mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, comprising: obtaining , by a base station, a plurality of data blocks carried on N physical broadcast channels, wherein an i th physical broadcast channel in the N physical broadcast channels corresponds to an i th beam of N beams, wherein N is a positive integer, and i is a positive integer greater than 0 and less than or equal to N; scrambling , by the base station, the data blocks carried on the N physical broadcast channels, to obtain scrambled code blocks carried on the N physical broadcast channels; and sending , by the base station on different time resource units by respectively using the N beams, corresponding scrambled code blocks carried on the physical broadcast channels; wherein the i th physical broadcast channel in the N physical broadcast channels carries indication information of the i th beam corresponding to the i th physical broadcast channel; or a pilot signal carried on the i th physical broadcast channel in the N physical broadcast channels corresponds to indication information of the i th beam corresponding to the i th physical broadcast channel; or a scrambling code that is used when a data block carried on the i th physical broadcast channel in the N physical broadcast channels is scrambled corresponds to indication information of the i th beam corresponding to the i th physical broadcast channel. obtaining , by a base station, a plurality of data blocks carried on N physical broadcast channels, wherein an i th physical broadcast channel in the N physical broadcast channels corresponds to an i th beam of N beams, wherein N is a positive integer, and i is a positive integer greater than 0 and less than or equal to N; scrambling , by the base station, the data blocks carried on the N physical broadcast channels, to obtain scrambled code blocks carried on the N physical broadcast channels; and sending , by the base station on different time resource units by respectively using the N beams, corresponding scrambled code blocks carried on the physical broadcast channels; wherein the i th physical broadcast channel in the N physical broadcast channels carries indication information of the i th beam corresponding to the i th physical broadcast channel; or a pilot signal carried on the i th physical broadcast channel in the N physical broadcast channels corresponds to indication information of the i th beam corresponding to the i th physical broadcast channel; or a scrambling code that is used when a data block carried on the i th physical broadcast channel in the N physical broadcast channels is scrambled corresponds to indication information of the i th beam corresponding to the i th physical broadcast channel.
Apolymerizable silane compound of formula : wherein X is a phenyl group having at least one substituent having a polymerizable double bond, a naphthyl group having at least one substituent having a polymerizable double bond, a biphenyl group having at least one substituent having a polymerizable double bond, or a phenanthryl group having at least one group having a polymerizable double bond, Ar 1 is a phenanthryl group, and R 1 is a methyl group, an ethyl group, or an isopropyl group.
An electric heater for heating an air flow in a household appliance, in particular a laundry dryer appliance, the electric heater comprising - at least one heating element adapted to be connected to an electric energy source to generate heat; - a body made of thermally conductive material provided with a plurality of fins , in which said at least one heating element is arranged; wherein said at least one heating element is in contact with said body , whereby the heat generated by the at least one heating element can be transferred to the body , which is adapted to heat said air flow; the electric heater being characterized in that it comprises - a tube for water to pass, at least partially arranged in the body , whereby the heat generated by the at least one heating element can be transmitted to the tube through the body . the electric heater comprising - at least one heating element adapted to be connected to an electric energy source to generate heat; - a body made of thermally conductive material provided with a plurality of fins , in which said at least one heating element is arranged; - at least one heating element adapted to be connected to an electric energy source to generate heat; - a body made of thermally conductive material provided with a plurality of fins , in which said at least one heating element is arranged; wherein said at least one heating element is in contact with said body , whereby the heat generated by the at least one heating element can be transferred to the body , which is adapted to heat said air flow; the electric heater being characterized in that it comprises - a tube for water to pass, at least partially arranged in the body , whereby the heat generated by the at least one heating element can be transmitted to the tube through the body . - a tube for water to pass, at least partially arranged in the body , whereby the heat generated by the at least one heating element can be transmitted to the tube through the body .
A computer-implemented method for full-waveform sonic wavefield separation, comprising: receiving full-waveform sonic, i.e., "FWS", data; performing an anti-aliasing linear Radon transform on the received FWS data, characterized in that performing the anti-aliasing linear Radon transform includes determining a set of anti-aliasing offset values and a set of slowness values based on an anti-aliasing offset spacing, wherein the anti-aliasing offset spacing Δx a = 0.5 ∗ Δt ∗ V min , where Δt is a sampling time interval of the received FWS data, and V min is a lower boundary of a velocity of the wave component, generating interpolated FWS data based on the received FWS data and the set of anti-aliasing offset values, and performing a Radon transform on the interpolated FWS data based on the set of anti-aliasing offset values and the set of slowness values; extracting Radon-transformed FWS data corresponding to a wave component using a slanted window; and determining signals of the wave component by performing an inverse Radon transform on the extracted Radon-transformed FWS data; and providing information about properties of a formation based on the determined signals of the wave component. receiving full-waveform sonic, i.e., "FWS", data; performing an anti-aliasing linear Radon transform on the received FWS data, characterized in that performing the anti-aliasing linear Radon transform includes determining a set of anti-aliasing offset values and a set of slowness values based on an anti-aliasing offset spacing, wherein the anti-aliasing offset spacing Δx a = 0.5 ∗ Δt ∗ V min , where Δt is a sampling time interval of the received FWS data, and V min is a lower boundary of a velocity of the wave component, generating interpolated FWS data based on the received FWS data and the set of anti-aliasing offset values, and performing a Radon transform on the interpolated FWS data based on the set of anti-aliasing offset values and the set of slowness values; determining a set of anti-aliasing offset values and a set of slowness values based on an anti-aliasing offset spacing, wherein the anti-aliasing offset spacing Δx a = 0.5 ∗ Δt ∗ V min , where Δt is a sampling time interval of the received FWS data, and V min is a lower boundary of a velocity of the wave component, generating interpolated FWS data based on the received FWS data and the set of anti-aliasing offset values, and performing a Radon transform on the interpolated FWS data based on the set of anti-aliasing offset values and the set of slowness values; extracting Radon-transformed FWS data corresponding to a wave component using a slanted window; and determining signals of the wave component by performing an inverse Radon transform on the extracted Radon-transformed FWS data; and providing information about properties of a formation based on the determined signals of the wave component.
A Near-Field Communication, NFC-based communication apparatus, wherein the communication apparatus comprises: a NFC module set in a trusted execution environment of the communication apparatus, the trusted execution environment being independent of a rich execution environment of the communication apparatus, wherein, t he NFC module comprises a communication module and a protocol module, t he communication module is configured for establishing a connection to another NFC apparatus, t he protocol module is configured for resolving the communication data between the communication apparatus and the another NFC apparatus; wherein, the NFC module is configured for performing a NFC function of a security related application; wherein, the security related application is an application installed under the trusted execution environment or an application installed under the rich execution environment, and wherein, when the security related application is a first application installed under the rich execution environment, the NFC module implements the NFC function of the first application via another application installed under the trusted execution environment corresponding to the first application; wherein the communication apparatus further comprises a virtual NFC module set in the rich execution environment, the virtual NFC module being configured for simulating the NFC hardware set in the trusted execution environment, such that the NFC function of the application installed under the rich execution environment can be processed by the NFC hardware; wherein the protocol module is configured to resolve a NFC communication request received from another NFC apparatus, the protocol module is configured to forward the request to the virtual NFC module upon determining the request to pertain to peer-to-peer, P2P, mode, the virtual NFC module is configured to forward the request to a NFC protocol stack in the rich execution environment, the protocol stack is configured to process the request to establish the connection between the two NFC apparatuses. t he NFC module comprises a communication module and a protocol module, t he communication module is configured for establishing a connection to another NFC apparatus, t he protocol module is configured for resolving the communication data between the communication apparatus and the another NFC apparatus;
A computer-implemented method for selecting an operation mode of a mobile platform , comprising: upon lifting off, initiating the mobile platform to operate a under a first height mode , wherein the first height mode is a monocular mode, determining a height of the mobile platform representing a vertical distance between the mobile platform and the ground level and/or a disparity between first and second images of an object from the perspective of the mobile platform ; and selecting an operation mode of the mobile platform according to a result of said determining, wherein said selecting the operation mode comprises switching the operation mode based on at least one of the determined height and the determined disparity , wherein said selecting the operation mode comprises switching the mobile platform from the first height mode to a second height mode in a second height range when the height is greater than a first height threshold, or wherein said selecting the operation mode comprises switching the mobile platform t from the first height mode to a second height mode when the disparity is less than a first disparity threshold, or wherein said selecting the operation mode comprises switching the mobile platform from the first height mode to second height mode when the height is greater than a first height threshold and the disparity is less than the first disparity threshold, and wherein said switching the mobile platform to a second height mode comprises selecting a stereo vision mode with a first resolution. upon lifting off, initiating the mobile platform to operate a under a first height mode , wherein the first height mode is a monocular mode, determining a height of the mobile platform representing a vertical distance between the mobile platform and the ground level and/or a disparity between first and second images of an object from the perspective of the mobile platform ; and selecting an operation mode of the mobile platform according to a result of said determining, wherein said selecting the operation mode comprises switching the operation mode based on at least one of the determined height and the determined disparity , wherein said selecting the operation mode comprises switching the mobile platform from the first height mode to a second height mode in a second height range when the height is greater than a first height threshold, or wherein said selecting the operation mode comprises switching the mobile platform t from the first height mode to a second height mode when the disparity is less than a first disparity threshold, or wherein said selecting the operation mode comprises switching the mobile platform from the first height mode to second height mode when the height is greater than a first height threshold and the disparity is less than the first disparity threshold, and wherein said switching the mobile platform to a second height mode comprises selecting a stereo vision mode with a first resolution.
An orthopedic standing and walking aid, comprising - a carriage that is mounted on a running rail so as to be displaceable in the longitudinal direction of the running rail, - a roughly C-shaped frame suspended on the carriage by means of a suspension device, - a saddle which is arranged on the C-shaped frame approximately in a straight line below the suspension device, the saddle having an elongated slender shape such that a person sitting on the saddle can arrange their legs downwards past the side of the saddle, and - a spring element arranged in the area between the carriage and the saddle so that the saddle is elastically mounted in the vertical direction, the slide rail being displaceably mounted on a further rail arrangement transversely to its longitudinal direction, characterized in that a height adjustment mechanism is provided for adjusting the height of the saddle, the height adjustment mechanism comprising a height adjustment spring member exerting an upward preload on the saddle, and a locking unit with which the height adjustment spring member is lockable. - a carriage that is mounted on a running rail so as to be displaceable in the longitudinal direction of the running rail, - a roughly C-shaped frame suspended on the carriage by means of a suspension device, - a saddle which is arranged on the C-shaped frame approximately in a straight line below the suspension device, the saddle having an elongated slender shape such that a person sitting on the saddle can arrange their legs downwards past the side of the saddle, and - a spring element arranged in the area between the carriage and the saddle so that the saddle is elastically mounted in the vertical direction, the slide rail being displaceably mounted on a further rail arrangement transversely to its longitudinal direction, characterized in that a height adjustment mechanism is provided for adjusting the height of the saddle, the height adjustment mechanism comprising a height adjustment spring member exerting an upward preload on the saddle, and a locking unit with which the height adjustment spring member is lockable. the slide rail being displaceably mounted on a further rail arrangement transversely to its longitudinal direction, characterized in that a height adjustment mechanism is provided for adjusting the height of the saddle, the height adjustment mechanism comprising a height adjustment spring member exerting an upward preload on the saddle, and a locking unit with which the height adjustment spring member is lockable.
A system for use in occluding a blood vessel by means of blood clotting for treating a patient, the system comprising: a tubular body having a sidewall, the sidewall including a plurality of cuts about a circumference thereof and a plurality of leaves extending longitudinally between the cuts, each of the plurality of cuts extending longitudinally and radially along a portion of a length of the sidewall in a diagonal or spiral orientation, the tubular body further comprising at least three circumferential regions defined by the termini of the plurality of cuts, and wherein the tubular body is configured to move between an elongated configuration in which there is a first distance between the circumferential regions and a deployed configuration in which the circumferential regions are separated by a second distance less than the first distance such that a plurality of portions of the sidewall radially between the plurality of cuts are buckled or bent and displaced radially outward, and wherein one or more of the circumferential regions are between the cuts and the leaves, and the tubular body comprises two repeating arrays of the leaves twisting in opposite directions when deployed, said system being characterized in that a plurality of fibers are attached to the tubular body. a tubular body having a sidewall, the sidewall including a plurality of cuts about a circumference thereof and a plurality of leaves extending longitudinally between the cuts, each of the plurality of cuts extending longitudinally and radially along a portion of a length of the sidewall in a diagonal or spiral orientation, the tubular body further comprising at least three circumferential regions defined by the termini of the plurality of cuts, and wherein the tubular body is configured to move between an elongated configuration in which there is a first distance between the circumferential regions and a deployed configuration in which the circumferential regions are separated by a second distance less than the first distance such that a plurality of portions of the sidewall radially between the plurality of cuts are buckled or bent and displaced radially outward, and wherein one or more of the circumferential regions are between the cuts and the leaves, and the tubular body comprises two repeating arrays of the leaves twisting in opposite directions when deployed, said system being characterized in that a plurality of fibers are attached to the tubular body.
A power line communication system, comprising: a transmission unit configured to generate a data signal and to transmit the data signal through a power line supplying power including a current signal, the data signal using the current signal supplied through the power line as a carrier wave and representing status information of a load supplied with the power through the power line, wherein the transmission unit comprises: a current sensor configured to detect an amount of current being supplied to the load through the power line characterised by a signal generating unit configured to generate the data signal based on the amount of current detected by the current sensor; a switch configured to be turned on/off by the data signal generated by the signal generating unit; a resistor connected in series with the switch so that a current flows through the resistor when the switch is turned on, wherein the data signal is superimposed on the current signal according to the on/off state of the switch; and a reception unit configured to receive the data signal, which is generated by the transmission unit, through the power line. a transmission unit configured to generate a data signal and to transmit the data signal through a power line supplying power including a current signal, the data signal using the current signal supplied through the power line as a carrier wave and representing status information of a load supplied with the power through the power line, wherein the transmission unit comprises: a current sensor configured to detect an amount of current being supplied to the load through the power line characterised by a signal generating unit configured to generate the data signal based on the amount of current detected by the current sensor; a switch configured to be turned on/off by the data signal generated by the signal generating unit; a resistor connected in series with the switch so that a current flows through the resistor when the switch is turned on, wherein the data signal is superimposed on the current signal according to the on/off state of the switch; and a reception unit configured to receive the data signal, which is generated by the transmission unit, through the power line. a current sensor configured to detect an amount of current being supplied to the load through the power line characterised by a signal generating unit configured to generate the data signal based on the amount of current detected by the current sensor; a switch configured to be turned on/off by the data signal generated by the signal generating unit; a resistor connected in series with the switch so that a current flows through the resistor when the switch is turned on, wherein the data signal is superimposed on the current signal according to the on/off state of the switch; and a reception unit configured to receive the data signal, which is generated by the transmission unit, through the power line.
Electric power tool for tightening screw joints, the electric power tool comprises a housing , the housing enclosing: an electric motor ; an angle gear comprising a input bevel gear drivingly connected to the electric motor and a output bevel gear drivingly connected to an output shaft of the electric power tool ; a back torque transducer arranged to measure a back torque reaction value before the input bevel gear characterised in that the tool further comprises a back amplifier arranged to amplify the back torque transducer value and arranged close to the back strain measuring sensors; a front torque transducer arranged to measure a front torque reaction value after the output bevel gear , and wherein the front torque transducer comprises a front torque transferring element arranged to transfer reaction torque to the housing and carrying front strain measuring sensors arranged to generate the front torque transducer value and a front amplifier arranged to amplify the front torque transducer value and arranged close to the front strain measuring sensors. an electric motor ; an angle gear comprising a input bevel gear drivingly connected to the electric motor and a output bevel gear drivingly connected to an output shaft of the electric power tool ; a back torque transducer arranged to measure a back torque reaction value before the input bevel gear characterised in that the tool further comprises a back amplifier arranged to amplify the back torque transducer value and arranged close to the back strain measuring sensors; a front torque transducer arranged to measure a front torque reaction value after the output bevel gear , and wherein the front torque transducer comprises a front torque transferring element arranged to transfer reaction torque to the housing and carrying front strain measuring sensors arranged to generate the front torque transducer value and a front amplifier arranged to amplify the front torque transducer value and arranged close to the front strain measuring sensors.