mhurhangee/patent-ind-claim-en huggingface dataset:
A method for cell reselection, comprising: obtaining , by a terminal of a mobile communication network comprising a first communication system and a second communication system, a dedicated priority list and a valid time of the dedicated priority list from the first communication system when the terminal camps on a cell of the first communication system, characterized by : performing , by the terminal, a cell reselection according to the dedicated priority list when the terminal camps on a cell of the second communication system before the valid time expires, wherein the dedicated priority list is invalid after the valid time expires, the first communication system is a long term evolution, LTE, system, the second communication system is a non-LTE system, and the valid time of the dedicated priority list is set by a timer and the timer starts when the terminal obtains the dedicated priority list. obtaining , by a terminal of a mobile communication network comprising a first communication system and a second communication system, a dedicated priority list and a valid time of the dedicated priority list from the first communication system when the terminal camps on a cell of the first communication system, characterized by : performing , by the terminal, a cell reselection according to the dedicated priority list when the terminal camps on a cell of the second communication system before the valid time expires, wherein the dedicated priority list is invalid after the valid time expires, the first communication system is a long term evolution, LTE, system, the second communication system is a non-LTE system, and the valid time of the dedicated priority list is set by a timer and the timer starts when the terminal obtains the dedicated priority list. performing , by the terminal, a cell reselection according to the dedicated priority list when the terminal camps on a cell of the second communication system before the valid time expires, wherein the dedicated priority list is invalid after the valid time expires, the first communication system is a long term evolution, LTE, system, the second communication system is a non-LTE system, and the valid time of the dedicated priority list is set by a timer and the timer starts when the terminal obtains the dedicated priority list.
Method for generating a control setting for a control member of a motor vehicle that is configured to vary the acceleration of the motor vehicle , this setting being generated according to a mathematical model taking into account the nervous response of the human vestibular system to an acceleration (A veh ), characterized in that said mathematical model takes into account the fact that the nervous response of the human vestibular system to an acceleration (A veh ) is different depending on whether the acceleration (A veh ) is substantially constant or is variable.
A method for transmitting data on a multi-link basis by a communication device connected to a plurality of links , the method comprising: generating link state information (S605, S705) including information about an environment of the plurality of links on at least one of a load, a traffic, allowed signal characteristics and a resource block of the plurality of links; receiving or generating link configuration information (S610, S710) including information about an available link; generating weights (S615, S715) for the plurality of links based on the link state information and the link configuration information; obtaining additional information associated with the plurality of links, the additional information comprising at least any one of message type information about a type of message to be transmitted, service type information about a type of service received by a terminal, transmission range information about a distance in which a data is to be transmitted, transmission area information about an area where the data is transmitted, or transmission quantity information about an quantity in which the data is to be transmitted; adjusting the weights for the plurality of links by reflecting the additional information; selecting (S630, S720) at least one link among the plurality of links for which the weights are adjusted; and transmitting the data (S635, S730) via the at least one link selected. generating link state information (S605, S705) including information about an environment of the plurality of links on at least one of a load, a traffic, allowed signal characteristics and a resource block of the plurality of links; receiving or generating link configuration information (S610, S710) including information about an available link; generating weights (S615, S715) for the plurality of links based on the link state information and the link configuration information; obtaining additional information associated with the plurality of links, the additional information comprising at least any one of message type information about a type of message to be transmitted, service type information about a type of service received by a terminal, transmission range information about a distance in which a data is to be transmitted, transmission area information about an area where the data is transmitted, or transmission quantity information about an quantity in which the data is to be transmitted; adjusting the weights for the plurality of links by reflecting the additional information; selecting (S630, S720) at least one link among the plurality of links for which the weights are adjusted; and transmitting the data (S635, S730) via the at least one link selected.
A multi-disk brake system, comprising: a wheel ; a torque tube comprising a reaction plate proximate an axial center of the wheel; and a first travel limit pin coupled to the reaction plate, characterized in that the travel limit pin is configured to contact the wheel and limit an axial movement of the reaction plate should the reaction plate yield during a rejected take off. a wheel ; a torque tube comprising a reaction plate proximate an axial center of the wheel; and a first travel limit pin coupled to the reaction plate, characterized in that the travel limit pin is configured to contact the wheel and limit an axial movement of the reaction plate should the reaction plate yield during a rejected take off.
A bolt-tightening Langevin-type transducer having a structure in which a drive-unit , formed by laminating together a plurality of piezoelectric elements , made of a lead-free material, and electrode plates , is sandwiched between a front mass and a rear mass , and therein the front mass and the rear mass are fastened together by a fastening bolt inserted into a hole penetrating the drive-unit , wherein the front mass is arranged on a front-end side of the bolt-tightening Langevin-type transducer and emits ultrasonic waves from a front surface thereof, therein the drive-unit includes four or more piezoelectric elements formed by using an alkali niobate-based ceramic-piezoelectric material, and therein the front mass is formed in a rectangular cross-section by using a first-metal material, and the rear mass is formed in a circular cross-section by using a second-metal material having a specific gravity greater than that of the first-metal material; therein the total length (L1) of the transducer corresponds to half of the wavelength (λ/2) of the resonance frequency of the transducer, therein the central part of the drive unit that is the intermediate point in the direction of the length of the transducer becomes the ultrasonic-oscillation node (F1) and both ends of the transducer become the abdomen (H1) of the ultrasonic oscillation, characterized in that the thickness (T2) of the drive unit is less than one third of the total length (L1) of the transducer, the thickness (T3) of the front mass is more than one third of the total length (L1) of the transducer, and the thickness (T1) of the rear-mass is less than the thickness (T3) of the front-mass ; and the thickness of the drive unit is between 21 % to 31 % of the total length (L1) of the transducer. therein the drive-unit includes four or more piezoelectric elements formed by using an alkali niobate-based ceramic-piezoelectric material, and therein the front mass is formed in a rectangular cross-section by using a first-metal material, and the rear mass is formed in a circular cross-section by using a second-metal material having a specific gravity greater than that of the first-metal material; therein the total length (L1) of the transducer corresponds to half of the wavelength (λ/2) of the resonance frequency of the transducer, therein the central part of the drive unit that is the intermediate point in the direction of the length of the transducer becomes the ultrasonic-oscillation node (F1) and both ends of the transducer become the abdomen (H1) of the ultrasonic oscillation, characterized in that the thickness (T2) of the drive unit is less than one third of the total length (L1) of the transducer, the thickness (T3) of the front mass is more than one third of the total length (L1) of the transducer, and the thickness (T1) of the rear-mass is less than the thickness (T3) of the front-mass ; and the thickness of the drive unit is between 21 % to 31 % of the total length (L1) of the transducer.
A depilatory combination which comprises at least two formulations wherein the first formulation is a pre-use depilatory ancillary that forms a barrier on the skin of an individual against a depilatory formulation and the second formulation is a depilatory formulation that comprises a depilatory active wherein the pre-use depilatory ancillary comprises a hydrophobic film-forming polymer and a solvent selected from the group consisting of hydroxyl-containing compounds, preferably the solvent is propylene glycol.
Use of a separation agent comprising nanofibrillar cellulose hydrogel for phase separation where a first liquid phase is separated from at least one phase selected from a second liquid phase immiscible in said first liquid phase, solid phase and semi-solid phase and wherein the separation agent comprises from 0.1 to 20 wt% of nanofibrillar cellulose in an aqueous dispersion and the separation agent forms a gel-like barrier or interphase between the phases.
Component for an electric machine , the component comprising: a magnetically conductive core having a plurality of openings , which extend along an axial direction of the core with respect to an axis of rotation of the electric machine, a winding having a number of sub-conductors , which extend in the openings in the axial direction, in order to generate a magnetic field in the magnetically conductive core when a current is applied; wherein the sub-conductors are inserted in the openings and ends of the sub-conductors are welded or soldered to one another; wherein the sub-conductors have portions which protrude out of an end face of the magnetically conductive core and have ends which are connected to one another, wherein the sub-conductors are formed as U-shaped elements or as individual bars of a winding based on the plug-in technique, characterized in that the portions of the sub-conductors are angled away in a radial direction from the axis of rotation of the electric machine to form a winding overhang , in that the winding overhang has two or more laminar layers of radially angled-away portions of sub-conductors , in that a portion from a first layer is bent out in a circumferential direction of the component , so that it is transposed with respect to a portion , connected to it, from a second layer in such a way that their ends can be connected to one another, and in that each of the portions is angled away in the radial direction with respect to a cross section of the winding overhang . a magnetically conductive core having a plurality of openings , which extend along an axial direction of the core with respect to an axis of rotation of the electric machine, a winding having a number of sub-conductors , which extend in the openings in the axial direction, in order to generate a magnetic field in the magnetically conductive core when a current is applied; wherein the sub-conductors are inserted in the openings and ends of the sub-conductors are welded or soldered to one another; wherein the sub-conductors have portions which protrude out of an end face of the magnetically conductive core and have ends which are connected to one another, wherein the sub-conductors are formed as U-shaped elements or as individual bars of a winding based on the plug-in technique, characterized in that the portions of the sub-conductors are angled away in a radial direction from the axis of rotation of the electric machine to form a winding overhang , in that the winding overhang has two or more laminar layers of radially angled-away portions of sub-conductors , in that a portion from a first layer is bent out in a circumferential direction of the component , so that it is transposed with respect to a portion , connected to it, from a second layer in such a way that their ends can be connected to one another, and in that each of the portions is angled away in the radial direction with respect to a cross section of the winding overhang .
Device for connecting a bicycle handlebar made of a fiber-reinforced plastic to a control head to be mounted on the bicycle, the bicycle handlebar having a central section and laterally aligned handlebar arms formed on opposite sides of the central section , the device has a first clamping surface and a second clamping surface , wherein the first clamping surface is formed on the underside of the center section and the second clamping surface is formed on the upper side of the control head , the two clamping surfaces are held pressed against one another with a clamping force by a clamping means in the position of use of the bicycle handlebar , and the two clamping surfaces with their spatial position in the position of use of the bicycle handlebar create an at least predominantly horizontally aligned contact plane , via which the forces to be transmitted between the bicycle handlebar and the steer tube are transmitted, characterized in that the handlebar arms each have a partially or completely enclosed hollow space in sections with wall thicknesses of the outer walls which vary over the profile cross-section.
An electrically driven device comprising a housing , an electric motor mounted in the housing and comprising a drive shaft having a first rotary axis (I), a drive pin connected to the drive shaft eccentrically with respect to the rotary axis (I), and at least one driven shaft mounted in the housing for performing a movement relative to the housing , wherein the at least one driven shaft is indirectly coupled to the drive shaft by means of a gear mechanism converting a rotary motion of the drive shaft into a reciprocating motion of the at least one driven shaft , wherein the gear mechanism comprises one intermediate shaft having a second rotary axis (II) extending in the longitudinal direction of the intermediate shaft and at least one crank arm coupled to the drive pin , wherein the crank arm is pivotably mounted in the housing and is coupled to the intermediate shaft thereby converting a rotary motion of the drive shaft into a reciprocating pivoting of the intermediate shaft about the second rotary axis (II), wherein the intermediate shaft is coupled to the at least one driven shaft by means of a pivotable bridge such that the intermediate shaft is offset with respect to the at least one driven shaft , characterized in that the first rotary axis (I) is inclined with respect to the second rotary axis (II).
A method for keeping, by a user equipment, UE, a secondary cell group, SCG, configuration in a wireless communication system, the method comprising: receiving (S930, S935, S1110, S1210) radio access network, RAN, paging message from a base station, the method characterised by , determining (S940, S1220) whether or not to keep a SCG configuration stored in the UE, based on the RAN paging message; based on the RAN paging message including first information related to a secondary base station, keeping (S950, S1230) the SCG configuration in an RRC resume procedure; and transmitting (S960, S1120) a message for RRC connection resume request including second information informing that the SCG configuration is kept, to the base station. receiving (S930, S935, S1110, S1210) radio access network, RAN, paging message from a base station, the method characterised by , determining (S940, S1220) whether or not to keep a SCG configuration stored in the UE, based on the RAN paging message; based on the RAN paging message including first information related to a secondary base station, keeping (S950, S1230) the SCG configuration in an RRC resume procedure; and transmitting (S960, S1120) a message for RRC connection resume request including second information informing that the SCG configuration is kept, to the base station.
A digital voltage detection device (100; 200; 600; 700), comprising: one or more circuit hardware components configured to: detect a source of voltage (EC; 1502; 1702) present within a particular proximity of a location of the digital voltage detection device, and detect a direction in which the source of voltage is located with respect to the location of the digital voltage detection device by detecting absolute orientation using a gravitational vector and an earth magnetic field vector and associate an orientation with a peak in an electric or magnetic field value, when the device is tilted or rotated, respectively, the direction being an approximate direction; and an electronic indication component (112; 114; 116; 118; 120; 122; 802; 1108) coupled with the one or more circuit hardware components, the electronic indication component configured to indicate the direction in which the source of voltage is located with respect to the location of the digital voltage detection device. one or more circuit hardware components configured to: detect a source of voltage (EC; 1502; 1702) present within a particular proximity of a location of the digital voltage detection device, and detect a direction in which the source of voltage is located with respect to the location of the digital voltage detection device by detecting absolute orientation using a gravitational vector and an earth magnetic field vector and associate an orientation with a peak in an electric or magnetic field value, when the device is tilted or rotated, respectively, the direction being an approximate direction; and detect a source of voltage (EC; 1502; 1702) present within a particular proximity of a location of the digital voltage detection device, and detect a direction in which the source of voltage is located with respect to the location of the digital voltage detection device by detecting absolute orientation using a gravitational vector and an earth magnetic field vector and associate an orientation with a peak in an electric or magnetic field value, when the device is tilted or rotated, respectively, the direction being an approximate direction; and an electronic indication component (112; 114; 116; 118; 120; 122; 802; 1108) coupled with the one or more circuit hardware components, the electronic indication component configured to indicate the direction in which the source of voltage is located with respect to the location of the digital voltage detection device.
Apparatus for determining quality properties for an angle measurement for a motor vehicle, wherein the apparatus comprises: - an angle estimation device which comprises at least one receiver and is designed to provide an angle estimate for a transmitter of a radio signal on the basis of the propagation time difference and antenna distance; and - an assessment device which is designed to determine a quality value for the angle estimate provided by the angle estimation device and to provide the angle measurement on the basis of the angle estimate and the quality value, - characterized in that the assessment device is designed to provide the quality value on the basis of an evaluation of field strength information in the form of a change in the channel damping against the frequency when there is frequency diversity, wherein a transmission with a small multi-path component is inferred if the change in the channel damping is within a limited corridor. - an angle estimation device which comprises at least one receiver and is designed to provide an angle estimate for a transmitter of a radio signal on the basis of the propagation time difference and antenna distance; and - an assessment device which is designed to determine a quality value for the angle estimate provided by the angle estimation device and to provide the angle measurement on the basis of the angle estimate and the quality value, - characterized in that the assessment device is designed to provide the quality value on the basis of an evaluation of field strength information in the form of a change in the channel damping against the frequency when there is frequency diversity, wherein a transmission with a small multi-path component is inferred if the change in the channel damping is within a limited corridor.
A battery separator comprising: (i) a plurality of first fibers forming a first fiber mat, the plurality of first fibers including fibers having a fiber diameter of between 0.05 and 5 microns so as to allow the first fiber mat to absorb an electrolyte of the battery; and (ii) a plurality of second fibers disposed on at least one surface of the first fiber mat, the plurality of second fibers including fibers having a fiber diameter of between 8 and 20 microns; characterized in that , the plurality of second fibers are arranged on the at least one surface of the first fiber mat so as to form a plurality of strands that extend between a first edge of the first fiber mat and a second edge of the first fiber mat opposite the first edge. (i) a plurality of first fibers forming a first fiber mat, the plurality of first fibers including fibers having a fiber diameter of between 0.05 and 5 microns so as to allow the first fiber mat to absorb an electrolyte of the battery; and (ii) a plurality of second fibers disposed on at least one surface of the first fiber mat, the plurality of second fibers including fibers having a fiber diameter of between 8 and 20 microns;