель KASUGA, Takashi

A proximity effect correcting method used for electron beam lithography on an electron beam-sensitive resist material. In the correcting method, the pattern to be formed is divided into prescribed unit sections and the exposure of each unit section to the electron beam is corrected by taking the stored energy caused by the back scattering of electrons into consideration. This proximity effect correcting method includes the steps of calculating the pattern area density in each unit section by developing each unit section to a bit map, averaging the pattern area density in each unit section and calculating the averaged pattern area density, calculating the gradient vector of the averaged pattern area density, and determining unit sections having large proximate effect correcting errors by extracting such a unit section that the magnitude of the calculated gradient vector is larger than a prescribed value.

5.WO/2003/085678MATERIAL FOR NUCLEAR FUSION FURNACE EXCELLENT IN HIGH TEMPERATURE CHARACTERISTICS COMPRISING BERYLLIUM INTERMETALLIC COMPOUND

WO - 16.10.2003

Класс МПК G21B 1/13 № заявки PCT/JP2003/004462 Заявитель NGK INSULATORS, LTD. Изобретатель KAWAMURA, Hiroshi

A material for a nuclear fusion furnace which comprises an intermetallic compound of beryllium with Ti, V, Zr, Nb, Ta, Mo, W or Y, wherein the beryllium intermetallic compound is mixed with another metal or another intermetallic compound. The material is suitable as a blanket and an opposed material which are usually exposed to neutrons and heat generated by plasma.

6.WO/1985/000921RETROFITTABLE NUCLEAR REACTOR

WO - 28.02.1985

Класс МПК G21C 9/016 № заявки PCT/US1983/001278 Заявитель R & D ASSOCIATES Изобретатель LATTER, ALbert, L.

A passive "core catcher" is provided for preventing the escape of radiation in the unlikely event of a major failure of a nuclear reactor by melt-down of the core. The "core-catcher" structure includes a narrow vertically downwardly extending isolation tube (18), and aligned narrow heat-exchange structure (36, 38) forming a chilled wall crucible in which the molten uranium oxide forms a container for itself including a "frozen" or solid layer of uranium oxide adjacent the heat exchanger wall. A passive cooling system may include a water tower (54) adjacent the above-ground reactor structure (12), which dissipates heat from the core-catcher heat exchanger, and from within the above-ground reactor structure by a second local heat exchanger (72, 74, 76).

7.WO/1986/004755DATA BUS PILOT TONE

WO - 14.08.1986

Класс МПК H04L 12/413 № заявки PCT/US1986/000080 Заявитель HUGHES AIRCRAFT COMPANY Изобретатель BLACKSTONE, Gary, W.

A local area network transceiver (10) which includes a transmitter section (20) for providing a data signal and a pilot tone signal which are combined as a transmit signal for transmission on a local area network data bus (11). The transceiver further includes a receiver section (30) which receives signals on the data bus (11) and includes circuitry for filtering the received signal into a received data signal and a received pilot tone signal (23, 25, 27). Comparison circuitry (29, 31, 31) is responsive to the transmit pilot tone signal and the received pilot tone signal, and produces an output indicative of whether the received pilot originated from the transmit pilot tone. Logic circuitry (35, 37, 39, 41, 43) is responsive to the comparison output to provide outputs indicative of whether transmission collision has occurred or whether activity is present on the data bus.

8.WO/1986/001372METHOD AND APPARATUS FOR TREATING HAY

WO - 13.03.1986

Класс МПК A01D 82/00 № заявки PCT/AU1984/000161 Заявитель RIYATE PTY LIMITED Изобретатель MAHER, Jack

A hay conditioner has an elongated treatment chamber having opposed side walls (5) and (6) and a top wall (7) adapted to be positioned so as to enclose substantially a longitudinal portion of a windrow over which the hay conditioner is caused to travel. A steam generator (16) is coupled to a plurality of steam outlet nozzles in manifolds (9) and (10) within the treatment chamber whereby the windrowed material is treated with steam emerging from said steam outlet nozzles as the hay conditioner is caused to progress along the windrow.

9.WO/1986/005357MITICIDE

WO - 25.09.1986

Класс МПК A01N 33/12 № заявки PCT/JP1986/000109 Заявитель KAO CORPORATION Изобретатель IWASAKI, Tetsuji

Quaternary ammonium salts represented by general formula (I), (wherein R₁ and R₂ each represents (II), (III) or C_1-4 alkyl, with at least one being (II), R₅ represents C_4-22 alkyl or alkenyl, R₆ represents C_2-20 alkyl or alkenyl, R₃ and R₄ each represents C_1-4 alkyl or -CH₂CH₂OH, and X ^- represents a counter ion) are useful as miticides with no phytotoxicity against fruit trees and vegetables.

10.WO/1983/004407PROCEDURE AND MEANS IN VOLUME MEASUREMENTS OF MILK

WO - 22.12.1983

Класс МПК A01J 5/01 № заявки PCT/FI1982/000025 Заявитель OT-TEHDAS OY Изобретатель KUJALA, Hannu

The means (10) in milk gathering from milk producers taking place with the aid of tank cars comprises a flexible suction tube (13) or a suction pipe (11) and a flexible suction tube (13), an air separator (14) provided with a venting means (15), a pump means (18) and a volume meter (20). The means (10) is employed to draw the milk from a farm tank or from a milk can to the air separator (14), whence the milk is further conducted to the volume meter (20). With a view to avoiding technical problem solutions having a detrimental effect on the accuracy of measurement, the pump means (18) has been so disposed with reference to the air separator (14) that the air separator (14) is located on the intake side of the pump means (18). The pump means (18) has been provided with a control system (23) adapted to control the pump means (18) in such manner that when the milk surface reaches in the air separator (14) a first upper level (B) the pump means (18) is switched to operate at a slow pumping rate. When the milk surface in the air separator (14) reaches a second upper level (C) higher than the said first upper level (B) the pump means (18) is switched to operate at a higher pumping rate. The operation of the venting means (15) is so controlled with a control means (22) that the venting means (15) is switched to operate when the pressure in the air separator (14) is higher than a predetermined limit pressure (P_r), which is lower than atmospheric pressure. The control system (23) stops the pump means (18) when the milk surface in the air separator (14) falls to a lowest level (A).

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