mhurhangee/ep-ind-claims huggingface dataset:
A method of responding to changes in the operating frequency of an electricity grid by means of energy storage devices that are energetically coupled with the electricity grid, the method comprising: determining whether a parameter of the operating frequency of the electricity grid is within a predetermined range; if the operating frequency parameter is determined to be outside said predetermined range, adjusting the grid frequency by transferring energy between the energy storage devices and the electricity grid; if the operating frequency parameter is within said predetermined range, determining whether a state of charge of the energy storage devices is within predetermined limits; and transferring energy between the energy storage device and the electricity grid to bring the SOC within said predetermined limits when the operating frequency parameter is within said predetermined range and the SOC of the energy storage device is outside said predetermined limits, wherein the transferring comprises discharging or charging the energy storage device, characterized in that said operating frequency parameter is the rate of change of the operating frequency and in that energy is transferred between the grid and the energy storage device to regulate the frequency at a rate that is a non-linear function of the operating frequency of the grid, wherein the function is a polynomial of an order higher than one. determining whether a parameter of the operating frequency of the electricity grid is within a predetermined range; if the operating frequency parameter is determined to be outside said predetermined range, adjusting the grid frequency by transferring energy between the energy storage devices and the electricity grid; if the operating frequency parameter is within said predetermined range, determining whether a state of charge of the energy storage devices is within predetermined limits; and transferring energy between the energy storage device and the electricity grid to bring the SOC within said predetermined limits when the operating frequency parameter is within said predetermined range and the SOC of the energy storage device is outside said predetermined limits, wherein the transferring comprises discharging or charging the energy storage device, characterized in that said operating frequency parameter is the rate of change of the operating frequency and in that energy is transferred between the grid and the energy storage device to regulate the frequency at a rate that is a non-linear function of the operating frequency of the grid, wherein the function is a polynomial of an order higher than one.
A supercharging device for an engine, comprising: a supercharger to be provided to an intake passage of the engine; an actuator configured to drive the supercharger; and a controller configured to control the actuator to drive the supercharger when an operating state of the engine is in a given supercharging range, and control the actuator to stop or drive the supercharger when the operating state of the engine is in a non-supercharging range, wherein the controller is configured to control the actuator to drive the supercharger in the non-supercharging range when a temperature of the supercharger, being the inner wall temperature, is lower than a preset temperature, the controller is configured to control the actuator, when a rotation speed of the supercharger during the drive of the supercharger is lower than a preset rotation speed, to stop the supercharger, the actuator includes an electromagnetic clutch configured to engage an output shaft of the engine with the supercharger, a bypass passage bypassing the supercharger, and a valve configured to open and close the bypass passage, and the controller is configured to control the actuator, when the operating state is in the non-supercharging range, to release or engage the electromagnetic clutch and to open or close the valve, characterized in that the controller is configured to determine whether freezing of water inside the supercharger has occurred based on the rotation speed of the supercharger during the drive of the supercharger. a supercharger to be provided to an intake passage of the engine; an actuator configured to drive the supercharger; and a controller configured to control the actuator to drive the supercharger when an operating state of the engine is in a given supercharging range, and control the actuator to stop or drive the supercharger when the operating state of the engine is in a non-supercharging range, wherein the controller is configured to control the actuator to drive the supercharger in the non-supercharging range when a temperature of the supercharger, being the inner wall temperature, is lower than a preset temperature, the controller is configured to control the actuator, when a rotation speed of the supercharger during the drive of the supercharger is lower than a preset rotation speed, to stop the supercharger, the actuator includes an electromagnetic clutch configured to engage an output shaft of the engine with the supercharger, a bypass passage bypassing the supercharger, and a valve configured to open and close the bypass passage, and the controller is configured to control the actuator, when the operating state is in the non-supercharging range, to release or engage the electromagnetic clutch and to open or close the valve, characterized in that the controller is configured to determine whether freezing of water inside the supercharger has occurred based on the rotation speed of the supercharger during the drive of the supercharger.
A mobile storage device for data processing in security, comprising at least one memory configured to store a secret key; an interface circuit and a processing unit configured to communicate with a remote device via the interface circuit and to perform security processing and application processing, the security processing including data encryption and decryption with the secret key, wherein the interface circuit simulates a network interface complying with a specific network protocol, enabling the processing unit to communicate with the remote device via a client terminal connected to a network; characterised in that the processing unit comprises a microprocessor configured to perform the security processing and the application processing by executing respective programs, wherein the program for the application processing establishes a direct network connection to the remote device via the interface circuit simulating as the network interface complying with the specific network protocol and two or more memories configured to store the respective programs. at least one memory configured to store a secret key; an interface circuit and a processing unit configured to communicate with a remote device via the interface circuit and to perform security processing and application processing, the security processing including data encryption and decryption with the secret key, wherein the interface circuit simulates a network interface complying with a specific network protocol, enabling the processing unit to communicate with the remote device via a client terminal connected to a network; characterised in that the processing unit comprises a microprocessor configured to perform the security processing and the application processing by executing respective programs, wherein the program for the application processing establishes a direct network connection to the remote device via the interface circuit simulating as the network interface complying with the specific network protocol wherein the interface circuit simulates a network interface complying with a specific network protocol, enabling the processing unit to communicate with the remote device via a client terminal connected to a network; characterised in that the processing unit comprises a microprocessor configured to perform the security processing and the application processing by executing respective programs, wherein the program for the application processing establishes a direct network connection to the remote device via the interface circuit simulating as the network interface complying with the specific network protocol and two or more memories configured to store the respective programs.
A hybrid power driving system of a vehicle, comprising: an engine; a clutch; a first shaft; a second shaft disposed parallel to the first shaft; a first synchronizer and a second synchronizer, both as friction type inertial synchronizers a motor; an energy storage device; and an output gear; wherein the engine is connected with the first shaft via the clutch; the motor is connected with the second shaft directly or indirectly, and is electrically connected with the energy storage device; the first shaft has a first gear, a second gear and a first synchronizer, in which the first gear and the second gear are mounted on the first shaft via bearings respectively, and the first synchronizer is selectively engaged with the first gear or the second gear; the second shaft has a third gear, a fourth gear and a second synchronizer, in which the third gear is mounted on the second shaft via a bearing, the fourth gear is fixed to the second shaft as to rotate synchronistically with the second shaft, and the second synchronizer is selectively engaged with the third gear; characterised in that the hybrid power driving system of the vehicle comprises only one clutch and the first gear is directly engaged with the third gear, the second gear is directly engaged with the fourth gear, and the third gear is directly engaged with an output gear to output power from the engine and/or motor to a directly connected differential of the vehicle. an engine; a clutch; a first shaft; a second shaft disposed parallel to the first shaft; a first synchronizer and a second synchronizer, both as friction type inertial synchronizers a motor; an energy storage device; and an output gear; wherein the engine is connected with the first shaft via the clutch; the motor is connected with the second shaft directly or indirectly, and is electrically connected with the energy storage device; the first shaft has a first gear, a second gear and a first synchronizer, in which the first gear and the second gear are mounted on the first shaft via bearings respectively, and the first synchronizer is selectively engaged with the first gear or the second gear; the second shaft has a third gear, a fourth gear and a second synchronizer, in which the third gear is mounted on the second shaft via a bearing, the fourth gear is fixed to the second shaft as to rotate synchronistically with the second shaft, and the second synchronizer is selectively engaged with the third gear; characterised in that the hybrid power driving system of the vehicle comprises only one clutch and the first gear is directly engaged with the third gear, the second gear is directly engaged with the fourth gear, and the third gear is directly engaged with an output gear to output power from the engine and/or motor to a directly connected differential of the vehicle.
Method for actuating an operating device for a household appliance, wherein by means of an operating element of the operating device, a first function of the household appliance is set by actuating the operating element with a first actuation type from a first resting position into a first operating position, and for setting a value, a setting parameter of a second function of the household appliance is set by actuating the operating element with a second actuation type which is different from the first actuation type, from a second resting position of the operating element into at least one of a plurality of intermediate positions of the operating element, wherein in order to actuate the first function of the household appliance, at least one first capacitance value of the operating device is sensed by means of a capacitive sensing apparatus of the operating device and, in order to determine the setting parameter, at least one second capacitance value is sensed by means of the capacitive sensing apparatus, wherein in the case of the first actuation type, from the first resting position into the first operating position, the at least first capacitance value is sensed and at least one correction value is determined in dependence on the sensed at least first capacitance value, which correction value is taken into account in the determination of the at least second capacitance value in order to determine the setting parameter of the second function, wherein the capacitive sensing apparatus has at least one rotor with at least one rotor sensor element and a stator with at least two stator sensor elements, wherein at least the first and the second capacitance value (17a, 17b) are generated in dependence on a positional change of the rotor sensor element relative to the stator sensor elements, and wherein one respective correction value is determined for one respective stator sensor element and the respective correction value of one respective stator sensor element is taken into account in the determination and/or further processing of the second capacitance value.
A viscoelastic fluid for a subterranean formation comprising: viscoelastic surfactant according to formula: where R 1 is a saturated or unsaturated hydrocarbon group of from 17 to 29 carbon atoms, R 2 and R 3 are each independently selected from a straight chain or branched alkyl or hydroxyalkyl group of from 1 to 6 carbon atoms, R 4 is selected from H, hydroxyl, alkyl or hydroxyalkyl groups of from 1 to 4 carbon atoms; k is an integer of from 2-20; m is an integer of from 1-20; and n is an integer of from 0-20; brine solution; and at least one polyacrylamide viscosity modifier with a weight averaged molecular weight (Mw) from 250,000 g/mol to 40,000,000 g/mol.
A method of operating a first device to communicate identification information to a second device, comprising: communicating identification information to the second device using out of band signaling, wherein the identification information includes an indication of a predetermined function to be used; receiving a signal from a third device; computing a first identifier from a first value derived from the received signal and the identification information being stored in said first device, wherein the computing comprises using the predetermined function; and transmitting said first identifier to the second device. communicating identification information to the second device using out of band signaling, wherein the identification information includes an indication of a predetermined function to be used; receiving a signal from a third device; computing a first identifier from a first value derived from the received signal and the identification information being stored in said first device, wherein the computing comprises using the predetermined function; and transmitting said first identifier to the second device.
A computer-implemented control method comprising the steps of: providing a locking script in a first blockchain transaction, the locking script comprising at least one instruction arranged to: monitoring or searching the blockchain or blockchain network to determine the presence or absence of a further blockchain transaction at least one Boolean input from the further blockchain transaction, the Boolean input provided to execute the locking script of the first transaction; and implement the functionality of a logic gate, wherein the logic gate is an XOR gate, the method further comprising: providing the further blockchain transaction having an unlocking script; processing at least one input signal to provide the at least one Boolean input; using the at least one Boolean input to execute the locking and unlocking scripts of the first and further blockchain transactions, providing a computing resource arranged to influence the behaviour of a device or process based upon: detection of the further transaction within the blockchain or blockchain network; and/or the validity of the further transaction. providing a locking script in a first blockchain transaction, the locking script comprising at least one instruction arranged to: monitoring or searching the blockchain or blockchain network to determine the presence or absence of a further blockchain transaction at least one Boolean input from the further blockchain transaction, the Boolean input provided to execute the locking script of the first transaction; and implement the functionality of a logic gate, wherein the logic gate is an XOR gate, the method further comprising: providing the further blockchain transaction having an unlocking script; monitoring or searching the blockchain or blockchain network to determine the presence or absence of a further blockchain transaction at least one Boolean input from the further blockchain transaction, the Boolean input provided to execute the locking script of the first transaction; and implement the functionality of a logic gate, wherein the logic gate is an XOR gate, the method further comprising: providing the further blockchain transaction having an unlocking script; processing at least one input signal to provide the at least one Boolean input; using the at least one Boolean input to execute the locking and unlocking scripts of the first and further blockchain transactions, providing a computing resource arranged to influence the behaviour of a device or process based upon: detection of the further transaction within the blockchain or blockchain network; and/or the validity of the further transaction. detection of the further transaction within the blockchain or blockchain network; and/or the validity of the further transaction.
An exhaust gas routing component for an exhaust gas system of an internal combustion engine, comprising a tube-like component body with a first component body end region and a second component body end region arranged in the direction of a component body longitudinal axis at a distance from the first component body end region, wherein the component body comprises a tube-like outer body and a tube-like inner body received in the tube-like outer body, wherein the inner body is fixed in a fastening region to the outer body, wherein, in the fastening region, the inner body is fixed on the outer body by material connection and/or interference fit and wherein there is provided a sliding guide which acts between the outer body and the inner body and permits a relative movement of the inner body in relation to the outer body outside the fastening region, wherein, in the first component body end region, the outer body has a first outer body end portion and the inner body has a first inner body end portion which is received in the first outer body end portion and in the second component body end region, the outer body has a second outer body end portion and the inner body has a second inner body end portion which is received in the second outer body end portion, characterized in that the fastening region is provided on the first component body end region or the second component body end region, and in that the sliding guide comprises, on the outer body, two guide recesses which are substantially diametrically opposed and extend substantially in the direction of the component body longitudinal axis and are open in relation to the component body longitudinal axis substantially radially inwards in the direction of an outer body inner space, and comprises at the inner body in association to each guide recess at least one guide projection which extends substantially in the direction of the component body longitudinal axis and engages in relation to the component body longitudinal axis substantially radially outward into the assigned guide recess.
A guide device comprising: a guide tube; and a steering assembly comprising a deflecting element coupled to a distal end region of the guide tube to apply a deflecting force to bend the distal end region and an actuator, characterized in that: the guide tube defines a guide passage through which an operative tool can be deployed into an interior body region; and the guide device further comprises a linkage system coupling the actuator to the deflecting element to apply the deflecting force in response to operation of the actuator, the linkage system including a rack and a gear train (152, 154, 158); coupled to the rack, the linkage system being operative to translate rotation of the actuator into linear movement of the rack into rotation of the gear train to apply the deflecting force to the deflecting component. a guide tube; and a steering assembly comprising a deflecting element coupled to a distal end region of the guide tube to apply a deflecting force to bend the distal end region and an actuator, the guide tube defines a guide passage through which an operative tool can be deployed into an interior body region; and the guide device further comprises a linkage system coupling the actuator to the deflecting element to apply the deflecting force in response to operation of the actuator, the linkage system including a rack and a gear train (152, 154, 158); coupled to the rack, the linkage system being operative to translate rotation of the actuator into linear movement of the rack into rotation of the gear train to apply the deflecting force to the deflecting component.