mhurhangee/patent-ind-claim-en huggingface dataset:
A method of obtaining user equipment, UE, behavior data, performed by a data collection network function entity, characterized by comprising: determining a target network function entity serving a designated area; sending a data collection request to the target network function entity, the data collection request being used for obtaining behavior data of all UEs in the designated area; and receiving the behavior data of the UEs in the designated area sent by the target network function entity; wherein, after the determining the target network function entity serving the designated area, the method further comprises: sending a query request to an access and mobility management function, AMF, entity serving the designated area, the query request being used for obtaining a list of identifiers of the UEs in the designated area; and obtaining, from the AMF entity, the list of identifiers; wherein, in the sending the data collection request to the target network function entity, the data collection request comprises the list of identifiers. determining a target network function entity serving a designated area; sending a data collection request to the target network function entity, the data collection request being used for obtaining behavior data of all UEs in the designated area; and receiving the behavior data of the UEs in the designated area sent by the target network function entity; wherein, after the determining the target network function entity serving the designated area, the method further comprises: sending a query request to an access and mobility management function, AMF, entity serving the designated area, the query request being used for obtaining a list of identifiers of the UEs in the designated area; and obtaining, from the AMF entity, the list of identifiers; wherein, in the sending the data collection request to the target network function entity, the data collection request comprises the list of identifiers. sending a query request to an access and mobility management function, AMF, entity serving the designated area, the query request being used for obtaining a list of identifiers of the UEs in the designated area; and obtaining, from the AMF entity, the list of identifiers; wherein, in the sending the data collection request to the target network function entity, the data collection request comprises the list of identifiers.
Rotary electrical machine , comprising: - a stator , comprising teeth , and - a rotor , comprising a shaft and permanent magnets arranged on the surface of the shaft, the permanent magnets comprising a face of concave overall shape directed towards the stator, a concave face of a permanent magnet of the rotor comprises a concave portion , the concave portion of a concave face being arranged between two planar lateral portions , the magnets having, when the machine is viewed along the axis of rotation, a cross section of elongate shape, the rotor being internal, the machine being characterized in that the width of the concave portion, measured perpendicular to a radius of the rotor, is between 0.1π(D S -2 d )/P and 2π(D S -2 d )/P mm (millimetres), where D S is the bore diameter of the stator, P is the number of poles of the rotor, and d is the simple air gap, i.e. the smallest width of the air gap, the teeth of the stator having end faces of concave shape directed towards the rotor. - a stator , comprising teeth , and - a rotor , comprising a shaft and permanent magnets arranged on the surface of the shaft, the permanent magnets comprising a face of concave overall shape directed towards the stator, a concave face of a permanent magnet of the rotor comprises a concave portion , the concave portion of a concave face being arranged between two planar lateral portions , the magnets having, when the machine is viewed along the axis of rotation, a cross section of elongate shape, the rotor being internal, the machine being characterized in that the width of the concave portion, measured perpendicular to a radius of the rotor, is between 0.1π(D S -2 d )/P and 2π(D S -2 d )/P mm (millimetres), where D S is the bore diameter of the stator, P is the number of poles of the rotor, and d is the simple air gap, i.e. the smallest width of the air gap, the teeth of the stator having end faces of concave shape directed towards the rotor.
A vacuum pump oil, comprising: a mineral oil (A) having a temperature gradient Δ | η∗ | of complex viscosity between two points of t(°C) and t-10(°C) (where -15 ≤ t ≤ -10), as measured using a rotary rheometer, of 8.0 Pa·s/°C or less, and one or more compounds selected from a phenol-based compound (B) and an amine-based compound (C); and having a viscosity index of less than 160, wherein the mineral oil (A) contains both a mineral oil (A1) classified into Group 3 of the API category and a mineral oil (A2) classified into Group 2 in the API category, wherein the vacuum pump oil comprises both the phenol-based compound (B) and the amine-based compound (C), and wherein the rotary rheometer includes a cone plate having a diameter of 50 mm and a tilt angle of 1°, and the complex viscosity η∗ is measured at predetermined measurement temperatures in a vibration mode at an angular velocity of 6.3 rad/s and a strain amount set as follows at each measurement temperature: strain amount at -10°C: 2.1 %; strain amount at -15°C: 1.17 %; strain amount at -20°C: 0.65 %; and strain amount at -25°C: 0.36 %. a mineral oil (A) having a temperature gradient Δ | η∗ | of complex viscosity between two points of t(°C) and t-10(°C) (where -15 ≤ t ≤ -10), as measured using a rotary rheometer, of 8.0 Pa·s/°C or less, and one or more compounds selected from a phenol-based compound (B) and an amine-based compound (C); and having a viscosity index of less than 160, wherein the mineral oil (A) contains both a mineral oil (A1) classified into Group 3 of the API category and a mineral oil (A2) classified into Group 2 in the API category, wherein the vacuum pump oil comprises both the phenol-based compound (B) and the amine-based compound (C), and wherein the rotary rheometer includes a cone plate having a diameter of 50 mm and a tilt angle of 1°, and the complex viscosity η∗ is measured at predetermined measurement temperatures in a vibration mode at an angular velocity of 6.3 rad/s and a strain amount set as follows at each measurement temperature: strain amount at -10°C: 2.1 %; strain amount at -15°C: 1.17 %; strain amount at -20°C: 0.65 %; and strain amount at -25°C: 0.36 %. strain amount at -10°C: 2.1 %; strain amount at -15°C: 1.17 %; strain amount at -20°C: 0.65 %; and strain amount at -25°C: 0.36 %.
Washing machine comprising a suds container arranged in a housing and a drum , which is rotatably mounted within the suds container and driven by a drive motor , for receiving the items of laundry to be treated; - a supply line for feeding fresh water from an external water supply to the suds container ; - a valve for controlling or releasing and blocking the water supply through the supply line ; - a device for dispensing a treatment agent , for example detergent, into the suds container , which device has a storage container for treatment agent , a supply line and a metering pump for conveying the treatment agent through the supply line into the suds container ; - a sensor device for detecting the amount of washing liquid in the suds container ; - a control device for controlling the valve , the drive motor and the metering pump , the control device being designed and programmed to control the metering pump , and thus the amount of treatment agent to be metered, depending on the detected amount of fresh water fed to the suds container , characterised in that the control device is designed and programmed to activate the valve for a first-phase water inlet and for a second-phase water inlet, to close the valve between the first and the second phase, and to activate the drive motor to rotate the drum . - a supply line for feeding fresh water from an external water supply to the suds container ; - a valve for controlling or releasing and blocking the water supply through the supply line ; - a device for dispensing a treatment agent , for example detergent, into the suds container , which device has a storage container for treatment agent , a supply line and a metering pump for conveying the treatment agent through the supply line into the suds container ; - a sensor device for detecting the amount of washing liquid in the suds container ; - a control device for controlling the valve , the drive motor and the metering pump ,
A portable urination device , comprising: a guiding body , which has a guiding portion , a first port (E1), and a second port (E2), the first port (E1) and the second port (E2) are positioned at two ends of the guiding portion , the guiding portion has two side walls, wherein a bottom edge of the two side walls is a closed structure and the guiding body has an open structure distant from the bottom edge of the two side walls; and two connection units for receiving fingers of a user, wherein the two connection units are disposed on the guiding body and are positioned between the first port (E1) and the second port (E2); and an adhesive layer with weak adhesion disposed on at least one portion of one of the connection units and positioned such that the adhesive layer is touchable by a finger of the user during operation of the portable urination device to stick to the finger of the user, wherein a receiving portion for receiving urine is positioned at the first port (E1) near the two connection units . a guiding body , which has a guiding portion , a first port (E1), and a second port (E2), the first port (E1) and the second port (E2) are positioned at two ends of the guiding portion , the guiding portion has two side walls, wherein a bottom edge of the two side walls is a closed structure and the guiding body has an open structure distant from the bottom edge of the two side walls; and two connection units for receiving fingers of a user, wherein the two connection units are disposed on the guiding body and are positioned between the first port (E1) and the second port (E2); and an adhesive layer with weak adhesion disposed on at least one portion of one of the connection units and positioned such that the adhesive layer is touchable by a finger of the user during operation of the portable urination device to stick to the finger of the user, wherein a receiving portion for receiving urine is positioned at the first port (E1) near the two connection units .
Sensor apparatus for monitoring an occupancy state of a parking space of a car park for motor vehicles, comprising: - at least one parking space sensor for monitoring an occupancy state of a parking space of a car park, - a first electrical energy store for supplying electrical energy to the at least one parking space sensor , - wherein a first circuit is formed, in which the at least one parking space sensor and the first electrical energy store are connected, characterized in that the sensor apparatus additionally comprises: - a detection device for detecting an interruption in the first circuit , - a communication interface connected into a second circuit for transmitting a signal via a communication network in the case of a detected interruption in the first circuit , wherein the signal comprises the information that the first circuit is interrupted, - wherein a second electrical energy store for supplying electrical energy to the communication interface is connected in the second circuit . - at least one parking space sensor for monitoring an occupancy state of a parking space of a car park, - a first electrical energy store for supplying electrical energy to the at least one parking space sensor , - wherein a first circuit is formed, in which the at least one parking space sensor and the first electrical energy store are connected, characterized in that the sensor apparatus additionally comprises: - a detection device for detecting an interruption in the first circuit , - a communication interface connected into a second circuit for transmitting a signal via a communication network in the case of a detected interruption in the first circuit , wherein the signal comprises the information that the first circuit is interrupted, - wherein a second electrical energy store for supplying electrical energy to the communication interface is connected in the second circuit .
Method for detecting a faulty state on an FMCW-based level measuring device, wherein said measuring device serves to measure a level (L) of a medium in a vessel , said method comprising the following steps: - Emission of a radar signal (S HF ), - Reception of a response signal (E HF ), - Generation of a measuring signal (s ZF ) using at least the response signal (E HF ), characterized by the following steps: - Determination of a correlation coefficient (K) using a correlation of the measuring signal (s ZF ) with a reference signal (s ref ), and - Detection of the faulty state if the correlation coefficient (K) drops below a predefined minimum value (K min ). - Emission of a radar signal (S HF ), - Reception of a response signal (E HF ), - Generation of a measuring signal (s ZF ) using at least the response signal (E HF ), - Determination of a correlation coefficient (K) using a correlation of the measuring signal (s ZF ) with a reference signal (s ref ), and - Detection of the faulty state if the correlation coefficient (K) drops below a predefined minimum value (K min ).
Compressor or vacuum pump provided with a compressor element , respectively vacuum pump element, and a motor to drive the compressor element , respectively vacuum pump element, whereby the compressor , respectively vacuum pump, is provided with a transmission , a drive shaft of the motor and a driven shaft of the compressor element , respectively vacuum pump element, whereby the transmission comprises a housing and at least a driven gearwheel that is mounted on the driven shaft and a drive gearwheel that is mounted on a drive shaft , characterised in that the housing is provided with an outlet opening for removing from the housing an oil-air mixture present inside the housing whereby the oil of the oil-air mixture is injected in the housing and the air from the oil-air mixture is leakage flow originating from the compressor or vacuum pump element, which outlet opening is placed in the radial extension of one of the gearwheels , whereby the outlet opening is located in a plane (X-X') of the one of the gearwheels , whereby the outlet opening connects to a discharge pipe which extends in the extension of the gearwind that is created by the rotation of the one of the gearwheels .
Process for operating in starting mode or in standby mode a unit, termed power-to-gas unit, comprising a number N of reactors having a stack of solid oxide type elemental electrolysis cells, the cathodes of which are made of methanation reaction catalyst material(s), the process comprising the following steps, when it is desired to carry out an increase in temperature of the N reactors or of a fraction thereof, or when the level of available electricity is insufficient to carry out a high-temperature electrolysis or a co-electrolysis of H 2 O and CO 2 within all of the N reactors: a/ a number P of reactors are supplied with electricity and, if required, with heat, and either steam H 2 O, or a mixture of steam and carbon dioxide CO 2 , is supplied and distributed to the cathodes of the P reactors so as to carry out, at each cathode of the P reactors, either a high-temperature electrolysis of the steam H 2 O or a high-temperature co-electrolysis of steam and carbon dioxide, b/ at least part of the gases resulting from the electrolysis or from the co-electrolysis is recovered and is supplied and distributed to each cathode of a number X of reactors not supplied with electricity, the number X being less than or equal to N-P, so as to carry out, at each cathode of the X reactors, a methanation by heterogeneous catalysis. a/ a number P of reactors are supplied with electricity and, if required, with heat, and either steam H 2 O, or a mixture of steam and carbon dioxide CO 2 , is supplied and distributed to the cathodes of the P reactors so as to carry out, at each cathode of the P reactors, either a high-temperature electrolysis of the steam H 2 O or a high-temperature co-electrolysis of steam and carbon dioxide, b/ at least part of the gases resulting from the electrolysis or from the co-electrolysis is recovered and is supplied and distributed to each cathode of a number X of reactors not supplied with electricity, the number X being less than or equal to N-P, so as to carry out, at each cathode of the X reactors, a methanation by heterogeneous catalysis.
An implant for use in the body, the implant being characterised in that , the shape of at least one portion of the surface of the implant matches the surface shape of at least one portion of at least one body part; and the at least one portion of the surface of the implant is coated with a layer of adhesive.
Bus system having a daisy chain configuration and comprising a master unit and a multiplicity of slave units which are connected in series downstream of the master unit via a line arrangement , characterized in that a first slave unit connected downstream of the master unit first is designed - to invert a request signal provided by the master unit and received via a first line section of the line arrangement and to output it as an inverted request signal on a second line section of the line arrangement, said second line section leading to a adjacent second slave unit . - to invert a request signal provided by the master unit and received via a first line section of the line arrangement and to output it as an inverted request signal on a second line section of the line arrangement, said second line section leading to a adjacent second slave unit .
A fluid solids contacting device comprising: a vessel ; a grid structure comprising one or more grid levels , wherein each grid level comprises a plurality of grid assembly sections , wherein each grid assembly section is formed from a bottom platform and a frame structure extending upward from two opposing sides of the bottom platform ; a base formed from structural members and on which the grid structure is supported, wherein the base is formed from three or more arms , and wherein the base further comprises a central portion which is a closed geometric shape from which the three or more arms extend outwardly; and three or more chairs attached to an inside surface of the vessel and spaced apart to support the base , wherein each chair is configured to support an end of an arm while permitting thermal expansion and contraction; and wherein the base is supported by the chairs . a vessel ; a grid structure comprising one or more grid levels , wherein each grid level comprises a plurality of grid assembly sections , wherein each grid assembly section is formed from a bottom platform and a frame structure extending upward from two opposing sides of the bottom platform ; a base formed from structural members and on which the grid structure is supported, wherein the base is formed from three or more arms , and wherein the base further comprises a central portion which is a closed geometric shape from which the three or more arms extend outwardly; and three or more chairs attached to an inside surface of the vessel and spaced apart to support the base , wherein each chair is configured to support an end of an arm while permitting thermal expansion and contraction; and wherein the base is supported by the chairs .
A composition comprising glycoside hydrolase family 95 (GH95) alpha-L-fucosidase, for use in preventing and/or treating an animal having an intestinal pathogenic infection and/or diarrhea, wherein the pathogenic infection is caused by a pathogen capable of binding to an animal intestinal cell, wherein said binding of the pathogen is dependent on the presence of a pathogen binding site having at least one glycan structure substituted with at least one alpha-1,2-L-fucose moiety, wherein to the animal is administered an effective amount of GH95 alpha-L-fucosidase capable of removing the at least one alpha-1,2-L-fucose moiety from the pathogen binding site.
Equipment for burying poles into the ground, comprising: - at least one base frame associable with at least one machine for the movement of said equipment ; - at least one hammering assembly associated movable with said base frame and adapted to bury at least one pole to allow its at least partial penetration into the ground at a burying position (P); - at least one gripping and positioning assembly of said pole , associated with said base frame and adapted to grasp said pole and to position it under said hammering assembly at said burying position (P); characterized by the fact that said gripping and positioning assembly comprises: - at least one gripping device movable between at least one gripping position wherein it is placed to grasp said pole positioned on the ground and at least one work position wherein it is placed to position said pole vertically under said hammering assembly ; - at least one arm fixed to said base frame , said gripping device being associated with said arm in a rotatable manner; and by the fact that it comprises first actuating means associated with said arm and with said gripping device and adapted to move said gripping device between said gripping position and said work position. - at least one base frame associable with at least one machine for the movement of said equipment ; - at least one hammering assembly associated movable with said base frame and adapted to bury at least one pole to allow its at least partial penetration into the ground at a burying position (P); - at least one gripping and positioning assembly of said pole , associated with said base frame and adapted to grasp said pole and to position it under said hammering assembly at said burying position (P); - at least one gripping device movable between at least one gripping position wherein it is placed to grasp said pole positioned on the ground and at least one work position wherein it is placed to position said pole vertically under said hammering assembly ; - at least one arm fixed to said base frame , said gripping device being associated with said arm in a rotatable manner;
A cell information obtaining method comprising: causing a plurality of fluorescent substances having different fluorescence wavelengths from each other to be bound to a test substance contained in a cell, wherein the plurality of fluorescent substances are specifically bound to at least some of the test substance molecules of the same kind; applying light to the cell to cause fluorescences having different wavelengths and intensities to be generated from the plurality of fluorescent substances; and obtaining a first fluorescence information and a second fluorescence information on the basis of the generated fluorescences having different intensities, wherein the fluorescence information is an image based on fluorescence, wherein a distribution state of the test substance in the cell is identified on the basis of the first fluorescence information and the second fluorescence information. causing a plurality of fluorescent substances having different fluorescence wavelengths from each other to be bound to a test substance contained in a cell, wherein the plurality of fluorescent substances are specifically bound to at least some of the test substance molecules of the same kind; applying light to the cell to cause fluorescences having different wavelengths and intensities to be generated from the plurality of fluorescent substances; and obtaining a first fluorescence information and a second fluorescence information on the basis of the generated fluorescences having different intensities, wherein the fluorescence information is an image based on fluorescence, wherein a distribution state of the test substance in the cell is identified on the basis of the first fluorescence information and the second fluorescence information.