mhurhangee/patent-ind-claim-en huggingface dataset:
Method for communicating data between a current node, a parent node of the current node and a child node of the current node communicating with one another in half-duplex mode, the communication method being implemented by the current node and comprising the following steps: - receiving a reservation request, sent by the parent node, to reserve at least one time slot on a communication channel established between the parent node and the current node, the reserved time slot being associated with a first communication direction, - determining a value of a time offset intended to be used by the child node in order to adjust a data communication time for communicating data with the current node, adjusting the communication time making it possible to communicate said data between the current node and the child node during the reserved time slot, - transmitting, to the child node, said value of the time offset and a second communication direction, - when said value of the time offset is non-zero, simultaneously communicating data with the parent node and the child node during the reserved time slot in the first communication direction and the second communication direction, respectively. - receiving a reservation request, sent by the parent node, to reserve at least one time slot on a communication channel established between the parent node and the current node, the reserved time slot being associated with a first communication direction, - determining a value of a time offset intended to be used by the child node in order to adjust a data communication time for communicating data with the current node, adjusting the communication time making it possible to communicate said data between the current node and the child node during the reserved time slot, - transmitting, to the child node, said value of the time offset and a second communication direction, - when said value of the time offset is non-zero, simultaneously communicating data with the parent node and the child node during the reserved time slot in the first communication direction and the second communication direction, respectively.
A fan module with variable pitch blades for a longitudinal axis propulsion assembly, said fan module comprising: - a rotor comprising a rotor shaft along the longitudinal axis X and carrying the blades of the fan , - a system for changing the pitch of the blades comprising connecting means connected to the blades of the fan and a control means acting on the connecting means , the control means comprising a fixed body and a movable body translatable along the longitudinal axis X relative to said fixed body , and - a load transfer bearing arranged between the connecting means and the control means , characterized in that the fan module comprises a power shaft driving the rotor shaft via an epicyclic train speed reducer , the speed reducer comprising a sun gear connected to the power shaft and a satellite carrier comprising a fixed annular ferrule secured to a fixed casing , the fixed body of the control means being mounted on said annular ferrule. - a rotor comprising a rotor shaft along the longitudinal axis X and carrying the blades of the fan , - a system for changing the pitch of the blades comprising connecting means connected to the blades of the fan and a control means acting on the connecting means , the control means comprising a fixed body and a movable body translatable along the longitudinal axis X relative to said fixed body , and - a load transfer bearing arranged between the connecting means and the control means ,
A method of wireless communication, comprising: determining , by a user equipment, UE, an uplink channel estimate based at least in part on a downlink reference signal; receiving , by the UE and from a base station, an indication of a cross-correlation matrix between the UE and base station antennas; and determining , by the UE, a precoding matrix for an uplink multiple-input multiple-output, MIMO, signal based at least in part on the uplink channel estimate and the cross-correlation matrix. determining , by a user equipment, UE, an uplink channel estimate based at least in part on a downlink reference signal; receiving , by the UE and from a base station, an indication of a cross-correlation matrix between the UE and base station antennas; and determining , by the UE, a precoding matrix for an uplink multiple-input multiple-output, MIMO, signal based at least in part on the uplink channel estimate and the cross-correlation matrix.
A data processing method of determining a flow based on a positive pressure ventilation therapy machine, the method comprising: acquiring a current operating parameter and a current pressure value of a draught fan in the positive pressure ventilation therapy machine; finding a target relational expression corresponding to the current pressure value in a preset list according to the current pressure value, wherein the preset list comprises a plurality of pressure values and relational expressions corresponding to the plurality of pressure values, and each of the relational expressions corresponding to the plurality of pressure values is a relational expression between operating parameters of the draught fan and a gas flow output by the positive pressure ventilation therapy machine; and determining a current gas flow output by the positive pressure ventilation therapy machine according to the current operating parameter and the target relational expression, wherein the step of determining the current gas flow output by the positive pressure ventilation therapy machine according to the current operating parameter and the target relational expression comprises: performing calculation according to F = 1 B ln P K to obtain the current gas flow output by the positive pressure ventilation therapy machine, wherein F is the gas flow, P is the current operating parameter, B and K are conversion coefficients, and the conversion coefficients are related to the current pressure value. acquiring a current operating parameter and a current pressure value of a draught fan in the positive pressure ventilation therapy machine; finding a target relational expression corresponding to the current pressure value in a preset list according to the current pressure value, wherein the preset list comprises a plurality of pressure values and relational expressions corresponding to the plurality of pressure values, and each of the relational expressions corresponding to the plurality of pressure values is a relational expression between operating parameters of the draught fan and a gas flow output by the positive pressure ventilation therapy machine; and determining a current gas flow output by the positive pressure ventilation therapy machine according to the current operating parameter and the target relational expression, wherein the step of determining the current gas flow output by the positive pressure ventilation therapy machine according to the current operating parameter and the target relational expression comprises: performing calculation according to F = 1 B ln P K to obtain the current gas flow output by the positive pressure ventilation therapy machine, wherein F is the gas flow, P is the current operating parameter, B and K are conversion coefficients, and the conversion coefficients are related to the current pressure value.
Household appliance comprising a control device including a ring that can rotate about an axis Δ, a push-button that can move along the axis Δ and that is arranged in the ring , a component for detecting an angular position of the ring provided with a rotatable shaft and a component for detecting a thrust applied to the push-button , said push-button including a support member that can be accessed by a user, a support surface that cooperates with the component for detecting a thrust applied to the push-button and an arm that connects the support member to the support surface , characterised in that said ring comprises a lug that extends radially along the axis Δ and that drives the shaft to rotate about the axis Δ and in that the push-button only moves in translation along the axis Δ, the lug and the arm being sized in order to obtain an angular stroke of the ring greater than 180°, preferably greater than 250°.
A receiver system , comprising: an optical polarization component configured to adjust a polarization of a received coherent Pulse Amplitude Modulation, PAM, encoded signal; and a digital signal processor, DSP , configured to: perform polarization recovery of the received coherent PAM encoded signal using a local oscillator, LO , signal and a first control loop; perform phase recovery of the received coherent PAM encoded signal using the LO signal and a second control loop; and characterized in that the first control loop and the second control loop are the same control loop for joint polarization and phase recovery, and the control loop for joint polarization and phase recovery is configured to introduce a 45° polarization angle between the received signal and the LO. an optical polarization component configured to adjust a polarization of a received coherent Pulse Amplitude Modulation, PAM, encoded signal; and a digital signal processor, DSP , configured to: perform polarization recovery of the received coherent PAM encoded signal using a local oscillator, LO , signal and a first control loop; perform phase recovery of the received coherent PAM encoded signal using the LO signal and a second control loop; and characterized in that the first control loop and the second control loop are the same control loop for joint polarization and phase recovery, and the control loop for joint polarization and phase recovery is configured to introduce a 45° polarization angle between the received signal and the LO. perform polarization recovery of the received coherent PAM encoded signal using a local oscillator, LO , signal and a first control loop; perform phase recovery of the received coherent PAM encoded signal using the LO signal and a second control loop; and characterized in that the first control loop and the second control loop are the same control loop for joint polarization and phase recovery, and the control loop for joint polarization and phase recovery is configured to introduce a 45° polarization angle between the received signal and the LO.
A Hydrogen Refueling Station (HRS; Hydrogen Refueling Station) for filling a vessel of a vehicle with hydrogen, the HRS comprising: - a hydrogen supply, - a hydrogen outlet fluidly connectable to the vessel of the vehicle , and - a basic process control system comprising a process controller , a plurality of process measuring devices , a plurality of valves and a plurality of associated basic process control functions facilitating monitoring and controlling the operation of the HRS , characterized in that the HRS further comprises a safety instrumented system comprising a safety controller , a plurality of safety measuring devices , a plurality of valves and a plurality of associated safety instrumented functions executable by the safety controller , wherein at least one of the valves facilitates stopping the operation of the HRS under the control of the associated process controller , and at least one of the valves facilitates stopping the operation of the HRS under the control of the associated safety controller . - a hydrogen supply, - a hydrogen outlet fluidly connectable to the vessel of the vehicle , and - a basic process control system comprising a process controller , a plurality of process measuring devices , a plurality of valves and a plurality of associated basic process control functions facilitating monitoring and controlling the operation of the HRS ,
A system for detecting the presence of a gas, comprising: a transmitter portion ; a sensor portion for sensing the presence of a gas ; and a variable voltage supply associated with the transmitter portion and the sensor portion and connected to the sensor portion for supplying power to the sensor portion , wherein the transmitter portion is configured to receive from the sensor portion information regarding the voltage received by the sensor portion from the variable voltage supply, the transmitter portion is configured to communicate with the sensor portion to receive information from the sensor portion regarding a voltage required by the sensor portion , and the transmitter portion is configured to adjust the supplied voltage in response to the information received from the sensor portion . a transmitter portion ; a sensor portion for sensing the presence of a gas ; and a variable voltage supply associated with the transmitter portion and the sensor portion and connected to the sensor portion for supplying power to the sensor portion , wherein the transmitter portion is configured to receive from the sensor portion information regarding the voltage received by the sensor portion from the variable voltage supply, the transmitter portion is configured to communicate with the sensor portion to receive information from the sensor portion regarding a voltage required by the sensor portion , and the transmitter portion is configured to adjust the supplied voltage in response to the information received from the sensor portion .
An apparatus , which forms a stereoscopic image by alternately displaying a left image and a right image , for reproducing a stereoscopic image in a pause mode, the apparatus comprising: a decoder unit configured to perform decoding on received image information; a three-dimensional format generation unit configured to pair the left and right images which are temporally consistent to generate stereoscopic image data; and a user input processing unit configured to: - receive a user selection with respect to image reproduction and - deliver a corresponding signal to the decoder unit and the three-dimensional format generation unit, wherein, when the user input processing unit receives a selection of a pause mode from the user, the decoder unit is configured to stop the decoding operation on the basis of the signal from the user input processing unit and the three-dimensional format generation unit is configured to generate the stereoscopic image data by using the left and right images, characterized by when the user input processing unit receives a selection of changing the stereoscopic image being reproduced in the pause mode into a two-dimensional frame from the user, the three-dimensional format generation unit is configured to generate the two-dimensional frame by interpolating the left and right images, wherein the two-dimensional frame is repeatedly output in the pause mode. a decoder unit configured to perform decoding on received image information; a three-dimensional format generation unit configured to pair the left and right images which are temporally consistent to generate stereoscopic image data; and a user input processing unit configured to: - receive a user selection with respect to image reproduction and - deliver a corresponding signal to the decoder unit and the three-dimensional format generation unit, - receive a user selection with respect to image reproduction and - deliver a corresponding signal to the decoder unit and the three-dimensional format generation unit, wherein, when the user input processing unit receives a selection of a pause mode from the user, the decoder unit is configured to stop the decoding operation on the basis of the signal from the user input processing unit and the three-dimensional format generation unit is configured to generate the stereoscopic image data by using the left and right images, characterized by when the user input processing unit receives a selection of changing the stereoscopic image being reproduced in the pause mode into a two-dimensional frame from the user, the three-dimensional format generation unit is configured to generate the two-dimensional frame by interpolating the left and right images, wherein the two-dimensional frame is repeatedly output in the pause mode.
A liquid dispensing method comprising steps performed in the order of: a first step that fills the inside of a pipe with cleaning liquid ; a second step that sucks rinsing liquid into the pipe from a rinsing liquid vessel with gas interposed between the cleaning liquid and the rinsing liquid ; a third step that further sucks dispensing target liquid into the pipe from a dispensing target liquid vessel with gas interposed between the rinsing liquid and the dispensing target liquid ; a fourth step that discharges a predetermined amount of the sucked in dispensing target liquid of the pipe into a discharge vessel ; a fifth step that discharges and disposes of a remainder of the dispensing target liquid and the rinsing liquid remaining in the pipe into a cleaning port ; and a sixth step that cleans the inside of the pipe by the cleaning liquid ; wherein the rinsing liquid is constituted by the dispensing target liquid or a main component of the dispensing target liquid . a first step that fills the inside of a pipe with cleaning liquid ; a second step that sucks rinsing liquid into the pipe from a rinsing liquid vessel with gas interposed between the cleaning liquid and the rinsing liquid ; a third step that further sucks dispensing target liquid into the pipe from a dispensing target liquid vessel with gas interposed between the rinsing liquid and the dispensing target liquid ; a fourth step that discharges a predetermined amount of the sucked in dispensing target liquid of the pipe into a discharge vessel ; a fifth step that discharges and disposes of a remainder of the dispensing target liquid and the rinsing liquid remaining in the pipe into a cleaning port ; and a sixth step that cleans the inside of the pipe by the cleaning liquid ; wherein the rinsing liquid is constituted by the dispensing target liquid or a main component of the dispensing target liquid .
A compound or its stereo-isomeric form, a pharmaceutically acceptable salt, or solvate thereof, wherein said compound is
A bonded abrasive article comprising 10 to 80 % by volume of shaped abrasive particles; 1 to 60 % by volume of a bonding medium comprising a vitreous bond, and secondary abrasive particles; wherein said shaped abrasive particles each comprising a first side and a second side separated by a thickness t, wherein said first side is a first face having a perimeter of a first geometric shape, wherein the thickness t is smaller than the length of the shortest side-related dimension of the particle, the second side either comprises a vertex or a ridge line or a second face having a perimeter of a second geometric shape which may be the same or different to the first geometric shape, said first and second geometric shapes are independently selected from regular and irregular polygonal shapes, the length of the shortest side related dimension of the particle is the length of the shortest facial dimension of the first face (if the particle has no second face) or is the length of the shortest facial dimension of the larger face of the particle (if the particle has a second face).
Sensor (S) for an electrical network with a high-side for connection with a positive pole (+) of a battery (BAT), a low-side for connection with a negative pole (-) of the battery (BAT) and a chassis ground (GND CHASSIS ), in particular for an electrical on-board network of an electrically driven vehicle, in particular in an electric car, comprising a) a measuring device (ME) for current measurement and/or for voltage measurement in the electrical network, in particular with a low-resistance current sense resistor for current measurement according to the four-wire technique, and b) an integrated insulation monitoring device (ME, IQ, Rk, S3) for monitoring electrical insulation of high-side and/or low-side of the electrical network, wherein the insulation monitoring device (ME, IQ, Rk, S3) b1) operates actively and impresses AC measurement pulses into the electrical network for insulation monitoring, and b2) is capacitively or resistively coupled to the electrical network, characterized in c) that the active insulation monitoring device (ME, IQ, Rk, S3) determines a leakage capacitance (Cy1, Cy2, Cy3, Cy4) between the low-side and/or the high-side of the electrical network on the one hand and the chassis ground (GND CHASSIS ) of the electrical network on the other hand, and d) that the active insulation monitoring device (ME, IQ, Rk, S3) adapts the frequency of the measurement pulses as a function of the leakage capacitance (Cy1, Cy2, Cy3, Cy4) determined. a) a measuring device (ME) for current measurement and/or for voltage measurement in the electrical network, in particular with a low-resistance current sense resistor for current measurement according to the four-wire technique, and b) an integrated insulation monitoring device (ME, IQ, Rk, S3) for monitoring electrical insulation of high-side and/or low-side of the electrical network, wherein the insulation monitoring device (ME, IQ, Rk, S3) b1) operates actively and impresses AC measurement pulses into the electrical network for insulation monitoring, and b2) is capacitively or resistively coupled to the electrical network, characterized in b1) operates actively and impresses AC measurement pulses into the electrical network for insulation monitoring, and b2) is capacitively or resistively coupled to the electrical network, c) that the active insulation monitoring device (ME, IQ, Rk, S3) determines a leakage capacitance (Cy1, Cy2, Cy3, Cy4) between the low-side and/or the high-side of the electrical network on the one hand and the chassis ground (GND CHASSIS ) of the electrical network on the other hand, and d) that the active insulation monitoring device (ME, IQ, Rk, S3) adapts the frequency of the measurement pulses as a function of the leakage capacitance (Cy1, Cy2, Cy3, Cy4) determined.
A method of generating an encoded satellite navigation message, in the form of a number of pages, for transmission to at least one user receiver via a plurality of satellites , the method comprising the steps of: a) dividing, at a ground station, a satellite navigation message M into k pages; b) dividing, at the ground station, each page into j symbols, the satellite navigation message M being divided into k × j symbols; c) for each symbol position, encoding the symbols of the k pages at the ground station; and d) generating, at the ground station, an encoded satellite navigation message M ' for n pages, characterized in that step c) comprises encoding each column of the symbols of the pages separately for a total of j block codes, wherein each of the n pages comprises symbols from j parallel codes, and in that the method further comprises the steps of: e) allocating, at the ground station, at least a subset of the n pages of the encoded satellite navigation message to each of the plurality of satellites ; f) transmitting, by the ground station, the allocated pages to respective ones of the plurality of satellites ; and g) transmitting the allocated pages by the plurality of satellites to the at least one user receiver . a) dividing, at a ground station, a satellite navigation message M into k pages; b) dividing, at the ground station, each page into j symbols, the satellite navigation message M being divided into k × j symbols; c) for each symbol position, encoding the symbols of the k pages at the ground station; and d) generating, at the ground station, an encoded satellite navigation message M ' for n pages, e) allocating, at the ground station, at least a subset of the n pages of the encoded satellite navigation message to each of the plurality of satellites ; f) transmitting, by the ground station, the allocated pages to respective ones of the plurality of satellites ; and g) transmitting the allocated pages by the plurality of satellites to the at least one user receiver .