mhurhangee/patent-ind-claim-en huggingface dataset:
An electric motor diagnosis device comprising: - a current detection circuit configured to detect a current of an electric motor on the basis of a current flowing through a main circuit of a power source connected to the electric motor ; - a voltage detection circuit configured to detect a voltage of the electric motor on the basis of a voltage of the main circuit of the power source; - a logical calculation unit which is adapted to receive outputs from the current detection circuit and the voltage detection circuit , and to determine a winding short-circuit abnormality in the electric motor ; - a display unit configured to display, when the logical calculation unit detects an abnormality in the electric motor , that the abnormality has occurred; and - an external output unit configured to report, when the logical calculation unit detects an abnormality in the electric motor , occurrence of the abnormality to an outside thereof, wherein the logical calculation unit is adapted to determine a winding short-circuit abnormality by distinguishing, even when a load torque varies during operation of the electric motor , the winding short-circuit from power source imbalance on the basis of a reverse-phase current, a reverse-phase voltage, a positive-phase current, and a reverse-phase admittance which are obtained through analysis of the voltage and the current of the electric motor , characterized in that the logical calculation unit is adapted to store a normal time reverse-phase admittance value before determination of the winding-short circuit, to determine the winding short-circuit abnormality independent of the load torque. - a current detection circuit configured to detect a current of an electric motor on the basis of a current flowing through a main circuit of a power source connected to the electric motor ; - a voltage detection circuit configured to detect a voltage of the electric motor on the basis of a voltage of the main circuit of the power source; - a logical calculation unit which is adapted to receive outputs from the current detection circuit and the voltage detection circuit , and to determine a winding short-circuit abnormality in the electric motor ; - a display unit configured to display, when the logical calculation unit detects an abnormality in the electric motor , that the abnormality has occurred; and - an external output unit configured to report, when the logical calculation unit detects an abnormality in the electric motor , occurrence of the abnormality to an outside thereof, wherein the logical calculation unit is adapted to determine a winding short-circuit abnormality by distinguishing, even when a load torque varies during operation of the electric motor , the winding short-circuit from power source imbalance on the basis of a reverse-phase current, a reverse-phase voltage, a positive-phase current, and a reverse-phase admittance which are obtained through analysis of the voltage and the current of the electric motor ,
A method for producing hybrid components which are formed from a three-dimensionally shaped sheet-metal material and a fibre-reinforced plastics material, comprising the following steps: - providing a three-dimensionally shaped sheet-metal material ; - providing a preform containing fibrous material ; - applying an adhesive to the sheet-metal material and/or to the preform and joining the materials to form a composite, wherein the adhesive forms a protruding adhesive edge with respect to the outer contour of the preform ; and further comprising the characterising step: - press moulding the composite in a compression mould which has a cavity , wherein the protruding adhesive edge during the pressing operation is pressed against the sheet-metal material with high pressure in a correspondingly formed cavity portion , as a result of which sealing between the fibrous material and the sheet-metal material is achieved and contamination of the sheet-metal material with resin material is prevented in the region of the protruding adhesive edge . - providing a three-dimensionally shaped sheet-metal material ; - providing a preform containing fibrous material ; - applying an adhesive to the sheet-metal material and/or to the preform and joining the materials to form a composite, wherein the adhesive forms a protruding adhesive edge with respect to the outer contour of the preform ; and - press moulding the composite in a compression mould which has a cavity , wherein the protruding adhesive edge during the pressing operation is pressed against the sheet-metal material with high pressure in a correspondingly formed cavity portion , as a result of which sealing between the fibrous material and the sheet-metal material is achieved and contamination of the sheet-metal material with resin material is prevented in the region of the protruding adhesive edge .
A method for a transmitting User Equipment, TX UE, operating in a wireless communication system, the method comprising: receiving (S1703) a sidelink grant from a Base Station, BS, for communicating with a receiving UE, RX UE; determining (S1705) a size of the received sidelink grant; transmitting (S1711) a Medium Access Control Protocol Data Unit, MAC PDU, for sidelink communication if the size of the received sidelink grant is equal to or larger than 10 bytes (S1707), wherein the MAC PDU for sidelink communication includes 6 bytes of a SideLink Shared CHannel, SL-SCH, MAC subheader, 2 bytes of a MAC subheader, 1 byte of a Radio Link Control, RLC, subheader, and at least 1 byte of data; and transmitting (S1709) a MAC PDU for sidelink communication if the size of the received sidelink grant is less than 10 bytes, wherein the MAC PDU is transmitted by including only padding bits. receiving (S1703) a sidelink grant from a Base Station, BS, for communicating with a receiving UE, RX UE; determining (S1705) a size of the received sidelink grant; transmitting (S1711) a Medium Access Control Protocol Data Unit, MAC PDU, for sidelink communication if the size of the received sidelink grant is equal to or larger than 10 bytes (S1707), wherein the MAC PDU for sidelink communication includes 6 bytes of a SideLink Shared CHannel, SL-SCH, MAC subheader, 2 bytes of a MAC subheader, 1 byte of a Radio Link Control, RLC, subheader, and at least 1 byte of data; and transmitting (S1709) a MAC PDU for sidelink communication if the size of the received sidelink grant is less than 10 bytes, wherein the MAC PDU is transmitted by including only padding bits.
A formulation for stabilizing a 18F-labeled radiopharmaceutical, the formulation comprising: A 18F-labeled radiopharmaceutical, or a pharmaceutically acceptable salt thereof; a gas comprising oxygen; a solvent, and maleic acid. A 18F-labeled radiopharmaceutical, or a pharmaceutically acceptable salt thereof; a gas comprising oxygen; a solvent, and maleic acid.
A method for responding to a paging message, the method being performed by a wireless device in a wireless communication network, the method comprising: - receiving a paging message from the wireless communication network on a first access, - receiving configuration information from the wireless communication network indicating how to respond to the received paging message, wherein the configuration information comprises information indicating at least one of the following: a procedure for transmitting the response to the paging message; a transmission resource to use for the response to the paging message; a random access preamble to use for the response to the paging message; a radio link definition to use for the response to the paging message, the configuration information further comprising information indicating that the received paging message should be responded to on another access than the first access, wherein an access comprises at least one of a radio access technology, a cell, and a frequency band, and - responding to the paging message as indicated by the received configuration information. - receiving a paging message from the wireless communication network on a first access, - receiving configuration information from the wireless communication network indicating how to respond to the received paging message, wherein the configuration information comprises information indicating at least one of the following: a procedure for transmitting the response to the paging message; a transmission resource to use for the response to the paging message; a random access preamble to use for the response to the paging message; a radio link definition to use for the response to the paging message, the configuration information further comprising information indicating that the received paging message should be responded to on another access than the first access, wherein an access comprises at least one of a radio access technology, a cell, and a frequency band, and - responding to the paging message as indicated by the received configuration information.
A method for manufacturing a filter medium for an air filter, comprising: causing a mixed solution containing cellulose nanofibers and a dispersion medium to adhere to an air-permeable support; and subsequently freeze-drying the resulting product, wherein a number average fiber diameter of the cellulose nanofibers is 1 to 50 nm, the dispersion medium is a mixed dispersion medium of water and a water-soluble organic solvent, and a solid content concentration of the cellulose nanofibers in the mixed solution is 0.001 to 0.150% by mass, wherein a ratio of an adhesion amount of the cellulose nanofibers with respect to the support is 0.001 to 0.200% by mass. a number average fiber diameter of the cellulose nanofibers is 1 to 50 nm, the dispersion medium is a mixed dispersion medium of water and a water-soluble organic solvent, and a solid content concentration of the cellulose nanofibers in the mixed solution is 0.001 to 0.150% by mass, wherein a ratio of an adhesion amount of the cellulose nanofibers with respect to the support is 0.001 to 0.200% by mass.
A method for communication, comprising: monitoring link quality on a first set of beams from a network device, wherein the monitoring comprises detecting a change rate of the link quality; in response to the link quality on the first set of beams being below a threshold quality , determining measurement resources for a first measurement for beam recovery and a second measurement for radio resource management, RRM, the measurement resources comprising the number of beams and measurement time opportunity for the first and second measurements, wherein the determining comprises in response to the change rate exceeding a threshold rate, allocating more measurement resources to the first measurement than the second measurement; performing the first and second measurements using the determined measurement resources; and obtaining, based on the first and second measurements, a second set of beams with improved link quality. monitoring link quality on a first set of beams from a network device, wherein the monitoring comprises detecting a change rate of the link quality; in response to the link quality on the first set of beams being below a threshold quality , determining measurement resources for a first measurement for beam recovery and a second measurement for radio resource management, RRM, the measurement resources comprising the number of beams and measurement time opportunity for the first and second measurements, wherein the determining comprises in response to the change rate exceeding a threshold rate, allocating more measurement resources to the first measurement than the second measurement; performing the first and second measurements using the determined measurement resources; and obtaining, based on the first and second measurements, a second set of beams with improved link quality.
A method for repairing a pocket of a case for a variable stator assembly , the method comprising: receiving, via a processor, a plurality of wear depths, each wear depth in the plurality of wear depths corresponding to a wear portion in a stator pocket in a plurality of stator pockets ; determining, via the processor, a plurality of thicknesses of a coating to be deposited based on the plurality of wear depths, each thickness of the coating in the plurality of thicknesses corresponding to the wear portion for each stator pocket in the plurality of stator pockets; and commanding, via the processor, a coating spray torch to deposit the coating in the wear portion of each stator pocket in the plurality of stator pockets, characterised in that the commanding the coating spray torch to deposit the coating further comprises: commanding, via the processor, the coating spray torch to deposit a first layer of the coating in a first pocket in the plurality of stator pockets; commanding, via the processor, a rotatable fixture to rotate the case and align the coating spray torch with a second pocket in the plurality of stator pockets; and commanding, via the processor, the coating spray torch to deposit a second layer of the coating in the second pocket in the plurality of stator pockets. receiving, via a processor, a plurality of wear depths, each wear depth in the plurality of wear depths corresponding to a wear portion in a stator pocket in a plurality of stator pockets ; determining, via the processor, a plurality of thicknesses of a coating to be deposited based on the plurality of wear depths, each thickness of the coating in the plurality of thicknesses corresponding to the wear portion for each stator pocket in the plurality of stator pockets; and commanding, via the processor, a coating spray torch to deposit the coating in the wear portion of each stator pocket in the plurality of stator pockets, commanding, via the processor, the coating spray torch to deposit a first layer of the coating in a first pocket in the plurality of stator pockets; commanding, via the processor, a rotatable fixture to rotate the case and align the coating spray torch with a second pocket in the plurality of stator pockets; and commanding, via the processor, the coating spray torch to deposit a second layer of the coating in the second pocket in the plurality of stator pockets.
An industrial cooking system for providing heat in a manufacturing process, comprising: an electrolyser for producing hydrogen fuel from water; at least one burner for using the hydrogen fuel; and a processor for controlling the at least one burner such that the at least one burner is adapted to use the hydrogen fuel under control of the processor; wherein the processor is connected to a network to enable communication to a server, the server having at least one module for providing at least one of monitoring or control of the operation of the system ; and wherein the electrolyser is adapted to generate the hydrogen fuel under control of a processor and responsive to an indication of processor controlled use of the hydrogen fuel by the at least one burner. an electrolyser for producing hydrogen fuel from water; at least one burner for using the hydrogen fuel; and a processor for controlling the at least one burner such that the at least one burner is adapted to use the hydrogen fuel under control of the processor; wherein the processor is connected to a network to enable communication to a server, the server having at least one module for providing at least one of monitoring or control of the operation of the system ; and wherein the electrolyser is adapted to generate the hydrogen fuel under control of a processor and responsive to an indication of processor controlled use of the hydrogen fuel by the at least one burner.
Watch comprising a case housing a watch movement, and an element articulated to the case by means of an indexed-positioned hinge, the said hinge defining an axis of rotation and comprising: - a first part secured to the case , and - a second part secured to the element , the said parts being rotationally mobile relative to one another about the axis of rotation of the hinge, characterized in that the one of the parts comprises a shaft positioned along the said axis and in that the other part is engaged on the said shaft , and characterized in that , in order to define the said indexed positions, the hinge further comprises an elastic member interposed between the said parts and borne by one of them, the first part comprising first cavities and the second part comprising second cavities, the said first and second cavities being formed in such a way as to be able to collaborate with one another so as together to form a housing when they are positioned facing one another, and in that the elastic member is arranged in such a way as to - be in a position of rest in a housing formed by the collaboration of the cavities of the first and second parts when the hinge is in an indexed position, - be under stress in a housing formed by the cavities of just one of the first and second parts, when the hinge is between two indexed positions. - a first part secured to the case , and - a second part secured to the element , the said parts being rotationally mobile relative to one another about the axis of rotation of the hinge, - be in a position of rest in a housing formed by the collaboration of the cavities of the first and second parts when the hinge is in an indexed position, - be under stress in a housing formed by the cavities of just one of the first and second parts, when the hinge is between two indexed positions.
A system comprising: a master device coupled to a communication link , the master device to transmit, via the communication link , a clock signal and a synchronization command ; and one or more slave devices coupled to the communication link , characterized in that each slave device to: track a number of selected transitions of the clock signal between detection of the synchronization command at the slave device and detection of an event at the slave device , and generate information about an elapsed time between the detection of the synchronization command and the detection of the event by at least counting the number of selected transitions of the clock signal , the master device to: obtain the information about the elapsed time , and derive a time the event was detected at the slave device based on the information . a master device coupled to a communication link , the master device to transmit, via the communication link , a clock signal and a synchronization command ; and one or more slave devices coupled to the communication link , characterized in that each slave device to: track a number of selected transitions of the clock signal between detection of the synchronization command at the slave device and detection of an event at the slave device , and generate information about an elapsed time between the detection of the synchronization command and the detection of the event by at least counting the number of selected transitions of the clock signal , track a number of selected transitions of the clock signal between detection of the synchronization command at the slave device and detection of an event at the slave device , and generate information about an elapsed time between the detection of the synchronization command and the detection of the event by at least counting the number of selected transitions of the clock signal , the master device to: obtain the information about the elapsed time , and derive a time the event was detected at the slave device based on the information . obtain the information about the elapsed time , and derive a time the event was detected at the slave device based on the information .
Acetylsalicylic acid for use in reducing the risk of a thromboembolic event, wherein a single dose of acetylsalicylic acid is administered by a dry powder inhaler, the dry powder inhaler having a mouthpiece and an actuation member for making available the dose of the acetylsalicylic acid for inhalation by the patient to reduce the risk of the thromboembolic event, wherein the amount of the single dose comprises less than 30 mg of acetylsalicylic acid.
A curved display apparatus comprising: a display panel to display an image thereon; and a rear chassis arranged at a rear side of the display panel , wherein the rear chassis is curved about a central portion so that left and right portions either side of the central portion are configured further forward towards a viewer than the central portion, and the rear chassis includes a backplate ; the rear chassis comprises an upper edge member removably coupled to an upper edge of the backplate , and a lower edge member removably coupled to a lower edge of the backplate , characterised in that : when uncoupled the curved shape of either the backplate or the upper and lower edge members do not correspond to the curvature of the rear chassis . a display panel to display an image thereon; and a rear chassis arranged at a rear side of the display panel , wherein the rear chassis is curved about a central portion so that left and right portions either side of the central portion are configured further forward towards a viewer than the central portion, and the rear chassis includes a backplate ; the rear chassis comprises an upper edge member removably coupled to an upper edge of the backplate , and a lower edge member removably coupled to a lower edge of the backplate , characterised in that : when uncoupled the curved shape of either the backplate or the upper and lower edge members do not correspond to the curvature of the rear chassis .
A control unit for determining a value indicative of a load bearing capability of a ground segment supporting a vehicle , the control unit being adapted to: - issue a control signal to the vehicle to thereby impart a motion change to the vehicle ; - receive response information from the vehicle indicative of the vehicle's response to the imparted motion change; characterized in that the control unit further is adapted to: - based on the response information, determine a vertical position change of at least one wheel of said vehicle , and - based on the determined vertical position change and the imparted motion change, determine the value indicative of the load bearing capability of the ground segment . - issue a control signal to the vehicle to thereby impart a motion change to the vehicle ; - receive response information from the vehicle indicative of the vehicle's response to the imparted motion change; - based on the response information, determine a vertical position change of at least one wheel of said vehicle , and - based on the determined vertical position change and the imparted motion change, determine the value indicative of the load bearing capability of the ground segment .
Method for detecting the operating state of a centrifuge which has at least one rotatable drum having an inlet pipe and having at least one liquid outlet and/or a solids outlet, by means of which, during operation, a flowable starting product (P) is separated in the centrifugal field of the rotating drum into different liquid and/or solids phases, having at least the following steps for detecting the operating state: 100 detection of a temporal course of a structure-borne sound signal with at least one structure-borne sound sensor arranged on a component of the drum or in the vicinity of a component of the drum , in particular with a predetermined sampling rate; 200 transformation of the respectively recorded structure-borne sound signal into a vibration or frequency spectrum; 300 comparison of the currently determined spectrum with at least one or more known, in particular pre-stored, spectra for detecting matches, characterized in that in step 300 a statement is made about the state of the starting product (P) from the comparison and recognition of matches from step 300.