mhurhangee/ep-ind-claims huggingface dataset:
A method for determining the performance of a communications network comprising a plurality of mobile devices each installed with a monitoring tool, said method comprising the steps of; transmitting a message from each of the plurality of mobile devices to at least one server, each server within the at least one service being configured to direct each message back to each respective mobile device; receiving at each mobile device the respective message returned by each server within the at least one server; calculating a time differential between transmission of the message by each said respective mobile device and receipt of the messages returned by each server within the at least one service by said respective mobile device; and forwarding the calculated time differential to a primary server selected from the at least one service for storage, characterised in that a dedicated application for the monitoring tool is included in each respective mobile device and said dedicated application causes the mobile device to send the message to the at least one server at regular intervals set at a predetermined time period, wherein there is also a dedicated secondary server selected from the at least one server, which is configured to dynamically vary the length of the predetermined time period setting the regular intervals for message sending, based on the time differential calculated between transmission and receipt of the message by each of the respective mobile devices. transmitting a message from each of the plurality of mobile devices to at least one server, each server within the at least one service being configured to direct each message back to each respective mobile device; receiving at each mobile device the respective message returned by each server within the at least one server; calculating a time differential between transmission of the message by each said respective mobile device and receipt of the messages returned by each server within the at least one service by said respective mobile device; and forwarding the calculated time differential to a primary server selected from the at least one service for storage, characterised in that a dedicated application for the monitoring tool is included in each respective mobile device and said dedicated application causes the mobile device to send the message to the at least one server at regular intervals set at a predetermined time period, wherein there is also a dedicated secondary server selected from the at least one server, which is configured to dynamically vary the length of the predetermined time period setting the regular intervals for message sending, based on the time differential calculated between transmission and receipt of the message by each of the respective mobile devices.
A bike carrier adapted to be mounted to a vehicle, wherein the bike carrier extends in a length extension, a width extension (w) and a height extension (h), the bike carrier comprising: - a platform support arrangement for supporting at least one bicycle, the platform support arrangement comprising at least one wheel receiving member (12, 14, 16) for receiving one or more wheels of the at least one bicycle, thereby supporting, such as laterally supporting, the bicycle; - at least one bicycle support arm member (20, 24, 26) which is configured to hold and secure the at least one bicycle when being received in the at least one wheel receiving member (12, 14, 16), wherein the at least one bicycle support arm member (20, 24, 26) is reconfigurable between a bicycle support state and a bicycle loading state, wherein the bike carrier comprises a plurality of bicycle support arm members (20, 24, 26) which are attachable and/or attached to the platform support arrangement at respective fixation points (f1, f2, f3) which are distributed and provided offset from each other along the length extension of the bike carrier, characterized in that, each one of at least two bicycle support arm members (20, 24, 26) is arranged such that a bicycle to be held and secured by the bicycle support arm member (20, 24, 26) can be loaded to the bike carrier in a loading direction which is substantially parallel to the length extension of the bike carrier when the bicycle support arm member (20, 24, 26) is provided in the bicycle support state, such as provided in a substantially upright position extending from the platform support arrangement in the height extension (h) or at least provided in a position in which the bicycle support arm member is extending from the platform support arrangement in a direction which is 45 degrees or less from the upright position, wherein the loading direction is the same loading direction for each bicycle for each one of the at least two bicycle support arm members (20, 24, 26), such as corresponding to a forward direction with respect to the vehicle when the bike carrier is mounted thereto. - a platform support arrangement for supporting at least one bicycle, the platform support arrangement comprising at least one wheel receiving member (12, 14, 16) for receiving one or more wheels of the at least one bicycle, thereby supporting, such as laterally supporting, the bicycle; - at least one bicycle support arm member (20, 24, 26) which is configured to hold and secure the at least one bicycle when being received in the at least one wheel receiving member (12, 14, 16), wherein the at least one bicycle support arm member (20, 24, 26) is reconfigurable between a bicycle support state and a bicycle loading state, wherein the bike carrier comprises a plurality of bicycle support arm members (20, 24, 26) which are attachable and/or attached to the platform support arrangement at respective fixation points (f1, f2, f3) which are distributed and provided offset from each other along the length extension of the bike carrier, characterized in that,
A method for identifying an individual with cancer who is more likely to exhibit benefit from treatment with an immunotherapy and a suppressive stromal antagonist, the method comprising determining the presence of a stromal gene signature in a sample from the individual, said signature comprises FAP, FN1, MMP2, PDGFRB, and THY1, wherein an increase in the level of expression of the one or more genes in the stroma gene signature relative to a median level identifies an individual having a suppressive stroma wherein the presence of a stromal gene signature in a sample from the individual indicates the individual is more likely to exhibit an increased clinical benefit from an immunotherapy and a suppressive stromal antagonist, wherein the immunotherapy comprises a PD-L1 binding antibody, and wherein the suppressive stromal antagonist is a TGFβ binding antibody. wherein the immunotherapy comprises a PD-L1 binding antibody, and wherein the suppressive stromal antagonist is a TGFβ binding antibody.
A conveyor assembly, said conveyor assembly comprising: a main conveyor comprising a belt conveyor having a top surface and a belt with said belt having a first edge and a second edge defining a width of said belt and being moveable over said top surface, said main conveyor further comprising a first side frame and a second side frame, said first side frame including a side portion and a support surface, said support surface extending laterally outward beyond an edge of said top surface with said side portion extending upwardly relative to said support surface, wherein said first side frame further includes a generally horizontally oriented flange located above said side portion, and wherein said top surface extends over said flange; and an input conveyor defining a conveying surface and having a discharge end; characterised in that said input conveyor is mounted to said first side frame of said main conveyor with said discharge end positioned on said support surface. a main conveyor comprising a belt conveyor having a top surface and a belt with said belt having a first edge and a second edge defining a width of said belt and being moveable over said top surface, said main conveyor further comprising a first side frame and a second side frame, said first side frame including a side portion and a support surface, said support surface extending laterally outward beyond an edge of said top surface with said side portion extending upwardly relative to said support surface, wherein said first side frame further includes a generally horizontally oriented flange located above said side portion, and wherein said top surface extends over said flange; and an input conveyor defining a conveying surface and having a discharge end; characterised in that said input conveyor is mounted to said first side frame of said main conveyor with said discharge end positioned on said support surface.
A wireless power transmitter, comprising: an analog-to-digital converter to convert an analog signal associated with a power train circuit to digital values; a controller configured to: cause pulses to be applied to the power train circuit to thereby cause the power train circuit to begin ringing; receive digital values from the ADC acquired while the power train circuit is ringing and after the pulses are completed; based on an analysis of the digital values of the ringing of the power train circuit, determine whether a wireless power receiver is present on or near the wireless power transmitter or whether a foreign object is present on or near the wireless power transmitter; determine an initial peak amplitude of the digital values from the ADC at a beginning of a ringing period; determine a decay rate of the digital values during the ringing period; and determine that a foreign object is present on or near the wireless power transmitter, based on the initial peak amplitude exceeding a peak amplitude threshold and the decay rate exceeding a decay rate threshold. an analog-to-digital converter to convert an analog signal associated with a power train circuit to digital values; a controller configured to: cause pulses to be applied to the power train circuit to thereby cause the power train circuit to begin ringing; receive digital values from the ADC acquired while the power train circuit is ringing and after the pulses are completed; based on an analysis of the digital values of the ringing of the power train circuit, determine whether a wireless power receiver is present on or near the wireless power transmitter or whether a foreign object is present on or near the wireless power transmitter; determine an initial peak amplitude of the digital values from the ADC at a beginning of a ringing period; determine a decay rate of the digital values during the ringing period; and determine that a foreign object is present on or near the wireless power transmitter, based on the initial peak amplitude exceeding a peak amplitude threshold and the decay rate exceeding a decay rate threshold.
A line driver circuit for a High Definition Multimedia Interface (HDMI) transmitter, the line driver circuit comprising: a pre-driver circuit having a pair of pre-driver differential inputs (52; 54) and a pair of pre-driver differential outputs (56; 58), a driver circuit, having a pair of driver differential inputs (72; 74) and a pair of driver differential outputs, wherein each of the pair of pre-driver differential outputs is coupled to a respective one of the pair of driver differential inputs, each of the pair of driver differential outputs is coupled to a respective one of a pair of output terminals (80, 82), and characterized in that the pre-driver further comprises a pair of pre-driver cascode transistors (CT3; CT4), each of the pre-driver cascode transistors being arranged between one of the pre-driver differential outputs and a respective one of the output terminals and wherein the driver circuit and the pre-driver circuit are operable to receive a current supplied by a HDMI receiver coupled to the pair of output terminals. a pre-driver circuit having a pair of pre-driver differential inputs (52; 54) and a pair of pre-driver differential outputs (56; 58), a driver circuit, having a pair of driver differential inputs (72; 74) and a pair of driver differential outputs, wherein each of the pair of pre-driver differential outputs is coupled to a respective one of the pair of driver differential inputs, each of the pair of driver differential outputs is coupled to a respective one of a pair of output terminals (80, 82), and characterized in that the pre-driver further comprises a pair of pre-driver cascode transistors (CT3; CT4), each of the pre-driver cascode transistors being arranged between one of the pre-driver differential outputs and a respective one of the output terminals and wherein the driver circuit and the pre-driver circuit are operable to receive a current supplied by a HDMI receiver coupled to the pair of output terminals.
A refrigerating machine oil comprising: an ester of a polyhydric alcohol and a fatty acid as a base oil; and an ether compound of a polyhydric alcohol, the refrigerating machine oil being used with an unsaturated hydrofluorocarbon refrigerant. an ester of a polyhydric alcohol and a fatty acid as a base oil; and an ether compound of a polyhydric alcohol, the refrigerating machine oil being used with an unsaturated hydrofluorocarbon refrigerant.
Use of graphite fluoride in a coating of a lubricant suitable for use on snow or ice and provided on a sliding surface of a snow or ice sliding equipment for skiing or skating, wherein - the lubricant contains a paraffin wax and graphite fluoride an amount of 0.1-2.0 mass% relative to the paraffin wax; or - the lubricant consists of graphite fluoride. - the lubricant contains a paraffin wax and graphite fluoride an amount of 0.1-2.0 mass% relative to the paraffin wax; or - the lubricant consists of graphite fluoride.
Method for operating a ventilation system with a mixing chamber into which air is supplied via a first supplying duct and via at least one further supplying duct, air is removed from the mixing chamber via a removing duct, and the supply of air - volume control - into the mixing chamber from the supplying ducts (12, 14) is controlled in each case via flaps (18, 20) having a plurality of flap leaves (22, 24) and/or a plurality of flap units each having a plurality of intercoupled flap leaves (22, 24), characterized in that the flap leaves (22, 24) and/or the flap units of a flap (18, 20) are activated individually such that an individual opening position having a different opening angle of the respective flap leaves (22, 24) or of the flap units with the flap leaves (22, 24) is made possible.
A method for reporting channel quality information by a user equipment, UE, the method comprising: receiving, from a base station, a configuration message including: information for indicating feedback channel resources; and information for indicating a number of a plurality of beams to be reported, receiving, from a base station, reference signals, RSs, transmitted by using a plurality of beams of the base station; transmitting, based on the configuration message, a plurality of indices for the plurality of beams to the base station; and transmitting, based on the configuration message, the channel quality indicators, CQIs, for the plurality of beams starting with the CQI associated with the first beam reported and a differential value with respect to the largest CQI for every successive beam reported until the CQIs for the plurality of beams have been reported. receiving, from a base station, a configuration message including: information for indicating feedback channel resources; and information for indicating a number of a plurality of beams to be reported, information for indicating feedback channel resources; and information for indicating a number of a plurality of beams to be reported, receiving, from a base station, reference signals, RSs, transmitted by using a plurality of beams of the base station; transmitting, based on the configuration message, a plurality of indices for the plurality of beams to the base station; and transmitting, based on the configuration message, the channel quality indicators, CQIs, for the plurality of beams starting with the CQI associated with the first beam reported and a differential value with respect to the largest CQI for every successive beam reported until the CQIs for the plurality of beams have been reported.
Relay valve for a compressed air system, with a housing comprising a pressure medium input which can be connected to a pressure medium source, at least one pressure medium output which can be connected to a consumer, at least one control input and at least one purge leading to atmosphere, and with a relay valve piston which is arranged in the housing displaceably along a relay valve piston axis, having a first sealing element for sealing the relay valve piston against the housing, wherein the first sealing element is fixed to the housing, having a second sealing element for sealing the relay valve piston against the housing, wherein the second sealing element is fixedly arranged on the relay valve piston, characterized by an annular chamber which is delimited by the first sealing element, the second sealing element, the relay valve piston and the housing, and a connection of the annular chamber to the atmosphere.
A method of caching, by an edge data network, data from a service server, the method comprising: obtaining information about a location of a terminal from a 3 rd Generation Partnership Project, 3GPP, network; generating movement information of the terminal in a region of interest, based on information about correspondence between the information about the location of the terminal and the region of interest; caching data from the service server, the data being determined based on the movement information of the terminal in the region of interest and a configured cache rule, determining a storage period of the cached data based on at least the movement information of the terminal in the region of interest, wherein the determining of the storage period of the cached data comprises: determining a weight according to a relative distance from the region of interest of the terminal; and determine the storage period of the cached data by multiplying the determined weight by the number of terminals that have activated the application client requesting the cached data and are located in the region of interest related to the cached data or a region adjacent to the region of interest. obtaining information about a location of a terminal from a 3 rd Generation Partnership Project, 3GPP, network; generating movement information of the terminal in a region of interest, based on information about correspondence between the information about the location of the terminal and the region of interest; caching data from the service server, the data being determined based on the movement information of the terminal in the region of interest and a configured cache rule, determining a storage period of the cached data based on at least the movement information of the terminal in the region of interest, wherein the determining of the storage period of the cached data comprises: determining a weight according to a relative distance from the region of interest of the terminal; and determine the storage period of the cached data by multiplying the determined weight by the number of terminals that have activated the application client requesting the cached data and are located in the region of interest related to the cached data or a region adjacent to the region of interest. determining a weight according to a relative distance from the region of interest of the terminal; and determine the storage period of the cached data by multiplying the determined weight by the number of terminals that have activated the application client requesting the cached data and are located in the region of interest related to the cached data or a region adjacent to the region of interest.
A method for communicating between a managed device and a device manager, the method comprising the steps of: sending the managed device a message over a first communications channel; and initiating communication between the managed device and the device manager over a second communications channel in response to the message, wherein the first communications channel and the second communications channel are of different types, wherein communications between the managed device and the device manager over the second communications channel are suspended until the message is received, wherein receipt of the message at the managed device additionally causes communications between the managed device and the device manager over a third communications channel to cease and switch to the second communications channel, wherein the third communications channel is different to the second communications channel, and wherein the second communications channel is secure and has a different security architecture to the first communications channel. sending the managed device a message over a first communications channel; and initiating communication between the managed device and the device manager over a second communications channel in response to the message, wherein the first communications channel and the second communications channel are of different types, wherein communications between the managed device and the device manager over the second communications channel are suspended until the message is received, wherein receipt of the message at the managed device additionally causes communications between the managed device and the device manager over a third communications channel to cease and switch to the second communications channel, wherein the third communications channel is different to the second communications channel, and wherein the second communications channel is secure and has a different security architecture to the first communications channel.
Soil-tilling blade, in particular cultivator blade, having a guide plate adjoining the blade tip, wherein the blade tip and/or the guide plate comprise/comprises at least one hole, which is intended to accommodate a fastening element for fastening on a tool holder, wherein the guide plate has an essentially concave surface in the direction of travel and is of twisted configuration, wherein an abutment element for butting against the tool holder is located on the upper end portion on the rear side of the guide plate, characterized in that the abutment element in the upper region of the rear side of the twisted guide plate is designed in the form of a notch and is of a shape which is adapted at least more or less to the contour of the tool holder in the abutment region of the notch which is provided in the rear side of the guide plate.
A system for applying successive layers of materials to a substrate, comprising: a source of a cationic solution; a source of an anionic solution; a source of a rinsing fluid; a first atomizing nozzle in fluid communication with said cationic source adapted to spray said cationic solution toward said substrate; a second atomizing nozzle in fluid communication with said anionic source adapted to spray said anionic solution toward said substrate; a third atomizing nozzle in fluid communication with said rinsing fluid source adapted to spray said rinsing fluid toward said substrate: and a vacuum pump that creates an airflow which propels said sprayed material toward the substrate. a source of a cationic solution; a source of an anionic solution; a source of a rinsing fluid; a first atomizing nozzle in fluid communication with said cationic source adapted to spray said cationic solution toward said substrate; a second atomizing nozzle in fluid communication with said anionic source adapted to spray said anionic solution toward said substrate; a third atomizing nozzle in fluid communication with said rinsing fluid source adapted to spray said rinsing fluid toward said substrate: and a vacuum pump that creates an airflow which propels said sprayed material toward the substrate.