mhurhangee/ep-ind-claims huggingface dataset:
A compressor comprising a shell, a compression mechanism (40, 48), a motor, and a diagnostic system for determining a system condition, said diagnostic system including processing circuitry and a memory, said diagnostic system is operable to predict a severity level of said system condition based on at least one of a sequence of historical fault events and a combination of the types of said historical fault events, characterized in that the compressor further comprises at least one of a low- pressure cutout switch, a high-pressure cutout switch, an ambient-temperature sensor, a discharge-temperature switch, and a pressure-relief valve, further characterized in that: (a) said processing circuitry is configured to determine severity of a low-side system condition, at low pressure on the suction side, based on at least one of an order sequence and a combination of: compressor run time, opening of said low-pressure cutout switch, motor-protector trips, and discharge-temperature-switch trips, and/or (b) said processing circuitry is configured to determine severity of a high-side system condition, at high pressure on the discharge side, based on at least one of a sequence or combination of: opening of said high-pressure cutout switch, motor-protector trips, and pressure-relief-valve trips. (a) said processing circuitry is configured to determine severity of a low-side system condition, at low pressure on the suction side, based on at least one of an order sequence and a combination of: compressor run time, opening of said low-pressure cutout switch, motor-protector trips, and discharge-temperature-switch trips, and/or (b) said processing circuitry is configured to determine severity of a high-side system condition, at high pressure on the discharge side, based on at least one of a sequence or combination of: opening of said high-pressure cutout switch, motor-protector trips, and pressure-relief-valve trips.
A glass panel unit manufacturing method, comprising: a bonding step of bonding a first substrate and a second substrate together with a bonding material having a frame shape to form an internal space, the first substrate including a glass panel and having an evacuation port, the second substrate including a glass panel, the internal space being surrounded by the bonding material between the first substrate and the second substrate; an insertion step of inserting a sealing material into the evacuation port of the first substrate; an evacuation step of evacuating the internal space by connecting an exhaust device including a pressure gauge (4; 41) to the evacuation port and driving the exhaust device; and a sealing step of heating the sealing material while an evacuated state in the internal space is maintained and sealing the evacuation port with the sealing material softened by being heated, in the sealing step, a measured value by the pressure gauge being monitored while the sealing material is heated, softening of the sealing material being detected based on transition of the measured value, and heating of the sealing material being stopped. a bonding step of bonding a first substrate and a second substrate together with a bonding material having a frame shape to form an internal space, the first substrate including a glass panel and having an evacuation port, the second substrate including a glass panel, the internal space being surrounded by the bonding material between the first substrate and the second substrate; an insertion step of inserting a sealing material into the evacuation port of the first substrate; an evacuation step of evacuating the internal space by connecting an exhaust device including a pressure gauge (4; 41) to the evacuation port and driving the exhaust device; and a sealing step of heating the sealing material while an evacuated state in the internal space is maintained and sealing the evacuation port with the sealing material softened by being heated, in the sealing step, a measured value by the pressure gauge being monitored while the sealing material is heated, softening of the sealing material being detected based on transition of the measured value, and heating of the sealing material being stopped.
A burner 100 comprising a burner body 110 having a burner chamber with a backing plate 122 and having a burner element received in the burner chamber, a gap 114 being defined between the inside of the burner body and the outside of the burner element, and the face of the burner element being provided with a plurality of gas passages 120 perpendicular to the face, which gap 114 and gas passages 120 allow air and fuel to be expelled from the burner in an axial manner, the burner element further having a plurality of gas nozzles 117 for supplying fuel gas into the burner mounted therein for rotational movement such that the direction of fuel gas exiting the gas nozzle can be adjusted, wherein (a) the gas nozzles 117 are independently rotatable, (b) the individual nozzles 117 are adjustable while the burner is in use (c) means for rotating the gas nozzles 117 are provided on the backing plate 122 and (d) releasable means for retaining each gas nozzle 117 in a plurality of rotational configurations is provided outside the burner chamber. (a) the gas nozzles 117 are independently rotatable, (b) the individual nozzles 117 are adjustable while the burner is in use (c) means for rotating the gas nozzles 117 are provided on the backing plate 122 and (d) releasable means for retaining each gas nozzle 117 in a plurality of rotational configurations is provided outside the burner chamber.
A control method for controlling a wireless device comprising: setting a decode protocol at a first wireless device and a second wireless device; publishing a service set identifier (SSID) by the first wireless device; detecting the service set identifier (SSID) by the second wireless device; decoding the service set identifier (SSID) according to the decode protocol by the second wireless device; generating a user identifier by the first wireless device; transmitting the user identifier to the second wireless device by the first wireless device, through a network link; and obtaining the user identifier and executing a specific function by the second wireless device; wherein the specific function comprises generating user data, linking the user data and the user identifier, and transmitting the linked user data and user identifier, and wherein the second wireless device comprises a medical wireless device, an X-ray detection board, an X-ray camera, a magnetic resonance imaging device, a computed tomography device and/or a positron emission camera. setting a decode protocol at a first wireless device and a second wireless device; publishing a service set identifier (SSID) by the first wireless device; detecting the service set identifier (SSID) by the second wireless device; decoding the service set identifier (SSID) according to the decode protocol by the second wireless device; generating a user identifier by the first wireless device; transmitting the user identifier to the second wireless device by the first wireless device, through a network link; and obtaining the user identifier and executing a specific function by the second wireless device; wherein the specific function comprises generating user data, linking the user data and the user identifier, and transmitting the linked user data and user identifier, and wherein the second wireless device comprises a medical wireless device, an X-ray detection board, an X-ray camera, a magnetic resonance imaging device, a computed tomography device and/or a positron emission camera.
A diabetes management system comprising: a glucose monitoring device adapted to wirelessly transmit glucose data; at least one dose-capture device adapted to wirelessly receive glucose data from the glucose monitoring device only when initiated by a user interaction with the dose-capture device and to determine a dosage of insulin administered from an insulin-delivery device, the dose-capture device being adapted to provide a recommended insulin dosage when it receives glucose data; and at least one accessory in wireless communication with the glucose monitoring device and adapted to provide at least one alarm or alert based on the glucose data, wherein the at least one accessory is separate to the at least one dose-capture device. a glucose monitoring device adapted to wirelessly transmit glucose data; at least one dose-capture device adapted to wirelessly receive glucose data from the glucose monitoring device only when initiated by a user interaction with the dose-capture device and to determine a dosage of insulin administered from an insulin-delivery device, the dose-capture device being adapted to provide a recommended insulin dosage when it receives glucose data; and at least one accessory in wireless communication with the glucose monitoring device and adapted to provide at least one alarm or alert based on the glucose data, wherein the at least one accessory is separate to the at least one dose-capture device.
A process for preparing a functionalized lithium anode, characterized in that it comprises contacting a lithium metal substrate with an aromatic diazonium salt in a solvent selected from toluene, tetrahydrofuran, 3,4-dihydro-2 H -pyran, 4-ethylmorpholine and 1,4-dioxane, wherein the functionalization takes place on the surface of the lithium metal substrate.
Container conveyor for conveying containers, preferably for the suspended conveying of containers, with at least one conveying element that comprises, on a columnar or tubular conveying element housing, an advancing wheel which has container receptacles and can be driven so as to rotate about a machine axis, wherein, in order for the conveying element housing to be supported and to be connected to another conveying element and/or to a machine frame, at least one laterally projecting tubular connecting element is securely screwed and/or clamped to the conveying element housing by means of a connection, wherein the at least one tubular connecting element comprises, at least at one end, in order to form the connection, a cut-out opening, characterised in that the at least one connecting element with the cut-out opening is arranged laterally so as to fit onto the circumferential surface of the conveying element housing, and with its longitudinal extension is oriented tangentially or essentially tangentially to this circumferential surface, and is secured under tension to the conveying element housing.
A flange for a gas turbine engine comprising: a flange body annularly disposed about a longitudinal axis, the flange body comprising a first outer radial side and a second inner radial side radially opposite the first outer radial side, the flange body defining a first fastener hole and a circumferentially adjacent second fastener hole, each fastener hole formed through the flange body; and at least one scallop feature formed through the flange body and disposed circumferentially between the first and second fastener holes, the at least one scallop feature extending radially from the first outer radial side through at least a portion of the flange body; wherein the at least one scallop feature comprises a first side and a second side, parallel to the first side, wherein the first outer radial side has a contoured shape between adjacent scallop features of the at least one scallop feature, characterised in that the contoured shape is a generally rounded shape that is not parallel to the second inner radial side. a flange body annularly disposed about a longitudinal axis, the flange body comprising a first outer radial side and a second inner radial side radially opposite the first outer radial side, the flange body defining a first fastener hole and a circumferentially adjacent second fastener hole, each fastener hole formed through the flange body; and at least one scallop feature formed through the flange body and disposed circumferentially between the first and second fastener holes, the at least one scallop feature extending radially from the first outer radial side through at least a portion of the flange body; wherein the at least one scallop feature comprises a first side and a second side, parallel to the first side, wherein the first outer radial side has a contoured shape between adjacent scallop features of the at least one scallop feature, characterised in that the contoured shape is a generally rounded shape that is not parallel to the second inner radial side.
An apparatus comprising: at least one processor configured to receive feedback from a sector for a first transmission sent on a reverse link to the sector, to adjust a reference power level based on the feedback, to receive interference information from the sector for the sector, wherein the interference information comprises a rise over thermal ratio, RoT, and to determine transmit power for a second transmission being sent to the sector based on the interference information and the reference power level; wherein the at least one processor is configured to send a channel quality indicator, CQI, as the first transmission on the reverse link, to receive an erasure indicator for the CQI as the feedback, to adjust transmit power for the CQI based on the erasure indicator, and to use the transmit power for the CQI as the reference power level; and a memory coupled to the at least one processor. at least one processor configured to receive feedback from a sector for a first transmission sent on a reverse link to the sector, to adjust a reference power level based on the feedback, to receive interference information from the sector for the sector, wherein the interference information comprises a rise over thermal ratio, RoT, and to determine transmit power for a second transmission being sent to the sector based on the interference information and the reference power level; wherein the at least one processor is configured to send a channel quality indicator, CQI, as the first transmission on the reverse link, to receive an erasure indicator for the CQI as the feedback, to adjust transmit power for the CQI based on the erasure indicator, and to use the transmit power for the CQI as the reference power level; and a memory coupled to the at least one processor.
A method for detecting body measurements of a user to determine sizes of a tailor-made garment for the user, the method comprising: - a step A in which the user wears a detection device comprising a matrix and a plurality of markers attached to said matrix, wherein said matrix is configured to be worn by the user to make said markers adhere to at least part of the user's body and wherein said markers are rigid elements and comprise each a graphic sign having a central symmetry and comprising one or more light areas (13") alternating with one or more dark areas (13', 13′′′), said markers and said signs being configured in such a way that, once said matrix is worn by the user, said signs are exposed to allow the acquisition of photographic images thereof; - a step B in which photographic images of the signs present on the markers attached to said matrix on said part of the body are acquired, said photographic images being acquired in such a way that each of them shows at least two signs; - a step C in which said photographic images are processed to calculate distance data between the signs present on the markers attached to said matrix on said part of the body; and - a step D in which the sizes of said part of the body are calculated based on the distance data calculated in said step C. - a step A in which the user wears a detection device comprising a matrix and a plurality of markers attached to said matrix, wherein said matrix is configured to be worn by the user to make said markers adhere to at least part of the user's body and wherein said markers are rigid elements and comprise each a graphic sign having a central symmetry and comprising one or more light areas (13") alternating with one or more dark areas (13', 13′′′), said markers and said signs being configured in such a way that, once said matrix is worn by the user, said signs are exposed to allow the acquisition of photographic images thereof; - a step B in which photographic images of the signs present on the markers attached to said matrix on said part of the body are acquired, said photographic images being acquired in such a way that each of them shows at least two signs; - a step C in which said photographic images are processed to calculate distance data between the signs present on the markers attached to said matrix on said part of the body; and - a step D in which the sizes of said part of the body are calculated based on the distance data calculated in said step C.
A video encoding method comprising: for at least a current block in a current picture, encoding block-level information identifying a first weight and a second weight, wherein at least one of the first and second weights has a value not equal to 0, 0.5 or 1; and predicting the current block as a weighted sum of a first reference block in a first reference picture and a second reference block in a second reference picture, wherein the first reference block is weighted by the first weight and the second block is weighted by the second weight; characterised by the encoding of the block-level information comprises mapping a weight index to a codeword using a truncated unary code and entropy encoding the codeword in a bitstream. for at least a current block in a current picture, encoding block-level information identifying a first weight and a second weight, wherein at least one of the first and second weights has a value not equal to 0, 0.5 or 1; and predicting the current block as a weighted sum of a first reference block in a first reference picture and a second reference block in a second reference picture, wherein the first reference block is weighted by the first weight and the second block is weighted by the second weight; characterised by the encoding of the block-level information comprises mapping a weight index to a codeword using a truncated unary code and entropy encoding the codeword in a bitstream.
A journal foil bearing system comprising: a journal bearing member with a bore and an internal groove within the bore; a shaft received within the bore and supported for rotation relative to the journal bearing member about an axis, the internal groove extending substantially along the axis; at least one biasing foil that is received radially between the journal bearing member and the shaft and that extends circumferentially about the axis; a top foil member with at least one arch-bound top foil received radially between the at least one biasing foil and the shaft, the top foil member including a top foil first end (214, 414) and a top foil second end (216, 416), wherein the top foil first end and the top foil second end project radially; and characterised in that the top foil first end and the top foil second end are received within the groove of the journal bearing member; and a foil support insert member (250, 450, 650) is received within the groove, the foil support insert member including a spacer member (254, 454, 654, 654', 854, 854') that extends radially and is disposed between the top foil first end and the top foil second end, the spacer member maintaining the top foil first end and the top foil second end separated, at least, at a distance. a journal bearing member with a bore and an internal groove within the bore; a shaft received within the bore and supported for rotation relative to the journal bearing member about an axis, the internal groove extending substantially along the axis; at least one biasing foil that is received radially between the journal bearing member and the shaft and that extends circumferentially about the axis; a top foil member with at least one arch-bound top foil received radially between the at least one biasing foil and the shaft, the top foil member including a top foil first end (214, 414) and a top foil second end (216, 416), wherein the top foil first end and the top foil second end project radially; and characterised in that the top foil first end and the top foil second end are received within the groove of the journal bearing member; and a foil support insert member (250, 450, 650) is received within the groove, the foil support insert member including a spacer member (254, 454, 654, 654', 854, 854') that extends radially and is disposed between the top foil first end and the top foil second end, the spacer member maintaining the top foil first end and the top foil second end separated, at least, at a distance.
A method of paging a mobile terminal in a mobile cellular network including the steps of a. defining a plurality of LAC/TAC sets in a temporal order, wherein each LAC/TAC set includes at least one LAC/TAC area consisting of a certain number of cells, b. transmitting paging messages in the cells defined in the LAC/TAC set corresponding to the first LAC/TAC set of the given temporal order via at least one paging channel, c. repeating step b. for the subsequent LAC/TAC set according to the given temporal order in case the paging procedure was not successful, wherein the paging messages in the cells for the current LAC/TAC set are retransmitted for a predefined number n of times wherein the number n can be set for each LAC/TAC set individually, characterised in that a period between the retransmissions of paging messages for at least one LAC/TAC set is automatically set dependent on at least one of the actual load on the used paging channel or the maximum capacity of the used paging channel or the priority of the mobile terminal or service. a. defining a plurality of LAC/TAC sets in a temporal order, wherein each LAC/TAC set includes at least one LAC/TAC area consisting of a certain number of cells, b. transmitting paging messages in the cells defined in the LAC/TAC set corresponding to the first LAC/TAC set of the given temporal order via at least one paging channel, c. repeating step b. for the subsequent LAC/TAC set according to the given temporal order in case the paging procedure was not successful, wherein the paging messages in the cells for the current LAC/TAC set are retransmitted for a predefined number n of times wherein the number n can be set for each LAC/TAC set individually,
A metal fiber nonwoven fabric consisting of metal fibers made of stainless steel that are bonded to each other, wherein the metal fiber nonwoven fabric has a coefficient of variation (CV value) of a basis weight in accordance with JIS Z 8101 (ISO 3534: 2006) per 1 cm 2 of 10% or less, an average length of the metal fibers is in a range of 1 to 10 mm, an average diameter of the metal fibers is in a range of 2 μm to 20 μm, and an aspect ratio of the metal fibers is in a range of 33 to 10,000. wherein the metal fiber nonwoven fabric has a coefficient of variation (CV value) of a basis weight in accordance with JIS Z 8101 (ISO 3534: 2006) per 1 cm 2 of 10% or less, an average length of the metal fibers is in a range of 1 to 10 mm, an average diameter of the metal fibers is in a range of 2 μm to 20 μm, and an aspect ratio of the metal fibers is in a range of 33 to 10,000.