mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a radio communication system for an industrial automation system, in which - the radio communication system comprises at least one base station and multiple subscriber stations (101-103), - the base station cyclically polls, at predefined transmission times (t P.N ), for respective datagrams that are to be transmitted by the subscriber stations, - for selected subscriber stations or for each subscriber station individually, the base station polls for the respective datagrams to be transmitted at individual transmission times for every subscriber station in accordance with a station sequence predefined by the base station, - within a polling cycle, the base station predefines for the subscriber stations the transmission times (t P.N ) for transmitting the datagrams to be transmitted, the transmission times (t P.N ) being ascertained from a respective preceding transmission time (t P.N-1 ) plus a polling cycle period (t C ) and minus a waiting period (t W.M ), during which at least one datagram to be transmitted prior to the preceding transmission time was already present and ready for transmission in the respective subscriber station, - the subscriber stations transmit information about the respective waiting period to the base station in order to ascertain the transmission times. - the radio communication system comprises at least one base station and multiple subscriber stations (101-103), - the base station cyclically polls, at predefined transmission times (t P.N ), for respective datagrams that are to be transmitted by the subscriber stations, - for selected subscriber stations or for each subscriber station individually, the base station polls for the respective datagrams to be transmitted at individual transmission times for every subscriber station in accordance with a station sequence predefined by the base station, - within a polling cycle, the base station predefines for the subscriber stations the transmission times (t P.N ) for transmitting the datagrams to be transmitted, the transmission times (t P.N ) being ascertained from a respective preceding transmission time (t P.N-1 ) plus a polling cycle period (t C ) and minus a waiting period (t W.M ), during which at least one datagram to be transmitted prior to the preceding transmission time was already present and ready for transmission in the respective subscriber station, - the subscriber stations transmit information about the respective waiting period to the base station in order to ascertain the transmission times.
An assembly for a turbocharger comprising: a bearing cartridge that comprises an outer race having an outer diameter (Do1, Do1'); a housing that comprises a substantially cylindrical bore having a longitudinal axis (x), a proximate end, a distal end, and an inner diameter that exceeds the outer diameter (Do1, Do1') of the outer race of the bearing cartridge , a counterbore substantially coaxial to the cylindrical bore at the distal end of the cylindrical bore and having an inner diameter less than the outer diameter (Do1, Do1') of the outer race of the bearing cartridge wherein the counterbore limits axial movement of the outer race at the distal end of the cylindrical bore, a lubricant drain opening , and a pin opening accessible via the lubricant drain opening ; a plate positioned substantially orthogonal to the longitudinal axis (x) of the cylindrical bore at the proximate end of the cylindrical bore wherein the plate limits axial movement of the outer race at the proximate end of the cylindrical bore; and a pin positioned in the pin opening of the housing via the lubricant drain opening wherein the pin limits rotation of the outer race . a bearing cartridge that comprises an outer race having an outer diameter (Do1, Do1'); a housing that comprises a substantially cylindrical bore having a longitudinal axis (x), a proximate end, a distal end, and an inner diameter that exceeds the outer diameter (Do1, Do1') of the outer race of the bearing cartridge , a counterbore substantially coaxial to the cylindrical bore at the distal end of the cylindrical bore and having an inner diameter less than the outer diameter (Do1, Do1') of the outer race of the bearing cartridge wherein the counterbore limits axial movement of the outer race at the distal end of the cylindrical bore, a lubricant drain opening , and a pin opening accessible via the lubricant drain opening ; a substantially cylindrical bore having a longitudinal axis (x), a proximate end, a distal end, and an inner diameter that exceeds the outer diameter (Do1, Do1') of the outer race of the bearing cartridge , a counterbore substantially coaxial to the cylindrical bore at the distal end of the cylindrical bore and having an inner diameter less than the outer diameter (Do1, Do1') of the outer race of the bearing cartridge wherein the counterbore limits axial movement of the outer race at the distal end of the cylindrical bore, a lubricant drain opening , and a pin opening accessible via the lubricant drain opening ; a plate positioned substantially orthogonal to the longitudinal axis (x) of the cylindrical bore at the proximate end of the cylindrical bore wherein the plate limits axial movement of the outer race at the proximate end of the cylindrical bore; and a pin positioned in the pin opening of the housing via the lubricant drain opening wherein the pin limits rotation of the outer race .
A steering control device that controls a steering device that includes a steered-side actuator that is capable of steering steered wheels of a vehicle utilizing torque of an electric motor , comprising: a central processing unit , wherein the central processing unit executes: a target steered angle calculation process (M20, M22, M24, M26, M28, M40, M42) of calculating a target steered angle (θp*), which is a target value for a steered angle (θp) of the steered wheels , in accordance with an operation on a steering wheel ; a torque operation process (M44, M46) of operating torque of the electric motor in order to control a detection value of the steered angle (θp) to the target steered angle (θp*) through feedback control; and a decreasing process (M54) of decreasing a current that flows through the electric motor , characterized in that the decreasing process is performed in the case where a vehicle speed (SPD) is equal to or less than a prescribed speed (Sth) and an absolute value of input torque (Trqs) input to the steering wheel is equal to or less than a prescribed value (Tth). a central processing unit , wherein the central processing unit executes: a target steered angle calculation process (M20, M22, M24, M26, M28, M40, M42) of calculating a target steered angle (θp*), which is a target value for a steered angle (θp) of the steered wheels , in accordance with an operation on a steering wheel ; a torque operation process (M44, M46) of operating torque of the electric motor in order to control a detection value of the steered angle (θp) to the target steered angle (θp*) through feedback control; and a decreasing process (M54) of decreasing a current that flows through the electric motor , characterized in that the decreasing process is performed in the case where a vehicle speed (SPD) is equal to or less than a prescribed speed (Sth) and an absolute value of input torque (Trqs) input to the steering wheel is equal to or less than a prescribed value (Tth). a target steered angle calculation process (M20, M22, M24, M26, M28, M40, M42) of calculating a target steered angle (θp*), which is a target value for a steered angle (θp) of the steered wheels , in accordance with an operation on a steering wheel ; a torque operation process (M44, M46) of operating torque of the electric motor in order to control a detection value of the steered angle (θp) to the target steered angle (θp*) through feedback control; and a decreasing process (M54) of decreasing a current that flows through the electric motor , characterized in that the decreasing process is performed in the case where a vehicle speed (SPD) is equal to or less than a prescribed speed (Sth) and an absolute value of input torque (Trqs) input to the steering wheel is equal to or less than a prescribed value (Tth).
An electromagnetic radiation absorbing composition comprising an admixture of carbon nanotubes present in the range of from 0.1 to 3v/v% dried, magnetic particulates with an average longest dimension of at least 1 micron, present in the range of from 15 to 30%v/v dried, in a non-conductive binder.
A monocoque vehicle comprising: a monocoque body integrally formed of reinforced resin; a subframe integrally formed of reinforced resin, the subframe including a bottom portion and an upstanding portion extending upward from the bottom portion, the bottom portion being fixed to a lower portion of a rear wall of the monocoque body, the bottom portion extending rearward of a vehicle; and an engine directly mounted on a rear surface of the upstanding portion of the subframe, characterized in that the rear wall of the monocoque body has a projecting portion attached to an upper portion of the rear wall , the projecting portion extending rearward, and an upper portion of the upstanding portion is fixed to the projecting portion. a monocoque body integrally formed of reinforced resin; a subframe integrally formed of reinforced resin, the subframe including a bottom portion and an upstanding portion extending upward from the bottom portion, the bottom portion being fixed to a lower portion of a rear wall of the monocoque body, the bottom portion extending rearward of a vehicle; and an engine directly mounted on a rear surface of the upstanding portion of the subframe, characterized in that the rear wall of the monocoque body has a projecting portion attached to an upper portion of the rear wall , the projecting portion extending rearward, and an upper portion of the upstanding portion is fixed to the projecting portion.
A vacuum inlet valve assembly comprising: a housing having an upper cylindrical portion ; a sleeve seal disposed within the upper cylindrical portion ; a conduit coupled with the upper cylindrical portion and sealed with the sleeve seal ; a lower wall of the housing that defines an aperture ; a ball seal disposed within the aperture sized to seal an open end of a vacuum hose , wherein the conduit is made and arranged to retain and house such vacuum hose ; wherein a rear end of the housing is mountable on a preexisting wall to dispose the vacuum inlet valve assembly exterior of the preexisting wall , such that the conduit is disposed exterior of the preexisting wall ; characterized in that at least a portion of the conduit is clear to enable a vacuum hose arranged and housed within the conduit to be viewed. a housing having an upper cylindrical portion ; a sleeve seal disposed within the upper cylindrical portion ; a conduit coupled with the upper cylindrical portion and sealed with the sleeve seal ; a lower wall of the housing that defines an aperture ; a ball seal disposed within the aperture sized to seal an open end of a vacuum hose , wherein the conduit is made and arranged to retain and house such vacuum hose ; wherein a rear end of the housing is mountable on a preexisting wall to dispose the vacuum inlet valve assembly exterior of the preexisting wall , such that the conduit is disposed exterior of the preexisting wall ; characterized in that at least a portion of the conduit is clear to enable a vacuum hose arranged and housed within the conduit to be viewed.
Work base for a hand-guided working tool, wherein a cutting trough is arranged between a first work surface and a second work surface and covers are comprised and a cover recess with a cover recess groove is comprised around the cutting trough , wherein a cover spring of the covers engages releasably in the cover recess groove , characterized in that the cover spring comprises clamping beads , and a swivel arm is comprised on a first longitudinal side and/or a second longitudinal side , wherein a swivel arm recess is comprised on the first longitudinal side and/or the second longitudinal side , into which the swivel arm is positioned and folded in and out, wherein a swivel arm foot is arranged on the swivel arm , wherein the swivel arm is connected to the first work surface and/or the second work surface via a swivel arm joint . the cover spring comprises clamping beads , and a swivel arm is comprised on a first longitudinal side and/or a second longitudinal side , wherein a swivel arm recess is comprised on the first longitudinal side and/or the second longitudinal side , into which the swivel arm is positioned and folded in and out, wherein a swivel arm foot is arranged on the swivel arm , wherein the swivel arm is connected to the first work surface and/or the second work surface via a swivel arm joint .
A resin pellet, comprising: a pellet-shaped ethylene-vinyl acetate copolymer; a liquid coating agent; and a solid coating agent adhered to at least a portion of surfaces of the ethylene-vinyl acetate copolymer and of the liquid coating agent, wherein the liquid coating agent is a compound including a hydroxyl group, and the liquid coating agent includes at least one liquid coating agent selected from the group consisting of a polyalkylene oxide, a block copolymer with an ethylene oxide chain and a propylene oxide chain, a random copolymer with an ethylene oxide chain and a propylene oxide chain, glycerin, diglycerin, and a silicone oil, and wherein the solid coating agent is an organic compound including an amide of a saturated fatty acid or an unsaturated fatty acid. a pellet-shaped ethylene-vinyl acetate copolymer; a liquid coating agent; and a solid coating agent adhered to at least a portion of surfaces of the ethylene-vinyl acetate copolymer and of the liquid coating agent, wherein the liquid coating agent is a compound including a hydroxyl group, and the liquid coating agent includes at least one liquid coating agent selected from the group consisting of a polyalkylene oxide, a block copolymer with an ethylene oxide chain and a propylene oxide chain, a random copolymer with an ethylene oxide chain and a propylene oxide chain, glycerin, diglycerin, and a silicone oil, and wherein the solid coating agent is an organic compound including an amide of a saturated fatty acid or an unsaturated fatty acid.
A headset comprising a first earphone with an inner side facing the user's head , when the headset is worn, and an outer side facing the opposite direction of the inner side , and a circumferential wall located between the inner side and the outer side , and wherein the headset comprises a microphone arm , which is attached to the earphone to be rotatable around a first hinge axis of a first hinge , so it can rotate between a use position, where it extends away from the earphone housing , and a rest position, where it follows a first part of the circumferential wall , wherein the first earphone has a recess for receiving the microphone arm in the rest position, characterized in that the microphone arm comprises a first arm part extending from the first hinge and a second arm part extending between the first arm part and a free end , and wherein the first arm part and the second arm part are interconnected by a second hinge with a second hinge axis , whereby the first arm part , the second arm part and the second hinge are adapted, so that the free end of the microphone arm can be brought closer to the mouth of the user by rotating the second arm part about the second hinge axis from a first position to a second position, and wherein the second arm part comprises an engagement part , which during rotation of the microphone arm around the first axis from the use position to the rest position is adapted to engage the earphone , whereby the second arm part is forced to rotate from the second position to the first position.
A tire valve comprising a tubular stem, where the stem consists of a composition (Z1) comprising a thermoplastic (P1) and comprising a filler (F1), where the filler (F1) is fibrous.
Apparatus, comprising: a catheter configured for insertion into a body of a subject, the catheter comprising a flexible distal portion configured to flex in response to a mechanical force applied to the catheter, characterised in that it further comprises a conducting element , held by the flexible distal portion of the catheter such that a position of the conducting element changes as the flexible distal portion flexes; at least one transmitting coil , disposed within the catheter proximally to the conducting element, configured to generate an alternating magnetic field that induces, in the conducting element, eddy currents that vary with the position of the conducting element; and one or more receiving coils , disposed within the catheter proximally to the conducting element, configured to output respective signals responsively to a superposition of (i) the magnetic field generated by the transmitting coil, and (ii) a secondary magnetic field generated by the eddy currents. a catheter configured for insertion into a body of a subject, the catheter comprising a flexible distal portion configured to flex in response to a mechanical force applied to the catheter, characterised in that it further comprises a conducting element , held by the flexible distal portion of the catheter such that a position of the conducting element changes as the flexible distal portion flexes; at least one transmitting coil , disposed within the catheter proximally to the conducting element, configured to generate an alternating magnetic field that induces, in the conducting element, eddy currents that vary with the position of the conducting element; and one or more receiving coils , disposed within the catheter proximally to the conducting element, configured to output respective signals responsively to a superposition of (i) the magnetic field generated by the transmitting coil, and (ii) a secondary magnetic field generated by the eddy currents.
Front-end architecture for a photoreceiver , the front-end architecture including a photodiode and a fully differential amplifier , the fully differential amplifier comprising a differential input amplifier having a primary input , and at least one secondary input (32, 33,... 3N + 1), a primary output , a secondary output , a primary negative feedback path creating a negative feedback from the primary output to the primary input , and, for the at least one secondary input (32, 33,... 3N + 1), a secondary negative feedback path (42, 43,...4N+1) creating a negative feedback from the secondary output to said secondary input (32, 33, ... 3N + 1), the primary negative feedback path including a primary feedback element , the secondary negative feedback path (42, 43,...4N+1) including a secondary feedback element , characterized in that an anode of the photodiode is connected to the primary input of the differential input amplifier , and that the at least one secondary input (32, ... 3N + 1) is loaded by a respective impedance (Z in2 ,... Z inN+1 ), by connecting the at least one secondary input to a transmission line loaded by an open circuit .
A method comprising: milling a nose of a first shield of a blade to leave at least one strip (208a,b) of the first shield coupled to a blade body ; subsequent to the milling, applying a cryogenic technique to the blade to weaken a bond between the first shield and the blade body ; subsequent to the applying of the cryogenic technique, removing the at least one strip (208a,b) of the first shield from the blade body ; and coupling a second shield to the blade body subsequent to the removal of the at least one strip (208a,b) from the blade body ; characterised in that the method further comprises: applying a heat blanket to the second shield ; and bonding the second shield to the blade body subsequent to the applying of the heat blanket . milling a nose of a first shield of a blade to leave at least one strip (208a,b) of the first shield coupled to a blade body ; subsequent to the milling, applying a cryogenic technique to the blade to weaken a bond between the first shield and the blade body ; subsequent to the applying of the cryogenic technique, removing the at least one strip (208a,b) of the first shield from the blade body ; and coupling a second shield to the blade body subsequent to the removal of the at least one strip (208a,b) from the blade body ; characterised in that the method further comprises: applying a heat blanket to the second shield ; and bonding the second shield to the blade body subsequent to the applying of the heat blanket . applying a heat blanket to the second shield ; and bonding the second shield to the blade body subsequent to the applying of the heat blanket .
A method for encryption key update in a station, comprising: encrypting a first data block using a first plurality of round keys over a first plurality of rounds to generate a first encrypted data block, wherein the first plurality of round keys are generated based on an initial block key; retaining only one round key of the first plurality of round keys for use as a basis for a first derived block key, wherein the first derived block key is i) the last round key of the first plurality of round keys, or ii) based on an additional round key generated by further processing the last round key of the first plurality of round keys by at least one additional round; and encrypting a second data block using a second plurality of round keys over a second plurality of rounds to generate a second encrypted data block, wherein the second plurality of round keys are generated based on the first derived block key. encrypting a first data block using a first plurality of round keys over a first plurality of rounds to generate a first encrypted data block, wherein the first plurality of round keys are generated based on an initial block key; retaining only one round key of the first plurality of round keys for use as a basis for a first derived block key, wherein the first derived block key is i) the last round key of the first plurality of round keys, or ii) based on an additional round key generated by further processing the last round key of the first plurality of round keys by at least one additional round; and encrypting a second data block using a second plurality of round keys over a second plurality of rounds to generate a second encrypted data block, wherein the second plurality of round keys are generated based on the first derived block key.
2- oxo-1-pyrrolidinyl imidazothiadiazole derivatives according to formula (I), their geometrical isomers, enantiomers, diastereomers, isotopes and mixtures, or a pharmaceutically acceptable salt thereof, wherein R 1 is a C 1-4 alkyl optionally substituted by one or more halogen substituents; R 2 is a C 1-4 alkyl containing at least one hydroxy or alkoxy substituent; and R 3 is a methyl (including -CD 3 ). R 1 is a C 1-4 alkyl optionally substituted by one or more halogen substituents; R 2 is a C 1-4 alkyl containing at least one hydroxy or alkoxy substituent; and R 3 is a methyl (including -CD 3 ).