mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical system , comprising at least one capacitor element , at least one sensor configured to measure at least one parameter chosen from device parameters (D) and environmental parameters (E), and a processing unit configured to process the at least one parameter and to evaluate a capacitor element information (CEI) of the at least one capacitor element based on the at least one parameter, wherein the capacitor element information comprises one or more chosen from a capacitance loss, a tangent variation, a stress, a remaining lifetime, a failure condition, wherein the at least one sensor comprises one or more sensors configured to measure one or more gas species that are chosen from a gas species that can be created during a pyrolysis event of one or more components of the capacitor element. at least one capacitor element , at least one sensor configured to measure at least one parameter chosen from device parameters (D) and environmental parameters (E), and a processing unit configured to process the at least one parameter and to evaluate a capacitor element information (CEI) of the at least one capacitor element based on the at least one parameter, wherein the capacitor element information comprises one or more chosen from a capacitance loss, a tangent variation, a stress, a remaining lifetime, a failure condition, wherein the at least one sensor comprises one or more sensors configured to measure one or more gas species that are chosen from a gas species that can be created during a pyrolysis event of one or more components of the capacitor element.
An optical disc drive device, comprising: a motor that rotates an optical disc ; an optical pickup unit, OPU ; a controller that is adapted to cause the motor and the OPU to read recorded data from the optical disc that is rotating; and a transmitter that is adapted to transmit the recorded data that has been read, to a signal processing device disposed external to the optical disc drive device, wherein the recorded data transmitted by the transmitter is stored in a buffer provided in the signal processing device , and the controller is adapted to decrease or increase a rotational speed of the optical disc based on free space information indicating a free space of the buffer , the optical disk device further comprising a receiver that is adapted to receive the free space information transmitted by the signal processing device , wherein the controller is adapted to decrease or increase the rotational speed of the optical disc based on the free space information received, wherein the receiver is adapted to further receive a read command transmitted by the signal processing device , and the controller reads, from the optical disc whenever the read command is received, the recorded data corresponding to the read command; characterized in that the controller is adapted to decrease or increase the rotational speed of the optical disc based on whether the free space information has been received immediately before one read command is received. a motor that rotates an optical disc ; an optical pickup unit, OPU ; a controller that is adapted to cause the motor and the OPU to read recorded data from the optical disc that is rotating; and a transmitter that is adapted to transmit the recorded data that has been read, to a signal processing device disposed external to the optical disc drive device, wherein the recorded data transmitted by the transmitter is stored in a buffer provided in the signal processing device , and the controller is adapted to decrease or increase a rotational speed of the optical disc based on free space information indicating a free space of the buffer , the optical disk device further comprising a receiver that is adapted to receive the free space information transmitted by the signal processing device , wherein the controller is adapted to decrease or increase the rotational speed of the optical disc based on the free space information received, wherein the receiver is adapted to further receive a read command transmitted by the signal processing device , and the controller reads, from the optical disc whenever the read command is received, the recorded data corresponding to the read command; characterized in that the controller is adapted to decrease or increase the rotational speed of the optical disc based on whether the free space information has been received immediately before one read command is received.
A connecting bar for a releasable fastening of an object to a mounted anchoring member of a vehicle seat (S), said connecting bar comprising a first and a second elongated bar member telescopically interconnected, wherein said first elongated bar member comprising a coupling device comprising a displaceable hook member for engaging said anchoring member , said coupling device further comprises a displaceable latch member arranged to engage said hook member in a lock position and being displaceable to an unlock position via a translatory motion, characterized in that said connecting bar comprises an operating mechanism comprising a rotatable manoeuvring shaft and a displacement converter operatively connected to said rotatable manoeuvring shaft and to said displaceable latch member , wherein said displacement converter is arranged to convert a rotating motion of said manoeuvring shaft to said translatory motion and/or to convert said translatory motion to a rotating motion of said manoeuvring shaft .
A reception apparatus in a wireless communication system, the reception apparatus comprising: a signal interval selector (506-1, 506-2) configured to select a first detection time interval and a second detection time interval for receiving a random access channel, RACH, signal including a preamble sequence for ranging access; a time offset detector (524-1, 524-2) configured to detect a first time offset and a second time offset corresponding to time points at which the preamble sequence is received in the first detection time interval and the second detection time interval, respectively; and a time offset determiner configured to determine a correction time value for correcting a time point at which a transmission apparatus of the wireless communication system transmits data, based on the first time offset and the second time offset, characterised in that the time offset determiner further configured to determine whether the correction time value is greater than a predetermined time value, and transmit a random access response, RAR, message including a time advance, TA, value as the correction time value minus the predetermined value to the transmission apparatus, when the correction time value is greater than the predetermined time value. a signal interval selector (506-1, 506-2) configured to select a first detection time interval and a second detection time interval for receiving a random access channel, RACH, signal including a preamble sequence for ranging access; a time offset detector (524-1, 524-2) configured to detect a first time offset and a second time offset corresponding to time points at which the preamble sequence is received in the first detection time interval and the second detection time interval, respectively; and a time offset determiner configured to determine a correction time value for correcting a time point at which a transmission apparatus of the wireless communication system transmits data, based on the first time offset and the second time offset, characterised in that the time offset determiner further configured to determine whether the correction time value is greater than a predetermined time value, and transmit a random access response, RAR, message including a time advance, TA, value as the correction time value minus the predetermined value to the transmission apparatus, when the correction time value is greater than the predetermined time value.
A method for a wireless communication network, comprising: - a wireless communication device providing a first indication to the wireless communication network, the first indication indicating a set of at least two capabilities of the wireless communication device ; - the wireless communication device determining depending on current operational conditions of the wireless communication device whether the wireless communication device supports a combination of two or more of the capabilities from the set of at least two capabilities; and - the wireless communication device providing a second indication to the wireless communication network, the second indication indicating, by identifying at least one limitation with respect to a preconfigured set of combinations of the capabilities, whether the combination of the two or more of the capabilities is supported by the wireless communication device . - a wireless communication device providing a first indication to the wireless communication network, the first indication indicating a set of at least two capabilities of the wireless communication device ; - the wireless communication device determining depending on current operational conditions of the wireless communication device whether the wireless communication device supports a combination of two or more of the capabilities from the set of at least two capabilities; and - the wireless communication device providing a second indication to the wireless communication network, the second indication indicating, by identifying at least one limitation with respect to a preconfigured set of combinations of the capabilities, whether the combination of the two or more of the capabilities is supported by the wireless communication device .
Device for applying a coating to a surface of a substrate having a plasma generator , comprising an anode and a cathode for generating an atmospheric plasma jet by electrical discharge in a working gas, wherein a feed apparatus having an inlet side for feeding a coating material to the feed apparatus and an outlet side for introducing the coating material into the plasma jet is provided, and the feed apparatus is connected on the inlet side to an evaporator for the coating material and on the outlet side has an outlet opening for the gaseous coating material, characterized in that the plasma generator has an outlet channel for the plasma jet, which opens to the surrounding atmosphere via an outflow opening , to which an outflow region of the plasma jet emerging into the surrounding atmosphere adjoins, and the feed apparatus is designed as at least one feed pipe having an outlet opening which is directed into the outflow region and positioned within the plasma jet.
A control device comprising: a current command value calculation unit configured to calculate a first current command value (Iref1), the first current command value (Iref1) causing an actuator to generate steering assist torque, based on at least steering torque; a correction value calculation unit configured to, when an absolute value of steering angle is greater than or equal to a threshold value, calculate a correction value (Ic) for suppressing increase in an absolute value of the steering angle by correcting the steering assist torque; a correction unit configured to calculate a second current command value (Iref2) obtained by correcting the first current command value (Iref1) by the correction value (Ic); and a driving unit (32 to 35) configured to drive the actuator, based on the second current command value (Iref2), characterized in that the correction value calculation unit calculates the correction value (Ic), based on first torque, the first torque changing nonlinearly with respect to steering angular velocity. a current command value calculation unit configured to calculate a first current command value (Iref1), the first current command value (Iref1) causing an actuator to generate steering assist torque, based on at least steering torque; a correction value calculation unit configured to, when an absolute value of steering angle is greater than or equal to a threshold value, calculate a correction value (Ic) for suppressing increase in an absolute value of the steering angle by correcting the steering assist torque; a correction unit configured to calculate a second current command value (Iref2) obtained by correcting the first current command value (Iref1) by the correction value (Ic); and a driving unit (32 to 35) configured to drive the actuator, based on the second current command value (Iref2), characterized in that the correction value calculation unit calculates the correction value (Ic), based on first torque, the first torque changing nonlinearly with respect to steering angular velocity.
Drive wheel for driving a feed chain for dry-feeding livestock, comprising - a base wheel having an axial passage for receiving a drive shaft , - a gear rim having a toothed external circumferential face, - wherein the external circumferential face has a multiplicity of tooth elements , - wherein each tooth element has two tooth tips and a chain clearance that is disposed between the two tooth tips, - characterized in that the gear rim including the tooth elements is composed of an elastic gear rim material, - wherein the elastic gear rim material is a plastics material. - a base wheel having an axial passage for receiving a drive shaft , - a gear rim having a toothed external circumferential face, - wherein the external circumferential face has a multiplicity of tooth elements , - wherein each tooth element has two tooth tips and a chain clearance that is disposed between the two tooth tips, - characterized in that the gear rim including the tooth elements is composed of an elastic gear rim material, - wherein the elastic gear rim material is a plastics material.
A vaccine comprising an immunogenically effective amount of a protein fragment of Hepatitis E Virus Open Reading Frame 2 (HEV ORF2) spanning at least the region from amino acid 125 to amino acid 607 and at most the region from amino acid 112 to amino acid 660, and a pharmaceutically acceptable carrier, for use in the protection of anti-HEV MDA-positive piglets against HEV fecal shedding that is a result of an infection of the piglets.
Method for operating a power distribution apparatus for the connection of a number of loads to a DC voltage supply , with a number of hierarchy stages (H1, H2) which are interconnected between the DC voltage supply and the loads and are connected in a cascading manner one after the other in series, - wherein a current path formed by the hierarchy stages (H1, H2) in the manner of a radial network, with each additional hierarchy stage (H2), is branched off into a number of parallel subpaths such that the next-closest hierarchy stage (H2) on the load side has a number of subpaths for interconnecting the loads which corresponds to the number of loads , and - wherein an electrical current (I, Ia, Ib), which is able to be switched by means of a respective circuit breaker , is conducted by each subpath , characterised in that a value of a tripping current of the respective circuit breaker is successively increased starting from the load side in the direction of the supply side with each hierarchy stage (H1, H2), wherein the value of the tripping current is set by means of a voltage value of a respective actuation current (UG) of the circuit breaker , wherein the or each actuation current (UG) is set on the basis of an actual current (IC) conducted by the respective circuit breaker and wherein a or each tripping time of the circuit breakers is dimensioned on the basis of the respective actuation voltage (UG). - wherein a current path formed by the hierarchy stages (H1, H2) in the manner of a radial network, with each additional hierarchy stage (H2), is branched off into a number of parallel subpaths such that the next-closest hierarchy stage (H2) on the load side has a number of subpaths for interconnecting the loads which corresponds to the number of loads , and - wherein an electrical current (I, Ia, Ib), which is able to be switched by means of a respective circuit breaker , is conducted by each subpath ,
Motor vehicle comprising an electronic unit, the electronic unit having a display and an integrated camera, and the electronic unit being releasably fastened to a holder in the motor vehicle, and the camera recording an area, and the area recorded by the camera being displayed on the display of the electronic unit, characterized in that the electronic unit is fastened at a position customary for a conventional inside mirror and replaces the inside mirror, and the camera records an area corresponding to the area presented by a conventional vehicle inside mirror.
Method for purifying an incoming gas flow which consists of a gas mixture comprising a first gas to be purified and at least one undesirable gas to be removed, said incoming gas flow consisting of a biogas flow comprising methane CH 4 which is intended to be purified and, as undesirable gases to be removed, at least carbon dioxide CO 2 or hydrogen sulfide H 2 S, said method comprising at least the following steps: - during an absorption step, by means of an absorption membrane unit which has at least one membrane that is permeable to gases and impermeable to liquids, the incoming biogas flow on one side of said membrane and an absorbent liquid which circulates on the other side of said membrane are brought into contact, and a rich absorbent liquid comprising said dissolved undesirable gases and an outgoing biomethane flow which is depleted of undesirable gases to be removed are obtained; - during a desorption step, said rich absorbent liquid is brought into contact with a desorption membrane unit which has at least one membrane that is permeable to gases and impermeable to liquids, and, by applying a transmembrane vacuum, at least part of said dissolved gas is removed from said rich absorbent liquid which circulates on one side of said membrane by passing through said membrane toward the other side thereof in order to obtain a degassed liquid ; - said degassed liquid is recycled in a subsequent absorption step; characterized in that said absorbent liquid is a physical solvent which absorbs undesirable gaseous compounds by dissolution in the liquid phase, said absorbent liquid being an aqueous solution comprising water and a salt chosen from sodium chloride NaCl, potassium chloride KCI, and sodium sulfate Na 2 SO 4 , the molar concentration of salt in the absorbent liquid being between 1 and 2 mol/L. - during an absorption step, by means of an absorption membrane unit which has at least one membrane that is permeable to gases and impermeable to liquids, the incoming biogas flow on one side of said membrane and an absorbent liquid which circulates on the other side of said membrane are brought into contact, and a rich absorbent liquid comprising said dissolved undesirable gases and an outgoing biomethane flow which is depleted of undesirable gases to be removed are obtained; - during a desorption step, said rich absorbent liquid is brought into contact with a desorption membrane unit which has at least one membrane that is permeable to gases and impermeable to liquids, and, by applying a transmembrane vacuum, at least part of said dissolved gas is removed from said rich absorbent liquid which circulates on one side of said membrane by passing through said membrane toward the other side thereof in order to obtain a degassed liquid ; - said degassed liquid is recycled in a subsequent absorption step;
A spinal construct (20; 200; 400) comprising: a first member (28; 228; 428) including a surface (34; 242; 448) that defines a first cavity (36; 244; 452) and a second cavity (38; 246; 450), the first member (28; 228; 428) being configured to engage a first vertebral surface (E1); a second member (62; 280; 430) including a surface (68; 462) that defines a first cavity (70; 245; 466) and a second cavity (72; 247; 464), the second member (62; 280; 430) being configured to engage a second vertebral surface (E2); at least one spacer (54; 254, 272); at least one first rod (22; 202, 204); and a plurality of second rods (24, 26; 206, 208), wherein the members (28, 62; 228, 280; 428, 430) are spaced and the first cavities (36, 70; 244, 245; 452, 466) are disposed in substantial alignment such that the at least one first rod (22; 202, 204) is disposed in the first cavities (36, 70; 244, 245; 452, 466) and the second cavities (38, 72; 246, 247; 450, 464) are disposed in substantial alignment such that the plurality of second rods (24, 26; 206, 208) are disposed in the second cavities (38, 72; 246, 247; 450, 464) and spaced via the at least one spacer (54; 254, 272) disposed between the second rods (24, 26; 206, 208) within at least one of the second cavities (38, 72; 246, 247; 450, 464). a first member (28; 228; 428) including a surface (34; 242; 448) that defines a first cavity (36; 244; 452) and a second cavity (38; 246; 450), the first member (28; 228; 428) being configured to engage a first vertebral surface (E1); a second member (62; 280; 430) including a surface (68; 462) that defines a first cavity (70; 245; 466) and a second cavity (72; 247; 464), the second member (62; 280; 430) being configured to engage a second vertebral surface (E2); at least one spacer (54; 254, 272); at least one first rod (22; 202, 204); and a plurality of second rods (24, 26; 206, 208), wherein the members (28, 62; 228, 280; 428, 430) are spaced and the first cavities (36, 70; 244, 245; 452, 466) are disposed in substantial alignment such that the at least one first rod (22; 202, 204) is disposed in the first cavities (36, 70; 244, 245; 452, 466) and the second cavities (38, 72; 246, 247; 450, 464) are disposed in substantial alignment such that the plurality of second rods (24, 26; 206, 208) are disposed in the second cavities (38, 72; 246, 247; 450, 464) and spaced via the at least one spacer (54; 254, 272) disposed between the second rods (24, 26; 206, 208) within at least one of the second cavities (38, 72; 246, 247; 450, 464).
A health functional food comprising coffee, tagatose, a milk protein and starch syrup for use in inhibiting a rise in blood glucose in a subject in need thereof.
Camera for a motor vehicle including a housing , including at least one electronic component disposed in the housing and generating heat during operation of the camera and transferring it to the housing , and including a lens device retained on the housing , characterized in that the camera has a thermal connecting device , which is retained on an exterior of the housing and which is adapted to provide a thermal connection between the housing and the lens device if an ambient temperature (T) of the camera falls below a predetermined, first threshold value (T1) and the thermal connecting device is adapted to provide a thermal connection between the housing and a heat sink of the motor vehicle if the ambient temperature (T) of the camera exceeds a predetermined, second threshold value (T2).
A continuous process for the preparation of a liquid detergent or cleaning composition comprising at least one surfactant and at least one dye, which process comprises the following steps: a) Providing a preservative-free dye solution, wherein the dye is first dissolved in water and this premix is then diluted in at least one non-aqueous organic solvent, the content of the organic solvent being at least 70% by weight, based on the total weight of the dye solution, b) Dosing of the dye solution thus obtained into a surfactant-containing liquid stream. a) Providing a preservative-free dye solution, wherein the dye is first dissolved in water and this premix is then diluted in at least one non-aqueous organic solvent, the content of the organic solvent being at least 70% by weight, based on the total weight of the dye solution, b) Dosing of the dye solution thus obtained into a surfactant-containing liquid stream.