mhurhangee/ep-ind-claims huggingface dataset:
An environmental control system of an aircraft, the environmental control system comprising: a condenser configured to condition air to be supplied to a cabin of the aircraft, the condenser comprising a heat exchanger, said heat exchanger comprising a heat exchanger core defining at least two separate heat exchanger flow streams; a first header configured on the heat exchanger core and fluidly connected to a first of the separate heat exchanger flow streams; a second header configured on the heat exchanger core and fluidly connected to a second of the separate heat exchanger flow streams; characterised in an integrated bypass system configured to directly fluidly connect the first header to the second header with a bypass conduit, the integrated bypass system having a control valve within the bypass conduit and configured to control flow through the bypass conduit. a condenser configured to condition air to be supplied to a cabin of the aircraft, the condenser comprising a heat exchanger, said heat exchanger comprising a heat exchanger core defining at least two separate heat exchanger flow streams; a first header configured on the heat exchanger core and fluidly connected to a first of the separate heat exchanger flow streams; a second header configured on the heat exchanger core and fluidly connected to a second of the separate heat exchanger flow streams; characterised in an integrated bypass system configured to directly fluidly connect the first header to the second header with a bypass conduit, the integrated bypass system having a control valve within the bypass conduit and configured to control flow through the bypass conduit.
A handheld device (400; 1500), comprising: inertial sensors including a gyroscope and an accelerometer, wherein the sensors are adapted to provide data related to the trajectory of a movement of the handheld device; and a processor coupled to the handheld device, wherein the processor is adapted to: extract the trajectory data using the sensors by combining angular movement data provided by the gyroscope with linear movement data provided by the accelerometer; receive the trajectory data and convert the trajectory data into a set of values corresponding to a plurality of discrete features; in a training mode, store the set of values in a database; and associate a character or a command with the set of values; in a recognition mode compare the converted set of values with sets of values corresponding to the plurality of discrete features stored in the database; select a set of values from the database based on the comparison; and display a character associated with the selected set of values or execute a command associated with the selected set of values, wherein the trajectory data includes data related to rotational and linear movements of the handheld device, wherein the plurality of discrete features comprises the location of a crossing point and/or the number of times within a trajectory in which the trajectory changes direction. inertial sensors including a gyroscope and an accelerometer, wherein the sensors are adapted to provide data related to the trajectory of a movement of the handheld device; and a processor coupled to the handheld device, wherein the processor is adapted to: extract the trajectory data using the sensors by combining angular movement data provided by the gyroscope with linear movement data provided by the accelerometer; receive the trajectory data and convert the trajectory data into a set of values corresponding to a plurality of discrete features; in a training mode, store the set of values in a database; and associate a character or a command with the set of values; extract the trajectory data using the sensors by combining angular movement data provided by the gyroscope with linear movement data provided by the accelerometer; receive the trajectory data and convert the trajectory data into a set of values corresponding to a plurality of discrete features; in a training mode, store the set of values in a database; and associate a character or a command with the set of values; in a recognition mode compare the converted set of values with sets of values corresponding to the plurality of discrete features stored in the database; select a set of values from the database based on the comparison; and display a character associated with the selected set of values or execute a command associated with the selected set of values, wherein the trajectory data includes data related to rotational and linear movements of the handheld device, wherein the plurality of discrete features comprises the location of a crossing point and/or the number of times within a trajectory in which the trajectory changes direction.
A substance having tyrosine kinase inhibitory activity, which is a compound of general formula I, geometric isomers or pharmaceutically acceptable salts thereof: wherein: - R 2 is hydrogen or halogen; R 1 is hydrogen or -SO 2 NR 3 R 4, in which R 3 is hydrogen or methyl, R 4 is phenyl, cyclohexyl, halogen-substituted phenyl, methylphenyl, ethylphenyl, ethoxyphenyl, hydroxyphenyl or β-naphthyl, or - R 1 and R 2 are such that the compound of general formula I is 3-(1H-benzimidazol-2-methylene)-5-(4-hydroxyethylphenylaminosulfo)-2-indolone (Indo 7). - R 2 is hydrogen or halogen; R 1 is hydrogen or -SO 2 NR 3 R 4, in which R 3 is hydrogen or methyl, R 4 is phenyl, cyclohexyl, halogen-substituted phenyl, methylphenyl, ethylphenyl, ethoxyphenyl, hydroxyphenyl or β-naphthyl, or - R 1 and R 2 are such that the compound of general formula I is 3-(1H-benzimidazol-2-methylene)-5-(4-hydroxyethylphenylaminosulfo)-2-indolone (Indo 7).
A method for increasing the capacity of an air interface, characterized by comprising: after a traffic channel is established on a base station side, transmitting, by a base station, a 1/8 rate frame to the air interface in a continuous transmission mode if the base station does not capture a prefix of a traffic channel frame from a terminal, so as to ensure that the terminal is able to receive a forward frame of the base station; reducing, by the base station, only the transmission of the 1/8 rate frame after the base station captures the prefix from the terminal; and keeping calling, by the terminal, instead of releasing the call if good frames are continuously received during demodulation of forward traffic frame from the base station. after a traffic channel is established on a base station side, transmitting, by a base station, a 1/8 rate frame to the air interface in a continuous transmission mode if the base station does not capture a prefix of a traffic channel frame from a terminal, so as to ensure that the terminal is able to receive a forward frame of the base station; reducing, by the base station, only the transmission of the 1/8 rate frame after the base station captures the prefix from the terminal; and keeping calling, by the terminal, instead of releasing the call if good frames are continuously received during demodulation of forward traffic frame from the base station.
A washing machine comprising: a casing having an input port, which is formed on a front surface of the casing, for inputting laundry; a tub which is disposed in the casing and contains washing water, and has an opened front surface communicating with the input port; a drum which is rotatably disposed in the tub, and contains the laundry; a cylindrical gasket (60) which communicates the input port with an opening of the tub; a pump which sends water discharged from the tub; a guide pipe which is fixed to the gasket, and forms an annular flow path for guiding water supplied from the pump; and a plurality of nozzles (73a, 73b, 73b, 73c, 73c) which spray water supplied through the guide pipe into the drum, wherein the plurality of nozzles comprises: an upper nozzle which spray water downward; a pair of intermediate nozzles (73b, 73b) which are disposed below the upper nozzle, disposed in both left and right sides based on an inflow port of the guide pipe into which the water supplied by the pump flows, and spray water downward; and a pair of lower nozzles (73c, 73c)_disposed above the inflow port, disposed below the intermediate nozzle, and disposed in both left and right sides based on the inflow port, and spray water upward; the washing machine is characterized in that the pair of intermediate nozzles (73b, 73b) spray water deeper into the drum than the upper nozzle. a casing having an input port, which is formed on a front surface of the casing, for inputting laundry; a tub which is disposed in the casing and contains washing water, and has an opened front surface communicating with the input port; a drum which is rotatably disposed in the tub, and contains the laundry; a cylindrical gasket (60) which communicates the input port with an opening of the tub; a pump which sends water discharged from the tub; a guide pipe which is fixed to the gasket, and forms an annular flow path for guiding water supplied from the pump; and a plurality of nozzles (73a, 73b, 73b, 73c, 73c) which spray water supplied through the guide pipe into the drum, wherein the plurality of nozzles comprises: an upper nozzle which spray water downward; a pair of intermediate nozzles (73b, 73b) which are disposed below the upper nozzle, disposed in both left and right sides based on an inflow port of the guide pipe into which the water supplied by the pump flows, and spray water downward; and a pair of lower nozzles (73c, 73c)_disposed above the inflow port, disposed below the intermediate nozzle, and disposed in both left and right sides based on an upper nozzle which spray water downward; a pair of intermediate nozzles (73b, 73b) which are disposed below the upper nozzle, disposed in both left and right sides based on an inflow port of the guide pipe into which the water supplied by the pump flows, and spray water downward; and a pair of lower nozzles (73c, 73c)_disposed above the inflow port, disposed below the intermediate nozzle, and disposed in both left and right sides based on the inflow port, and spray water upward; the washing machine is characterized in that the pair of intermediate nozzles (73b, 73b) spray water deeper into the drum than the upper nozzle.
A method for diagnosing error of at least one of an ego vehicle and a surrounding vehicle, which method comprises the steps of: the ego vehicle receiving sensor data about the surrounding vehicle from an on-board sensor of the ego vehicle and vehicle to vehicle data from the surrounding vehicle; the ego vehicle comparing the received sensor data and the received vehicle to vehicle data; characterized in that the ego vehicle detecting a difference between the received sensor data and the received vehicle to vehicle data, whereby the ego vehicle: - stops receiving vehicle to vehicle data from the surrounding vehicle; - registers a potential error of the ego vehicle; and - reports a potential error of the surrounding vehicle to at least one of the surrounding vehicle and a remote server. the ego vehicle receiving sensor data about the surrounding vehicle from an on-board sensor of the ego vehicle and vehicle to vehicle data from the surrounding vehicle; the ego vehicle comparing the received sensor data and the received vehicle to vehicle data; characterized in that the ego vehicle detecting a difference between the received sensor data and the received vehicle to vehicle data, whereby the ego vehicle: - stops receiving vehicle to vehicle data from the surrounding vehicle; - registers a potential error of the ego vehicle; and - reports a potential error of the surrounding vehicle to at least one of the surrounding vehicle and a remote server. - stops receiving vehicle to vehicle data from the surrounding vehicle; - registers a potential error of the ego vehicle; and - reports a potential error of the surrounding vehicle to at least one of the surrounding vehicle and a remote server.
A computer-implemented method comprising: receiving a record, the record comprising a bitmap stored in a record header, the bitmap identifying columns of the record where the encoded value of a tenant identifier is to be stored; determining a value of the tenant identifier for the record from at least one of a key for the record and a scan descriptor; replacing the value of the tenant identifier in the key for the record with a new value for the tenant identifier; identifying, using the bitmap stored in the record header of the record, one or more columns of the record that stored an encoded value of the tenant identifier; and storing an encoded new value of the tenant identifier in columns of the one or more columns identified by the bitmap stored in the record header that comprise an attribute indicating that tenant identifier translation is enabled. receiving a record, the record comprising a bitmap stored in a record header, the bitmap identifying columns of the record where the encoded value of a tenant identifier is to be stored; determining a value of the tenant identifier for the record from at least one of a key for the record and a scan descriptor; replacing the value of the tenant identifier in the key for the record with a new value for the tenant identifier; identifying, using the bitmap stored in the record header of the record, one or more columns of the record that stored an encoded value of the tenant identifier; and storing an encoded new value of the tenant identifier in columns of the one or more columns identified by the bitmap stored in the record header that comprise an attribute indicating that tenant identifier translation is enabled.
A disposable fluid connector (682, 690) to be used with a powered injector that injects medical fluid into a patient the disposable fluid connector being couplable as one single unit to the injector, and comprising: a single-use first tubing component having proximal and distal ends, the proximal end to be operatively coupled to first reusable tubing that is coupled to an output port of a first pressurizing unit of the powered injector, and the distal end to be operatively coupled to a patient line; a single-use second tubing component having proximal and distal ends, the proximal end of the second tubing component to be operatively coupled to second reusable tubing that is coupled to an output port of a second pressurizing unit of the powered injector, and the distal end of the second tubing component to be operatively coupled to the patient line; a member that is non-removably attached to both the first tubing component and the second tubing component, wherein the disposable fluid connector is a single-use connector that is coupled as one assembly to the powered injector before a patient injection procedure and is discarded upon completion of the procedure; characterized in that an electrical connection (684, 692) connects the disposable fluid connector to an external medical device, wherein the disposable fluid connector is configured to be loaded into a portion of an injection head in the powered injector, and wherein the electrical connection (684, 692) connects the external medical device to the powered injector. a single-use first tubing component having proximal and distal ends, the proximal end to be operatively coupled to first reusable tubing that is coupled to an output port of a first pressurizing unit of the powered injector, and the distal end to be operatively coupled to a patient line; a single-use second tubing component having proximal and distal ends, the proximal end of the second tubing component to be operatively coupled to second reusable tubing that is coupled to an output port of a second pressurizing unit of the powered injector, and the distal end of the second tubing component to be operatively coupled to the patient line; a member that is non-removably attached to both the first tubing component and the second tubing component, wherein the disposable fluid connector is a single-use connector that is coupled as one assembly to the powered injector before a patient injection procedure and is discarded upon completion of the procedure; an electrical connection (684, 692) connects the disposable fluid connector to an external medical device, wherein the disposable fluid connector is configured to be loaded into a portion of an injection head in the powered injector, and wherein the electrical connection (684, 692) connects the external medical device to the powered injector.
A surgical tray system (10, 110), comprising: a tray (20, 120), comprising: an upper surface; a lower surface; and a vacuum-fitted cover (40, 140) covering at least a portion of said tray (20, 120), characterized in that said tray (20, 120) comprises an air flow aperture in fluid communication with said upper surface and said lower surface; and said cover (40, 140) comprises: an interior cavity defined by a flexible wall; and a valve (50, 150) in fluid communication with said interior cavity, said valve (50, 150) configured to enable the suction of air from said interior cavity and draw said flexible wall inwardly toward said upper surface, and further configured to be substantially aligned with said air flow aperture. an upper surface; a lower surface; and a vacuum-fitted cover (40, 140) covering at least a portion of said tray (20, 120), characterized in that said tray (20, 120) comprises an air flow aperture in fluid communication with said upper surface and said lower surface; and said cover (40, 140) comprises: an interior cavity defined by a flexible wall; and a valve (50, 150) in fluid communication with said interior cavity, said valve (50, 150) configured to enable the suction of air from said interior cavity and draw said flexible wall inwardly toward said upper surface, and further configured to be substantially aligned with said air flow aperture. an interior cavity defined by a flexible wall; and a valve (50, 150) in fluid communication with said interior cavity, said valve (50, 150) configured to enable the suction of air from said interior cavity and draw said flexible wall inwardly toward said upper surface, and further configured to be substantially aligned with said air flow aperture.
Method of controlling an operation of a robot in aircraft construction, comprising: creating at least one virtual image with a 3D measurement optical system and with respect to a coordinate system of the 3D measurement optical system, hereinafter referred to as the 3D measurement coordinate system, the at least one virtual image capturing a surface area of an aircraft component; converting a plurality of point coordinates of the virtual image into point coordinates with respect to a robot coordinate system by means of a transformation rule; and controlling a tool element of the robot based on the point coordinates with respect to the robot coordinate system to perform the operation; wherein the plurality of point coordinates of the at least one virtual image defines at least a portion of an operation path along which the operation is provided by the tool element. creating at least one virtual image with a 3D measurement optical system and with respect to a coordinate system of the 3D measurement optical system, hereinafter referred to as the 3D measurement coordinate system, the at least one virtual image capturing a surface area of an aircraft component; converting a plurality of point coordinates of the virtual image into point coordinates with respect to a robot coordinate system by means of a transformation rule; and controlling a tool element of the robot based on the point coordinates with respect to the robot coordinate system to perform the operation; wherein the plurality of point coordinates of the at least one virtual image defines at least a portion of an operation path along which the operation is provided by the tool element.
A solid-state lithium battery comprising a cathode active material layer containing a cathode active material, an anode active material layer containing an anode active material, and a solid electrolyte layer formed between the cathode active material layer and the anode active material layer, characterized in that the cathode active material is an oxide active material, at least one of the cathode active material layer and the solid electrolyte layer contains a sulfide solid electrolyte material, the sulfide solid electrolyte material comprises the element Li, the element P, the element S, and the element I, and the cathode active material layer contains a phosphate ester represented by the following general formula or general formula: wherein, in the general formula, R 1 to R 3 are each independently a group containing at least the element carbon, and all of R 1 to R 3 in the general formula each independently have a C 6 H 5 group, a C 6 F 5 group, a C 6 H 4 (CH 3) group, or a CF 3 group at the terminus; in the general formula, R 4 to R 8 are each independently a group containing at least the element carbon, and all of R 4 to R 7 in the general formula each independently have a C 6 H 5 group, a C 6 F 5 group, a C 6 H 4 (CH 3) group, or a CF 3 group at the terminus.
Method for detecting biofilms, comprising the steps of: - spraying a biofilm staining solution, consisting of a stain which is Coomassie Blue in solution in a dilution phase compatible with the agri-food industry, comprising from 35 to 55 vol% ethanol, from 7 to 13 vol% acetic acid and from 35 to 55 vol% water, with respect to the final volume of said dilution phase, onto a surface liable to be contaminated by a biofilm, said surface being an open surface in a plant, - staining said biofilm with said staining solution for a predetermined period of less than 15 minutes, - spraying a cleaning solution comprising said dilution phase, - diluting said excess staining solution with said cleaning solution for a predetermined period of less than 15 minutes, and - detecting and precisely locating said biofilm by observing residual areas stained with Coomassie Blue corresponding to the biofilms stained by said stain, - said method for detecting biofilms being a method for detecting and precisely locating the biofilms in less than an hour and compatible with the agri-food industry. - spraying a biofilm staining solution, consisting of a stain which is Coomassie Blue in solution in a dilution phase compatible with the agri-food industry, comprising from 35 to 55 vol% ethanol, from 7 to 13 vol% acetic acid and from 35 to 55 vol% water, with respect to the final volume of said dilution phase, onto a surface liable to be contaminated by a biofilm, said surface being an open surface in a plant, - staining said biofilm with said staining solution for a predetermined period of less than 15 minutes, - spraying a cleaning solution comprising said dilution phase, - diluting said excess staining solution with said cleaning solution for a predetermined period of less than 15 minutes, and - detecting and precisely locating said biofilm by observing residual areas stained with Coomassie Blue corresponding to the biofilms stained by said stain, - said method for detecting biofilms being a method for detecting and precisely locating the biofilms in less than an hour and compatible with the agri-food industry.