mhurhangee/ep-ind-claims huggingface dataset:
Method for capturing an object in an environment of a motor vehicle by - capturing the object with a first capture device of the motor vehicle, - activating a second capture device which is different from the first capture device and - determining a distance between the motor vehicle and the object with the second capture device, wherein - the second capture device comprises a transmitter unit and a receiver unit, and - the second capture device is activated by activating the receiver unit during operation of the motor vehicle and the transmitter unit is activated only when an object is captured with the first capture device, and - a signal is transmitted by the transmitter unit and a propagation time of the signal reflected by the object is determined by the receiver unit for determining the distance between the motor vehicle and the object, characterised in that - the transmitter unit transmits light in an infrared wavelength range as the signal, - the transmitter unit comprises a plurality of light emitting devices, wherein, when activating the second capture device, those light emitting devices are activated which, in operation, illuminate an area in the environment of the motor vehicle associated with the captured object in a predetermined manner, and - the receiver unit of the second capture device and an optical sensor unit of the motor vehicle are used together as the first capture device for capturing the object. - capturing the object with a first capture device of the motor vehicle, - activating a second capture device which is different from the first capture device and - determining a distance between the motor vehicle and the object with the second capture device, wherein - the second capture device comprises a transmitter unit and a receiver unit, and - the second capture device is activated by activating the receiver unit during operation of the motor vehicle and the transmitter unit is activated only when an object is captured with the first capture device, and - a signal is transmitted by the transmitter unit and a propagation time of the signal reflected by the object is determined by the receiver unit for determining the distance between the motor vehicle and the object, characterised in that - the transmitter unit transmits light in an infrared wavelength range as the signal, - the transmitter unit comprises a plurality of light emitting devices, wherein, when activating the second capture device, those light emitting devices are activated which, in operation, illuminate an area in the environment of the motor vehicle associated with the captured object in a predetermined manner, and - the receiver unit of the second capture device and an optical sensor unit of the motor vehicle are used together as the first capture device for capturing the object.
A user device comprising: a camera adapted to acquire at least one image of a scenery which falls within a field of view of the camera, a spectrometer module adapted to acquire spectral information from a target region within the scenery which target region falls within a field of view of the spectrometer module, and a processing unit adapted to determine a spectrometer module target area, within said at least one image, corresponding to the target region and to output display data to a display of the user device for providing an indication of the target area on the display, wherein the processing unit is adapted to: retrieve focus data indicating a focus distance of the camera during acquisition of said at least one image, compare the focus distance of the camera to a focus distance of the spectrometer module, output user-perceptible information for guiding a user of the user device to move the user device to increase or reduce a distance between the user device and the target region based on a result of the comparison, and wherein the spectrometer module is adapted to acquire the spectral information from the target region when the focus distance of the camera matches the focus distance of the spectrometer module. a camera adapted to acquire at least one image of a scenery which falls within a field of view of the camera, a spectrometer module adapted to acquire spectral information from a target region within the scenery which target region falls within a field of view of the spectrometer module, and a processing unit adapted to determine a spectrometer module target area, within said at least one image, corresponding to the target region and to output display data to a display of the user device for providing an indication of the target area on the display, retrieve focus data indicating a focus distance of the camera during acquisition of said at least one image, compare the focus distance of the camera to a focus distance of the spectrometer module, output user-perceptible information for guiding a user of the user device to move the user device to increase or reduce a distance between the user device and the target region based on a result of the comparison, and wherein the spectrometer module is adapted to acquire the spectral information from the target region when the focus distance of the camera matches the focus distance of the spectrometer module.
A method for determining the presence or absence of a single molecule of troponin, or a fragment or complex thereof, in a sample, comprising: i) labeling said molecule, fragment or complex with a label comprising a fluorescent moiety; and ii) detecting the presence or absence of said label by passing said label through a single molecule detector, wherein detection of the presence of said label indicates the presence of said single molecule, fragment or complex of troponin in said sample; and wherein said detecting is capable of detecting said single molecule of troponin at a limit of detection of less than 3 pg/mL with a coefficient of variation of 10% or less. i) labeling said molecule, fragment or complex with a label comprising a fluorescent moiety; and ii) detecting the presence or absence of said label by passing said label through a single molecule detector, wherein detection of the presence of said label indicates the presence of said single molecule, fragment or complex of troponin in said sample; and
A mobile communication system, comprising: a plurality of devices that form a group; a Services Capability Server, SCS; and a first node; wherein: the first node is configured to perform authorization to the SCS, characterized in that: the SCS is configured to send the first node an external group ID and an indicator, the first node is configured to determine that the indicator identifies a group message, the first node is configured to map the external group ID to a corresponding internal group ID, and each of the plurality of devices is configured to receive the internal group ID. a plurality of devices that form a group; a Services Capability Server, SCS; and a first node; wherein: the first node is configured to perform authorization to the SCS, characterized in that: the SCS is configured to send the first node an external group ID and an indicator, the first node is configured to determine that the indicator identifies a group message, the first node is configured to map the external group ID to a corresponding internal group ID, and each of the plurality of devices is configured to receive the internal group ID. the first node is configured to perform authorization to the SCS, characterized in that: the SCS is configured to send the first node an external group ID and an indicator, the first node is configured to determine that the indicator identifies a group message, the first node is configured to map the external group ID to a corresponding internal group ID, and each of the plurality of devices is configured to receive the internal group ID. the SCS is configured to send the first node an external group ID and an indicator, the first node is configured to determine that the indicator identifies a group message, the first node is configured to map the external group ID to a corresponding internal group ID, and each of the plurality of devices is configured to receive the internal group ID.
Method for testing a power generating device, in particular a wind turbine, which is connected to an electrical supply network comprising the following steps: - increasing a voltage at the power generating device by means of a transformer which is switchable under load, - switching on a short-circuit test unit having a series impedance and a longitudinal impedance to reduce the increased voltage, - switching off the short-circuit test unit for a defined first period of time after transient switch-on processes have decayed, and - after the first time period has elapsed, switching on the short-circuit test unit for a defined second time period in order to reduce the increased voltage. - increasing a voltage at the power generating device by means of a transformer which is switchable under load, - switching on a short-circuit test unit having a series impedance and a longitudinal impedance to reduce the increased voltage, - switching off the short-circuit test unit for a defined first period of time after transient switch-on processes have decayed, and - after the first time period has elapsed, switching on the short-circuit test unit for a defined second time period in order to reduce the increased voltage.
A method for production of an organic semiconducting film comprising: coating a support substrate with a sacrificial layer, wherein the sacrificial layer is a water-soluble film; followed by application of a film of an organic material on the support substrate; irradiation of the surface of the film with a low-energy electron beam to crosslink the near-surface region of the organic material, the low-energy electron beam having an electron beam energy between 10 eV and 10,000 eV; and detachment the irradiated film from the support substrate. coating a support substrate with a sacrificial layer, wherein the sacrificial layer is a water-soluble film; followed by application of a film of an organic material on the support substrate; irradiation of the surface of the film with a low-energy electron beam to crosslink the near-surface region of the organic material, the low-energy electron beam having an electron beam energy between 10 eV and 10,000 eV; and detachment the irradiated film from the support substrate.
A rotor for a rotating electrical machine, comprising: a plurality of rotor cores each formed by laminating many steel plates, the plurality of rotor cores being arranged in a rotation axis direction, to constitute the rotor; a plurality of permanent magnets axially divided by the rotor cores and circumferentially arranged on each of the rotor cores, to circumferentially form magnetic irregularities; and a rotor blank arranged between those of the rotor cores that are adjacent to each other in the rotation axis direction; the permanent magnets being circumferentially shifted rotor core by rotor core by a predetermined angle, to form a skew structure; and characterised in that the rotor blank includes permanent magnet holes at positions where the permanent magnets adjoin each other in the rotation axis direction; and each permanent magnet hole is sized to accept adjoining permanent magnets, said adjoining permanent magnets being in partial contact with each other in the permanent magnet hole to form the skew structure and each permanent magnet being spaced from the rotor core that faces said permanent magnet in the rotation axis direction to form a gap. a plurality of rotor cores each formed by laminating many steel plates, the plurality of rotor cores being arranged in a rotation axis direction, to constitute the rotor; a plurality of permanent magnets axially divided by the rotor cores and circumferentially arranged on each of the rotor cores, to circumferentially form magnetic irregularities; and a rotor blank arranged between those of the rotor cores that are adjacent to each other in the rotation axis direction; the permanent magnets being circumferentially shifted rotor core by rotor core by a predetermined angle, to form a skew structure; and characterised in that the rotor blank includes permanent magnet holes at positions where the permanent magnets adjoin each other in the rotation axis direction; and each permanent magnet hole is sized to accept adjoining permanent magnets, said adjoining permanent magnets being in partial contact with each other in the permanent magnet hole to form the skew structure and each permanent magnet being spaced from the rotor core that faces said permanent magnet in the rotation axis direction to form a gap.
Method for coating a surface comprising the steps of: a) providing a bioadhesive composition consisting of an aqueous solution of a bioadhesive polyphenolic protein, which protein comprises 30-300 amino acids and consists essentially of tandemly linked peptide repeats comprising 3-15 amino acid residues, wherein at least 3 % and preferably 6-30 % of thee amino acid residues of said bioadhesive polyphenolic protein are DOPA; b) providing a preparation comprising periodate ions; c) mixing said bioadhesive composition and preparation comprising periodate ions so that the periodate ions constitute at least 1.80 mmol/g of the final composition; d) (i) applying the mixture to the surface to be coated, or (ii) applying said composition and said preparation comprising periodate ions sequentially, without any specific order, to the surface to be coated, thereby mixing the bioadhesive composition and preparation comprising periodate ions; e) leaving said surface for a sufficiently long time for curing to occur. a) providing a bioadhesive composition consisting of an aqueous solution of a bioadhesive polyphenolic protein, which protein comprises 30-300 amino acids and consists essentially of tandemly linked peptide repeats comprising 3-15 amino acid residues, wherein at least 3 % and preferably 6-30 % of thee amino acid residues of said bioadhesive polyphenolic protein are DOPA; b) providing a preparation comprising periodate ions; c) mixing said bioadhesive composition and preparation comprising periodate ions so that the periodate ions constitute at least 1.80 mmol/g of the final composition; d) (i) applying the mixture to the surface to be coated, or (ii) applying said composition and said preparation comprising periodate ions sequentially, without any specific order, to the surface to be coated, thereby mixing the bioadhesive composition and preparation comprising periodate ions; e) leaving said surface for a sufficiently long time for curing to occur.
A mounting set for mounting a fall protection structure having a first fastening means to a frame at an opening of an anchoring base, the mounting set comprising: a fastening body comprising a second fastening means for fastening to the first fastening means by means of at least one first fastening member and a third fastening means for fastening to the frame by means of at least one second fastening member; the at least one first fastening member; the at least one second fastening member; and at least one frame fastener, which is configured for fastening the frame to the anchoring base without the frame fastener being directly connected to the fastening body in the mounted state, characterised in that the at least one frame fastener and the fastening body are configured to be force-coupled to one another only indirectly via the frame in the mounted state. a fastening body comprising a second fastening means for fastening to the first fastening means by means of at least one first fastening member and a third fastening means for fastening to the frame by means of at least one second fastening member; the at least one first fastening member; the at least one second fastening member; and at least one frame fastener, which is configured for fastening the frame to the anchoring base without the frame fastener being directly connected to the fastening body in the mounted state, characterised in that the at least one frame fastener and the fastening body are configured to be force-coupled to one another only indirectly via the frame in the mounted state.
A dish washer installable as a built-in type in a system kitchen comprising a cabinet having a storage room and a counter arranged on the cabinet to have an opening, the dish washer comprising: a tub having a front opening; a front door provided to open or close the front opening; wherein a cover frame mounted on the opening of the counter, configured to be separated from the tub in a vertical direction of the dish washer; a top opening corresponding to the opening of the counter; a top door installed on the cover frame to open or close the opening of the counter and the top opening; and a coupling member coupling the cover frame to the tub, configured to be expanded or contracted in the vertical direction of the dish washer. a tub having a front opening; a front door provided to open or close the front opening; wherein a cover frame mounted on the opening of the counter, configured to be separated from the tub in a vertical direction of the dish washer; a top opening corresponding to the opening of the counter; a top door installed on the cover frame to open or close the opening of the counter and the top opening; and a coupling member coupling the cover frame to the tub, configured to be expanded or contracted in the vertical direction of the dish washer.
A sounding reference signal, SRS, reception method, comprising: sending, by a network device, downlink control information, DCI, to a terminal device, wherein the DCI comprises SRS trigger information; and receiving, by the network device, an SRS on at least one SRS resource in at least one SRS resource set, according to a transmission latency K, at a Kth time-domain resource unit after sending the DCI, wherein the at least one SRS resource set is indicated by the SRS trigger information and K is an integer greater than or equal to zero, characterized in that the transmission latency K is determined according to a subcarrier spacing used for SRS transmission triggered by the SRS trigger information, or a subcarrier spacing corresponding to a bandwidth part, BWP, receiving the DCI. sending, by a network device, downlink control information, DCI, to a terminal device, wherein the DCI comprises SRS trigger information; and receiving, by the network device, an SRS on at least one SRS resource in at least one SRS resource set, according to a transmission latency K, at a Kth time-domain resource unit after sending the DCI, wherein the at least one SRS resource set is indicated by the SRS trigger information and K is an integer greater than or equal to zero, characterized in that the transmission latency K is determined according to a subcarrier spacing used for SRS transmission triggered by the SRS trigger information, or a subcarrier spacing corresponding to a bandwidth part, BWP, receiving the DCI.
Exhaust gas sampling system with a main delivery line, a main delivery pump, via which a sample gas can be conveyed in the main delivery line, and at least a first Venturi nozzle and a second Venturi nozzle, wherein the first Venturi nozzle and the second Venturi nozzle are arranged in parallel and are arranged upstream of the main delivery pump in the main delivery line, wherein a first control valve is assigned to the first Venturi nozzle and a second control valve is assigned to the second Venturi nozzle, wherein the control valves (31, 33) are configured as pinch valves, wherein each control valve (31, 33) comprises a flexible, hose-like control element and a pressure chamber surrounding the control element, wherein the pressure chamber can be filled with a fluid, wherein the control valves (31, 33) are configured as pneumatic pinch valves, wherein the pressure chamber of the respective control valve (31, 33) is fluidically connected to a compressed air line, wherein the compressed air line comprises a pressure switch which is configured such that the switching state of the pinch valve is recorded by the pressure switch. a main delivery line, a main delivery pump, via which a sample gas can be conveyed in the main delivery line, and at least a first Venturi nozzle and a second Venturi nozzle, wherein the first Venturi nozzle and the second Venturi nozzle are arranged in parallel and are arranged upstream of the main delivery pump in the main delivery line, wherein a first control valve is assigned to the first Venturi nozzle and a second control valve is assigned to the second Venturi nozzle, wherein the control valves (31, 33) are configured as pinch valves, wherein each control valve (31, 33) comprises a flexible, hose-like control element and a pressure chamber surrounding the control element, wherein the pressure chamber can be filled with a fluid, wherein the control valves (31, 33) are configured as pneumatic pinch valves, wherein the pressure chamber of the respective control valve (31, 33) is fluidically connected to a compressed air line, wherein the compressed air line comprises a pressure switch which is configured such that the switching state of the pinch valve is recorded by the pressure switch.
A method for determining a resource location, applied to a terminal device, the method comprising: in a case that bandwidth part, BWP, is reactivated, determining a location of a configured grant, CG, resource according to first information, wherein the first information comprises frame number information for determining the location of the CG resource, wherein the determining the location of the CG resource according to the first information comprises: determining the location of the CG resource according to first information corresponding to the BWP before the BWP is reactivated, wherein before determining the location of the CG resource according to the first information corresponding to the BWP before the BWP is reactivated, the method further comprises: before the BWP is reactivated, storing the frame number information; wherein the terminal device stops determining the location of the CG resource in a case that the BWP is deactivated. in a case that bandwidth part, BWP, is reactivated, determining a location of a configured grant, CG, resource according to first information, wherein the first information comprises frame number information for determining the location of the CG resource, wherein the determining the location of the CG resource according to the first information comprises: determining the location of the CG resource according to first information corresponding to the BWP before the BWP is reactivated, wherein before determining the location of the CG resource according to the first information corresponding to the BWP before the BWP is reactivated, the method further comprises: before the BWP is reactivated, storing the frame number information; wherein the terminal device stops determining the location of the CG resource in a case that the BWP is deactivated. determining the location of the CG resource according to first information corresponding to the BWP before the BWP is reactivated, wherein before determining the location of the CG resource according to the first information corresponding to the BWP before the BWP is reactivated, the method further comprises: before the BWP is reactivated, storing the frame number information; wherein the terminal device stops determining the location of the CG resource in a case that the BWP is deactivated. before the BWP is reactivated, storing the frame number information; wherein the terminal device stops determining the location of the CG resource in a case that the BWP is deactivated.