mhurhangee/patent-ind-claim-en huggingface dataset:
An equalization training method, comprising: obtaining a training rate of each of a master chip and a slave chip in a target phase of equalization training, wherein the target phase is a third phase or a fourth phase; and determining a target rate threshold interval within which the training rate in the target phase falls, determining , based on a correspondence between N+1 rate threshold intervals and N+1 equalization timeout periods, a target equalization timeout period corresponding to the target rate threshold interval, and configuring the target equalization timeout period as an equalization timeout period in the target phase, wherein N rate thresholds are predetermined, N is an integer greater than 0, and each (N+1)-th rate threshold interval is larger than a N-th rate threshold interval, and an equalization timeout period corresponding to the (N+1)-th rate threshold interval is larger than the equalization timeout period corresponding to the N-th rate threshold interval; and wherein equalization training in the target phase is performed on the master chip and the slave chip within the equalization timeout period in the target phase. obtaining a training rate of each of a master chip and a slave chip in a target phase of equalization training, wherein the target phase is a third phase or a fourth phase; and determining a target rate threshold interval within which the training rate in the target phase falls, determining , based on a correspondence between N+1 rate threshold intervals and N+1 equalization timeout periods, a target equalization timeout period corresponding to the target rate threshold interval, and configuring the target equalization timeout period as an equalization timeout period in the target phase, wherein N rate thresholds are predetermined, N is an integer greater than 0, and each (N+1)-th rate threshold interval is larger than a N-th rate threshold interval, and an equalization timeout period corresponding to the (N+1)-th rate threshold interval is larger than the equalization timeout period corresponding to the N-th rate threshold interval; and wherein equalization training in the target phase is performed on the master chip and the slave chip within the equalization timeout period in the target phase.
Method for operating a driver model for controlling a vehicle on a test bench, wherein the method comprises the following steps: a) ascertaining a specified target power curve that changes with time for the vehicle from a test cycle to be run, b) determining a tolerance range for the target power curve , wherein the tolerance range is limited by an upper boundary and a lower boundary , wherein the upper boundary is determined based on a course of the target power curve plus a specified upper tolerance value , and wherein the lower boundary is determined based on the course of the target power curve minus a specified lower tolerance value , c) determining an expected characteristic curve for a power of the vehicle to be expected in the future by extrapolating a power progression of the vehicle at a current setting of the vehicle for a prediction window of a specified temporal length, and d) enabling a control command by means of the driver model for changing a setting of the vehicle for the case where the expected characteristic curve intersects at least one of the upper boundary and the lower boundary of the tolerance range within the temporal prediction window . a) ascertaining a specified target power curve that changes with time for the vehicle from a test cycle to be run, b) determining a tolerance range for the target power curve , wherein the tolerance range is limited by an upper boundary and a lower boundary , wherein the upper boundary is determined based on a course of the target power curve plus a specified upper tolerance value , and wherein the lower boundary is determined based on the course of the target power curve minus a specified lower tolerance value , the tolerance range is limited by an upper boundary and a lower boundary , wherein the upper boundary is determined based on a course of the target power curve plus a specified upper tolerance value , and wherein the lower boundary is determined based on the course of the target power curve minus a specified lower tolerance value , c) determining an expected characteristic curve for a power of the vehicle to be expected in the future by extrapolating a power progression of the vehicle at a current setting of the vehicle for a prediction window of a specified temporal length, and d) enabling a control command by means of the driver model for changing a setting of the vehicle for the case where the expected characteristic curve intersects at least one of the upper boundary and the lower boundary of the tolerance range within the temporal prediction window .
A hoist life calculating device which calculates a life of a hoist performing operations such as lifting and lowering, comprising: a load calculating unit configured to calculate a suspended load of the hoist from a current value of a control inverter of the hoist and the number of rotations of a motor; an operation cycle measuring unit configured to count both of the number of lifting operation times and the number of lowering operation times of the hoist for each load calculated by the load calculating unit ; an operating time measuring unit configured to count an operating time for each load calculated by the load calculating unit ; and a remaining lifetime calculating unit configured to calculate a loading rate from the operating time for each load measured by the operating time measuring unit , and calculate a remaining lifetime of the hoist from the obtained loading rate; wherein the loading rate is calculated on the basis of the following equation: K = ∑ ti tτ P 3 3 where K is the loading rate; t i : is the operating time for each load classification; t T : is a total operating time; t i /t T is the time rate for each load classification; and P is a loading ratio. a load calculating unit configured to calculate a suspended load of the hoist from a current value of a control inverter of the hoist and the number of rotations of a motor; an operation cycle measuring unit configured to count both of the number of lifting operation times and the number of lowering operation times of the hoist for each load calculated by the load calculating unit ; an operating time measuring unit configured to count an operating time for each load calculated by the load calculating unit ; and a remaining lifetime calculating unit configured to calculate a loading rate from the operating time for each load measured by the operating time measuring unit , and calculate a remaining lifetime of the hoist from the obtained loading rate; wherein the loading rate is calculated on the basis of the following equation:
A user authentication method performed by a session management function entity, SMF, the method comprising: • receiving (S 101) a session establishment request message from a terminal device, wherein the session establishment request message is used to request to establish a session for the terminal device; • determining (S 102), based on the session establishment request message, to perform user authentication on a user using the terminal device; • if it is determined to perform the user authentication, sending (S 103) a session establishment message to a user plane function entity, UPF, wherein the session establishment message is used to establish a first session for the terminal device, and a session attribute of the first session is: a session used to transmit only a user authentication message; and • sending (S 104) an indication message to the terminal device, wherein the indication message is used to indicate the session attribute of the first session, and wherein the user authentication is used to verify the authority of the user using the terminal device. • receiving (S 101) a session establishment request message from a terminal device, wherein the session establishment request message is used to request to establish a session for the terminal device; • determining (S 102), based on the session establishment request message, to perform user authentication on a user using the terminal device; • if it is determined to perform the user authentication, sending (S 103) a session establishment message to a user plane function entity, UPF, wherein the session establishment message is used to establish a first session for the terminal device, and a session attribute of the first session is: a session used to transmit only a user authentication message; and • sending (S 104) an indication message to the terminal device, wherein the indication message is used to indicate the session attribute of the first session,
A cell module equalizing and precharging device comprising: a converter unit located between a battery including more than one cell module (10-1), wherein each of the more than one cell modules (10-1) has an anode terminal and a cathode terminal, and a load , and configured to perform a precharging operation and an equalizing operation; a switching unit for selectively connecting one or more of the more than one cell modules (10-1) and the converter unit ; and a control unit selectively forming a precharge circuit for performing the precharging operation or an equalizing circuit for performing the equalizing operation by controlling a conduction state of the switching unit based on an operation which the converter unit intends to perform; wherein the converter unit includes an input terminal connected with the anode of the battery , a first output terminal connected with the load , and a second output terminal connected with the switching unit ; wherein one side of the switching unit is connected with an anode terminal and a cathode terminal of each of the more than one cell modules (10-1) and another side is connected with the second output terminal of the converter unit . a converter unit located between a battery including more than one cell module (10-1), wherein each of the more than one cell modules (10-1) has an anode terminal and a cathode terminal, and a load , and configured to perform a precharging operation and an equalizing operation; a switching unit for selectively connecting one or more of the more than one cell modules (10-1) and the converter unit ; and a control unit selectively forming a precharge circuit for performing the precharging operation or an equalizing circuit for performing the equalizing operation by controlling a conduction state of the switching unit based on an operation which the converter unit intends to perform; wherein the converter unit includes an input terminal connected with the anode of the battery , a first output terminal connected with the load , and a second output terminal connected with the switching unit ; an input terminal connected with the anode of the battery , a first output terminal connected with the load , and a second output terminal connected with the switching unit ; wherein one side of the switching unit is connected with an anode terminal and a cathode terminal of each of the more than one cell modules (10-1) and another side is connected with the second output terminal of the converter unit .
A single-sided magnetic resonance apparatus for imaging one or more structures included in a subject, the apparatus comprising: one or more arrays of magnetic components comprised in one or more layers to generate a magnetic field on one side of the apparatus , said magnetic field having a well characterized magnetic field profile suitable for imaging over a region, the magnetic components being permanent magnets or electromagnets or electropermanent magnets, whereby each electropermanent magnet is a combination of hard and soft magnetic materials with one or more current-carrying coils configured to magnetize the soft magnetic material, wherein some of the magnetic components in a layer are oriented in directions so as to provide magnetic fields opposing the magnetic field provided by other magnetic components of the magnetic components in the same or other layers; and an access aperture provided through the magnetic components enabling intervention with the subject of the imaging, wherein the subject is a living animal or a person. one or more arrays of magnetic components comprised in one or more layers to generate a magnetic field on one side of the apparatus , said magnetic field having a well characterized magnetic field profile suitable for imaging over a region, the magnetic components being permanent magnets or electromagnets or electropermanent magnets, whereby each electropermanent magnet is a combination of hard and soft magnetic materials with one or more current-carrying coils configured to magnetize the soft magnetic material, wherein some of the magnetic components in a layer are oriented in directions so as to provide magnetic fields opposing the magnetic field provided by other magnetic components of the magnetic components in the same or other layers; and an access aperture provided through the magnetic components enabling intervention with the subject of the imaging, wherein the subject is a living animal or a person.
A method of registration for a manipulator assembly having a first manipulator , the method comprising: sensing a state of a registration feature of a surgical table , the surgical table being positionable in one or more degrees of freedom and being separate from the manipulator assembly ; determining a spatial relationship between the surgical table and the manipulator assembly based on the sensed state of the registration feature ; and registering the manipulator assembly with the surgical table based on the determined spatial relationship between the surgical table and the manipulator assembly ; wherein the registering the manipulator assembly with the surgical table comprises attaching a distal portion of the first manipulator to the registration feature of the surgical table . sensing a state of a registration feature of a surgical table , the surgical table being positionable in one or more degrees of freedom and being separate from the manipulator assembly ; determining a spatial relationship between the surgical table and the manipulator assembly based on the sensed state of the registration feature ; and registering the manipulator assembly with the surgical table based on the determined spatial relationship between the surgical table and the manipulator assembly ; wherein the registering the manipulator assembly with the surgical table comprises attaching a distal portion of the first manipulator to the registration feature of the surgical table .
A method for wireless communications by a base station, BS, comprising: determining a first configuration of one or more subframes within at least one radio frame available for a plurality of user equipments, UEs, to use for bundled communications with the BS; determining , for a subset of the plurality of UEs, one or more subframes in the at least one radio frame that are unavailable for bundled uplink transmissions from the subset of UEs; transmitting an indication of the determined unavailable subframes to the subset of UEs in order to override the first configuration of subframes with a second configuration of one or more subframes, within the at least one radio frame, for the subset of UEs to use for bundled communications with the BS; and communicating with the subset of UEs using the second configuration of subframes. determining a first configuration of one or more subframes within at least one radio frame available for a plurality of user equipments, UEs, to use for bundled communications with the BS; determining , for a subset of the plurality of UEs, one or more subframes in the at least one radio frame that are unavailable for bundled uplink transmissions from the subset of UEs; transmitting an indication of the determined unavailable subframes to the subset of UEs in order to override the first configuration of subframes with a second configuration of one or more subframes, within the at least one radio frame, for the subset of UEs to use for bundled communications with the BS; and communicating with the subset of UEs using the second configuration of subframes.
A razor blade extending along a longitudinal axis L, the blade comprising: a cutting edge portion positioned along a second plane, a base portion positioned along a first plane that is different from the second plane, wherein the first plane intersects the second plane at an angle, the razor blade further comprising a bent portion intermediate to the cutting edge portion and base portion , and an extended portion extending from the base portion away from the second plane, wherein the cutting edge portion , base portion , bent portion , and extended portion are monolithically formed, characterized in that the extended portion extends away from the base portion a distance (EH 1 , EH 2 , EH 3 , EH 4 ) of 1.6mm and in that a total height (H 1 , H 2 , H 3 , H 4 ) of the base portion and the extended portion is within a range of 2.0mm to 12mm. a cutting edge portion positioned along a second plane, a base portion positioned along a first plane that is different from the second plane, wherein the first plane intersects the second plane at an angle, the razor blade further comprising a bent portion intermediate to the cutting edge portion and base portion , and an extended portion extending from the base portion away from the second plane, wherein the cutting edge portion , base portion , bent portion , and extended portion are monolithically formed, characterized in that the extended portion extends away from the base portion a distance (EH 1 , EH 2 , EH 3 , EH 4 ) of 1.6mm and in that a total height (H 1 , H 2 , H 3 , H 4 ) of the base portion and the extended portion is within a range of 2.0mm to 12mm.
Pelleting device, in particular for a field-guided mobile stalk-crop harvesting machine with a built-in diesel engine , a means for preheating the stalk material fed from a chopper with the waste heat of the diesel engine , a screw conveyor for the stalk material and with a pelleting device, whereby the diesel engine drives a current generator , which feeds drive motors and servomotors via switch devices, wherein the diesel engine also directly drives a ring die of a ring die pelleting press with at least one pan grinder roller , characterized in that a controller for the speed of the screw conveyor is one of the switch devices, which is governed by the load-dependent and variably-injected amount of fuel of the diesel engine that operates at constant speed and regulates the drive motor of the screw conveyor inversely proportionally to the injection amount to feed the ring die pelleting press .
A method for estimating a time offset of a transmitted signal which comprises pilot symbols and data symbols received by a receiver, the method comprising: receiving and sampling, by the receiver the transmitted signal to produce a received signal; and processing an optimising function of the received signal at a finite number of possible time offsets to produce an estimate of the time offset wherein the optimising function is a function of both pilot symbols and data symbols wherein the optimising function is processed at the finite number of possible time offsets τ 1 , τ 2 ,..., τ K for some positive integer K where τ i +1 - τ i =Δ, and Δ= T / c where T is the symbol period of the pilot symbols and data symbols, and c is a positive integer. receiving and sampling, by the receiver the transmitted signal to produce a received signal; and processing an optimising function of the received signal at a finite number of possible time offsets to produce an estimate of the time offset wherein the optimising function is a function of both pilot symbols and data symbols wherein the optimising function is processed at the finite number of possible time offsets τ 1 , τ 2 ,..., τ K for some positive integer K where τ i +1 - τ i =Δ, and Δ= T / c where T is the symbol period of the pilot symbols and data symbols, and c is a positive integer.
A method for controlling internet browsing user security, the method comprising: - receiving, by a control device , via a first communication channel, a web page request from a control agent implemented in a browser , the browser being installed in a computer device operated by a user and the web page request including a web address requested by the user and user identification information; - requesting, by said control device , to a control service , via a second communication channel, a security level of said requested web page including a status of the user and the presence of risks in the requested web page; - executing, by the control service , a security check on said requested web page by means of checking whether the requested web page is included in a blacklist or a whitelist and also by checking certain risk control criteria of the requested web page; and - in response to receipt a result of said security check from the control service , the control device allowing or denying access to said web page, wherein said result of the security check being transmitted by the control service to the control device in the form of a message, wherein if the result of the security check indicates that a potential risk is detected, a level and kind of risk is specified in the message, and wherein depending on a user configuration and on the level and kind of risk, the control device denies access to the web page, allows access to it or asks for a manual approval of a control user who supervises the control device . - receiving, by a control device , via a first communication channel, a web page request from a control agent implemented in a browser , the browser being installed in a computer device operated by a user and the web page request including a web address requested by the user and user identification information; - requesting, by said control device , to a control service , via a second communication channel, a security level of said requested web page including a status of the user and the presence of risks in the requested web page; - executing, by the control service , a security check on said requested web page by means of checking whether the requested web page is included in a blacklist or a whitelist and also by checking certain risk control criteria of the requested web page; and - in response to receipt a result of said security check from the control service , the control device allowing or denying access to said web page, wherein said result of the security check being transmitted by the control service to the control device in the form of a message, wherein if the result of the security check indicates that a potential risk is detected, a level and kind of risk is specified in the message, and wherein depending on a user configuration and on the level and kind of risk, the control device denies access to the web page, allows access to it or asks for a manual approval of a control user who supervises the control device .