mhurhangee/ep-ind-claims huggingface dataset:
A method for processing adipose tissue for autologous fat transfer, the method comprising: selecting an adipose tissue comprising adipocytes for implantation; contacting the tissue with a biocompatible detergent at a concentration and time sufficient to remove non-viable materials from the tissue; and rinsing the tissue to remove the detergent, wherein the contacting with the detergent and rinsing are performed under conditions such that the number of viable adipocytes per volume of tissue is increased, and wherein a poloxamer is not used in the contacting step. selecting an adipose tissue comprising adipocytes for implantation; contacting the tissue with a biocompatible detergent at a concentration and time sufficient to remove non-viable materials from the tissue; and rinsing the tissue to remove the detergent, wherein the contacting with the detergent and rinsing are performed under conditions such that the number of viable adipocytes per volume of tissue is increased, and wherein a poloxamer is not used in the contacting step.
A vehicle roof comprising a roof element having a planar panel made of glass, plastic or sheet metal, the panel having an outer side facing a vehicle environment and an inner side facing a vehicle interior, and the roof element having a connecting metal plate connected to the inner side of the panel via a molded portion, characterized in that the connecting metal plate is in loose and sealing contact with the inner side of the panel via contact flanges (22, 24) and defines a cavity together with the inner side of the panel, the cavity being filled by the molded portion, and in that the connecting metal plate is free from molded portions at its surfaces disposed outside the cavity.
A control information receiving method, comprising: receiving broadcast information carried in a broadcast channel, wherein the broadcast information includes indication information that indicates a time-domain resource set of a control channel, and the broadcast channel is located in a synchronization signal block; determining a time-domain location of the control channel from the time-domain resource set based on a time-domain location of the synchronization signal block, wherein the time-domain location of the synchronization signal block is one of at least two predefined time-domain locations in at least one timeslot; and performing control channel detection in the time-domain location of the control channel. receiving broadcast information carried in a broadcast channel, wherein the broadcast information includes indication information that indicates a time-domain resource set of a control channel, and the broadcast channel is located in a synchronization signal block; determining a time-domain location of the control channel from the time-domain resource set based on a time-domain location of the synchronization signal block, wherein the time-domain location of the synchronization signal block is one of at least two predefined time-domain locations in at least one timeslot; and performing control channel detection in the time-domain location of the control channel.
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.
A cooling system for cooling components of a farm machine, the cooling system comprising: a supercharger including a housing and having a first rotor and a second rotor rotatably disposed in the housing, the first and second rotors having meshed lobes for transporting air from an inlet port to an outlet port, the supercharger further including a first rotor shaft and a second rotor shaft rotatably supported by the housing and having the first and second rotors, respectively, fixed for rotation therewith; and an aftertreatment enclosure configured to receive an exhaust duct and having a first inlet, a second inlet, a first outlet, and a second outlet, wherein the first inlet receives engine exhaust from an engine and the second inlet receives a cooling air from the supercharger to reduce a temperature of the engine exhaust passing through the aftertreatment enclosure, wherein the engine exhaust exits the first aftertreatment enclosure through the first outlet, and the cooling air is vented to ambient through the second outlet; and a manifold coupled to the outlet port of the supercharger for directing cooling air from the supercharger onto a turbo charger for cooling thereof, onto an engine accessory of the farm machine for cooling thereof, and to the aftertreatment enclosure. a supercharger including a housing and having a first rotor and a second rotor rotatably disposed in the housing, the first and second rotors having meshed lobes for transporting air from an inlet port to an outlet port, the supercharger further including a first rotor shaft and a second rotor shaft rotatably supported by the housing and having the first and second rotors, respectively, fixed for rotation therewith; and an aftertreatment enclosure configured to receive an exhaust duct and having a first inlet, a second inlet, a first outlet, and a second outlet, wherein the first inlet receives engine exhaust from an engine and the second inlet receives a cooling air from the supercharger to reduce a temperature of the engine exhaust passing through the aftertreatment enclosure, wherein the engine exhaust exits the first aftertreatment enclosure through the first outlet, and the cooling air is vented to ambient through the second outlet; and a manifold coupled to the outlet port of the supercharger for directing cooling air from the supercharger onto a turbo charger for cooling thereof, onto an engine accessory of the farm machine for cooling thereof, and to the aftertreatment enclosure.
An oil composition comprising, by weight based on the weight of the oil composition, (a) 2 - 12% of one or more ethylcellulose polymers; (b) 2 - 12% of an additive selected from the group consisting of one or more fatty acids, one or more monoglycerides of fatty acids, one or more diglycerides of fatty acids, and mixtures thereof; (c) 2 - 12% of one or more starch; and (d) 64 - 94% of one or more oils, wherein the oil composition is an oleogel. (a) 2 - 12% of one or more ethylcellulose polymers; (b) 2 - 12% of an additive selected from the group consisting of one or more fatty acids, one or more monoglycerides of fatty acids, one or more diglycerides of fatty acids, and mixtures thereof; (c) 2 - 12% of one or more starch; and (d) 64 - 94% of one or more oils,
Method for heating a paver screed of a road paver equipped with a heating device, wherein the heating device comprises several electrical heating elements, in particular resistance heating elements, which by means of a current generator are charged with electrical current, wherein for changing the heating power of the heating device, the voltage, the heating elements are charged with, is changed, wherein as current generator a three-phase current generator is used, characterized in that the voltage, the heating elements are charged with, is changed in that these heating elements are connected to the three-phase current generator temporarily in star connection and temporarily in delta connection, and that the heating device comprises at least two groups (2a-2x) of electrical heating elements, which in star connection as well as in delta connection can be operated, and that the voltage, these heating elements are charged with, is changed in that these groups (2a-2x) temporarily simultaneously in star connection and/or temporarily simultaneously in delta connection are connected to the current generator, and temporarily in an alternating clocked manner in star and delta connection are connected to the current generator.
A method, implemented on a computing device (104; 112), for storing a Universal Resource Identifier 'URI' of a document composed in a markup language in a web browser implemented by said computing device, said method comprising: storing said URI of said document, thereby creating a stored URI; through an application running on said computing device (104; 112), determining a label by automatically selecting between a value of a first attribute of an element of said document and a value of a second attribute of the same element of said document in accordance with a scale of the computing device (104; 112) running the application; and storing said label in association with said stored URI. storing said URI of said document, thereby creating a stored URI; through an application running on said computing device (104; 112), determining a label by automatically selecting between a value of a first attribute of an element of said document and a value of a second attribute of the same element of said document in accordance with a scale of the computing device (104; 112) running the application; and storing said label in association with said stored URI.
A vehicle-based method to determine the suitability of an object in the vicinity of a vehicle as a suitable positional landmark, the method comprising the steps of: a) emitting a plurality of radar signals from a radar system based on said vehicle: b) detecting by said radar system the radar returns from said emitted radar signals reflected by said object; and c) using a Doppler analysis of the radar returns to determine whether said object is a stationary object; characterized by d) determining the cross-correlation of the radar returns with a corresponding system-dependent Point Spread Function, describing the radar system's response to an ideal single-scatterer target, to determine whether said object is a single scattering center; e) determining, from the radar returns, changes in the scattering center position of said object with the azimuthal angle (θ) between said vehicle and said object; and f) determining the suitability of said landmark for the results of steps c), d) and e). a) emitting a plurality of radar signals from a radar system based on said vehicle: b) detecting by said radar system the radar returns from said emitted radar signals reflected by said object; and c) using a Doppler analysis of the radar returns to determine whether said object is a stationary object; characterized by d) determining the cross-correlation of the radar returns with a corresponding system-dependent Point Spread Function, describing the radar system's response to an ideal single-scatterer target, to determine whether said object is a single scattering center; e) determining, from the radar returns, changes in the scattering center position of said object with the azimuthal angle (θ) between said vehicle and said object; and f) determining the suitability of said landmark for the results of steps c), d) and e).
A method comprising: receiving at a mobile communication device in a cellular mobile network configuration information related to cells in an area of the network comprising first configuration information for a first cell and one or more second cells, wherein the first configuration information comprises an indication of a downlink radio carrier frequency of the first cell and downlink radio carrier frequencies of each of the one or more second cells; receiving, at the mobile communication device, environment information indicative of overlaps between coverage areas of the first cell and the one or more second cells, wherein the environment information is at least indicative of location information of one or more transmission points of the first cell and location information of one or more transmission points of each of the one or more second cells; and causing by the mobile communication device a transmission of measurement results obtained in the first cell for use in radio resource management of the mobile communication device in the one or more second cells. receiving at a mobile communication device in a cellular mobile network configuration information related to cells in an area of the network comprising first configuration information for a first cell and one or more second cells, wherein the first configuration information comprises an indication of a downlink radio carrier frequency of the first cell and downlink radio carrier frequencies of each of the one or more second cells; receiving, at the mobile communication device, environment information indicative of overlaps between coverage areas of the first cell and the one or more second cells, wherein the environment information is at least indicative of location information of one or more transmission points of the first cell and location information of one or more transmission points of each of the one or more second cells; and causing by the mobile communication device a transmission of measurement results obtained in the first cell for use in radio resource management of the mobile communication device in the one or more second cells.
A gearbox with housing part and bearing, wherein a bearing receptacle is formed on the housing part, in which receptacle the bearing is received, wherein a closing cap is connected to the housing part and covers the bearing towards the surroundings, wherein the housing part has a continuous cutout which passes through the wall of the housing part, which cutout is likewise covered by the closing cap, characterised in that the cutout which passes through the wall of the housing part is formed in slot-like manner, which is extended further in the peripheral direction relative to the axis of rotation of the bearing than in the radial direction, and in that the closing cap is formed from externally rubber-coated steel sheet, the rubber coating sealing off at least the closing cap towards the housing part.
A measurement system for computing a geometric center of a log block in three dimensions comprising: a charger apparatus; a plurality of block scanner mechanisms having: i) an illumination source for projecting light along the length of the surface of the log block onto a plurality of scan points on said surface; and ii) an imaging device for receiving an image of the plurality of scan points that is reflected from the surface of the log block; and a processing unit configured to determine, based on information from said imaging device, a three-dimensional shape of the log block and to calculate an optimum yield axis from said determined three-dimensional shape, characterized in that the block scanner mechanisms are in a spatial alignment such that some of the plurality of scan points of adjacent block scanner mechanisms overlap, and said processing unit further comprises a scan overlap algorithm for selecting only one scan point from each pair of overlapping scan points for use to calculate the optimum yield axis. a charger apparatus; a plurality of block scanner mechanisms having: i) an illumination source for projecting light along the length of the surface of the log block onto a plurality of scan points on said surface; and ii) an imaging device for receiving an image of the plurality of scan points that is reflected from the surface of the log block; and i) an illumination source for projecting light along the length of the surface of the log block onto a plurality of scan points on said surface; and ii) an imaging device for receiving an image of the plurality of scan points that is reflected from the surface of the log block; and a processing unit configured to determine, based on information from said imaging device, a three-dimensional shape of the log block and to calculate an optimum yield axis from said determined three-dimensional shape, characterized in that the block scanner mechanisms are in a spatial alignment such that some of the plurality of scan points of adjacent block scanner mechanisms overlap, and said processing unit further comprises a scan overlap algorithm for selecting only one scan point from each pair of overlapping scan points for use to calculate the optimum yield axis.
A quantitative analyte measurement device for quantitatively measuring an analyte in blood, the quantitative analyte measurement device comprising: a camera photographing a first virtual region and a second virtual region of an analyte kit in that order, wherein the first virtual region corresponds to an analyte reaction result obtained by reaction of the analyte in blood and the second virtual region corresponds to an identification code of the analyte kit; a read unit reading images of the photographed analyte reaction result and identification code comprising a first read unit for reading a first image of the first virtual region and a second read unit for reading a second image of the second virtual region; wherein the first image does not include the second image of the second virtual region and the second image does not include the first image of the first virtual region; and the quantitative analyte measurement device comprises a control unit allowing a result of reading the first image to be processed using a result of reading the second image. a camera photographing a first virtual region and a second virtual region of an analyte kit in that order, wherein the first virtual region corresponds to an analyte reaction result obtained by reaction of the analyte in blood and the second virtual region corresponds to an identification code of the analyte kit; a read unit reading images of the photographed analyte reaction result and identification code comprising a first read unit for reading a first image of the first virtual region and a second read unit for reading a second image of the second virtual region; wherein the first image does not include the second image of the second virtual region and the second image does not include the first image of the first virtual region; and the quantitative analyte measurement device comprises a control unit allowing a result of reading the first image to be processed using a result of reading the second image.
An infusion set assembly, comprising: an infusion component; and a tube (122, 124, 126, 222, 232) coupled to the infusion component, the tube (122, 124, 126, 222, 232) comprising: a body defining a fluid flow pathway; a first tube end; a second tube end; and a tube marker (223, 224) disposed near the first tube end, wherein the tube marker (223, 224) is positioned so that a distance between a leading edge (223a, 224a, 450a) of the tube marker (223, 224) and the outermost surface of the first tube end is substantially equal to a distance between an external edge and a hard stop of a fluid port of the infusion component; and a bond area defined between a portion of the outermost surface of the first tube end and an internal surface of the fluid port of the infusion component, the bond area comprising one of an adhesive and a solvent. an infusion component; and a tube (122, 124, 126, 222, 232) coupled to the infusion component, the tube (122, 124, 126, 222, 232) comprising: a body defining a fluid flow pathway; a first tube end; a second tube end; and a tube marker (223, 224) disposed near the first tube end, wherein the tube marker (223, 224) is positioned so that a distance between a leading edge (223a, 224a, 450a) of the tube marker (223, 224) and the outermost surface of the first tube end is substantially equal to a distance between an external edge and a hard stop of a fluid port of the infusion component; and a bond area defined between a portion of the outermost surface of the first tube end and an internal surface of the fluid port of the infusion component, the bond area comprising one of an adhesive and a solvent. a body defining a fluid flow pathway; a first tube end; a second tube end; and a tube marker (223, 224) disposed near the first tube end, wherein the tube marker (223, 224) is positioned so that a distance between a leading edge (223a, 224a, 450a) of the tube marker (223, 224) and the outermost surface of the first tube end is substantially equal to a distance between an external edge and a hard stop of a fluid port of the infusion component; and a bond area defined between a portion of the outermost surface of the first tube end and an internal surface of the fluid port of the infusion component, the bond area comprising one of an adhesive and a solvent.
A composition comprising or produced from a blend of a phase change material and at least one ethylene copolymer wherein the blend comprises at least 30% of PCM, based on the weight of the blend, wherein the PCM is selected from the group consisting of alkane, fatty acid, fatty alcohol, fatty acid ester, fatty acid amide, salts of fatty acid, eutectic liquid, mineral salts (e.g., M n H 2 O), organic salts, and combinations of two or more thereof; and the ethylene copolymer comprises or is produced from repeat units derived from ethylene and at least one polar comonomer selected from the group consisting of vinyl acetate, acrylic acid, methacrylic acid, acrylic acid ester, methacrylic acid ester, carbon monoxide, and combinations of two or more thereof, wherein the ethylene copolymers comprises at least 35% of the polar comonomer, based on the weight of the ethylene copolymer.