mhurhangee/ep-ind-claims huggingface dataset:
Weld seam gauge for measuring the dimensions of a weld seam, having two arms (11, 12) that are connected together in an articulated manner, are pivotable relative to one another about an axis of rotation and are fixable relative to one another by means of a first holding device of the weld seam gauge, and having a first scale, from which a distance (b) between two measuring points (11a, 12a) of the arms (11, 12) is readable, wherein the weld seam gauge has a sliding element that is adjustable perpendicularly to the axis of rotation in a linear guide of the weld seam gauge and is fixable relative to the linear guide by means of a second holding device of the weld seam gauge.
A rotor for an IPM motor, comprising: a rotor core; permanent magnets embedded in the rotor core; and a sensor magnet, which is provided at one end of the rotor core, and is fixed to the rotor core by being covered with a resin, wherein the sensor magnet includes: a base portion having an annular shape; and a plurality of projecting portions projecting toward the rotor core from a first surface, which is a surface of the base portion on a side opposed to the rotor core, and wherein the plurality of projecting portions each have a tapered portion on an inner periphery thereof, and are arranged at intervals on the first surface, characterized in that the sensor magnet includes positioning pins, and wherein the rotor core has positioning holes into which the positioning pins are inserted, wherein the positioning holes pass through the rotor core from the one end to the other end of the rotor core, and wherein the positioning pins are provided on the projecting portions of the sensor magnet. a rotor core; permanent magnets embedded in the rotor core; and a sensor magnet, which is provided at one end of the rotor core, and is fixed to the rotor core by being covered with a resin, a base portion having an annular shape; and a plurality of projecting portions projecting toward the rotor core from a first surface, which is a surface of the base portion on a side opposed to the rotor core, and
A system for mapping a multi-layer communication network having an optical layer and an internet protocol layer, the system comprising a controller configured to execute instructions for: receiving traffic data from a first traffic counter located at a port of the optical layer and a second traffic counter located at a port of the IP layer; calculating a traffic pattern in the port of the optical layer and a traffic pattern in the port of the IP layer from the received traffic data; comparing the traffic pattern in the port of the optical layer to the traffic pattern of the port of the IP layer; calculating a match value from the compared traffic patterns representing a likelihood of a match between the optical layer port and the IP layer port representative of connected ports; and determining that the port of the optical layer and the port of the IP layer are connected by comparing the match value to a fixed threshold. receiving traffic data from a first traffic counter located at a port of the optical layer and a second traffic counter located at a port of the IP layer; calculating a traffic pattern in the port of the optical layer and a traffic pattern in the port of the IP layer from the received traffic data; comparing the traffic pattern in the port of the optical layer to the traffic pattern of the port of the IP layer; calculating a match value from the compared traffic patterns representing a likelihood of a match between the optical layer port and the IP layer port representative of connected ports; and determining that the port of the optical layer and the port of the IP layer are connected by comparing the match value to a fixed threshold.
A method for stabilizing a radiosynthetic intermediate used in synthesis of 18 F radiolabelled aromatic amino acid derivatives with the general structure: width R 1, R 2, R 3, R 4, R 5 and L as fellow: • R 1, R 2,R 3 R 4 = OMe, OBn, Oallyl, H, OH • L = NO 2, NMe 3 +, F, 18 F, Arl +, IO 2 and • R 5 = OH, I, Br, Cl toward decomposition caused by beta and gamma radiations, comprising a step of using one or more compounds selected from the group consisting of radical scavengers, reductants, antioxidants and species having more than one of the properties thereof. • R 1, R 2,R 3 R 4 = OMe, OBn, Oallyl, H, OH • L = NO 2, NMe 3 +, F, 18 F, Arl +, IO 2 and • R 5 = OH, I, Br, Cl toward decomposition caused by beta and gamma radiations, comprising a step of using one or more compounds selected from the group consisting of radical scavengers, reductants, antioxidants and species having more than one of the properties thereof.
Surface processing device, in particular manual grinding device or polishing device, with a processing body, which has at least one processing surface for grinding or polishing a workpiece surface, where the processing body has a flat surface portion with a flat processing surface for processing flat workpiece surfaces and at least one curved portion with a curved processing surface (22, 23) for processing curved workpiece surfaces, wherein the curvature section extends over a side of the processing body opposite the flat surface section, wherein the curvature section has a plurality of continuously merging curvature sections with mutually different radii of curvature (R1-R5) and not projecting in front of the flat processing surface of the flat surface section, and wherein the curved section merges tangentially into the flat surface section at exactly one or at least one transition region, characterised in that the curved portion and the flat surface portion adjoin one another at an angle on at least one transition region and the curved section projects laterally next to the flat surface section on exactly one side.
Method for determining an axle load on a mechanically and/or pneumatically or hydraulically suspended vehicle, the axle load being determined by means of control means and sensor means provided for an electronically controlled pneumatic or hydraulic level control system, these control and sensor means being installed and/or functionally expanded in the vehicle in such a way that, in addition to a level control or instead of a level control, functions are available for axle load determination on mechanically suspended vehicle axles and for axle load determination on pneumatically or hydraulically suspended vehicle axles, the axle load determination taking place on a mechanically suspended vehicle axle by means of a distance measuring device, the axle load determination taking place on a pneumatically or hydraulically suspended vehicle axle by means of a pressure measuring device, characterized in that a plausibility check implemented in an electronic control unit of the level control system is initially carried out, on the basis of which the level control system detects the particular suspension type, mechanical or pneumatic or hydraulic, of a vehicle axle (2, 4), and the corresponding function for determining the axle load is activated.
Air conditioner comprising a refrigerant circuit configured to perform a two-stage compression/two-stage expansion refrigeration cycle with intermediate pressure gas injection in which CO 2 refrigerant at high pressure is utilized as that at its critical pressure, the refrigerant circuit including: a compressor including a low pressure side compression mechanism and a high pressure side compression mechanism connected to each other by means of a drive shaft; and a gas-liquid separator configured to separate refrigerant at intermediate pressure into gas refrigerant and liquid refrigerant, wherein the air conditioner is capable of heating and cooling the interior of a room, and a volume ratio of a displacement volume of the high pressure side compression mechanism to that of the low pressure side compression mechanism falls in a range between 0.9 and 1.1, both inclusive. a compressor including a low pressure side compression mechanism and a high pressure side compression mechanism connected to each other by means of a drive shaft; and a gas-liquid separator configured to separate refrigerant at intermediate pressure into gas refrigerant and liquid refrigerant, wherein the air conditioner is capable of heating and cooling the interior of a room, and a volume ratio of a displacement volume of the high pressure side compression mechanism to that of the low pressure side compression mechanism falls in a range between 0.9 and 1.1, both inclusive.
A pharmaceutical dry powder composition suitable for pulmonary delivery comprising an amount of microparticles of rapamycin, particles of a carrier, and one or more optional excipients.
A device for managing a surplus of photovoltaic power available at the terminals of a photovoltaic generator provided with photovoltaic panels that are capable of supplying power to fixed-power electrical appliances and variable-power electrical appliances connected to said photovoltaic generator, said surplus of power being equal to the difference at each time t between the maximum potential electrical power that said photovoltaic generator could produce taking into account its illumination, and the electrical power actually consumed at each time t by said electrical appliances (AF, AV), wherein said device includes: - a photoelectric control sensor that is able to measure at each time t the solar light intensity received by said photovoltaic panels and to deduce therefrom said maximum potential electrical power; - a means for determining said surplus of available power, compared at this time t, between the value of the maximum potential electrical power and the value of the electrical power actually consumed by said electrical appliances (AF; AV); - and a means for managing said surplus of available power, said means being configured to redirect and distribute said surplus of available power between said electrical appliances (AF, AV). - a photoelectric control sensor that is able to measure at each time t the solar light intensity received by said photovoltaic panels and to deduce therefrom said maximum potential electrical power; - a means for determining said surplus of available power, compared at this time t, between the value of the maximum potential electrical power and the value of the electrical power actually consumed by said electrical appliances (AF; AV); - and a means for managing said surplus of available power, said means being configured to redirect and distribute said surplus of available power between said electrical appliances (AF, AV).
A method of relocating a user equipment in a network from a first mobility anchor to a second mobility anchor, the method including providing an identifier address to the user equipment when the user equipment is anchored to the first mobility anchor, wherein the identifier address belongs to an address region of which all addresses are routed to the first mobility anchor, which forwards them to the user equipment; associating a per-host locator address with the user equipment when the user equipment is relocated to be anchored to the second mobility anchor, the per-host locator address directing network packets to be routed to the second mobility anchor; translating a destination address of network packets addressed to the identifier address to the per-host locator address, such that the network packets are routed to the second mobility anchor, wherein the translating is performed at an ingress router, and wherein the identifier address and the per-host locator address are provided to the ingress router, to permit the ingress router to translate an address of network packets addressed to the identifier address to the per-host locator address; and reverse translating the destination address of network packets that are addressed to the per-host locator address to the identifier address, and forwarding the packets to the user equipment.
A method for receiving a multi-carrier optical signal, comprising: Mixing a multi-carrier optical signal with a local optical signal having a same center frequency as the center frequency of the multi-carrier optical signal; Performing photoelectric conversion and analog-to-digital conversion in succession on an optical signal obtained through the mixing to obtain a digital signal; Performing fast Fourier transform, FFT, on the digital signal to obtain a frequency domain signal; Grouping the frequency domain signal according to each frequency band corresponding to its respective carrier in the multi-carrier optical signal; and performing inverse fast Fourier transform, IFFT, on each frequency domain signal group obtained through the grouping to obtain a corresponding time domain signal for each carrier; and performing data restoration on each time domain signal corresponding to its respective carrier to obtain data carried on each carrier. Mixing a multi-carrier optical signal with a local optical signal having a same center frequency as the center frequency of the multi-carrier optical signal; Performing photoelectric conversion and analog-to-digital conversion in succession on an optical signal obtained through the mixing to obtain a digital signal; Performing fast Fourier transform, FFT, on the digital signal to obtain a frequency domain signal; Grouping the frequency domain signal according to each frequency band corresponding to its respective carrier in the multi-carrier optical signal; and performing inverse fast Fourier transform, IFFT, on each frequency domain signal group obtained through the grouping to obtain a corresponding time domain signal for each carrier; and performing data restoration on each time domain signal corresponding to its respective carrier to obtain data carried on each carrier.
A radio terminal configured to perform Licensed Assisted Access, LAA, using a primary cell operating in a licensed frequency and a secondary cell operating in an unlicensed frequency, the radio terminal characterized by comprising: a memory; and at least one processor coupled to the memory and configured to receive an offset value related to a subframe of the secondary cell, and perform a predetermined process regarding the secondary cell on the unlicensed frequency based on a frame timing of the primary cell and a frame timing of the secondary cell, wherein the frame timing of the secondary cell is determined based on the offset value, wherein the predetermined process includes at least one of a cell search, terminal measurement, and detection of proximity to a cell. a memory; and at least one processor coupled to the memory and configured to receive an offset value related to a subframe of the secondary cell, and perform a predetermined process regarding the secondary cell on the unlicensed frequency based on a frame timing of the primary cell and a frame timing of the secondary cell, wherein the frame timing of the secondary cell is determined based on the offset value, wherein the predetermined process includes at least one of a cell search, terminal measurement, and detection of proximity to a cell.
A method of self-test for a near-field communication, NFC, radio frequency, RF, front-end unit comprising one NFC antenna driver and at least one NFC unit, the RF front-end unit being connected to a digital front-end unit, the antenna driver and the NFC unit of the RF front-end unit being interconnected through a first connection line via respective first input-output interfaces (104, 105, 106) and being also interconnected through a second connection line via respective second input-output interfaces (107, 108, 109), and the digital front-end unit being connected to the second connection line, the method comprising: - activating the NFC antenna driver and the NFC unit based on control signals received from the digital front-end through the second connection line; - generating, at the NFC antenna driver a first signal (S 1, S 2, S 3, S 5) sent onto the first connection line, by modulating a respective first bitstream (b i1, b i2, b i0, b i4) received from the digital front-end through the second connection line; - retrieving, at the NFC unit, the first signal from the first connection line, and demodulating a second bitstream (b o1, b o2, b o3, b o4) from the retrieved first signal, onto the second connection line; and, - determining an outcome of the self-test by monitoring the second bitstream (b o1, b o2, b o3, b o4). - activating the NFC antenna driver and the NFC unit based on control signals received from the digital front-end through the second connection line; - generating, at the NFC antenna driver a first signal (S 1, S 2, S 3, S 5) sent onto the first connection line, by modulating a respective first bitstream (b i1, b i2, b i0, b i4) received from the digital front-end through the second connection line; - retrieving, at the NFC unit, the first signal from the first connection line, and demodulating a second bitstream (b o1, b o2, b o3, b o4) from the retrieved first signal, onto the second connection line; and, - determining an outcome of the self-test by monitoring the second bitstream (b o1, b o2, b o3, b o4).
A method for providing bandwidth reservations in a Resource Reservation Setup Protocol, RSVP, environment, the environment comprising a first location and a second location having a first quality of service, QoS, agent and a second QoS agent, wherein the first location is associated with the first QoS agent and the second location is associated with the second QoS agent; the method comprising: attempting to establish an RSVP reservation for bandwidth between a first endpoint and a second endpoint, for an audio or video call with a high QoS between the first endpoint and the second endpoint, wherein the first endpoint is associated with the first QoS agent and the first location and the second endpoint is associated with the second QoS agent and the second location, the RSVP reservation specifying a bandwidth for the call; characterized in that the method further comprises, in response to failure to establish the RSVP reservation: connecting the call at a lower QoS; during the call, retrying establishment of the reservation between the first endpoint and the second endpoint during a predetermined time interval; and in response to establishment of the reservation, continuing the call at a higher QoS. attempting to establish an RSVP reservation for bandwidth between a first endpoint and a second endpoint, for an audio or video call with a high QoS between the first endpoint and the second endpoint, wherein the first endpoint is associated with the first QoS agent and the first location and the second endpoint is associated with the second QoS agent and the second location, the RSVP reservation specifying a bandwidth for the call; characterized in that the method further comprises, in response to failure to establish the RSVP reservation: connecting the call at a lower QoS; during the call, retrying establishment of the reservation between the first endpoint and the second endpoint during a predetermined time interval; and in response to establishment of the reservation, continuing the call at a higher QoS. connecting the call at a lower QoS; during the call, retrying establishment of the reservation between the first endpoint and the second endpoint during a predetermined time interval; and in response to establishment of the reservation, continuing the call at a higher QoS.
A method for a vehicle, comprising: acquiring a signal including harmonic content generated by an engine of the vehicle; upmixing the signal into a plurality of channels for a given number of engine orders, the engine orders corresponding to multiples of a frequency of rotations of a crankshaft of the engine multiplied by a number of ignition events per rotation of the crankshaft of the engine; adjusting an order filter for each engine order of the given number of engine orders based on operating conditions of the engine; filtering each channel of the plurality of channels with the corresponding order filter; mixing the filtered channels into a mono output; and outputting the mono output to at least one speaker in the vehicle, characterized in that adjusting the order filter for each engine order based on the operating conditions of the engine comprises adjusting a gain and a quality factor for each order filter based on measurements of revolutions per minute, RPM, of the engine and torque of the engine, and further adjusting a center frequency for each order filter based on the RPM. acquiring a signal including harmonic content generated by an engine of the vehicle; upmixing the signal into a plurality of channels for a given number of engine orders, the engine orders corresponding to multiples of a frequency of rotations of a crankshaft of the engine multiplied by a number of ignition events per rotation of the crankshaft of the engine; adjusting an order filter for each engine order of the given number of engine orders based on operating conditions of the engine; filtering each channel of the plurality of channels with the corresponding order filter; mixing the filtered channels into a mono output; and outputting the mono output to at least one speaker in the vehicle, characterized in that adjusting the order filter for each engine order based on the operating conditions of the engine comprises adjusting a gain and a quality factor for each order filter based on measurements of revolutions per minute, RPM, of the engine and torque of the engine, and further adjusting a center frequency for each order filter based on the RPM.
An electrode pad (100, 200) for electro-stimulation, comprising: - a first non-conductive flexible substrate comprising at least one conductive track disposed on a first side of the first non-conductive flexible substrate, - a primer disposed on the first side of the first non-conductive flexible substrate in areas not covered by the at least one conductive track, - a layer of conductive silicone disposed over the at least one conductive track and the primer, wherein the primer is bonding the first non-conductive flexible substrate to the layer of conductive silicone providing mechanical contact between the at least one conductive track and a first side of the layer of conductive silicone. - a first non-conductive flexible substrate comprising at least one conductive track disposed on a first side of the first non-conductive flexible substrate, - a primer disposed on the first side of the first non-conductive flexible substrate in areas not covered by the at least one conductive track, - a layer of conductive silicone disposed over the at least one conductive track and the primer, wherein the primer is bonding the first non-conductive flexible substrate to the layer of conductive silicone providing mechanical contact between the at least one conductive track and a first side of the layer of conductive silicone.
Device for anchoring a suture to an object, comprising: an ultrasonic applicator with a sonotrode, a pin and a support, wherein the pin is produced from a material which can be liquefied by means of ultrasonic vibrations, and wherein the suture is securely connected at one end thereof directly to the pin, and wherein the support comprises a support body and at least one support arm, wherein the support arm is configured for releasably holding the pin in a predetermined position relative to the support body und wherein the support body is releasably connected with the ultrasonic applicator such that the tip of the sonotrode of the ultrasonic applicator is capable to be brought into contact with the pin held by the support arm. an ultrasonic applicator with a sonotrode, a pin and a support, wherein the pin is produced from a material which can be liquefied by means of ultrasonic vibrations, and wherein the suture is securely connected at one end thereof directly to the pin, and wherein the support comprises a support body and at least one support arm, wherein the support arm is configured for releasably holding the pin in a predetermined position relative to the support body und wherein the support body is releasably connected with the ultrasonic applicator such that the tip of the sonotrode of the ultrasonic applicator is capable to be brought into contact with the pin held by the support arm.