mhurhangee/patent-ind-claim-en huggingface dataset:
A verification code-based verification processing method comprising: acquiring, by a server, verification code parameters required for generating a verification code; using, by the server, the verification code parameters as an input to a three-dimensional model to generate a three-dimensional image, wherein a recognizable content corresponding to a specified visual focus position of a user is embedded in the three-dimensional image, and wherein the recognizable content may be seen by the user only when the focus of the user's eyes falls at the specified visual focus position in the rear of the three-dimensional image or in front of the three-dimensional image or when the user observes the three-dimensional image at a particular angle; and sending, by the server, the three-dimensional image to a client terminal as the verification code for display. 15 acquiring, by a server, verification code parameters required for generating a verification code; using, by the server, the verification code parameters as an input to a three-dimensional model to generate a three-dimensional image, wherein a recognizable content corresponding to a specified visual focus position of a user is embedded in the three-dimensional image, and wherein the recognizable content may be seen by the user only when the focus of the user's eyes falls at the specified visual focus position in the rear of the three-dimensional image or in front of the three-dimensional image or when the user observes the three-dimensional image at a particular angle; and sending, by the server, the three-dimensional image to a client terminal as the verification code for display.
A method performed by a communication terminal for handling communication, the method comprising: - receiv ing an indication that data is scheduled for the communication terminal on a data channel in a second cell where the communication terminal is being served by a radio access node in a first cell on a carrier of a licensed frequency spectrum and cross-carrier scheduled in the second cell on a carrier of a unlicensed frequency spectrum by the radio access node via the first cell , - attempting to detect a presence of the data channel intended for the communication terminal ; - in case the communication terminal detects the presence of the data channel intended for the communication terminal , decoding the data channel; and in case the communication terminal does not detect the presence of the data channel intended for the communication terminal , indicating a non-detection of the data channel to the radio access node , wherein the indicating a non-detection comprises indicating a Non-Acknowledgement, NACK, or Discontinuous Transmission, DTX, state on the first cell. - receiv ing an indication that data is scheduled for the communication terminal on a data channel in a second cell where the communication terminal is being served by a radio access node in a first cell on a carrier of a licensed frequency spectrum and cross-carrier scheduled in the second cell on a carrier of a unlicensed frequency spectrum by the radio access node via the first cell , - attempting to detect a presence of the data channel intended for the communication terminal ; - in case the communication terminal detects the presence of the data channel intended for the communication terminal , decoding the data channel; and in case the communication terminal does not detect the presence of the data channel intended for the communication terminal , indicating a non-detection of the data channel to the radio access node , wherein the indicating a non-detection comprises indicating a Non-Acknowledgement, NACK, or Discontinuous Transmission, DTX, state on the first cell.
An additive composition prepared according to a method comprising: (a) preparing a first product by reacting, in the presence of a first acid catalyst, a phenol-based compound and a heat-resistant styrene-based compound selected from the group consisting of α-methylstyrene, α-ethylstyrene, methyl α-methylstyrene, and a mixture of two or more thereof, and preferably α-methylstyrene; and (b) preparing a second product by further reacting, in the presence of a second acid catalyst, the first product with 0.3 to 1 equivalent of a styrene compound based on 1 equivalent of the phenol-based compound. (a) preparing a first product by reacting, in the presence of a first acid catalyst, a phenol-based compound and a heat-resistant styrene-based compound selected from the group consisting of α-methylstyrene, α-ethylstyrene, methyl α-methylstyrene, and a mixture of two or more thereof, and preferably α-methylstyrene; and (b) preparing a second product by further reacting, in the presence of a second acid catalyst, the first product with 0.3 to 1 equivalent of a styrene compound based on 1 equivalent of the phenol-based compound.
A covering panel of a motor vehicle boot, a front corner of said panel being provided with a receiving means intended to receive a pin projecting from a side interior trim by interlocking, said means having a C-like general shape defining a housing , said panel being characterised in that said means is provided, on the wall of said housing, with at least one pair of electrical connectors , said connectors being elastically retractable and projecting towards the inside of the C, said connectors substantially facing one another diametrically, said panel being further provided with an electrical device connected to said connectors.
An article of footwear , comprising: an upper portion formed of one or more parts, wherein the upper portion includes a lateral side and a medial side , and wherein the upper portion at least partially defines a front part of a foot-receiving chamber for the article of footwear ; a lateral side track extending along the lateral side of the upper portion ; a medial side track extending along the medial side of the upper portion ; a heel engaging component including: a lateral rail that is movably engaged with respect to the lateral side track , a medial rail that is movably engaged with respect to the medial side track , and a rear component extending between the lateral rail and the medial rail , wherein the heel engaging component is movable between a closed configuration and an open configuration by moving the lateral rail with respect to the lateral side track and by moving the medial rail with respect to the medial side track ; and a biasing system that applies a biasing force to the heel engaging component , characterized in that the biasing force is applied in a direction to move the heel engaging component from the closed configuration to the open configuration . an upper portion formed of one or more parts, wherein the upper portion includes a lateral side and a medial side , and wherein the upper portion at least partially defines a front part of a foot-receiving chamber for the article of footwear ; a lateral side track extending along the lateral side of the upper portion ; a medial side track extending along the medial side of the upper portion ; a heel engaging component including: a lateral rail that is movably engaged with respect to the lateral side track , a medial rail that is movably engaged with respect to the medial side track , and a rear component extending between the lateral rail and the medial rail , wherein the heel engaging component is movable between a closed configuration and an open configuration by moving the lateral rail with respect to the lateral side track and by moving the medial rail with respect to the medial side track ; and a lateral rail that is movably engaged with respect to the lateral side track , a medial rail that is movably engaged with respect to the medial side track , and a rear component extending between the lateral rail and the medial rail , a biasing system that applies a biasing force to the heel engaging component , characterized in that the biasing force is applied in a direction to move the heel engaging component from the closed configuration to the open configuration .
A biometric authentication method performed by a biometric authentication apparatus comprising a receiver , an extractor and a determiner , the method comprising: receiving, by the receiver , at least two types of biosignals; extracting, by the extractor , a same type of physiological features from each of at least two types of biosignals based on a corresponding relationship between the biosignals and the physiological features due to known correlations between both; and determining, by the determiner , whether the biosignals are generated from a same living body by processing the extracted physiological features for a comparison; the method characterized in that determining, whether the biosignals are generated from a same living body is carried out through an analysis of a consistent level between the extracted physiological features that vary over time, wherein the consistent level is an index of evaluated consistencies between at least two types of physiological features varying over time and is calculated as a similarity or a difference, wherein the biosignals are from same or overlapping time intervals. receiving, by the receiver , at least two types of biosignals; extracting, by the extractor , a same type of physiological features from each of at least two types of biosignals based on a corresponding relationship between the biosignals and the physiological features due to known correlations between both; and determining, by the determiner , whether the biosignals are generated from a same living body by processing the extracted physiological features for a comparison; the method characterized in that determining, whether the biosignals are generated from a same living body is carried out through an analysis of a consistent level between the extracted physiological features that vary over time, wherein the consistent level is an index of evaluated consistencies between at least two types of physiological features varying over time and is calculated as a similarity or a difference, wherein the biosignals are from same or overlapping time intervals.
A needle-insertion mechanism for a drug-delivery device , the mechanism comprising: a housing ; a drive member ; a needle cartridge holding a plurality of needle assemblies , each needle assembly disposed in a separate retracted position within the needle cartridge; one or more springs ; a loading button coupled to the housing configured to be manually actuated to load the one or more springs using work done through actuation of the loading button, and to advance the needle cartridge so a first needle assembly of the plurality of needle assemblies is moved out of operational alignment with the drive member and a second needle assembly of the plurality of needle assemblies is moved into operational alignment with the drive member; and a dosing button coupled to the housing configured to be manually actuated after actuation of the loading button to release the one or more loaded springs to operate the drive member to drive the second needle assembly from its retracted position within the needle cartridge to an injection position. a housing ; a drive member ; a needle cartridge holding a plurality of needle assemblies , each needle assembly disposed in a separate retracted position within the needle cartridge; one or more springs ; a loading button coupled to the housing configured to be manually actuated to load the one or more springs using work done through actuation of the loading button, and to advance the needle cartridge so a first needle assembly of the plurality of needle assemblies is moved out of operational alignment with the drive member and a second needle assembly of the plurality of needle assemblies is moved into operational alignment with the drive member; and a dosing button coupled to the housing configured to be manually actuated after actuation of the loading button to release the one or more loaded springs to operate the drive member to drive the second needle assembly from its retracted position within the needle cartridge to an injection position.
An apparatus for radiopharmaceutical quantification of a body part, comprising: - an input unit ; and - a processing unit ; wherein, the input unit is configured to provide the processing unit with at least one photon image of a body part; wherein, the at least one photon image was acquired by at least one photon camera configured to detect gamma rays and/or X-rays; wherein, the at least one photon image comprises spectral energy data that comprises data that has resulted from the decay of at least a first radiopharmaceutical and a second radiopharmaceutical; wherein, the input unit is configured to provide the processing unit with characteristic photon emission energies and emission probabilities associated with the decay of the at least first and second pharmaceuticals; wherein, the processing unit is configured to determine an activity of the at least first and second pharmaceuticals at a plurality of spatial positions in the body part, wherein, the determination for a spatial position of the plurality of spatial positions comprises a correlation of a generated synthetic spectrum to an experimental spectrum generated from the spectral energy data for at least one position in the at least one photon image that corresponds to that spatial position, and wherein, generation of the synthetic spectrum comprises utilisation of the photon emission energies and emission probabilities associated with the decay of the at least first and second pharmaceuticals; and wherein, the processing unit is configured to determine a spatial distribution of the at least first and second pharmaceuticals in the body part. - an input unit ; and - a processing unit ;
A computer-implemented method, wherein the method is performed using one or more processors, the method comprising: receiving a workflow identifier as user input from a client device for accessing a state machine with a corresponding workflow; accessing the state machine in response to receiving the workflow identifier, and, based on the corresponding workflow: receiving a case identifier from the client device and generating a case data object including the case identifier and one or more case properties; assigning the workflow identifier , one or more workflow states, one or more operation definitions, and one or more transition definitions of the corresponding workflow to the case data object; automatically linking one or more associated elements to the case data object, the one or more associated elements being related to the case data object based on the one or more case properties; accessing a plurality of third party data sources; and automatically retrieving the one or more associated elements from the plurality of third party data sources based on the one or more case properties. receiving a workflow identifier as user input from a client device for accessing a state machine with a corresponding workflow; accessing the state machine in response to receiving the workflow identifier, and, based on the corresponding workflow: receiving a case identifier from the client device and generating a case data object including the case identifier and one or more case properties; assigning the workflow identifier , one or more workflow states, one or more operation definitions, and one or more transition definitions of the corresponding workflow to the case data object; automatically linking one or more associated elements to the case data object, the one or more associated elements being related to the case data object based on the one or more case properties; accessing a plurality of third party data sources; and automatically retrieving the one or more associated elements from the plurality of third party data sources based on the one or more case properties. receiving a case identifier from the client device and generating a case data object including the case identifier and one or more case properties; assigning the workflow identifier , one or more workflow states, one or more operation definitions, and one or more transition definitions of the corresponding workflow to the case data object; automatically linking one or more associated elements to the case data object, the one or more associated elements being related to the case data object based on the one or more case properties; accessing a plurality of third party data sources; and automatically retrieving the one or more associated elements from the plurality of third party data sources based on the one or more case properties.
A method of controlling a steering system on a marine vessel , the method comprising: in response to receiving a user input to engage a quick steer mode, employing a reduced steering ratio to translate positions of a steering wheel to desired steering angles of a marine drive ; determining a vessel speed of the marine vessel ; comparing the vessel speed to a threshold vessel speed; upon determining that the vessel speed exceeds the threshold vessel speed, determining an output limit to prevent the marine vessel from further exceeding the threshold vessel speed while the quick steer mode is engaged; and automatically controlling the marine drive based on the output limit and controlling a steering actuator associated with the marine drive based on the reduced steering ratio. in response to receiving a user input to engage a quick steer mode, employing a reduced steering ratio to translate positions of a steering wheel to desired steering angles of a marine drive ; determining a vessel speed of the marine vessel ; comparing the vessel speed to a threshold vessel speed; upon determining that the vessel speed exceeds the threshold vessel speed, determining an output limit to prevent the marine vessel from further exceeding the threshold vessel speed while the quick steer mode is engaged; and automatically controlling the marine drive based on the output limit and controlling a steering actuator associated with the marine drive based on the reduced steering ratio.
A catheter with a tubular shaft , wherein the shaft has a thin portion which constitutes a distal side of the shaft , a thick portion which is provided further on a proximal side than the thin portion and has a larger outer diameter than that of the thin portion , and a tapered portion which constitutes a portion from a proximal end of the thin portion to a distal end of the thick portion and of which the outer diameter is reduced toward the distal side, the tapered portion is formed more flexibly than the thick portion , the thick portion has a first thick portion and a second thick portion which is provided between the tapered portion and the first thick portion , and the second thick portion has a smaller outer diameter than the outer diameter of a proximal end of the tapered portion and the outer diameter of the first thick portion , and is formed more flexibly than the first thick portion .
A process for the continuous production of a composition of N,N-dimethylaminoethyl acrylate that is stabilized with respect to coloration, said composition comprising from 25 to 200 ppm of 2,6-di-tert-butyl-4-methylphenol, said process comprising a transesterification reaction between a light acrylate selected from methyl acrylate and ethyl acrylate, and dimethylaminoethanol in the presence of a catalyst, followed by a treatment for purification of the reaction mixture comprising a final distillation of the purified N,N-dimethylaminoethyl acrylate, characterized in that 25 to 200 ppm of 2,6-di-tert-butyl-4-methylphenol are introduced at the outlet of the distilled gaseous stream of purified N,N-dimethylaminoethyl acrylate, before condensation of the final product.
A mobile device for calibrating a magnetic sensor comprising: the magnetic sensor ; a gyroscope configured to detect a posture of the mobile device independently of the magnetic sensor ; a sampling data acquisition section configured to acquire output data from the magnetic sensor respectively for each of a plurality of orthogonal reference axes (X, Y, Z) as a plurality of sampling data items (D) in a plurality of states in which the gyroscope detects that the mobile device is directed in directions different from one another, the plurality of sampling data items (D) respectively corresponding to the plurality of states; an offset value calculation section configured to calculate a respective offset value for each reference axis of the magnetic sensor , which is estimated to be output by the magnetic sensor when there is no influence from geomagnetism, based on the acquired plurality of sampling data items (D); and a storage unit configured to store the respective offset values; wherein the offset value calculation section is further configured to calculate information on the amount of rotation, indicating how much the respective reference axis has rotated using the output of the gyroscope , while acquiring the plurality of sampling data items (D) used for calculating the respective offset values; and wherein the offset value calculation section is further configured to estimate the reliability for each reference axis of a newly calculated offset value based on the information on the amount of rotation of each respective reference axis, and is further configured to update the respective offset value stored in the storage unit for each reference axis with the newly calculated offset value which is weighted in accordance with the estimated reliability. the magnetic sensor ; a gyroscope configured to detect a posture of the mobile device independently of the magnetic sensor ; a sampling data acquisition section configured to acquire output data from the magnetic sensor respectively for each of a plurality of orthogonal reference axes (X, Y, Z) as a plurality of sampling data items (D) in a plurality of states in which the gyroscope detects that the mobile device is directed in directions different from one another, the plurality of sampling data items (D) respectively corresponding to the plurality of states; an offset value calculation section configured to calculate a respective offset value for each reference axis of the magnetic sensor , which is estimated to be output by the magnetic sensor when there is no influence from geomagnetism, based on the acquired plurality of sampling data items (D); and a storage unit configured to store the respective offset values; wherein the offset value calculation section is further configured to calculate information on the amount of rotation, indicating how much the respective reference axis has rotated using the output of the gyroscope , while acquiring the plurality of sampling data items (D) used for calculating the respective offset values;
A method, comprising: determining a measure of interference to radiofrequency, RF, signals, the radio frequency signals being transmitted from an antenna of an RF transmitter in a rotorcraft, wherein the interference results from a rotorblade ; providing the measure of interference to a radiofrequency, RF, modulator ; and using the measure of interference to shutter and/or modulate an RF transmission signal for the RF transmitter , wherein determining the measure of interference comprises: directing a pulsed laser signal towards the rotorblade by a laser transceiver ; receiving reflected laser signals from the rotorblade ; and evaluating the reflected laser signals to determine the measure of interference, wherein the antenna and the laser transceiver are positioned within the rotorcraft or outside the rotorcraft. determining a measure of interference to radiofrequency, RF, signals, the radio frequency signals being transmitted from an antenna of an RF transmitter in a rotorcraft, wherein the interference results from a rotorblade ; providing the measure of interference to a radiofrequency, RF, modulator ; and using the measure of interference to shutter and/or modulate an RF transmission signal for the RF transmitter , directing a pulsed laser signal towards the rotorblade by a laser transceiver ; receiving reflected laser signals from the rotorblade ; and evaluating the reflected laser signals to determine the measure of interference, wherein the antenna and the laser transceiver are positioned within the rotorcraft or outside the rotorcraft.