mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a hybrid drive system, for a hybrid vehicle comprising a front running gear, a rear running gear, a first traction chain having at least one heat engine for driving first driving wheels of a first running gear among said running gears and a second hybridisation running gear system among said running gears, characterized in that in a strategy to control coupling and uncoupling suited to a dog-clutching device interposed between a hybridisation machine (MELAR) and second driving wheels of the second hybridisation running gear, a raw request step occurs to open dogs of the dog-clutching device, then either a step of validating the opening of the dogs, or a step of preventing the opening of the dogs, as a function respectively of a coupling situation or an uncoupling situation of the first traction chain, such that this traction chain and the second running gear system can not be simultaneously free-wheeling when the vehicle is in motion.
Trailer coupling for a motor vehicle with a support assembly which has a cross-member provided for fitting to a rear section of a motor vehicle and a holder (40; 140) held on the cross-member for holding a coupling arm of the trailer coupling (9; 109), wherein the coupling arm is provided for attaching a trailer or a load carrier, wherein the cross-member penetrates a through hole of the holder (40; 140) and the holder (40; 140) is held positively on a holder section of the cross-member, and wherein the holder (40; 140) has a locating part (45; 145) which has a cross-member location for the cross-member providing at least partly the through hole, and a closing part (46; 146) connected positively to the locating part (45; 145) and wholly or partly closing the cross-member location, so that the locating part (45; 145) and the closing part (46; 146) bound the through hole, characterised in that the closing part (46; 146) is fixed to the locating part (45; 145) by forming, in particular internal forming, of the cross-member in the area of the holder (40; 140).
A recombinant human IgG1 antibody composition having higher complement-dependent cytotoxic activity than a human IgG1 antibody and a human IgG3 antibody and having binding activity to protein A, which is substantially equal to that of a human IgG1 antibody, wherein a polypeptide comprising a CH2 domain in the Fc region of a human IgG1 antibody is replaced by a polypeptide comprising an amino acid sequence which corresponds to the same position of a human IgG3 antibody indicated by the EU index as in Kabat, et al., hereinafter referred to as EU index.
A method performed by a wireless transmit/receive unit, WTRU,, the method comprising: receiving, by the WTRU from a base station, BS,, synchronization signals transmitted on a plurality of beams of the BS; comparing a received energy of each beam received by the WTRU of the plurality of beams against a threshold to determine at least one of the plurality of beams of the BS; and transmitting a synchronization acknowledgment signal comprising a preamble, in a direction of the determined at least one of the plurality of beams of the BS having the received energy above the threshold, wherein the preamble is selected from a predetermined set of preambles, each preamble of the set of preambles corresponding to a respective beam direction of a respective one of the plurality of synchronization signals, to correspond to the direction of the determined at least one of the plurality of beams having the received energy above the threshold. receiving, by the WTRU from a base station, BS,, synchronization signals transmitted on a plurality of beams of the BS; comparing a received energy of each beam received by the WTRU of the plurality of beams against a threshold to determine at least one of the plurality of beams of the BS; and transmitting a synchronization acknowledgment signal comprising a preamble, in a direction of the determined at least one of the plurality of beams of the BS having the received energy above the threshold, wherein the preamble is selected from a predetermined set of preambles, each preamble of the set of preambles corresponding to a respective beam direction of a respective one of the plurality of synchronization signals, to correspond to the direction of the determined at least one of the plurality of beams having the received energy above the threshold.
A medicament comprising a substance having an inhibitory action on an angiotensin converting enzyme as the sole active ingredient, for use in treating dysphagia, wherein the medicament is to be locally administered to a pharyngolaryngeal site, and wherein said medicament is to be administered by spray, nebulizer or direct application to the pharyngeal mucosa.
A method, comprising: obtaining inertial measurement data of a device at a first time and point cloud data collected by a LiDAR on the device at the first time; determining, by integrating the inertial measurement data, inertial positioning information of the device in an inertial coordinate system at the first time based on the inertial measurement data; characterized by determining, by matching, the point cloud data and at least one local map built in a local coordinate system and using the inertial positioning information as a constraint, a first positioning result of the device in the local coordinate system at the first time, wherein the local map is a 3D occupancy grid map constructed in the local coordinate system which takes an initial location of the device as the origin. obtaining inertial measurement data of a device at a first time and point cloud data collected by a LiDAR on the device at the first time; determining, by integrating the inertial measurement data, inertial positioning information of the device in an inertial coordinate system at the first time based on the inertial measurement data; characterized by determining, by matching, the point cloud data and at least one local map built in a local coordinate system and using the inertial positioning information as a constraint, a first positioning result of the device in the local coordinate system at the first time, wherein the local map is a 3D occupancy grid map constructed in the local coordinate system which takes an initial location of the device as the origin.
Device for positioning a rotor of a gas turbine, comprising: - a piston rod which is linearly movable and actuates a ratched wheel coupled to the rotor; - a drive mechanism comprising an eccentric wheel and a rotating drive means; wherein the eccentric wheel is connected to the drive means and moves the piston rod; the device being characterized by comprising a motion controller, which calculates the angular position of the rotating drive means in order to obtain a controlled linear movement of the piston rod and calculates the output torque of the rotating drive means which is needed for obtaining a controlled linear force exerted by the piston rod. - a piston rod which is linearly movable and actuates a ratched wheel coupled to the rotor; - a drive mechanism comprising an eccentric wheel and a rotating drive means; wherein the eccentric wheel is connected to the drive means and moves the piston rod;
A fibre optic acceleration sensor for sensoring and monitoring end-winding vibration and measuring parameters such as acceleration, force, or displacement, comprising: a mechanical portion comprising a seismic mass with a reflecting tip extending therefrom; and an optical portion comprising one input optical fibre and two output optical fibres; wherein the input optical fibre is placed in between the two output optical fibres, and wherein the reflecting tip is configured to reflect light completely from the input optical fibre into the output optical fibres, characterized in that the two output optical fibres form two angles (α) with the input optical fibre at the reflecting tip from each side of the longitudinal axis of the input optical fibre, each one of the two angles being an acute angle (α). a mechanical portion comprising a seismic mass with a reflecting tip extending therefrom; and an optical portion comprising one input optical fibre and two output optical fibres; wherein the input optical fibre is placed in between the two output optical fibres, and wherein the reflecting tip is configured to reflect light completely from the input optical fibre into the output optical fibres, characterized in that the two output optical fibres form two angles (α) with the input optical fibre at the reflecting tip from each side of the longitudinal axis of the input optical fibre, each one of the two angles being an acute angle (α).
A method, comprising: configuring one or more symbols of a data transmission subframe within a sweeping period as at least one sweeping block of the data transmission subframe, wherein the data transmission subframe has 14 symbols and wherein symbols of the data transmission subframe configured as sweeping blocks are located outside a predefined region of the data transmission subframe; and carrying, in the at least one sweeping block of the data transmission subframe, a sweeping signal channel for transmission, wherein the sweeping signal channel includes at least one signal and a channel to be transmitted through all beams, wherein the sweeping block comprises a downlink sweeping block. configuring one or more symbols of a data transmission subframe within a sweeping period as at least one sweeping block of the data transmission subframe, wherein the data transmission subframe has 14 symbols and wherein symbols of the data transmission subframe configured as sweeping blocks are located outside a predefined region of the data transmission subframe; and carrying, in the at least one sweeping block of the data transmission subframe, a sweeping signal channel for transmission, wherein the sweeping signal channel includes at least one signal and a channel to be transmitted through all beams, wherein the sweeping block comprises a downlink sweeping block.
An incision closure appliance comprising: a base including a left panel and a right panel, each panel having a tissue adherent lower surface (1408, 1412), an upper surface (1406, 1410), an inner lateral edge, and an outer lateral edge; left and right force distribution structures coupled to the left and right panels (1404, 1402), respectively, wherein each force distribution structure includes a plurality of axially spaced-apart axial supports (1416, 1414), each support (1414, 1416) having a distal attachment point and a proximal attachment point; and a plurality of lateral ties, wherein the ties are arranged in an alternating fashion to form a serpentine arrangement of axial supports (1414, 1416) and lateral ties such that a first lateral tie extends between a distal attachment point on a first axial support on the left panel and an axially aligned proximal attachment point on a second axial support on the right panel and wherein a second lateral tie extends between a proximate attachment point on the first axial support on the left panel and an axially aligned distal attachment point on a third axial support on the right panel, wherein the lateral ties each have one end fixed to one of the attachment points and a second end adjustably attached to the other of the attachment points allowing the lateral ties to draw the left and right panels (1404, 1402) together after the panels are adhered to tissue. a base including a left panel and a right panel, each panel having a tissue adherent lower surface (1408, 1412), an upper surface (1406, 1410), an inner lateral edge, and an outer lateral edge; left and right force distribution structures coupled to the left and right panels (1404, 1402), respectively, wherein each force distribution structure includes a plurality of axially spaced-apart axial supports (1416, 1414), each support (1414, 1416) having a distal attachment point and a proximal attachment point; and a plurality of lateral ties, wherein the ties are arranged in an alternating fashion to form a serpentine arrangement of axial supports (1414, 1416) and lateral ties such that a first lateral tie extends between a distal attachment point on a first axial support on the left panel and an axially aligned proximal attachment point on a second axial support on the right panel and wherein a second lateral tie extends between a proximate attachment point on the first axial support on the left panel and an axially aligned distal attachment point on a third axial support on the right panel, wherein the lateral ties each have one end fixed to one of the attachment points and a second end adjustably attached to the other of the attachment points allowing the lateral ties to draw the left and right panels (1404, 1402) together after the panels are adhered to tissue.
Method for restoring data from at least two tapes (11, 12) of a tape storage system, a first tape comprising two sets of data blocks (B1,..., Bn) in a first order of the sets and a second tape comprising the two sets of data blocks (B1,..., Bn) in a second order of the sets, the second order being different from the first order, the method comprising the step of: - restoring the first set of data blocks (B1,..., Bn) from the first tape, and restoring the second set of data blocks (B1,..., Bn) simultaneously from the second tape. - restoring the first set of data blocks (B1,..., Bn) from the first tape, and restoring the second set of data blocks (B1,..., Bn) simultaneously from the second tape.
A method for producing an edible cup-shaped raw dough product having a bottom and a rim, wherein a flat dough mass of suitable consistency and thickness, which is impermeable to air and elastically deformable, is placed over a baking mold having at least one depression corresponding to the shape of the cup-shaped dough product with air passages located at the bottom, wherein the at least one depression is largely sealed airtight from above, wherein the dough mass is then sucked into the at least one depression by means of a suction pump until the dough mass fills the at least one depression, wherein the dough mass located in the depression of the baking mold is then separated from the excess dough mass and removed and the baking mold is removed for further processing in an oven, wherein a forming plate with at least one depression, the shape of which corresponds to the dough product to be produced, is used, and wherein the at least one depression has at least one bore (4 or 5) at the bottom and/or at the rim of the bottom, which is connected to the suction pump. wherein a flat dough mass of suitable consistency and thickness, which is impermeable to air and elastically deformable, is placed over a baking mold having at least one depression corresponding to the shape of the cup-shaped dough product with air passages located at the bottom, wherein the at least one depression is largely sealed airtight from above, wherein the dough mass is then sucked into the at least one depression by means of a suction pump until the dough mass fills the at least one depression, wherein the dough mass located in the depression of the baking mold is then separated from the excess dough mass and removed and the baking mold is removed for further processing in an oven, wherein a forming plate with at least one depression, the shape of which corresponds to the dough product to be produced, is used, and wherein the at least one depression has at least one bore (4 or 5) at the bottom and/or at the rim of the bottom, which is connected to the suction pump.
An apparatus, comprising means for: receiving, at a user equipment from a network node, a multi-numerology j oint reference signal, wherein the multi-numerology joint reference signal comprises a reference signal for data channel demodulation or channel state information acquisition with a second numerology, and a reference signal for beamforming training with a first numerology, wherein the first and second numerology have different subcarrier spacings; receiving, at the user equipment from the network node, an indication that the first numerology in the multi-numerology joint reference signal is intended for beamforming training, and the second numerology in the multi-numerology joint reference signal is intended for channel estimation or channel state information acquisition; and performing simultaneous beamforming training and channel estimation or channel state information acquisition based on the multi-numerology joint reference signal. receiving, at a user equipment from a network node, a multi-numerology j oint reference signal, wherein the multi-numerology joint reference signal comprises a reference signal for data channel demodulation or channel state information acquisition with a second numerology, and a reference signal for beamforming training with a first numerology, wherein the first and second numerology have different subcarrier spacings; receiving, at the user equipment from the network node, an indication that the first numerology in the multi-numerology joint reference signal is intended for beamforming training, and the second numerology in the multi-numerology joint reference signal is intended for channel estimation or channel state information acquisition; and performing simultaneous beamforming training and channel estimation or channel state information acquisition based on the multi-numerology joint reference signal.
A search apparatus comprising: a communication unit configured to receive first sentences from a user PC; a second sentence storage unit configured to store second sentences in association with past-input first sentences; a dividing unit configured to divide each of the past-input first sentences into words and divide a newly-input first sentence into words, wherein each of the past-input first sentences and the newly-input first sentences is a sentence of a question of a user, and each of the second sentences is a sentence of an answer to a user's question; a selected synonym storage unit configured to select, from a synonym storage unit in which synonyms corresponding to each of a plurality of words are stored, synonyms corresponding to each of the words obtained by dividing each of the past-input first sentences, in descending order of appearance frequency of the words, and to store the selected synonyms; and a retrieving unit configured to detect, from the selected synonym storage unit, synonyms corresponding to each of the words obtained by dividing the newly-input first sentence by the dividing unit, and to retrieve, from the second sentence storage unit, at least one of the second sentences corresponding to the newly-input first sentence based on the detected synonyms and the words of the newly-input first sentence, wherein the retrieving unit is further configured to transmit the at least one of the retrieved second sentences to the user PC. a communication unit configured to receive first sentences from a user PC; a second sentence storage unit configured to store second sentences in association with past-input first sentences; a dividing unit configured to divide each of the past-input first sentences into words and divide a newly-input first sentence into words, wherein each of the past-input first sentences and the newly-input first sentences is a sentence of a question of a user, and each of the second sentences is a sentence of an answer to a user's question; a selected synonym storage unit configured to select, from a synonym storage unit in which synonyms corresponding to each of a plurality of words are stored, synonyms corresponding to each of the words obtained by dividing each of the past-input first sentences, in descending order of appearance frequency of the words, and to store the selected synonyms; and a retrieving unit configured to detect, from the selected synonym storage unit, synonyms corresponding to each of the words obtained by dividing the newly-input first sentence by the dividing unit, and to retrieve, from the second sentence storage unit, at least one of the second sentences corresponding to the newly-input first sentence based on the detected synonyms and the words of the newly-input first sentence, wherein the retrieving unit is further configured to transmit the at least one of the retrieved second sentences to the user PC.
A measuring device for measuring a quantity of a substance which is to be investigated which is marked with a radioactive material, comprising a receiving space, bordered by walls, for receiving a liquid which comprises the substance to be investigated, a scintillation material for converting an ionising radiation coming from the radioactive material into a measuring radiation, and a light-sensitive recording unit for detecting an intensity of the measuring radiation, characterised in that the light-sensitive recording unit is formed as a semiconductor element with a two-dimensionally expanded surface and the scintillation material has a two-dimensionally expanded surface facing the liquid, the light-sensitive recording unit and the scintillation material being arranged lying opposite one another on one of the walls in each case or lying one above another on one of the walls.
A system for tracking a location of a moving element on a conveyor system, the system comprising: a plurality of magnetic sensors; a magnetic encoder strip that is readable by the magnetic sensors; a plurality of color sensors; a color gradient encoder strip that is readable by the color sensors, and a processor for receiving and processing the magnetic sensor and color sensor readings to determine a location of the moving element on the conveyor system, wherein the color gradient encoder strip and color sensors provide moving element location at start up and the magnetic sensors and magnetic encoder strip track moving element location during operation. a plurality of magnetic sensors; a magnetic encoder strip that is readable by the magnetic sensors; a plurality of color sensors; a color gradient encoder strip that is readable by the color sensors, and a processor for receiving and processing the magnetic sensor and color sensor readings to determine a location of the moving element on the conveyor system, wherein the color gradient encoder strip and color sensors provide moving element location at start up and the magnetic sensors and magnetic encoder strip track moving element location during operation.
Method for detecting cells expressing an antigen binding domain of a chimeric antigen receptor by providing a detection reagent according to general formula X n -S m -D o wherein - X is a polypeptide comprising at least 20 amino acids of which at least two amino acids are connected by at least one disulfide group - S is a spacer comprising at least 15 carbon atoms - D is a detection moiety - m, o are integers independently between 1 and 200 - n is an integer between 4 and 200 with the provisio that X binds to the antigen binding domain of a chimeric antigen receptor of a cell and wherein the spacer S is selected from the group consisting of enzymatically degradable units to a sample of cells wherein the cells have an antigen binding domain of a chimeric antigen receptor binding the detection reagent; detection of the cells via the detection moiety of the detection reagent. characterized in that after detection, the detection reagent is enzymatically cleaved thereby removing the detection moiety D from the detected cell. - X is a polypeptide comprising at least 20 amino acids of which at least two amino acids are connected by at least one disulfide group - S is a spacer comprising at least 15 carbon atoms - D is a detection moiety - m, o are integers independently between 1 and 200 - n is an integer between 4 and 200 to a sample of cells wherein the cells have an antigen binding domain of a chimeric antigen receptor binding the detection reagent; detection of the cells via the detection moiety of the detection reagent. characterized in that after detection, the detection reagent is enzymatically cleaved thereby removing the detection moiety D from the detected cell.
Use of a microchip in nucleic acid analysis, wherein the microchip has disposed therein micro-scale flow channels containing copper in a powder form and a salt selected from the group consisting of NaCl, KCl, and MgCl 2.