mhurhangee/patent-ind-claim-en huggingface dataset:
An orthogonal separation device for a MIMO radar comprising: a wave detector configured to perform a wave detection process on P pulse waves (R11 to R1M,.., RN1 to RNM) by performing a wave detection process on M pulse waves received by each of N receiving antennas (51 to 56) and to generate P output signals (R' 11 to R' 1M ,..,R' N1 to R' NM ), wherein the M pulse waves are transmitted at the same time by M transmitting antennas (41 to 44) and thereby the P pulse waves (R11 to R1M, ..., RN1 to RNM) arrive at the N receiving antennas (51 to 56), the M pulse waves have phases φ 1 to φ M which have been modulated by using different code arrays of known discrete values, the different code arrays correspond to the M transmitting antennas (41 to 44), the different code arrays are generated by using a random number, which determines the amount of rotation applied to each pulse wave, M is any natural number, N is any natural number, and P = M x N; and a demodulator configured to adjust difference in the phases of the P output signals (R' 11 to R' 1M ,..,R' N1 to R' NM ) by performing phase modulation by using code arrays configured of codes that are opposite to codes constituting the arrays of the known discrete values and to generate P in-phase signals (r11 to r1M, ..., rN1 to rNM, such that the phase of a pulse wave is returned to the original phase before phase modulation at the transmitting antenna a wave detector configured to perform a wave detection process on P pulse waves (R11 to R1M,.., RN1 to RNM) by performing a wave detection process on M pulse waves received by each of N receiving antennas (51 to 56) and to generate P output signals (R' 11 to R' 1M ,..,R' N1 to R' NM ), wherein the M pulse waves are transmitted at the same time by M transmitting antennas (41 to 44) and thereby the P pulse waves (R11 to R1M, ..., RN1 to RNM) arrive at the N receiving antennas (51 to 56), the M pulse waves have phases φ 1 to φ M which have been modulated by using different code arrays of known discrete values, the different code arrays correspond to the M transmitting antennas (41 to 44), the different code arrays are generated by using a random number, which determines the amount of rotation applied to each pulse wave, M is any natural number, N is any natural number, and P = M x N; and a demodulator configured to adjust difference in the phases of the P output signals (R' 11 to R' 1M ,..,R' N1 to R' NM ) by performing phase modulation by using code arrays configured of codes that are opposite to codes constituting the arrays of the known discrete values and to generate P in-phase signals (r11 to r1M, ..., rN1 to rNM, such that the phase of a pulse wave is returned to the original phase before phase modulation at the transmitting antenna
An implantable medical device for creating an anastomosis between a gallbladder and a portion of a gastrointestinal tract, the device comprising: a tubular structure comprising at least one elongate member forming a framework of interconnected struts , the tubular structure including: a central portion defining a longitudinal axis and including a plurality of central portion cells defined by the at least one elongate member; a first apposition portion forming a first flange extending substantially radially outward from the central portion and, at a first end of the central portion, the first apposition portion comprising a plurality of first flange cells defined by the at least one elongate member; and a second apposition portion at a second end of the central portion, the second apposition portion forming a second flange extending substantially radially outward from the central portion and comprising a plurality of second flange cells defined by the at least one elongate member; wherein an end of at least some of the second flange cells are opened to the central portion, and characterised in that the first and second apposition portions each comprise undulating connecting members which combine to form circumferential rings extending circumferentially around a radially-outer circumference thereof. a tubular structure comprising at least one elongate member forming a framework of interconnected struts , the tubular structure including: a central portion defining a longitudinal axis and including a plurality of central portion cells defined by the at least one elongate member; a first apposition portion forming a first flange extending substantially radially outward from the central portion and, at a first end of the central portion, the first apposition portion comprising a plurality of first flange cells defined by the at least one elongate member; and a second apposition portion at a second end of the central portion, the second apposition portion forming a second flange extending substantially radially outward from the central portion and comprising a plurality of second flange cells defined by the at least one elongate member; a central portion defining a longitudinal axis and including a plurality of central portion cells defined by the at least one elongate member; a first apposition portion forming a first flange extending substantially radially outward from the central portion and, at a first end of the central portion, the first apposition portion comprising a plurality of first flange cells defined by the at least one elongate member; and a second apposition portion at a second end of the central portion, the second apposition portion forming a second flange extending substantially radially outward from the central portion and comprising a plurality of second flange cells defined by the at least one elongate member; wherein an end of at least some of the second flange cells are opened to the central portion, and
A method of initial bitrate selection for a video delivery session, said method comprising: performing (S1), by a user equipment and during a time window from initiation of a video player application in said user equipment up to selection of a video content, network measurements indicative of a current condition of a wireless communication network to deliver said video content to said user equipment ; determining (S20) at least one network metric based on said network measurements, wherein determining (S20) said at least one network metric comprises determining (S20) at least one throughput-based network metric and/or at least one delay-based network metric based on said network measurements; providing (S2), for each bitrate available for said video content, a respective initial buffer duration predicted based on the determined at least one network metric; and selecting (S3) an initial bitrate for delivering said video content over said network to said user equipment based on said respective initial buffer durations. performing (S1), by a user equipment and during a time window from initiation of a video player application in said user equipment up to selection of a video content, network measurements indicative of a current condition of a wireless communication network to deliver said video content to said user equipment ; determining (S20) at least one network metric based on said network measurements, wherein determining (S20) said at least one network metric comprises determining (S20) at least one throughput-based network metric and/or at least one delay-based network metric based on said network measurements; providing (S2), for each bitrate available for said video content, a respective initial buffer duration predicted based on the determined at least one network metric; and selecting (S3) an initial bitrate for delivering said video content over said network to said user equipment based on said respective initial buffer durations.
A method, in an anchor base station, for establishing a second link between a user equipment and an assisting base station, where the user equipment is served by the anchor base station via a first link, the method comprising: sending, to the assisting node, a request to establish the second link with the user equipment; receiving, from the assisting node, random access parameters; and sending , to the user equipment, a message requesting an attach to establish the second link between the user equipment and the assisting base station. sending, to the assisting node, a request to establish the second link with the user equipment; receiving, from the assisting node, random access parameters; and sending , to the user equipment, a message requesting an attach to establish the second link between the user equipment and the assisting base station.
An apparatus for contactless cleaning of a workpiece, the apparatus comprising: a first hollow body , wherein the first hollow body is configured to at least partially receive the workpiece to be cleaned; a second hollow body , wherein the second hollow body at least partially surrounds the first hollow body ; and a movable nozzle ring located between the first hollow body and the second hollow body for flow of media between the first hollow body and the second hollow body , wherein the nozzle ring is movable by ease of a drive . a first hollow body , wherein the first hollow body is configured to at least partially receive the workpiece to be cleaned; a second hollow body , wherein the second hollow body at least partially surrounds the first hollow body ; and a movable nozzle ring located between the first hollow body and the second hollow body for flow of media between the first hollow body and the second hollow body , wherein the nozzle ring is movable by ease of a drive .
A method for operating a technological device of automation technology such as a controller, sensor or actor by a mobile device such as a smartphone, tablet or PDA wherein information is exchanged via a wireless communication connection between the technological device and the mobile device, characterized in that the mobile device transmits, after the establishing of the wireless communication connection, a function list of available external functions and/or available external software components to the technological device and that the at least one available external function and/or available external software component is added to an internal function list of already available internal functions or software components of the technological device, wherein in a runtime environment of the mobile device at least one software component which can be invoked by the technological device for executing one or more functions is hosted, and that the at least one software component is invoked via the wireless communication connection by a function invocation of the technological device and is executed and used in the runtime environment of the mobile device.
Continuously variable power split transmission for powering vehicles and/or work machines by a combustion engine (VM), comprising a variator (V), a summing gear train and a number of couplings, the variator delivering a fraction of the power of the combustion engine with a speed that is continuously variably controlled between maximum speeds in both directions to the summing gear train, where it is added to the other fraction of the power, and where the transition between a plurality of ranges occurs in points of synchronism, the summing gear train being a planetary gear train with four shafts including a sun gear (S1) as a first central gear wheel, a second central gear wheel (S2; H2), a ring gear (H1) and a number of planetary gears (P1, P2) journalled on a planet carrier (St1), wherein: a. The couplings (C0, C1, B0, B1) are united in one common entry unit (E), which is arranged in the flux of power between the combustion engine (VM) and the summing gear train (SG1; SG2), b. The summing gear train (SG1; SG2) includes first planetary gears (P1) and second planetary gears (P2) jounalled on a common planet carrier (St1), the first (P1) and the second planetary gears (P2) meshing with each other, c. The first sun gear (S1) or the first ring gear (H1) are driven by the combustion engine (VM) and the second central gear wheel (S2; H2) is driven by the variator (V), the first sun gear (S1) or the first ring gear (H1), for the transition from one range to the next range in a point of synchronism , being in turn drivingly connected with the combustion engine (VM), d. The planet carrier (St1) is drinvingly connected with the output shaft (StW1) of the transmission. a. The couplings (C0, C1, B0, B1) are united in one common entry unit (E), which is arranged in the flux of power between the combustion engine (VM) and the summing gear train (SG1; SG2), b. The summing gear train (SG1; SG2) includes first planetary gears (P1) and second planetary gears (P2) jounalled on a common planet carrier (St1), the first (P1) and the second planetary gears (P2) meshing with each other, c. The first sun gear (S1) or the first ring gear (H1) are driven by the combustion engine (VM) and the second central gear wheel (S2; H2) is driven by the variator (V), the first sun gear (S1) or the first ring gear (H1), for the transition from one range to the next range in a point of synchronism , being in turn drivingly connected with the combustion engine (VM), d. The planet carrier (St1) is drinvingly connected with the output shaft (StW1) of the transmission.
A method for manufacturing a polybutylene terephthalate resin composition including a polybutylene terephthalate resin produced by direct esterification and an alkali compound, the method comprising: melting and kneading a master batch including a polyalkylene terephthalate resin and the alkali compound with the polybutylene terephthalate resin.
A method of manufacturing an anvil of a circular surgical stapler , wherein the anvil includes a head and a coupling feature that includes a shank that extends proximally from the head , the method comprising: (a) forming each of the head and the coupling feature using at least one metal injection molding process ; and characterized by : (b) after forming the coupling feature, machining a through bore into the shank so that the through bore extends completely through the shank of the coupling feature along a longitudinal axis of the coupling feature; and (c) plastic injection molding an insert formed of a polymeric material onto the shank . (a) forming each of the head and the coupling feature using at least one metal injection molding process ; and characterized by : (b) after forming the coupling feature, machining a through bore into the shank so that the through bore extends completely through the shank of the coupling feature along a longitudinal axis of the coupling feature; and (c) plastic injection molding an insert formed of a polymeric material onto the shank .
The compound {5-(4-bromo-phenyl)-6-[2-(5-bromo-pyrimidin-2-yloxy)-ethoxy]-pyrimidin-4-yl}-sulfamide: or a pharmaceutically acceptable salt thereof, for use in the treatment of chronic kidney disease (CKD) of stages 1 to 4 as defined by the Kidney Disease Improving Global Outcomes (KDIGO) Guidelines, wherein said CKD is caused by essential hypertension wherein said compound is to be administered in combination with an Angiotensin Receptor Blocker (ARB) which is valsartan, or a pharmaceutically acceptable salt thereof.
A temperature detection device (1;2;3;4;7), comprising: a temperature sensor including a thermosensitive body configured to detect temperature of a coil of a rotary electric machine to be mounted on a vehicle; and a metal bracket (20;70) configured to attach the temperature sensor to the coil , wherein the bracket (20;70) is a single member integrally made of a metal plate, the bracket (20;70) includes a bracket main body (200;700) configured to clamp the coil by elastic force, and a joining portion joined to the temperature sensor , and the bracket main body (200;700) includes a clamping portion configured to internally clamp the coil , in the attached state, between a first wall and a second wall of the clamping portion , and a heat collection portion (23;26;27) that protrudes to outside of the clamping portion and is thermally coupled to the temperature sensor , wherein the temperature detection device (1;2;3;4;7) is configured such that, in the attached state, the temperature sensor comes into contact with the coil through the first wall which is a part of the clamping portion , wherein the temperature sensor is disposed between the first wall and a facing portion of the heat collection portion (23;26) facing the first wall , characterized in that: the joining portion includes caulking pieces which protrude from the clamping portion and are configured to be caulked to a joined portion of the temperature sensor , and in the attached state, the temperature sensor and the coil are in contact with opposite sides of the first wall that are directly opposite to each other. a temperature sensor including a thermosensitive body configured to detect temperature of a coil of a rotary electric machine to be mounted on a vehicle; and a metal bracket (20;70) configured to attach the temperature sensor to the coil , wherein the bracket (20;70) is a single member integrally made of a metal plate, the bracket (20;70) includes a bracket main body (200;700) configured to clamp the coil by elastic force, and a joining portion joined to the temperature sensor , and the bracket main body (200;700) includes a clamping portion configured to internally clamp the coil , in the attached state, between a first wall and a second wall of the clamping portion , and a heat collection portion (23;26;27) that protrudes to outside of the clamping portion and is thermally coupled to the temperature sensor , wherein the temperature detection device (1;2;3;4;7) is configured such that, in the attached state, the temperature sensor comes into contact with the coil through the first wall which is a part of the clamping portion , wherein the temperature sensor is disposed between the first wall and a facing portion of the heat collection portion (23;26) facing the first wall , the joining portion includes caulking pieces which protrude from the clamping portion and are configured to be caulked to a joined portion of the temperature sensor , and in the attached state, the temperature sensor and the coil are in contact with opposite sides of the first wall that are directly opposite to each other.
Conductor rail system comprising at least one conductor rail , at least one cover element and at least one spacer for holding the cover element at a distance from the conductor rail , wherein the spacer comprises at least one latch element , a base , at least one holding element and a clamping element for clamping the conductor rail , wherein the spacer comprises at least one securing device that engages over at least one free end of the cover element in a securing manner and is operatively connected to the spacer by way of at least one securing element , wherein the securing element of the securing device engages behind on at least one receiving aperture of the holding element of the spacer in a latching manner, wherein the holding element comprises a base with at least one holding bar , wherein the securing device comprises a base with at least one locking element arranged thereon, which covers the free end of the cover element in a securing manner, characterised in that the securing device comprises two securing bars arranged opposite each other on the base , in that the securing device comprises two securing elements arranged opposite each other on the securing bars , said securing elements engaging behind at least one receiving aperture of the holding element of the spacer in a latching manner.
Cleaning installation for vehicles, comprising at least: - a water supply source ; - a first steam generator connected upstream to the water supply source, characterized in that it further comprises: - a suction or blowing device suitable for blowing air and for suction in a mode of operation opposite to the blowing mode; - a cleaning lance comprising: • a first pipe connected to the first steam generator, • a second pipe arranged essentially parallel to the first pipe and connected to the suction or blowing device, installation in which the operation of the suction or blowing device is slaved to the operation of the first steam generator so as to be capable of blowing air or suction at the outlet of the second pipe simultaneously with and at a distance from the spraying of steam at the outlet of the first pipe. - a water supply source ; - a first steam generator connected upstream to the water supply source, characterized in that it further comprises: - a suction or blowing device suitable for blowing air and for suction in a mode of operation opposite to the blowing mode; - a cleaning lance comprising: • a first pipe connected to the first steam generator, • a second pipe arranged essentially parallel to the first pipe and connected to the suction or blowing device, - a suction or blowing device suitable for blowing air and for suction in a mode of operation opposite to the blowing mode; - a cleaning lance comprising: • a first pipe connected to the first steam generator, • a second pipe arranged essentially parallel to the first pipe and connected to the suction or blowing device, • a first pipe connected to the first steam generator, • a second pipe arranged essentially parallel to the first pipe and connected to the suction or blowing device,
A poliomyelitis vaccine for use in (i) preventing a person from an infection by a Coronaviridae virus, (ii) inducing a protective immune response in a person against a Coronaviridae virus, (iii) inducing an immune response in a person protective against severe acute respiratory syndrome caused by an infection of a Coronaviridae virus, or (iv) reducing the severity of one or more symptoms of an infectious disease caused by a Coronaviridae virus in a person; wherein the poliomyelitis vaccine is an inactivated poliomyelitis vaccine.
A method for producing a horseshoe crab Factor C comprising an amino acid sequence shown in SEQ ID NO: 2 or having an identity not less than 90% to the full length of the amino acid sequence shown in SEQ ID NO:2 and having factor C activity, which is a recombinant protein which does not have a His-tag sequence at the C-terminus or any other peptide at either terminus and is obtained from insect cells as a host: the method comprising the steps (A) to (D) below: (A) a step of incorporating DNA encoding the amino acid sequence of the Factor C into a viral DNA; (B) a step of infecting insect cells with the virus into which said DNA was incorporated; (C) a step of allowing insect cells infected with said virus to express the protein encoded by said DNA; and (D) a step of recovering the Factor C as a solution and eliminating the virus using a hollow fibre filtration membrane having a pore size of 500 kDa. (A) a step of incorporating DNA encoding the amino acid sequence of the Factor C into a viral DNA; (B) a step of infecting insect cells with the virus into which said DNA was incorporated; (C) a step of allowing insect cells infected with said virus to express the protein encoded by said DNA; and (D) a step of recovering the Factor C as a solution and eliminating the virus using a hollow fibre filtration membrane having a pore size of 500 kDa.
An anti-biofouling coating material to be applied to the surface of an article to prevent adhesion of organisms, which comprises a polymer F being a fluorinated polymer containing units based on a fluoroolefin, and a polymer G being a polymer containing units based on a (meth)acrylate having a hydrophilic polyoxyalkylene chain, wherein to the total mass of the polymer F and the polymer G, the content of the polymer F is from 50 to 99 mass%. a polymer F being a fluorinated polymer containing units based on a fluoroolefin, and a polymer G being a polymer containing units based on a (meth)acrylate having a hydrophilic polyoxyalkylene chain,