OMPI – Búsqueda en las colecciones de patentes nacionales e internacionales

1.WO/1988/007396DEVICE FOR SKI HAND-TRANSPORT

WO - 06.10.1988

Clasificación Internacional A63C 11/02 Nº de solicitud PCT/IT1987/000028 Solicitante FILIPPI, Francesco Inventor/a FILIPPI, Francesco

The device foresees an overturned U-shaped tool for interposition and support, solidarily acting for the skis (19), consisting of two structures (1 and 5) centrally articulated with binding automatism, of which one (5) slides on guides (4) inside the other (1) through a synchronous action on the sides of gripping couples (2-3 and 6-7) with lateral outboaring. Of the said gripping pieces, the lower ones (6 and 7) are brought on the terminals of the sliding structure (5), whereas the upper ones (2 and 3) get out from the fixed structure (1). When the device is opened, helical retention springs (16) fitted in their seats (17) in the containment part (1) keep the sliding piece (5) in position enabling to put the skis (19) on the gripping parts (6 and 7) of the mobile structure (5). The activation of the control lever assembly (13), fitted on the upper part acting as handle when closed, raises the sliding structure (5) blocking the skis in solidarily operating condition.

2.WO/1988/002432CORROSION INHIBITING COMPOSITION FOR ZINC HALIDE-BASED CLEAR, HIGH DENSITY FLUIDS

WO - 07.04.1988

Clasificación Internacional C09K 8/06 Nº de solicitud PCT/US1987/002269 Solicitante GREAT LAKES CHEMICAL CORPORATION Inventor/a SHIN, Charles, C.

Thio group corrosion inhibitors and aldose group antioxidants when combined provide a synergistic corrosion inhibition system for clear, high density oil and gas completion and workover fluids.

3.WO/1990/003561SIMPLIFIED DATA INPUT SYSTEM FOR DYNAMIC BALANCING MACHINE AND WHEEL DIAGNOSTIC SYSTEM

WO - 05.04.1990

Clasificación Internacional G01M 1/02 Nº de solicitud PCT/US1989/004177 Solicitante DYNABAL CORPORATION Inventor/a CURCHOD, Donald, B.

A dynamic wheel balancing machine includes a rigid frame (11) and means (16) for supporting and rotating a vehicle wheel/tire assembly (14). The balancing machine further includes means (104) for detecting force variation in the wheel/tire assembly as well as means (100, 101) for detecting out of round portions of the rim and means (18) designating where the tire should be rotationally located with respect to the out of round portions of the rim to establish optimum ''roundness'' to the wheel/tire assembly. The rigid frame carries a bead breaker assembly (160) for use in raising the tire from its associated rim. The bead breaker assembly serves to readily permit the tire to be repositioned by rotating same on the rim to the portion designated as the preferred position to establish the optimum roundness.

4.WO/1991/018439STRUCTURE OF ROTOR OF SYNCHRONOUS MOTOR

WO - 28.11.1991

Clasificación Internacional H02K 1/27 Nº de solicitud PCT/JP1991/000640 Solicitante FANUC LTD Inventor/a UCHIDA, Hiroyuki

A rotor (10) is divided into 2ⁿ rotor elements (101, 102, 103, 104) to eliminate n kinds or the component (A, B) of the torque ripple of a synchronous motor. In order to eliminate the first component (A) of the torque ripple, the two rotor elements of each of 2^n-1 rotor element pairs (101, 102; 103, 104) are shifted from each other by an angle corresponding to the half of the wavelength (λ) of the first component. In order to eliminate the second component (B), the 2^n-1 rotor element pairs are divided into 2^n-2 rotor element groups, each of which comprises the two pairs that are shifted from each other by an angle corresponding to the half of the wavelength (γ) of the second component. The shifting is repeated until the n-th torque ripple component is eliminated, thus constructing a rotor.

5.WO/1996/011261SORBITOL KINASE, PROCESS FOR PRODUCING THE SAME, AND SUBSTANTIALLY PURE MICROORGANISM

WO - 18.04.1996

Clasificación Internacional C12N 9/12 Nº de solicitud PCT/JP1995/001997 Solicitante ASAHI KASEI KOGYO KABUSHIKI KAISHA Inventor/a KOGA, Shinji

A sorbitol kinase having at least the following physicochemical properties: 1) enzymatic action: utilizing mainly ATP, but not substantially phosphoenolpyruvate, as the phosphate donor catalyzing the following reaction: sorbitol + ATP → sorbitol 6-phosphate + ADP; (2) substrate specificity: having the substrate specificity for sorbitol; (3) N-terminal amino acid sequence: containing the following sequence: Met-Arg-Ile-Gly-Ile-Asp-Leu-Gly-Gly-Thr-Lys-Thr-Glu-Val-Ile-Ala-Leu-Ser-Glu-Gln; (4) thermostability: stable at least up to 60 °C when a 100 mM Tris-HCl buffer (pH: 8.5, containing 0.5 U/ml of sorbitol kinase) is heated for 15 minutes at various temperatures and the residual activity is measured.

6.WO/1998/025973PROCESS AND APPARATUS FOR PRODUCING CHLORINATED RUBBER

WO - 18.06.1998

Clasificación Internacional C08C 3/00 Nº de solicitud PCT/JP1997/004549 Solicitante ASAHI DENKA KOGYO K. K. Inventor/a KURITA, Naoyasu

A process for producing a chlorinated rubber which comprises chlorinating a latex or aqueous dispersion of a rubber to prepare a chlorinated rubber cake which weakly to highly acidic, drying the cake by fluidized drying together with a drying medium, and successively drying the resultant predried powder by fluidized drying. Thus, a high-quality chlorinated rubber can be efficiently obtained from the chlorinated rubber cake while attaining satisfactory handleability.

7.WO/1999/011983AIR CONDITIONER

WO - 11.03.1999

Clasificación Internacional F24F 1/00 Nº de solicitud PCT/JP1998/003810 Solicitante KABUSHIKI KAISHA TOSHIBA Inventor/a SEITO, Masaya

An air conditioner comprising, a main body (1) of an air conditioner having a rear plate (4), a heat exchanger (5) accommodated in the main body (4) of the air conditioner, an air cleaner (12) disposed on a front surface of an upper portion of the heat exchanger (5) so as to be accommodated in the main body (1) of the air conditioner, and a securing plate (21) and a plurality of fixing screws (22a, 22b, 22c) for integrally connecting and securing the heat exchanger (5) and the air cleaner (12) to each other and joining and securing the heat exchanger (5) and the air cleaner (12) to the rear plate (4). Since the present invention is structured such that the securing plate (21) and a plurality of fixing screws (22a, 22b, 22c) secures both of the heat exchanger (5) and the air cleaner (12), the number of elements can be reduced. Moreover, appropriate intervals can be maintained among the heat exchanger, the air cleaner (12) and the rear plate (4). Therefore, the assembling operation can be facilitated and the assembling accuracy can be improved.

8.WO/2002/057645MOUNTING A RADIAL WEB ON A HUB, IN PARTICULAR FOR A MOTOR VEHICLE CLUTCH DISC

WO - 25.07.2002

Clasificación Internacional F16D 1/072 Nº de solicitud PCT/FR2002/000176 Solicitante VALEO EMBRAYAGES Inventor/a TERNOY, Nicolas

The invention concerns a method for locking in rotation and in translation a radial web (20) around a hub (10), the web (20) extending along a plane substantially perpendicular to the axis of rotation (xx') of the hub (10). The invention is characterised in that it consists in: producing a cylindrical hub (10) in a material with high hardness and with teeth (5) projecting at the peripheral surface of the hub (10), the hub (10) having an external diameter (Dm) measured at mid-height of the teeth (5); producing a web (20) in a material with lower hardness than that of the hub (10), the radial web (20) having a central orifice with internal diameter (Df) substantially equal to that of the hub external diameter (Dm); and axially force-fitting the web (20) on the hub (10) so that the teeth (5) of said hub (10) are embedded inside the material constituting the web (20), at its central orifice, so as to lock in rotation and in translation the web (20) on the hub (10).

9.WO/1988/000704ANALYZER OPERATING METHOD

WO - 28.01.1988

Clasificación Internacional G01N 35/02 Nº de solicitud PCT/US1987/001609 Solicitante BECKMAN INSTRUMENTS, INC. Inventor/a ZAKOWSKI, Jack, J.

A method of operating a clinical analyzer wherein the analyzer includes a plurality of reaction locations (30) divided into two groups. Predetermined operations are performed on the first and second groups during corresponding processing cycles. A process that is common to both cycles is performed simultaneously for reaction locations (30) in the first and second groups during only one of the cycles. The other of the cycles can thus accommodate operations unique to particular tests that would not otherwise be available on the analyzer. The common process may be washing of adjacent reaction locations included in the first and second groups.

10.WO/1985/005707FAULT TOLERANT, FRAME SYNCHRONIZATION FOR MULTIPLE PROCESSOR SYSTEMS

WO - 19.12.1985

Clasificación Internacional G06F 11/16 Nº de solicitud PCT/US1985/000807 Solicitante GENERAL ELECTRIC COMPANY Inventor/a LAM, Jack, Fook-Tse

The processors in a redundant, multiprocessor system are synchronized at the minor frame level with a combination of hardware and local software supervisory routine. Each processor includes an interface synchronizer unit (34-41) which receives synchronizing pulses from a selected number of the processor synchronizer units at the end of each minor frame. Sync decision logic circuits in each synchronizer (43) determine whether the synchronizing pulses arrive within a predetermined time period or "window" (2 μ secs, for example) indicating synchronization between the processors. A control, processor "Interrupt", signal is generated whenever a majority (2) of the four (4) sync signals are received at the end of the minor frame. The local processor then initiates the supervisory software routine, which checks the status of the synchronizer (34-41) for failure indications, isolates and records the faulty processor with another processor.

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