mhurhangee/ep-ind-claims huggingface dataset:
A method of resource transmission of a user equipment, comprising: determining that physical sidelink feedback channel, PSFCH, resources for a resource pool are divided into M times N PSFCH resource sets in a frequency domain, each PSFCH resource set corresponds to a subchannel in a slot for the resource pool, and N is a number of physical sidelink shared channel, PSSCH, slots associated with a PSFCH slot, M is a number of subchannels for the resource pool, M and N are integers equal to or larger than 1, wherein PSFCH transmissions from one or more receiver, RX, UEs within the same group can be frequency division multiplexed, FDMed, or code-division multiplexed, CDMed, and wherein the RX UEs select different resources firstly in the frequency domain for PSFCH transmission and then in a code domain.
A swing arm comprising: a pivot portion which is able to be connected to a vehicle body frame by a pivot shaft, a pair of left and right front arm portions (43L, 43R) which extends toward a rear side of a vehicle from the pivot portion, a cross portion which connects rear portions of the pair of left and right front arm portions (43L, 43R), and left and right rear arm portions (33L, 33R) which extend toward the rear side of the vehicle from the cross portion so as to sandwich a rear wheel therebetween and support the rear wheel in a rotatable manner, whereby a swing-arm front portion which is constituted of the pair of left and right front arm portions (43L, 43R) and the cross portion has a hollow structure, characterized in that the left and right rear arm portions (33L, 33R) are respectively constituted of an cuter wall portion (37L, 37R), an upper flange portion (38L, 38R) which extends toward the vehicle-widthwise center from an upper end of the outer wall portion (37L, 37R), and a lower flange portion (39L, 39R) which extends toward the vehicle-widthwise center from a lower end of the outer wall portion (37L, 37R), and the left and right rear arm portions (33L, 33R) have a U-shaped cross section which opens toward a vehicle-widthwise center side, wherein the recess of the U-shaped cross section is open to the outside of the swing arm.
A compound that is -2-(4-((2-ethoxy-3-(4-(trifluoromethyl)phenoxy)propyl)thio)-2-methylphenoxy)acetic acid (MBX-8025) or a salt thereof for use in treating a condition that is non-alcoholic fatty liver disease or non-alcoholic steatohepatitis.
An apparatus for controlling traffic steering, applicable to a RAN node, the apparatus comprising: a determining unit configured to determine a traffic steering target; and a transmitting unit configured to transmit a traffic steering command to a UE, the traffic steering command directing the UE to steer corresponding traffic to the traffic steering target, characterised in that the traffic steering command includes either the traffic steering target and bearer IDs or a traffic steering ratio and a shift range. a determining unit configured to determine a traffic steering target; and a transmitting unit configured to transmit a traffic steering command to a UE, the traffic steering command directing the UE to steer corresponding traffic to the traffic steering target, characterised in that the traffic steering command includes either the traffic steering target and bearer IDs or a traffic steering ratio and a shift range.
A lock-out assembly for controlling engagement between a package and a dispensing apparatus having an upwardly oriented cradle, the lock-out assembly comprising: a closure attachable to the package and including a downwardly-facing mating surface; a selectively movable insert removably positioned within in the cradle and having an upwardly-facing mating surface releasably mating with the downwardly-facing mating surface of the closure; an annular first recess positioned on one of the downwardly-facing mating surface of the closure and the upwardly facing mating surface of the insert about at least portion of a circumference of a circle having a first diameter; and an annular first projection positioned on the other of the downwardly-facing mating surface of the closure and the upwardly-facing mating surface of the insert about at least a portion of the circumference of a circle having the first diameter; wherein the first projection is dimensioned and configured to releasably mate with the first recess to engage the package with the dispensing apparatus. a closure attachable to the package and including a downwardly-facing mating surface; a selectively movable insert removably positioned within in the cradle and having an upwardly-facing mating surface releasably mating with the downwardly-facing mating surface of the closure; an annular first recess positioned on one of the downwardly-facing mating surface of the closure and the upwardly facing mating surface of the insert about at least portion of a circumference of a circle having a first diameter; and an annular first projection positioned on the other of the downwardly-facing mating surface of the closure and the upwardly-facing mating surface of the insert about at least a portion of the circumference of a circle having the first diameter;
A system for kinetic energy conversion engaging a fluid flow, comprising: a foil member having two degrees of freedom to pitch and plunge within the fluid flow; a shaft coupled to the foil member, said shaft operable to oscillate along an oscillation axis perpendicular to the pitching axis of the foil and to the fluid flow direction; and a feedback control loop system wherein said feedback loop control system comprises: a sensor system having sensors embedded within the foil member to measure an angular displacement and a pitching torque exerted by the fluid on the foil member; an actuator system operationally connected to the foil member having an electric motor/generator or servo motors which control and manipulate pitch angle; a controller system operationally connected to the sensor system to receive the sensor data and to the actuator system causing the foil member to adjustably pitch around the pitch axis such that the bi-directional fluid flow contacts the foil member to cause the shaft to oscillate along said oscillation axis; wherein the feedback control loop system monitors an angular displacement and applies a restoring torque proportional to the angular displacement, imitating a torsional spring.
An apparatus (100, 400) comprising: a primary mirror; a secondary mirror; and a lens comprising one or more refraction elements, wherein the primary mirror and the secondary mirror are configured to generate a primary beam using light emitted from a light-source, wherein the lens is positioned between the light-source and the primary mirror, and characterized in that the one or more refraction elements are configured to generate a beacon beam using at least a portion of the light emitted from the light-source. a primary mirror; a secondary mirror; and a lens comprising one or more refraction elements, wherein the primary mirror and the secondary mirror are configured to generate a primary beam using light emitted from a light-source, wherein the lens is positioned between the light-source and the primary mirror, and characterized in that the one or more refraction elements are configured to generate a beacon beam using at least a portion of the light emitted from the light-source.
A privacy film, comprising: privacy gates (102, 204, 304) configured to at least partially block content displayed by a display panel (208, 308) when the privacy film (100, 202, 302) is adjacent to the display panel; light absorption material configured to absorb light from the content; and a removable plastic release film configured to keep the privacy film from adhering permanently to the display panel, characterized in that the privacy gates have a gradient level configured to control the degree to which content is blocked, wherein individual privacy gates have varying heights and the varying heights are smallest at a centermost privacy gate, relative to the display panel, and are progressively larger towards outermost privacy gates. privacy gates (102, 204, 304) configured to at least partially block content displayed by a display panel (208, 308) when the privacy film (100, 202, 302) is adjacent to the display panel; light absorption material configured to absorb light from the content; and a removable plastic release film configured to keep the privacy film from adhering permanently to the display panel, characterized in that the privacy gates have a gradient level configured to control the degree to which content is blocked, wherein individual privacy gates have varying heights and the varying heights are smallest at a centermost privacy gate, relative to the display panel, and are progressively larger towards outermost privacy gates.
A method of producing treads, comprising, in succession, a co-extrusion step, in which the tread is co-extruded, and a cooling step, in which the extruded tread is cooled; said method being characterized in that said cooling step comprises total immersion of the tread in a cooling liquid and that the undertread is cooled by at least 35°C at an undertread cooling rate of at least 4°C per second; a time lapse of 15 seconds or less being allowed between said co-extrusion step and said cooling step; said cooling liquid being water.
Hot melt adhesive composition comprising: - a) from 5% to 50 % by weight of at least one thermoplastic polymer selected from styrene block copolymers and polyolefins selected from copolymers of ethylene and α-olefin monomers, homopolymers and copolymers of but-1-ene, copolymers of ethylene and acrylate, copolymers of ethylene and methacrylate and copolymers of ethylene and methyl acrylate; - b) from 15% to 60% by weight of at least one tackifying resin; - c) from 5% to 30% by weight of at least one plasticizer selected from a naphthenic oil, a paraffinic oils, polyisobutylene, a benzoate ester, a wax and an acrylic or carboxylic acid modified wax; and - d) from 0.1 % to 10 % by weight of a salt of a hydroxylated fatty acid comprising from 8 to 24 carbon atoms. - a) from 5% to 50 % by weight of at least one thermoplastic polymer selected from styrene block copolymers and polyolefins selected from copolymers of ethylene and α-olefin monomers, homopolymers and copolymers of but-1-ene, copolymers of ethylene and acrylate, copolymers of ethylene and methacrylate and copolymers of ethylene and methyl acrylate; - b) from 15% to 60% by weight of at least one tackifying resin; - c) from 5% to 30% by weight of at least one plasticizer selected from a naphthenic oil, a paraffinic oils, polyisobutylene, a benzoate ester, a wax and an acrylic or carboxylic acid modified wax; and - d) from 0.1 % to 10 % by weight of a salt of a hydroxylated fatty acid comprising from 8 to 24 carbon atoms.
A method of operation of a wireless device comprising a first reference crystal oscillator that operates at a first reference frequency and a second reference crystal oscillator that operates at a second reference frequency that is greater than the first reference frequency, comprising: making a decision to configure a receiver of the wireless device to use the second reference crystal oscillator; and configuring the receiver of the wireless device to use the second reference crystal oscillator in accordance with the decision; characterized in that upon making the decision to configure the receiver of the wireless device to use the second reference crystal oscillator, causing adaptation of the second reference crystal oscillator based on an output of the first reference crystal oscillator. making a decision to configure a receiver of the wireless device to use the second reference crystal oscillator; and configuring the receiver of the wireless device to use the second reference crystal oscillator in accordance with the decision; characterized in that upon making the decision to configure the receiver of the wireless device to use the second reference crystal oscillator, causing adaptation of the second reference crystal oscillator based on an output of the first reference crystal oscillator.
A method for operating a system (A1, A2) for treating containers, wherein the containers are treated by at least one first treatment unit of the system, and the containers are treated by at least one additional treatment unit of the system, and wherein a measuring device determines, either after or during the treatment in the first treatment unit, at least one parameter that is characteristic of the geometric shape of the containers, wherein at least one parameter determined by the measuring device that is characteristic of the geometric shape of the containers is taken into account for the control or adjustment of the at least one additional treatment unit and/or the sensors thereof disposed after the measuring device, characterized in that the measuring device determines, either after or during the treatment in the first treatment unit, at least one parameter that is characteristic of the abrasive wear of at least one machine element, as well as taken into account the at least one parameter that is characteristic of the abrasive wear of at least one machine element for the control or adjustment of the first treatment unit and of the at least one additional treatment unit and/or sensors thereof disposed after the measuring device.
Electrical apparatus for determining electrical variables, having a connecting region between the part of the apparatus which detects electrical variables and a fastening point for fastening the apparatus to a battery pole, wherein the connecting region has a substantially central axis which runs through the fastening point, having a conductive interface, which runs perpendicular to the central axis, between two conductor sections (26 and 32), wherein one conductor section comprises a shunt, and wherein the interface is arranged in a manner offset from the central axis, so that the central axis does not pass through the interface, characterized in that, starting from the interface, a further connecting region is present on the other side of the central axis, the said further connecting region connecting the second conductor section to the fastening point, and in that the conductor section is connected to the fastening point at least by an interlocking connection by a shaped part which engages around the two conductor sections (32 and 26) being provided.
A method for protecting a program in a computer system, the method comprising: - when a subroutine of said program is called, pushing a return address on to a stack to start forming a stack frame; - when pushing said return address, generating a checksum for said stack frame; - each time a predetermined opcode is detected for said subroutine, updating said checksum according to an operand associated with said predetermined opcode; - if the predetermined opcode is a pop opcode, in addition to said updating, determining whether the operand associated with said pop opcode is said return address; - if it is determined that said operand is said return address, verifying said checksum before executing said predetermined opcode in order to detect an attack. - when a subroutine of said program is called, pushing a return address on to a stack to start forming a stack frame; - when pushing said return address, generating a checksum for said stack frame; - each time a predetermined opcode is detected for said subroutine, updating said checksum according to an operand associated with said predetermined opcode; - if the predetermined opcode is a pop opcode, in addition to said updating, determining whether the operand associated with said pop opcode is said return address; - if it is determined that said operand is said return address, verifying said checksum before executing said predetermined opcode in order to detect an attack.
An apparatus for processing an animation, the apparatus comprising: an object storage unit to store a plurality of objects included in animation content; and an animation control unit including a hardware-based processor configured to determine the number of objects to be rendered in one frame based on a target frames per second, selectively adjust at least one of the number of objects to be rendered in one frame and the target FPS by calculating a rendering time of objects selected from among the plurality of objects based on the number of objects and comparing the rendering time with a target time corresponding to the target FPS, characterised in that the animation control unit is further configured to decrease the target FPS if the rendering time of the selected objects is greater than the target time corresponding to the target FPS and the number of objects to be rendered in one frame is less than a preset number that is based on the number of objects included in the content. an object storage unit to store a plurality of objects included in animation content; and an animation control unit including a hardware-based processor configured to determine the number of objects to be rendered in one frame based on a target frames per second, selectively adjust at least one of the number of objects to be rendered in one frame and the target FPS by calculating a rendering time of objects selected from among the plurality of objects based on the number of objects and comparing the rendering time with a target time corresponding to the target FPS, characterised in that the animation control unit is further configured to decrease the target FPS if the rendering time of the selected objects is greater than the target time corresponding to the target FPS and the number of objects to be rendered in one frame is less than a preset number that is based on the number of objects included in the content.
A method for setting a mode to operate a touchscreen, comprising: receiving, via the touchscreen, at least one point of contact on the touchscreen generated by one or more fingers of a user, the touchscreen including a plurality of icons; detecting, by at least one processing device, at one time a total number of the points of contact on the touchscreen; characterized by checking, by the at least one processing device, whether the total number of the points of contact is equal to a predetermined total number of the points of contact and if the total number of the points of contact is equal to the predetermined total number of the points of contact, then: detect, by at least one processing device, the respective coordinates of the points of contact; determine, based on the total number of the points of contact and the respective coordinates of the points of contact, whether the user intends to use two hands to operate the touchscreen and control the touchscreen to display the plurality of icons into two-hand mode according to a result of the determination of two-hand operation. receiving, via the touchscreen, at least one point of contact on the touchscreen generated by one or more fingers of a user, the touchscreen including a plurality of icons; detecting, by at least one processing device, at one time a total number of the points of contact on the touchscreen; characterized by checking, by the at least one processing device, whether the total number of the points of contact is equal to a predetermined total number of the points of contact and if the total number of the points of contact is equal to the predetermined total number of the points of contact, then: detect, by at least one processing device, the respective coordinates of the points of contact; determine, based on the total number of the points of contact and the respective coordinates of the points of contact, whether the user intends to use two hands to operate the touchscreen and control the touchscreen to display the plurality of icons into two-hand mode according to a result of the determination of two-hand operation. detect, by at least one processing device, the respective coordinates of the points of contact; determine, based on the total number of the points of contact and the respective coordinates of the points of contact, whether the user intends to use two hands to operate the touchscreen and control the touchscreen to display the plurality of icons into two-hand mode according to a result of the determination of two-hand operation.
A method of transferring stored event data from an event detector in a vehicle to a remote evaluation server, comprising the steps of: capturing driving event data at an event detector in a vehicle and storing the captured driving event data in a data storage area; monitoring an output of a sensor in the vehicle, wherein the sensor comprises a motion sensor; setting a sensor threshold for the sensor to identify when the vehicle is not moving; in the event that the threshold is detected, determining whether an access point or a docking station is detected; and in the event that the access point or the docking station is detected, transferring (306; 308) the captured driving event data from the data storage area to an evaluation server via the access point or the docking station, and deleting the transferred driving event data from the data storage area; in the event that the access point or the docking station is not detected, awaiting expiry of a back off time period and, in the event that it is determined again that the vehicle is not moving, determining whether an access point or a docking station is detected and, in the event that it is determined again that the vehicle is not moving, monitoring an output of the sensor in the vehicle. capturing driving event data at an event detector in a vehicle and storing the captured driving event data in a data storage area; monitoring an output of a sensor in the vehicle, wherein the sensor comprises a motion sensor; setting a sensor threshold for the sensor to identify when the vehicle is not moving; in the event that the threshold is detected, determining whether an access point or a docking station is detected; and in the event that the access point or the docking station is detected, transferring (306; 308) the captured driving event data from the data storage area to an evaluation server via the access point or the docking station, and deleting the transferred driving event data from the data storage area; in the event that the access point or the docking station is not detected, awaiting expiry of a back off time period and, in the event that it is determined again that the vehicle is not moving, determining whether an access point or a docking station is detected and, in the event that it is determined again that the vehicle is not moving, monitoring an output of the sensor in the vehicle.