mhurhangee/ep-ind-claims huggingface dataset:
A module for integrating two heat generators (2, 3) into a heating system, comprising - connections (122, 124) for connecting a first heat generator, - connections (132, 134) for connecting a second heat generator, - connections (142, 144) for connecting a water heater, in particular a DHW cylinder, - connections (152, 154, 156) for connecting a heat consumer, in particular a heating circuit (6, 7), - a hydraulic arrangement, wherein the hydraulic arrangement provides hydraulic connections between the connections (122, 124, 132, 134, 142, 144, 152, 154, 156) and - a controller, wherein the hydraulic arrangement comprises: - a first diverter valve, which is provided downstream in the hydraulic arrangement in the connection of a flow (WPVL) of the first heat generator and is configured to control a flow path from the first heat generator to the water heater and the heat consumer, - a mixing valve, which is configured to mix fluid from the second heat generator with fluid from the water heater such that a required temperature is established at the outlet of the mixing valve and - a second diverter valve, which is arranged in the flow path downstream of an outlet of the mixing valve and is configured to regulate a flow path from the second heat generator to the water heater and the heat consumer, wherein the controller is configured to implement a control of the heating system on the basis of efficiency levels of the first heat generator and the second heat generator. - connections (122, 124) for connecting a first heat generator, - connections (132, 134) for connecting a second heat generator, - connections (142, 144) for connecting a water heater, in particular a DHW cylinder, - connections (152, 154, 156) for connecting a heat consumer, in particular a heating circuit (6, 7), - a hydraulic arrangement, wherein the hydraulic arrangement provides hydraulic connections between the connections (122, 124, 132, 134, 142, 144, 152, 154, 156) and - a controller, - a first diverter valve, which is provided downstream in the hydraulic arrangement in the connection of a flow (WPVL) of the first heat generator and is configured to control a flow path from the first heat generator to the water heater and the heat consumer, - a mixing valve, which is configured to mix fluid from the second heat generator with fluid from the water heater such that a required temperature is established at the outlet of the mixing valve and - a second diverter valve, which is arranged in the flow path downstream of an outlet of the mixing valve and is configured to regulate a flow path from the second heat generator to the water heater and the heat consumer,
A difficult airway evaluation method based on a machine learning voice technology, comprising the following steps: acquiring voice data of a patient; carrying out feature extraction on the voice data, obtaining a pitch period of pronunciations, and acquiring a voiced sound feature and unvoiced sound features based on the pitch period of pronunciations; wherein the voiced sound feature is a formant, and the unvoiced sound features are short-time energy and a short-time average zero crossing ratio; and constructing a difficult airway evaluation classifier based on the machine learning voice technology, analyzing the received voiced sound feature and unvoiced sound features by the trained difficult airway evaluation classifier, and carrying out scoring on the severity of a difficult airway to obtain an evaluation result of the difficult airway. acquiring voice data of a patient; carrying out feature extraction on the voice data, obtaining a pitch period of pronunciations, and acquiring a voiced sound feature and unvoiced sound features based on the pitch period of pronunciations; wherein the voiced sound feature is a formant, and the unvoiced sound features are short-time energy and a short-time average zero crossing ratio; and constructing a difficult airway evaluation classifier based on the machine learning voice technology, analyzing the received voiced sound feature and unvoiced sound features by the trained difficult airway evaluation classifier, and carrying out scoring on the severity of a difficult airway to obtain an evaluation result of the difficult airway.
A compound represented by the following Chemical Formula I, a racemate or a stereoisomer thereof, or a pharmaceutically acceptable salt thereof: wherein, R 1 is C 1-6 alkyl, and R 2 and R 3 are each independently hydrogen. R 1 is C 1-6 alkyl, and R 2 and R 3 are each independently hydrogen.
A guidewire (1; 11; 21; 31; 41) comprising: a core shaft; and a coil body formed of a strand that is wound around at least a distal end portion of the core shaft, wherein the coil body includes a linear portion and a bent portion (5; 15; 25; 35; 45), the linear portion extending in a distal direction from a proximal end of the coil body, the bent portion (5; 15; 25; 35; 45) being provided on a distal side of the linear portion, characterized in that at least a part of the bent portion (5; 15; 25; 35; 45), is fixed to both the core shaft and the coil body by a fixing member (6; 16). a core shaft; and a coil body formed of a strand that is wound around at least a distal end portion of the core shaft, wherein the coil body includes a linear portion and a bent portion (5; 15; 25; 35; 45), the linear portion extending in a distal direction from a proximal end of the coil body, the bent portion (5; 15; 25; 35; 45) being provided on a distal side of the linear portion, characterized in that at least a part of the bent portion (5; 15; 25; 35; 45), is fixed to both the core shaft and the coil body by a fixing member (6; 16).
Device for tensioning a cord of a shading system, in particular a pleated or Roman blind, with a passage arranged on the shading system, for the cord and with a spring element, one end of which has deflection means for the cord and its other end are assigned fastening means (20, 21, 22, 30, 31) for fastening to the shading system, characterised in that the deflection means are positionable in a first position (assembly position) of the passage adjacent to the threading of the cord through the passage and through the deflection means and in a second position (working position) for tensioning the cord.
A composition for use in cartilage regeneration which comprises (a) a monovalent metal salt of a low endotoxin alginic acid and (b) SDF-1 to be used in combination, wherein the composition is in a solution state and has fluidity upon administration.
An airless tire comprising at least a first tire piece and a second tire piece, the first tire piece including: a cylindrical first tread ring that has a ground contact surface; a first inner periphery part that is arranged on a radial direction inner side of the first tread ring; and multiple first spokes for connecting the first tread ring to the first inner periphery part, the second tire piece including: a cylindrical second tread ring that has a ground contact surface; a second inner periphery part that is arranged on a radial direction inner side of the second tread ring; and multiple second spokes for connecting the second tread ring to the second inner periphery part, and the first tire piece and the second tire piece being integrated in a state of being aligned in a tire axial direction, the first tread ring and the second tread ring being adjacent to each other without leaving a gap therebetween in the tire axial direction, and the first spokes of the first tire piece being periodically arranged in a tire circumferential direction and the second spokes of the second tire piece being periodically arranged in the tire circumferential direction, wherein the arrangement of the first spokes is shifted in phase in the tire circumferential direction with respect to the arrangement of the second spokes, the airless tire further comprising a coupling part for coupling one of the first inner periphery part and the second inner periphery part to an axle; characterized in that the first inner periphery part includes: a first cylindrical part that is arranged on a tire radial direction inner side of the first spokes; and a first flange part that projects on an inner peripheral side of the first cylindrical part and is fixed to the coupling part, and the second inner periphery part includes: a second cylindrical part that is arranged on a tire radial direction inner side of the second spokes; and a second flange part that projects on an inner peripheral side of the second cylindrical part and is fixed to the coupling part. a cylindrical first tread ring that has a ground contact surface; a first inner periphery part that is arranged on a radial direction inner side of the first tread ring; and multiple first spokes for connecting the first tread ring to the first inner periphery part, a cylindrical second tread ring that has a ground contact surface; a second inner periphery part that is arranged on a radial direction inner side of the second tread ring; and multiple second spokes for connecting the second tread ring to the second inner periphery part, and a first cylindrical part that is arranged on a tire radial direction inner side of the first spokes; and a first flange part that projects on an inner peripheral side of the first cylindrical part and is fixed to the coupling part, and a second cylindrical part that is arranged on a tire radial direction inner side of the second spokes; and a second flange part that projects on an inner peripheral side of the second cylindrical part and is fixed to the coupling part.
A method for a first user equipment, UE, to operate in a wireless communication system employing a massive Multiple Input Multiple Output, MIMO, scheme, the method comprising: receiving first information identifying which uplink subframe of a plurality of subframes is assigned for uplink reference signal transmission of a first UE group including the first UE, wherein the uplink subframe identified by the first information is different from an uplink subframe for uplink reference signal transmission of a second UE group other than the first UE group; receiving second information identifying a sequence used for the uplink reference signal of the first UE from a base station, wherein the second information is determined to assign different orthogonal sequences to the UEs of the first UE group; and transmitting the uplink reference signal to the base station after a guard period in the uplink subframe identified by the first information using the sequence identified by the second information, wherein the guard period corresponds to a delay time of uplink reference signal transmission of the second UE group. receiving first information identifying which uplink subframe of a plurality of subframes is assigned for uplink reference signal transmission of a first UE group including the first UE, wherein the uplink subframe identified by the first information is different from an uplink subframe for uplink reference signal transmission of a second UE group other than the first UE group; receiving second information identifying a sequence used for the uplink reference signal of the first UE from a base station, wherein the second information is determined to assign different orthogonal sequences to the UEs of the first UE group; and transmitting the uplink reference signal to the base station after a guard period in the uplink subframe identified by the first information using the sequence identified by the second information, wherein the guard period corresponds to a delay time of uplink reference signal transmission of the second UE group.
A random copolymer comprising from 75 to 99.95 mole percent of one or more fluoromonomers comprising from 70 to 100 weight percent of vinylidene fluoride, and 0.05 to 25 mole percent of one or more vinyl ester having the formula CH 2 =CH-O- -Rn, wherein Rn is a hydrogen atom or a C 1-4 linear or branched hydrocarbon, and wherein at least 40 mole percent of the vinyl ester monomer units are present in the copolymer as single monomer units between two fluoromonomer units.
A method for manufacturing a circuit board having at least one LED arranged thereon for a luminaire, comprising the following steps: a) unwinding a semi-finished product wound on a roll, which semi-finished product has a metal layer made of a sheet metal, in particular of an aluminum sheet, a steel sheet or a copper sheet, b) generating a dimensionally stable curved region of the layer by bending the semi-finished product, c) cutting the semi-finished product to form a profile element, and d) attaching at least one LED on a surface of the profile element, the steps being carried out in the sequence a), b), c), d). a) unwinding a semi-finished product wound on a roll, which semi-finished product has a metal layer made of a sheet metal, in particular of an aluminum sheet, a steel sheet or a copper sheet, b) generating a dimensionally stable curved region of the layer by bending the semi-finished product, c) cutting the semi-finished product to form a profile element, and d) attaching at least one LED on a surface of the profile element, the steps being carried out in the sequence a), b), c), d).
A method for cleaning a tub in a washing machine comprising: a washing water supply step for supplying washing water to the washing tub; a bleaching agent supply step for supplying bleaching agent to the washing tub; and a bleaching agent washing step for washing the washing tub with bleaching agent, characterized in that the method for cleaning the tub further comprises before the bleaching agent supply step: a powder detergent supply step for supplying powder detergent to the washing tub; and a powder detergent washing step for washing the washing tub with the powder detergent. a washing water supply step for supplying washing water to the washing tub; a bleaching agent supply step for supplying bleaching agent to the washing tub; and a bleaching agent washing step for washing the washing tub with bleaching agent, characterized in that the method for cleaning the tub further comprises before the bleaching agent supply step: a powder detergent supply step for supplying powder detergent to the washing tub; and a powder detergent washing step for washing the washing tub with the powder detergent. a powder detergent supply step for supplying powder detergent to the washing tub; and a powder detergent washing step for washing the washing tub with the powder detergent.
An ion transfer tube for a mass spectrometer comprising a tube member having an inlet end and an outlet end and one or more bores (64c, 64d) extending through the tube member from the inlet end to the outlet end; wherein the at least one bore comprises a non-circular cross section; the ion transfer tube characterized in that the at least one bore comprises three or more lobes, each one of the three or more lobes extending through the tube member from the inlet end to the outlet end. wherein the at least one bore comprises a non-circular cross section; the ion transfer tube characterized in that the at least one bore comprises three or more lobes, each one of the three or more lobes extending through the tube member from the inlet end to the outlet end.
A method for automatic sensing and adjusting of a bed system, comprising: accessing, for each of a plurality of stored values for a sleep position, an associated pressure value of a user's preferred pressure setting for one or more sleep positions, wherein the pressure values are pre-set by the user and stored in a memory; determining a sensed value for the sleep position of the user based on measurements from one or more of a pressure sensor, a motion sensor, or a temperature sensor, wherein the pressure sensor and a data processing system are configured to determine which position the user is in; identifying a pressure value by matching the sensed value for the sleep position to an associated stored value, wherein the stored values include on back, on side and on stomach; and adjusting the pressure of an air mattress based on the identified matching pressure value. accessing, for each of a plurality of stored values for a sleep position, an associated pressure value of a user's preferred pressure setting for one or more sleep positions, wherein the pressure values are pre-set by the user and stored in a memory; determining a sensed value for the sleep position of the user based on measurements from one or more of a pressure sensor, a motion sensor, or a temperature sensor, wherein the pressure sensor and a data processing system are configured to determine which position the user is in; identifying a pressure value by matching the sensed value for the sleep position to an associated stored value, wherein the stored values include on back, on side and on stomach; and adjusting the pressure of an air mattress based on the identified matching pressure value.
An arrangement of a rear axle module on a vehicle body for a two-axle, two-track vehicle that is at least partially electrically driveable by means of an electric motor, wherein the rear axle module has a rear axle support designed for the fastening of wheel-guiding links of a rear axle, and a housing for accommodating components for providing electrical energy, wherein the housing, with respect to a state arranged on the vehicle body, is arranged in a front region of the rear axle module and is fastened to the rear axle support or forms part of the rear axle support, and wherein the rear axle module is connected from below to the vehicle body via two rear axle support bearings, which are to the rear with respect to the direction of travel and are arranged in a rear end region of the rear axle module, and two central rear axle support bearings arranged in a central region of the rear axle module, characterised in that the rear axle module is additionally connected to the vehicle body via two front bearings arranged on the housing in the front region of the rear axle module.
A method of providing image data for constructing an image of a region of a target object, comprising: providing incident radiation from a radiation source at a target object; detecting, by at least one detector, a portion of radiation scattered by the target object with the incident radiation or an aperture at least at first and second positions; and providing image data via an iterative process responsive to the detected radiation at least at the first and second positions, characterised in that each iteration of said iterative process comprises for each position estimating a wave front of scattered radiation at a plane of the detector, updating a portion of the wave front based on the detected radiation, said portion corresponding to a portion of radiation scattered by the target object and detected by the detector, leaving a portion of the estimated wave front substantially unchanged, setting a portion of the wave front, corresponding to a portion of radiation scattered by the target object and not detected by the detector, to one or more values, and providing image data based upon the updated wave front. providing incident radiation from a radiation source at a target object; detecting, by at least one detector, a portion of radiation scattered by the target object with the incident radiation or an aperture at least at first and second positions; and providing image data via an iterative process responsive to the detected radiation at least at the first and second positions, characterised in that each iteration of said iterative process comprises for each position estimating a wave front of scattered radiation at a plane of the detector, updating a portion of the wave front based on the detected radiation, said portion corresponding to a portion of radiation scattered by the target object and detected by the detector, leaving a portion of the estimated wave front substantially unchanged, setting a portion of the wave front, corresponding to a portion of radiation scattered by the target object and not detected by the detector, to one or more values, and providing image data based upon the updated wave front.
Precipitated calcium carbonate particles structured at the nanoscale, characterized in that the particles are composed of nanofibres combined as faggots.
An endoscopic device comprising: an illuminating unit which emits illuminating light from an endoscope tip portion, and includes a plurality of kinds of light sources different from one another in an emission wavelength; an imaging unit which obtains a pickup image of a region to be observed of a subject radiated with the illuminating light; and the color tone controlling unit which changes a color tone of the illuminating light by changing an output light quantity ratio among the plurality of kinds of light sources, characterized in that the color tone controlling unit is adapted to control the color tone on the basis of access degree information on an access degree between the region to be observed of the subject and the endoscope tip portion, wherein the access degree being dependent on e.g. the observation magnifying power on the region to be observed or the quantity of light reflected from that region. an illuminating unit which emits illuminating light from an endoscope tip portion, and includes a plurality of kinds of light sources different from one another in an emission wavelength; an imaging unit which obtains a pickup image of a region to be observed of a subject radiated with the illuminating light; and the color tone controlling unit which changes a color tone of the illuminating light by changing an output light quantity ratio among the plurality of kinds of light sources, characterized in that the color tone controlling unit is adapted to control the color tone on the basis of access degree information on an access degree between the region to be observed of the subject and the endoscope tip portion, wherein the access degree being dependent on e.g. the observation magnifying power on the region to be observed or the quantity of light reflected from that region.
A ground gauge-changing facility for a gauge-changing wheelset, comprising a pair of support rails provided in parallel, and a pair of first guide rails, a pair of gauge-changing guide rails, and a pair of second guide rails provided in sequence along interior sides of the pair of support rails; an unlocking section is provided between each of the first guide rails and each of the gauge-changing guide rails, and an unlocking emergency braking section is provided behind the unlocking section; a locking section is provided between each of the gauge-changing guide rails and each of the second guide rails, and a locking emergency braking section is provided behind the locking section; unlocking state monitoring devices are provided proximal to an end of the unlocking section, and locking state monitoring devices are provided proximal to an end of the locking section; characterized in that, the unlocking state monitoring devices are respectively disposed inside the pair of the support rails opposite to the end sections of the unlocking sections, and the locking state monitoring devices are respectively disposed inside the pair of the support rails opposite to the end sections of the locking sections.