mhurhangee/patent-ind-claim-en huggingface dataset:
Method for processing digital content, implemented in a server of a communication network, characterised in that it comprises: - upon reception of a request from a navigation device comprising a first content identifier and a first user identifier, storing, in a database , the first content identifier in association with the first user identifier; - upon reception of an interrogation request coming from a display device and comprising a user identifier, comparing said user identifier to the first user identifier; - if said user identifier corresponds to the first user identifier, transmitting, to the display device, the digital content associated with the first content identifier, for a display of the digital content by said display device; said interrogation request being received regularly, by the server from the display device, according to a first given frequency; wherein upon detection by the server of a connection of the navigation device to the server via the communication network, the method comprises the sending to the display device by the server of a notification of connection of the navigation device, and wherein, upon sending of the connection notification, the interrogation request is received according to a second given frequency, said second frequency being greater than the first frequency. - upon reception of a request from a navigation device comprising a first content identifier and a first user identifier, storing, in a database , the first content identifier in association with the first user identifier; - upon reception of an interrogation request coming from a display device and comprising a user identifier, comparing said user identifier to the first user identifier; - if said user identifier corresponds to the first user identifier, transmitting, to the display device, the digital content associated with the first content identifier, for a display of the digital content by said display device;
A system for manufacturing piezoelectrics, comprising: at least a first roller and an end roller ; a continuously advancing printable substrate roll extending at least from the first roller to the end roller as the first and end roller turn; at least one printer configured to print piezoelectric material onto the continuously advancing substrate roll to form a plurality of the piezoelectrics; and an electric field generator configured to continuously polarize the piezoelectric material as the continuous substrate roll is rolled from the first roller to the end roller , characterized in that , the at least one printer comprises at least one piezoelectric material printer, at least one dielectric material printer, and at least one conductive material printer. at least a first roller and an end roller ; a continuously advancing printable substrate roll extending at least from the first roller to the end roller as the first and end roller turn; at least one printer configured to print piezoelectric material onto the continuously advancing substrate roll to form a plurality of the piezoelectrics; and an electric field generator configured to continuously polarize the piezoelectric material as the continuous substrate roll is rolled from the first roller to the end roller , characterized in that , the at least one printer comprises at least one piezoelectric material printer, at least one dielectric material printer, and at least one conductive material printer.
A device for securing elongate objects for a rail vehicle, more particularly surfboards, skis or snowboards, which device is attachable to the carriage body of the rail vehicle, a vertical retainer portion being provided, which is connectable to the carriage body of the rail vehicle and on which retainer portion there is arranged a retaining element , which is interdependent with the retainer portion for securing the elongate objects, characterised in that the retainer portion has two mutually spaced-apart parallel guide rails (1.1, 1.2), which are fixed in relation to one another, and the retaining element is continuously displaceable along the guide rails (1.1, 1.2), the retaining element comprising at least two interconnected stirrup-shaped retaining arms (2.1, 2.2), which are arranged mirror-symmetrically and are connected to a carrier (2.3), the carrier (2.3) comprising bearings (2.3.1, 2.3.2), which are designed to guide the retaining element on the guide rails (1.1, 1.2).
An electric robot for pool cleaning, comprising: a base with a water inlet channel , and a motor assembly capable of outputting positive and negative torques; characterized by a volute assembly, wherein the volute assembly is rotatably provided above the base and communicates with the water inlet channel ; the volute assembly comprises a casing and an impeller assembly provided therein; a water outlet is provided on a side of the casing, and a water outlet channel is provided inside the casing to allow water to flow through the impeller assembly ; the motor assembly is provided on the base , and connected to the impeller assembly via an output shaft; the base is provided with a limit structure for limiting a rotation angle of the volute assembly; and the impeller assembly is provided with a plurality of rotatable blades . a base with a water inlet channel , and a motor assembly capable of outputting positive and negative torques; characterized by a volute assembly, wherein the volute assembly is rotatably provided above the base and communicates with the water inlet channel ; the volute assembly comprises a casing and an impeller assembly provided therein; a water outlet is provided on a side of the casing, and a water outlet channel is provided inside the casing to allow water to flow through the impeller assembly ; the motor assembly is provided on the base , and connected to the impeller assembly via an output shaft; the base is provided with a limit structure for limiting a rotation angle of the volute assembly; and the impeller assembly is provided with a plurality of rotatable blades .
An actuator designed to control a robotic device and defining a first output and a second output ; said outputs being designed to control the motion of said robotic device ; said actuator comprising - a motor designed to generate motion; - a planetary gear train comprising ∘ a sun gear designed to receive motion from said motor , ∘ a satellite group , ∘ a planetary gear defining said first output and ∘ a crown defining said second output ; - a selector designed to selectively lock the rotation of said planetary gear and of said crown defining a first operating condition wherein said crown is locked and said robotic device is moved by said first output and a second operating condition wherein said planetary gear is locked and said robotic device is moved by said second output ; characterized in that - said actuation group comprises a crankcase ; and wherein said selector comprises: a first lock for locking said crown to said crankcase ; a second lock for locking said planetary gear to said crankcase ; and a control for activating said locks ; and in that - said first lock comprises a first drum attached to said crown and comprising at least a first hole ; a first pin designed for being inserted in said first hole ; a first guide designed to allow said first pin to slide with respect to said crankcase ; and first return means designed to work in opposition to the entry of said first pin in said first hole . - a motor designed to generate motion; - a planetary gear train comprising ∘ a sun gear designed to receive motion from said motor , ∘ a satellite group , ∘ a planetary gear defining said first output and ∘ a crown defining said second output ; ∘ a sun gear designed to receive motion from said motor , ∘ a satellite group , ∘ a planetary gear defining said first output and ∘ a crown defining said second output ; - a selector designed to selectively lock the rotation of said planetary gear and of said crown defining a first operating condition wherein said crown is locked and said robotic device is moved by said first output and a second operating condition wherein said planetary gear is locked and said robotic device is moved by said second output ; characterized in that - said actuation group comprises a crankcase ; and wherein said selector comprises: a first lock for locking said crown to said crankcase ; a second lock for locking said planetary gear to said crankcase ; and a control for activating said locks ; and in that - said first lock comprises a first drum attached to said crown and comprising at least a first hole ; a first pin designed for being inserted in said first hole ; a first guide designed to allow said first pin to slide with respect to said crankcase ; and first return means designed to work in opposition to the entry of said first pin in said first hole .
A method of encoding a video signal in a hybrid encoder, comprising: receiving an original video signal including at least one video segment; obtaining an optimal quantized coefficient vector c; and entropy-encoding the optimal quantized coefficient vector c, (S1720) determining an optimal matrix set by performing a rate-distortion optimization process for each of the at least one video segment, characterized in that the optimal matrix set includes three diagonal matrices S, W and Q, S representing a diagonal spatial domain scaling matrix, W representing another diagonal matrix and Q representing a diagonal quantization matrix; obtaining the optimal quantized coefficient vector c based on the optimal matrix set according to the following equation c = arg min a ∈ Z N D W x − p − ST − 1 Q − 1 a wherein D W (v) = v T W 2 v, and wherein x represents a vector of input video signal data, p and T respectively represent a signal vector predicted and the transform matrix used within video encoding, and Z N represents the integer numbers; and at least matrices S and Q of the matrix set are encoded (S1730) as side information, prior to encoding the pixel data of each of the at least one video segment. receiving an original video signal including at least one video segment; obtaining an optimal quantized coefficient vector c; and entropy-encoding the optimal quantized coefficient vector c, (S1720) determining an optimal matrix set by performing a rate-distortion optimization process for each of the at least one video segment, characterized in that the optimal matrix set includes three diagonal matrices S, W and Q, S representing a diagonal spatial domain scaling matrix, W representing another diagonal matrix and Q representing a diagonal quantization matrix; obtaining the optimal quantized coefficient vector c based on the optimal matrix set according to the following equation c = arg min a ∈ Z N D W x − p − ST − 1 Q − 1 a
A filling apparatus for filling fuel into a vehicle, the filling apparatus comprising a filling nozzle , a radio transmission section mounted on the filling nozzle and configured to transmit vehicle information via radio transmission, characterized in that the radio transmission section is operated by a battery and includes an information processor which is configured to detect noise caused by sunlight irradiating the radio transmission section and to prevent transmission of the detected noise from transmissions made by the radio transmission section , wherein the information processor is operative to detect and remove the noise associated with the sunlight.
A double-talk state detection method, comprising: calculating (S101) an energy ratio between a first energy of an error signal in each sub-band of M sub-bands and a second energy of a filtered signal in the same sub-band as the error signal, thereby obtaining M energy ratios; wherein the error signal is a difference between an input signal collected by a microphone and the filtered signal, the filtered signal is a signal obtained after performing filtering process on a reference signal, and M is a positive integer; performing (S102) a first smoothing processing on the M energy ratios to obtain M first energy smoothing ratios, and performing a second smoothing processing on the M first energy smoothing ratios to obtain M second energy smoothing ratios; performing (SI03) double-talk state detection based on the M first energy smoothing ratios and the M second energy smoothing ratios to determine a state of the input signal; wherein said performing double-talk state detection based on the M first energy smoothing ratios and the M second energy smoothing ratios to determine a state of the input signal, comprises: predicting (S1031) noise of the M second energy smoothing ratios according to the M second energy smoothing ratios; obtaining (S1032) signal-to-noise ratios of the M energy ratios according to the M first energy smoothing ratios and the predicted noise of the M second energy smoothing ratios; performing (S1033) double-talk state detection according to the signal-to-noise ratios of the M energy ratios and a preset threshold to determine the state of the input signal. calculating (S101) an energy ratio between a first energy of an error signal in each sub-band of M sub-bands and a second energy of a filtered signal in the same sub-band as the error signal, thereby obtaining M energy ratios; wherein the error signal is a difference between an input signal collected by a microphone and the filtered signal, the filtered signal is a signal obtained after performing filtering process on a reference signal, and M is a positive integer; performing (S102) a first smoothing processing on the M energy ratios to obtain M first energy smoothing ratios, and performing a second smoothing processing on the M first energy smoothing ratios to obtain M second energy smoothing ratios; performing (SI03) double-talk state detection based on the M first energy smoothing ratios and the M second energy smoothing ratios to determine a state of the input signal; wherein said performing double-talk state detection based on the M first energy smoothing ratios and the M second energy smoothing ratios to determine a state of the input signal, comprises: predicting (S1031) noise of the M second energy smoothing ratios according to the M second energy smoothing ratios; obtaining (S1032) signal-to-noise ratios of the M energy ratios according to the M first energy smoothing ratios and the predicted noise of the M second energy smoothing ratios; performing (S1033) double-talk state detection according to the signal-to-noise ratios of the M energy ratios and a preset threshold to determine the state of the input signal.
A process for preparing a polyurethane, comprising the reaction of at least the following components: (i) composition (Z1) at least comprising a compound (P1) reactive toward isocyanates, and (ii) composition (Z2) at least comprising a polyisocyanate, wherein compound (P1) is obtainable or has been obtained by the reaction of at least one polyepoxide with a compound (V1) selected from the group consisting of polyetheramines and polyetherols, wherein a catalyst is used when polyetherols are used, and wherein the ratio of the NH or OH groups to epoxy groups is in the range from 1:1.5 to 1:75. (i) composition (Z1) at least comprising a compound (P1) reactive toward isocyanates, and (ii) composition (Z2) at least comprising a polyisocyanate, wherein compound (P1) is obtainable or has been obtained by the reaction of at least one polyepoxide with a compound (V1) selected from the group consisting of polyetheramines and polyetherols, wherein a catalyst is used when polyetherols are used, and wherein the ratio of the NH or OH groups to epoxy groups is in the range from 1:1.5 to 1:75.
A method of analyzing a biological sample, comprising: binding a plurality of detection probes indirectly to a DNA concatemer in the biological sample, wherein a detection probe of the plurality of detection probes comprises a sequence of nucleobases on a synthetic backbone, wherein the detection probe indirectly binds to a target sequence in the DNA concatemer, and wherein the detection probe hybridizes to an intermediate probe which directly or indirectly binds to the target sequence, and detecting signals from said plurality of bound detection probes, wherein the signal generated is greater than a plurality of reference detection probes having the same sequence of nucleobases on a sugar-phosphate backbone. binding a plurality of detection probes indirectly to a DNA concatemer in the biological sample, wherein a detection probe of the plurality of detection probes comprises a sequence of nucleobases on a synthetic backbone, wherein the detection probe indirectly binds to a target sequence in the DNA concatemer, and wherein the detection probe hybridizes to an intermediate probe which directly or indirectly binds to the target sequence, and detecting signals from said plurality of bound detection probes, wherein the signal generated is greater than a plurality of reference detection probes having the same sequence of nucleobases on a sugar-phosphate backbone.
A strip edge detection device for detecting an edge position of a steel strip withdrawn from a molten metal bath , comprising: a light source disposed so as to face the steel strip and configured to emit a line-like marking light extending along a strip width direction toward the steel strip ; an imaging device configured to capture an image of a region including an edge of the steel strip and a regular reflected light of the line-like marking light reflected by the steel strip ; an analysis unit configured to determine an end position of the regular reflected light of the line-like marking light specularly reflected by the steel strip as the edge position, based on the image captured by the imaging device ; a driving mechanism configured to move the imaging device along the strip width direction of the steel; strip ; and a control unit configured to control the driving mechanism to adjust a position of the imaging device so that the edge position is centered in the image in the strip width direction, based on the edge position determined by the analysis unit . a light source disposed so as to face the steel strip and configured to emit a line-like marking light extending along a strip width direction toward the steel strip ; an imaging device configured to capture an image of a region including an edge of the steel strip and a regular reflected light of the line-like marking light reflected by the steel strip ; an analysis unit configured to determine an end position of the regular reflected light of the line-like marking light specularly reflected by the steel strip as the edge position, based on the image captured by the imaging device ; a driving mechanism configured to move the imaging device along the strip width direction of the steel; strip ; and a control unit configured to control the driving mechanism to adjust a position of the imaging device so that the edge position is centered in the image in the strip width direction, based on the edge position determined by the analysis unit .
A battery state estimation apparatus comprising: a sensing data acquirer configured to acquire sensing data of a battery ; and a state of health, SOH, information estimator configured to divide the sensing data based on a predetermined time interval, extract a segment comprising a predetermined number of items of the divided sensing data, generate a segment vector based on the divided sensing data included in the segment, and estimate SOH information of the battery , characterized in that the state of health,SOH,information estimator is further configured to : map the segment vector to a feature space of which a dimension is lower than a dimension of the segment vector by projecting the segment vector onto a principle component analysis, PCA, basis matrix of the feature space; convert the mapped segment vector into a feature vector having a dimension equal to the dimension of the feature space; and estimate the SOH information of the battery based on the feature vector . a sensing data acquirer configured to acquire sensing data of a battery ; and a state of health, SOH, information estimator configured to divide the sensing data based on a predetermined time interval, extract a segment comprising a predetermined number of items of the divided sensing data, generate a segment vector based on the divided sensing data included in the segment, and estimate SOH information of the battery , characterized in that the state of health,SOH,information estimator is further configured to : map the segment vector to a feature space of which a dimension is lower than a dimension of the segment vector by projecting the segment vector onto a principle component analysis, PCA, basis matrix of the feature space; convert the mapped segment vector into a feature vector having a dimension equal to the dimension of the feature space; and estimate the SOH information of the battery based on the feature vector . map the segment vector to a feature space of which a dimension is lower than a dimension of the segment vector by projecting the segment vector onto a principle component analysis, PCA, basis matrix of the feature space; convert the mapped segment vector into a feature vector having a dimension equal to the dimension of the feature space; and estimate the SOH information of the battery based on the feature vector .
A soft-tipped medical instrument (10, 10', 10", 10''') for ophthalmic surgical procedures, comprising: an elongated portion comprising a cannula or needle having a distal end and defining a first passage ; and a soft tip defining a second passage adapted to be coupled to the distal end of the elongated portion at an engagement site ; the engagement site is defined between a surface on the distal end of the elongated portion and a surface on the proximal end of the soft tip, wherein said surfaces are adapted to abut when the soft tip is coupled to the elongated portion; wherein the engagement site has a surface area greater than a cross-sectional area of the elongated portion and is adapted to provide an interlocking tongue and groove connection between the elongated portion and the soft tip, wherein when engaged the first and second passages together define a continuous passage extending through the instrument; characterized in that , the proximal end of the soft tip forms an annular portion configured to overlap a portion of the first passage of the elongated portion at the engagement site , and to reduce a cross-sectional area of the passage through at least a portion of the engagement side , wherein an inner diameter of the annular portion is smaller than an inner diameter of the first passage at the engagement site ; and the outer diameter of the elongated portion and the outer diameter of the soft tip are the same along the engagement site . an elongated portion comprising a cannula or needle having a distal end and defining a first passage ; and a soft tip defining a second passage adapted to be coupled to the distal end of the elongated portion at an engagement site ; the engagement site is defined between a surface on the distal end of the elongated portion and a surface on the proximal end of the soft tip, wherein said surfaces are adapted to abut when the soft tip is coupled to the elongated portion; wherein the engagement site has a surface area greater than a cross-sectional area of the elongated portion and is adapted to provide an interlocking tongue and groove connection between the elongated portion and the soft tip, wherein when engaged the first and second passages together define a continuous passage extending through the instrument; characterized in that , the proximal end of the soft tip forms an annular portion configured to overlap a portion of the first passage of the elongated portion at the engagement site , and to reduce a cross-sectional area of the passage through at least a portion of the engagement side , wherein an inner diameter of the annular portion is smaller than an inner diameter of the first passage at the engagement site ; and the outer diameter of the elongated portion and the outer diameter of the soft tip are the same along the engagement site .