mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by a communication node (111-114; 121-123; 131-136) for transmitting traffic in a radio communication network , comprising: selecting a media access control, MAC, mode from a list of active MAC modes for the traffic, wherein an active MAC mode is a MAC mode to which radio resources have been assigned, wherein the active MAC mode is characterized by a MAC scheme, an algorithm for the MAC scheme and parameters used in the MAC scheme, wherein each MAC mode in the list of active MAC modes associates with respective resource blocks and is used to schedule the associated resource block, wherein the traffic is transmitted over resource scheduled by the selected MAC mode, characterised in that if there is no MAC mode suitable for the traffic within the list of active MAC modes, activating an inactive MAC mode that is suitable for the traffic and adding the activated MAC mode to the list of active MAC modes.
A method, comprising: generating, by a processor associated with an apparatus , a plurality of wave frames, each of the plurality of wave frames respectively comprising a plurality of chirps, wherein one or more aspects of the plurality of wave frames vary from one wave frame to another wave frame of the plurality of wave frames, wherein waveforms of the plurality of chirps within each wave frame vary from chirp to chirp, and wherein the plurality of wave frames vary from one wave frame to another; transmitting, by a wireless transmitter associated with the apparatus , the plurality of wave frames; receiving, by a wireless receiver associated with the apparatus , one or more reflected waves comprising at least a portion of one or more of the wave frames reflected by an object; and determining, by the processor, a distance between the object and the apparatus , a speed of the object, or both, based on an analysis of the one or more reflected waves; characterized in that the plurality of wave frames comprise a plurality of wave frames generated based on a pseudo random sequence, wherein the plurality of wave frames generated based on the pseudo random sequence comprise a plurality of wave frames generated by utilizing a seed number for the pseudo random sequence, and wherein the seed number comprises a value of a real-time clock, RTC, at a time when the wireless transmitter is enabled to transmit the plurality of wave frames or when the wireless receiver is enabled to receive the one or more reflected waves. generating, by a processor associated with an apparatus , a plurality of wave frames, each of the plurality of wave frames respectively comprising a plurality of chirps, wherein one or more aspects of the plurality of wave frames vary from one wave frame to another wave frame of the plurality of wave frames, wherein waveforms of the plurality of chirps within each wave frame vary from chirp to chirp, and wherein the plurality of wave frames vary from one wave frame to another; transmitting, by a wireless transmitter associated with the apparatus , the plurality of wave frames; receiving, by a wireless receiver associated with the apparatus , one or more reflected waves comprising at least a portion of one or more of the wave frames reflected by an object; and determining, by the processor, a distance between the object and the apparatus , a speed of the object, or both, based on an analysis of the one or more reflected waves; characterized in that the plurality of wave frames comprise a plurality of wave frames generated based on a pseudo random sequence, wherein the plurality of wave frames generated based on the pseudo random sequence comprise a plurality of wave frames generated by utilizing a seed number for the pseudo random sequence, and wherein the seed number comprises a value of a real-time clock, RTC, at a time when the wireless transmitter is enabled to transmit the plurality of wave frames or when the wireless receiver is enabled to receive the one or more reflected waves.
An arrangement of two pull-out guides for a drawer being configured to be mounted to opposing sides of a furniture carcass , comprising: - a carcass rail configured to be arranged on a side of a furniture carcass , - a drawer rail configured to be arranged on a drawer , the drawer rail being displaceably supported on the carcass rail in an opening- and closing direction (OR, SR), wherein the drawer rail has an upper side (O) facing towards the drawer and a lower side (U) spaced from the upper side (O) by at least one side limb (S), and - a bearing device for a synchronization rod of a synchronization device of the arrangement, wherein the bearing device includes a fastening region (B) for the synchronization rod , wherein at least one drive device for the drawer is provided and the synchronization device is a synchronization device comprising the synchronization rod for synchronizing movements of the drawer rail or of movements of the at least one drive device , wherein the at least one drive device is arranged between the drawer rail and the carcass rail , wherein the fastening region (B) is that region in which the synchronization rod contacts the bearing device , characterized in that the fastening region (B) is arranged below the underside (U) of the drawer rail . - a carcass rail configured to be arranged on a side of a furniture carcass , - a drawer rail configured to be arranged on a drawer , the drawer rail being displaceably supported on the carcass rail in an opening- and closing direction (OR, SR), wherein the drawer rail has an upper side (O) facing towards the drawer and a lower side (U) spaced from the upper side (O) by at least one side limb (S), and - a bearing device for a synchronization rod of a synchronization device of the arrangement, wherein the bearing device includes a fastening region (B) for the synchronization rod , at least one drive device for the drawer is provided and the synchronization device is a synchronization device comprising the synchronization rod for synchronizing movements of the drawer rail or of movements of the at least one drive device , wherein the at least one drive device is arranged between the drawer rail and the carcass rail , wherein the fastening region (B) is that region in which the synchronization rod contacts the bearing device , characterized in that the fastening region (B) is arranged below the underside (U) of the drawer rail .
A high pressure degassing module comprising: a high pressure outer housing , at least one self-contained cartridge having a shell and a potting defining a shell /potting interface and having hollow fibers, a core , and a shim comprised in the exterior of the shell near each end of the at least one self-contained cartridge , wherein the shim fills at least a portion of a gap between an exterior of the shell and an interior of the housing and shifts the stress away from the shell/potting interface, wherein said shim is formed from winding a tape having a thickness of from 0.012 cm to 0.25 cm to the exterior of the at least one self-contained cartridge at a distance of from 0.25 cm to 3.81 cm from the shell /potting interface, and wherein the tape material is selected from polyethylene, Teflon, nylon and polypropylene. a high pressure outer housing , at least one self-contained cartridge having a shell and a potting defining a shell /potting interface and having hollow fibers, a core , and a shim comprised in the exterior of the shell near each end of the at least one self-contained cartridge , wherein the shim fills at least a portion of a gap between an exterior of the shell and an interior of the housing and shifts the stress away from the shell/potting interface, wherein said shim is formed from winding a tape having a thickness of from 0.012 cm to 0.25 cm to the exterior of the at least one self-contained cartridge at a distance of from 0.25 cm to 3.81 cm from the shell /potting interface, and wherein the tape material is selected from polyethylene, Teflon, nylon and polypropylene.
A curable resin sol comprising a curable polycyanate ester resin and at least 30 weight percent of an essentially volatile-free, colloidal dispersion of substantially spherical surface-modified silica nanoparticles; wherein the curable resin sol comprises no greater than 200 parts per million by weight alkali metal and alkaline earth metal ions based on the total weight of the silica nanoparticles and curable polycyanate ester resin.
An end effector for a surgical device, the end effector comprising: an anvil assembly ; and a cartridge assembly pivotally coupled to the anvil assembly, the cartridge assembly including: a staple cartridge ; a cartridge carrier including an elongated support channel configured to receive the staple cartridge, the elongated support channel defined by an inner first surface and a pair of inner second surfaces ; characterised in that the inner first surface includes a recess defined therein; and a strain gauge is disposed within the recess of the cartridge carrier. an anvil assembly ; and a cartridge assembly pivotally coupled to the anvil assembly, the cartridge assembly including: a staple cartridge ; a cartridge carrier including an elongated support channel configured to receive the staple cartridge, the elongated support channel defined by an inner first surface and a pair of inner second surfaces ; characterised in that the inner first surface includes a recess defined therein; and a strain gauge is disposed within the recess of the cartridge carrier. a staple cartridge ; a cartridge carrier including an elongated support channel configured to receive the staple cartridge, the elongated support channel defined by an inner first surface and a pair of inner second surfaces ; characterised in that the inner first surface includes a recess defined therein; and a strain gauge is disposed within the recess of the cartridge carrier.
A thin film transistor sensor comprising a first substrate and a second substrate opposite to each other, wherein the first substrate comprises a first flexible base substrate and a first gate electrode on the first flexible base substrate ; the second substrate comprises a second flexible base substrate and a second gate electrode on the second flexible base substrate ; the first flexible base substrate further comprises an active layer , a source electrode and a drain electrode ; and the second gate electrode and the first gate electrode at least partially overlap and are separated from each other, the second gate electrode and the first gate electrode are configured to be electrically connected after the thin film transistor sensor is applied with a pressure, to allow the thin film transistor sensor to be turned on; and characterized in that the thin film transistor sensor further comprises: a pressure conductive material disposed between the first substrate and the second substrate to separate the first gate electrode from the second gate electrode , the pressure conductive material conducting electricity when it is subjected to a pressure equal to or larger than a predetermined pressure. the first substrate comprises a first flexible base substrate and a first gate electrode on the first flexible base substrate ; the second substrate comprises a second flexible base substrate and a second gate electrode on the second flexible base substrate ; the first flexible base substrate further comprises an active layer , a source electrode and a drain electrode ; and the second gate electrode and the first gate electrode at least partially overlap and are separated from each other, the second gate electrode and the first gate electrode are configured to be electrically connected after the thin film transistor sensor is applied with a pressure, to allow the thin film transistor sensor to be turned on; and characterized in that the thin film transistor sensor further comprises: a pressure conductive material disposed between the first substrate and the second substrate to separate the first gate electrode from the second gate electrode , the pressure conductive material conducting electricity when it is subjected to a pressure equal to or larger than a predetermined pressure.
A user equipment, UE , comprising: a higher layer processor configured to receive a radio resource control, RRC, message to specify subframes for a channel state information-reference signal, CSI-RS; a control channel receiver configured to monitor a first control channel and a second control channel in a subframe, the first control channel indicating whether the CSI-RS in the subframe is available for CSI measurement, the second control channel being a control channel of which detection indicates a transmission of a shared channel in the subframe; a shared channel receiver configured to receive the shared channel when the second control channel is detected; and UE rate-matching module configured to perform rate-matching for the shared channel, wherein the UE rate-matching module skips mapping of the shared channel on the resource elements for the CSI-RS without an increment of the symbol counter for the shared channel, even if the CSI-RS is not available for CSI measurement, wherein the CSI measurement is for a license-assisted access, LAA, cell in which Listen Before Talk, LBT, is performed, wherein the control channel receiver is configured to receive the first control channel and the shared channel receiver is configured to receive the shared channel on a second serving cell, and wherein a first serving cell is a licensed cell and a primary cell, and the second serving cell is the LAA cell. a higher layer processor configured to receive a radio resource control, RRC, message to specify subframes for a channel state information-reference signal, CSI-RS; a control channel receiver configured to monitor a first control channel and a second control channel in a subframe, the first control channel indicating whether the CSI-RS in the subframe is available for CSI measurement, the second control channel being a control channel of which detection indicates a transmission of a shared channel in the subframe; a shared channel receiver configured to receive the shared channel when the second control channel is detected; and UE rate-matching module configured to perform rate-matching for the shared channel, wherein the UE rate-matching module skips mapping of the shared channel on the resource elements for the CSI-RS without an increment of the symbol counter for the shared channel, even if the CSI-RS is not available for CSI measurement, wherein the CSI measurement is for a license-assisted access, LAA, cell in which Listen Before Talk, LBT, is performed, wherein the control channel receiver is configured to receive the first control channel and the shared channel receiver is configured to receive the shared channel on a second serving cell, and wherein a first serving cell is a licensed cell and a primary cell, and the second serving cell is the LAA cell.
A follower mechanism for use in a bore of an internal combustion engine, comprising: an outer sleeve having an inner surface and an outer surface defining a substantially cylindrical side wall, an annular lip portion disposed at a first end of the side wall, and a pair of axially extending shaft grooves that are formed in the inner surface and are parallel to a longitudinal center axis of the follower mechanism ; an inner cup including a side wall defining a pair of shaft apertures , the inner cup being slidably disposed in the outer sleeve ; a shaft having a first end and a second end , each of the first end and the second end extending through a corresponding shaft aperture of the inner cup and being slidably disposed in a corresponding one of the shaft grooves ; and a roller follower rotatably received on the shaft such that a portion of the roller follower extends axially outwardly beyond the annular lip portion of the outer sleeve , characterised in that the first and second ends of the shaft are dome-shaped and a cross-sectional shape of each shaft groove is the same as a cross-sectional shape of the first and second shaft ends . an outer sleeve having an inner surface and an outer surface defining a substantially cylindrical side wall, an annular lip portion disposed at a first end of the side wall, and a pair of axially extending shaft grooves that are formed in the inner surface and are parallel to a longitudinal center axis of the follower mechanism ; an inner cup including a side wall defining a pair of shaft apertures , the inner cup being slidably disposed in the outer sleeve ; a shaft having a first end and a second end , each of the first end and the second end extending through a corresponding shaft aperture of the inner cup and being slidably disposed in a corresponding one of the shaft grooves ; and a roller follower rotatably received on the shaft such that a portion of the roller follower extends axially outwardly beyond the annular lip portion of the outer sleeve , characterised in that the first and second ends of the shaft are dome-shaped and a cross-sectional shape of each shaft groove is the same as a cross-sectional shape of the first and second shaft ends .
A system for calculating trust of a client session, comprising: a computer comprising a processor and a memory having computer-executable instructions stored thereupon which, when executed by the processor, cause the computer to: receive a proof of work value from a session of a client computer , wherein the proof of work value is calculated by the session of the client computer based, at least in part, upon a work function and one or more inputs received from one or more services connected to the session; calculate a probability that the session is trustworthy based, at least in part, upon the proof of work value; and provide feedback to the session of the client computer based, at least in part, upon the calculated probability, wherein the feedback comprises an update to the work function. receive a proof of work value from a session of a client computer , wherein the proof of work value is calculated by the session of the client computer based, at least in part, upon a work function and one or more inputs received from one or more services connected to the session; calculate a probability that the session is trustworthy based, at least in part, upon the proof of work value; and provide feedback to the session of the client computer based, at least in part, upon the calculated probability, wherein the feedback comprises an update to the work function.
Rotor of a rotary dynamo-electric machine, which, at least on a front face , has at least one groove which tapers peripherally outward in its cross-section, into which one or more groove inserts can be inserted and positioned by way of a groove window , wherein the groove inserts are embodied as transverse threaded bolts , wherein at least two peripheral grooves are provided on at least one front face of the rotor , characterised in that the groove windows are placed at different positions.
A classification system, for determining the occupancy state of a seat of a vehicle, the system comprising: a first sensing electrode located in a back portion of the seat; a second sensing electrode located in a base portion of the seat; a measurement circuit configured to measure a first property associated with the first sensing electrode and a second property associated with the second electrode ; a controller configured to send an occupancy signal indicative of the occupancy state of the seat based on the measured properties associated with the first and second sensing electrodes ; wherein wherein the classification system only indicates the presence of an occupant on the seat when both the seat bottom sensor and the seat back sensor provide signals indicating the presence of an occupant. a first sensing electrode located in a back portion of the seat; a second sensing electrode located in a base portion of the seat; a measurement circuit configured to measure a first property associated with the first sensing electrode and a second property associated with the second electrode ; a controller configured to send an occupancy signal indicative of the occupancy state of the seat based on the measured properties associated with the first and second sensing electrodes ; wherein
Method for authenticating a driver in a motor vehicle , having a recognition device arranged in the motor vehicle for detecting actual data of the driver which are sent during authentication to a checking device which is arranged in an external station outside the motor vehicle , wherein the checking device compares the actual data with desired data and, if the actual data corresponds to the desired data , a release signal is transmitted from the external station to the motor vehicle , as a result of which a starting operation of the motor vehicle is made possible for the driver , the recognition device comprising a communication module for establishing a communication link via a mobile radio network, the recognition device being mobile, the desired data being read into the external station before authentication, and a read-in device being provided which detects desired data of the driver outside the motor vehicle and which are stored in the external station .
A media stream receiver for receiving and aligning a plurality of media streams in a common receiver buffer to enable switching between the media streams at an identical point in time, the media stream receiver comprising: a receiver configured to receive first and second redundant media streams experiencing packet delay variations, with each of the first and second redundant media streams having a plurality of data packets that each includes a real-time transport protocol, RTP, header with a respective sequence number index; an RTP header parser configured to parse the plurality of data packets of each of the first and second redundant media streams to identify the respective sequence number index of each parsed data packet; a data packet recorder configured to align the identified sequence number index of the first and second redundant media streams and to store a reconstructed media stream in a single shared media buffer based on aligned sequence number indexes; a multi-channel data packet player configured to fetch the stored data packets of the reconstructed media stream stored in the single shared media buffer and to route the fetched data packets over a packet player channel for playout of the reconstructed media stream on at least one A/V device; and a memory pointer supervisor configured to control the storing of the reconstructed media stream in the single shared media buffer and to facilitate the fetching of the stored data packets by providing control instructions including the aligned sequence number indexes and a current buffer level to the multi-channel data packet player . a receiver configured to receive first and second redundant media streams experiencing packet delay variations, with each of the first and second redundant media streams having a plurality of data packets that each includes a real-time transport protocol, RTP, header with a respective sequence number index; an RTP header parser configured to parse the plurality of data packets of each of the first and second redundant media streams to identify the respective sequence number index of each parsed data packet; a data packet recorder configured to align the identified sequence number index of the first and second redundant media streams and to store a reconstructed media stream in a single shared media buffer based on aligned sequence number indexes; a multi-channel data packet player configured to fetch the stored data packets of the reconstructed media stream stored in the single shared media buffer and to route the fetched data packets over a packet player channel for playout of the reconstructed media stream on at least one A/V device; and a memory pointer supervisor configured to control the storing of the reconstructed media stream in the single shared media buffer and to facilitate the fetching of the stored data packets by providing control instructions including the aligned sequence number indexes and a current buffer level to the multi-channel data packet player .