mhurhangee/patent-ind-claim-en huggingface dataset:
An engine control system, comprising: a first control lever configured to be coupled to an electronic engine control subsystem for one or more turbine engines, the electronic engine control subsystem configured to regulate fuel flow to the one or more turbine engines; a second control lever configured to be coupled to a backup engine control subsystem for the one or more turbine engines, the backup engine control subsystem configured to regulate fuel flow to the one or more turbine engines in the event of a failure of the electronic engine control subsystem ; and a coupling device configured to selectively couple the first control lever to the second control lever with at least one angular offset, the coupling device including a support member having a fixed connection to the second control lever , the coupling device including a selective coupling mechanism having a fixed connection to the first control lever and a selective connection to the support member . a first control lever configured to be coupled to an electronic engine control subsystem for one or more turbine engines, the electronic engine control subsystem configured to regulate fuel flow to the one or more turbine engines; a second control lever configured to be coupled to a backup engine control subsystem for the one or more turbine engines, the backup engine control subsystem configured to regulate fuel flow to the one or more turbine engines in the event of a failure of the electronic engine control subsystem ; and a coupling device configured to selectively couple the first control lever to the second control lever with at least one angular offset, the coupling device including a support member having a fixed connection to the second control lever , the coupling device including a selective coupling mechanism having a fixed connection to the first control lever and a selective connection to the support member .
An image forming apparatus having a replaceable element , comprising: a microprocessor in the image forming apparatus, the microprocessor being to control operations of the image forming apparatus and the replaceable element; wherein the microprocessor comprises an integrated memory in which lifespan information of the replaceable element is recorded by the microprocessor, wherein the replaceable element does not include a memory in which lifespan information of the replaceable element is recorded; wherein the image forming apparatus further comprises an auxiliary memory separate from the microprocessor and replaceable element; wherein information of the replaceable element other than lifespan information is stored in the auxiliary memory; wherein the replaceable element is an initial developer cartridge; and wherein the microprocessor is further configured to, in response to determining that the lifespan information of the initial developer cartridge stored in the integrated memory has exceeded a preset threshold value, stop a printing operation of the image forming apparatus . a microprocessor in the image forming apparatus, the microprocessor being to control operations of the image forming apparatus and the replaceable element; wherein the microprocessor comprises an integrated memory in which lifespan information of the replaceable element is recorded by the microprocessor, wherein the replaceable element does not include a memory in which lifespan information of the replaceable element is recorded; wherein the image forming apparatus further comprises an auxiliary memory separate from the microprocessor and replaceable element; wherein information of the replaceable element other than lifespan information is stored in the auxiliary memory; wherein the replaceable element is an initial developer cartridge; and wherein the microprocessor is further configured to, in response to determining that the lifespan information of the initial developer cartridge stored in the integrated memory has exceeded a preset threshold value, stop a printing operation of the image forming apparatus .
Method in a terminal for providing acknowledgement information or non-acknowledgement information "ACK/NAK" to a base station concerning the reception status of data packets received in subframes from the base station , the method comprises the steps of: generating encoded ACK/NAK to be sent to the base station , selecting a scrambling code, scrambling the generated ACK/NAK with the selected scrambling code, and sending the scrambled ACK/NAK to the base station , the method characterized by comprising the further step of: counting a number of downlink assignments received from the base station , and wherein the selection of scrambling code is based on the number of received downlink assignments. generating encoded ACK/NAK to be sent to the base station , selecting a scrambling code, scrambling the generated ACK/NAK with the selected scrambling code, and sending the scrambled ACK/NAK to the base station , the method characterized by comprising the further step of: counting a number of downlink assignments received from the base station , and wherein the selection of scrambling code is based on the number of received downlink assignments.
A method performed by a first electronic device , the method comprising: receiving an audio clip ; performing a matching process on the audio clip, wherein the matching process includes: comparing at least a portion of the audio clip to a plurality of reference audio tracks , wherein the plurality of reference audio tracks includes groups of related tracks, wherein the related tracks in each respective group (i) correspond to one respective song and (ii) differ in key; and identifying, based on the comparing, a first portion of a particular reference track , of the plurality of reference audio tracks, that corresponds to the audio clip ; providing a backing track for playback, wherein the backing track corresponds to the particular reference track ; and providing an initial playback position of the backing track , wherein the initial playback position corresponds to a second portion, subsequent to the first portion, of the particular reference track . receiving an audio clip ; performing a matching process on the audio clip, wherein the matching process includes: comparing at least a portion of the audio clip to a plurality of reference audio tracks , wherein the plurality of reference audio tracks includes groups of related tracks, wherein the related tracks in each respective group (i) correspond to one respective song and (ii) differ in key; and identifying, based on the comparing, a first portion of a particular reference track , of the plurality of reference audio tracks, that corresponds to the audio clip ; comparing at least a portion of the audio clip to a plurality of reference audio tracks , wherein the plurality of reference audio tracks includes groups of related tracks, wherein the related tracks in each respective group (i) correspond to one respective song and (ii) differ in key; and identifying, based on the comparing, a first portion of a particular reference track , of the plurality of reference audio tracks, that corresponds to the audio clip ; providing a backing track for playback, wherein the backing track corresponds to the particular reference track ; and providing an initial playback position of the backing track , wherein the initial playback position corresponds to a second portion, subsequent to the first portion, of the particular reference track .
Method for applying an agrochemical mixture to a working area of a field using a vehicle moving on the field , comprising spreading a solid fertilizer on the working area using a solid fertilizer spreading device mounted on the vehicle , wherein the solid fertilizer spreading device is arranged at the rear of the vehicle in the direction of travel, and spraying a liquid fertilizer additive on the working area using a field sprayer , mounted on the vehicle separately from the solid fertilizer spreading device , characterized in that the field sprayer is arranged at the front of the vehicle in the direction of travel, wherein the liquid fertilizer additive is prevented from coming into contact with surfaces of the solid fertilizer spreading device , which also come into contact with the solid fertilizer . spreading a solid fertilizer on the working area using a solid fertilizer spreading device mounted on the vehicle , wherein the solid fertilizer spreading device is arranged at the rear of the vehicle in the direction of travel, and spraying a liquid fertilizer additive on the working area using a field sprayer , mounted on the vehicle separately from the solid fertilizer spreading device , characterized in that the field sprayer is arranged at the front of the vehicle in the direction of travel, wherein the liquid fertilizer additive is prevented from coming into contact with surfaces of the solid fertilizer spreading device , which also come into contact with the solid fertilizer .
A method for controlling a user-initiated vehicle-operation-command, the user of the vehicle being located external to the vehicle during an autonomous driving or parking operation of the vehicle, wherein the vehicle-operation-command is a cancellation- or stop command of the autonomous driving or parking operation, - wherein the user-initiated vehicle-operation-command is verified based on a verification-criterion, - wherein for the verification-criterion a threshold value or threshold condition is pre-defined, - wherein the verification is performed by comparing a measured or otherwise determined value or condition relating to the verification-criterion with the threshold value or threshold condition, - and wherein in case that the measured or otherwise determined value or condition relating to the verification-criterion exceeds the threshold value or threshold condition, the cancellation- or stop command of the autonomous driving or parking operation is denied, and in case that the measured or otherwise determined value or condition relating to the verification-criterion is lower than the threshold value or threshold condition, the cancellation- or stop command of the autonomous driving or parking operation is accepted characterized in that the verification criterion relates to a direction of movement of the user relative to the vehicle. - wherein the user-initiated vehicle-operation-command is verified based on a verification-criterion, - wherein for the verification-criterion a threshold value or threshold condition is pre-defined, - wherein the verification is performed by comparing a measured or otherwise determined value or condition relating to the verification-criterion with the threshold value or threshold condition, - and wherein in case that the measured or otherwise determined value or condition relating to the verification-criterion exceeds the threshold value or threshold condition, the cancellation- or stop command of the autonomous driving or parking operation is denied, and
An assembly comprising an internal assembly and a support assembly for supporting the internal assembly in a casing of a turbomachine , characterized in that : the support assembly comprises a support member slidably disposed in a recess formed in the internal assembly, a pocket extending radially inward from the recess, the support member configured to engage an inner surface of the casing; the assembly further comprising: an accumulator fluidly coupled with the pocket and configured to direct a hydraulic fluid to the pocket to thereby apply a biasing force to a piston of the support member slidably disposed in the pocket . the support assembly comprises a support member slidably disposed in a recess formed in the internal assembly, a pocket extending radially inward from the recess, the support member configured to engage an inner surface of the casing; the assembly further comprising: an accumulator fluidly coupled with the pocket and configured to direct a hydraulic fluid to the pocket to thereby apply a biasing force to a piston of the support member slidably disposed in the pocket .
A breathing air system provided in a single integrated unit for use in hazardous environments, the system comprising: an air inlet for receiving air from an ambient air source ; a compressor system which pressurizes the received air; an air purifier for removing pollutants from the compressed air; an air distribution system for supplying the compressed, purified air to an outlet ; an emergency backup store of breathable compressed air ; and a safety control system which comprises a plurality of sensors for monitoring safety critical parameters associated with operation of the breathing air system such that the emergency backup store of breathable compressed air is automatically connected to the outlet upon failure of the supply of compressed purified air and the compressor is automatically shut down when an abnormal operating condition occurs characterised in that : the air distribution system comprises an air receiver matrix of compact interconnected pipes which in combination act as a large volume which provides pressurised air storage for on-load / off-load compressor control. an air inlet for receiving air from an ambient air source ; a compressor system which pressurizes the received air; an air purifier for removing pollutants from the compressed air; an air distribution system for supplying the compressed, purified air to an outlet ; an emergency backup store of breathable compressed air ; and a safety control system which comprises a plurality of sensors for monitoring safety critical parameters associated with operation of the breathing air system such that the emergency backup store of breathable compressed air is automatically connected to the outlet upon failure of the supply of compressed purified air and the compressor is automatically shut down when an abnormal operating condition occurs characterised in that : the air distribution system comprises an air receiver matrix of compact interconnected pipes which in combination act as a large volume which provides pressurised air storage for on-load / off-load compressor control.
Laser pulse shaping method for microscopic observation or modification of an object , wherein - there is a temporal modulation of laser pulses (P) by way of a first pulse modulation device and a two-dimensional spatial modulation of said laser pulses by way of a second pulse modulation device disposed downstream of the first pulse modulation device , and - the modulated laser pulses (P"1-P"n) are directed at the object , with - there being a temporal modulation of the temporal phase for the individual frequency components of the laser pulse and there being a spatially dependent modulation of the spatial phase of the individual spatial regions of the laser pulse, and - the laser pulse being spatially and temporally modulated in such a way that one part of a sample volume excited as an object has impressed thereon a laser pulse structure which leads to efficient deactivation of the excited molecules of the sample volume, and/or another part of the excited sample volume has impressed thereon a laser pulse structure with as little deactivation of the excited molecules as possible, and - the second pulse modulation device spatially phase modulating, in two dimensions, the laser pulse modulated by the first pulse modulation device , characterized in that each frequency of the laser pulse (P) is assigned a phase, amplitude and polarization which are shaped simultaneously and independently by the first pulse modulation device . - there is a temporal modulation of laser pulses (P) by way of a first pulse modulation device and a two-dimensional spatial modulation of said laser pulses by way of a second pulse modulation device disposed downstream of the first pulse modulation device , and - the modulated laser pulses (P"1-P"n) are directed at the object , - there being a temporal modulation of the temporal phase for the individual frequency components of the laser pulse and there being a spatially dependent modulation of the spatial phase of the individual spatial regions of the laser pulse, and - the laser pulse being spatially and temporally modulated in such a way that one part of a sample volume excited as an object has impressed thereon a laser pulse structure which leads to efficient deactivation of the excited molecules of the sample volume, and/or another part of the excited sample volume has impressed thereon a laser pulse structure with as little deactivation of the excited molecules as possible, and - the second pulse modulation device spatially phase modulating, in two dimensions, the laser pulse modulated by the first pulse modulation device ,
An engine load control device for a work vehicle wherein a rotational speed of an engine is controlled by a rotational speed directing device , and an output of the engine is transmitted to driving wheels and is transmitted via a variable displacement type hydraulic pump to a hydraulic actuator , the engine load control device for a work vehicle comprising: a target rotational speed detecting portion that detects a target rotational speed (No) of the engine based on a direction from the rotational speed directing device of the work vehicle ; and an actual rotational speed detecting portion that detects an actual rotational speed (No) of the engine ; characterized by a variation rate calculating portion that calculates a variation rate (α) which is a variation amount per unit time of a difference between detected results of the target rotational speed detecting portion and the actual rotational speed detecting portion ; and a control portion that controls adjustment of a reduction range of maximum absorbing torque of the variable displacement type hydraulic pump according to a magnitude of the variation rate (α) that is calculated by the variation rate calculating portion and to the magnitude of deviation between detected results of the target rotational speed detecting portion and the actual rotational speed detecting portion . a target rotational speed detecting portion that detects a target rotational speed (No) of the engine based on a direction from the rotational speed directing device of the work vehicle ; and an actual rotational speed detecting portion that detects an actual rotational speed (No) of the engine ; characterized by a variation rate calculating portion that calculates a variation rate (α) which is a variation amount per unit time of a difference between detected results of the target rotational speed detecting portion and the actual rotational speed detecting portion ; and a control portion that controls adjustment of a reduction range of maximum absorbing torque of the variable displacement type hydraulic pump according to a magnitude of the variation rate (α) that is calculated by the variation rate calculating portion and to the magnitude of deviation between detected results of the target rotational speed detecting portion and the actual rotational speed detecting portion .
A drive unit , comprising: a drive pulley connected to a drive source; a driven pulley connected to a target to be moved; at least one relay pulley to transmit power from the drive pulley to the driven pulley; a plurality of belts entrained around and stretched taut between the drive pulley, the driven pulley, and the relay pulley, the plurality of belts including a first belt entrained around the drive pulley and the relay pulley , and a second belt entrained around the relay pulley and the driven pulley ; a first tension application device to contact the first belt to provide tension thereto; and a second tension application device to contact the second belt to provide tension thereto, characterized in that the first belt and the second belt have a positional relationship in a direction of rotation thereof such that a cyclic speed variation component in one rotation period of the first belt, that is transmitted to the driven pulley via the relay pulley and a speed variation component in one rotation period of the second belt, that is transmitted to the driven pulley counteract each other; and wherein the first belt and the second belt have the same length, the speed variation of the first belt and the speed variation of the second belt have the same amplitude, and the first belt and the second belt are shifted by 180 degrees. a drive pulley connected to a drive source; a driven pulley connected to a target to be moved; at least one relay pulley to transmit power from the drive pulley to the driven pulley; a plurality of belts entrained around and stretched taut between the drive pulley, the driven pulley, and the relay pulley, the plurality of belts including a first belt entrained around the drive pulley and the relay pulley , and a second belt entrained around the relay pulley and the driven pulley ; a first tension application device to contact the first belt to provide tension thereto; and a second tension application device to contact the second belt to provide tension thereto, characterized in that the first belt and the second belt have a positional relationship in a direction of rotation thereof such that a cyclic speed variation component in one rotation period of the first belt, that is transmitted to the driven pulley via the relay pulley and a speed variation component in one rotation period of the second belt, that is transmitted to the driven pulley counteract each other; and wherein the first belt and the second belt have the same length, the speed variation of the first belt and the speed variation of the second belt have the same amplitude, and the first belt and the second belt are shifted by 180 degrees.
A phototherapeutic agent for use in a method of treating onychomycosis, the method comprising the steps of applying the phototherapeutic agent to a nail structure, waiting for a period of from 3 to 30 days after applying the phototherapeutic agent, and exposing the nail to light that causes an activation reaction; wherein the phototherapeutic agent is selected from the group consisting of amino levulinic acid (ALA), alkylated derivatives of ALA, and their pharmaceutically acceptable salts.
An injectable formulation comprising 90-110 mg of 9-[(2,2-dimethyl-propyl amino)-methyl]-minocycline and one or more components selected from a lyoprotectant wherein the lyoprotectant is a sugar, an anti-oxidant, a pH adjustment compound and a pharmaceutically acceptable carrier, wherein pH of the formulation is 4.0 to 4.5.
A refill for an appliance , notably a hair-shaping appliance , the refill comprising a fixing means able to collaborate with a complimentary member belonging to a receiving structure of the appliance , the fixing means of the refill comprising two profile elements able to engage in an insertion guide of the receiving structure and between them defining a space in which one or more members of the appliance are able to engage, one of the profile elements (14; 15) comprising, at its rear end, a hook-shaped retaining projection that is intended to engage with a clip of the appliance in order to keep the refill in position thereon, the other of the profile elements having at its rear end a positioning finger , having preferably a chamfer, to make the refill easier to position when it is being inserted into the appliance.