mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal device comprising: a communication control unit that is configured to control transmission of any one of a first channel that is transmitted in a first direction and a second channel that is transmitted in a second direction that faces the first direction and corresponds to the first channel and reception of the other one of the first channel and the second channel; and a setting unit that is configured to: set a control mode of the communication control unit to a first mode or a second mode on a basis of setting information that is provided as a notification from a base station , which is a communication counterpart, and characterized in that when the control mode is set to the second mode on the basis of setting information from the base station device , switch the control mode to the first mode in accordance with at least one of: a) a type of a channel to be transmitted, b) a size of data to be transmitted or received, c) a set timing advance value, d) a radio network temporary identifier, RNTI, that is used for scrambling of a downlink control channel that includes scheduling information, or e) a searching space in which a downlink control channel that includes scheduling information is mapped, wherein a time interval from receiving the first channel to generating the second channel is longer in the first mode than in the second mode. a communication control unit that is configured to control transmission of any one of a first channel that is transmitted in a first direction and a second channel that is transmitted in a second direction that faces the first direction and corresponds to the first channel and reception of the other one of the first channel and the second channel; and a setting unit that is configured to: set a control mode of the communication control unit to a first mode or a second mode on a basis of setting information that is provided as a notification from a base station , which is a communication counterpart, and characterized in that when the control mode is set to the second mode on the basis of setting information from the base station device , switch the control mode to the first mode in accordance with at least one of: a) a type of a channel to be transmitted, b) a size of data to be transmitted or received, c) a set timing advance value, d) a radio network temporary identifier, RNTI, that is used for scrambling of a downlink control channel that includes scheduling information, or e) a searching space in which a downlink control channel that includes scheduling information is mapped, a) a type of a channel to be transmitted, b) a size of data to be transmitted or received, c) a set timing advance value, d) a radio network temporary identifier, RNTI, that is used for scrambling of a downlink control channel that includes scheduling information, or e) a searching space in which a downlink control channel that includes scheduling information is mapped, wherein a time interval from receiving the first channel to generating the second channel is longer in the first mode than in the second mode.
Filter for filtration of an air stream (L), having at least one filter element , which has at least one first filter medium (1.1), and having a frame , which has at least one cutout for accommodating the at least one filter element , wherein the at least one filter element is held in the frame , characterized in that the frame is composed of an elastomer, and in that , in the region of the at least one cutout , at least one inner sealing lip is provided between at least one filter element and the frame . characterized in that the frame is composed of an elastomer, and in that , in the region of the at least one cutout , at least one inner sealing lip is provided between at least one filter element and the frame .
A method for preselecting at least one base station from a plurality of base stations , a user equipment and the plurality of base stations being included in a mobile network, the user equipment being an aircraft and being attached to an attachment base station of the plurality of base stations , each base station forming a cell of the mobile network, the method comprising the steps of: - receiving , by the user equipment , a signal from each base station of the plurality of base stations , - measuring , by the user equipment , at least one characteristic of each signal received from the plurality of base stations , measuring comprising assigning at least one value associated with each base station according to the at least one characteristic of each signal and creating a report comprising all the assigned values, - preselecting at least one base station from the plurality of base stations according to at least one criterion relating to the user equipment and the measurement carried out in the measurement step , - modifying at least one value of the report created in the measurement step , the at least one modified value being associated with the at least one preselected base station ; the method being characterized in that the at least one criterion relating to the user equipment takes into account at least one of the information on the user equipment among: - the pitch of the user equipment , - the roll of the user equipment , - the yaw of the user equipment . - receiving , by the user equipment , a signal from each base station of the plurality of base stations , - measuring , by the user equipment , at least one characteristic of each signal received from the plurality of base stations , measuring comprising assigning at least one value associated with each base station according to the at least one characteristic of each signal and creating a report comprising all the assigned values, - preselecting at least one base station from the plurality of base stations according to at least one criterion relating to the user equipment and the measurement carried out in the measurement step , - modifying at least one value of the report created in the measurement step , the at least one modified value being associated with the at least one preselected base station ; - the pitch of the user equipment , - the roll of the user equipment , - the yaw of the user equipment .
Damper with at least one damper chamber and a controllable throttle valve wherein the damper chamber is partitioned by a piston that is movable and connected with a piston rod into a first chamber and a second chamber , and wherein the first chamber is connected with the second chamber via a return duct and the throttle valve , wherein an electronic control device is provided and wherein a magnetic field source controlled by the electronic control device is assigned to the throttle valve to apply a magnetic field on at least part of a magnetorheological damping medium that flows through at least one damping duct of the throttle valve , and wherein an equalizing chamber with a preloaded equalizing volume is provided wherein the equalizing volume is connected with the throttle valve and the second chamber , and wherein the throttle valve , the magnetic field source and the equalizing chamber are disposed external of the damper chamber , wherein a one-way circuit is substantially provided for the magnetorheological damping medium in which circuit at least two one-way valves are provided such that both when the piston rod plunges into the damper chamber and when the piston rod emerges out of the damper chamber the damping medium flows in the same direction of circulation wherein a first of the one-way valves is disposed at the piston , allowing a flow of the damping medium from the second chamber into the first chamber , and wherein a second one-way valve is disposed between the throttle valve and the second chamber allowing the damping medium to flow from the throttle valve into the second chamber , characterized in that another throttle valve with another magnetic field source is provided and wherein the other throttle valve is connected in series with the throttle valve .
A volume adjustment method, executed by a mobile terminal, the method comprising: acquiring (S101) physical exercise information of a user; determining (S101) whether the mobile terminal meets a preset volume adjustment condition according to the physical exercise information; determining (SI02) a volume adjustment level corresponding to the physical exercise information, when the mobile terminal meets the preset volume adjustment condition; characterised in : acquiring a difference between the volume adjustment level and a current volume level of the mobile terminal; adjusting the volume in a linear manner, when the difference is less than a preset level difference; and adjusting the volume in a non-linear manner, when the difference is equal to or greater than the preset level difference, wherein the non-linear adjustment manner comprises one of a concave-function-style incrementing or decrementing manner, a convex-function style incrementing or decrementing manner and a firstly increasing - then decreasing - finally gradually increasing or a firstly decreasing - then increasing - finally gradually decreasing manner. acquiring (S101) physical exercise information of a user; determining (S101) whether the mobile terminal meets a preset volume adjustment condition according to the physical exercise information; determining (SI02) a volume adjustment level corresponding to the physical exercise information, when the mobile terminal meets the preset volume adjustment condition; characterised in : acquiring a difference between the volume adjustment level and a current volume level of the mobile terminal; adjusting the volume in a linear manner, when the difference is less than a preset level difference; and adjusting the volume in a non-linear manner, when the difference is equal to or greater than the preset level difference, wherein the non-linear adjustment manner comprises one of a concave-function-style incrementing or decrementing manner, a convex-function style incrementing or decrementing manner and a firstly increasing - then decreasing - finally gradually increasing or a firstly decreasing - then increasing - finally gradually decreasing manner. acquiring a difference between the volume adjustment level and a current volume level of the mobile terminal; adjusting the volume in a linear manner, when the difference is less than a preset level difference; and adjusting the volume in a non-linear manner, when the difference is equal to or greater than the preset level difference, wherein the non-linear adjustment manner comprises one of a concave-function-style incrementing or decrementing manner, a convex-function style incrementing or decrementing manner and a firstly increasing - then decreasing - finally gradually increasing or a firstly decreasing - then increasing - finally gradually decreasing manner.
An apparatus comprising at least one processor, and at least one memory including computer program code, characterized in that the at least one memory and the computer program code are configured, with the at least one processor, to: train a first network to identify a person from a set of training images; train a second network , from the set of training images, to identify a condition and/or feature to be maintained unprocessed; and train , using the set of training images or a further set of training images, generative adversarial networks, to generate a generic image for anonymizing an input image whilst maintaining unprocessed the condition and/or feature, wherein the generative adversarial networks comprise a generative model network configured to generate the generic image and a discriminator model network configured for determining whether an image comes from the generative model network or from said set of training images, wherein training the generative model network is configured to maximize the probability of the discriminator model network making a mistake and wherein training the generative model network and the discriminator model network uses a loss function that combines the loss from the trained first network and the trained second network with the loss from the generative adversarial networks, and based on the training to generate the generic image for anonymizing the input image, infer from the input image, using the generative model network, the generic anonymized image. train a first network to identify a person from a set of training images; train a second network , from the set of training images, to identify a condition and/or feature to be maintained unprocessed; and train , using the set of training images or a further set of training images, generative adversarial networks, to generate a generic image for anonymizing an input image whilst maintaining unprocessed the condition and/or feature, wherein the generative adversarial networks comprise a generative model network configured to generate the generic image and a discriminator model network configured for determining whether an image comes from the generative model network or from said set of training images, wherein training the generative model network is configured to maximize the probability of the discriminator model network making a mistake and wherein training the generative model network and the discriminator model network uses a loss function that combines the loss from the trained first network and the trained second network with the loss from the generative adversarial networks, and based on the training to generate the generic image for anonymizing the input image, infer from the input image, using the generative model network, the generic anonymized image.
A sputtering target comprising a target material, wherein the target material has a sputtering surface having a first area placed at the center, which is circular and flat; and a second area placed outside of the first area and concentrically with the first area, which has a ring shape, wherein the first area is positioned at a location in a perpendicular and downward direction lower than that of the second area, the distance between the first area and second area in the perpendicular direction is not smaller than 1 mm and not larger than 4 mm, and characterised in that the first area has a diameter which is ranging from 65% to 80% of a circumferential diameter of the sputtering surface.
A method for use in a network node, the method comprising: determining at least one parameter N per carrier frequency, wherein the parameter N indicates a maximum number of beams to be used by a wireless device for signal measurements in a cell; and communicating the parameter(s) N to the wireless device, wherein the at least one parameter N per carrier frequency comprises: a first parameter N1 for performing a first type of signal measurements on a first carrier frequency; and a second parameter N2 for performing a second type of signal measurements on the first carrier frequency, wherein the second type of signal measurements is different than the first type of signal measurements, and wherein the signal measurements comprise at least one of the following types of signal measurements: measurements of cell specific reference signals, measurements of synchronization signals, or radio resource management, RRM, measurements. determining at least one parameter N per carrier frequency, wherein the parameter N indicates a maximum number of beams to be used by a wireless device for signal measurements in a cell; and communicating the parameter(s) N to the wireless device, wherein the at least one parameter N per carrier frequency comprises: a first parameter N1 for performing a first type of signal measurements on a first carrier frequency; and a second parameter N2 for performing a second type of signal measurements on the first carrier frequency, wherein the second type of signal measurements is different than the first type of signal measurements, and wherein the signal measurements comprise at least one of the following types of signal measurements: measurements of cell specific reference signals, measurements of synchronization signals, or radio resource management, RRM, measurements. a first parameter N1 for performing a first type of signal measurements on a first carrier frequency; and a second parameter N2 for performing a second type of signal measurements on the first carrier frequency, wherein the second type of signal measurements is different than the first type of signal measurements, and wherein the signal measurements comprise at least one of the following types of signal measurements: measurements of cell specific reference signals, measurements of synchronization signals, or radio resource management, RRM, measurements.
A tool for thermoforming a container having a base and an upstanding sidewall or walls , the tool including a mould having a profile shaped to form the exterior shape of the container, a plug adapted to be inserted in the mould to define the interior of the container, the plug having a lower face adapted to define the profile of the base of the container, wherein the profile of the lower face of the plug has a plurality of grooves adapted to form a plurality of ribs upstanding in the interior of the base of the container, wherein the lower face of the plug has a peripheral groove or rib extending around the periphery of the base adjacent the sidewall of the container, the peripheral groove or rib mating with a corresponding peripheral rib or groove , as the case may be, on or in the mould to securely clamp the material of the container between the mould and the plug so that the wall of the container and the base of the container can be subjected to different pressures.
A braking control apparatus comprising: at least one torque source; at least one magnetorheological (MR) fluid clutch apparatus having an input coupled to the at least one torque source to receive torque from the torque source, the MR fluid clutch apparatus controllable to transmit a variable amount of torque via an output thereof; a modulation interface coupling the output of the at least one MR fluid clutch apparatus to a braking power transmission of a brake system, the braking power transmission being a hydraulic conduit network or a cable transmission; at least one sensor for providing information indicative of a braking state of a load; and a processing unit for receiving the information indicative of the braking state of the load and for outputting a signal to control the at least one MR fluid clutch apparatus in exerting a desired force on the braking power transmission to assist in braking the load. at least one torque source; at least one magnetorheological (MR) fluid clutch apparatus having an input coupled to the at least one torque source to receive torque from the torque source, the MR fluid clutch apparatus controllable to transmit a variable amount of torque via an output thereof; a modulation interface coupling the output of the at least one MR fluid clutch apparatus to a braking power transmission of a brake system, the braking power transmission being a hydraulic conduit network or a cable transmission; at least one sensor for providing information indicative of a braking state of a load; and a processing unit for receiving the information indicative of the braking state of the load and for outputting a signal to control the at least one MR fluid clutch apparatus in exerting a desired force on the braking power transmission to assist in braking the load.
A processor-based system, comprising: a first processing core including a configurable combined private and shared cache, the configurable combined private and shared cache configured to include a shared cache portion; the shared cache portion configured to be associated with a first client application; and a second processing core including a configurable combined private and shared cache, the configurable combined private and shared cache comprising a shared cache portion configured to be associated with the first client application. a first processing core including a configurable combined private and shared cache, the configurable combined private and shared cache configured to include a shared cache portion; the shared cache portion configured to be associated with a first client application; and a second processing core including a configurable combined private and shared cache, the configurable combined private and shared cache comprising a shared cache portion configured to be associated with the first client application.
A method for forming a memory cell, the method comprising: forming a stack of materials, wherein forming the stack of materials includes: forming a first electrode , forming a memory element , forming a second electrode 712, a switch element , and a third electrode ; performing a first etch, by a directional process, of the switch element before etching the third electrode ; performing a second etch, by a selective process before etching the third electrode , of the switch element to a smallest lateral dimension that is less than a smallest lateral dimension to which the first electrode , the second electrode 712, and the third electrode are to be etched; performing a third etch of the third electrode ; and performing a fourth etch, by a selective process, of the memory element to a smallest lateral dimension that is less than a smallest lateral dimension to which the first electrode , the second electrode 712, and the third electrode is to be etched and different than the smallest lateral dimension of the selectively etched switch element, wherein the first etch, the second etch, the third etch, and the fourth etch are performed subsequent to forming the stack of materials. forming a stack of materials, wherein forming the stack of materials includes: forming a first electrode , forming a memory element , forming a second electrode 712, a switch element , and a third electrode ; forming a first electrode , forming a memory element , forming a second electrode 712, a switch element , and a third electrode ; performing a first etch, by a directional process, of the switch element before etching the third electrode ; performing a second etch, by a selective process before etching the third electrode , of the switch element to a smallest lateral dimension that is less than a smallest lateral dimension to which the first electrode , the second electrode 712, and the third electrode are to be etched; performing a third etch of the third electrode ; and performing a fourth etch, by a selective process, of the memory element to a smallest lateral dimension that is less than a smallest lateral dimension to which the first electrode , the second electrode 712, and the third electrode is to be etched and different than the smallest lateral dimension of the selectively etched switch element, wherein the first etch, the second etch, the third etch, and the fourth etch are performed subsequent to forming the stack of materials.
A prebiotic composition for use in a method of therapeutic or prophylactic treatment of disorders associated with disturbed composition or functionality of the intestinal microbiome in a subject, the disorder being selected from overweight, obesitas, insulin-resistance and intestinal barrier dysfunction, said use comprising oral administration of the prebiotic composition to the subject, wherein the composition contains at least 0.1% by weight of dry matter of rhamnogalacturonan I (RG-I) polysaccharides originating from fruit, carrot, pea, chicory or sugar beet, said RG-I polysaccharides having a molecular weight in excess of 15 kDa and having a backbone consisting of galacturonic acid residues and rhamnose residues, said rhamnose residues being contained in alpha(1-4)-galacturonic-alpha(1-2)-rhamnose residues, wherein the molar ratio of galacturonic acid residues to rhamnose residues in the RG-I polysaccharides is within the range of 20:1 to 1:1.