mhurhangee/patent-ind-claim-en huggingface dataset:
An actuator control system comprising: a linear actuator ; a plurality of motors configured to cooperatively operate the linear actuator; and a controller having a memory storing a plurality of sets of predefined gain values, the controller configured to: determine an output signal for controlling active ones of the motors during a current update cycle based on a first gain value of the predefined gain values, an integral contribution from the current update cycle, and an integral contribution from a preceding update cycle, each set of gain values corresponding to a quantity of the plurality of motors that are active during a given update cycle, and characterized by the controller being further configured to: based on a quantity of the motors that is active differing between the current and preceding update cycles, scale the integral contribution from the preceding update cycle for the output signal determination based on the first gain value and a second gain value of the predefined gain values from the preceding update cycle. a linear actuator ; a plurality of motors configured to cooperatively operate the linear actuator; and a controller having a memory storing a plurality of sets of predefined gain values, the controller configured to: determine an output signal for controlling active ones of the motors during a current update cycle based on a first gain value of the predefined gain values, an integral contribution from the current update cycle, and an integral contribution from a preceding update cycle, each set of gain values corresponding to a quantity of the plurality of motors that are active during a given update cycle, and characterized by the controller being further configured to: based on a quantity of the motors that is active differing between the current and preceding update cycles, scale the integral contribution from the preceding update cycle for the output signal determination based on the first gain value and a second gain value of the predefined gain values from the preceding update cycle.
An electrolyte, wherein the electrolyte is an acid solution containing vanadium ions, wherein either: a concentration of barium ions is more than 20 mg/L and less than 340 mg/L, or a concentration of molybdenum ions is more than 510 mg/L and less than 2000 mg/L, or a concentration of tungsten ions is more than 30 mg/L and less than 490 mg/L, or a concentration of rhenium ions is more than 5 mg/L and less than 260 mg/L, or a concentration of indium ions is more than 5 mg/L and less than 440 mg/L, or a concentration of antimony ions is more than 10 mg/L and less than 490 mg/L, or a concentration of bismuth ions is more than 20 mg/L and less than 525 mg/L, and wherein the electrolyte is suitable to be used as an all-vanadium-based electrolyte with the vanadium ions being an active material for both electrodes and the electrolyte being used in the electrolytic generation of hydrogen or hydrogen sulfide. a concentration of barium ions is more than 20 mg/L and less than 340 mg/L, or a concentration of molybdenum ions is more than 510 mg/L and less than 2000 mg/L, or a concentration of tungsten ions is more than 30 mg/L and less than 490 mg/L, or a concentration of rhenium ions is more than 5 mg/L and less than 260 mg/L, or a concentration of indium ions is more than 5 mg/L and less than 440 mg/L, or a concentration of antimony ions is more than 10 mg/L and less than 490 mg/L, or a concentration of bismuth ions is more than 20 mg/L and less than 525 mg/L, and wherein the electrolyte is suitable to be used as an all-vanadium-based electrolyte with the vanadium ions being an active material for both electrodes and the electrolyte being used in the electrolytic generation of hydrogen or hydrogen sulfide.
A data transmission method of a communication node, comprising: receiving data from a first transmitting device based on a first resource; and receiving the data from a second transmitting device different from the first transmitting device based on a second resource, wherein the first resource and the second resource are related to same time or frequency, wherein the first transmitting device and the second transmitting device have a multi-antenna for transmitting the data based on beamforming, wherein the communication node has a single antenna or a multi-antenna, and the first transmitting device and the second transmitting device transmit data based on same channel, and the first transmitting device and the second transmitting device transmit the data to the communication node based on full duplex, FD. receiving data from a first transmitting device based on a first resource; and receiving the data from a second transmitting device different from the first transmitting device based on a second resource, wherein the first resource and the second resource are related to same time or frequency, wherein the first transmitting device and the second transmitting device have a multi-antenna for transmitting the data based on beamforming, wherein the communication node has a single antenna or a multi-antenna, and the first transmitting device and the second transmitting device transmit data based on same channel, and the first transmitting device and the second transmitting device transmit the data to the communication node based on full duplex, FD.
Device for the inspection of tubular pieces , of the type comprising: - at least one cart outfitted with: - a plurality of elemental transducers of electroacoustic type, distributed along at least a first direction, - a guide able to cooperate with an exterior surface of a tubular piece being inspected so as to position the cart in a way such that said first direction essentially corresponds to a direction transverse to the tubular piece ; - a control electronics , connected to the electroacoustic transducers ; characterized in that the control electronics comprises: - memory storing one or more timed excitation laws; - one or more controllers (110; 140) designed to apply in succession at least one respective timed excitation law to subsets (78, ETS1, ..., ETS7, 551) of mutually adjacent elemental transducers along the first direction; and in that : - at least certain of the timed excitation laws are designed so that the elemental transducers of the respective subsets (78, ETS1, ..., ETS7, 551) jointly produce incident beams of ultrasonic waves (UB1, ..., UB7, UB'1, UB'i, UB'N) propagating along respective directions inclined relative to a direction normal (N2) to the exterior surface of the tubular piece , at least certain of the timed excitation laws are designed so that the elemental transducers of the respective subsets (78, ETS1, ..., ETS7) produce incident beams of ultrasonic waves (UB1, ..., UB7, UB'1, UB'i, UB'N) propagating along respective directions having the same inclination with respect to the direction normal (N2) to the exterior surface of the tubular piece . - at least one cart outfitted with: - a plurality of elemental transducers of electroacoustic type, distributed along at least a first direction, - a guide able to cooperate with an exterior surface of a tubular piece being inspected so as to position the cart in a way such that said first direction essentially corresponds to a direction transverse to the tubular piece ; - a plurality of elemental transducers of electroacoustic type, distributed along at least a first direction, - a guide able to cooperate with an exterior surface of a tubular piece being inspected so as to position the cart in a way such that said first direction essentially corresponds to a direction transverse to the tubular piece ; - a control electronics , connected to the electroacoustic transducers ; - memory storing one or more timed excitation laws; - one or more controllers (110; 140) designed to apply in succession at least one respective timed excitation law to subsets (78, ETS1, ..., ETS7, 551) of mutually adjacent elemental transducers along the first direction; - at least certain of the timed excitation laws are designed so that the elemental transducers of the respective subsets (78, ETS1, ..., ETS7, 551) jointly produce incident beams of ultrasonic waves (UB1, ..., UB7, UB'1, UB'i, UB'N) propagating along respective directions inclined relative to a direction normal (N2) to the exterior surface of the tubular piece ,
A porous body comprising polytetrafluoroethylene (PTFE) and having a microstructure that includes nodes and fibrils, wherein - the microstructure further includes, in addition to the nodes and the fibrils, fused points where a fibril that links two nodes and another fibril that links another two nodes are fused with each other, - the porous body is obtained by biaxial stretching, - the PTFE is obtained by copolymerizing tetrafluoroethylene and perfluoro(methyl vinyl ether), - the PTFE comprises 0.011-0.250 mol% of polymer units derived from perfluoro(methyl vinyl ether), based on all monomer units, and - the porous body has an average pore size of 0.05-2.0 μm, determined as a mean flow pore size (MFP) in conformity with ASTM F316-86. - the microstructure further includes, in addition to the nodes and the fibrils, fused points where a fibril that links two nodes and another fibril that links another two nodes are fused with each other, - the porous body is obtained by biaxial stretching, - the PTFE is obtained by copolymerizing tetrafluoroethylene and perfluoro(methyl vinyl ether), - the PTFE comprises 0.011-0.250 mol% of polymer units derived from perfluoro(methyl vinyl ether), based on all monomer units, and - the porous body has an average pore size of 0.05-2.0 μm, determined as a mean flow pore size (MFP) in conformity with ASTM F316-86.
Shifting device for a transmission , having a transmission shaft and a shifting gear wheel mounted thereon, wherein the shifting gear wheel is formed with a connecting hub that is axially displaceable with respect to the transmission shaft , wherein the connecting hub has an internal toothing which is in engagement with an external toothing of the transmission shaft , such that the shifting gear wheel is drive-connected to the transmission shaft so as to be axially displaceable therewith, and having a latching device with which the shifting gear wheel is axially displaceable into a plurality of latching positions (R1, R2, R3), wherein the latching device comprises a spring-pretensioned setting pin which is displaceably mounted radially with respect to the transmission shaft , characterized in that the setting pin is in engagement with a setting shaft which is rotatably mounted in the transmission shaft and by means of which the setting pin is able to be moved out of an unlocked position (ES) into a locked position (VS) and vice versa by rotating the setting shaft , wherein, in said locked position, the shifting gear wheel is axially fixed in the respective latching position relative to the transmission shaft and is thus locked.
A blade comprising: an airfoil extending to a tip ; an attachment root ; and a platform between the attachment root and the tip , wherein: the platform comprises one or more pieces of a first alloy; one or more pieces of a second alloy form a leading edge section of the airfoil ; one or more pieces of a third alloy form a trailing edge section of the airfoil ; one or more pieces of a fourth alloy form a spar of the airfoil between the leading edge section and trailing edge section and extending into the attachment root ; and one or more pieces of a fifth alloy forms a tip section of the airfoil , characterised in that : a cooling passageway system has trunks in the spar and extends into the leading edge section, trailing edge section and tip section. an airfoil extending to a tip ; an attachment root ; and a platform between the attachment root and the tip , the platform comprises one or more pieces of a first alloy; one or more pieces of a second alloy form a leading edge section of the airfoil ; one or more pieces of a third alloy form a trailing edge section of the airfoil ; one or more pieces of a fourth alloy form a spar of the airfoil between the leading edge section and trailing edge section and extending into the attachment root ; and one or more pieces of a fifth alloy forms a tip section of the airfoil ,
A computer-implemented method for operating a crane, comprising the steps of: generating speed reference data for a drive unit of the crane such that oscillations of the crane are suppressed (S100); providing a compatibility model configured to describe a relation between input speed reference data of a drive unit of a crane and output position reference data of the drive unit of the crane (S110); determining position reference data of the drive unit of the crane by inputting the speed reference data into the compatibility model (S120); providing the position reference data of the drive unit of the crane to a control of the drive unit of the crane and controlling the drive unit of the crane according to the position reference data (S130); the computer-implemented method for operating a crane is characterized by generating the speed reference data comprises a use of a trajectory generator for generating preliminary speed data and preliminary position data. generating speed reference data for a drive unit of the crane such that oscillations of the crane are suppressed (S100); providing a compatibility model configured to describe a relation between input speed reference data of a drive unit of a crane and output position reference data of the drive unit of the crane (S110); determining position reference data of the drive unit of the crane by inputting the speed reference data into the compatibility model (S120); providing the position reference data of the drive unit of the crane to a control of the drive unit of the crane and controlling the drive unit of the crane according to the position reference data (S130); the computer-implemented method for operating a crane is characterized by generating the speed reference data comprises a use of a trajectory generator for generating preliminary speed data and preliminary position data.
A polyester polyol derived from a reaction mixture comprising at least one anhydrohexitol, at least one polyfunctional carboxylic acid, and at least one non-metal inorganic acidic catalyst, selected from a non-metal inorganic acidic compound having phosphorus atom in oxidation state of +1, a non-metal inorganic acidic compound having phosphorus atom in oxidation state of +3, and mixture thereof. at least one anhydrohexitol, at least one polyfunctional carboxylic acid, and at least one non-metal inorganic acidic catalyst, selected from a non-metal inorganic acidic compound having phosphorus atom in oxidation state of +1, a non-metal inorganic acidic compound having phosphorus atom in oxidation state of +3, and mixture thereof.
Wiper blade adapter with integrated fluid lines , which serves to connect a wiper blade to a wiper arm, wherein the wiper blade adapter is produced in the form of an injection moulded part made of a plastic and has one or more distributor fluid lines and furthermore one or more inflow fluid lines for connection to a fluid line of a wiper arm, and at least two connecting channels between inflow fluid lines and distributor fluid lines , wherein, on one side, the connecting channels have an opening into the open air, a sealing covering as a separate component jointly covers all the openings and seals same with sealing elements , characterized in that the sealing covering has two spring clips which are free on one side in each case towards opposite sides and latch into latching lugs of the wiper blade adapter and press the sealing covering onto the openings .
A method for accessing a wireless network, comprising: determining (S101, S202), by a mobile terminal, a reason for disconnection between a wireless fidelity, Wi-Fi, module of the mobile terminal and a wireless network when the Wi-Fi module is detected to be disconnected from the wireless network, characterized by generating, by the mobile terminal, Wi-Fi disconnect reason description information, and sending the Wi-Fi disconnect reason description information to the Wi-Fi module; receiving (S102, S203), by the mobile terminal, the Wi-Fi disconnect reason description information via the Wi-Fi module, and receiving and recording, by the mobile terminal, at least one beacon frame within a first preset time period when the Wi-Fi disconnect reason description information is determined to be matched with preset Wi-Fi disconnect reason description information via the Wi-Fi module; and accessing (S103), by the mobile terminal, a disconnected wireless network according to a target beacon frame of the disconnected wireless network when the at least one beacon frame is detected to comprise the target beacon frame. determining (S101, S202), by a mobile terminal, a reason for disconnection between a wireless fidelity, Wi-Fi, module of the mobile terminal and a wireless network when the Wi-Fi module is detected to be disconnected from the wireless network, characterized by generating, by the mobile terminal, Wi-Fi disconnect reason description information, and sending the Wi-Fi disconnect reason description information to the Wi-Fi module; receiving (S102, S203), by the mobile terminal, the Wi-Fi disconnect reason description information via the Wi-Fi module, and receiving and recording, by the mobile terminal, at least one beacon frame within a first preset time period when the Wi-Fi disconnect reason description information is determined to be matched with preset Wi-Fi disconnect reason description information via the Wi-Fi module; and accessing (S103), by the mobile terminal, a disconnected wireless network according to a target beacon frame of the disconnected wireless network when the at least one beacon frame is detected to comprise the target beacon frame.
A power conversion module comprising a power converter including a printed circuit board , the power converter comprising: a first printed circuit board having a first controller for power conversion disposed on a first surface of the first printed circuit board , the first surface of the first printed circuit board constituting an inner surface of the power converter ; a second printed circuit board having a second controller for power conversion disposed on a first surface of the second printed circuit board , the first surface of the second printed circuit board facing the first surface of the first printed circuit board and constituting an inner surface of the power converter ; first connectors disposed on the first surface of the first printed circuit board ; and second connectors disposed on the first surface of the second printed circuit board , the second connectors configured to be coupled with the first connectors , wherein the second controller comprises a control circuit for controlling the first controller , the power conversion module further comprising: a first heat sink plate fixedly coupled to a second surface of the first printed circuit board opposite the first surface thereof; and a second heat sink plate fixedly coupled to a second surface of the second printed circuit board opposite the first surface thereof. a first printed circuit board having a first controller for power conversion disposed on a first surface of the first printed circuit board , the first surface of the first printed circuit board constituting an inner surface of the power converter ; a second printed circuit board having a second controller for power conversion disposed on a first surface of the second printed circuit board , the first surface of the second printed circuit board facing the first surface of the first printed circuit board and constituting an inner surface of the power converter ; first connectors disposed on the first surface of the first printed circuit board ; and second connectors disposed on the first surface of the second printed circuit board , the second connectors configured to be coupled with the first connectors , wherein the second controller comprises a control circuit for controlling the first controller , the power conversion module further comprising: a first heat sink plate fixedly coupled to a second surface of the first printed circuit board opposite the first surface thereof; and a second heat sink plate fixedly coupled to a second surface of the second printed circuit board opposite the first surface thereof. a first heat sink plate fixedly coupled to a second surface of the first printed circuit board opposite the first surface thereof; and a second heat sink plate fixedly coupled to a second surface of the second printed circuit board opposite the first surface thereof.
A fan blade comprising first and second titanium portions secured to one another with an aluminum alloy braze, characterised in that : the first titanium portion includes machined ribs , the first and second titanium portions are brazed to one another to provide an exterior contour of the fan blade , the first titanium portion includes opposing first and second edges that define the fan blade leading and trailing edges , thus providing a root , a tip and leading and trailing edges of the airfoil exterior contour , wherein the second titanium portion provides a cover.
System for the behavioural study of living organisms, in particular a toximeter, comprising: - at least two cages, each cage comprising a plurality of compartments each intended to receive a living organism, each cage being transparent on at least one observation face in order to allow observation of the living beings from an observation point located at a distance from the observation face , the compartments being distributed juxtaposed to one another on the observation face , the compartments being delimited from one another by partitions , a partition between two adjacent compartments having a wall in each of said adjacent compartments, the wall of one partition being inclined relative to the wall of another partition so that the walls of the partitions of a compartment approach each other in the direction of the viewing face , said partitions being aligned along concurrent vanishing lines at the viewing point , - an imager located at the observation point of each cage, the observation faces of said cages being substantially perpendicular to one another. - at least two cages, each cage comprising a plurality of compartments each intended to receive a living organism, each cage being transparent on at least one observation face in order to allow observation of the living beings from an observation point located at a distance from the observation face , the compartments being distributed juxtaposed to one another on the observation face , the compartments being delimited from one another by partitions , a partition between two adjacent compartments having a wall in each of said adjacent compartments, the wall of one partition being inclined relative to the wall of another partition so that the walls of the partitions of a compartment approach each other in the direction of the viewing face , said partitions being aligned along concurrent vanishing lines at the viewing point , - an imager located at the observation point of each cage,