mhurhangee/patent-ind-claim-en huggingface dataset:
An environmental sensor system comprising: an environmental sensor comprising at least a first heater and a second heater , wherein the first heater is configured to consume a lower power compared to the second heater ; a controller coupled with the environmental sensor , wherein the controller is configured to: store a set of measured values; analyse a predetermined number of recent measured values from the set of measured values; determine which of the first and second heaters to be switched on based on the analysed results of the predetermined number of recent measured values; switch on the first heater if the controller determines from the analysed results that there are no measured values or the measured values are less than a pre-determined threshold limit; and switch on the second heater or both the first and second heaters if the controller determines from the analysed results that the measured values are more than a pre-determined threshold limit. an environmental sensor comprising at least a first heater and a second heater , wherein the first heater is configured to consume a lower power compared to the second heater ; a controller coupled with the environmental sensor , wherein the controller is configured to: store a set of measured values; analyse a predetermined number of recent measured values from the set of measured values; determine which of the first and second heaters to be switched on based on the analysed results of the predetermined number of recent measured values; switch on the first heater if the controller determines from the analysed results that there are no measured values or the measured values are less than a pre-determined threshold limit; and switch on the second heater or both the first and second heaters if the controller determines from the analysed results that the measured values are more than a pre-determined threshold limit. store a set of measured values; analyse a predetermined number of recent measured values from the set of measured values; determine which of the first and second heaters to be switched on based on the analysed results of the predetermined number of recent measured values; switch on the first heater if the controller determines from the analysed results that there are no measured values or the measured values are less than a pre-determined threshold limit; and switch on the second heater or both the first and second heaters if the controller determines from the analysed results that the measured values are more than a pre-determined threshold limit.
A method of inspecting a pipe , the method including the steps of: providing a container comprising a first portion and a second portion , the first and second portions connectable to form a chamber when the container is in a closed position, locating the container around the pipe when the container is in an open position; moving the container from the open position to the closed position, wherein in the closed position the container is located around the pipe and substantially encloses at least a portion of the pipe within the chamber ; and passing a beam of radiation through the chamber of the container and the at least a portion of the pipe substantially enclosed within the chamber when the container is in the closed position, wherein the container shields the beam of radiation, and the distance between a source of the radiation and the at least a portion of the pipe being equal to or less than 300mm, wherein the container houses a radiation detector attachable to and movable with the second portion of the container, the radiation detector configured to determine a strength, quantity and/or amount of radiation, wherein the radiation detector is locatable in the container opposite to the source of the beam of radiation when the container is in the closed position. providing a container comprising a first portion and a second portion , the first and second portions connectable to form a chamber when the container is in a closed position, locating the container around the pipe when the container is in an open position; moving the container from the open position to the closed position, wherein in the closed position the container is located around the pipe and substantially encloses at least a portion of the pipe within the chamber ; and passing a beam of radiation through the chamber of the container and the at least a portion of the pipe substantially enclosed within the chamber when the container is in the closed position, wherein the container shields the beam of radiation, and the distance between a source of the radiation and the at least a portion of the pipe being equal to or less than 300mm, wherein the container houses a radiation detector attachable to and movable with the second portion of the container, the radiation detector configured to determine a strength, quantity and/or amount of radiation, wherein the radiation detector is locatable in the container opposite to the source of the beam of radiation when the container is in the closed position.
A method comprising, at a positioning assistance server: obtaining encoded metadata for at least a portion of at least one indoor region corresponding to at least one of an electronic map or an access point locator; receiving ; a request for position assistance data for at least one indoor region from a mobile station; determining if the positioning assistance server has a cached version of an applicable electronic map and access point locator for the at least one indoor region and, if so, responding directly to the mobile station with the requested position assistance data, otherwise communicating with a map server and AP server to obtain the requested position assistance data; and transmitting at least a portion of said position assistance data to said mobile station, said position assistance data comprising, at least in part, said encoded metadata and at least a portion of at least one of: said electronic map or said access point locator corresponding to said encoded metadata; wherein at least a portion of said encoded metadata is for use in said mobile station in at least one of: a positioning function, a navigation function, or a location based service function. obtaining encoded metadata for at least a portion of at least one indoor region corresponding to at least one of an electronic map or an access point locator; receiving ; a request for position assistance data for at least one indoor region from a mobile station; determining if the positioning assistance server has a cached version of an applicable electronic map and access point locator for the at least one indoor region and, if so, responding directly to the mobile station with the requested position assistance data, otherwise communicating with a map server and AP server to obtain the requested position assistance data; and transmitting at least a portion of said position assistance data to said mobile station, said position assistance data comprising, at least in part, said encoded metadata and at least a portion of at least one of: said electronic map or said access point locator corresponding to said encoded metadata; wherein at least a portion of said encoded metadata is for use in said mobile station in at least one of: a positioning function, a navigation function, or a location based service function.
A thickening system consisting of: a) at least one pregelatinized starch, b) at least one gum of plant or microbial origin, c) and at least one cellulose derivative. a) at least one pregelatinized starch, b) at least one gum of plant or microbial origin, c) and at least one cellulose derivative.
Porous body comprising a three-dimensional network of node points joined to one another by struts , and a void volume present between the struts , the struts having an average length of ≥ 200 μm to ≤ 50 mm, the struts having an average thickness of ≥ 100 μm to ≤ 5 mm, and the body having a compression hardness (40% compression, DIN EN ISO 3386-1: 2010-09) in at least one spatial direction of ≥ 10 to ≤ 100 kPa.
A three-dimensional, 3D, scattering structure configured to receive electromagnetic waves; and scatter the electromagnetic waves to provide one or more set target functions; characterized in that : the 3D scattering structure is formed into a set 3D pattern by structuring a refractive index of the 3D scattering structure based on the one or more set target functions; the structuring is performed by optimizing a density through an optimization algorithm; the refractive index is related to the density via a sigmoidal filter, the filter having a filter strength parameter, the filter strength parameter controlling a strength of the sigmoidal filter; and the filter strength parameter is increased throughout the optimization algorithm. receive electromagnetic waves; and scatter the electromagnetic waves to provide one or more set target functions; the 3D scattering structure is formed into a set 3D pattern by structuring a refractive index of the 3D scattering structure based on the one or more set target functions; the structuring is performed by optimizing a density through an optimization algorithm; the refractive index is related to the density via a sigmoidal filter, the filter having a filter strength parameter, the filter strength parameter controlling a strength of the sigmoidal filter; and the filter strength parameter is increased throughout the optimization algorithm.
Method for determining the fracture surface of a specimen , in which a movable specimen holder holds the specimen , a first camera system optically records at least one fracture angle image for a fracture angle (α) of the fracture surface of the specimen , the fracture surface of the specimen is aligned with an optical axis of a second camera system with the aid of the movable specimen holder as a function of the fracture angle image detected by the first camera system , at least one first illumination device illuminates the specimen , wherein the first illumination device is provided for dark-field illumination of the fracture surface , the second camera system optically captures at least one fracture surface individual image of the fracture surface of the specimen under dark-field illumination, and an evaluation device generates at least one, especially digital, fracture surface image as a function of the at least one dark-field fracture surface individual image , and determines the fracture surface , more particularly its fracture surface size (Su) and/or its outer contour (K), on the basis of this fracture surface image . a first camera system optically records at least one fracture angle image for a fracture angle (α) of the fracture surface of the specimen , the fracture surface of the specimen is aligned with an optical axis of a second camera system with the aid of the movable specimen holder as a function of the fracture angle image detected by the first camera system , at least one first illumination device illuminates the specimen , wherein the first illumination device is provided for dark-field illumination of the fracture surface , the second camera system optically captures at least one fracture surface individual image of the fracture surface of the specimen under dark-field illumination, and an evaluation device generates at least one, especially digital, fracture surface image as a function of the at least one dark-field fracture surface individual image , and determines the fracture surface , more particularly its fracture surface size (Su) and/or its outer contour (K), on the basis of this fracture surface image .
A composition comprising Japanese Thistle extract and one or more of: Grape Seed Extract; Amla Fruit Extract; Pine Bark Extract; and Chinese Mint Extract.
System (SDBR) for the detection of satellite radio navigation signal jammers, intended to be positioned at the edge of a road, the system comprising: - a first device (MSG) configured to receive, via a radio link, a sequence of a satellite navigation signal received by a vehicle (VEH) and retransmitted by said vehicle (VEH) to the system (SBDR) via the radio link , - a second device (DBR) configured to measure at least a characteristic of said satellite radio navigation signal received and to detect, from said at least one characteristic, a disturbance of said satellite radio navigation signal by a jamming signal, - a third device (FLASH) for triggering a capture of view of the road if said satellite navigation signal is disturbed by a jamming signal. - a first device (MSG) configured to receive, via a radio link, a sequence of a satellite navigation signal received by a vehicle (VEH) and retransmitted by said vehicle (VEH) to the system (SBDR) via the radio link , - a second device (DBR) configured to measure at least a characteristic of said satellite radio navigation signal received and to detect, from said at least one characteristic, a disturbance of said satellite radio navigation signal by a jamming signal, - a third device (FLASH) for triggering a capture of view of the road if said satellite navigation signal is disturbed by a jamming signal.
A tag reader , comprising: a communication interface connectable to an external device ; a communication control circuit configured to output a tag interrogation signal at different output levels from an antenna and receive a tag response signal via the antenna ; a processor configured to notify the external device via the communication interface of: an output level of the tag interrogation signal corresponding to a received tag response signal from a wireless tag, a tag identification of the wireless tag included in the received tag response signal, and an indication of a signal strength of the received tag response signal, characterized in that the communication control circuit includes a level detection circuit configured to measure and output an RSSI value of the received tag response signal, and the indication of the signal strength of the received tag response signal is the RSSI value. a communication interface connectable to an external device ; a communication control circuit configured to output a tag interrogation signal at different output levels from an antenna and receive a tag response signal via the antenna ; a processor configured to notify the external device via the communication interface of: an output level of the tag interrogation signal corresponding to a received tag response signal from a wireless tag, a tag identification of the wireless tag included in the received tag response signal, and an indication of a signal strength of the received tag response signal, characterized in that the communication control circuit includes a level detection circuit configured to measure and output an RSSI value of the received tag response signal, and the indication of the signal strength of the received tag response signal is the RSSI value. an output level of the tag interrogation signal corresponding to a received tag response signal from a wireless tag, a tag identification of the wireless tag included in the received tag response signal, and an indication of a signal strength of the received tag response signal, characterized in that the communication control circuit includes a level detection circuit configured to measure and output an RSSI value of the received tag response signal, and the indication of the signal strength of the received tag response signal is the RSSI value.
An apparatus for washing an array plate, comprising: one or more dispensers , a respective dispenser of the one or more dispensers configured to dispense a first liquid on the array plate, characterized in that the respective dispenser includes: a first piston configured to slide at least partially within a first channel ; and a first valve configured to allow the first liquid in the first channel to be dispensed from the first channel through the first valve and prevent a liquid from entering into the first channel through the first valve. a first piston configured to slide at least partially within a first channel ; and a first valve configured to allow the first liquid in the first channel to be dispensed from the first channel through the first valve and prevent a liquid from entering into the first channel through the first valve.
A method performed by a User Equipment device, UE, for obtaining a key for direct communication with a device over an interface, the method comprising: discovering the device through a discovery procedure; sending , to the device , an identifier of the UE and requesting the key for the direct communication with the device ; receiving , from the device , an identifier of the device , key generation information, a key identifier, and an encrypted direct communication key; deriving a session shared key from at least the key generation information; deriving a UE delivery key from at least the session shared key and the identifier of the device ; and decrypting the encrypted direct communication key using the derived UE delivery key, wherein the decrypted direct communication key is associated with the key identifier that is used in the UE and the device , to associate the decrypted direct communication key with the direct communication. discovering the device through a discovery procedure; sending , to the device , an identifier of the UE and requesting the key for the direct communication with the device ; receiving , from the device , an identifier of the device , key generation information, a key identifier, and an encrypted direct communication key; deriving a session shared key from at least the key generation information; deriving a UE delivery key from at least the session shared key and the identifier of the device ; and decrypting the encrypted direct communication key using the derived UE delivery key, wherein the decrypted direct communication key is associated with the key identifier that is used in the UE and the device , to associate the decrypted direct communication key with the direct communication.
Cable reel for the energy supply of an electrically operated commercial vehicle, having an axially running winding body which for winding and unwinding an electrical cable can be set in rotation about a rotation axis , wherein the winding body on an internal side supports a multiplicity of fans which are configured to generate a cooling air stream directed radially outward in terms of a cylindrical reel wall , characterized in that the fans are disposed so as to be distributed in a plurality of rows in each case along the rotation axis of the winding body and along an internal circumference of the cylindrical reel wall, wherein the cooling air stream is directed through air outlet openings in the cylindrical reel wall .
An electrode assembly for a lithium-ion battery cell comprising a sheet-shaped current collector that has, on at least one face thereof, a positive electrode mixture agent layer containing an active material and is spirally wound, wherein the current collector has, in a portion on a side of at least one end of a winding axis, a non-mixture agent layer part having no mixture agent layer formed therein, wherein a mass per unit area of the positive electrode mixture agent layer is larger in an edge portion on the side of the non-mixture agent layer part by 0.3% or more and 1.0% or less than in a portion other than the edge portion, and wherein the edge portion of the positive electrode mixture agent layer on the side of the non-mixture agent layer part corresponds to a part within 1 mm to 5 mm from an edge of the positive electrode mixture agent layer on the side of the non-mixture agent layer part.
An FcRn antagonist for use in the treatment of pemphigus in a subject in need thereof, wherein (i) the subject has (a) newly diagnosed pemphigus, (b) relapsing pemphigus, or (c) refractory pemphigus, (ii) the FcRn antagonist consists of a variant Fc region, wherein said variant Fc region consists of two Fc domains which form a homodimer, and wherein the amino acid sequence of each of the Fc domains is selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 2, and SEQ ID NO: 3, and (iii) the FcRn antagonist is administered in combination with a corticosteroid and the corticosteroid is at a dose of ≤ 0.5 mg prednisone/kg/day or equivalent. (i) the subject has (a) newly diagnosed pemphigus, (b) relapsing pemphigus, or (c) refractory pemphigus, (a) newly diagnosed pemphigus, (b) relapsing pemphigus, or (c) refractory pemphigus, (ii) the FcRn antagonist consists of a variant Fc region, wherein said variant Fc region consists of two Fc domains which form a homodimer, and wherein the amino acid sequence of each of the Fc domains is selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 2, and SEQ ID NO: 3, and (iii) the FcRn antagonist is administered in combination with a corticosteroid and the corticosteroid is at a dose of ≤ 0.5 mg prednisone/kg/day or equivalent.
A method for determining driving assisting data in relation to a vehicle based on sensor data and map data in relation to other vehicles, the method comprising: obtaining sensor data from a sensor system of a first vehicle, the sensor data comprising a pose and a velocity of a second vehicle located in a surrounding environment of the first vehicle; obtaining map data comprising a road geometry of the surrounding environment of the first vehicle; comparing the pose and the velocity of the second vehicle with the map data; determining driving assisting data in relation to a third vehicle based on the comparison; and sending the determined driving assisting data to the third vehicle; wherein the driving assisting data comprise a confidence value of the map data; and wherein determining driving assisting data is based on whether or not the comparison indicates an inconsistency . obtaining sensor data from a sensor system of a first vehicle, the sensor data comprising a pose and a velocity of a second vehicle located in a surrounding environment of the first vehicle; obtaining map data comprising a road geometry of the surrounding environment of the first vehicle; comparing the pose and the velocity of the second vehicle with the map data; determining driving assisting data in relation to a third vehicle based on the comparison; and sending the determined driving assisting data to the third vehicle; wherein the driving assisting data comprise a confidence value of the map data; and wherein determining driving assisting data is based on whether or not the comparison indicates an inconsistency .