mhurhangee/ep-ind-claims huggingface dataset:
Method for operating an internal combustion engine of a motor vehicle having multiple cylinders, with all of the cylinders being operated in full engine operation and some of the cylinders being deactivated in partial engine operation, a switch from the full engine operation to the partial engine operation taking place only when a partial engine operation torque which can be produced by the combustion engine in the partial engine operation is greater than or equal to a target torque set on the combustion engine, while additionally a switching variable determined as a function of at least one defined parameter of the combustion engine and/or of the motor vehicle has to be set for the switch from full engine operation to partial engine operation, characterised in that an acceleration reserve is determined from the at least one parameter, a minimal acceleration reserve is defined and a recommended variable is determined from the acceleration reserve and the minimal acceleration reserve, and the switching variable is set when the recommended variable exceeds a threshold value.
A method of pressurising or depressurising a shock absorber of an aircraft landing gear, comprising: determining the weight of the aircraft; measuring an ambient temperature around the shock absorber; calculating a target length of the shock absorber based on the ambient temperature and the determined weight of the aircraft; and pressurising or depressurising the shock absorber to the target length, wherein the step of determining the weight of the aircraft comprises: increasing the internal pressure of the shock absorber until the shock absorber begins to extend in length; then measuring the internal pressure of the shock absorber; and then calculating the weight of the aircraft based on the measured internal pressure and a known piston area of the shock absorber. determining the weight of the aircraft; measuring an ambient temperature around the shock absorber; calculating a target length of the shock absorber based on the ambient temperature and the determined weight of the aircraft; and pressurising or depressurising the shock absorber to the target length, increasing the internal pressure of the shock absorber until the shock absorber begins to extend in length; then measuring the internal pressure of the shock absorber; and then calculating the weight of the aircraft based on the measured internal pressure and a known piston area of the shock absorber.
A system (100, 500) which provides an interchangeable tank (401, 403) for a printing apparatus to which at least one tank containing printing materials of at least two colors is attached, characterized by comprising: obtaining means for obtaining predetermined information relating to amount of printing materials for a tank attached to the printing apparatus; and determining means for determining an interchangeable tank to be provided from a plurality of types of interchangeable tanks based on the predetermined information obtained by the obtaining means, wherein the plurality of types of interchangeable tanks include a first tank and a second tank, the first tank contains printing materials of at least two colors, with a ratio of amounts of the printing materials of the at least two colors being a first constituent ratio, and the second tank contains printing materials of at least the same two colors as those in the first tank, with a ratio of amounts of the printing materials of at least the two colors being a second constituent ratio different from the first constituent ratio. obtaining means for obtaining predetermined information relating to amount of printing materials for a tank attached to the printing apparatus; and determining means for determining an interchangeable tank to be provided from a plurality of types of interchangeable tanks based on the predetermined information obtained by the obtaining means, wherein the plurality of types of interchangeable tanks include a first tank and a second tank, the first tank contains printing materials of at least two colors, with a ratio of amounts of the printing materials of the at least two colors being a first constituent ratio, and the second tank contains printing materials of at least the same two colors as those in the first tank, with a ratio of amounts of the printing materials of at least the two colors being a second constituent ratio different from the first constituent ratio.
Process for treating a magnetic structure, characterized in that it comprises the following steps: - providing a magnetic structure comprising at least one first layer of magnetic material comprising a CoFeB alloy; said magnetic material being deposited on a substrate; - irradiating the magnetic structure with low-energy light ions chosen from He+, H+, Ar+, Xe+ ou Ga+, whereby the ions emitted during the irradiating step pass through the at least one first layer of magnetic material and are implanted deep in ths substrate at a depth in the substrate between 100 nm and 300 nm; and wherein said irradiating induces structural modifications of the irradiated magnetic layers - simultaneously holding the magnetic structure at a preset temperature profile and for a preset time. - providing a magnetic structure comprising at least one first layer of magnetic material comprising a CoFeB alloy; said magnetic material being deposited on a substrate; - irradiating the magnetic structure with low-energy light ions chosen from He+, H+, Ar+, Xe+ ou Ga+, whereby the ions emitted during the irradiating step pass through the at least one first layer of magnetic material and are implanted deep in ths substrate at a depth in the substrate between 100 nm and 300 nm; and wherein said irradiating induces structural modifications of the irradiated magnetic layers - simultaneously holding the magnetic structure at a preset temperature profile and for a preset time.
A method for calibrating a coverage database, which records positions of points within a network coverage area of a cellular network and signal strengths of signals received from different cells at each point of the points, comprising: transmitting a measurement control message to one or more terminals in the network coverage area, wherein the measurement control message is used to instruct a terminal supporting Global Position System, GPS, to include geographical position information of current position of the terminal in a measurement report to be reported; receiving the measurement report transmitted by the terminal; storing signal strengths of signals received from respective cells by the terminal and the geographical position information of the terminal into the coverage database, if the measurement report include the signal strengths and the geographical position information; wherein the network coverage area is divided into grids, the coverage database stores the geographical position information and the signal strengths for the grids; and the method further comprises: if two or more pieces of geographical position information are received from a same grid, calculating arithmetic mean of the signal strengths associated with a certain cell corresponding to the two or more pieces of geographical position information and taking the arithmetic mean as the signal strength associated with the certain cell for the grid. transmitting a measurement control message to one or more terminals in the network coverage area, wherein the measurement control message is used to instruct a terminal supporting Global Position System, GPS, to include geographical position information of current position of the terminal in a measurement report to be reported; receiving the measurement report transmitted by the terminal; storing signal strengths of signals received from respective cells by the terminal and the geographical position information of the terminal into the coverage database, if the measurement report include the signal strengths and the geographical position information; wherein the network coverage area is divided into grids, the coverage database stores the geographical position information and the signal strengths for the grids; and the method further comprises: if two or more pieces of geographical position information are received from a same grid, calculating arithmetic mean of the signal strengths associated with a certain cell corresponding to the two or more pieces of geographical position information and taking the arithmetic mean as the signal strength associated with the certain cell for the grid.
A process for preparing a clustered functional polyorganosiloxane, comprising reacting ingredients comprising: a) a polyorganosiloxane having an average per molecule of at least 2 aliphatically unsaturated organic groups, b) a polyorganohydrogensiloxane having an average, per molecule, of 4 to 15 silicon atoms and at least 4 silicon bonded hydrogen atoms per aliphatically unsaturated organic group in ingredient a); and c) a reactive species, having, per molecule at least one aliphatically unsaturated organic group and one or more curable groups; characterised in that the ingredients a), b) and c) are reacted concurrently as a step 1) in the presence of d) a hydrosilylation catalyst, with the proviso that a ratio of silicon bonded hydrogen atoms in ingredient b)/aliphatically unsaturated organic groups in ingredient a) (the SiHb/Via ratio), ranges from 4/1 to 20/1 and a product prepared by the process has more than one curable group at each terminus of the polyorganosiloxane of ingredient a). a) a polyorganosiloxane having an average per molecule of at least 2 aliphatically unsaturated organic groups, b) a polyorganohydrogensiloxane having an average, per molecule, of 4 to 15 silicon atoms and at least 4 silicon bonded hydrogen atoms per aliphatically unsaturated organic group in ingredient a); and c) a reactive species, having, per molecule at least one aliphatically unsaturated organic group and one or more curable groups;
A workbench-hand truck assembly comprising: a first pair of legs; a frame; a second pair of legs pivotally coupled to the frame and to the first pair of legs: a workbench configured to be supported by the first and second pairs of legs: a pair of brackets pivotally coupled to the first pair of legs; and a nose plate pivotally coupled to the pair of brackets for movement between a stored position, in which the nose plate extends parallel to and adjacent the workbench, and a deployed position, in which the nose plate extends away from the workbench, wherein the workbench-hand truck assembly is configurable in a hand truck position when the nose plate is in the deployed position, such that the nose plate extends perpendicular to the workbench. characterized in that the first pair of legs and the second pair of legs are movable between a first position, in which the workbench is positioned at a first height above a ground surface, and a second position, in which the workbench is positioned at a second height above the ground surface that is greater than the first height. a first pair of legs; a frame; a second pair of legs pivotally coupled to the frame and to the first pair of legs: a workbench configured to be supported by the first and second pairs of legs: a pair of brackets pivotally coupled to the first pair of legs; and a nose plate pivotally coupled to the pair of brackets for movement between a stored position, in which the nose plate extends parallel to and adjacent the workbench, and a deployed position, in which the nose plate extends away from the workbench, wherein the workbench-hand truck assembly is configurable in a hand truck position when the nose plate is in the deployed position, such that the nose plate extends perpendicular to the workbench. characterized in that the first pair of legs and the second pair of legs are movable between a first position, in which the workbench is positioned at a first height above a ground surface, and a second position, in which the workbench is positioned at a second height above the ground surface that is greater than the first height.
A communication link establishment method, wherein the method comprises: establishing, by a smart wearable device, a connection to a base station of a cellular network via a relay device; and determining (S303, S601), by the smart wearable device, link configuration information, and establishing (S303, S 602), based on the link configuration information, a first communication link with the relay device having a second communication link with the base station; wherein the first communication link is a Wireless Fidelity, WiFi, communication link based on a first packet defining protocol and the second communication link is a cellular link based on a cellular network, second packet defining protocol; wherein the first communication link between the smart wearable device and the relay device and the second communication link between the relay device and the base station are both used by the smart wearable device to transmit a packet from the smart wearable device to the base station; wherein in a process in which the smart wearable device transmits a packet to the base station, the smart wearable device and the relay device both have a packet conversion function, and the packet conversion function is to convert the packet between the first packet defining protocol and the second packet defining protocol. establishing, by a smart wearable device, a connection to a base station of a cellular network via a relay device; and determining (S303, S601), by the smart wearable device, link configuration information, and establishing (S303, S 602), based on the link configuration information, a first communication link with the relay device having a second communication link with the base station; wherein the first communication link is a Wireless Fidelity, WiFi, communication link based on a first packet defining protocol and the second communication link is a cellular link based on a cellular network, second packet defining protocol; wherein the first communication link between the smart wearable device and the relay device and the second communication link between the relay device and the base station are both used by the smart wearable device to transmit a packet from the smart wearable device to the base station; wherein in a process in which the smart wearable device transmits a packet to the base station, the smart wearable device and the relay device both have a packet conversion function, and the packet conversion function is to convert the packet between the first packet defining protocol and the second packet defining protocol.
A purification arrangement for water sampling module, comprising a filtration device for purifying liquid water intended for a combustion chamber of a vehicle, by being placed in a module body provided: - with a first interior compartment for housing the filtration device immersed in water in a mounted state of the module in a water tank; and - a second interior compartment to house all or part of a feed pump; the filtration device comprising: - an external component which has at least one inlet through which the liquid water from the water tank can reach a filtration region, an upper end, a bottom opposite the upper end and a side wall; - a filter media, fixed to the external component extending in the filtration region between the bottom and the upper end; and - an outlet for discharging filtered liquid water, the filter media being interposed between the at least one inlet and the outlet; knowing that the filtration device has: - a connection assembly formed on the external component and comprising a fluid connection fitting for connection with a liquid water suction path belonging to the feed pump; and - means (M1, M2) for preventing the presence of air bubbles in said suction path, which are arranged upstream of the outlet formed by the fluid connection fitting. - with a first interior compartment for housing the filtration device immersed in water in a mounted state of the module in a water tank; and - a second interior compartment to house all or part of a feed pump; - an external component which has at least one inlet through which the liquid water from the water tank can reach a filtration region, an upper end, a bottom opposite the upper end and a side wall; - a filter media, fixed to the external component extending in the filtration region between the bottom and the upper end; and - an outlet for discharging filtered liquid water, the filter media being interposed between the at least one inlet and the outlet; - a connection assembly formed on the external component and comprising a fluid connection fitting for connection with a liquid water suction path belonging to the feed pump; and - means (M1, M2) for preventing the presence of air bubbles in said suction path, which are arranged upstream of the outlet formed by the fluid connection fitting.
Process for the manufacture of tetrafluoropropene, comprising, alternately: - at least one stage of reaction of a chlorinated compound with hydrofluoric acid in the gas phase, in the presence of a fluorination catalyst, the proportion of oxygen optionally present being less than 0.05 mol% with respect to the chlorinated compound; - a stage of regeneration of the fluorination catalyst by bringing the fluorination catalyst into contact with a regeneration stream comprising an oxidizing agent. - at least one stage of reaction of a chlorinated compound with hydrofluoric acid in the gas phase, in the presence of a fluorination catalyst, the proportion of oxygen optionally present being less than 0.05 mol% with respect to the chlorinated compound; - a stage of regeneration of the fluorination catalyst by bringing the fluorination catalyst into contact with a regeneration stream comprising an oxidizing agent.
An information processing device which is adapted to determine whether or not a charging point (Cp) in which charging equipment is located at the time of charging of a mobile object is located within a facility area and to register the charging point (Cp) in a map database, characterized by: the map database being a shared map database that stores map information including roads and facility areas, and a POI information database that is a lower database of the map database, wherein the POI information database is a database that stores Point of Interest information which is facility-related information including facility classifications and positional information of facilities, a registration prohibition determination unit that is adapted, if the charging point (Cp) is located within the facility area, to determine whether or not the charging point (Cp) is prohibited from being registered, based on a facility classification of the facility area, and a registration unit that is adapted, in a case where the charging point (Cp) is located within the facility area which is registered in the map database and the POI information of the facility area in which the charging point (Cp) is located is present and the registration prohibition determination unit has determined that the charging point (Cp) is not prohibited from being registered, to respectively hierarchize the POI information of the facility area and the charging point (Cp) into an upper level and a lower level, and to register the hierarchized data in the map database. the map database being a shared map database that stores map information including roads and facility areas, and a POI information database that is a lower database of the map database, wherein the POI information database is a database that stores Point of Interest information which is facility-related information including facility classifications and positional information of facilities, a registration prohibition determination unit that is adapted, if the charging point (Cp) is located within the facility area, to determine whether or not the charging point (Cp) is prohibited from being registered, based on a facility classification of the facility area, and a registration unit that is adapted, in a case where the charging point (Cp) is located within the facility area which is registered in the map database and the POI information of the facility area in which the charging point (Cp) is located is present and the registration prohibition determination unit has determined that the charging point (Cp) is not prohibited from being registered, to respectively hierarchize the POI information of the facility area and the charging point (Cp) into an upper level and a lower level, and to register the hierarchized data in the map database.
A method for wirelessly transmitting power to an electric device (8, 10, 12), comprising: providing a transmitter having three transmitter coils (4A, 4B, 4C) each having an axis and arranged at fixed positions and orientations relative to each other, wherein the axes of the transmitter coils (4A, 4B, 4C) of the transmitter are orientated mutually orthogonal relative to each other, the transmitter being completely contained within a first volume; locating the first volume containing the transmitter at a corner of a second cubic volume, larger than the first volume, the second volume also containing a first electric device (8, 10, 12) having a first receiver coil, wherein the first electric device (8, 10, 12) is located at the centre of the second volume, remote from the first volume containing the transmitter; determining an orientation of an axis of the first receiver coil of the first electric device (8, 10, 12) relative to a frame of reference of the transmitter; computing amplitudes for the respective electric currents based at least in part on the orientation of the axis of the first receiver coil of the first electric device (8, 10, 12); and providing respective electric currents to respective transmitter coils (4A, 4B, 4C) of the transmitter which produce at a first time a first resultant magnetic field having a magnetic field line which is located along the axis of the first receiver coil of the first electric device (8, 10, 12). providing a transmitter having three transmitter coils (4A, 4B, 4C) each having an axis and arranged at fixed positions and orientations relative to each other, wherein the axes of the transmitter coils (4A, 4B, 4C) of the transmitter are orientated mutually orthogonal relative to each other, the transmitter being completely contained within a first volume; locating the first volume containing the transmitter at a corner of a second cubic volume, larger than the first volume, the second volume also containing a first electric device (8, 10, 12) having a first receiver coil, wherein the first electric device (8, 10, 12) is located at the centre of the second volume, remote from the first volume containing the transmitter; determining an orientation of an axis of the first receiver coil of the first electric device (8, 10, 12) relative to a frame of reference of the transmitter; computing amplitudes for the respective electric currents based at least in part on the orientation of the axis of the first receiver coil of the first electric device (8, 10, 12); and providing respective electric currents to respective transmitter coils (4A, 4B, 4C) of the transmitter which produce at a first time a first resultant magnetic field having a magnetic field line which is located along the axis of the first receiver coil of the first electric device (8, 10, 12).