mhurhangee/patent-ind-claim-en huggingface dataset:
A system for detecting impact collisions for a vehicle , the system comprising: at least one sensor (120-123, 125-136, 140-141), and an electronic controller configured to receive sensor data from the sensor, determine one or more features of the sensor data received from the at least one sensor, wherein the one or more features of the sensor data include an energy from one or more different frequency windows of the sensor data, determine if a collision has occurred based upon the one or more features of the sensor data by comparing the energy within the different frequency windows, and take at least one action in response to determining that the collision has occurred. at least one sensor (120-123, 125-136, 140-141), and an electronic controller configured to receive sensor data from the sensor, determine one or more features of the sensor data received from the at least one sensor, wherein the one or more features of the sensor data include an energy from one or more different frequency windows of the sensor data, determine if a collision has occurred based upon the one or more features of the sensor data by comparing the energy within the different frequency windows, and take at least one action in response to determining that the collision has occurred. receive sensor data from the sensor, determine one or more features of the sensor data received from the at least one sensor, wherein the one or more features of the sensor data include an energy from one or more different frequency windows of the sensor data, determine if a collision has occurred based upon the one or more features of the sensor data by comparing the energy within the different frequency windows, and take at least one action in response to determining that the collision has occurred.
An immunoconjugate comprising (i) a humanized antibody comprising the heavy chain CDR (complementarity determining region) sequences CDR1 (NYGMN); CDR2 (WINTYTGEPTYTDDFKG) and CDR3 (GGFGSSYWYFDV), and the light chain CDR sequences CDR1 (KASQDVSIAVA); CDR2 (SASYRYT); and CDR3 (QQHYITPLT) and human antibody framework region (FR) sequences, wherein the FR sequences comprise substituted murine amino acid residues found at a corresponding location in amino acid residues 38, 46, 68 and 91 of the murine heavy chain variable region of Fig. 3B and amino acid residue 20, 85 and 100 of the murine light chain variable region of Fig 3A, wherein the humanized antibody is conjugated to (ii) a drug.
A protection switching method, comprising: receiving , by an intermediate node, a protection switching request message from an upstream adjacent node, wherein the protection switching request message comprises an identifier of a first protection path; determining , by the intermediate node, resource of the first protection path is available; sending, by the intermediate node, a first indication message to the upstream adjacent node, and sending the protection switching request message to a downstream adjacent node, wherein the first indication message indicating that the resource of the first protection path of the intermediate node is available; and receiving , by the intermediate node, a second indication message from the downstream adjacent node, and setting up a cross-connection for the first protection path, wherein the second indication message indicating that the resource of the first protection path of the downstream adjacent node is available. receiving , by an intermediate node, a protection switching request message from an upstream adjacent node, wherein the protection switching request message comprises an identifier of a first protection path; determining , by the intermediate node, resource of the first protection path is available; sending, by the intermediate node, a first indication message to the upstream adjacent node, and sending the protection switching request message to a downstream adjacent node, wherein the first indication message indicating that the resource of the first protection path of the intermediate node is available; and receiving , by the intermediate node, a second indication message from the downstream adjacent node, and setting up a cross-connection for the first protection path, wherein the second indication message indicating that the resource of the first protection path of the downstream adjacent node is available.
A network node in a cellular mobile network operable to communicate data to a user equipment, UE, , the network node in the cellular mobile network comprising one or more processors configured to: identify radio-access-technology, RAT, specific radio-capability information relating to RATs supported in the cellular mobile network, wherein the RAT-specific radio-capability information includes information regarding a plurality of frequency bands that are supported in the cellular mobile network; send a UE-capability inquiry message to the UE, wherein the UE-capability inquiry message includes the RAT-specific radio-capability information; and receive UE radio capability information from the UE, wherein the UE radio capability information includes information regarding combinations of frequency bands for carrier aggregation that are supported by the UE, wherein the frequency bands are selected based on the plurality of frequency bands that are supported in the cellular mobile network, as indicated in the RAT-specific radio-capability information. identify radio-access-technology, RAT, specific radio-capability information relating to RATs supported in the cellular mobile network, wherein the RAT-specific radio-capability information includes information regarding a plurality of frequency bands that are supported in the cellular mobile network; send a UE-capability inquiry message to the UE, wherein the UE-capability inquiry message includes the RAT-specific radio-capability information; and receive UE radio capability information from the UE, wherein the UE radio capability information includes information regarding combinations of frequency bands for carrier aggregation that are supported by the UE, wherein the frequency bands are selected based on the plurality of frequency bands that are supported in the cellular mobile network, as indicated in the RAT-specific radio-capability information.
Portable crease removal apparatus comprising a handle and a steam-emitting head connected to an upper end of the handle , the steam-emitting head comprising a front end comprising a treatment face , provided with at least one steam outlet hole , intended to vertically face a piece of clothing to have creases removed when the apparatus is held in a vertical crease removal position, with the handle located under the head , the apparatus comprising an instant vaporisation chamber and a water reservoir supplying, by gravity, said instant vaporisation chamber when the apparatus occupies the vertical crease removal position, characterised in that the reservoir comprises a vent circuit which ensures that the reservoir is vented, both when the apparatus occupies the vertical crease removal position and when the apparatus occupies a horizontal crease removal position in which the treatment face is disposed in a horizontal plane and is oriented downwards.
A method to monitor Internet activity, the method comprising: obtaining, by a registrar from a panelist during a panelist registration process, by executing an instruction with a processor, panelist demographic information identifying a demographic of the panelist; assigning, by the registrar in response to the obtaining of the panelist demographic information, by executing an instruction with the processor, credentials to a mobile device of the panelist; determining by a request servicer, if an application identified by an identifier of a content request from the mobile device supports proxy authentication, the identifier of the content request including a user agent identifier; transmitting by the request servicer a request for credentials to the mobile device if the application supports proxy authentication, the proxy authentication based on a user identifier match to a pattern of applications that support authentication; blocking by an Internet content processor, when the user agent identifier matches a user agent identifier in a list of blocked user agents, the content request; and storing by the Internet content processor an identifier of a content requested by the content request in association with the mobile device to monitor Internet activity on the mobile device. obtaining, by a registrar from a panelist during a panelist registration process, by executing an instruction with a processor, panelist demographic information identifying a demographic of the panelist; assigning, by the registrar in response to the obtaining of the panelist demographic information, by executing an instruction with the processor, credentials to a mobile device of the panelist; determining by a request servicer, if an application identified by an identifier of a content request from the mobile device supports proxy authentication, the identifier of the content request including a user agent identifier; transmitting by the request servicer a request for credentials to the mobile device if the application supports proxy authentication, the proxy authentication based on a user identifier match to a pattern of applications that support authentication; blocking by an Internet content processor, when the user agent identifier matches a user agent identifier in a list of blocked user agents, the content request; and storing by the Internet content processor an identifier of a content requested by the content request in association with the mobile device to monitor Internet activity on the mobile device.
Method for defense against a threat , comprising the following steps: - detecting the threat by means of at least one detection device , - locking at least one laser weapon system onto the threat , - emitting a laser beam (7.1) of the at least one laser weapon system onto the threat , - striking the laser beam (7.1) of the at least one laser weapon system on a surface of the threat , - the laser beam (7.1) of the at least one laser weapon system heating the surface of the threat at specific points so that the threat is imaged more intensively such that the threat emits a stronger infrared signature and stands out against a background sufficiently for a defense measure , - it being possible for the heating of the surface of the threat to be detected by an infrared seeker head of a defense measure , characterized by : - locking an illumination laser onto the threat , - fixing a laser beam (6.1) of the illumination laser onto the threat so that a fixed point is located in the visible region of the missile , - using the fixed point to align the laser beam (7.1) of the laser weapon system onto the missile , and - deploying the defense measure comprising the IR seeker head from at least one launch device after the threat has been heated. - detecting the threat by means of at least one detection device , - locking at least one laser weapon system onto the threat , - emitting a laser beam (7.1) of the at least one laser weapon system onto the threat , - striking the laser beam (7.1) of the at least one laser weapon system on a surface of the threat , - the laser beam (7.1) of the at least one laser weapon system heating the surface of the threat at specific points so that the threat is imaged more intensively such that the threat emits a stronger infrared signature and stands out against a background sufficiently for a defense measure , - it being possible for the heating of the surface of the threat to be detected by an infrared seeker head of a defense measure , - locking an illumination laser onto the threat , - fixing a laser beam (6.1) of the illumination laser onto the threat so that a fixed point is located in the visible region of the missile , - using the fixed point to align the laser beam (7.1) of the laser weapon system onto the missile , and - deploying the defense measure comprising the IR seeker head from at least one launch device after the threat has been heated.
A snowmobile , comprising: a chassis , comprising a bulkhead and a tunnel ; an engine supported by the chassis; a front suspension coupled to bulkhead; a rear suspension coupled to the tunnel; and slide rails coupled to the rear suspension; a drive belt supported by the chassis, and having an axis about which the belt is driven; the rear suspension comprising: a toggle link pivotally coupled to the tunnel at a first pivot coupling , and a rear control arm coupled between the slide rails and the toggle link; and the toggle link being pivotally coupled to the rear control arm at a second pivot coupling ; and characterised in that a front control arm coupled between the slide rails and the tunnel; wherein the front control arm is mounted rearward of the belt drive axis by a distance X5, where X5 is in a range of 210-260 mm (8.2-10.2 inches). a chassis , comprising a bulkhead and a tunnel ; an engine supported by the chassis; a front suspension coupled to bulkhead; a rear suspension coupled to the tunnel; and slide rails coupled to the rear suspension; a drive belt supported by the chassis, and having an axis about which the belt is driven; the rear suspension comprising: a toggle link pivotally coupled to the tunnel at a first pivot coupling , and a rear control arm coupled between the slide rails and the toggle link; and the toggle link being pivotally coupled to the rear control arm at a second pivot coupling ; and characterised in that a front control arm coupled between the slide rails and the tunnel; wherein the front control arm is mounted rearward of the belt drive axis by a distance X5, where X5 is in a range of 210-260 mm (8.2-10.2 inches). a toggle link pivotally coupled to the tunnel at a first pivot coupling , and a rear control arm coupled between the slide rails and the toggle link; and the toggle link being pivotally coupled to the rear control arm at a second pivot coupling ; and characterised in that a front control arm coupled between the slide rails and the tunnel; wherein the front control arm is mounted rearward of the belt drive axis by a distance X5, where X5 is in a range of 210-260 mm (8.2-10.2 inches).
Linear position sensor comprising an element where sensor coils are disposed, and a partly electrically conductive element , both elements are movable relative to each other in a direction along a measurement path; the partly electrically conductive element comprising continuously extending measuring tracks of two typologies, wherein one measuring track is of a triangularly shaped type, said measuring track being limited by two triangular shapes on both sides along the measurement path, and wherein a second measuring track is of a discrete incremental step type, said second measurement track containing discrete increments along the measurement path.
Paliperidone palmitate for use in a method of treating psychosis, schizophrenia, schizoaffective disorder, schizophreniform disorder, or bipolar disorder, the method comprising administering paliperidone palmitate to a patient in need thereof who has been administered a first dose of a paliperidone palmitate extended-release injectable suspension having a six month dosing interval (PP6M), wherein the method comprises administering a second dose of the paliperidone palmitate extended-release injectable suspension to a deltoid or gluteal muscle of the patient up to two weeks before or three weeks after a time that is six months after administration of the first dose, wherein there is no intervening dose of paliperidone palmitate between the first dose and the second dose, wherein the paliperidone palmitate extended-release injectable suspension comprises about 312 mg/mL of paliperidone palmitate, wherein the paliperidone palmitate extended-release injectable suspension is an aqueous composition which further comprises a suspending agent, a buffer, and optionally one or more of a preservative and an isotonizing agent, wherein the first dose comprises about 1092 mg of paliperidone palmitate or about 1560 mg of paliperidone palmitate; and wherein the second dose comprises about 1092 mg of paliperidone palmitate or about 1560 mg of paliperidone palmitate. wherein the paliperidone palmitate extended-release injectable suspension comprises about 312 mg/mL of paliperidone palmitate, wherein the paliperidone palmitate extended-release injectable suspension is an aqueous composition which further comprises a suspending agent, a buffer, and optionally one or more of a preservative and an isotonizing agent, wherein the first dose comprises about 1092 mg of paliperidone palmitate or about 1560 mg of paliperidone palmitate; and wherein the second dose comprises about 1092 mg of paliperidone palmitate or about 1560 mg of paliperidone palmitate.
A wireless communication method, comprising: receiving (S210), by a first terminal, a sidelink data channel and a sidelink reference signal sent by a second terminal; determining (S220), by the first terminal, a resource pool configuration and a transmission resource of a first sidelink feedback channel, wherein the first sidelink feedback channel is a second-type sidelink feedback channel, the second-type sidelink feedback channel is used to carry sidelink feedback information of the sidelink data channel and a measurement result of the sidelink reference signal, and the number of bits of information carried in the second-type sidelink feedback channel is greater than 1; and sending (S230), by the first terminal, the first sidelink feedback channel to the second terminal according to the resource pool configuration and the transmission resource of the first sidelink feedback channel, wherein the second-type sidelink feedback channel occupies all time domain symbols in a slot that are available for sidelink transmission in a time domain. receiving (S210), by a first terminal, a sidelink data channel and a sidelink reference signal sent by a second terminal; determining (S220), by the first terminal, a resource pool configuration and a transmission resource of a first sidelink feedback channel, wherein the first sidelink feedback channel is a second-type sidelink feedback channel, the second-type sidelink feedback channel is used to carry sidelink feedback information of the sidelink data channel and a measurement result of the sidelink reference signal, and the number of bits of information carried in the second-type sidelink feedback channel is greater than 1; and sending (S230), by the first terminal, the first sidelink feedback channel to the second terminal according to the resource pool configuration and the transmission resource of the first sidelink feedback channel, wherein the second-type sidelink feedback channel occupies all time domain symbols in a slot that are available for sidelink transmission in a time domain.
A corrugated tube comprising: a tubular main body that protects an electric wire (We) accommodated in an internal space (S); and a tubular or annular outer layer body stacked concentrically with the main body on an outer peripheral surface of the main body , wherein the outer layer body is a molded body including a material having a hardness lower than that of the main body , and capable of absorbing sound when the outer layer body comes into contact with an external contacting object, wherein the main body is a bellows-shaped molded body in which an annular recess recessed on a side of the outer peripheral surface and an annular protrusion protruding on a side of the outer peripheral surface are concentrically and alternately connected along a cylinder axis direction, characterized in that the outer layer body is a bellows-shaped molded body in which an annular layer recess stacked concentrically with the annular recess on an outer peripheral surface of the annular recess and an annular layer protrusion stacked concentrically with the annular protrusion on an outer peripheral surface of the annular protrusion are concentrically and alternately connected along the cylinder axis direction, and the annular layer recess and the annular layer protrusion include said material having a hardness lower than that of the annular recess and the annular protrusion . a tubular main body that protects an electric wire (We) accommodated in an internal space (S); and a tubular or annular outer layer body stacked concentrically with the main body on an outer peripheral surface of the main body , wherein the outer layer body is a molded body including a material having a hardness lower than that of the main body , and capable of absorbing sound when the outer layer body comes into contact with an external contacting object, wherein the main body is a bellows-shaped molded body in which an annular recess recessed on a side of the outer peripheral surface and an annular protrusion protruding on a side of the outer peripheral surface are concentrically and alternately connected along a cylinder axis direction, characterized in that the outer layer body is a bellows-shaped molded body in which an annular layer recess stacked concentrically with the annular recess on an outer peripheral surface of the annular recess and an annular layer protrusion stacked concentrically with the annular protrusion on an outer peripheral surface of the annular protrusion are concentrically and alternately connected along the cylinder axis direction, and the annular layer recess and the annular layer protrusion include said material having a hardness lower than that of the annular recess and the annular protrusion .
A coiler device provided with wrapper aprons , comprising a mandrel configured to wind up a metal strip ; a plurality of wrapper rollers configured to wrap the metal strip around the mandrel ; and a plurality of wrapper aprons configured to guide a leading end of the metal strip in spaces between the adjacent wrapper rollers , and wherein the coiler device includes a fluid supply device configured to supply a fluid to a guide surface of the wrapper apron disposed on the most upstream side from the viewpoint of winding the metal strip , characterized in that the fluid supply device includes: first fluid supply ports formed in the guide surface and configured to supply the fluid directly to the guide surface ; and second fluid supply ports formed in the guide surface and configured to supply the fluid indirectly to the guide surface by spraying the fluid to the metal strip , wherein the first fluid supply ports and the second fluid supply ports are formed on an upstream side, from the viewpoint of winding the metal strip , of a position where the leading end of the metal strip first comes into contact with the guide surface , wherein the second fluid supply ports are disposed on an upstream side of said first fluid supply ports from the viewpoint of winding the metal strip , wherein the first fluid supply ports are directed to the downstream side from the viewpoint of winding the metal strip , and wherein the second fluid supply ports are formed to extend in the normal direction of the guide surface . first fluid supply ports formed in the guide surface and configured to supply the fluid directly to the guide surface ; and second fluid supply ports formed in the guide surface and configured to supply the fluid indirectly to the guide surface by spraying the fluid to the metal strip , wherein the first fluid supply ports and the second fluid supply ports are formed on an upstream side, from the viewpoint of winding the metal strip , of a position where the leading end of the metal strip first comes into contact with the guide surface , wherein the second fluid supply ports are disposed on an upstream side of said first fluid supply ports from the viewpoint of winding the metal strip , wherein the first fluid supply ports are directed to the downstream side from the viewpoint of winding the metal strip , and wherein the second fluid supply ports are formed to extend in the normal direction of the guide surface . wherein the first fluid supply ports are directed to the downstream side from the viewpoint of winding the metal strip , and wherein the second fluid supply ports are formed to extend in the normal direction of the guide surface .