mhurhangee/patent-ind-claim-en huggingface dataset:
A polar decoding method, comprising: obtaining (S71) a polar code sequence; determining (S72) at least one first candidate information bit length corresponding to a code length N of the polar code sequence; and decoding (S73) the polar code sequence based on blind detection by using the code length N and the at least one first candidate information bit length, wherein the at least one first candidate information bit length is a part of a preset information bit length set M corresponding to the code length N, wherein the preset information bit length set M comprises a plurality of candidate information bit lengths K, including at least one second candidate information bit length, the at least one second candidate information bit length is excluded from being decoded for its blind detection, and each second candidate information bit length is less than one or more candidate information bit lengths in the at least one first candidate information bit length, and wherein for each code length N, a subset of information bits of higher candidate information bit lengths in the preset information bit length set M is a subset of dedicated frozen bits for all lower candidate information bit lengths, and every information bit of said lower candidate information bit lengths is an information bit within said higher candidate information bit lengths. obtaining (S71) a polar code sequence; determining (S72) at least one first candidate information bit length corresponding to a code length N of the polar code sequence; and decoding (S73) the polar code sequence based on blind detection by using the code length N and the at least one first candidate information bit length, wherein the at least one first candidate information bit length is a part of a preset information bit length set M corresponding to the code length N, wherein the preset information bit length set M comprises a plurality of candidate information bit lengths K, including at least one second candidate information bit length, the at least one second candidate information bit length is excluded from being decoded for its blind detection, and each second candidate information bit length is less than one or more candidate information bit lengths in the at least one first candidate information bit length, and wherein for each code length N, a subset of information bits of higher candidate information bit lengths in the preset information bit length set M is a subset of dedicated frozen bits for all lower candidate information bit lengths, and every information bit of said lower candidate information bit lengths is an information bit within said higher candidate information bit lengths.
A method comprising: receiving a data identification from a sending terminal ; sending the data identification to a server ; receiving data returned from the server that corresponds to the data identification; identifying whether the received data is general data or a user identification of the sending terminal based at least in part on whether a preset label is included in the received data; obtaining user information corresponding to the user identification of the sending terminal according to the user identification of the sending terminal in response to identifying that the received data is the user identification of the sending terminal ; and discovering a user of the sending terminal based on the obtained user information. receiving a data identification from a sending terminal ; sending the data identification to a server ; receiving data returned from the server that corresponds to the data identification; identifying whether the received data is general data or a user identification of the sending terminal based at least in part on whether a preset label is included in the received data; obtaining user information corresponding to the user identification of the sending terminal according to the user identification of the sending terminal in response to identifying that the received data is the user identification of the sending terminal ; and discovering a user of the sending terminal based on the obtained user information.
An apparatus for wireless communication at a user equipment, UE, comprising: means for determining that a reference signal is associated with a positioning procedure to identify a geographic location of the UE; means for determining, based at least in part on determining that the reference signal is associated with the positioning procedure, an absence of a first parameter associated with a transmit power for transmitting the reference signal; means for determining, based at least in part on the absence of the first parameter, the transmit power; and means for transmitting, via the one or more transceivers and during the positioning procedure, the reference signal according to the transmit power; characterized by : the means for determining the transmit power comprising: means for identifying a maximum target received power at a serving cell and calculating the transmit power based at least in part on the maximum target received power. means for determining that a reference signal is associated with a positioning procedure to identify a geographic location of the UE; means for determining, based at least in part on determining that the reference signal is associated with the positioning procedure, an absence of a first parameter associated with a transmit power for transmitting the reference signal; means for determining, based at least in part on the absence of the first parameter, the transmit power; and means for transmitting, via the one or more transceivers and during the positioning procedure, the reference signal according to the transmit power; characterized by : the means for determining the transmit power comprising: means for identifying a maximum target received power at a serving cell and calculating the transmit power based at least in part on the maximum target received power.
Method for monitoring at least one component and/or component type of a roller bar carpet of a continuously operating press for the production of pressed boards , in particular material boards made of wood and/or other renewable agricultural products such as chipboards, fiberboards, strawboards and shavings boards, as well as plastic boards, characterized in that at least one spatial region, through which the at least one component and/or component type passes under normal conditions, is detected by means of at least one optical detector as a two-dimensional optical image , at least one actual state of at least one defined image section of the image is compared with a predefinable target state, if any deviations between the at least one actual state and the target state exceed a predefined limit amount, at least one warning message is generated. at least one actual state of at least one defined image section of the image is compared with a predefinable target state, if any deviations between the at least one actual state and the target state exceed a predefined limit amount, at least one warning message is generated.
A secondary battery comprising: an electrode assembly configured to have a structure in which a separator is interposed between a positive electrode and a negative electrode; a battery case having formed therein a receiving portion configured to receive the electrode assembly ; electrode leads configured to protrude outwards from the battery case ; and lead films ) attached to opposite surfaces of each of the electrode leads , wherein each of the lead films comprises a luminous material . an electrode assembly configured to have a structure in which a separator is interposed between a positive electrode and a negative electrode; a battery case having formed therein a receiving portion configured to receive the electrode assembly ; electrode leads configured to protrude outwards from the battery case ; and lead films ) attached to opposite surfaces of each of the electrode leads , wherein each of the lead films comprises a luminous material .
A hybrid drive device comprising: an engine (EG) which outputs a rotation drive force to an output shaft (EG-1); an input shaft which is rotated in association with a rotation of a drive wheel; a clutch disposed between the output shaft and the input shaft for connecting or disconnecting the output shaft and the input shaft; and a motor/generator (MG1, MG2) which is rotated in association with a rotation of the input shaft; characterized by an allowable clutch heat generation amount calculating means for calculating an allowable clutch heat generation amount which corresponds to a heat generation amount that the clutch can allow under the clutch being in engagement; a motor/generator rotation control means for controlling a rotation speed of the motor/generator not to exceed the allowable clutch heat generation amount calculated by the allowable clutch heat generation amount calculating means; and an allowable clutch difference rotation speed calculating means for calculating an allowable clutch difference rotation speed which corresponds to a difference rotation speed between the output shaft and the input shaft based on the allowable clutch heat generation amount, wherein the motor/generator rotation control means controls the rotation speed of the motor/generator so that a clutch difference rotation speed which corresponds to the difference rotation speed between the output shaft and the input shaft becomes equal to or less than the allowable clutch difference rotation speed. an engine (EG) which outputs a rotation drive force to an output shaft (EG-1); an input shaft which is rotated in association with a rotation of a drive wheel; a clutch disposed between the output shaft and the input shaft for connecting or disconnecting the output shaft and the input shaft; and a motor/generator (MG1, MG2) which is rotated in association with a rotation of the input shaft; characterized by an allowable clutch heat generation amount calculating means for calculating an allowable clutch heat generation amount which corresponds to a heat generation amount that the clutch can allow under the clutch being in engagement; a motor/generator rotation control means for controlling a rotation speed of the motor/generator not to exceed the allowable clutch heat generation amount calculated by the allowable clutch heat generation amount calculating means; and an allowable clutch difference rotation speed calculating means for calculating an allowable clutch difference rotation speed which corresponds to a difference rotation speed between the output shaft and the input shaft based on the allowable clutch heat generation amount, wherein the motor/generator rotation control means controls the rotation speed of the motor/generator so that a clutch difference rotation speed which corresponds to the difference rotation speed between the output shaft and the input shaft becomes equal to or less than the allowable clutch difference rotation speed.
Method for detecting faults in a set of wires to be tested comprising at least two test wires each having a first end, the input end, and a second end, the output end, wherein said method uses: - a signal generator , - an electrical ground , - an acquisition unit adapted for measuring the return signal, - an analysis unit , and - a control unit ; wherein said method comprises the following steps in succession: - selecting and connecting at least one wire to be analysed to the signal generator , - generating a test signal on the wire to be analysed, using the signal generator , - measuring the power of a first return signal on at least one connected wire, using the acquisition unit , - analysing the power of the return signal on the wire considered, using the analysis unit , and - determining the integrity of the wire undergoing analysis, and wherein these steps are repeated automatically, the wire to be tested changing each time, characterised in that a set of end loads is connected to the output ends of each wire, a switching matrix providing a plurality of channels respectively connected to the input ends of the wires to be tested is used to select and connect a wire, and whose function is to connect the wires to be tested either to the electrical ground or to the signal generator and to select only one of the channels for analysis of a return signal, and for selecting and connecting at least a wire to be analysed, the other wires are grounded. - a signal generator , - an electrical ground , - an acquisition unit adapted for measuring the return signal, - an analysis unit , and - a control unit ; - selecting and connecting at least one wire to be analysed to the signal generator , - generating a test signal on the wire to be analysed, using the signal generator , - measuring the power of a first return signal on at least one connected wire, using the acquisition unit , - analysing the power of the return signal on the wire considered, using the analysis unit , and - determining the integrity of the wire undergoing analysis,
A radar system having a plurality of radar devices for detecting an object (T) that exists within a predetermined range on the basis of results of reception of a reflected wave in response to a transmitted wave, comprising: a determination unit which determines whether or not the object (T) is a moving body on the basis of the results of reception by at least any of the radar devices , characterized by the radar system comprising: a controller which controls as a target a radar device that is installed in the moving direction of the object (T) so that the radar operation is temporarily stopped in the case where the determination unit has determined that the object (T) is a moving body, wherein the plurality of radar devices includes a moving body detection radar device that is superior to other radar devices in terms of the power withstanding performance, and the determination unit and the controller can carry out a process by using the results of reception by the moving body detection radar device . a controller which controls as a target a radar device that is installed in the moving direction of the object (T) so that the radar operation is temporarily stopped in the case where the determination unit has determined that the object (T) is a moving body, wherein the plurality of radar devices includes a moving body detection radar device that is superior to other radar devices in terms of the power withstanding performance, and the determination unit and the controller can carry out a process by using the results of reception by the moving body detection radar device .
Commercial vehicle tyre which is cold-retreadable and comprises sidewalls , belt plies and a profiled tread with shoulder flanks located outside the ground contact area and running to the sidewalls , wherein a buffing indicator (9, 9`, 9") for indicating the buffing depth is provided on at least one shoulder flank , running around in the circumferential direction, possibly interrupted in some portions and formed by a multiplicity of elevations , wherein the elevations have with respect to the level of the shoulder flank a maximum thickness, determined perpendicularly to this level, of 0.5 mm to 2.0 mm, characterized in that the elevations of the buffing indicator (9, 9`, 9") are dome-shaped and have a circular base area with a diameter of 0.5 mm to 2.0 mm.
A method for testing control logic for a propeller driven by a gas turbine engine of an aircraft , the control logic comprising minimum pitch protection logic and propeller overspeed protection logic, the method comprising: overriding, by one or more controllers, a signal indicating the aircraft is operating in a ground mode ; testing, by the one or more controllers, the minimum pitch protection logic when the signal is overriden ; determining, by the one or more controllers, that the gas turbine engine is operating at a ground fine setting ; restoring, by the one or more controllers, the signal to an original state in which the signal indicates the aircraft is operating in the ground mode ; and modifying, by the one or more controllers, the propeller overspeed protection logic ; determining, by the one or more controllers, that the propeller is operating at a low pitch condition when the gas turbine engine is operating at the ground fine setting ; determining, by the one or more controllers, that the propeller is operating at an overspeed condition when the gas turbine engine is operating at the ground fine setting ; and testing, by the one or more controllers, the propeller overspeed protection logic in response to determining the propeller is operating at the overspeed condition. overriding, by one or more controllers, a signal indicating the aircraft is operating in a ground mode ; testing, by the one or more controllers, the minimum pitch protection logic when the signal is overriden ; determining, by the one or more controllers, that the gas turbine engine is operating at a ground fine setting ; restoring, by the one or more controllers, the signal to an original state in which the signal indicates the aircraft is operating in the ground mode ; and modifying, by the one or more controllers, the propeller overspeed protection logic ; determining, by the one or more controllers, that the propeller is operating at a low pitch condition when the gas turbine engine is operating at the ground fine setting ; determining, by the one or more controllers, that the propeller is operating at an overspeed condition when the gas turbine engine is operating at the ground fine setting ; and testing, by the one or more controllers, the propeller overspeed protection logic in response to determining the propeller is operating at the overspeed condition.
Locking bracket for locking a digital device preliminarily inserted into a casing , said bracket comprising an internal face for receiving at least one portion of said digital device and one external locking face, said bracket comprising: - means of assembling with said casing; - means for retaining said digital device; - at least one locking unit comprising means for locking the bracket to said casing the bracket being characterized in that the locking unit comprises an anchor point taking the form of a locking slot adapted to receive an appropriate lock. - means of assembling with said casing; - means for retaining said digital device; - at least one locking unit comprising means for locking the bracket to said casing
A method of making a tobacco product, the method comprising: melting a food-grade wax and a flavorant into a molten wax, the molten wax having a melting temperature ranging from 50°C to 70°C; preparing solid flavorant particles from the molten wax by one of: (A) solidifying the molten wax to form a solidified wax, and grinding the solidified wax into the solid flavorant particles, or (B) spray-chilling the molten wax into the solid flavorant particles; and forming the tobacco product including the solid flavorant particles, the solid flavorant particles including the flavorant in an amount ranging from 1 weight percent to 10 weight percent. melting a food-grade wax and a flavorant into a molten wax, the molten wax having a melting temperature ranging from 50°C to 70°C; preparing solid flavorant particles from the molten wax by one of: (A) solidifying the molten wax to form a solidified wax, and grinding the solidified wax into the solid flavorant particles, or (B) spray-chilling the molten wax into the solid flavorant particles; and (A) solidifying the molten wax to form a solidified wax, and grinding the solidified wax into the solid flavorant particles, or (B) spray-chilling the molten wax into the solid flavorant particles; and forming the tobacco product including the solid flavorant particles, the solid flavorant particles including the flavorant in an amount ranging from 1 weight percent to 10 weight percent.
Chain drive for internal combustion engines for driving camshafts, comprising a chain , guide rails and at least one tensioning rail as well as a chain tensioner operatively connected with the tensioning rail such that the chain is stretched in an empty strand , wherein the chain tensioner comprises a piston slidably mounted in a housing which piston is maintained pre-tensioned by a spring , wherein two oil-filled chambers are provided which are successive in the axial direction of the housing and separated by mold elements arranged on the piston and/ or on the housing arranged mold elements are provided, wherein the mold elements form helical or radially extending channels as throttle cross sections at the piston or the housing , and wherein means for reducing the friction between the chain and the guide and tensioning rails are provided, wherein the means for reducing the friction between the chain and the guide and tensioning rails are formed by the housing being closed almost fluid-tight, so that upon movement of the piston due to chain vibrations oil can be passed from one chamber to the other such that in each operating state, a higher damping is achievable, whereby a bias is adjustable that is reduced in the initial state of the chain tensioner , characterized in that the channels have openings extending in the axial direction.
A magnetic memory cell (30; 60; 70; 80; 90; 100), comprising: a stack (31; 61; 71; 81; 91; 101) including a magnetic layer section between a conductive layer section and a section of the layer that is different from the conductive layer, the magnetic layer having a magnetization perpendicular to the plane of the layers; a metallization section (42; 62; 72; 82; 92; 102) on which the stack is placed; and first, second, third and fourth metallization arms (44D to 44G), each arm having a median axis (45D to 45G), wherein, for each arm, a current flowing towards the stack in the direction of the median axis sees that section of the stack which is closest to the arm mostly on its left for the first and second arms , and mostly on its right for the third and fourth arms . a stack (31; 61; 71; 81; 91; 101) including a magnetic layer section between a conductive layer section and a section of the layer that is different from the conductive layer, the magnetic layer having a magnetization perpendicular to the plane of the layers; a metallization section (42; 62; 72; 82; 92; 102) on which the stack is placed; and first, second, third and fourth metallization arms (44D to 44G), each arm having a median axis (45D to 45G), wherein, for each arm, a current flowing towards the stack in the direction of the median axis sees that section of the stack which is closest to the arm mostly on its left for the first and second arms , and mostly on its right for the third and fourth arms .
A drive device for a movable furniture part , having a lockable ejection device , by means of which the movable furniture part can be ejected from a closed position by a force accumulator in the opening direction, and the ejection device is unlockable by overpressing of the movable furniture part from the locked closed position in the closing direction, wherein an overpressing safeguard is provided, which prevents unlocking of the ejection device from occurring in the event of a closing procedure and a movement of the movable furniture part beyond the closed position into the overpressing position, whereby a switching element is provided, which can be actuated via a control element that can be coupled to the movable furniture part , and which enables unlocking of the ejection device in a first position and prevents unlocking of the ejection device in a second position, and in the event of a continuous movement of the movable furniture part in the closing direction into the closed position and beyond the closed position into the overpressing position, the switching element is movable from the first into the second position, and in the event of the subsequent movement of the movable furniture part from the overpressing position into the closed position, the switching element is movable from the second position into the first position, whereby a control rocker or a driver is provided, by means of which the switching element is switchable from the first into the second position.