mhurhangee/ep-ind-claims huggingface dataset:
A device, comprising: a frame having an opening; a controller on the frame, the controller being configured to control a heater; a plurality of support beams made of thermally insulating material; a suspended mass positioned in the opening of the frame, the suspended mass being coupled to the frame by the plurality of support beams; an integrated circuit, a temperature sensor, and the heater on the suspended mass; a first conductive track on a first support beam of the plurality of support beams, the first conductive track electrically coupling the controller to the heater. a frame having an opening; a controller on the frame, the controller being configured to control a heater; a plurality of support beams made of thermally insulating material; a suspended mass positioned in the opening of the frame, the suspended mass being coupled to the frame by the plurality of support beams; an integrated circuit, a temperature sensor, and the heater on the suspended mass; a first conductive track on a first support beam of the plurality of support beams, the first conductive track electrically coupling the controller to the heater.
A method for scheduling a mobile station uplink transmission comprising steps of: transmitting first scheduling information by the mobile station, wherein the first scheduling information comprises at least one of a queue status and a power status of the mobile station; receiving, by the mobile station from a base station, an uplink channel scheduling assignment that is based on the first scheduling information, wherein the uplink channel scheduling assignment comprises a maximum allowed power margin target; and determining, by the mobile station, transport format and resource-related information, TFRI, for an uplink transmission based on the maximum allowed power margin target and current scheduling information measured at the mobile station; and transmitting, by the mobile station, the determined TFRI. transmitting first scheduling information by the mobile station, wherein the first scheduling information comprises at least one of a queue status and a power status of the mobile station; receiving, by the mobile station from a base station, an uplink channel scheduling assignment that is based on the first scheduling information, wherein the uplink channel scheduling assignment comprises a maximum allowed power margin target; and determining, by the mobile station, transport format and resource-related information, TFRI, for an uplink transmission based on the maximum allowed power margin target and current scheduling information measured at the mobile station; and transmitting, by the mobile station, the determined TFRI.
A rotor for a rotating electrical machine comprising: a rotor core made of a stack of a plurality of blanks (9, 9a) of steel sheet including a yoke, a magnetic pole portion confronting the yoke, and a magnet insertion hole interposed between the yoke and the magnetic pole portion; characterized in that the stack includes at least one blank having a bridge connecting the yoke and the magnetic pole portion and one or more blanks having the bridge blanked off, and a magnet inserted into the magnet insertion hole, wherein a projection (11 a) is formed at the magnetic pole portion so as to project in a circumferential direction of the rotor core, the projection (11 a) being formed at both sides of the magnetic pole portion, said sides located in said circumferential direction, and wherein a resin is molded between the magnetic pole portions and within a space of the stack of blanks defined by the blanked off bridge of the rotor core, with the magnet being inserted into the magnet insertion hole. a rotor core made of a stack of a plurality of blanks (9, 9a) of steel sheet including a yoke, a magnetic pole portion confronting the yoke, and a magnet insertion hole interposed between the yoke and the magnetic pole portion; characterized in that the stack includes at least one blank having a bridge connecting the yoke and the magnetic pole portion and one or more blanks having the bridge blanked off, and a magnet inserted into the magnet insertion hole, wherein a projection (11 a) is formed at the magnetic pole portion so as to project in a circumferential direction of the rotor core, the projection (11 a) being formed at both sides of the magnetic pole portion, said sides located in said circumferential direction, and wherein a resin is molded between the magnetic pole portions and within a space of the stack of blanks defined by the blanked off bridge of the rotor core, with the magnet being inserted into the magnet insertion hole.
A turbine bucket, comprising: a platform; an airfoil extending from the platform at an intersection thereof; and a core cavity extending within the platform and the airfoil, the core cavity comprises a cooling conduit; characterised in that the core cavity comprises a contoured turn about the intersection, the cooling conduit comprises an area of reduced wall thickness about the contoured turn at the intersection between the airfoil and the platform. a platform; an airfoil extending from the platform at an intersection thereof; and a core cavity extending within the platform and the airfoil, the core cavity comprises a cooling conduit; characterised in that the core cavity comprises a contoured turn about the intersection, the cooling conduit comprises an area of reduced wall thickness about the contoured turn at the intersection between the airfoil and the platform.
A method for producing a metal-ceramic substrate, comprising the steps of: - providing a first metal layer, especially a first copper layer, and a second metal layer, especially a second copper layer, - joining the first metal layer and the second metal layer to form the semi-finished metal product, wherein, prior to joining the first metal layer and the second metal layer using different temperature-based treatments, grain growth is initiated in the first metal layer and/or the second metal layer such that a first grain size in the first metal layer is different from a second grain size in the second metal layer in the fabricated metal-copper substrate, the final first grain size and the final second grain size being realized not before joining the semi-finished metal product and the ceramic layer. - providing a first metal layer, especially a first copper layer, and a second metal layer, especially a second copper layer, - joining the first metal layer and the second metal layer to form the semi-finished metal product,
VIBRATION ISOLATION DEVICE FOR AGRICULTURAL MACHINES, these machines comprising at least one roller coupled with a supporting structure to which the at least one roller is fastened at the ends thereof, wherein the at least one roller may or may not be provided with blades or other working tools on its surface, wherein the vibration isolation device is applicable as an isolating means of the vibration that occurs when the roller is dragged along the ground in a direction transverse to the longitudinal shaft of rotation of the roller, the vibration isolation device comprising several rubber isolating elements distributed radially to said shaft, so that they constitute a flexible link between roller and supporting structure at each end of the roller, whereby each rubber isolating elements is secured with an inclination regarding the shaft, between the support of the bearing of the shaft and the corresponding end of the supporting structure, characterized in that the rubber isolating elements are incorporated in two crowns that are configured to be incorporated, opposed, one at each end of the roller between the bearing support of its shaft and the corresponding end of the supporting structure, and in that the isolating elements are secured between respective pairs of flanges (8, 9) that fasten them, respectively, to the bearing support of the shaft of roller and to the end of the supporting structure.
A method for accessing a 2G/3G network, comprising: adding, by a user equipment, UE, an Mobility Management Entity, MME, information for uniquely identifying an MME accessed by the UE in an evolved network, to at least a Packet Temporary Mobile Subscriber Identity, P-TMSI, information of an access message, wherein the MME information comprises at least an MME-identity, MME-id; and characterized in that the adding, by the UE, the MME information for uniquely identifying the MME accessed by the UE in the evolved network, to the access message comprises: setting Network Resource Identifier, NRI, information in a P-TMSI information of the access message as the MME-id; sending the access message to the 2G/3G network when the UE accesses the 2G/3G network, the access message being used for selecting, by the 2G/3G network, a corresponding Serving GPRS Support Node, SGSN according to the NRI information. adding, by a user equipment, UE, an Mobility Management Entity, MME, information for uniquely identifying an MME accessed by the UE in an evolved network, to at least a Packet Temporary Mobile Subscriber Identity, P-TMSI, information of an access message, wherein the MME information comprises at least an MME-identity, MME-id; and characterized in that the adding, by the UE, the MME information for uniquely identifying the MME accessed by the UE in the evolved network, to the access message comprises: setting Network Resource Identifier, NRI, information in a P-TMSI information of the access message as the MME-id; sending the access message to the 2G/3G network when the UE accesses the 2G/3G network, the access message being used for selecting, by the 2G/3G network, a corresponding Serving GPRS Support Node, SGSN according to the NRI information.
A method, performed by a server, for determining a location of a user in a physical venue as a location at which a product is to be delivered, the method comprising: receiving a signal from a wireless transmitter in the user's possession, the signal containing an encoded message and additional metadata, wherein the signal from the wireless transmitter is transmitted by the wireless transmitter in response to a user request, wherein the user request is for the product, which is not a service; determining a location of the wireless transmitter in the physical venue based on the encoded message and the additional metadata as the location at which the product is to be delivered to the user at the user's location; and outputting the location on an output medium, enabling delivery of the product to the user, wherein the signal from the wireless transmitter is transmitted to one or more wireless receivers (220A, 220B, 220C) positioned at one or more locations in the physical venue, wherein the one or more wireless receivers (220A, 220B, 220C) then relay the signal to the server, wherein the additional metadata includes a signal strength measure for the strength of the signal when it was received by the one or more wireless receivers (220A, 220B, 220C), the signal strength measure being generated by the one or more wireless receivers (220A, 220B, 220C) and added to the signal's metadata. receiving a signal from a wireless transmitter in the user's possession, the signal containing an encoded message and additional metadata, wherein the signal from the wireless transmitter is transmitted by the wireless transmitter in response to a user request, wherein the user request is for the product, which is not a service; determining a location of the wireless transmitter in the physical venue based on the encoded message and the additional metadata as the location at which the product is to be delivered to the user at the user's location; and outputting the location on an output medium, enabling delivery of the product to the user, wherein the signal from the wireless transmitter is transmitted to one or more wireless receivers (220A, 220B, 220C) positioned at one or more locations in the physical venue, wherein the one or more wireless receivers (220A, 220B, 220C) then relay the signal to the server, wherein the additional metadata includes a signal strength measure for the strength of the signal when it was received by the one or more wireless receivers (220A, 220B, 220C), the signal strength measure being generated by the one or more wireless receivers (220A, 220B, 220C) and added to the signal's metadata.
An apparatus for cleaning swimming pools, comprising: - a self-propelled device comprising: movement means for moving said device in a swimming pool; a water recirculation circuit; means for cleaning the surfaces of the swimming pool; and a power supply battery for supplying electric energy to one or more out of the movement means, the recirculation circuit and the cleaning means; - a recharging base for said power supply battery, comprising at least a first inductive element positionable in the swimming pool; characterised in that the recharging base comprises a supporting unit comprising a first end integral with the swimming pool and a second end opposite to the first end and suspended in the swimming pool; the first inductive element hanging from the second end of the supporting unit. - a self-propelled device comprising: movement means for moving said device in a swimming pool; a water recirculation circuit; means for cleaning the surfaces of the swimming pool; and a power supply battery for supplying electric energy to one or more out of the movement means, the recirculation circuit and the cleaning means; - a recharging base for said power supply battery, comprising at least a first inductive element positionable in the swimming pool; characterised in that the recharging base comprises a supporting unit comprising a first end integral with the swimming pool and a second end opposite to the first end and suspended in the swimming pool; the first inductive element hanging from the second end of the supporting unit.
A torque bearing attachment for a passenger seat, the attachment comprising: an elongated body comprising a flat upper surface; a first bearing element configured for connecting the torque bearing attachment with a passenger seat frame and connected with the elongated body at a first end of the elongated body; a second bearing element configured for connecting the torque bearing attachment with the passenger seat frame and connected with the elongated body at a second end of the elongated body opposite the first end; and characterized in that the elongated body comprises a hollow conduit and a concave lower surface and in that the torque bearing attachment further comprises: one or more connecting features (128, 144) positioned at a forward edge of the elongated body between the first end and second end, and configured to receive an aft end of a seat bottom panel. an elongated body comprising a flat upper surface; a first bearing element configured for connecting the torque bearing attachment with a passenger seat frame and connected with the elongated body at a first end of the elongated body; a second bearing element configured for connecting the torque bearing attachment with the passenger seat frame and connected with the elongated body at a second end of the elongated body opposite the first end; and characterized in that the elongated body comprises a hollow conduit and a concave lower surface and in that the torque bearing attachment further comprises: one or more connecting features (128, 144) positioned at a forward edge of the elongated body between the first end and second end, and configured to receive an aft end of a seat bottom panel.
An endoscope apparatus comprising comprising: image pickup means in which a plurality of pixels are arranged in a matrix shape, and which starts sequential exposure by at least one of scan lines with respect to the plurality of pixels to generate image data, and outputs image data for each of the scan lines in an order of starting exposure; fluid operation detection means that detects a fluid operation that performs feeding or suction of a fluid to or from inside of a body; and exposure control means configured to lengthen an exposure time of each of the scan lines by the image pickup means in comparison to a case where the fluid operation detection means does not detect the fluid operation, if the fluid operation detection means detects the fluid operation. image pickup means in which a plurality of pixels are arranged in a matrix shape, and which starts sequential exposure by at least one of scan lines with respect to the plurality of pixels to generate image data, and outputs image data for each of the scan lines in an order of starting exposure; fluid operation detection means that detects a fluid operation that performs feeding or suction of a fluid to or from inside of a body; and exposure control means configured to lengthen an exposure time of each of the scan lines by the image pickup means in comparison to a case where the fluid operation detection means does not detect the fluid operation, if the fluid operation detection means detects the fluid operation.
An industrial vehicle (100, 200, 300, 400) for optimisation of moving payload (10, 20, 30) from a first position to a second position, the industrial vehicle comprising: - control unit (110, 210, 310, 410) for controlling the industrial vehicle; - carrying means (120, 220, 320, 420) for carrying a payload (10, 20, 30); - transporting means (130, 230, 330, 430) for transporting the industrial vehicle; and - antenna (140, 240, 340, 440) for receiving and sending information; wherein the control unit is connected to the carrying means, the transporting means and the antenna; characterised in that said control unit being configured to: obtain vehicle information of a plurality of industrial vehicles (100, 200, 300, 400), said vehicle information comprising position data; obtain payload information of a payload (10, 20, 30), said payload information comprising position data of the payload; obtain optimisation criteria comprising at least the time required to move the payload from the first position to the second position; determine, based on the obtained vehicle information, the obtained payload information and the obtained optimisation criteria, at least one selected industrial vehicle (100, 200, 300, 400), of the plurality of industrial vehicles (100, 200, 300, 400), to move the payload; provide, to the at least one selected industrial vehicle, an instruction to move the payload. - control unit (110, 210, 310, 410) for controlling the industrial vehicle; - carrying means (120, 220, 320, 420) for carrying a payload (10, 20, 30); - transporting means (130, 230, 330, 430) for transporting the industrial vehicle; and - antenna (140, 240, 340, 440) for receiving and sending information; obtain vehicle information of a plurality of industrial vehicles (100, 200, 300, 400), said vehicle information comprising position data; obtain payload information of a payload (10, 20, 30), said payload information comprising position data of the payload; obtain optimisation criteria comprising at least the time required to move the payload from the first position to the second position; determine, based on the obtained vehicle information, the obtained payload information and the obtained optimisation criteria, at least one selected industrial vehicle (100, 200, 300, 400), of the plurality of industrial vehicles (100, 200, 300, 400), to move the payload; provide, to the at least one selected industrial vehicle, an instruction to move the payload.
A method of forming a catalyst composition while substantially normalizing stereochemical configuration, comprising: slurrying a metallocene compound in dimethoxyethane; adding a solution of RMgBr in DME, wherein R is a methyl group or a benzyl group, and wherein the RMgBr is greater than 2.3 equivalents relative to the metallocene compound; mixing for at least four hours to form an alkylated metallocene compound; and isolating the alkylated metallocene compound, wherein the alkylated species has a ratio of meso / rac enantiomers that is between 0.9 and 1.2. slurrying a metallocene compound in dimethoxyethane; adding a solution of RMgBr in DME, wherein R is a methyl group or a benzyl group, and wherein the RMgBr is greater than 2.3 equivalents relative to the metallocene compound; mixing for at least four hours to form an alkylated metallocene compound; and isolating the alkylated metallocene compound, wherein the alkylated species has a ratio of meso / rac enantiomers that is between 0.9 and 1.2.
A rubber-reinforcing cord for reinforcing a rubber product, the rubber-reinforcing cord comprising: at least three strands, wherein each of the strands comprises at least one filament bundle and a first coating provided to cover at least a portion of the surface of the filament bundle, the filament bundle consists essentially of aramid fiber filaments, the mass of the first coating is in the range of 14 to 25% with respect to the mass of the filament bundle, characterized in that each of the strands is given primary twists at a primary twisting rate of 50 to 100 twists/m, and the at least three strands each given primary twists are assembled and given final twists at a final twisting rate of 120 to 200 twists/m and in that the first coating comprises a resorcinol resin, a non-resorcinol phenolic compound-formaldehyde condensate, and a rubber component. each of the strands comprises at least one filament bundle and a first coating provided to cover at least a portion of the surface of the filament bundle, the filament bundle consists essentially of aramid fiber filaments, the mass of the first coating is in the range of 14 to 25% with respect to the mass of the filament bundle, characterized in that each of the strands is given primary twists at a primary twisting rate of 50 to 100 twists/m, and the at least three strands each given primary twists are assembled and given final twists at a final twisting rate of 120 to 200 twists/m and in that the first coating comprises a resorcinol resin, a non-resorcinol phenolic compound-formaldehyde condensate, and a rubber component.
A diving flipper for propulsion in water, comprising - a shoe part for receiving a foot of a user, and - a flipper part having two ribs and a blade fastened to the ribs, wherein the ribs are arranged on both sides of a median plane of the diving flipper, and each have dorsal and plantar edges (250, 251) in the transverse direction of the ribs and distal and proximal ends (260, 261) in the longitudinal direction of the ribs, and - fastening devices for fastening the ribs to the shoe part, wherein the dorsal edge of at least one rib is inclined relative to the median plane of the diving flipper, so that the dorsal edges have less of a distance to each other than the plantar edges of the ribs to each other, and wherein the blade is manufactured out of a polyester fabric or nylon fabric, in particular out of Dacron, so that the ribs elastically deform relative to each other at least in sections in the direction of the median plane of the diving flipper in the event of an external application of force to the flipper part in the plantar direction. - a shoe part for receiving a foot of a user, and - a flipper part having two ribs and a blade fastened to the ribs, wherein the ribs are arranged on both sides of a median plane of the diving flipper, and each have dorsal and plantar edges (250, 251) in the transverse direction of the ribs and distal and proximal ends (260, 261) in the longitudinal direction of the ribs, and - fastening devices for fastening the ribs to the shoe part,
A PSA process for the removal of hydrogen sulfide from a feed gas containing at least hydrogen sulfide as an impurity, said process comprising contacting the feed gas with an adsorbent for hydrogen sulfide, and adsorbing hydrogen sulfide from said feed gas on said adsorbent to produce a hydrogen sulfide depleted feed gas, characterised in that said adsorbent for hydrogen sulfide comprises or consists of a silica gel having an SiO 2 content of at least 99.2wt%, or comprises or consists of titania, and has a sulfur deposition rate of less than 0.04 wt% S per day H 2 S exposure when continuously exposed to a 1 vol% H 2 S dry gas at 20°C for seven days.