ВОИС - Поиск по национальным патентным фондам и фондам PCT

1.WO/1995/022123PASSENGER TRANSPORT VEHICLE SERVICE MONITOR AND CONTROL DEVICE

WO - 17.08.1995

Класс МПК G07B 13/00 № заявки PCT/PL1994/000020 Заявитель GASIOR, Adam Изобретатель GRANICZKA, Wac$m(D)aw

The passenger municipal transport service monitor and control device controls tickets validators, prints tickets, identifies the driver from his magnetic key, and blocks the vehicle without key. It records, information about: number of validations, distance covered, velocity, load, ride conformance to the time-table, engine operation parameters-revolutions, oil pressure and temperature. In the device housing consisting of a base (1) and cover (11), a main electronics board is attached with interior battery and microcontroller module containing slots (5) and (7) for insertable memory card (6) and driver's magnetic key (8). The display (14), the keyboard (15) and the diodes (16) extend through the holes in the front slant wall of the cover (11). The mains switch and connector for remote ticket validator control bus and vehicle operating and service parameters sensors are located in the holes of the rear wall of the base (1). The battery (3) is buffer connected to the mains. Under the cover (21) a paper roll is located for ticket printer.

2.WO/1996/038817CONTROLLER, ESPECIALLY ONE FOR MARKING VALIDITY OF TICKETS AND CONTROLLER UNIT SYSTEM

WO - 05.12.1996

Класс МПК G07B 11/00 № заявки PCT/PL1996/000012 Заявитель GASIOR, Adam Изобретатель GRANICZKA, Wac$m(D)aw

A controller, especially one to mark the validity of tickets, characterized by the fact, that it has a housing base (2) adapted to the upper housing (1) with a slanted plane in which a rotary digital switch (4) i located, situated above the microcontroller printed-circuit board, the display (3), monitor lights (11), and switch (8) 'ZAS' and switch (9) 'KAS'. A controller unit system, especially one to mark the validity of tickets, characterized by the fact, that it contains a microprocessor (A) connected with a crystal oscillator (B), a microswitch block (C), and a multiplexing generator (D) generating signals necessary for the correct operation of the display (3) and control push-buttons (5, 6, 7), as well as a rotary digital switch (4), a transcoder (E) changing the code, a transmitter (F) and a receiver (G) of the transmission line (T).

3.WO/1997/032247METHOD AND APPARATUS FOR ENHANCING PERFORMANCE OF A PROCESSOR

WO - 04.09.1997

Класс МПК G06F 1/08 № заявки PCT/US1996/010689 Заявитель SAMSUNG ELECTRONICS CO., LTD. Изобретатель MOTE, L., Randall, Jr.

An optimum processing frequency (160) is set for processors based upon the individual operational characteristics of each processor. The source voltage (145) supplied to the processor is increased, manually or under software control, to the maximum value specified for the processor. This allows the processor to operate at the maximum possible frequency. The processor clock frequency (160) is varied with respect to the motherboard clock frequency so that the processor clock can be arbitrarily set to its maximum operational frequency. A method of approximation is used to determine the maximum clock frequency at which the processor will function properly. In order to prevent thermally induced semiconductor breakdown, additional heat sinking is performed and/or a thermal management scheme is used. The supply voltage may also be controlled in conjunction with the clock rate to determine the optimum operating frequency and supply voltage to the processor.

4.WO/1996/041417GLITCH-FREE CLOCK ENABLE CIRCUIT

WO - 19.12.1996

Класс МПК H03K 5/1252 № заявки PCT/US1996/008578 Заявитель AST RESEARCH, INC. Изобретатель MOTE, L., Randall, Jr.

A circuit (100) utilizes a toggle flip-flop (110), a D flip-flop (112) and combinartorial logic (114) to generate a clock signal (158) which can be enabled or disabled without creating spikes or shortened pulses in the clock signal. The circuit receives an input clock signal (152) and an input clock enable signal (150). The circuit (100) generates an output clock signal (158) which is an enabled/disabled version of the input clock signal (152), controlled by the input clock enable signal (150). The circuit (100) thus provides the operational advantages of enabling or disabling, with a single control signal, groups of logic circuits triggered by a common clock signal.

5.WO/2003/024601DISCHARGE TABLE FOR A DRUM MILL

WO - 27.03.2003

Класс МПК B02C 17/18 № заявки PCT/RU2001/000377 Заявитель KOCHNEV, Vladimir Georgievich Изобретатель KOCHNEV, Vladimir Georgievich

The invention relates to milling equipment and can be used for dressing ores. The inventive discharge table for a drum mill comprises sectors (1) provided with discharge holes (2) whose longitudinal section in depth is changeably offset depthwise in a direction away from a front plane (3) towards the rear plane (4) of said table. The novelty of the invention lies in that the holes (2) are embodied in such a way that the walls thereof (5) are disposed in a parallel position in a direction away from the front plane (3) of the table to the depth of the hole which is equal to or less than half the minimum size thereof; afterwards said holes are embodied divergently at an angle which is higher than 20° with respect to the longitudinal axis of the hole (2). Bosses (6) in the form of a taped cone having different dimensions are arranged on the front plane (3) at an interval at least equal to the interval between the holes.

6.WO/1993/001361VERANKERUNGSELEMENT

WO - 21.01.1993

Класс МПК E02D 5/76 № заявки PCT/CH1992/000127 Заявитель PAUL KELLER INGENIEURBÜRO AG Изобретатель KELLER, Roland

Ein Verankerungselement (6) zur Verankerung eines Bodenankers (1) an einem zu stützenden Bauteil (2) ist zwecks Ermöglichung einer Überprüfung der Intaktheit eines geschlossenen Schutzrohrs (4), das Litzen (3) des Bodenankers (1) im Bohrloch umschliesst und dieselben vor Korrosion schützt, durch Anlegen einer Spannung zwischen den Litzen (3) und Erde und Messung des resultierenden Stromes auch nach Vergiessen des obersten Abschnittes des Bodenankers (1) in einem Durchführungskanal (13) im Verankerungselement (6) und des letzteren in einer Ankerdurchführung (14) mit einer Zementmasse mindestens soweit aus elektrisch isolierendem Material, vorzugsweise Polyamid, gefertigt, dass zwischen den Litzen (3) und der Zementmasse im Durchführungskanal (13) einerseits und der Zementmasse ausserhalb desselben und dem Bauteil (2) andererseits keine elektrisch leitende Verbindung besteht. Das Verankerungselement (6) kann z. B. aus Stahl gefertigt und mit einer Polyamidschicht überzogen sein, oder es kann einen Ankerstutzen (7) aus Polyamid und eine Verankerungsplatte (9) aus Stahl mit Polyamidbeschichtung aufweisen oder auch vollständig aus Polyamid bestehen. Das Verankerungselement (6) kann ein Rohrstück umfassen, das aus einem in den Durchführungskanal (13) dichtend eingeführten Dichtungsabschnitt und einer an denselben axial anschliessenden Elektroschweissmuffe, die mit dem Schutzrohr (4) verschmolzen wird, besteht.

7.WO/1999/017272ARRANGEMENT/DISPLAY METHOD USED WHEN WRITING ENGLISH SENTENCE VERTICALLY

WO - 08.04.1999

Класс МПК G06F 17/21 № заявки PCT/JP1997/004745 Заявитель TAKEMURA, Katsumitsu Изобретатель TAKEMURA, Katsumitsu

One of the objects of breaking down an English sentence, which is generally written laterally, and arranging and displaying vertically the sentence without changing the sequence of the words, symbols, numerals, etc., used in the sentence is to handle thereafter the sentence as a vertically read one. Therefore, this arrangement/display method must quite naturally consider ease-of-reading when the sentence is read vertically. This arrangement/display method arranges the center positions of the transverse widths of the words, symbols, numerals, etc., used in the sentence on each one vertical line for each column. Easier-to-reading feature of the vertical English sentence by this arrangement/display method will be evidenced by comparing it with a sentence not having the arrangement described above by using optical means.

8.WO/2002/033700OBJECTIVE LENS, COUPLING LENS, LIGHT CONVERGING OPTICAL SYSTEM, AND OPTICAL PICK-UP APPARATUS

WO - 25.04.2002

Класс МПК G02B 13/18 № заявки PCT/JP2001/009009 Заявитель KONICA CORPORATION Изобретатель KIMURA, Tohru

An objective lens for recording and/or reproducing an optical information recording medium, comprises a first lens having a positive refractive power; and a second lens having a positive refractive power; wherein the first lens and the second lens are aligned in this order from a light source side of the objective lens, the first lens and the second lens are respectively made of a material having a specific gravity of 2.0 or less and the objective lens satisfies the following conditional formula: NA ≥0.70, where NA: a predetermined image side numerical aperture necessary for recording and/or reproducing of the optical information recording medium.

9.WO/1995/012641ALKYD PAINTS

WO - 11.05.1995

Класс МПК C09D 167/08 № заявки PCT/BE1994/000077 Заявитель FINA RESEARCH S.A. Изобретатель BRAEKEN, Josef

High-solids air-drying or semi-drying alkyd paints essentially comprise, as binder, a conventional air-drying or semi-drying long-oil or medium-oil alkyd resin, and as reactive diluent an oligomer of polyol, polyisocyanate and unsaturated fatty acids. Use of the oligomer as reactive diluent is also claimed.

10.WO/1992/008567SELECTIVE LASER SINTERING WITH LAYERWISE CROSS-SCANNING

WO - 29.05.1992

Класс МПК B22F 3/105 № заявки PCT/US1991/008339 Заявитель DTM CORPORATION Изобретатель DECKARD, Carl, R.

An apparatus and method for producing parts by selective laser sintering are disclosed. The disclosed method selectively sinters a first layer of heat-fusible powder (54) by directing a laser beam (50) so that it scans the first layer (54) in a first direction to sinter a first cross-section (52) of the part. A second layer of the heat-fusible powder (56) is then disposed over the first layer (54), and the next cross-section (58) of the part is selectively sintered by the laser being scanned in a different direction from the first direction, for example in a direction perpendicular to the first direction. The cross-scanning resulting from scanning in different directions provides parts with structural strength which is not dependent upon orientation, with more uniform surfaces and textures, and with reduced distortion. In addition, each of the layers may have its outline (52') traced prior to the scanning, to further define the edges of the cross-sections.

1 / 484 202

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