mhurhangee/patent-ind-claim-en huggingface dataset:
A device (X1) for diagnosing a malfunction of a hydraulic pump that includes a plurality of pistons (M1 to M9) comprising: a pressure detection section for detecting a pressure value of liquid discharged from the hydraulic pump in rotation; a rotation phase detection section for detecting a rotation phase of the hydraulic pump at the time when a pressure value of liquid is detected by the pressure detection section ; and a rendering section for rendering a model of a relationship between pressure values of liquid detected by the pressure detection section and rotation phases of the hydraulic pump detected by the rotation phase detection section to thereby obtain pulsating waveform data, characterized in that the plurality of pistons is arranged in a circumferential direction and discharges liquid with rotation in the circumferential direction and the rendering section configured to perform superimposing detections for each rotation of the hydraulic pump on one another at specific phases to thereby obtain the relationship between pressure values of liquid detected by the pressure detection section and rotation phases of the hydraulic pump detected by the rotation phase detection section ; mapping the obtained relationship in a space in which a frequency is defined with reference to one rotation of the hydraulic pump ; and superimposing waveforms, the number of which is whole number times the frequency, the whole number being the number of rotations of the hydraulic pump , on one another to render the model of the relationship, thereby obtaining the pulsating waveform data. a pressure detection section for detecting a pressure value of liquid discharged from the hydraulic pump in rotation; a rotation phase detection section for detecting a rotation phase of the hydraulic pump at the time when a pressure value of liquid is detected by the pressure detection section ; and a rendering section for rendering a model of a relationship between pressure values of liquid detected by the pressure detection section and rotation phases of the hydraulic pump detected by the rotation phase detection section to thereby obtain pulsating waveform data, characterized in that the plurality of pistons is arranged in a circumferential direction and discharges liquid with rotation in the circumferential direction and the rendering section configured to perform superimposing detections for each rotation of the hydraulic pump on one another at specific phases to thereby obtain the relationship between pressure values of liquid detected by the pressure detection section and rotation phases of the hydraulic pump detected by the rotation phase detection section ; mapping the obtained relationship in a space in which a frequency is defined with reference to one rotation of the hydraulic pump ; and superimposing waveforms, the number of which is whole number times the frequency, the whole number being the number of rotations of the hydraulic pump , on one another to render the model of the relationship, thereby obtaining the pulsating waveform data.
A human-machine interaction body-sensing vehicle comprising a vehicle body and two wheels coupled with the vehicle body , wherein each of the wheels is rotated with the vehicle body along an axle of the wheel , the vehicle body comprises a support frame , two pedals , a first position sensor , and a controller , wherein the support frame is an integrated rigid plate-type structure and rotatably connected to the wheels , and the first position sensor is configured to detect position information, gravity information, or pressure information of a user standing on the pedal , wherein the two pedals are located on and rotatably connected to the support frame , characterized in that the first position sensor is a pressure sensor.
A device for providing air under pressure to a subsystem of an automotive vehicle, said device comprising a base member and a cartridge immobilized onto said base member by a locking ring , wherein said locking ring defines a volume (V 4 ) adapted to accommodate an elongated member , such that the locking ring can be driven in rotation around its axis of rotation, either to lock the cartridge onto the base member or to unlock the cartridge, characterized in that said volume (V 4 ) is adapted to accommodate an elongated member having its main direction (X 51 ) tangential with respect to a circle (Co) centered on an axis of rotation (X 4 ) of said ring and in that said volume is defined between at least a first surface and at least a second surface , each adapted to form an abutment zone (P 1 , P 2 ) for said elongated member introduced within said volume (V 4 ) wherein the ring is provided with a collar which extends all around the axis of rotation (X 4 ) of the ring, and wherein the second surface formed by an outer peripheral surface of said collar constitutes a radial inner boundary of said volume (V 4 ) and forms an abutment zone for the elongated member .
A detoxification device comprising: a detoxification chamber ; an insulator provided adjacent to the detoxification chamber; and an inlet nozzle embedded in the insulator to guide an exhaust gas to be detoxified to the detoxification chamber, wherein the inlet nozzle defines an axial direction and the insulator is made of a insulating material thickness (L1) in the axial direction; characterised in that a portion of the inlet nozzle adjacent to the detoxification chamber has a length (L3) in the axial direction set shorter by a predetermined length (L2) in the axial direction than the thickness (L1) of the insulating material to expose a portion (W) of the insulator , wherein the predetermined length (L2) corresponds to a portion of the inlet nozzle on which a metallic product is deposited when the exhaust gas which is a metallic exhaust gas is allowed to flow in a state before the inlet nozzle is shortened. a detoxification chamber ; an insulator provided adjacent to the detoxification chamber; and an inlet nozzle embedded in the insulator to guide an exhaust gas to be detoxified to the detoxification chamber, wherein the inlet nozzle defines an axial direction and the insulator is made of a insulating material thickness (L1) in the axial direction; characterised in that a portion of the inlet nozzle adjacent to the detoxification chamber has a length (L3) in the axial direction set shorter by a predetermined length (L2) in the axial direction than the thickness (L1) of the insulating material to expose a portion (W) of the insulator , wherein the predetermined length (L2) corresponds to a portion of the inlet nozzle on which a metallic product is deposited when the exhaust gas which is a metallic exhaust gas is allowed to flow in a state before the inlet nozzle is shortened.
A method of identifying and/or characterizing an agent useful for the treatment of a Ras-associated cancer by determining its effect on the scavenging of phosphatidylglycerol lipids as compared with an appropriate control, comprising steps of a) contacting a population of tumor cells with the agent; and b) identifying and/or characterizing the agent for its ability to disrupt cellular uptake of phosphatidylglycerol lipids. a) contacting a population of tumor cells with the agent; and b) identifying and/or characterizing the agent for its ability to disrupt cellular uptake of phosphatidylglycerol lipids.
A medical diagnostic system comprising: a generator configured to deliver one or more electrical pulses to a patient; a current output monitor to collect data relating to electrical current resulting from one or more of the electrical pulses delivered; programming configured to determine an average current or a change in current from the electrical current data collected by the current output monitor, and based on the average current and/or the change in current: determine whether and/or how the patient is expected to respond to immunotherapy, such that when there is a positive change in current it is determined that the patient is expected to respond to immunotherapy. a generator configured to deliver one or more electrical pulses to a patient; a current output monitor to collect data relating to electrical current resulting from one or more of the electrical pulses delivered; programming configured to determine an average current or a change in current from the electrical current data collected by the current output monitor, and based on the average current and/or the change in current: determine whether and/or how the patient is expected to respond to immunotherapy, such that when there is a positive change in current it is determined that the patient is expected to respond to immunotherapy.
Process control device, with an electro-pneumatic control unit designed to control a pneumatic actuator , which has a mounting module which has, on a lower side , a mounting interface designed for fixing to a drive housing of the actuator and which has, fixed to the mounting module , an electrically operable control valve unit containing at least one control valve which communicates with at least one drive passage passing through the mounting module for fluidic connection with the actuator , wherein the control unit has an interface board , separate from the mounting module , which is mounted on the mounting module at its upper side facing away from the mounting interface , and through which passes an interface board fluid passage system communicating with at least one drive passage of the mounting module , wherein the interface board has on its upper side facing away from the mounting module a mechanical-pneumatic mounting interface , at which the control valve unit is mounted with simultaneous communication with the interface board fluid passage system , characterised in that the mounting module has on its upper side facing away from the mounting interface a locating recess in which the interface board is inserted, wherein the interface board is held completely in the locating recess in such a way that its upper side runs flush with the surface sections of the upper side of the mounting module framing the locating recess .
A method of decoding audio, the method comprising: receiving an audio bitstream comprising packets; decoding a type of a packet among the packets; obtaining system data and information indicating a type of a system engine from the packet, if the type of the packet indicates system metadata; transmitting the obtained system data to the system engine having the type indicated by the information indicating the type of the system engine for processing the system data, if the information indicating the type of the system engine has a value which indicates that the type of the system engine is defined in the packet; and discarding the obtained system data, if the information indicating the type of the system engine has a value which indicates that the type of the system engine is not defined in the packet, wherein the audio bitstream is an MPEG-H 3D audio stream, MHAS, and wherein the system data is at least one of a dynamic adaptive streaming over HTTP, DASH, media presentation description and a MPEG media transport, MMT, signaling message. receiving an audio bitstream comprising packets; decoding a type of a packet among the packets; obtaining system data and information indicating a type of a system engine from the packet, if the type of the packet indicates system metadata; transmitting the obtained system data to the system engine having the type indicated by the information indicating the type of the system engine for processing the system data, if the information indicating the type of the system engine has a value which indicates that the type of the system engine is defined in the packet; and discarding the obtained system data, if the information indicating the type of the system engine has a value which indicates that the type of the system engine is not defined in the packet, wherein the audio bitstream is an MPEG-H 3D audio stream, MHAS, and wherein the system data is at least one of a dynamic adaptive streaming over HTTP, DASH, media presentation description and a MPEG media transport, MMT, signaling message.
An apparatus comprising: a controllable oscillator having an oscillator output and a frequency control signal input; a wrapped-phase input for receiving a wrapped-phase input signal; phase testing circuitry operative to provide an error signal representing a difference between a phase of an oscillating signal at the oscillator output and a wrapped-phase input signal; unwrapped differentiation logic operative to generate a differentiated unwrapped-phase signal from the wrapped-phase input signal; a loop filter connected to the phase testing circuitry and configured to generate a filtered error signal; an adder operative to combine the filtered error signal with the differentiated unwrapped-phase signal, the adder having an output connected to the frequency control signal input of the controllable oscillator. a controllable oscillator having an oscillator output and a frequency control signal input; a wrapped-phase input for receiving a wrapped-phase input signal; phase testing circuitry operative to provide an error signal representing a difference between a phase of an oscillating signal at the oscillator output and a wrapped-phase input signal; unwrapped differentiation logic operative to generate a differentiated unwrapped-phase signal from the wrapped-phase input signal; a loop filter connected to the phase testing circuitry and configured to generate a filtered error signal; an adder operative to combine the filtered error signal with the differentiated unwrapped-phase signal, the adder having an output connected to the frequency control signal input of the controllable oscillator.
A method for a peer-to-peer communication in a wireless device equipped with two or more radio interfaces , the method further comprising: establishing , by a wireless device including a first radio interface and a second radio interface , a first transport layer connection for transporting, via the first radio interface, meta-information of a peer-to-peer communication application, the first radio interface comprising a low energy radio interface; exchanging , by the wireless device and via the first radio interface including the first transport layer connection, the meta-information; detecting a connection request for transporting at least one data chunk of the peer-to-peer communication application, the connection request for transporting the at least one data chunk detected based on a port number associated with a predetermined range of port numbers; triggering, in response to the detected connection request, the establishment of the second radio interface ; and establishing , by the wireless device and based on the received meta-information received via the first radio interface, a second transport layer connection with at least one peer node for transporting at least one data chunk of the peer-to-peer communication application via at least the second radio interface comprising a high energy radio interface utilizing more energy when compared to the low energy radio interface. establishing , by a wireless device including a first radio interface and a second radio interface , a first transport layer connection for transporting, via the first radio interface, meta-information of a peer-to-peer communication application, the first radio interface comprising a low energy radio interface; exchanging , by the wireless device and via the first radio interface including the first transport layer connection, the meta-information; detecting a connection request for transporting at least one data chunk of the peer-to-peer communication application, the connection request for transporting the at least one data chunk detected based on a port number associated with a predetermined range of port numbers; triggering, in response to the detected connection request, the establishment of the second radio interface ; and establishing , by the wireless device and based on the received meta-information received via the first radio interface, a second transport layer connection with at least one peer node for transporting at least one data chunk of the peer-to-peer communication application via at least the second radio interface comprising a high energy radio interface utilizing more energy when compared to the low energy radio interface.
A radio transceiving device , comprising: a multi-antenna array ; a main transceiver coupled to the multi-antenna array , wherein the main transceiver is configured to beamform a first plurality of digital signals over a total transceiver bandwidth, wherein a part of the beamforming is processed in digital domain and another part of the beamforming is processed in analog domain; and an auxiliary transceiver coupled to the multi-antenna array , wherein the auxiliary transceiver is configured to beamform a second plurality of digital signals over a fraction of the total transceiver bandwidth, wherein the beamforming is processed in digital domain; wherein the auxiliary transceiver is configured to provide initial access for a user equipment to an access point ; and wherein the main transceiver is configured to perform user data transmission between the user equipment and the access point . a multi-antenna array ; a main transceiver coupled to the multi-antenna array , wherein the main transceiver is configured to beamform a first plurality of digital signals over a total transceiver bandwidth, wherein a part of the beamforming is processed in digital domain and another part of the beamforming is processed in analog domain; and an auxiliary transceiver coupled to the multi-antenna array , wherein the auxiliary transceiver is configured to beamform a second plurality of digital signals over a fraction of the total transceiver bandwidth, wherein the beamforming is processed in digital domain; wherein the auxiliary transceiver is configured to provide initial access for a user equipment to an access point ; and wherein the main transceiver is configured to perform user data transmission between the user equipment and the access point .
An automated trimming system for a coil comprising a number of rings positioned within said coil , the system comprising: - one or more trimming mechanisms configured to proceed to cut the rings at sheared positions of said rings ; and - a hook arrangement configured to interface with the coil for transferring the coil to a trimming area, - screw rolls or the one or more trimming mechanisms configured to separate the ends of the coil in order to expose the rings positioned within said coil once the coil is positioned in the trimming area; the automated trimming system being characterized in that it further comprises - a vision system configured to identify the number of rings positioned within said coil and the sheared positions where the rings need to be cut; - said one or more trimming mechanisms being configured to receive the sheared positions. - one or more trimming mechanisms configured to proceed to cut the rings at sheared positions of said rings ; and - a hook arrangement configured to interface with the coil for transferring the coil to a trimming area, - screw rolls or the one or more trimming mechanisms configured to separate the ends of the coil in order to expose the rings positioned within said coil once the coil is positioned in the trimming area; the automated trimming system being characterized in that it further comprises - a vision system configured to identify the number of rings positioned within said coil and the sheared positions where the rings need to be cut; - said one or more trimming mechanisms being configured to receive the sheared positions.
An information processing device comprising: a storage unit which stores a first folder (Folder#0001) and a second folder (Folder#0002) under the first folder in a hierarchical structure, the first folder containing the second folder and at least one first file (JobMacro#0001, #0002), the second folder containing at least one second file (JobMacro#0003, #0005, #0007); an instruction unit which receives an execution instruction of first processing to be performed on the first folder, based on user's operation; a display unit which displays, in response to the execution instruction received by the instruction unit , a list of the at least one first file contained in the first folder and the at least one second file contained in the second folder under the first folder, the hierarchical structure and information (B20Ad, B20Bd) to inquire confirmation for executing the first processing; a receiving unit which receives the confirmation, based on user's operation, after the list is displayed on the display unit ; and an execution unit which executes the first processing on the first folder when the receiving unit receives the confirmation. a storage unit which stores a first folder (Folder#0001) and a second folder (Folder#0002) under the first folder in a hierarchical structure, the first folder containing the second folder and at least one first file (JobMacro#0001, #0002), the second folder containing at least one second file (JobMacro#0003, #0005, #0007); an instruction unit which receives an execution instruction of first processing to be performed on the first folder, based on user's operation; a display unit which displays, in response to the execution instruction received by the instruction unit , a list of the at least one first file contained in the first folder and the at least one second file contained in the second folder under the first folder, the hierarchical structure and information (B20Ad, B20Bd) to inquire confirmation for executing the first processing; a receiving unit which receives the confirmation, based on user's operation, after the list is displayed on the display unit ; and an execution unit which executes the first processing on the first folder when the receiving unit receives the confirmation.
A polymer composition comprising: a) a polymer matrix; b) a polymeric antioxidant compatible with the polymer matrix, and comprising pendant phenol antioxidant moieties; and c) a mono- or oligo-functional phenol antioxidant. a) a polymer matrix; b) a polymeric antioxidant compatible with the polymer matrix, and comprising pendant phenol antioxidant moieties; and c) a mono- or oligo-functional phenol antioxidant.