mhurhangee/ep-ind-claims huggingface dataset:
A mobile communication method with which a mobile station performs a standby operation in a mobile communication system equipped with a first radio access network which can provide circuit switch communication, and a second radio access network which cannot provide the circuit switch communication, but can provide the packet switch communication having a higher speed than the first radio access network, the method characterized in that it comprises: a step in which the mobile station transmits a location registration request signal including the capability information of the mobile station to a mobile switching center of the first radio access network (SGSN); a step in which the mobile switching center of the first radio access network (SGSN) acquires a subscriber information transmission signal of the mobile station from a subscriber management server device in response to the received location registration request signal; a step in which the mobile switching center of the first radio access network determines either the first radio access network or the second radio access network as the standby radio access network of the mobile station based on the capability information of the mobile station included in the received location registration request signal from the mobile station and the information contained in the received subscriber information transmission signal from the subscriber management server device; and a step in which the mobile station performs a standby operation in the standby radio access network of the mobile station determined by the mobile switching center of the first radio access network. a step in which the mobile station transmits a location registration request signal including the capability information of the mobile station to a mobile switching center of the first radio access network (SGSN); a step in which the mobile switching center of the first radio access network (SGSN) acquires a subscriber information transmission signal of the mobile station from a subscriber management server device in response to the received location registration request signal; a step in which the mobile switching center of the first radio access network determines either the first radio access network or the second radio access network as the standby radio access network of the mobile station based on the capability information of the mobile station included in the received location registration request signal from the mobile station and the information contained in the received subscriber information transmission signal from the subscriber management server device; and a step in which the mobile station performs a standby operation in the standby radio access network of the mobile station determined by the mobile switching center of the first radio access network.
Wedge filler preform comprising reinforcing fiber bundles consisting of reinforcing fiber filaments, wherein the filaments are directed parallel to each other within the reinforcing fiber bundle, wherein the reinforcing fiber bundle contains a first resin composition in a concentration in the range from 1 to 10 wt.% relative to the fiber weight, characterized in that the reinforcing fiber bundles have a length in the range from 2 to 20 mm and at least 60 % of the reinforcing fiber bundles are reversibly fixed in a curved form within the wedge filler preform, whereby further flanks (8',9') of the curved reinforcing fiber bundles create an further opening angle (α') of less than 120° and the further opening angle (α') of the curved reinforcing fiber bundles is positioned in a similar direction and relates with an opening angle (α) of the wedge filler preform.
A terminal comprising: a control section configured to scale a delay requirement of an intra-frequency measurement based on a synchronization signal block by a scaling factor corresponding to each of a plurality of carriers; and a receiving section configured to receive the synchronization signal block in each of the plurality of carriers, wherein the receiving section is configured to receive, from a base station, a parameter that indicates a periodicity of a measurement of the synchronization signal block for each of the plurality of carriers, the control section is configured to derive a measurement period for the intra-frequency measurement by multiplying a value based on the parameter by the scaling factor, the plurality of carriers includes a first carrier and a second carrier that is different from the first carrier, a first scaling factor for the first carrier out of the plurality of carriers is based on a number of the plurality of carriers, a second scaling factor, for the second carrier is not based on the number of the plurality of carriers, that is different from the first scaling factor, and the control section is configured to increase the delay requirement by using the first scaling factor and to increase the delay requirement by using the second scaling factor. a control section configured to scale a delay requirement of an intra-frequency measurement based on a synchronization signal block by a scaling factor corresponding to each of a plurality of carriers; and a receiving section configured to receive the synchronization signal block in each of the plurality of carriers, wherein the receiving section is configured to receive, from a base station, a parameter that indicates a periodicity of a measurement of the synchronization signal block for each of the plurality of carriers, the control section is configured to derive a measurement period for the intra-frequency measurement by multiplying a value based on the parameter by the scaling factor, the plurality of carriers includes a first carrier and a second carrier that is different from the first carrier, a first scaling factor for the first carrier out of the plurality of carriers is based on a number of the plurality of carriers, a second scaling factor, for the second carrier is not based on the number of the plurality of carriers, that is different from the first scaling factor, and the control section is configured to increase the delay requirement by using the first scaling factor and to increase the delay requirement by using the second scaling factor.
A system comprising: a mobile device, and a collar device, the mobile device comprising: at least one sensor configured to detect a user's gesture; a controller configured to generate a command based on the detected gesture; and a communication unit configured to transmit, to the collar device, the command for indicating a force vector of a force to be provided based on attraction or repulsion between an inner layer and an outer layer of the collar device in the direction of the gesture, wherein the force vector includes a magnitude of the force corresponding to a speed of the gesture and a direction of the force corresponding to a direction of a movement of the gesture, wherein the collar device is in the form of a collar arranged so as to be wearable by a pet and comprises the inner layer, the outer layer, and a plurality of force generation devices comprising solenoids arranged in pairs such that one solenoid of each pair is disposed on the outer layer and the other solenoid of each pair is disposed on the inner layer opposite the solenoid disposed on the outer layer, and wherein the inner layer is formed of a material that is more flexible than a material forming the outer layer. a mobile device, and a collar device, the mobile device comprising: at least one sensor configured to detect a user's gesture; a controller configured to generate a command based on the detected gesture; and a communication unit configured to transmit, to the collar device, the command for indicating a force vector of a force to be provided based on attraction or repulsion between an inner layer and an outer layer of the collar device in the direction of the gesture, at least one sensor configured to detect a user's gesture; a controller configured to generate a command based on the detected gesture; and a communication unit configured to transmit, to the collar device, the command for indicating a force vector of a force to be provided based on attraction or repulsion between an inner layer and an outer layer of the collar device in the direction of the gesture, wherein the force vector includes a magnitude of the force corresponding to a speed of the gesture and a direction of the force corresponding to a direction of a movement of the gesture, wherein the collar device is in the form of a collar arranged so as to be wearable by a pet and comprises the inner layer, the outer layer, and a plurality of force generation devices comprising solenoids arranged in pairs such that one solenoid of each pair is disposed on the outer layer and the other solenoid of each pair is disposed on the inner layer opposite the solenoid disposed on the outer layer, and wherein the inner layer is formed of a material that is more flexible than a material forming the outer layer.
A system for monitoring a twin trawl being towed by a vessel, the twin trawl comprising two trawl bags, two trawl doors and a clump, wherein the system comprises: - at least one sensor arrangement comprising sensors (13, 15, 16) at trawl doors connected to each trawl at their outer edge, and at a clump connected to the adjacent edges of the trawls and - a processing unit configured for computing geometric indicators based on the measured values characterized in that the sensor arrangement comprises transmitters configured for transmitting an acoustic signal from the first trawl door to the second trawl door and to the clump and configured for transmitting an acoustic signal from the second trawl door and from the clump after reception of said acoustic signal transmitted from the first trawl door; the sensor arrangement being configured for measuring the lengths of time T1 and T2 it takes from when the acoustic signal is transmitted from the first trawl door until the first trawl door receives the acoustic signal transmitted from the second trawl door and the clump, respectively and configured for calculating the distance S1 between the first trawl door and the second trawl door and the distance S2 between the first trawl door and the clump, based on the lengths of time T1 and T2; and configured for registering the time t 2 for reception at the clump of the acoustic signal sent from the second trawl door, and for calculating the distance S3 between the second trawl door and the clump based on the time t2 and the length of time T2; and for comparing the distances S2 + S3 with S1. - at least one sensor arrangement comprising sensors (13, 15, 16) at trawl doors connected to each trawl at their outer edge, and at a clump connected to the adjacent edges of the trawls and - a processing unit configured for computing geometric indicators based on the measured values characterized in that the sensor arrangement comprises transmitters configured for transmitting an acoustic signal from the first trawl door to the second trawl door and to the clump and configured for transmitting an acoustic signal from the second trawl door and from the clump after reception of said acoustic signal transmitted from the first trawl door; the sensor arrangement being configured for measuring the lengths of time T1 and T2 it takes from when the acoustic signal is transmitted from the first trawl door until the first trawl door receives the acoustic signal transmitted from the second trawl door and the clump, respectively and configured for calculating the distance S1 between the first trawl door and the second trawl door and the distance S2 between the first trawl door and the clump, based on the lengths of time T1 and T2; and configured for registering the time t 2 for reception at the clump of the acoustic signal sent from the second trawl door, and for calculating the distance S3 between the second trawl door and the clump based on the time t2 and the length of time T2; and for comparing the distances S2 + S3 with S1.
A combination of a vehicle and a vehicle bumper structure comprising: a bumper reinforcement that is disposed at a vehicle rear side of a bumper cover provided at a front end of a vehicle, a length direction of the bumper reinforcement being a vehicle width direction; an absorber that extends along the vehicle width direction and is disposed adjacent to a vehicle front side of the bumper reinforcement; and a pedestrian collision detection sensor that includes a pressure tube extending along the vehicle width direction between the bumper reinforcement and the absorber, and that outputs a signal according to a change in pressure of the pressure tube, wherein a position of a vehicle width direction outer end of the bumper reinforcement is set between a first normal line and a second normal line, where a front-rear reference line is a line that passes through a vehicle width direction outer end of a front hood or an apron upper member in plan view and that extends along a vehicle front-rear direction, characterized in that the first normal line is a line that passes through an intersection point between the front-rear reference line and the bumper cover in plan view and that extends along a direction of a normal line with respect to the vehicle width direction outer end of the bumper reinforcement, and the second normal line is a line that is offset by 100 mm to a vehicle width direction inner side of the first normal line in plan view. a bumper reinforcement that is disposed at a vehicle rear side of a bumper cover provided at a front end of a vehicle, a length direction of the bumper reinforcement being a vehicle width direction; an absorber that extends along the vehicle width direction and is disposed adjacent to a vehicle front side of the bumper reinforcement; and a pedestrian collision detection sensor that includes a pressure tube extending along the vehicle width direction between the bumper reinforcement and the absorber, and that outputs a signal according to a change in pressure of the pressure tube, wherein a position of a vehicle width direction outer end of the bumper reinforcement is set between a first normal line and a second normal line, where a front-rear reference line is a line that passes through a vehicle width direction outer end of a front hood or an apron upper member in plan view and that extends along a vehicle front-rear direction, characterized in that the first normal line is a line that passes through an intersection point between the front-rear reference line and the bumper cover in plan view and that extends along a direction of a normal line with respect to the vehicle width direction outer end of the bumper reinforcement, and the second normal line is a line that is offset by 100 mm to a vehicle width direction inner side of the first normal line in plan view.
A method for treating an implant material having excellent biocompatibility, the method comprising: immersing a surface-roughened implant material comprising titanium or a titanium alloy in electrolyzed ozone water having an ozone concentration of from 1 ppm to 25 ppm with a contact time from 1 minute to 60 minutes; and maintaining the electrolyzed ozone water at normal temperature, thereby treating the implant material by the electrolyzed ozone water and preventing contamination due to adsorption of carbide on the surface of the implant material and imparting hydrophilicity to the surface of the implant material, wherein a carbon content in the carbide adsorbed on the surface of the implant material after treatment is made less than 25 atomic%. immersing a surface-roughened implant material comprising titanium or a titanium alloy in electrolyzed ozone water having an ozone concentration of from 1 ppm to 25 ppm with a contact time from 1 minute to 60 minutes; and maintaining the electrolyzed ozone water at normal temperature, thereby treating the implant material by the electrolyzed ozone water and preventing contamination due to adsorption of carbide on the surface of the implant material and imparting hydrophilicity to the surface of the implant material, wherein a carbon content in the carbide adsorbed on the surface of the implant material after treatment is made less than 25 atomic%.
An electrical device (10a, 10b) constructed in modular form, with an electric power module (1a, 1b) and an electrical control module to provide electrical control to the power module (1a, 1b), whereby the power module (1a, 1b) and the control module have housings (3a, 3b, 4) which are linked or can be linked to each other, wherein the modular electrical device (10a, 10b) has outer housing surfaces made of metal and plastic, whereby the housing of the control module has an open side which is closed by a metal, plate, whereby the housing (3a, 3b) of the power module (1a, 1b) is formed as a hollow body in metal with an open side, and whereby, after the housings (4, 3a, 3b) of the control module and the power module (1a, 1b) have been fitted together, the metal plate to the control module closes the open side of the housing (3a, 3b) of the power module (1a, 1b), characterized by the fact that the device (10a, 10b) is an electrical charging device and the housing of the control module is formed as a hollow body made of plastic.
A motor grader, comprising: a machine frame (12, 14) having front wheels and rear wheels connected thereto; a wheel lean control system for tilting a set of the wheels; and a moldboard adjustably connected to the frame (12, 14) for engaging ground lying material; characterized by: a rotation sensor system for determining a rotation angle to which the moldboard has been adjusted; and an electronic controller controllably coupled to said wheel lean control system and said rotation sensor system, said electronic controller configured for determining a required adjustment of said wheel lean control system necessary to counteract draft forces resulting from the rotation angle to which said moldboard is adjusted, and for issuing commands to said wheel lean control system to make any necessary adjustments of said wheel lean control system. a machine frame (12, 14) having front wheels and rear wheels connected thereto; a wheel lean control system for tilting a set of the wheels; and a rotation sensor system for determining a rotation angle to which the moldboard has been adjusted; and an electronic controller controllably coupled to said wheel lean control system and said rotation sensor system, said electronic controller configured for determining a required adjustment of said wheel lean control system necessary to counteract draft forces resulting from the rotation angle to which said moldboard is adjusted, and for issuing commands to said wheel lean control system to make any necessary adjustments of said wheel lean control system.
A ski boot device for fastening to a ski boot to be wearable with the ski boot during both skiing and walking, wherein the ski boot has a front sole section and a rear sole section in a generally common plane, wherein the front sole section includes a front interaction surface associated with binding and releasing from a front ski binding and the rear sole section includes a rear interaction surface associated with binding and releasing from a rear ski binding, the ski boot device comprising:- a first side member (10A, 10AA) and a second side member (10B, 10BB) extending along respective sides of the ski boot when the device is fastened to the ski boot; wherein each side member has a toe portion (12A, 12B) with a front attachment means configured to be attached to the side surface of the front sole section, said toe portion (12A, 12B) being formed to attach to the front sole section without interfering with the front interaction surface during binding or releasing; wherein each side member has a heel portion (14A, 14B) with a rear attachment means configured to be attached to the side surface of the rear sole section, said heel portion (14A, 14B) being formed to attach to the rear sole section without interfering with the rear interaction surface during binding or releasing; wherein each first and second side member (10A, 10B, 10AA, 10BB) has an intermediate portion (15A, 15B) provided intermediate the toe portion (12A, 12B) and the heel portion (14A, 14B) and which has a shaped profile which extends below the generally common plane and provides a contact surface during walking with the ski boot device attached to the ski boot. a first side member (10A, 10AA) and a second side member (10B, 10BB) extending along respective sides of the ski boot when the device is fastened to the ski boot; wherein each side member has a toe portion (12A, 12B) with a front attachment means configured to be attached to the side surface of the front sole section, said toe portion (12A, 12B) being formed to attach to the front sole section without interfering with the front interaction surface during binding or releasing; wherein each side member has a heel portion (14A, 14B) with a rear attachment means configured to be attached to the side surface of the rear sole section, said heel portion (14A, 14B) being formed to attach to the rear sole section without interfering with the rear interaction surface during binding or releasing; wherein each first and second side member (10A, 10B, 10AA, 10BB) has an intermediate portion (15A, 15B) provided intermediate the toe portion (12A, 12B) and the heel portion (14A, 14B) and which has a shaped profile which extends below the generally common plane and provides a contact surface during walking with the ski boot device attached to the ski boot.
Luminous device (100, 200) for an automotive vehicle, comprising a matrix-array light source (105, 205) having a matrix array of electroluminescent semiconductor element-based elementary light sources (110, 210), and a circuit for managing the supply of electrical power (130, 230) to at least one group of elementary light sources, the circuit for managing the supply of electrical power comprising a control unit (132, 232) and, for each elementary light source of said at least one group, a switch element (134, 234, 234') for selectively connecting said elementary light source to an electricity source, the control unit being further intended to control the open state of the switch elements by means of a pulse-width-modulation binary control signal (136, 236, 236'), the emitting area of each of the elementary light sources being smaller than or equal to 0.2 mm 2, the luminous device being characterized in that the control unit is configured to transmit a pulse-width-modulation binary control signal having a frequency higher than or equal to 300 Hz commanding periodic repetition of an alternation between a light-emitting state and an off state of at least one of the elementary light sources of said at least one group.