mhurhangee/patent-ind-claim-en huggingface dataset:
A method of a user equipment, UE, for a wireless communication system that includes a base station, BS, the method comprising: receiving, by the UE from the BS, information related to a demodulation reference signal, DMRS, resource of an orthogonal frequency division multiplexing, OFDM, symbol, wherein the received information includes first information on a first resource element group for transmission of a DMRS among resource element groups configured for the DMRS resource, and second information on whether a transmission of data to the BS is allowed in a second resource element group among the resource element groups configured for the DMRS resource; and transmitting, by the UE to the BS, the DMRS via the first resource element group configured for the DMRS resource, wherein the first resource element group is different than the second resource element group, wherein when the DMRS is transmitted based on a Discrete Fourier Transform-spread-OFDM, DFT-s-OFDM, the data is not transmitted in the second resource element group, and wherein when the DMRS is transmitted based on a Cyclic Prefix-OFDM, CP-OFDM, whether the data is transmitted in the second resource element group is determined based on the second information. receiving, by the UE from the BS, information related to a demodulation reference signal, DMRS, resource of an orthogonal frequency division multiplexing, OFDM, symbol, wherein the received information includes first information on a first resource element group for transmission of a DMRS among resource element groups configured for the DMRS resource, and second information on whether a transmission of data to the BS is allowed in a second resource element group among the resource element groups configured for the DMRS resource; and transmitting, by the UE to the BS, the DMRS via the first resource element group configured for the DMRS resource, wherein the first resource element group is different than the second resource element group, wherein when the DMRS is transmitted based on a Discrete Fourier Transform-spread-OFDM, DFT-s-OFDM, the data is not transmitted in the second resource element group, and wherein when the DMRS is transmitted based on a Cyclic Prefix-OFDM, CP-OFDM, whether the data is transmitted in the second resource element group is determined based on the second information.
An information processing system , comprising: a portable terminal configured to display an image; an imaging device provided to be separate from the portable terminal ; and an information processing device , wherein the information processing device is configured to be connected to the portable terminal and the imaging device , and includes: an image acquisition unit configured to receive an image (Img) captured by the imaging device ; a recognition unit configured to acquire a recognition result of a user (U) of the portable terminal based on the received image (Img), wherein the recognition result includes a position (Pu) of the user (U); an image determination unit configured to determine an object based on the recognition result; and a display control unit configured to control display of the object, the object being added to the received image, on the portable terminal . a portable terminal configured to display an image; an imaging device provided to be separate from the portable terminal ; and an information processing device , wherein the information processing device is configured to be connected to the portable terminal and the imaging device , and includes: an image acquisition unit configured to receive an image (Img) captured by the imaging device ; a recognition unit configured to acquire a recognition result of a user (U) of the portable terminal based on the received image (Img), wherein the recognition result includes a position (Pu) of the user (U); an image determination unit configured to determine an object based on the recognition result; and a display control unit configured to control display of the object, the object being added to the received image, on the portable terminal . an image acquisition unit configured to receive an image (Img) captured by the imaging device ; a recognition unit configured to acquire a recognition result of a user (U) of the portable terminal based on the received image (Img), wherein the recognition result includes a position (Pu) of the user (U); an image determination unit configured to determine an object based on the recognition result; and a display control unit configured to control display of the object, the object being added to the received image, on the portable terminal .
A system for connecting a lifting device to a load to be lifted; the system comprising: a first connector member , the first connector member comprising at least one pin ; and a second connector member , the second connector member comprising an indexer mechanism defining a track , the track comprising at least one track opening ; wherein the first connector member has a cylindrical body which forms a chamber to receive at least a portion of the second connector member ; wherein at least a portion of the at least one pin is receivable in and moveable out of the track via the at least one track opening ; wherein the pin is movable along the track between a lock position and an unlock position; wherein the first connector member and the second connector member are decoupleable in the unlock position, characterized in that , the first connector member is reversibly coupleable to the second connector member via the pin and the indexer mechanism in response to a first series of longitudinal movements of the first or second connector members. a first connector member , the first connector member comprising at least one pin ; and a second connector member , the second connector member comprising an indexer mechanism defining a track , the track comprising at least one track opening ; wherein the first connector member has a cylindrical body which forms a chamber to receive at least a portion of the second connector member ; wherein at least a portion of the at least one pin is receivable in and moveable out of the track via the at least one track opening ; wherein the pin is movable along the track between a lock position and an unlock position; wherein the first connector member and the second connector member are decoupleable in the unlock position,
A method of controlling a transgene, comprising the steps of: obtaining a primary T-cell comprising a receptor, and a heterologous nucleic acid comprising a polynucleotide encoding the transgene that is operably linked to a polynucleotide encoding a RNA destabilizing element (RDE), wherein the heterologous nucleic acid is transcribed to make a transcript encoding the transgene operably linked to the RDE, and wherein the RDE is an AU-rich element; exposing the primary T-cell to a ligand for the receptor wherein binding of the ligand by the receptor activates the primary T-cell; and expressing the transgene wherein the amount of polypeptide made from the transgene is increased after activation of the primary T-cell. obtaining a primary T-cell comprising a receptor, and a heterologous nucleic acid comprising a polynucleotide encoding the transgene that is operably linked to a polynucleotide encoding a RNA destabilizing element (RDE), wherein the heterologous nucleic acid is transcribed to make a transcript encoding the transgene operably linked to the RDE, and wherein the RDE is an AU-rich element; exposing the primary T-cell to a ligand for the receptor wherein binding of the ligand by the receptor activates the primary T-cell; and expressing the transgene wherein the amount of polypeptide made from the transgene is increased after activation of the primary T-cell.
A self-propelled harvester comprising: - a frame ; - a feederhouse pivotally mounted to the frame by a first set of bearings to permit movement around a transverse first axis (x) between a lowered position and a raised position, the feederhouse having front attachment means for supporting a detachable harvesting header ; - a tangential-flow crop impelling rotor located downstream of the feederhouse, the rotor being mounted by a second set of bearings to the frame for rotation on a transverse second axis and comprising crop impelling elements adapted to convey crop rearwardly; - crop processing apparatus supported by the frame downstream of the rotor; - wherein the frame comprises a main frame assembly adapted to support the crop processing apparatus, Characterised in that the frame further comprises secondary frame members which are separable from the main frame assembly and are adapted to support the first and second sets of bearings. - a frame ; - a feederhouse pivotally mounted to the frame by a first set of bearings to permit movement around a transverse first axis (x) between a lowered position and a raised position, the feederhouse having front attachment means for supporting a detachable harvesting header ; - a tangential-flow crop impelling rotor located downstream of the feederhouse, the rotor being mounted by a second set of bearings to the frame for rotation on a transverse second axis and comprising crop impelling elements adapted to convey crop rearwardly; - crop processing apparatus supported by the frame downstream of the rotor; - wherein the frame comprises a main frame assembly adapted to support the crop processing apparatus, Characterised in that the frame further comprises secondary frame members which are separable from the main frame assembly and are adapted to support the first and second sets of bearings.
An Fc-binding polypeptide with improved alkaline stability over a parental domain or polypeptide, which polypeptide comprises a mutant of a parental B or C domain of Staphylococcus Protein A (SpA), as specified by SEQ ID NO 1 or SEQ ID NO 2, or of parental Protein Z, as specified by SEQ ID NO 3, wherein the glutamine residue at position 9 has been mutated to an amino acid other than asparagine and wherein the amino acid residue at position 9 is an alanine and the amino acid residue at position 26 is a glutamine.
A method performed by an apparatus of a user equipment, UE, comprising: receiving a discovery reference signal, DRS, the DRS including one or more clear channel assessment, CCA, parameters and indicating a frequency hopping pattern including a sequence of unique frequency sub-bands; detecting a signal indicating a channel occupancy time, COT, on a first frequency sub-band of the sequence of unique frequency sub-bands; wherein the COT is obtained based on one of a clear channel assessment, CCA, procedure or an extended CCA procedure performed on the first frequency sub-band; wherein the one or more CCA parameters indicate an initial slot position associated with transmissions over at least the first frequency sub-band, and indicate a maximum number of extended CCA procedures to be performed when gaining access to the first frequency sub-band; and communicating a first data frame of a series of data frames over the first frequency sub-band based on the detection of the signal. receiving a discovery reference signal, DRS, the DRS including one or more clear channel assessment, CCA, parameters and indicating a frequency hopping pattern including a sequence of unique frequency sub-bands; detecting a signal indicating a channel occupancy time, COT, on a first frequency sub-band of the sequence of unique frequency sub-bands; wherein the COT is obtained based on one of a clear channel assessment, CCA, procedure or an extended CCA procedure performed on the first frequency sub-band; wherein the one or more CCA parameters indicate an initial slot position associated with transmissions over at least the first frequency sub-band, and indicate a maximum number of extended CCA procedures to be performed when gaining access to the first frequency sub-band; and communicating a first data frame of a series of data frames over the first frequency sub-band based on the detection of the signal.
Packaging for a microwavable food item comprising: a first package member configured to be microwaved; a second package member associated with the first member and configured to be dissociated from the first package member prior to microwaving the first package member; and an RFID tag comprising a reactive strap associated with the first package member, and a far-field antenna associated with the second package member and separate from the reactive strap, wherein the reactive strap is configured to be coupled to the far-field antenna when the second package member is associated with the first package member, the reactive strap is configured to be decoupled from the far-field antenna when the second package member is dissociated from the first package member, the RFID tag is capable of far-field communication when the reactive strap is coupled to the far-field antenna, and the reactive strap is capable of only near-field communication when the reactive strap is decoupled from the far-field antenna. a first package member configured to be microwaved; a second package member associated with the first member and configured to be dissociated from the first package member prior to microwaving the first package member; and an RFID tag comprising a reactive strap associated with the first package member, and a far-field antenna associated with the second package member and separate from the reactive strap, wherein the reactive strap is configured to be coupled to the far-field antenna when the second package member is associated with the first package member, the reactive strap is configured to be decoupled from the far-field antenna when the second package member is dissociated from the first package member, the RFID tag is capable of far-field communication when the reactive strap is coupled to the far-field antenna, and the reactive strap is capable of only near-field communication when the reactive strap is decoupled from the far-field antenna. a reactive strap associated with the first package member, and a far-field antenna associated with the second package member and separate from the reactive strap, wherein the reactive strap is configured to be coupled to the far-field antenna when the second package member is associated with the first package member, the reactive strap is configured to be decoupled from the far-field antenna when the second package member is dissociated from the first package member, the RFID tag is capable of far-field communication when the reactive strap is coupled to the far-field antenna, and the reactive strap is capable of only near-field communication when the reactive strap is decoupled from the far-field antenna.
An optical fire detection device in a room with several optical detectors, which respond to radiation emitted during combustion, each having a pair of sensors, and the fields of view of which are aligned differently for respective partial detection of the room to be monitored and connected to an evaluation unit for receiving and evaluating signals from the detectors, characterized in that the several detectors are designed as individual detectors , whereby each individual detector scans in a different direction, whose individual fields of view are determined by the sensor pairs with filter discs , each defining two viewing cones with a respective viewing angle cone delimited by a respective radiation angle , and the several detectors are distributed on a dome-shaped ceiling mount , such that the fields of view each look in a different direction, and the individual detectors define a number of fields of view into which the room to be monitored may be spatially resolved.
Pressure medium device of a vehicle, in which device a pressure medium flows, with a multi-layer structure which comprises at least two mutually contacting layers , wherein, of at least two flow apertures respectively of a flow duct for the pressure medium, the two flow apertures open onto a first surface of a first layer of the mutually contacting layers or a first flow aperture opens onto the first surface and a second flow aperture opens onto a second surface of a second layer of the mutually contacting layers opposite the first surface , which is adjacent to the first layer , wherein at least one groove-like receptacle , projecting from the first surface and/or from the second surface , is provided for at least one separating portion of a moulded seal arranged between the two layers , and the groove-like receptacle , as viewed in a plane parallel to the layers , is arranged between a first chamber (74a; 74c) into which the first flow aperture (44; 56) opens and a second chamber (74b; 74d) into which the second flow aperture (54; 58) opens, wherein the first chamber (74a; 74c) and the second chamber (74b; 74d) are delimited at least by the first surface and by the second surface , wherein a) the groove-like receptacle has at least one opening for a flow connection between the first chamber (74a; 74c) and the second chamber (74b; 74d) in a plane parallel to the layers , characterised in that b) a group of moulded seals is provided for fitting between the two layers , such that a first moulded seal of the group of moulded seals has, in the area of the opening (50a; 50c), a separating portion (42a; 42c) held in the groove-like receptacle for separating the first chamber (74a; 74c) from the second chamber (74b; 74d) and a second moulded seal from the group of moulded seals is formed, at least in the area of the opening (50a; 50c), without such a separating portion (42a; 42c), wherein c) depending on the particular moulded seal (40a, 40b or 40c) selected from the group of moulded seals and fitted between the two layers , a flow connection will or will not exist between the first chamber (74a; 74c) and the second chamber (74b; 74d). a) the groove-like receptacle has at least one opening for a flow connection between the first chamber (74a; 74c) and the second chamber (74b; 74d) in a plane parallel to the layers , characterised in that b) a group of moulded seals is provided for fitting between the two layers , such that a first moulded seal of the group of moulded seals has, in the area of the opening (50a; 50c), a separating portion (42a; 42c) held in the groove-like receptacle for separating the first chamber (74a; 74c) from the second chamber (74b; 74d) and a second moulded seal from the group of moulded seals is formed, at least in the area of the opening (50a; 50c), without such a separating portion (42a; 42c), wherein c) depending on the particular moulded seal (40a, 40b or 40c) selected from the group of moulded seals and fitted between the two layers , a flow connection will or will not exist between the first chamber (74a; 74c) and the second chamber (74b; 74d).
An epoxy-resin composition comprising a resin component (A) which comprises at least one epoxy resin (A1), and a hardener component (B) which comprises at least one aminoalkylimidazole compound (B1), at least one latent hardener (B2) and at least one diazabicycloalkylen compound of the general formula I (B3) where X and Y are respectively mutually independently an alkylen group, preferably having from 3 to 5 carbon atoms, where the amount of the aminoalkylimidazole compounds (B1) used is in the range from 0.007 to 0.025 mol per mole of epoxy groups of the entire composition, and where the total amount of primary aliphatic amine groups of the aminoalkylimidazole compounds (B1) and any further primary amines optionally comprised does not exceed a proportion of 0.09 mol per mole of epoxy groups of the entire composition.
High-voltage device , having an apparatus for high voltages and having at least one sensor for measuring environmental data, wherein the measured sensor parameters can be used to adjust settings of the apparatus , wherein the apparatus comprises a high-voltage circuit breaker, characterized in that the nominal current of said high-voltage circuit breaker can be set on the basis of wind speed, wind direction and/or temperature, and/or the switchable voltage of said high-voltage circuit breaker can be set on the basis of air pressure, wind direction and/or wind speed, and/or the short-circuit current of said high-voltage circuit breaker can be set on the basis of wind speed, wind direction and/or wind load.
A phase locked loop for generating a frequency chirp, the phase locked loop comprising: a phase frequency detector configured to receive a reference frequency signal at a first input ; a low pass filter configured to receive a current from the phase frequency detector at a filter input, and to output a control voltage; a voltage controlled oscillator configured to generate the frequency chirp at an output in response to receiving the control voltage; a feedback path connecting the output of the voltage controlled oscillator to a second input of the phase frequency detector, the feedback path comprising a frequency divider ; characterized by a timing module configured to generate a reset pulse; wherein the low pass filter comprises: a plurality of capacitors (307a-c) connected in parallel between the filter input and a common voltage line ; and a voltage source configured to generate an initial control voltage, wherein the voltage source is switchably connected to a node (n1) between a first capacitor of the plurality of capacitors and the common voltage line, wherein the voltage source is connected to the node during a chirp reset mode defined by the reset pulse such that the voltage at the node is substantially equalised to the initial control voltage. a phase frequency detector configured to receive a reference frequency signal at a first input ; a low pass filter configured to receive a current from the phase frequency detector at a filter input, and to output a control voltage; a voltage controlled oscillator configured to generate the frequency chirp at an output in response to receiving the control voltage; a feedback path connecting the output of the voltage controlled oscillator to a second input of the phase frequency detector, the feedback path comprising a frequency divider ; characterized by a timing module configured to generate a reset pulse; wherein the low pass filter comprises: a plurality of capacitors (307a-c) connected in parallel between the filter input and a common voltage line ; and a voltage source configured to generate an initial control voltage, wherein the voltage source is switchably connected to a node (n1) between a first capacitor of the plurality of capacitors and the common voltage line, wherein the voltage source is connected to the node during a chirp reset mode defined by the reset pulse such that the voltage at the node is substantially equalised to the initial control voltage. a plurality of capacitors (307a-c) connected in parallel between the filter input and a common voltage line ; and a voltage source configured to generate an initial control voltage, wherein the voltage source is switchably connected to a node (n1) between a first capacitor of the plurality of capacitors and the common voltage line, wherein the voltage source is connected to the node during a chirp reset mode defined by the reset pulse such that the voltage at the node is substantially equalised to the initial control voltage.
A method to prepare a functionalized DCPD-based resin composition comprising contacting a polymer comprising units derived from DCPD with a vinyl monomer or vinylene monomer, wherein the vinyl monomer or vinylene monomer is represented by one of the following formulae: wherein, each X is, independently, -SiR 2 R 3 R 4 , -O-SiR 2 R 3 R 4 , or -Si(OR 2 )(OR 3 )(OR 4 ); each R 2 , R 3 , and R 4 is, independently, a hydrogen, a C 1 to C 20 alkyl group, or an aromatic group; each R 1 is, independently, a hydrogen atom or a C 1 to C 40 alkyl group; each Ar is, independently, an aromatic group; and each n is, independently, from 0 to 40. each X is, independently, -SiR 2 R 3 R 4 , -O-SiR 2 R 3 R 4 , or -Si(OR 2 )(OR 3 )(OR 4 ); each R 2 , R 3 , and R 4 is, independently, a hydrogen, a C 1 to C 20 alkyl group, or an aromatic group; each R 1 is, independently, a hydrogen atom or a C 1 to C 40 alkyl group; each Ar is, independently, an aromatic group; and each n is, independently, from 0 to 40.