mhurhangee/ep-ind-claims huggingface dataset:
A method for regenerating an electrolyte liquid of a flow battery comprising: operating a flow battery, which comprises an anode, a cathode, a separator provided between the anode and the cathode, an anode electrolyte liquid storage unit supplying an anode electrolyte liquid to the anode and storing the anode electrolyte liquid discharged from the anode, and a cathode electrolyte liquid storage unit supplying a cathode electrolyte liquid to the cathode and storing the cathode electrolyte liquid discharged from the cathode, through repeating charge and discharge, and then stopping the operation of the flow battery; mixing the anode electrolyte liquid and the cathode electrolyte liquid of the flow battery; electrically oxidizing or reducing the mixed electrolyte liquid; and dividing the oxidized or reduced electrolyte liquid into each of the cathode electrolyte liquid storage unit and the anode electrolyte liquid storage unit. operating a flow battery, which comprises an anode, a cathode, a separator provided between the anode and the cathode, an anode electrolyte liquid storage unit supplying an anode electrolyte liquid to the anode and storing the anode electrolyte liquid discharged from the anode, and a cathode electrolyte liquid storage unit supplying a cathode electrolyte liquid to the cathode and storing the cathode electrolyte liquid discharged from the cathode, through repeating charge and discharge, and then stopping the operation of the flow battery; mixing the anode electrolyte liquid and the cathode electrolyte liquid of the flow battery; electrically oxidizing or reducing the mixed electrolyte liquid; and dividing the oxidized or reduced electrolyte liquid into each of the cathode electrolyte liquid storage unit and the anode electrolyte liquid storage unit.
A computing system, comprising: data accessing logic, in a server kernel, that receives a request, from a calling process, to perform an operation on data stored on a data storage device; call interception logic, in the server kernel, that intercepts the request before the request is executed and that, if it is determined that the request is a data manipulation request to manipulate target data, identifies a storage location where the target data is stored; characterised in comprising target analysis logic, in the server kernel, that, if it is determined that the storage location is not in a master boot record corresponding to the computing system and that the storage location is on a disk that holds a protected storage volume (158, 200), compares the calling process to a set of entries in a whitelist file, the set of entries identifying calling processes that are authorized to access the protected storage volume (158, 200), and generates an authorization signal indicative of whether the calling process is authorized by the whitelist file; and call blocking logic that, if it is determined that the calling process is not authorized by the whitelist file, blocks the request from being executed based on the authorization signal. data accessing logic, in a server kernel, that receives a request, from a calling process, to perform an operation on data stored on a data storage device; call interception logic, in the server kernel, that intercepts the request before the request is executed and that, if it is determined that the request is a data manipulation request to manipulate target data, identifies a storage location where the target data is stored; characterised in comprising target analysis logic, in the server kernel, that, if it is determined that the storage location is not in a master boot record corresponding to the computing system and that the storage location is on a disk that holds a protected storage volume (158, 200), compares the calling process to a set of entries in a whitelist file, the set of entries identifying calling processes that are authorized to access the protected storage volume (158, 200), and generates an authorization signal indicative of whether the calling process is authorized by the whitelist file; and call blocking logic that, if it is determined that the calling process is not authorized by the whitelist file, blocks the request from being executed based on the authorization signal.
Electric vehicle, in particular vehicle of the "city car" type, with an electric connection device for recharging one or more batteries of the vehicle, which device comprises an electric connector member provided on the vehicle, outside the vehicle, for the electric connection to an electric supply column, wherein said connector member is provided within a seat outside the vehicle and is in the form of a terminal connector which is adapted to be grasped and removed from said seat of the vehicle, to be brought in proximity of the electric supply column, and wherein said removable terminal connector is connected to the electric circuit of the vehicle by means of a supply cable which is normally in a rolled up condition within one cavity adjacent to said seat and which is able to be unrolled when the terminal connector is removed and brought in proximity of the electric supply column, said vehicle being characterized in that said terminal connector has a body with a plate-like or disc-like shape having a front wall from which an electric coupling portion projects, for coupling, with contact or without contact, with the supply column, and a peripheral lateral wall, for grasping of the terminal member, and in that said main wall carries a light source, for example a LED source, which is configured to be used as a service light, for example for illuminating the area of connection to the supply column.
Surveying device for determining the position of a target point, comprising • means for orienting a target axis of the surveying device towards the target point, • an angle-measuring functionality for the highly precise detection of the orientation of the target axis, and • evaluation means for data storage, and • a height measuring system for determining a height of the surveying device above the ground by means of triangulation, wherein the height measuring system at least comprises • a laser plummet for emitting a, in particular collimated, laser beam along a standing axis of the surveying device onto a ground point and • a detection unit comprising a sensor for detecting a diffuse backscattering of the laser beam, wherein the height measuring system is designed for determining a height (h) of the surveying device above the ground point based on a position of the diffuse backscattering on the sensor, characterized in that the sensor is a line sensor and that • the height measuring system comprises a line laser unit for projecting a linear laser marking onto the ground, and • the detection unit comprises a linear viewing field for detecting the diffuse backscattering of the laser beam, and the line sensor is designed for at least partially detecting the linear laser marking, whereby the height measuring system is designed for deriving an intensity profile based on the detected linear laser marking on the ground and, based thereon, detecting a size, a relative position, or a type of a standardized ground target located on the ground. • means for orienting a target axis of the surveying device towards the target point, • an angle-measuring functionality for the highly precise detection of the orientation of the target axis, and • evaluation means for data storage, and • a height measuring system for determining a height of the surveying device above the ground by means of triangulation, • a laser plummet for emitting a, in particular collimated, laser beam along a standing axis of the surveying device onto a ground point and • a detection unit comprising a sensor for detecting a diffuse backscattering of the laser beam, • the height measuring system comprises a line laser unit for projecting a linear laser marking onto the ground, and • the detection unit comprises a linear viewing field for detecting the diffuse backscattering of the laser beam, and the line sensor is designed for at least partially detecting the linear laser marking,
A dynamic lift-off control device that is mountable on a crane including a boom and a winch for winding a wire rope and that is configured to control dynamic lift-off of a suspended load, the dynamic lift-off control device comprising: a load detection unit that is configured to detect a load acting on the boom; and a control unit that is configured to control a winding action of the winch and a hoisting action of the boom, whereby the control unit is configured to control hoisting of the boom by using a control signal which is generated on a basis of a change over time in a value detected by the load detection unit characterised in that a filter for dampening a frequency component in a predetermined range is applied to the control signal, to suppress swaying of the suspended load, wherein the control unit is configured to calculate an amount of change in a derricking angle of the boom on a basis of a change over time in the load, calculate a target derricking angular velocity according to the calculated amount of change, and generate the control signal on a basis of the target derricking angular velocity. a load detection unit that is configured to detect a load acting on the boom; and a control unit that is configured to control a winding action of the winch and a hoisting action of the boom, whereby the control unit is configured to control hoisting of the boom by using a control signal which is generated on a basis of a change over time in a value detected by the load detection unit characterised in that a filter for dampening a frequency component in a predetermined range is applied to the control signal, to suppress swaying of the suspended load, wherein the control unit is configured to calculate an amount of change in a derricking angle of the boom on a basis of a change over time in the load, calculate a target derricking angular velocity according to the calculated amount of change, and generate the control signal on a basis of the target derricking angular velocity. calculate an amount of change in a derricking angle of the boom on a basis of a change over time in the load, calculate a target derricking angular velocity according to the calculated amount of change, and generate the control signal on a basis of the target derricking angular velocity.
A tunable external cavity laser, comprising a gain medium for amplifying light within a laser cavity; and a resonant tunable filter having an angular dependent spectral reflection response, the tunable filter being angled relative to the laser cavity in order to provide spectral feedback into the laser cavity and the gain medium, the resonant tunable filter being tuned in order to control the laser cavity output wavelength, wherein the resonant tunable filter supports multiple spatial modes and the feedback into the laser cavity includes at least one higher order spatial mode of the resonant tunable filter.
A household appliance comprising a body, a panel disposed on the body, an inner panel shaped as a box with one face open, produced from plastic and which forms the surface of the panel facing the inside of the body, an outer panel produced from metal, fitted over the inner panel and which forms the surface of the panel facing the outer environment, a cut-out arranged on the outer panel, a decorative element placed between the inner panel and the outer panel so as to cover the cut-out, a first opening arranged on the inner panel, a second opening arranged on the decorative element so as to be aligned with the first opening, a knob placed on the panel by being passed through the first opening and the second opening, a circuit board that detects the signal formed upon the actuation of the knob and a board holder fastened to the inner panel and which carries the circuit board, characterized by - more than one housing arranged on the knob such that the orifice thereof faces the inside of the body, - more than one support disposed on the board holder such that one support corresponds to each knob and - more than one guide disposed on the support, each extending into one housing and thus provides the board holder and the knob to be aligned which respect to each other when the knob is placed on the panel. - more than one housing arranged on the knob such that the orifice thereof faces the inside of the body, - more than one support disposed on the board holder such that one support corresponds to each knob and - more than one guide disposed on the support, each extending into one housing and thus provides the board holder and the knob to be aligned which respect to each other when the knob is placed on the panel.
Sensor and/or actuator having means for wirelessly communicating data, the sensor and/or actuator having an energy supply with a limited energy reserve, the sensor and/or actuator being set up to store a plurality of different data profiles each defining a subset of the data, and the desired data profile being able to be selected, with the result that only the data in this selected subset are transmitted by the means for wireless communication during operation inside a network, characterized in that the sensor and/or actuator has a control unit which can be used to select and/or change the data profile to be used for communication during operation, and in that the data profile is predefined or modified by the control unit on the basis of data acquired by a sensor element.
A cleaning implement comprising: a) a support having a longitudinal axis; b) a plurality of cleaning sheets, each having an outward facing cleaning face and an inward facing attachment face, removably attached to the support; and c) a plurality of folded portions extending from the cleaning sheets and generally radially from the longitudinal axis of the support; wherein each of the cleaning sheets comprises a series of slits that form a plurality of loops in the folded portions of the cleaning sheets; and the plurality of cleaning sheets are layered in a stacked configuration such that only the outward facing cleaning face is exposed to ambient, wherein the plurality of cleaning sheets are configured to allow detachment of a cleaning sheet, thus exposing to the ambient an additional cleaning sheet in the stacked configuration. a) a support having a longitudinal axis; b) a plurality of cleaning sheets, each having an outward facing cleaning face and an inward facing attachment face, removably attached to the support; and c) a plurality of folded portions extending from the cleaning sheets and generally radially from the longitudinal axis of the support; wherein each of the cleaning sheets comprises a series of slits that form a plurality of loops in the folded portions of the cleaning sheets; and the plurality of cleaning sheets are layered in a stacked configuration such that only the outward facing cleaning face is exposed to ambient, wherein the plurality of cleaning sheets are configured to allow detachment of a cleaning sheet, thus exposing to the ambient an additional cleaning sheet in the stacked configuration.
A wireless fidelity, WiFi, apparatus configured for use with wireless Internet, the WiFi apparatus comprising: a signal inputting unit comprising a plurality of input ports (111, 112) for inputting a plurality of mobile communication signals, respectively, and an input port for inputting an Ethernet signal; a signal converting unit for converting the inputted Ethernet signal into a plurality of WiFi signals; characterized by further comprising a signal coupling unit for coupling the plurality of inputted mobile communication signals to the plurality of WiFi signals converted by the signal converting unit, respectively; a signal outputting unit for outputting a plurality of coupled signals coupled by the signal coupling unit through a plurality of output ports (171, 172), respectively; and a coupler configured to split each of coupled signals outputted from the signal outputting unit into at least two signals having a predetermined phase difference from each other and to output the split signals, wherein the coupler is adapted to output a split signal that is split from one coupled signal outputted from the signal outputting unit together with a split signal that is split from another coupled signal outputted from the signal outputting unit with the predetermined phase difference to each other through the same one port. a signal inputting unit comprising a plurality of input ports (111, 112) for inputting a plurality of mobile communication signals, respectively, and an input port for inputting an Ethernet signal; a signal converting unit for converting the inputted Ethernet signal into a plurality of WiFi signals; characterized by further comprising a signal coupling unit for coupling the plurality of inputted mobile communication signals to the plurality of WiFi signals converted by the signal converting unit, respectively; a signal outputting unit for outputting a plurality of coupled signals coupled by the signal coupling unit through a plurality of output ports (171, 172), respectively; and a coupler configured to split each of coupled signals outputted from the signal outputting unit into at least two signals having a predetermined phase difference from each other and to output the split signals, wherein the coupler is adapted to output a split signal that is split from one coupled signal outputted from the signal outputting unit together with a split signal that is split from another coupled signal outputted from the signal outputting unit with the predetermined phase difference to each other through the same one port.
An insulating bus bar cover that is attachable to a bus bar between a cell group (3, 3A, 3B, 3C, 3D) in which a plurality of cells including a pair of positive and negative electrode terminals (32, 32A, 32B) are arranged in a row and a cell group (3, 3A, 3B, 3C, 3D) of the same type adjacent to said cell group (3, 3A, 3B, 3C, 3D), both ends of the bus bar being respectively fixable to electrode terminals (32, 32A, 32B) having opposite polarities in order to electrically connect the electrode terminals (32, 32A, 32B), the bus bar cover comprising: a main body portion for covering the bus bar while exposing both ends of the bus bar; hinge portions (52, 52A, 52B) that are provided at ends of the main body portion; and lid portions (53, 53A, 53B) that are attached via the hinge portions (52, 52A, 52B) to the main body portion, and are pivotable by the hinge portions (52, 52A, 52B) so as to cover or expose the ends of the bus bar, the main body portion includes: a tubular member for covering the bus bar while exposing both ends of the bus bar; and frame members (512, 512A, 512B) that are provided at ends of the tubular member, and surround the ends of the bus bar exposed from the tubular member; characterized in that the hinge portions (52, 52A, 52B) are provided on the frame members (512, 512A, 512B). a main body portion for covering the bus bar while exposing both ends of the bus bar; hinge portions (52, 52A, 52B) that are provided at ends of the main body portion; and lid portions (53, 53A, 53B) that are attached via the hinge portions (52, 52A, 52B) to the main body portion, and are pivotable by the hinge portions (52, 52A, 52B) so as to cover or expose the ends of the bus bar, the main body portion includes: a tubular member for covering the bus bar while exposing both ends of the bus bar; and frame members (512, 512A, 512B) that are provided at ends of the tubular member, and surround the ends of the bus bar exposed from the tubular member; a tubular member for covering the bus bar while exposing both ends of the bus bar; and frame members (512, 512A, 512B) that are provided at ends of the tubular member, and surround the ends of the bus bar exposed from the tubular member; characterized in that the hinge portions (52, 52A, 52B) are provided on the frame members (512, 512A, 512B).
An oxide magnetic material including, as a main phase, a ferrite having a hexagonal M-type magnetoplumbite structure, the material comprising: A, which is at least one element selected from the group consisting of Sr, Ba, Pb and Ca; R, which is at least one element selected from the group consisting of the rare earth elements (including Y) and Bi and which always includes La; and Fe, wherein the ratio of the constituents A, R and Fe of the oxide magnetic material is represented by Formula 1: (1-x) AO (x/2) R 2 O 3 · nFe203, where 0.05 ≤ x ≤ 0.35, and 6.0 < n ≤ 6.7, and wherein either an oxide of Mn or oxides of Mn and Co is added at 0.3 wt% to 2.8 wt% to the oxide magnetic material, wherein the oxide of Mn or the oxides of Mn and Co is partially or fully replaced with a hydroxide of Mn or hydroxides of Mn and Co. A, which is at least one element selected from the group consisting of Sr, Ba, Pb and Ca; R, which is at least one element selected from the group consisting of the rare earth elements (including Y) and Bi and which always includes La; and Fe,
A child car seat comprising: a child-car-seat body including a seat part having a seat plate part and a back plate part; a sliding member located on a position opposed to the back plate part from a front side, the sliding member being slidable with respect to the back plate part so as to move in a height direction; and a child belt disposed on the child-car-seat body; wherein: the sliding member has a through-hole through which the child belt can pass; the back plate part has, at a position opposed to the through-hole, an elongate hole extending in a sliding direction of the sliding member with respect to the back plate part, the elongate hole allowing the child belt, which has passed through the through hole of the sliding member, to pass therethrough; and a pair of first engagement parts that are spaced apart from each other in a width direction and are disposed on the sliding member or the seat part, each engagement part extending in the sliding direction of the sliding member with respect to the back plate part, and a pair of first engagement pieces that are spaced apart from each other in the width direction and are disposed on one of the sliding member and the seat part on which the first engagement parts are not disposed, the first engagement pieces being capable of moving away from each other and moving closer to each other; the child car seat being characterized in that: a second engagement part extending in the sliding direction of the sliding member with respect to the back plate part is disposed on the sliding member or the seat part, and a second engagement piece is disposed, at a position opposed to the second engagement part, on one of the sliding member and the seat part on which the second engagement part is not disposed, the second engagement piece being supported to be capable of moving closer to and moving away from one of the the sliding member and the seat part on which the second engagement part is disposed; and a sliding movement of the sliding member with respect to the back plate part is enabled, by releasing an engagement between the first engagement piece and the first engagement part and by releasing an engagement between the second engagement piece and the second engagement part. a child-car-seat body including a seat part having a seat plate part and a back plate part; a sliding member located on a position opposed to the back plate part from a front side, the sliding member being slidable with respect to the back plate part so as to move in a height direction; and a child belt disposed on the child-car-seat body; the sliding member has a through-hole through which the child belt can pass; the back plate part has, at a position opposed to the through-hole, an elongate hole extending in a sliding direction of the sliding member with respect to the back plate part, the elongate hole allowing the child belt, which has passed through the through hole of the sliding member, to pass therethrough; and