mhurhangee/ep-ind-claims huggingface dataset:
A battery management system for detecting an abnormality of each of a plurality of battery cells (BC 1 -BC n) connected in series, comprising; a voltage measurement circuit configured to generate a voltage signal indicating a cell voltage of each battery cell; and a control unit configured to determine an observation matrix including a plurality of observation voltage vectors indicating a voltage history of each of the plurality of battery cells (BC 1 -BC n) measured multiple times in time series in a moving window having a predetermined size based on the voltage signal, characterised in that the control unit is configured to: determine a recovery matrix including a plurality of recovery voltage vectors corresponding to the plurality of observation voltage vectors in a one-to-one relationship, determine a plurality of absolute error vectors indicating a difference between the plurality of observation voltage vectors and the plurality of recovery voltage vectors, and detect an abnormality of each of the plurality of battery cells (BC 1 -BC n) based on the plurality of absolute error vectors. a voltage measurement circuit configured to generate a voltage signal indicating a cell voltage of each battery cell; and a control unit configured to determine an observation matrix including a plurality of observation voltage vectors indicating a voltage history of each of the plurality of battery cells (BC 1 -BC n) measured multiple times in time series in a moving window having a predetermined size based on the voltage signal, characterised in that the control unit is configured to: determine a recovery matrix including a plurality of recovery voltage vectors corresponding to the plurality of observation voltage vectors in a one-to-one relationship, determine a plurality of absolute error vectors indicating a difference between the plurality of observation voltage vectors and the plurality of recovery voltage vectors, and detect an abnormality of each of the plurality of battery cells (BC 1 -BC n) based on the plurality of absolute error vectors. determine a recovery matrix including a plurality of recovery voltage vectors corresponding to the plurality of observation voltage vectors in a one-to-one relationship, determine a plurality of absolute error vectors indicating a difference between the plurality of observation voltage vectors and the plurality of recovery voltage vectors, and detect an abnormality of each of the plurality of battery cells (BC 1 -BC n) based on the plurality of absolute error vectors.
A method for transmitting control information by a base station in a communication system, the method comprising: transmitting, to a user equipment, UE, higher layer signaling comprising information indicating whether PDSCHs in short transmission time intervals, TTIs are scheduled by a first physical downlink control channel, PDCCH, whose demodulation is based on a demodulation reference signal, DMRS, or by a second PDCCH whose demodulation is not based on a DMRS; transmitting to the UE, control information on the first PDCCH or the second PDCCH based on the higher layer signaling information; and communicating with the UE on a data channel based on the control information in at least one short TTI identified by the first PDCCH or the second PDCCH, wherein if a normal TTI includes multiple short TTls, the first short TTI in the normal TTI is scheduled by a third PDCCH which schedules a normal TTI, and PDSCHs of the other short TTIs except the first short TTI are either scheduled by the second PDCCH or by the first PDCCH depending on the higher layer signaling. transmitting, to a user equipment, UE, higher layer signaling comprising information indicating whether PDSCHs in short transmission time intervals, TTIs are scheduled by a first physical downlink control channel, PDCCH, whose demodulation is based on a demodulation reference signal, DMRS, or by a second PDCCH whose demodulation is not based on a DMRS; transmitting to the UE, control information on the first PDCCH or the second PDCCH based on the higher layer signaling information; and communicating with the UE on a data channel based on the control information in at least one short TTI identified by the first PDCCH or the second PDCCH, wherein if a normal TTI includes multiple short TTls, the first short TTI in the normal TTI is scheduled by a third PDCCH which schedules a normal TTI, and PDSCHs of the other short TTIs except the first short TTI are either scheduled by the second PDCCH or by the first PDCCH depending on the higher layer signaling.
A method for selecting a coordinator device from among a plurality of controller devices associated with an automated environment, the method performed by at least a first one of the controller devices and the method comprising: determining that at least two of the plurality of controller devices, including the first controller device and at least one other controller device, are capable of operating as the coordinator device "CD-capable"; determining whether any of other CD-capable devices have a higher software version of software implementing election logic than the first controller device; in response to determining that none of the other CD-capable devices have a higher software version of software implementing election logic than the first controller device: attempting to declare the first controller device an interim coordinator; and in the event that the attempt succeeds, applying the election logic to elect a coordinator; and in response to determining that at least one of the other CD-capable devices has a higher software version of software implementing election logic than the first controller device, awaiting a result of applying the election logic by one of the other CD-eligible devices. determining that at least two of the plurality of controller devices, including the first controller device and at least one other controller device, are capable of operating as the coordinator device "CD-capable"; determining whether any of other CD-capable devices have a higher software version of software implementing election logic than the first controller device; in response to determining that none of the other CD-capable devices have a higher software version of software implementing election logic than the first controller device: attempting to declare the first controller device an interim coordinator; and in the event that the attempt succeeds, applying the election logic to elect a coordinator; and attempting to declare the first controller device an interim coordinator; and in the event that the attempt succeeds, applying the election logic to elect a coordinator; and in response to determining that at least one of the other CD-capable devices has a higher software version of software implementing election logic than the first controller device, awaiting a result of applying the election logic by one of the other CD-eligible devices.
Process valve actuation device (100; 200; 300; 400), for use in foodstuffs technology, the device being connectable to a process valve that has a valve member, an actuating element (14; 21, 23; 414) arranged on a valve rod (15; 22), the actuating element (14; 21, 23; 414) being moved upon the shifting of the valve, in such a way that the position of the actuating element (14; 21, 23; 414) is a measure of the position of the valve member, the device having at least one sensor that is arranged and/or realized in such a way that its output signal is a measure of the position of the actuating element (14; 21, 23; 414), and wherein the device has a hood (154; 254; 554; 654; 754; 854), into which the actuating element (14; 21, 23; 414) enters at least upon the valve actuation, characterized in that at least one of said sensors is a magnetostrictive sensor (151, 351),and the device further has an electronic module and a sensor module (150; 250; 350; 550; 650; 750; 850), and the electronic module being realized as a component and the sensor module (150; 250; 350; 550; 650; 750; 850) being realized as a further component, the sensor module (150; 250; 350; 550; 650; 750; 850) having the hood (154; 254; 554; 654; 754; 854) and at least one sensor, and the electronic module is designed and arranged for evaluating a plurality of sensors.
System for the modular construction of a building, which comprises: a first reticular structure comprising a plurality of main pieces configured as beams and pillars that are joined together perpendicularly at the ends by means of a plurality of corner joining pieces, a second structure comprising wall pieces and floor slab pieces, and corner pieces, wherein: - the main piece is a tubular piece with a cross-section comprising four sides and four corners, such that a corner housing is located in each corner and a side housing is located on each side, - the corner pieces are configured for being attached to the main pieces longitudinally along the corner housings, characterized in that the system additionally comprises - a plurality of auxiliary pieces and in that - the corner joining piece comprises: - a first end comprising a section which reproduces the corner housings and the side housings but to be located within the cross-section of the main piece, and - a second end comprising four housings, configured for connecting a main piece in each housing, and a central opening between the four housings, configured for receiving another main piece, - the auxiliary piece comprises a U-shaped profile and is configured for being attached to the main piece longitudinally along the side housings, - the corner pieces create, together with the auxiliary pieces, at least one channel in each main piece to accommodate the second structure. - the main piece is a tubular piece with a cross-section comprising four sides and four corners, such that a corner housing is located in each corner and a side housing is located on each side, - the corner pieces are configured for being attached to the main pieces longitudinally along the corner housings, - a plurality of auxiliary pieces and in that - the corner joining piece comprises: - a first end comprising a section which reproduces the corner housings and the side housings but to be located within the cross-section of the main piece, and - a second end comprising four housings, configured for connecting a main piece in each housing, and a central opening between the four housings, configured for receiving another main piece, - a first end comprising a section which reproduces the corner housings and the side housings but to be located within the cross-section of the main piece, and - a second end comprising four housings, configured for connecting a main piece in each housing, and a central opening between the four housings, configured for receiving another main piece, - the auxiliary piece comprises a U-shaped profile and is configured for being attached to the main piece longitudinally along the side housings, - the corner pieces create, together with the auxiliary pieces, at least one channel in each main piece to accommodate the second structure.
A projection device, comprising at least one projection module, at least one reflecting element, and at least one adjusting structure, the at least one projection module having at least one optical axis, the at least one projection module being adapted to provide a projection beam, wherein the projection beam is transmitted along a light transmission path to a projection target and forms a projection image; the at least one reflecting element being disposed between the at least one projection module and the projection target and located on the optical axis and having a reflecting surface, wherein the reflecting surface is adapted to reflect the projection beam to the projection target; the at least one adjusting structure being connected to the reflecting element, wherein the adjusting structure is adapted to drive the reflecting element to rotate along a first axis (A1') such that the projection image moves horizontally in the projection target, characterized in that the adjusting structure is adapted to drive the reflecting element to rotate along a second axis (A2') and rotate along the optical axis such that the projection image moves vertically and rotates in the projection target, wherein the first axis (A1'), the second axis (A2'), and the optical axis are perpendicular to each other and intersect at a reflecting position on the reflecting surface, and the reflecting position is located at a geometric center of the reflecting surface.
A modeling composition comprising (a) 30% to 60% by weight water; (b) 20% to 40% by weight starch-based binder; (c) 2.0% to 8.0% by weight lubricant; (d) 0.5% to 4.0% by weight surfactant; (e) 5% to 20% by weight salt; (f) 0.1% to 1% by weight preservative; (g) 0.5% to 10% by weight retrogradation inhibitor; (h) 0.15% to 1.2% by weight microspheres (i) 0.5% to 8% by weight vinylpyrrolidone polymers; (j) 0 % to 15% polyol; (k) 0% to 1% by weight hardener; (l) 0% to 0.5% by weight fragrance; and (m) 0% to 5% by weight colorant. (a) 30% to 60% by weight water; (b) 20% to 40% by weight starch-based binder; (c) 2.0% to 8.0% by weight lubricant; (d) 0.5% to 4.0% by weight surfactant; (e) 5% to 20% by weight salt; (f) 0.1% to 1% by weight preservative; (g) 0.5% to 10% by weight retrogradation inhibitor; (h) 0.15% to 1.2% by weight microspheres (i) 0.5% to 8% by weight vinylpyrrolidone polymers; (j) 0 % to 15% polyol; (k) 0% to 1% by weight hardener; (l) 0% to 0.5% by weight fragrance; and (m) 0% to 5% by weight colorant.
A system for use in occluding a blood vessel by means of blood clotting for treating a patient, the system comprising: a tubular body having a sidewall, the sidewall including a plurality of cuts about a circumference thereof and a plurality of leaves extending longitudinally between the cuts, each of the plurality of cuts extending longitudinally and radially along a portion of a length of the sidewall in a diagonal or spiral orientation, the tubular body further comprising at least three circumferential regions defined by the termini of the plurality of cuts, and wherein the tubular body is configured to move between an elongated configuration in which there is a first distance between the circumferential regions and a deployed configuration in which the circumferential regions are separated by a second distance less than the first distance such that a plurality of portions of the sidewall radially between the plurality of cuts are buckled or bent and displaced radially outward, and wherein one or more of the circumferential regions are between the cuts and the leaves, and the tubular body comprises two repeating arrays of the leaves twisting in opposite directions when deployed, said system being characterized in that a plurality of fibers are attached to the tubular body. a tubular body having a sidewall, the sidewall including a plurality of cuts about a circumference thereof and a plurality of leaves extending longitudinally between the cuts, each of the plurality of cuts extending longitudinally and radially along a portion of a length of the sidewall in a diagonal or spiral orientation, the tubular body further comprising at least three circumferential regions defined by the termini of the plurality of cuts, and wherein the tubular body is configured to move between an elongated configuration in which there is a first distance between the circumferential regions and a deployed configuration in which the circumferential regions are separated by a second distance less than the first distance such that a plurality of portions of the sidewall radially between the plurality of cuts are buckled or bent and displaced radially outward, and wherein one or more of the circumferential regions are between the cuts and the leaves, and the tubular body comprises two repeating arrays of the leaves twisting in opposite directions when deployed, said system being characterized in that a plurality of fibers are attached to the tubular body.
Circuit for supplying energy to a luminaire on a furniture part that is movable with respect to a furniture body, having a circuit part on the furniture part side, and having a coupling device (22; 24), through which the circuit part on the furniture part side is capable of being coupled to a line-operated energy supply device on the furniture body side, wherein the circuit part on the furniture part side comprises an energy storage and comprises a switching device (36; 38) that is operable by an interruption of the coupling, wherein the switching device is configured, when operated, for switching on a supply of energy to the luminaire from the energy storage in order to continue the operation of the luminaire, wherein the switching device (36; 38) comprises a comparator for comparing the voltage that is provided through the coupling device with the voltage that is provided by the energy storage, wherein the switching device (36; 38) further comprises a semiconductor switching element, which is operated depending on the result of the comparison, and wherein the circuit further comprises a DC-DC converter that is installed upstream of the luminaire and which comprises at least one smoothing capacitor on an output side of the DC-DC converter, wherein the switching time of the switching device (36; 38) is smaller than a time period of a voltage failure on an input side of the DC-DC converter, which time period the smoothing capacitor is capable of bridging, so that an interruption-free continuation of operation of the luminaire is made possible when the switching device (36; 38) is operated.
Electric drive for use in an electrohydraulic brake system, comprising: • a housing, • a stator-rotor unit (18, 26) received by the housing for displacing a piston of a cylinder-piston arrangement in order to generate a brake pressure and • a separate housing insert made of a plastic, which is joined to the housing and is electrically contacted with a stator of the stator-rotor unit (18, 26), wherein the housing insert encloses a contact arrangement of at least two spaced-apart, electrically conducting contact elements (KEu, KEv, KEw) for the electrical supply of at least two phases (U, V, W) of a coil of the stator, wherein the contact elements (KE U, KE V, KE W) are electrically insulated from one other by the plastic, wherein the contact elements (KE U, KE V, KE W) have first contact sections (U I, V I, W I) for external contacting of the stator with a plug and second contact sections (U II, V II, W II) for internal contacting of the stator with the respective contact elements (KEu, KEv, KEw), characterized in that the first contact sections (U I, V I, W I) and the second contact sections (U II, V II, W II) protrude in a longitudinal direction (X - X) of the electric drive from the plastic of the housing insert from an end face of the housing insert facing away from the stator-rotor unit (18, 26). • a housing, • a stator-rotor unit (18, 26) received by the housing for displacing a piston of a cylinder-piston arrangement in order to generate a brake pressure and • a separate housing insert made of a plastic, which is joined to the housing and is electrically contacted with a stator of the stator-rotor unit (18, 26), wherein the contact elements (KE U, KE V, KE W) have first contact sections (U I, V I, W I) for external contacting of the stator with a plug and second contact sections (U II, V II, W II) for internal contacting of the stator with the respective contact elements (KEu, KEv, KEw), characterized in that the first contact sections (U I, V I, W I) and the second contact sections (U II, V II, W II) protrude in a longitudinal direction (X - X) of the electric drive from the plastic of the housing insert from an end face of the housing insert facing away from the stator-rotor unit (18, 26).
A computer-implemented method for compression of data, the method comprising: receiving (405; 610; 810; 910), at compression hardware and from a memory management program, a compression command including an address in physical computer memory of uncompressed data to be compressed into compressed data and an identification of available buffers for storing the compressed data output by the compression hardware, the available buffers having different sizes; retrieving (620; 820; 920), by the compression hardware, the uncompressed data from the physical computer memory using the received address; determining (410; 630; 930), by the compression hardware, a size of the compressed data; selecting (420; 640; 840; 940), by the compression hardware, one or more of the available buffers identified in the received compression command in which to store the compressed data, the selection being based on an amount of unused space that will remain in the one or more of the available buffers after the compressed data is stored in the one or more of the available buffers; and communicating (430; 650; 950), by the compression hardware, to the memory management program, information associated with the selected one or more of the available buffers. receiving (405; 610; 810; 910), at compression hardware and from a memory management program, a compression command including an address in physical computer memory of uncompressed data to be compressed into compressed data and an identification of available buffers for storing the compressed data output by the compression hardware, the available buffers having different sizes; retrieving (620; 820; 920), by the compression hardware, the uncompressed data from the physical computer memory using the received address; determining (410; 630; 930), by the compression hardware, a size of the compressed data; selecting (420; 640; 840; 940), by the compression hardware, one or more of the available buffers identified in the received compression command in which to store the compressed data, the selection being based on an amount of unused space that will remain in the one or more of the available buffers after the compressed data is stored in the one or more of the available buffers; and communicating (430; 650; 950), by the compression hardware, to the memory management program, information associated with the selected one or more of the available buffers.
Apparatus, comprising: a blood-impermeable sleeve; at least one support structure configured to couple first and second ends of the sleeve to a blood vessel of a subject; and a blood pump configured to pump blood from an exterior of the sleeve to a location that is in fluid communication with an interior of the sleeve. a blood-impermeable sleeve; at least one support structure configured to couple first and second ends of the sleeve to a blood vessel of a subject; and a blood pump configured to pump blood from an exterior of the sleeve to a location that is in fluid communication with an interior of the sleeve.
A turbine engine part forming a compressor stator or a turbine nozzle and comprising an inner shroud (12, 32), an outer shroud (16, 36), and vanes (14, 34) extending substantially radially between the inner and outer shrouds and being secured thereto, in which part the inner shroud, the outer shroud, and the vanes form a single part made of composite material having woven fiber reinforcement densified by a matrix, and the fiber reinforcement includes a set of yarns extending continuously along a path traveling longitudinally through the vanes and passing through the inner shroud and the outer shroud, characterized in that said vanes extend between the inner shroud and the outer shroud with yarns of the woven fiber reinforcement (210, 220) passing along a full circumference of the inner shroud and with yarns of the woven fiber reinforcement (260, 270) passing along a full circumference of the outer shroud.