mhurhangee/patent-ind-claim-en huggingface dataset:
An inner ring for a bearing , the inner ring comprising: a ring body comprising: an outer surface and an inner surface extending in a circumferential direction about a longitudinal axis , the outer surface being disposed radially outside the inner surface and including (a) a raceway for supporting a plurality of circumferentially arranged rolling elements , (b) a forward separator land , and (c) an aft separator land , the raceway being axially situated between the forward and aft separator lands , and the inner surface including an annular groove for containing a lubricant under centrifugal forces; and flow passages extending through the ring body from the inner surface to the outer surface for distribution of the lubricant, the flow passages including a set of first flow passages extending from the annular groove to the raceway , a set of second flow passages extending from the annular groove to the forward separator land , and a set of third flow passages extending from the annular groove to the aft separator land , characterized in that a diameter or width of each of the flow passages is larger than a maximum fill depth of lubricant in the annular groove . an outer surface and an inner surface extending in a circumferential direction about a longitudinal axis , the outer surface being disposed radially outside the inner surface and including (a) a raceway for supporting a plurality of circumferentially arranged rolling elements , (b) a forward separator land , and (c) an aft separator land , the raceway being axially situated between the forward and aft separator lands , and the inner surface including an annular groove for containing a lubricant under centrifugal forces; and flow passages extending through the ring body from the inner surface to the outer surface for distribution of the lubricant, the flow passages including a set of first flow passages extending from the annular groove to the raceway , a set of second flow passages extending from the annular groove to the forward separator land , and a set of third flow passages extending from the annular groove to the aft separator land , characterized in that a diameter or width of each of the flow passages is larger than a maximum fill depth of lubricant in the annular groove .
A base station apparatus comprising: a scheduling section adapted to allocate one or more frequency resources using one of a plurality of types, by which a bandwidth of a transmission signal using a MIMO transmission in uplink from a terminal apparatus is divided into the frequency resources that are non-consecutive; and a transmission section adapted to transmit, to the terminal apparatus , allocation information indicating the frequency resources that are allocated, characterized in that the scheduling section is further adapted to allocate the frequency resources, each of which is comprised of a determined number of resource blocks or more, the determined number of resource blocks being a minimum bandwidth of each of the frequency resources, each of the resource blocks includes a pilot signal, and the minimum bandwidth of each of the frequency resources is increased or decreased according to a transmission bandwidth or a number of layers in the MIMO transmission, wherein the greater the transmission bandwidth and the number of layers of the terminal apparatus is, the greater the determined number of resource blocks is. a scheduling section adapted to allocate one or more frequency resources using one of a plurality of types, by which a bandwidth of a transmission signal using a MIMO transmission in uplink from a terminal apparatus is divided into the frequency resources that are non-consecutive; and a transmission section adapted to transmit, to the terminal apparatus , allocation information indicating the frequency resources that are allocated, characterized in that the scheduling section is further adapted to allocate the frequency resources, each of which is comprised of a determined number of resource blocks or more, the determined number of resource blocks being a minimum bandwidth of each of the frequency resources, each of the resource blocks includes a pilot signal, and the minimum bandwidth of each of the frequency resources is increased or decreased according to a transmission bandwidth or a number of layers in the MIMO transmission, wherein the greater the transmission bandwidth and the number of layers of the terminal apparatus is, the greater the determined number of resource blocks is.
A method of creating a binary encoded polymer comprising repeatedly extending a growing polymer chain with an extension product of (i) one or more than one of either a first monomer or a second monomer of a first monomer pair, or (ii) one or more than one of either a first monomer or a second monomer of a second monomer pair, and wherein the extension product represents a series of binary information bits corresponding to a bit stream translated from text or an image or a video or an audio format, wherein the first monomer and the second monomer of the first monomer pair each is representative of a first binary information bit, wherein the first monomer and the second monomer of the second monomer pair each is representative of a second binary information bit, and alternating between the first monomer and second monomer of a given monomer pair when monomers of the extension products are representative of the same binary information bit and occur directly in series, and wherein the binary encoded polymer encodes the text or image or video or audio format. repeatedly extending a growing polymer chain with an extension product of (i) one or more than one of either a first monomer or a second monomer of a first monomer pair, or (ii) one or more than one of either a first monomer or a second monomer of a second monomer pair, and (i) one or more than one of either a first monomer or a second monomer of a first monomer pair, or (ii) one or more than one of either a first monomer or a second monomer of a second monomer pair, and wherein the extension product represents a series of binary information bits corresponding to a bit stream translated from text or an image or a video or an audio format, wherein the first monomer and the second monomer of the first monomer pair each is representative of a first binary information bit, wherein the first monomer and the second monomer of the second monomer pair each is representative of a second binary information bit, and alternating between the first monomer and second monomer of a given monomer pair when monomers of the extension products are representative of the same binary information bit and occur directly in series, and wherein the binary encoded polymer encodes the text or image or video or audio format.
A method for a relay user equipment, UE, operating in a wireless communication system, the method comprising: configuring a sidelink logical channel; receiving sidelink data of the sidelink logical channel at the relay UE; when the received sidelink data becomes available for transmission in a Packet Data Convergence Protocol, PDCP, entity of the relay UE, checking whether the sidelink data of the sidelink logical channel is received from a base station, BS, or not, wherein, when the sidelink data of the sidelink logical channel is received from the BS and when a sidelink grant for transmitting the sidelink data is received from the BS during a certain time period after the sidelink data of the sidelink logical channel is received from the BS, buffer status reporting is not triggered, wherein, when the sidelink data of the sidelink logical channel is received from the BS and when the sidelink grant for transmitting the sidelink data is not received from the BS during the certain time period after the sidelink data of the sidelink logical channel is received from the BS, the buffer status reporting is triggered, and wherein, when the sidelink data of the sidelink logical channel is generated by the relay UE without receiving the sidelink data of the sidelink logical channel from the BS, the buffer status reporting is triggered. configuring a sidelink logical channel; receiving sidelink data of the sidelink logical channel at the relay UE; when the received sidelink data becomes available for transmission in a Packet Data Convergence Protocol, PDCP, entity of the relay UE, checking whether the sidelink data of the sidelink logical channel is received from a base station, BS, or not, wherein, when the sidelink data of the sidelink logical channel is received from the BS and when a sidelink grant for transmitting the sidelink data is received from the BS during a certain time period after the sidelink data of the sidelink logical channel is received from the BS, buffer status reporting is not triggered, wherein, when the sidelink data of the sidelink logical channel is received from the BS and when the sidelink grant for transmitting the sidelink data is not received from the BS during the certain time period after the sidelink data of the sidelink logical channel is received from the BS, the buffer status reporting is triggered, and wherein, when the sidelink data of the sidelink logical channel is generated by the relay UE without receiving the sidelink data of the sidelink logical channel from the BS, the buffer status reporting is triggered.
Kitchen appliance comprising a cooktop for placing cookware with ferromagnetic base , an induction coil arranged underneath the cooktop for heating the base of the cookware , a spinner with at least one magnet to be inserted into the cookware , and a rotating magnetic field generator for driving the spinner , characterized in that the field generator and the magnet of the spinner are arranged in repelling magnetic field configuration with respect to each other.
Method for manufacturing a welded connection between a steel sheet and an aluminium sheet using a welding torch , wherein the steel sheet has a coating on its upper side and its lower side in the region of the weld, wherein the steel sheet and the aluminium sheet are clamped horizontally, characterized in that the steel sheet and the aluminium sheet are welded together in trimming regions, wherein the trimming regions have cutting burrs on one side, wherein the cutting burrs have formed during cutting with guillotine shears, wherein the cutting burrs point in opposite directions during the welding process, wherein the cutting burr of the steel sheet points upwards during the welding process, wherein the steel sheet and the aluminium sheet are positioned to form a butt joint when clamping and are welded together on only one side in the welding position PA, such that a welding bead forms on the upper side and the lower side of the steel sheet and the aluminium sheet , with the result that the steel sheet and the aluminium sheet join together on the side facing the welding torch and on the side facing away from the welding torch .
System for navigating a vehicle , having: - a management unit , arranged outside the vehicle , for centrally storing vehicle information and traffic rules referring to vehicle information , the traffic rules relating in particular to the closure of roads and being associated with the vehicle information ; - a capture unit , which has an interface for capturing vehicle information of the vehicle containing at least one vehicle identification number, and which is configured to send the captured vehicle information of the vehicle to the management unit ; - a computation module for computing navigation information, which computation module is configured to also include navigation data and traffic rules , which are stored on the management unit and refer to vehicle information of the vehicle , in the computation of the navigation information, with the result that roads that the vehicle is not permitted to use are therefore not also included in the computation of the navigation information, the computation of the navigation information being route planning, the navigation data comprising a location of the vehicle and a destination as input from a user; and - a navigation unit , arranged in the vehicle , for outputting navigation information computed by the computation module , the navigation unit having an interface configured to capture the destination as input from the user and to capture and store the vehicle identification number, and the navigation unit being designed to send a request signal containing the vehicle identification number to the management unit . - a management unit , arranged outside the vehicle , for centrally storing vehicle information and traffic rules referring to vehicle information , the traffic rules relating in particular to the closure of roads and being associated with the vehicle information ; - a capture unit , which has an interface for capturing vehicle information of the vehicle containing at least one vehicle identification number, and which is configured to send the captured vehicle information of the vehicle to the management unit ; - a computation module for computing navigation information, which computation module is configured to also include navigation data and traffic rules , which are stored on the management unit and refer to vehicle information of the vehicle , in the computation of the navigation information, with the result that roads that the vehicle is not permitted to use are therefore not also included in the computation of the navigation information, the computation of the navigation information being route planning, the navigation data comprising a location of the vehicle and a destination as input from a user; and - a navigation unit , arranged in the vehicle , for outputting navigation information computed by the computation module , the navigation unit having an interface configured to capture the destination as input from the user and to capture and store the vehicle identification number, and the navigation unit being designed to send a request signal containing the vehicle identification number to the management unit .
A detachable device having an arithmetic apparatus and capable of attaching/detaching to/from an electric device , the detachable device comprising: obtaining means for obtaining an instruction for a reconfiguration of the arithmetic apparatus from the electric device ; saving means for, upon receiving the instruction for the reconfiguration, saving, to a storage unit , state information that represents a state of an interface of the arithmetic apparatus that is for receiving a signal from the electric device , the state information including a voltage and a frequency used for communication between the detachable device and the electric device ; detecting means for detecting, after saving the state information, whether an initialization sequence is received from the electric device before a predetermined standby time elapses, wherein monitoring the elapse of the predetermined standby time is started in response to transitioning a configuration state in which the reconfiguration is to be executed; and setting means for setting, in a case where the initialization sequence is received from the electric device prior to the predetermined standby time elapsing, the state of the interface based on the initialization sequence, and for setting the state of the interface using the state information saved in the storage unit in a case where the initialization sequence is not received prior to the predetermined standby time elapsing. obtaining means for obtaining an instruction for a reconfiguration of the arithmetic apparatus from the electric device ; saving means for, upon receiving the instruction for the reconfiguration, saving, to a storage unit , state information that represents a state of an interface of the arithmetic apparatus that is for receiving a signal from the electric device , the state information including a voltage and a frequency used for communication between the detachable device and the electric device ; detecting means for detecting, after saving the state information, whether an initialization sequence is received from the electric device before a predetermined standby time elapses, wherein monitoring the elapse of the predetermined standby time is started in response to transitioning a configuration state in which the reconfiguration is to be executed; and setting means for setting, in a case where the initialization sequence is received from the electric device prior to the predetermined standby time elapsing, the state of the interface based on the initialization sequence, and for setting the state of the interface using the state information saved in the storage unit in a case where the initialization sequence is not received prior to the predetermined standby time elapsing.
A method for positioning of a target station by a radio network device , the method comprising: receiving sounding feedback, from a target station for each of a plurality of subbands in response to sending a sounding signal, the sounding feedback comprising angle-of-arrival, AoA, measurements for each subband of the plurality of subbands; calculating an AoA characteristic from the sounding feedback for at least a subset of the plurality of subbands; mapping the AoA characteristics of the at least the subset of the plurality of subbands to a fingerprint in a fingerprint reference map; and determining the location of the target station based on at least the fingerprint. receiving sounding feedback, from a target station for each of a plurality of subbands in response to sending a sounding signal, the sounding feedback comprising angle-of-arrival, AoA, measurements for each subband of the plurality of subbands; calculating an AoA characteristic from the sounding feedback for at least a subset of the plurality of subbands; mapping the AoA characteristics of the at least the subset of the plurality of subbands to a fingerprint in a fingerprint reference map; and determining the location of the target station based on at least the fingerprint.
A method for determining at least one wear parameter of a fixed abrasive cutting wire from a prediction model; the wear parameter being selected from the abrasive linear and/or surface density or the height of the projections; the prediction model enabling, from a measurement of the apparent diameter of the wire, the abrasive linear and/or surface density and/or the height of the projections to be determined; the method comprising: - a step (E101) of measuring the apparent diameter of the cutting wire; - a step (E102) of determining, from said measurement and using the prediction model, the abrasive linear and/or surface density and/or the height of the projections of said wire. - a step (E101) of measuring the apparent diameter of the cutting wire; - a step (E102) of determining, from said measurement and using the prediction model, the abrasive linear and/or surface density and/or the height of the projections of said wire.
A memory device comprising: a decoder ; a plurality of memory cells , wherein each of the memory cells comprises: a corresponding first non-volatile memory element including a corresponding first resistive memory element and associated with a first thread; and a corresponding second non-volatile memory element including a corresponding second resistive memory element and associated with a second thread, wherein each of the first non-volatile memory element and the second non-volatile memory element is a multi-port memory element, and wherein the decoder is configured to receive, for each port (P0, P1) of the multi-port memory elements, a respective port address input to select a corresponding one of the memory cells to be accessed with said port and to receive a thread selection input ; wherein if the thread selection input is at a low level, the decoder is configured to, for each port of the multi-port memory elements, select the first non-volatile memory element of said selected corresponding memory cell to be accessed with said port, and if the thread selection input is at a high level, the decoder is configured to, for each port of the multi-port memory elements, select the second non-volatile memory element of said selected corresponding memory cell to be accessed with said port. a decoder ; a plurality of memory cells , wherein each of the memory cells comprises: a corresponding first non-volatile memory element including a corresponding first resistive memory element and associated with a first thread; and a corresponding second non-volatile memory element including a corresponding second resistive memory element and associated with a second thread, a corresponding first non-volatile memory element including a corresponding first resistive memory element and associated with a first thread; and a corresponding second non-volatile memory element including a corresponding second resistive memory element and associated with a second thread, wherein each of the first non-volatile memory element and the second non-volatile memory element is a multi-port memory element, and wherein the decoder is configured to receive, for each port (P0, P1) of the multi-port memory elements, a respective port address input to select a corresponding one of the memory cells to be accessed with said port and to receive a thread selection input ; wherein if the thread selection input is at a low level, the decoder is configured to, for each port of the multi-port memory elements, select the first non-volatile memory element of said selected corresponding memory cell to be accessed with said port, and if the thread selection input is at a high level, the decoder is configured to, for each port of the multi-port memory elements, select the second non-volatile memory element of said selected corresponding memory cell to be accessed with said port.
A method for wireless communications, wherein the method is performed by a user equipment, UE, and comprises: receiving , from a network entity, signaling of a first list of network slices indicated as available in a first cell, and a second list of network slices indicated as unavailable in the first cell; and performing at least one of cell reselection or cell selection taking into account the network slices listed in the first list and the second list, wherein taking into account the network slices listed in the first list and the second list comprises prioritizing cells that indicate availability of a network slice the UE is interested in over cells that indicate unavailability of the network slice the UE is interested in or cells that do not indicate availability of the network slice the UE is interested in. receiving , from a network entity, signaling of a first list of network slices indicated as available in a first cell, and a second list of network slices indicated as unavailable in the first cell; and performing at least one of cell reselection or cell selection taking into account the network slices listed in the first list and the second list, wherein taking into account the network slices listed in the first list and the second list comprises prioritizing cells that indicate availability of a network slice the UE is interested in over cells that indicate unavailability of the network slice the UE is interested in or cells that do not indicate availability of the network slice the UE is interested in.