mhurhangee/ep-ind-claims huggingface dataset:
A service type discovery method performed by a mobile device (102,108,110,402,900) that is within radio communication range of a wireless network (104, 106), the method comprising: receiving a layer 2 frame that conveys an announcement of one or more service types available within or accessible via the wireless network, wherein the layer 2 frame comprises a plurality of fields (602, 606, 604, 608, 610), at least one of the fields being a service type mask field storing a bit mask wherein each bit indicates the availability of a specific type of service within or accessible via the wireless network; and determining from the announcement the one or more announced service types available within or accessible via the wireless network, the method further comprising: making a determination whether the mobile device can make use of any of the one or more announced service types; and providing the determination to a network selection algorithm within the mobile device. receiving a layer 2 frame that conveys an announcement of one or more service types available within or accessible via the wireless network, wherein the layer 2 frame comprises a plurality of fields (602, 606, 604, 608, 610), at least one of the fields being a service type mask field storing a bit mask wherein each bit indicates the availability of a specific type of service within or accessible via the wireless network; and determining from the announcement the one or more announced service types available within or accessible via the wireless network, the method further comprising: making a determination whether the mobile device can make use of any of the one or more announced service types; and providing the determination to a network selection algorithm within the mobile device. making a determination whether the mobile device can make use of any of the one or more announced service types; and providing the determination to a network selection algorithm within the mobile device.
A refrigeration apparatus comprising a compressor, a condenser, an expansion mechanism, and an evaporator, wherein an acid scavenger is blended with refrigerator oil, characterized in that: refrigerant containing at least 60 wt% of R32 and the refrigerator oil for lubricating the compressor is used, the refrigerator oil containing polyvinyl ether oil or polyol ester oil as base oil, an extreme pressure agent and an antioxidant being further blended with the refrigerator oil; a discharged-gas temperature is controlled to 120°C or less; and an acid scavenger added in an amount of 1.0 to 5.0 wt% is blended with the refrigerator oil. refrigerant containing at least 60 wt% of R32 and the refrigerator oil for lubricating the compressor is used, the refrigerator oil containing polyvinyl ether oil or polyol ester oil as base oil, an extreme pressure agent and an antioxidant being further blended with the refrigerator oil; a discharged-gas temperature is controlled to 120°C or less; and an acid scavenger added in an amount of 1.0 to 5.0 wt% is blended with the refrigerator oil.
A hydrogenated block copolymer prepared by hydrogenating a block copolymer that comprises at least a polymer block consisting mainly of a structural unit derived from an aromatic vinyl compound, and a polymer block consisting mainly of a structural unit derived from isoprene, a structural unit derived from butadiene, or a structural unit derived from a mixture of isoprene and butadiene, wherein: the content of the polymer block is 1% by mass or more and less than 5% by mass relative to the total amount of the hydrogenated block copolymer, the total content of the 1,2-bond and the 3,4-bond in the polymer block is from 30 to 85 mol%, the hydrogenation rate of the polymer block is 80 mol% or more, and the weight average molecular weight of the hydrogenated block copolymer is from 150,000 to 800,000.
Braking and/or clamping apparatus associated with a slide guided along at least one guide rail, - the apparatus comprising at least one frictional motion inhibiting means adapted to be actuated via transmitting means (92, 107, 96), said motion inhibiting means including at least one friction liner mounted in a casing and adapted to be urged against the guide rail; and - with the transmitting means (92, 162, 96) driven by means of external energy and being movable by means of at least one actuator (55, 70, 80) or spring-type energy storage element comprising at least one spring member for loading and unloading the frictional motion inhibiting means per loading and unloading direction; characterized in that - at least one pressure-force receiving thin-layer sensor is disposed within the area of at least one motion inhibiting means and transversely to the direction of the flow of force of the braking and/or clamping force to be built up, and in that - the thin-layer sensor or sensors is or are integrated within the frictional motion inhibiting means in the friction line or liners associated therewith. - the apparatus comprising at least one frictional motion inhibiting means adapted to be actuated via transmitting means (92, 107, 96), said motion inhibiting means including at least one friction liner mounted in a casing and adapted to be urged against the guide rail; and - with the transmitting means (92, 162, 96) driven by means of external energy and being movable by means of at least one actuator (55, 70, 80) or spring-type energy storage element comprising at least one spring member for loading and unloading the frictional motion inhibiting means per loading and unloading direction; - at least one pressure-force receiving thin-layer sensor is disposed within the area of at least one motion inhibiting means and transversely to the direction of the flow of force of the braking and/or clamping force to be built up, and in that - the thin-layer sensor or sensors is or are integrated within the frictional motion inhibiting means in the friction line or liners associated therewith.
: A cold storage appliance comprising: a) at least one open-topped container comprising an interior compartment, exterior walls with top portions, a base and a sealing surface; b) a lid associated with the container, comprising a sealing surface; c) a cooling mechanism associated with the container, comprised either in the container or in the associated lid; d) a structure adapted to support all of the above; wherein the container is adapted such that it may move in an essentially horizontal direction between a closed position wherein the sealing surface comprised on the container and the sealing surface comprised on the lid meet and form a seal and an open position wherein the interior compartment is accessible, wherein the sealing surface comprised on the container is positioned on the exterior walls of the container such that at least a portion of the exterior wall is above the sealing surface comprised on the container, characterised in that the plane of the sealing surface comprised on the container is inclined such that a greater proportion of the exterior walls are above the sealing surface comprised on the container on one side of the container than on the other side. a) at least one open-topped container comprising an interior compartment, exterior walls with top portions, a base and a sealing surface; b) a lid associated with the container, comprising a sealing surface; c) a cooling mechanism associated with the container, comprised either in the container or in the associated lid; d) a structure adapted to support all of the above;
A virtual reality or augmented reality vision system (200; 500; 600; 600'; 700; 700'; 700"; 700′′′) including: - a first emission module (230; 730), capable of emitting a visible light beam oriented along a first emission axis; - a second emission module (240; 740), capable of emitting an infrared light beam oriented along a second emission axis; and - an infrared-sensitive photo-detection module (250; 650; 750); characterised in that it further includes an array of micro-mirrors (260; 560; 660; 760), wherein each micro-mirror is capable of taking a first position and a second position distinct from each other, with the micro-mirrors parallel to each other when they are all in the first position, respectively when they are all in the second position, and in that: - each micro-mirror of the array of micro-mirrors (260; 560; 660; 760) is configured to, in its first position, receive light from the first emission module (230; 730) and reflect it along an axis parallel to an axis of interest; and - each micro-mirror of the array of micro-mirrors (260; 560; 660; 760) is configured to, in its second position, receive light from the second emission module (240; 740) and reflect it along an axis substantially parallel to the axis of interest, and receive light propagating along an axis parallel to the axis of interest and reflect it toward the photo-detection module (250; 650; 750). - a first emission module (230; 730), capable of emitting a visible light beam oriented along a first emission axis; - a second emission module (240; 740), capable of emitting an infrared light beam oriented along a second emission axis; and - an infrared-sensitive photo-detection module (250; 650; 750); - each micro-mirror of the array of micro-mirrors (260; 560; 660; 760) is configured to, in its first position, receive light from the first emission module (230; 730) and reflect it along an axis parallel to an axis of interest; and - each micro-mirror of the array of micro-mirrors (260; 560; 660; 760) is configured to, in its second position, receive light from the second emission module (240; 740) and reflect it along an axis substantially parallel to the axis of interest, and receive light propagating along an axis parallel to the axis of interest and reflect it toward the photo-detection module (250; 650; 750).
Method for detecting an earth fault in an electrical power distribution grid or on an electrical power transmission line, wherein the method involves - energy values being formed by means of an integration of power values, characterized in that - a further integration is performed that involves the energy values being integrated to form a comparison signal (iw0(t)), and - the comparison signal (iw0(t)) is used to check whether there is an earth fault and the earth fault error signal needs to be generated. - energy values being formed by means of an integration of power values, characterized in that - a further integration is performed that involves the energy values being integrated to form a comparison signal (iw0(t)), and - the comparison signal (iw0(t)) is used to check whether there is an earth fault and the earth fault error signal needs to be generated.
A multilayer data carrier having an areal see-through window (42, 62, 72), having - an opaque core layer that is furnished in a sub-region with an areal gap to form the see-through window, and - two cover foils (24, 26) that are transparent at least in the region of the see-through window and that are laminated onto opposing sides of the opaque core layer, - the two cover foils (24, 26) being joined with each other across the entire area of the see-through window (42, 62, 72) by laminating them together with the aid of opposing lamination plates (50, 52), - the cover foils (24, 26) that are joined with each other being furnished in the see-through window with an embossed relief structure (44, 64, 66, 74) that is produced by a relief structure that is elevated in at least some regions in at least one of the said lamination plates (50, 52), and - the embossed relief structure (44, 64, 66, 74) producing in the see-through window (42, 62, 72) a latent image that, due to light diffraction, comes into view when looked through and that is substantially not visible in reflected light. - an opaque core layer that is furnished in a sub-region with an areal gap to form the see-through window, and - two cover foils (24, 26) that are transparent at least in the region of the see-through window and that are laminated onto opposing sides of the opaque core layer, - the two cover foils (24, 26) being joined with each other across the entire area of the see-through window (42, 62, 72) by laminating them together with the aid of opposing lamination plates (50, 52), - the cover foils (24, 26) that are joined with each other being furnished in the see-through window with an embossed relief structure (44, 64, 66, 74) that is produced by a relief structure that is elevated in at least some regions in at least one of the said lamination plates (50, 52), and - the embossed relief structure (44, 64, 66, 74) producing in the see-through window (42, 62, 72) a latent image that, due to light diffraction, comes into view when looked through and that is substantially not visible in reflected light.
A method for producing heating comprising condensing a vapor working fluid comprising (a) E -CF 3 CH=CHF and (b) CHF 2 CHF 2, in a condenser, thereby producing a liquid working fluid; provided that the weight ratio of E -CF 3 CH=CHF to the total amount of E -CF 3 CH=CHF and CHF 2 CHF 2 in the working fluid is from 0.05 to 0.99; wherein the heating is produced in a high temperature heat pump comprising said condenser, wherein the maximum condenser operating temperature of the high temperature heat pump is greater than 55°C, further comprising (i) passing a heat transfer medium through the condenser, whereby said condensation of working fluid heats the heat transfer medium, and passing the heated heat transfer medium from the condenser to a body to be heated, or (ii) passing a fluid to be heated through said condenser, thus heating the fluid, wherein the fluid is air, water or a portion of an industrial process.
A method of removing carbon dioxide from a flue gas, the method comprising: a) introducing a flow of ammonia into a humidified flow of flue gas; and, b) diffusing the gas mixture from step a) into a solution containing calcium nitrate, sodium nitrate or calcium sulphate to produce carbonate and/or bicarbonate precipitates in an ammonium nitrate or ammonium sulphate solution through a gas-liquid contactor, the gas-liquid contactor being disposed in a vessel having a draft tube in the form of a hollow cylinder concentrically aligned along a central longitudinal axis of the vessel, wherein the draft tube is supported within the vessel by supporting brackets laterally extending from side walls of the vessel, and an impellor mounted on a shaft concentrically disposed within the draft tube, wherein the gas mixture inlet 14 is integral with the gas-liquid contactor disposed in an upper portion above the draft tube, the gas-liquid contactor comprising a hollow perforated annulus provided with a sliding skirt with open by-pass slots that fits within the draft tube, the arrangement being such that an outer diameter of the perforated annulus is spaced apart from side walls of the draft tube and the impellor creates a down draft which draws the flow of gas bubbles downward through the draft tube and along a circulatory path to disperse the bubbles of the gas mixture in said solution for a period of time sufficient to produce carbonate and/or bicarbonate precipitates. a) introducing a flow of ammonia into a humidified flow of flue gas; and, b) diffusing the gas mixture from step a) into a solution containing calcium nitrate, sodium nitrate or calcium sulphate to produce carbonate and/or bicarbonate precipitates in an ammonium nitrate or ammonium sulphate solution through a gas-liquid contactor, the gas-liquid contactor being disposed in a vessel having a draft tube in the form of a hollow cylinder concentrically aligned along a central longitudinal axis of the vessel, wherein the draft tube is supported within the vessel by supporting brackets laterally extending from side walls of the vessel, and an impellor mounted on a shaft concentrically disposed within the draft tube, wherein the gas mixture inlet 14 is integral with the gas-liquid contactor disposed in an upper portion above the draft tube, the gas-liquid contactor comprising a hollow perforated annulus provided with a sliding skirt with open by-pass slots that fits within the draft tube, the arrangement being such that an outer diameter of the perforated annulus is spaced apart from side walls of the draft tube and the impellor creates a down draft which draws the flow of gas bubbles downward through the draft tube and along a circulatory path to disperse the bubbles of the gas mixture in said solution for a period of time sufficient to produce carbonate and/or bicarbonate precipitates.
An anti-lock braking system for a vehicle, comprising: a hub having a hollow cavity which is configured to accommodate an axle; a device having a first part which is substantially static relative to the hub and a second part which may rotate relative to the hub when the first part and the second part are disengaged; and an actuator which is configured to control a transmission of a braking force from a frame of the vehicle to the hub by actuating the device; characterized in that one of the first part and the second part is configured to extend helically around the axle. a hub having a hollow cavity which is configured to accommodate an axle; a device having a first part which is substantially static relative to the hub and a second part which may rotate relative to the hub when the first part and the second part are disengaged; and an actuator which is configured to control a transmission of a braking force from a frame of the vehicle to the hub by actuating the device; characterized in that one of the first part and the second part is configured to extend helically around the axle.
A stent delivery system comprising: an expandable stent including a plurality of interconnected cells extending between a proximal end and a distal end; a catheter including an elongated member having a stent mounting location, the elongated member including a deformable retaining ring disposed around the elongated member; and a sheath mounted on the elongated member, the sheath being positionable in a transport position in which the sheath covers the stent mounted at the stent mounting location of the elongated member and a deploy position in which the stent is at least partially exposed, characterised in that the deformable retaining ring has a diameter that is larger than a diameter of the sheath such that when the sheath is in the transport position an outer edge of the deformable retaining ring overlies the proximal end of the stent. an expandable stent including a plurality of interconnected cells extending between a proximal end and a distal end; a catheter including an elongated member having a stent mounting location, the elongated member including a deformable retaining ring disposed around the elongated member; and a sheath mounted on the elongated member, the sheath being positionable in a transport position in which the sheath covers the stent mounted at the stent mounting location of the elongated member and a deploy position in which the stent is at least partially exposed, characterised in that the deformable retaining ring has a diameter that is larger than a diameter of the sheath such that when the sheath is in the transport position an outer edge of the deformable retaining ring overlies the proximal end of the stent.
Cutting device with monolithic structure for processing animal meat comprising a metal body provided with a central hole, suitable to be engaged with the rotating shaft of the meat processing plant in the cutting/mincing step, said metal body being provided with a plurality of radial arms that depart from said metal body up to reaching a perimeter crown concentric to said central hole, said cutting device being characterised in that each radial arm is provided with at least two pairs of metal supports (6.a-6.b, 6.a'-6.b') that extend perpendicularly with respect to the central axis of the relative radial arm, said pairs of metal supports (6.a-6.b, 6.a'-6.b') being suitable to support, fixedly and irreversibly, at least one corresponding pair of rectangular-shaped blades (7-7'); said blades (7-7') being separated by a central space with predetermined width, suitable to confer freedom of movement to the single blades (7-7'), with respect to each other, during the meat cutting/mincing process; said cutting device, being constituted by a single investment casting of any metal or metal alloy suitable to confer a predetermined degree of rigidity to the entire monolithic structure that constitutes the cutting device; said metal or metal alloy preferably being stainless steel.
A tablet comprising a first layer and a second layer wherein; a) the first layer comprises: a compound of Formula I: and a compound of Formula II: and optionally a pharmaceutically acceptable carrier; and b) the second layer comprises: a compound of Formula III: and a salt of Formula IV: and optionally a pharmaceutically acceptable carrier. a) the first layer comprises: a compound of Formula I: and a compound of Formula II: and optionally a pharmaceutically acceptable carrier; and a compound of Formula I: and a compound of Formula II: b) the second layer comprises: a compound of Formula III: and a salt of Formula IV: and optionally a pharmaceutically acceptable carrier. a compound of Formula III: and a salt of Formula IV:
A method for transmitting a Relay Physical Downlink Control Channel, R-PDCCH, by a base station, BS, in a wireless communication system, the method comprising: transmitting, to a relay node, RN, through a radio resource control, RRC, signaling, information associated with at least one virtual resource block, VRB, configured as search space for a R-PDCCH transmission; mapping the at least one VRB to at least one Physical Resource Block, PRB, according to a localized VRB, LVRB, mapping method or a distributed VRB, DVRB, mapping method; and transmitting the R-PDCCH to the RN on the at least one PRB. transmitting, to a relay node, RN, through a radio resource control, RRC, signaling, information associated with at least one virtual resource block, VRB, configured as search space for a R-PDCCH transmission; mapping the at least one VRB to at least one Physical Resource Block, PRB, according to a localized VRB, LVRB, mapping method or a distributed VRB, DVRB, mapping method; and transmitting the R-PDCCH to the RN on the at least one PRB.
Non-therapeutic use of a cosmetic external skin preparation comprising raspberry fruit extract and hydroxyproline, where the incorporated amount of raspberry fruit extract as dry form is 0.0001 to 0.1% by weight and the incorporated amount of hydroxyproline as dry form is 0.0001 to 1% by weight in the entire external preparation, for inhibiting elastase.