OMPI – Búsqueda en las colecciones de patentes nacionales e internacionales

1.WO/1998/017134ELASTISCHE EINLAGE

WO - 30.04.1998

Clasificación Internacional A41D 27/06 Nº de solicitud PCT/EP1997/005657 Solicitante KUFNER TEXTILWERKE GMBH Inventor/a SCHERBEL, Ulrich

Diese Erfindung betrifft eine elastische Einlage, insbesondere eine elastische Fixiereinlage, die einen Träger und eine aufsitzende Schicht aus einer Klebemasse enthält, wobei der Träger Mehrkomponentenfasern enthält, die aus mindestens zwei verschiedenen Polymeren aufgebaut sind. Bevorzugt werden Bikomponentenfasern auf Polyesterbasis verwendet, wobei diese Garne auch mit Polyester, Polyamid, Polyacrylnitril, Viskose, Wolle oder Baumwolle vermischt werden können. Eine derartige Einlage kann als elastische Fixiereinlage zur Verstärkung von Oberstoffen, insbesondere zur Verstärkung des Vorderteils von Bekleidungsstücken verwendet werden.

2.WO/1998/010672COVERING SOLE

WO - 19.03.1998

Clasificación Internacional A43B 13/00 Nº de solicitud PCT/NL1997/000511 Solicitante CONCIN S.A. Inventor/a WITJES, Eric, Bernardus, Wilhelmus

A covering sole for footwear comprises a comparatively wear-resistant disc-shaped body (1) which has at least substantially the same shape as a walking surface of footwear to be covered thereby. Before the covering sole is provided, it should first be adapted to the size of the walking surface. The body for this purpose comprises a number of separate zones (31, 32, 33) which are mutually separated by lanes (2) which run parallel to the circumference and along which the body has been intentionally weakened so as to render possible a manual separation of at least one zone (31, 32) lying farther to the outside from a zone (32, 33) lying inside the former zone.

3.WO/2000/031565ANGULAR TIME SYNCHRONIZED DIRECTIONAL RADIATION SENSOR

WO - 02.06.2000

Clasificación Internacional G01T 1/29 Nº de solicitud PCT/US1999/027362 Solicitante THE UNITED STATES OF AMERICA Inventor/a KRONENBERG, Stanley

An angular time-synchronized directional radiation sensor is provided to indicate the direction, or distribution of directions, of incident gamma radiation, and consequently, to locate sources of radioactivity emitting these photons. The angular time-synchronized directional radiation sensor comprises a rotating radiation sensing means (20), interacting with the incident radiation (60) to produce light flashes, together with a stationary photomultiplier tube (35) that converts the light flashes to electrical pulses that are counted by a data collection means (40). A synchronous motor (14) enables the radiation sensing means (20) to complete a 360° scan within 1 second to reduce the time needed for measuring from hours to only a few minutes. The data collection means calculates an angle of rotation at a corresponding fraction of the 360° scan to rapidly indicate the direction of a radiation source. In one embodiment, the data collection means (40) is a computer. The radiation sensing means (20) can be a scintillator assembly.

4.WO/2002/012871X-RAY MEASURING AND TESTING SYSTEM

WO - 14.02.2002

Clasificación Internacional G01N 23/207 Nº de solicitud PCT/RU2000/000324 Solicitante KUMAKHOV, Muradin Abubekirovich Inventor/a KUMAKHOV, Muradin Abubekirovich

The invention relates to studying and testing substances, materials or instruments with the aid of x-ray emissions. A system for studying in the x-ray radiation spectrum simultaneously using several analytical devices, comprises a source (1) of divergent x-ray radiation, channels for transmitting the radiation to the analytical devices (5) and an apparatus thereof for spectrometric, diftactometric and other studies, for producing pictures of the internal structure of objects, and for x-ray lithography etc. The radiation is transmitted to the devices (5) by means of quasi-parallel beams (4) formed by x-ray hemi-lenses (2) which are embodied in the form of a set of bent channels whose inner walls are used for multiple total external reflection of x-rays. Radiation beams (35) directed to several analytical devices (5) can also be produced with the aid of the common hemi-lens (2) and whose output beam is broken into several beams with the aid of monochromates (33) placed on the path of an initial beam (4) at an angle to the direction of the diffusion thereof. Each of said beams intercepts a part (34) of the cross-section of the initial beam.

5.WO/2001/017583UROLOGISCHE KATHETER-STÖPSEL-VERBINDUNG

WO - 15.03.2001

Clasificación Internacional A61F 5/453 Nº de solicitud PCT/EP2000/008679 Solicitante BIEBER BIOMEDICAL GMBH Inventor/a BIEBER, Rolf

Die Erfindung betrifft eine urologische Katheter-Stöpsel-Verbindung zum Verschließen eines Katheters (1), insbesondere Dauerkatheters, bzw. zum Verbinden eines solchen Katheters (1) mit einem Urinauffangbeutel oder mittels eines Stöpsels (8). Das distale Ende (5) des Katheterschlauches (2) ist über eine haken- und laschenartige Befestigung (6, 7, 12) lösbar mit dem Stöpsel (8) verbindbar. Die Katheter-Stöpsel-Verbindung ermöglicht eine gegen ungewollte Diskonnektion sichere Steckverbindung zwischen Katheter (1) und Stöpsel (8).

6.WO/2001/060123MOUNTING ARRANGEMENT FOR AUXILIARY BURNER OR LANCE

WO - 16.08.2001

Clasificación Internacional C21C 5/46 Nº de solicitud PCT/US2001/003779 Solicitante PROCESS TECHNOLOGY INTERNATIONAL, INC. Inventor/a SHVER, Valery, G.

A cooled mounting block (14) for an arrangement of a supersonic burner or lance (10) used in an electric arc furnace is designed to rest on a step (24) between a water-cooled side wall (23) and the hearth (21) of the furnace. The mounting block (14) comprises a plurality of fluid cooling conduits (47) surrounding a mounting aperture which is formed through the block (14) and adapted to mount the lance (10) and has a width approximately equal to the width of the step. The lance (10) is mounted by passing it through an aperture in the water-cooled side wall (23) aligned with the mounting aperture in the mounting block (14).

7.WO/1996/026337SCHALUNG MIT EINEM VOUTENSCHALELEMENT

WO - 29.08.1996

Clasificación Internacional E04G 11/02 Nº de solicitud PCT/EP1996/000557 Solicitante PASCHAL-WERK G. MAIER GMBH Inventor/a JARUZEL, Kurt

Eine Schalung oder ein Schalelement für eine Voutenschalung ist aus einer ebenen oder gekrümmten Schaltafel (7) und einem an deren in der Regel unterem Rand befestigten Voutenschalelement (9) zusammengesetzt. Die Schalhaut (4), die an der Schaltafel (7) eventuell schon befestigt ist oder auch nach deren Krümmung nachträglich befestigt werden kann, wird ergänzt durch eine Schalhaut (4) an dem Voutenschalelement (9) und wird daran nach Festlegung des Winkels zwischen Schaltafel (7) und Voutenschalelement (9) angebracht. Dabei sind die Aussteifungsträger (10) und die Voutenträger (11) unter dem Voutenwinkel miteinander verbunden. Um den Voutenwinkel und die Abmessungen ändern zu können, sind die Voutenträger (11) an den Aussteifungsträgern (10) über ein Gelenk (12) um eine etwa parallel zur Schalhaut (4) verlaufende Achse (13) schwenkbar befestigt und/oder die Voutenträger (11) sind in ihrer Länge verstellbar. Darüber hinaus kann die Verbindung zwischen den Voutenträgern (11) und den Aussteifungsträgern (10) durch unterschiedliche Eingrifftiefen oder Einstecklängen ebenfalls veränderbar sein.

8.WO/2003/024527DEVICE FOR X-RAY THERAPY

WO - 27.03.2003

Clasificación Internacional A61N 5/10 Nº de solicitud PCT/RU2001/000384 Solicitante KUMAKHOV, Muradin Abubekirovich Inventor/a KUMAKHOV, Muradin Abubekirovich

The inventive device relates to means for X-ray therapy of malignant and non-malignant growths and other diseases and comprises a hollow probe (5), a radiation source (1) of neutral particles irradiated in the form of X-ray or gamma-ray quantum or neutrons and a unit for forming the particle beam of said radiation which is directed along the longitudinal axis of the probe. The inventive means for forming the particle beam is partially embodied in the form of a collimator or a lens (18) which is embodied in the form of a set of curved channels for transmitting radiation with total internal reflection. Said means can be arranged inside the probe (5). The inventive probe is used by introduction thereof into a patient body (11) and bringing the distal end thereof to a pathologic area (13) or by introducing the end directly into said area. In order to affect the pathologic area, the radiation emitted by the source of neutral particles or the secondary radiation excited in a target which is arranged in the distal end of the probe, or the radiation diffused by said target are used. The structure of the inventive device does not require vacuum pumping of the probe and the use of high voltage therein. The structural design is easily transformed by changing the probe, in particular for modifying the dimension thereof, and the energy and direction of the radiation acting on the pathologic area. The demountable embodiment of the probe simplifies the sterilisation thereof.

9.WO/2002/099143METHOD FOR MELTING AND DECARBURIZATION OF IRON CARBON MELTS

WO - 12.12.2002

Clasificación Internacional C21C 5/52 Nº de solicitud PCT/US2002/017232 Solicitante PROCESS TECHNOLOGY INTERNATIONAL, INC. Inventor/a SHVER, Valery, G.

A method and an apparatus for advantageously introducing a flame and a high velocity oxidizing gas into a furnace for metal melting, refining and processing, particularly steel making in an electric arc furnace. The steel making process of an electric arc furnace is made more efficient by shortening the time of the scrap melting phase and introducing an effective high velocity oxidizing gas stream into the process sooner to decarburize the melted metal. In one implementation of an apparatus, improved efficiency is obtained by mounting a fixed burner/lance closer to the hot face of the furnace refractory at an effective injection angle. This mounting technique shortens the distance that the flame of the burner has to melt through the scrap to clear a path to the molten metal and shortens the distance the high velocity oxygen from the lance travels to the slag-metal interface thereby increasing its penetrating power. The method additionally includes supplying a plurality of reaction zones with the high velocity oxidizing gas to decarburize the melted metal. The plurality of reaction zones increases the surface area available for the reaction thereby allowing a more rapid rate of decarburization and a more homogenous metal bath. The reaction zones are supplied with the high velocity oxidizing gas according to an oxygen supply profile which is related to the carbon content of the metal bath. In this manner an optimal amount of oxygen can be introduced into the metal bath to shorten the decarburization process without producing excessive oxidation of the metal bath and excessive free oxygen in the furnace.

10.WO/2003/069321DEVICE FOR IMAGING THE INTERNAL STRUCTURE OF AN OBJECT

WO - 21.08.2003

Clasificación Internacional A61B 6/02 Nº de solicitud PCT/RU2002/000048 Solicitante KUMAKHOV, Muradin Abubekirovich Inventor/a KUMAKHOV, Muradin Abubekirovich

The inventive device comprises an X-ray tube (1) provided with a planar fire anode (2). A first collimator (5) having perforated channels (4) is disposed between said X-ray tube and a studied object (8). A unit (16) provided with a detector array (17) detects secondary radiation which is excited in the object (8). A second collimator provided with perforated or slotted channels (23) is arranged between said object and the unit (16). The location of the radiation spot (3) of the X-ray tube (1) on the surface of the anode (2) is scanned with the aid of a electron beam control unit (6). A signal carrying information on the density of substance of the object (8) appears in the cross-section between the continuation of the channel of the first collimator on whose input the radiation of the tube (1) is present and the continuation of one of channels of a second collimator (9). Said signal reaches the input (18) of a data processing block (19.1) which is embodied in the form of part of a data processing and display unit (19). Information on the current position of electron beam is transmitted from a unit (6) to the input (20) of the block (1.91). In another variant, such data is contained in the beam modulation of the tube (1), the connection between the unit (6) and the block (1.91) being absent. The distribution of the density of the substance through the volume of the object (8) is determined in the block (1.91). The result is displaced on a monitor (19.2). The inventive device can also comprise an additional collimator (9a) and a means (16a) provided with a detector (17a), a means (28) for detecting the radiation of the tube (1) which passes through the object (8) and for producing the projection (29) of the internal structure thereof.

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