mhurhangee/patent-ind-claim-en huggingface dataset:
A centrifugal refrigerant compressor control system comprising: a first impeller and a second impeller connected to a shaft , the first and second impellers being provided in a main refrigerant flow path (F); a flow regulator provided in a recirculation flow path (R); a magnetic bearing system (B) supporting the shaft , the magnetic bearing system including a sensing element configured to produce an output relating to a shaft position; and a controller (C) configured to receive the output from the sensing element, and to command an adjustment of the flow regulator and optionally a speed of the shaft in response to the output from the sensing element; wherein the recirculation flow path (R) is provided such that flow is extracted from the main refrigerant flow path (F) downstream of the second impeller , and is reintroduced into the main refrigerant flow path (F) downstream of the first impeller . a first impeller and a second impeller connected to a shaft , the first and second impellers being provided in a main refrigerant flow path (F); a flow regulator provided in a recirculation flow path (R); a magnetic bearing system (B) supporting the shaft , the magnetic bearing system including a sensing element configured to produce an output relating to a shaft position; and a controller (C) configured to receive the output from the sensing element, and to command an adjustment of the flow regulator and optionally a speed of the shaft in response to the output from the sensing element; wherein the recirculation flow path (R) is provided such that flow is extracted from the main refrigerant flow path (F) downstream of the second impeller , and is reintroduced into the main refrigerant flow path (F) downstream of the first impeller .
A user equipment , comprising: circuitry which, in operation, determines a Transmission Time Interval, TTI, assigned for transmitting or receiving a physical sidelink channel in a carrier; and a transceiver which, in operation, transmits or receives the physical sidelink channel based on the TTI in the carrier, wherein the duration of the TTI is less than a slot duration, and the slot duration includes a plurality of TTIs, each of which includes one or more OFDM symbols, wherein the first TTI duration starts from the first OFDM symbol of the slot, and the OFDM symbol immediately after each of the TTI durations is reserved for a guard period, in the TTI, the OFDM symbols occupied by PSCCH are less than the OFDM symbols occupied by PSSCH, and the PSCCH and the PSSCH are Frequency Division Multiplexed, FDMed, within the same OFDM symbols in the carrier. circuitry which, in operation, determines a Transmission Time Interval, TTI, assigned for transmitting or receiving a physical sidelink channel in a carrier; and a transceiver which, in operation, transmits or receives the physical sidelink channel based on the TTI in the carrier, wherein the duration of the TTI is less than a slot duration, and the slot duration includes a plurality of TTIs, each of which includes one or more OFDM symbols, wherein the first TTI duration starts from the first OFDM symbol of the slot, and the OFDM symbol immediately after each of the TTI durations is reserved for a guard period, in the TTI, the OFDM symbols occupied by PSCCH are less than the OFDM symbols occupied by PSSCH, and the PSCCH and the PSSCH are Frequency Division Multiplexed, FDMed, within the same OFDM symbols in the carrier.
A fluid flow control apparatus for use in an oilfield tubular positioned in a wellbore extending through a subterranean formation, the oilfield tubular for flowing fluid therethrough, the apparatus comprising: a tubular member defining a passageway for fluid to flow through and having a longitudinal axis; a valve assembly having at least one inlet; a flow control assembly mounted for rotational movement in the tubular member about the longitudinal axis; wherein the flow control assembly comprises directional vanes and a plurality of balance members , the balance members being mounted for radial movement in response to rotation of the directional vanes ; the flow control assembly having a restriction member mounted to move longitudinally in the tubular member for restricting flow through the inlet of the valve assembly , wherein flowing a fluid through the passageway imparts a rotation to the directional vanes and radial movement of the balance members causes longitudinal movement of the restriction member . a tubular member defining a passageway for fluid to flow through and having a longitudinal axis; a valve assembly having at least one inlet; a flow control assembly mounted for rotational movement in the tubular member about the longitudinal axis; wherein the flow control assembly comprises directional vanes and a plurality of balance members , the balance members being mounted for radial movement in response to rotation of the directional vanes ; the flow control assembly having a restriction member mounted to move longitudinally in the tubular member for restricting flow through the inlet of the valve assembly , wherein flowing a fluid through the passageway imparts a rotation to the directional vanes and radial movement of the balance members causes longitudinal movement of the restriction member .
A method comprising: conveying drill cuttings into a vessel ; solubilizing hydrocarbons from the drill cuttings with a liquid solvent to form a miscible fluid; characterized by using vapor to displace the miscible fluid from the vessel . conveying drill cuttings into a vessel ; solubilizing hydrocarbons from the drill cuttings with a liquid solvent to form a miscible fluid; characterized by using vapor to displace the miscible fluid from the vessel .
A transmitter for transmitting a data transmission signal in a reception area, the transmitter being provided with an input for receiving an information signal (IS) to be transmitted, a coding and/or modulation unit for coding and/or modulating the information signal with a certain coding and/or modulation scheme into the data transmission signal, and an output for supplying the data transmission signal, the coding and/or modulation unit is adapted to code and/or modulate the information signal with n different coding and/or modulation schemes, where n is an integer for which holds: n > 2, characterised in that it is further adapted to switch between these n coding and/or modulation schemes in dependency of an additional information signal (ZI) to be transmitted, wherein the switching overs between the n coding and/or modulation schemes represent the additional information signal.
Roof underlay sheet or roof lining sheet for an inclined roof comprising a surface that is impervious to water for draining water, wherein the surface comprises a plurality of elongated projections that are arranged in parallel with one another at least in portions, which are designed to be so soft that they are adaptable to a contour of a rough surface of a counter batten or other object that contacts the projections in order to produce rain-tight contact with the surface, and which form channels that extend in a straight line parallel to one another and that are separated from one another by means of the projections for receiving water and draining same in a directed manner along the slope of the inclined roof, wherein the projections extend in a direction over substantially the entire roof underlay sheet or roof lining sheet , characterised in that an edge region of the roof underlay sheet or roof lining sheet is designed to be free from projections, wherein the edge region is broader than a distance between adjacent projections on the remaining surface of the roof underlay sheet or roof lining sheet .
A blade outer air seal (BOAS) comprising: a tube of a ceramic matrix composite (CMC) material; and a preform within the tube configured to receive a mount for the BOAS , wherein: the preform is of a CMC material; the tube has a first open end and a second open end at opposite sides of the BOAS , and the preform comprises a first preform in the first open end facing circumferentially outward and a second preform in the second open end facing circumferentially outward opposite the first preform ; characterized in that the tube comprises a substantially rectangular shape with a radially inner surface and a radially outer surface , the radially outer surface including a first cutout and a second cutout at respective first and second ends ; whereby the cutouts are configured to correspond with a profile of the mount such that the mount may extend into the open ends of the tube ; and in that each of the first end and the second end includes an end groove for a seal . a tube of a ceramic matrix composite (CMC) material; and a preform within the tube configured to receive a mount for the BOAS , wherein: the preform is of a CMC material; the tube has a first open end and a second open end at opposite sides of the BOAS , and the preform comprises a first preform in the first open end facing circumferentially outward and a second preform in the second open end facing circumferentially outward opposite the first preform ; characterized in that the tube comprises a substantially rectangular shape with a radially inner surface and a radially outer surface , the radially outer surface including a first cutout and a second cutout at respective first and second ends ; whereby the cutouts are configured to correspond with a profile of the mount such that the mount may extend into the open ends of the tube ; and in that each of the first end and the second end includes an end groove for a seal . the preform is of a CMC material; the tube has a first open end and a second open end at opposite sides of the BOAS , and the preform comprises a first preform in the first open end facing circumferentially outward and a second preform in the second open end facing circumferentially outward opposite the first preform ; characterized in that the tube comprises a substantially rectangular shape with a radially inner surface and a radially outer surface , the radially outer surface including a first cutout and a second cutout at respective first and second ends ; whereby the cutouts are configured to correspond with a profile of the mount such that the mount may extend into the open ends of the tube ; and in that each of the first end and the second end includes an end groove for a seal .
Drum for the application of semi-finished products within tyres for vehicle wheels, comprising: a central support core defining a geometric axis (X) of the drum ; a plurality of sectors distributed along a circumferential direction around said geometric axis (X); driving devices operating between the central core and each sector in order to cause a radial translation of the sectors moving away from the central core from a contracted position, in which said sectors define a substantially continuous radially outer deposition surface (S), towards an expanded position; wherein each sector has a fastening body having a radially outer surface and coupling members for coupling with said driving devices ; wherein said plurality of sectors has: guide seats, each made at the fastening body of a respective sector , in radially inner position with respect to the radially outer surface ; laminar extensions , each of which extends along said circumferential direction from the fastening body of a respective sector and has, on a side opposite to the fastening body , a terminal portion slidably engaged through the guide seat of one of the circumferentially contiguous sectors . a central support core defining a geometric axis (X) of the drum ; a plurality of sectors distributed along a circumferential direction around said geometric axis (X); driving devices operating between the central core and each sector in order to cause a radial translation of the sectors moving away from the central core from a contracted position, in which said sectors define a substantially continuous radially outer deposition surface (S), towards an expanded position; wherein each sector has a fastening body having a radially outer surface and coupling members for coupling with said driving devices ; wherein said plurality of sectors has: guide seats, each made at the fastening body of a respective sector , in radially inner position with respect to the radially outer surface ; laminar extensions , each of which extends along said circumferential direction from the fastening body of a respective sector and has, on a side opposite to the fastening body , a terminal portion slidably engaged through the guide seat of one of the circumferentially contiguous sectors . guide seats, each made at the fastening body of a respective sector , in radially inner position with respect to the radially outer surface ; laminar extensions , each of which extends along said circumferential direction from the fastening body of a respective sector and has, on a side opposite to the fastening body , a terminal portion slidably engaged through the guide seat of one of the circumferentially contiguous sectors .
A method of generating naive monoclonal antibody gene expression library or screened naive monoclonal antibody gene expression library, said method comprising processing biological samples comprising antibody gene pool to isolate plurality of nucleic acid(s) encoding a naturally occurring antibody repertoire, followed by amplification, introducing specific tri-nucleotide sequence markers in the nucleic acid(s) encoding heavy chain of the antibody repertoire to catalogue the product from respective gene pool, and enable tracing of displayed antibody back to source antibody gene pool, wherein the tri-nucleotide sequence marker encodes for respective amino acid identical to that originally coded by the said nucleic acid, pooling of the amplified product(s) having the tri-nucleotide sequence markers from different samples and cloning of said amplified product(s) into phagemid vectors to obtain naïve monoclonal antibody gene expression library, display of the antibody by the phage followed by screening of displayed antibody against specific antigen(s) to remove antibody non-binders to specific antigen(s) and to obtain selected pool of antibody molecules against specific antigen(s), transferring the nucleic acid(s) of the selected antibody molecules into yeast for display of said antibody molecules on surface of yeast followed by screening of the yeast displayed antibody against specific antigenic target(s), and selecting the yeast displayed antibodies showing higher affinity to the target antigen to form the screened naïve monoclonal antibody gene expression library or isolating selected antibodies with desired functional properties from the phage antibody library or the yeast antibody library to generate screened naïve monoclonal antibody gene expression library.
A computer-implemented method for generating code assistance information, comprising: obtaining input status information corresponding to a current program development process, wherein the input status information comprises input content information and input language environment information; obtaining a preset grammar rule corresponding to the input status information, wherein the preset grammar rule stores an association relationship between different statement information, and different input status information corresponds to different preset grammar rules; obtaining a transform rule between different statement information based on the preset grammar rule; generating a follow-up symbol set corresponding to subsequent input content information corresponding to the input content information according to the input content information and the transform rule, wherein the follow-up symbol set comprises a grammar production set of the transform rule, a non-terminator set corresponding to the grammar production, and an initial terminator set corresponding to the grammar production; associating a grammar expansion corresponding to a non-terminator in the non-terminator set with a grammar expansion of an initial terminator in the initial terminator set; and generating code assistance information corresponding to the input content information according to the associated result of the grammar expansion corresponding to the non-terminator with the grammar expansion of the initial terminator. obtaining input status information corresponding to a current program development process, wherein the input status information comprises input content information and input language environment information; obtaining a preset grammar rule corresponding to the input status information, wherein the preset grammar rule stores an association relationship between different statement information, and different input status information corresponds to different preset grammar rules; obtaining a transform rule between different statement information based on the preset grammar rule; generating a follow-up symbol set corresponding to subsequent input content information corresponding to the input content information according to the input content information and the transform rule, wherein the follow-up symbol set comprises a grammar production set of the transform rule, a non-terminator set corresponding to the grammar production, and an initial terminator set corresponding to the grammar production; associating a grammar expansion corresponding to a non-terminator in the non-terminator set with a grammar expansion of an initial terminator in the initial terminator set; and generating code assistance information corresponding to the input content information according to the associated result of the grammar expansion corresponding to the non-terminator with the grammar expansion of the initial terminator.
An apparatus for debriding a tissue site , the apparatus comprising: a tissue interface having a plurality of perforations separated from each other by walls , and wherein the perforations have a perforation shape factor that is adapted to collapse the perforations from a relaxed position to a contracted position in response to an application and removal of negative pressure; a first orientation line ; and a second orientation line , wherein the second orientation line is perpendicular to the first orientation line , wherein perimeters of the perforations formed by the walls are adapted to debride the tissue site in response to movement of the tissue interface between the relaxed position and the contracted position, wherein each perforation includes a center , and each perforation has an x-axis extending through the respective center and parallel to the first orientation line , and a y-axis extending through the respective center parallel to the second orientation line , wherein the perforation shape factor for each perforation is a ratio of a first line segment on the respective y-axis extending from the respective center to the respective perimeter of the perforation to a second line segment on the respective x-axis extending from the respective center to the respective perimeter of the perforation , and wherein the perforation shape factor for each perforation is between 0.5 and 2. a tissue interface having a plurality of perforations separated from each other by walls , and wherein the perforations have a perforation shape factor that is adapted to collapse the perforations from a relaxed position to a contracted position in response to an application and removal of negative pressure; a first orientation line ; and a second orientation line , wherein the second orientation line is perpendicular to the first orientation line , wherein perimeters of the perforations formed by the walls are adapted to debride the tissue site in response to movement of the tissue interface between the relaxed position and the contracted position, wherein each perforation includes a center , and each perforation has an x-axis extending through the respective center and parallel to the first orientation line , and a y-axis extending through the respective center parallel to the second orientation line , wherein the perforation shape factor for each perforation is a ratio of a first line segment on the respective y-axis extending from the respective center to the respective perimeter of the perforation to a second line segment on the respective x-axis extending from the respective center to the respective perimeter of the perforation , and wherein the perforation shape factor for each perforation is between 0.5 and 2.
An isostatic press including a pressure vessel having an accommodation chamber for receiving a workpiece therein, in which the accommodation chamber is filled with a pressure medium to apply isostatic gas pressure to the workpiece, the isostatic press comprising: a heat exchanger including a heat exchange member which is installed to the accommodation vessel and transfers heat between the pressure medium and the heat exchange member to heat or cool the pressure medium supplied to the accommodation chamber ; and wherein the heat exchange member is heated or cooled by a heat medium supplied to the heat exchange member ; characterized in that the heat exchange includes a heating part configured to heat the heat medium and a cooling part configured to cool the heat medium; and in that the heat exchanger includes a selective supply unit configured to selectively supply the heat medium which is heated or cooled by the heating part or the cooling part to the heat exchange member . a heat exchanger including a heat exchange member which is installed to the accommodation vessel and transfers heat between the pressure medium and the heat exchange member to heat or cool the pressure medium supplied to the accommodation chamber ; and wherein the heat exchange member is heated or cooled by a heat medium supplied to the heat exchange member ; characterized in that the heat exchange includes a heating part configured to heat the heat medium and a cooling part configured to cool the heat medium; and in that the heat exchanger includes a selective supply unit configured to selectively supply the heat medium which is heated or cooled by the heating part or the cooling part to the heat exchange member .
A backrest assembly for a piece of seating furniture, - with a backrest frame which has two frame supports which, in the intended installed state, are oriented in the longitudinal direction of the backrest for stretching a backrest textile, and - with at least one lumbar support adjusting device which is mounted on one of the frame supports so as to be displaceable in the longitudinal direction of the respective frame support , wherein the lumbar support adjusting device has an arching flap for reversibly arching out the backrest textile, as well as an elongated adjusting rail aligned along the frame support , wherein the arching flap is hinged to the elongated adjusting rail at a pivoting point so as to be foldable out of a backrest surface stretched by the frame supports and wherein, for folding out, the arching flap is coupled in terms of power transmission to a traction drive arranged on the adjusting rail , characterized in that on each of the two frame supports in each case one lumbar support adjusting device is arranged in order to enable symmetrical arching out of the backrest textile. - with a backrest frame which has two frame supports which, in the intended installed state, are oriented in the longitudinal direction of the backrest for stretching a backrest textile, and - with at least one lumbar support adjusting device which is mounted on one of the frame supports so as to be displaceable in the longitudinal direction of the respective frame support ,