mhurhangee/ep-ind-claims huggingface dataset:
Control method for a hand-held power tool, which has a tool fitting and a motor for driving the tool fitting in a rotating manner about a working axis, comprising the steps of: detecting a rotating movement of a housing of the hand-held power tool about the working axis, triggering a protective function for reducing a torque output of the motor if the detected rotating movement about the working axis exceeds a specific limit value, and switching off the protective function on the basis of a characteristic variable of a frequency spectrum of a detected rotating movement about the working axis. detecting a rotating movement of a housing of the hand-held power tool about the working axis, triggering a protective function for reducing a torque output of the motor if the detected rotating movement about the working axis exceeds a specific limit value, and switching off the protective function on the basis of a characteristic variable of a frequency spectrum of a detected rotating movement about the working axis.
An insulation structure of a cargo tank of an LNG carrier, comprising: a secondary barrier of multiple top and bottom insulation panels; a first metal foil attached and installed in between the top insulation panels and the bottom insulation panels; a second metal foil attached to and installed on the first metal foil that is positioned on an upper side of a gap formed between the bottom insulation panels; a top bridge panel attached to and installed on an upper side of the second metal foil; characterized in that the insulation structure further comprises an adhesive member (144, 154) pre-coated on an adhesion part formed on the first metal foil and the second metal foil; and wherein the first metal foil and the second metal foil are made of aluminum or stainless steel and are coated with a primer or silane. a secondary barrier of multiple top and bottom insulation panels; a first metal foil attached and installed in between the top insulation panels and the bottom insulation panels; a second metal foil attached to and installed on the first metal foil that is positioned on an upper side of a gap formed between the bottom insulation panels; a top bridge panel attached to and installed on an upper side of the second metal foil; characterized in that the insulation structure further comprises an adhesive member (144, 154) pre-coated on an adhesion part formed on the first metal foil and the second metal foil; and wherein the first metal foil and the second metal foil are made of aluminum or stainless steel and are coated with a primer or silane.
Method for operating a power converter, preferably a solar inverter, for feeding a load current ( I load) into a grid, including the steps of a) determining the load current ( I load), b) monitoring an output voltage ( U out) of the power converter, c) controlling the load current ( I load), to avoid that the output voltage ( U out) exceeds a voltage limit ( U out,lim), characterised by the step of d) adjusting the voltage limit ( U out,lim), in dependency of the load current ( I load). a) determining the load current ( I load), b) monitoring an output voltage ( U out) of the power converter, c) controlling the load current ( I load), to avoid that the output voltage ( U out) exceeds a voltage limit ( U out,lim), d) adjusting the voltage limit ( U out,lim), in dependency of the load current ( I load).
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.
Aircraft lifting surface comprising a torsion box and leading and trailing edges (11, 15); the torsion box comprising an upper skin, a lower skin, a front spar, a rear spar and one or more intermediate spars (19, 19') of a composite material, the torsion box further comprising a plurality of transverse ribs (25, 25',...) of a composite material arranged between the rear spar and its adjacent intermediate spar and/or between the front spar and the adjacent intermediate spar for improving its structural behavior characterized in that the upper skin and the lower skin comprise at least one longitudinal stringer (22, 24) in any of the cells of the torsion box delimited by spars which do not comprise transverse ribs (25, 25',...).
A method for controller operations, the method comprising: - receiving signal power measurements at a controller, wherein the signal power measurements are made by user equipments served by enhanced NodeBs controlled by the controller; - determining an interference level based on the signal power measurements;-generating relationship information based on the interference level; and - determining frequency reuse modes for the enhanced NodeBs controlled by the controller based on the relationship information, characterized in that generating the relationship information comprises - generating neighbor information based on the interference level, wherein the neighbor information pertains to at least first-order neighbors of a selected enhanced NodeB; and - generating the relationship information based on the neighbor information; and further characterized in that the determined frequency reuse modes are shared with neighboring enhanced NodeBs. - receiving signal power measurements at a controller, wherein the signal power measurements are made by user equipments served by enhanced NodeBs controlled by the controller; - determining an interference level based on the signal power measurements;-generating relationship information based on the interference level; and - determining frequency reuse modes for the enhanced NodeBs controlled by the controller based on the relationship information, characterized in that generating the relationship information comprises - generating neighbor information based on the interference level, wherein the neighbor information pertains to at least first-order neighbors of a selected enhanced NodeB; and - generating the relationship information based on the neighbor information; and further characterized in that the determined frequency reuse modes are shared with neighboring enhanced NodeBs.
An agent for use in the prophylaxis or improvement of frailty, comprising isoleucine and threonine as active ingredients, wherein the content of amino acids other than tryptophan, threonine, methionine and isoleucine is not more than 60 wt% of the amino acid contained, and wherein the frailty is at least one kind of symptom selected from the group consisting of loss of muscle mass, decline in grip strength, feeling of fatigue, depression state, delirium, dementia, sleep disorder, anxiety disorder and social withdrawal, in an elderly person.
Method for identifying potentially hazardous or at-risk objects in the surroundings of a vehicle, comprising the following steps: • a region of the surroundings is captured using at least one event-based sensor, wherein the event-based sensor has light-sensitive pixels, and wherein a relative change in the light intensity incident on a pixel by at least a predefined percentage causes the sensor to output an event assigned to this pixel; • events output by the sensor are assigned to objects in the region; • for at least one object to which events are assigned, the events assigned to the object are analysed for current movements (41a-43a) of the object; • characterized in that an imminent movement (41b-43b) of the object is determined from the current movements (41a-43a) which are intrinsic movements, wherein the intrinsic movements are movements which leave a position of the object as a whole unchanged in space, wherein the object is identified as potentially hazardous or at risk in response to the imminent movement (41b-43b) of the object intersecting a current or planned trajectory of the vehicle or coming closer to said trajectory than a predefined safety distance. • a region of the surroundings is captured using at least one event-based sensor, wherein the event-based sensor has light-sensitive pixels, and wherein a relative change in the light intensity incident on a pixel by at least a predefined percentage causes the sensor to output an event assigned to this pixel; • events output by the sensor are assigned to objects in the region; • for at least one object to which events are assigned, the events assigned to the object are analysed for current movements (41a-43a) of the object; • characterized in that an imminent movement (41b-43b) of the object is determined from the current movements (41a-43a) which are intrinsic movements,
An oral gel composition comprising a zinc-amino acid-halide complex, wherein the amino acid is selected from arginine or lysine, in free or orally acceptable salt form.
A method for signal detection, comprising: receiving, by a terminal, system configuration information of a second Transmission Point, TP, from a first TP, wherein the system configuration information comprises sub-carrier spacing information of the second TP and configuration information on a synchronization signal of the second TP, and the configuration information on a synchronization signal of the second TP comprises resource position information of the synchronization signal; and performing, by the terminal, downlink signal detection of the second TP according to the system configuration information of the second TP. receiving, by a terminal, system configuration information of a second Transmission Point, TP, from a first TP, wherein the system configuration information comprises sub-carrier spacing information of the second TP and configuration information on a synchronization signal of the second TP, and the configuration information on a synchronization signal of the second TP comprises resource position information of the synchronization signal; and performing, by the terminal, downlink signal detection of the second TP according to the system configuration information of the second TP.
A method of forming an infrared detector (10a-10b) comprising the steps of: - definition of an optical window in a first substrate, called cover substrate; - anodic bonding of a glass spacer or a glass insert bonded to a silicon spacer onto a lower surface of said cover substrate at the periphery of said optical window to form the lateral walls of a package; - transfer of said cover substrate provided with said spacer (14a, 14b) onto a second substrate, called base substrate, having at least one microbolometer suspended thereon; and - hermetic bonding of said spacer (14a, 14b) onto said base substrate to form a hermetic package around said at least one microbolometer; wherein the step of definition of the optical window comprises forming a multilayer interference filter or a periodic diffraction grating on an upper surface of said optical window, and a periodic diffraction grating on the lower surface of said optical window; the multilayer interference filter or the periodic diffraction grating of the upper surface being configured to attenuate the incident radiation in a first wavelength interval in the range from 2 to x micrometers; the periodic diffraction grating of the lower surface being configured to attenuate the incident radiation in a second wavelength interval in the range from y to 8 micrometers; with x in the range from 2 to 8 micrometers and y smaller than or equal to x. - definition of an optical window in a first substrate, called cover substrate; - anodic bonding of a glass spacer or a glass insert bonded to a silicon spacer onto a lower surface of said cover substrate at the periphery of said optical window to form the lateral walls of a package; - transfer of said cover substrate provided with said spacer (14a, 14b) onto a second substrate, called base substrate, having at least one microbolometer suspended thereon; and - hermetic bonding of said spacer (14a, 14b) onto said base substrate to form a hermetic package around said at least one microbolometer; wherein the step of definition of the optical window comprises forming a multilayer interference filter or a periodic diffraction grating on an upper surface of said optical window, and a periodic diffraction grating on the lower surface of said optical window; the multilayer interference filter or the periodic diffraction grating of the upper surface being configured to attenuate the incident radiation in a first wavelength interval in the range from 2 to x micrometers; the periodic diffraction grating of the lower surface being configured to attenuate the incident radiation in a second wavelength interval in the range from y to 8 micrometers; with x in the range from 2 to 8 micrometers and y smaller than or equal to x.
A wind turbine gearbox, in particular planetary gearbox, having at least one gear which is mounted on an axle, wherein a sliding surface is arranged between the gear and the axle or between the axle and an axle holder, wherein the sliding surface is arranged on at least one layer (25, 33, 34) made of a sliding bearing material, characterized in that the layer (25, 33, 34) of the sliding bearing material is formed of a clad material, wherein the layer (25, 33, 34) of the clad material is applied directly to an outer shell surface of the axle.
A method for directing power from alternative power sources (102,104) to an electrical grid, the method comprising: receiving at least two input DC power signals (108,110) from a plurality of power sources (102,104); characterized by: receiving one or more control signals from the electrical grid,the control signals comprising at least a synchronization signal; directing, based at least in part on the one or more control signals, at least some of the input DC power signals (108,110) to an output DC power signal; transforming the output DC power signal to an output AC power signal for transmission via the electrical grid using a single DC-to-AC output inverter; and directing at least some of the received DC power signals (108, 110) to an energy storage device;wherein when the one or more control signals indicate that there is no demand for power, excess power is directed to the energy storage device; and when the one or more control signals indicate that there is demand for power, power flows from the storage device to the DC-to-AC output inverter if the storage device has power available and no alternative power is being generated by the alternative power sources (102, 104), whereby the control signals preferably include instantaneous information from the grid including voltage, current, frequency, phase, reactive power, and amplitude. receiving one or more control signals from the electrical grid,the control signals comprising at least a synchronization signal; directing, based at least in part on the one or more control signals, at least some of the input DC power signals (108,110) to an output DC power signal; transforming the output DC power signal to an output AC power signal for transmission via the electrical grid using a single DC-to-AC output inverter; and directing at least some of the received DC power signals (108, 110) to an energy storage device;wherein when the one or more control signals indicate that there is no demand for power, excess power is directed to the energy storage device; and when the one or more control signals indicate that there is demand for power, power flows from the storage device to the DC-to-AC output inverter if the storage device has power available and no alternative power is being generated by the alternative power sources (102, 104), whereby the control signals preferably include instantaneous information from the grid including voltage, current, frequency, phase, reactive power, and amplitude.
A communications method in a user device which communicates with a communications node, the communications method comprising: receiving, from the communications node, downlink control information comprising a resource indication value for indicating a resource allocation, and interpreting the resource indication value based on the downlink control information, wherein if P-1 is not greater than an integer value calculated from N/2, then the resource indication value is defined by N(P-1)+O, else the resource indication value is defined by N(N-P+1)+(N-1-O), where N is a number of resource blocks in a bandwidth, O is a starting resource block number and P is a length in terms of number of contiguously allocated resource blocks. receiving, from the communications node, downlink control information comprising a resource indication value for indicating a resource allocation, and interpreting the resource indication value based on the downlink control information, wherein if P-1 is not greater than an integer value calculated from N/2, then the resource indication value is defined by N(P-1)+O, else the resource indication value is defined by N(N-P+1)+(N-1-O), where N is a number of resource blocks in a bandwidth, O is a starting resource block number and P is a length in terms of number of contiguously allocated resource blocks.
A heat exchanger for an oxygenator comprising: a hollow fiber membrane layer (3A, 3B, 3C, 3D) having a plurality of hollow fiber membranes, characterized in that each of the hollow fiber membranes has a barrier layer having a hydrogen peroxide barrier property, and the barrier layer has an oxygen permeability coefficient of 6 cc·cm/m 2 ·24 h/atm or less at 25°C. a hollow fiber membrane layer (3A, 3B, 3C, 3D) having a plurality of hollow fiber membranes, characterized in that each of the hollow fiber membranes has a barrier layer having a hydrogen peroxide barrier property, and the barrier layer has an oxygen permeability coefficient of 6 cc·cm/m 2 ·24 h/atm or less at 25°C.
A call processing control device that accepts a call connection request from a mobile terminal and performs connection setup processing, comprising: a call type determination means for determining a call type of a call connection request and, based on a determination result, for classifying the call connection request as either a subject for acceptance determination or not a subject for acceptance determination; and characterized by an acceptance determination means for determining whether or not to accept a call connection request that is classified as a subject for acceptance determination in a manner that a random number is assigned to the call connection request which is determined as of a promotion call and the call connection request is accepted if the random number is larger than a threshold or if the call connection request is determined as not of a promotion call. a call type determination means for determining a call type of a call connection request and, based on a determination result, for classifying the call connection request as either a subject for acceptance determination or not a subject for acceptance determination; and characterized by an acceptance determination means for determining whether or not to accept a call connection request that is classified as a subject for acceptance determination in a manner that a random number is assigned to the call connection request which is determined as of a promotion call and the call connection request is accepted if the random number is larger than a threshold or if the call connection request is determined as not of a promotion call.
A solid-state radio frequency (SSRF) water heating apparatus (100, 100a), comprising: a radio frequency -shielded enclosure; at least one tank disposed within the RF-shielded enclosure, the tank configured to hold a volume of water and comprising: at least one first RF-transparent exterior surface at a first end; and at least one second RF-transparent exterior surface at a second end opposite the first end; a solid-state RF (SSRF) array disposed within the enclosure at a first end of the tank, the SSRF array operatively coupled to a power supply and configured to: generate RF energy in the microwave frequency range; and heat the volume of water by transmitting the RF energy through the tank between the first RF-transparent exterior surface and the second RF-transparent exterior surface; and control processors in communication with the SSRF array, the control processors configured to adjust the transmitted RF energy. a radio frequency -shielded enclosure; at least one tank disposed within the RF-shielded enclosure, the tank configured to hold a volume of water and comprising: at least one first RF-transparent exterior surface at a first end; and at least one second RF-transparent exterior surface at a second end opposite the first end; a solid-state RF (SSRF) array disposed within the enclosure at a first end of the tank, the SSRF array operatively coupled to a power supply and configured to: generate RF energy in the microwave frequency range; and heat the volume of water by transmitting the RF energy through the tank between the first RF-transparent exterior surface and the second RF-transparent exterior surface; and control processors in communication with the SSRF array, the control processors configured to adjust the transmitted RF energy. at least one first RF-transparent exterior surface at a first end; and at least one second RF-transparent exterior surface at a second end opposite the first end; a solid-state RF (SSRF) array disposed within the enclosure at a first end of the tank, the SSRF array operatively coupled to a power supply and configured to: generate RF energy in the microwave frequency range; and heat the volume of water by transmitting the RF energy through the tank between the first RF-transparent exterior surface and the second RF-transparent exterior surface; and control processors in communication with the SSRF array, the control processors configured to adjust the transmitted RF energy. generate RF energy in the microwave frequency range; and heat the volume of water by transmitting the RF energy through the tank between the first RF-transparent exterior surface and the second RF-transparent exterior surface; and control processors in communication with the SSRF array, the control processors configured to adjust the transmitted RF energy.
Device for supplying electricity to an attachment which can be coupled to a utility vehicle, wherein the utility vehicle has a generator and an attachment interface, wherein electrical energy can be generated by means of the generator, wherein at the attachment interface an attachment can be reversibly coupled to the utility vehicle, wherein the attachment has at least one electrical load (30, 58, 60) with which an agricultural working function can be carried out, wherein the device has a transmission device and at least one transformer, wherein the electrical energy which is generated by the generator of the utility vehicle can be transmitted in the form of alternating voltage to the attachment by means of the transmission device, wherein the transformer is provided on the attachment, and wherein the transmitted alternating voltage can be converted by means of the transformer in order to be made available to the electrical load (30, 58, 60), characterized in that a network is provided for transmitting data, by means of which network an electronic control system of the attachment can be identified and/or actuated, wherein an inverter which is assigned to the utility vehicle and is fed by a DC intermediate circuit of the utility vehicle can be configured by means of the network.