mhurhangee/patent-ind-claim-en huggingface dataset:
A system for operating a service light integrated with a reading light, the system comprising: a reading light ; a service light configured to indicate whether service is desired or not; and a switch operably coupled to a switch cover , the switch configured to operate the reading light and the service light , wherein the switch is configured to control the reading light in a first mode and the service light in a second mode, wherein the switch receives an input for a first duration of time and an input for a second duration of time to trigger the first mode and second mode, respectively, wherein the first duration of time is shorter than the second duration of time, wherein the service light is configured to illuminate the switch cover , and wherein the switch cover operates as a push button to cause the switch to provide a signal to the reading light and the service light . a reading light ; a service light configured to indicate whether service is desired or not; and a switch operably coupled to a switch cover , the switch configured to operate the reading light and the service light , wherein the switch is configured to control the reading light in a first mode and the service light in a second mode, wherein the switch receives an input for a first duration of time and an input for a second duration of time to trigger the first mode and second mode, respectively, wherein the first duration of time is shorter than the second duration of time, wherein the service light is configured to illuminate the switch cover , and wherein the switch cover operates as a push button to cause the switch to provide a signal to the reading light and the service light .
A manufacturing method for manufacturing a rubber composition, for a tire, which contains a rubber component (A) having at least two kinds of rubber components, a compound (B) represented by Formula , and a silane coupling agent (C) having a mercapto group, the manufacturing method comprising: a step X1 of kneading a first rubber component of the rubber component (A) and the compound (B); a step X2 of adding the silane coupling agent (C) to a kneaded product obtained in the step X1, and kneading a product obtained by the addition; and a step X3 of adding a second rubber component of the rubber component (A) to a kneaded product obtained in the step X2, and kneading a product obtained by the addition, wherein the first rubber component has a lower activating ability with respect to a mercapto group than the second rubber component. (In the Formula, R 1 to R 4 each independently represent a straight chain or branched chain alkyl group having 1 to 18 carbon atoms, or a cycloalkyl group having 5 to 12 carbon atoms.) a step X1 of kneading a first rubber component of the rubber component (A) and the compound (B); a step X2 of adding the silane coupling agent (C) to a kneaded product obtained in the step X1, and kneading a product obtained by the addition; and a step X3 of adding a second rubber component of the rubber component (A) to a kneaded product obtained in the step X2, and kneading a product obtained by the addition, wherein the first rubber component has a lower activating ability with respect to a mercapto group than the second rubber component. (In the Formula, R 1 to R 4 each independently represent a straight chain or branched chain alkyl group having 1 to 18 carbon atoms, or a cycloalkyl group having 5 to 12 carbon atoms.)
A method comprising: observing , by a security agent executing on a computing device, events as observed events, the observed events being associated with processes executing on the computing device; inserting the observed events into a least recently used, LRU, table that tracks, for a subset of the observed events maintained in the LRU table, a rate-based statistic for multiple event groups in which the subset of the observed events are classified; tracking the rate-based statistic for an event group in the LRU table by: incrementing a count of the observed events that are classified in the event group each time an observed event in the event group is inserted into the LRU table; and iteratively calculating a value of the rate-based statistic for the event group by iteratively subtracting a predetermined value from the count at a predetermined time interval; determining that the value of the rate-based statistic for the event group satisfies a threshold associated with the LRU table; and sending the observed events that are classified in the event group to a remote security system with suppression by refraining from sending, to the remote security system, at least some of the observed events that are classified in the event group. observing , by a security agent executing on a computing device, events as observed events, the observed events being associated with processes executing on the computing device; inserting the observed events into a least recently used, LRU, table that tracks, for a subset of the observed events maintained in the LRU table, a rate-based statistic for multiple event groups in which the subset of the observed events are classified; tracking the rate-based statistic for an event group in the LRU table by: incrementing a count of the observed events that are classified in the event group each time an observed event in the event group is inserted into the LRU table; and iteratively calculating a value of the rate-based statistic for the event group by iteratively subtracting a predetermined value from the count at a predetermined time interval; incrementing a count of the observed events that are classified in the event group each time an observed event in the event group is inserted into the LRU table; and iteratively calculating a value of the rate-based statistic for the event group by iteratively subtracting a predetermined value from the count at a predetermined time interval; determining that the value of the rate-based statistic for the event group satisfies a threshold associated with the LRU table; and sending the observed events that are classified in the event group to a remote security system with suppression by refraining from sending, to the remote security system, at least some of the observed events that are classified in the event group.
A method of performing a marine seismic survey, comprising: towing a streamer array that includes a plurality of streamers that each include a plurality of seismic sensors; towing a first set of one or more vibratory seismic sources within a first zone that includes offsets within a threshold offset distance from one or more locations relative to the streamer array; driving the first set of sources to emit energy within a first frequency band using a first sweep length for one or more activations of the first set of sources; towing a second set of one or more vibratory seismic sources in a second zone that includes offsets that are greater than the threshold offset distance from the one or more locations; driving the second set of sources to emit energy within a second frequency band using a second sweep length for one or more activations of the second set of sources, wherein the first frequency band includes higher frequencies than the second frequency band, wherein the second sweep length is longer than the first sweep length, and wherein the second set of sources is configured to activate less frequently, in time or distance, than the first set of sources; recording , using the plurality of seismic sensors, signals reflected from one or more subsea formations based on the energy emitted by the first and second set of one or more vibratory sources; and storing the recorded signals in a tangible computer-readable medium. towing a streamer array that includes a plurality of streamers that each include a plurality of seismic sensors; towing a first set of one or more vibratory seismic sources within a first zone that includes offsets within a threshold offset distance from one or more locations relative to the streamer array; driving the first set of sources to emit energy within a first frequency band using a first sweep length for one or more activations of the first set of sources; towing a second set of one or more vibratory seismic sources in a second zone that includes offsets that are greater than the threshold offset distance from the one or more locations; driving the second set of sources to emit energy within a second frequency band using a second sweep length for one or more activations of the second set of sources, wherein the first frequency band includes higher frequencies than the second frequency band, wherein the second sweep length is longer than the first sweep length, and wherein the second set of sources is configured to activate less frequently, in time or distance, than the first set of sources; recording , using the plurality of seismic sensors, signals reflected from one or more subsea formations based on the energy emitted by the first and second set of one or more vibratory sources; and storing the recorded signals in a tangible computer-readable medium.
A method for compressing genomic sequence data, the method comprising: obtaining, by one or more computers, a read record; determining, by the one or more computers, whether the read record corresponds to a read that is perfectly mapped to a reference sequence or imperfectly mapped to the reference sequence; based on determining, by the one or more computers, that the read record corresponds to a read that is imperfectly mapped to the reference sequence, determining, by the one or more computers, whether a number of mismatches of the imperfectly mapped read satisfies a predetermined threshold number of mismatches; and based on determining that the number of mismatches satisfies the predetermined threshold number of mismatches, (i) obtaining, by the one or more computers, an offset from a previous mismatch that is lower than a maximum encodable offset value and (ii) encoding, by the one or more computers, each mismatch of the imperfectly mapped read and the offset from the previous mismatch of the read into a record having a size of 1 byte. obtaining, by one or more computers, a read record; determining, by the one or more computers, whether the read record corresponds to a read that is perfectly mapped to a reference sequence or imperfectly mapped to the reference sequence; based on determining, by the one or more computers, that the read record corresponds to a read that is imperfectly mapped to the reference sequence, determining, by the one or more computers, whether a number of mismatches of the imperfectly mapped read satisfies a predetermined threshold number of mismatches; and based on determining that the number of mismatches satisfies the predetermined threshold number of mismatches, (i) obtaining, by the one or more computers, an offset from a previous mismatch that is lower than a maximum encodable offset value and (ii) encoding, by the one or more computers, each mismatch of the imperfectly mapped read and the offset from the previous mismatch of the read into a record having a size of 1 byte.
An air duct , comprising: a first chamber and a second chamber , the first chamber being defined between an air handling device and the second chamber , and the second chamber being defined between the first chamber and an environment exterior to the air duct; a plurality of first openings between the first chamber and the second chamber ; a plurality of second openings between the second chamber and the environment exterior to the air duct; and a sound absorbing material defining at least a portion of an interior surface of at least one of the first chamber and the second chamber ; characterized in that the sound absorbing material comprises a plurality of third openings in register with the plurality of first openings . a first chamber and a second chamber , the first chamber being defined between an air handling device and the second chamber , and the second chamber being defined between the first chamber and an environment exterior to the air duct; a plurality of first openings between the first chamber and the second chamber ; a plurality of second openings between the second chamber and the environment exterior to the air duct; and a sound absorbing material defining at least a portion of an interior surface of at least one of the first chamber and the second chamber ; characterized in that the sound absorbing material comprises a plurality of third openings in register with the plurality of first openings .
A method implemented by a device , the method comprising: accessing power headroom control information; determining that one or more conditions for generating a power headroom report have been met; generating, based on the determination, a bandwidth part, BWP, based power headroom report comprising one or more active BWP specific power headrooms of a serving cell and reporting, based on the device reporting power headroom in a slot associated with a given numerology on a first cell that overlaps with a plurality of slots associated with a given numerology on a second cell, a power headroom report for a first slot of the plurality of slots associated with the given numerology on the second cell that fully overlaps with the slot associated with the given numerology on the first cell. accessing power headroom control information; determining that one or more conditions for generating a power headroom report have been met; generating, based on the determination, a bandwidth part, BWP, based power headroom report comprising one or more active BWP specific power headrooms of a serving cell and reporting, based on the device reporting power headroom in a slot associated with a given numerology on a first cell that overlaps with a plurality of slots associated with a given numerology on a second cell, a power headroom report for a first slot of the plurality of slots associated with the given numerology on the second cell that fully overlaps with the slot associated with the given numerology on the first cell.
A drive system for rotating a wheel of an aircraft landing gear , the drive system comprising: - a drive element , such as a drive pinion, - a motor operable to rotate the drive element, and - a driven gear adapted to be attached to the wheel so as to be capable of rotating the wheel, wherein the drive system has a drive configuration in which the drive element is capable of meshing with the driven gear to drive the driven gear, wherein the drive system further comprises a transmission error measurement apparatus, characterised in that the transmission error measurement apparatus comprises a vibration sensor device, for measuring, over time, vibrations on a part of the drive system, the transmission error measurement apparatus being configured to use vibration data resulting from the vibration sensor device to provide an indication of a transmission error; wherein the transmission error measurement apparatus is configured to obtain, over time, measurement data of one or more characteristics of the drive system, including the vibrations measured by the vibration sensor device, when in the drive configuration, the measurement data providing the indication of a transmission error between a torque commanded by the motor and a resulting torque at the driven gear. - a drive element , such as a drive pinion, - a motor operable to rotate the drive element, and - a driven gear adapted to be attached to the wheel so as to be capable of rotating the wheel, wherein the drive system has a drive configuration in which the drive element is capable of meshing with the driven gear to drive the driven gear, wherein the drive system further comprises a transmission error measurement apparatus, characterised in that the transmission error measurement apparatus comprises a vibration sensor device, for measuring, over time, vibrations on a part of the drive system, the transmission error measurement apparatus being configured to use vibration data resulting from the vibration sensor device to provide an indication of a transmission error; wherein the transmission error measurement apparatus is configured to obtain, over time, measurement data of one or more characteristics of the drive system, including the vibrations measured by the vibration sensor device, when in the drive configuration, the measurement data providing the indication of a transmission error between a torque commanded by the motor and a resulting torque at the driven gear.
A gland packing comprising: - an annular packing body which is formed by winding an expanded graphite tape material in a spiral shape, the packing body having an axial end surface which is perpendicular to an axial center of the packing body ; and - a laminating member that is bonded to the axial end surface of the packing body and is formed of an annular expanded graphite sheet material, the laminating member having an axial end surface which is perpendicular to an axial center of the laminating member , the axial end surface of the packing body being provided with a protrusion facing and contacting an inner peripheral surface of the laminating member in the radial direction, the inner peripheral surface located at an inner radial end of the axial end surface of the laminating member being in contact with an outer peripheral surface of the protrusion which protrudes from the axial end surface of the packing body , or an outer peripheral surface of the laminating member in the radial direction, the outer peripheral surface located at an outer radial end of the axial end surface of the laminating member being in contact with an inner peripheral surface of the protrusion which protrudes from the axial end surface of the packing body ; and, wherein a contact surface between the protrusion and the laminating member is formed so that a radius changes in at least a part in the axial direction, which contact surface is not formed perpendicularly with respect to the axial end surface of the laminating member . - an annular packing body which is formed by winding an expanded graphite tape material in a spiral shape, the packing body having an axial end surface which is perpendicular to an axial center of the packing body ; and - a laminating member that is bonded to the axial end surface of the packing body and is formed of an annular expanded graphite sheet material, the laminating member having an axial end surface which is perpendicular to an axial center of the laminating member , an inner peripheral surface of the laminating member in the radial direction, the inner peripheral surface located at an inner radial end of the axial end surface of the laminating member being in contact with an outer peripheral surface of the protrusion which protrudes from the axial end surface of the packing body , or an outer peripheral surface of the laminating member in the radial direction, the outer peripheral surface located at an outer radial end of the axial end surface of the laminating member being in contact with an inner peripheral surface of the protrusion which protrudes from the axial end surface of the packing body ; and,
A method for operating a rotorcraft comprising a plurality of engines configured to provide motive power to the rotorcraft , the method comprising: obtaining a request to enter into an asymmetric operating regime (AOR), in which at least one first engine of the plurality of engines is an active engine and is operated in an active mode to provide motive power to the rotorcraft and at least one second engine of the plurality of engines is a standby engine and is operated in a standby mode to provide substantially no motive power to the rotorcraft ; determining a power capability of the active engine of the rotorcraft ; comparing the power capability to a current power demand for the rotorcraft ; and when the current power demand is greater than the power capability of the active engine : reducing a standby-engine power output of the standby engine of the rotorcraft ; and compensating for the reduction in the standby-engine power output by adjusting an active-engine power output of the active engine and/or at least one flight control of the rotorcraft . obtaining a request to enter into an asymmetric operating regime (AOR), in which at least one first engine of the plurality of engines is an active engine and is operated in an active mode to provide motive power to the rotorcraft and at least one second engine of the plurality of engines is a standby engine and is operated in a standby mode to provide substantially no motive power to the rotorcraft ; determining a power capability of the active engine of the rotorcraft ; comparing the power capability to a current power demand for the rotorcraft ; and when the current power demand is greater than the power capability of the active engine : reducing a standby-engine power output of the standby engine of the rotorcraft ; and compensating for the reduction in the standby-engine power output by adjusting an active-engine power output of the active engine and/or at least one flight control of the rotorcraft . reducing a standby-engine power output of the standby engine of the rotorcraft ; and compensating for the reduction in the standby-engine power output by adjusting an active-engine power output of the active engine and/or at least one flight control of the rotorcraft .
An apparatus for cheese production, in particular a compartmented press, having round or polygonal cheese moulds, for the liquid-reducing pressing of raw cheese mass, having a trough which is open in plan view, a press head having a plurality of press stamps oriented towards the cheese moulds for pressing the raw cheese mass, and a distribution head for flotation of the raw cheese mass, the distribution head being movable along the long sides of the trough , characterised in that an articulated tube assembly is coupled rotatably to the distribution head in order to supply the raw cheese mass from a cheese-making machine.
A sliding sleeve opening with a deployed plug (B), the sleeve comprising a housing defining a first bore and defining a flow port communicating the first bore outside the housing ; an inner sleeve defining a second bore and being movable axially inside the first bore from a closed position to an opened position relative to the flow port , the second bore having a transition shoulder and an engagement shoulder disposed therein; and a compressible seat having a biased ring, the compressible seat disposed in a first axial position in the second bore of the inner sleeve , the compressible seat in the first axial position having an expanded state and engaging the deployed plug (B), the compressible seat moving the inner sleeve axially open in response to fluid pressure applied against the engaged plug (B), the compressible seat shifting from the first axial position past the transition shoulder to a second axial position and contracting from the expanded state to a contracted state in response to the applied fluid pressure, the compressible seat transitioned to the contracted state compressing against the engaged plug (B), wherein the compressible seat in the expanded state has a first contact dimension into which the engaged plug (B) is forced, and wherein the compressible seat in the contracted state has a second contact dimension, narrower than the first contact dimension, wedged against the engaged plug (B) forced into the compressible seat .
A method of bonding a predetermined capping moiety onto one or more unpaired cysteine residues on an antibody, said method comprising the step of: growing an antibody-expressing cell line in a culture medium containing said predetermined capping moiety, or a precursor of said predetermined capping moiety, wherein said cell line expresses said antibody, and wherein said predetermined capping moiety is attached by a covalent bond to at least one of said unpaired cysteine residues on said expressed antibody, wherein the capping moiety is selected from a reactive group consisting of maleimido trioxa-4-formyl benzamide (MTFB) with an aldehyde handle, or maleimido azido-lysine with an azide handle, or dibenzocyclooctyl-polyethylene maleimide (DBCO-PEG4-Maleimide) with an alkyne handle.