mhurhangee/patent-ind-claim-en huggingface dataset:
An energy storage device managing apparatus that is configured to estimate a degradation amount of a full charge capacity of an energy storage device , the energy storage device managing apparatus comprising: a measurement unit that is configured to measure a temperature of the energy storage device in a power supply state in which power is supplied to the energy storage device managing apparatus; a timing unit that is configured to measure time in a power non-supply state in which the power is not supplied to the energy storage device managing apparatus; and a controller , wherein the controller is configured to perform interpolation based on a first temperature measured immediately before the energy storage device becomes the power non-supply state, and a second temperature initially measured after the energy storage device returns to the power supply state, wherein the controller is configured to divide a period from the measurement time of the first temperature to the measurement time of the second temperature into predetermined sampling times, wherein the controller is configured to estimate a temperature in each predetermined sampling time based on the interpolation, and to estimate the degradation amount of the full charge capacity by determining the degradation amount in each predetermined sampling time based on the temperature estimated in each predetermined sampling time. a measurement unit that is configured to measure a temperature of the energy storage device in a power supply state in which power is supplied to the energy storage device managing apparatus; a timing unit that is configured to measure time in a power non-supply state in which the power is not supplied to the energy storage device managing apparatus; and a controller , wherein the controller is configured to perform interpolation based on a first temperature measured immediately before the energy storage device becomes the power non-supply state, and a second temperature initially measured after the energy storage device returns to the power supply state, wherein the controller is configured to divide a period from the measurement time of the first temperature to the measurement time of the second temperature into predetermined sampling times, wherein the controller is configured to estimate a temperature in each predetermined sampling time based on the interpolation, and to estimate the degradation amount of the full charge capacity by determining the degradation amount in each predetermined sampling time based on the temperature estimated in each predetermined sampling time.
Use of a mixture comprising water glass and lithium hydroxide for combatting live dry rot in a masonry construction.
A method of updating a headset system firmware, wherein the headset system comprises at least one headset and a base unit , the base unit having a base unit control circuit and being configured to connect to a computer system , the base unit comprising a headset dock to receive the headset , the method comprising the steps of receiving in the base unit control circuit a headset system firmware update from the computer system , the headset system firmware update comprising a headset firmware update and a base unit firmware update, updating the base unit control circuit with the base unit firmware update, storing in a base unit storage the headset firmware update having a headset firmware update version, characterised in that when a headset having a current headset firmware version is received in the headset dock , controlling the base unit control circuit to check whether the current headset firmware version is the same as the headset firmware update version stored in the base unit storage , updating the current headset firmware with the stored headset firmware update if the current headset firmware version is different from the headset firmware update version stored in the base unit storage and if one or more conditions are fulfilled; wherein the base unit control circuit , upon connection of a headset to the base unit , checks which order of pairing the headset as connected to the base unit should be allocated; wherein the base unit control circuit upon determining the order of pairing of the headset , updates the headset firmware according to instructions for the determined order of pairing of the headset ; wherein one condition of the one or more conditions is the checking of the order of pairing of the headset , and updating the headset firmware if the headset connected to the base unit is a primary or new primary headset and not updating the headset firmware if the headset connected to the base unit is a secondary headset. receiving in the base unit control circuit a headset system firmware update from the computer system , the headset system firmware update comprising a headset firmware update and a base unit firmware update, updating the base unit control circuit with the base unit firmware update, storing in a base unit storage the headset firmware update having a headset firmware update version, characterised in that when a headset having a current headset firmware version is received in the headset dock , controlling the base unit control circuit to check whether the current headset firmware version is the same as the headset firmware update version stored in the base unit storage , updating the current headset firmware with the stored headset firmware update if the current headset firmware version is different from the headset firmware update version stored in the base unit storage and if one or more conditions are fulfilled;
A camera crane mobile base comprising: a chassis including a square or rectangular frame body ; a first frame arm on a first side of the frame body; a second frame arm on a third side of the frame body opposite from the first side of the frame body; a first wheel frame joined perpendicularly to the first frame arm ; a second wheel frame joined perpendicularly to the second frame arm ; first and second axle assemblies pivotally attached at opposite ends of the first wheel frame ; third and fourth axle assemblies pivotally attached at opposite ends of the second wheel frame ; a first steering system having first and second linkages pivotally attached to the first and second axle assemblies and to first upper and lower steering arms , respectively; a second steering system having third and fourth linkages pivotally attached to the third and fourth axle assemblies and to second upper and lower steering arms , respectively; first, second, third and fourth wheels (30A-30D) rotatably attached onto the first, second, third and fourth axle assemblies , respectively; characterized by a post frame pivotally attached to the second and fourth sides of the frame body ; a center post pivotally attached to the post frame; and a standing platform around the center post having a first section engageable into a second section. a chassis including a square or rectangular frame body ; a first frame arm on a first side of the frame body; a second frame arm on a third side of the frame body opposite from the first side of the frame body; a first wheel frame joined perpendicularly to the first frame arm ; a second wheel frame joined perpendicularly to the second frame arm ; first and second axle assemblies pivotally attached at opposite ends of the first wheel frame ; third and fourth axle assemblies pivotally attached at opposite ends of the second wheel frame ; a first steering system having first and second linkages pivotally attached to the first and second axle assemblies and to first upper and lower steering arms , respectively; a second steering system having third and fourth linkages pivotally attached to the third and fourth axle assemblies and to second upper and lower steering arms , respectively; first, second, third and fourth wheels (30A-30D) rotatably attached onto the first, second, third and fourth axle assemblies , respectively; characterized by a post frame pivotally attached to the second and fourth sides of the frame body ; a center post pivotally attached to the post frame; and a standing platform around the center post having a first section engageable into a second section.
A method for operating a control valve using an HVAC actuator , the control valve comprising a valve member for regulating a fluid flow through the control valve , the method comprising a circuit of the HVAC actuator executing the steps of: monitoring a rotation angle (φ) associated with a drive torque (M drive ) applied by the HVAC actuator for moving the valve member ; detecting a blocking of the control valve , if the applied drive torque (M drive ) effects a change of the rotation angle (Δφ) which is smaller than a threshold angle (φ th ); characterised by upon detection of the blocking, controlling the HVAC actuator to repeatedly change the applied drive torque (M drive ) between a first torque value (M1) and a second torque value (M2) smaller than the first torque value (M1); and controlling the HVAC actuator to periodically modulate the first torque value (M1) between a third torque value (M3) and a fourth torque value (M4) smaller than the third torque value (M3). monitoring a rotation angle (φ) associated with a drive torque (M drive ) applied by the HVAC actuator for moving the valve member ; detecting a blocking of the control valve , if the applied drive torque (M drive ) effects a change of the rotation angle (Δφ) which is smaller than a threshold angle (φ th ); characterised by upon detection of the blocking, controlling the HVAC actuator to repeatedly change the applied drive torque (M drive ) between a first torque value (M1) and a second torque value (M2) smaller than the first torque value (M1); and controlling the HVAC actuator to periodically modulate the first torque value (M1) between a third torque value (M3) and a fourth torque value (M4) smaller than the third torque value (M3).
A method of manufacturing a component by powder bed additive layer manufacturing, said method comprising forming the component and at least one support structure by consolidating consecutive layers of deposited powder material using a heat source wherein the component and the support structure are at least partially spaced by a void containing unconsolidated powder material and further comprising forming the component having an overhang and forming the support structure below the overhang with the void containing unconsolidated powder spacing the overhang and the support structure and characterised in that it further comprises forming at least one bridge portion bridging the overhang of the component and the support structure by heating the consolidated powder material forming the overhang to form a melt pool that extends through the void to the support structure ..
A mat shaped mineral wool insulation element , comprising a mineral wool mat which includes a wire grid at least on one main surface of the mineral wool mat , wherein the insulation material element includes a mineral wool mat (4 or 6) made from a plurality of mineral wool mats that are individualized and arranged on at least one wire grid web with a gap (L) or space between end faces of the mineral wool mats , wherein the mineral wool mats are connected with one another by the wire grid web , characterized in that the insulation material element is formed by a separation cut through the wire grid web in the portion of the gap (L) which separation cut is performed at one end face of the mineral wool mats in the wire grid web so that only a one sided protruding overlapping portion is formed for the individualized mineral wool mat . the insulation material element includes a mineral wool mat (4 or 6) made from a plurality of mineral wool mats that are individualized and arranged on at least one wire grid web with a gap (L) or space between end faces of the mineral wool mats , wherein the mineral wool mats are connected with one another by the wire grid web , characterized in that the insulation material element is formed by a separation cut through the wire grid web in the portion of the gap (L) which separation cut is performed at one end face of the mineral wool mats in the wire grid web so that only a one sided protruding overlapping portion is formed for the individualized mineral wool mat .
Device for managing a service, wherein the service is related to at least two network slices , the device being configured to - obtain management data for the service from at least one of the slices , wherein the management data comprises analytics data about the service, - evaluate at least one assurance indicator of the service based on the analytics data , wherein the assurance indicator is information whether the service can fulfil these requirements or not; and - generate further management data , comprising configuration management, CM, data for modification of the service and/or at least one of the slices , according to the evaluation result. - obtain management data for the service from at least one of the slices , wherein the management data comprises analytics data about the service, - evaluate at least one assurance indicator of the service based on the analytics data , wherein the assurance indicator is information whether the service can fulfil these requirements or not; and - generate further management data , comprising configuration management, CM, data for modification of the service and/or at least one of the slices , according to the evaluation result.
A rotorcraft , comprising: a propulsion system including an engine and a drive shaft coupled to the engine , the drive shaft including a sliding coupling separating the drive shaft into an input shaft and an output shaft , the sliding coupling operable between an engaged position rotationally coupling the input shaft and the output shaft and a disengaged position rotationally disengaging the output shaft from the input shaft ; a main rotor coupled to the engine ; an anti-torque rotor attached to the output shaft ; and an electric motor coupled to the output shaft by a belt , the belt connected to the electric motor through a centrifugal clutch. a propulsion system including an engine and a drive shaft coupled to the engine , the drive shaft including a sliding coupling separating the drive shaft into an input shaft and an output shaft , the sliding coupling operable between an engaged position rotationally coupling the input shaft and the output shaft and a disengaged position rotationally disengaging the output shaft from the input shaft ; a main rotor coupled to the engine ; an anti-torque rotor attached to the output shaft ; and an electric motor coupled to the output shaft by a belt , the belt connected to the electric motor through a centrifugal clutch.
Method for operating a vehicle , wherein the vehicle is able to be operated in a first operating mode in which the vehicle drives autonomously in a lane based on the acquisition of lane markings of the lane, and in a second operating mode in which the vehicle autonomously follows a vehicle travelling in front, ignoring lane markings , comprising the following steps: - operating the vehicle in one of the two operating modes, - acquiring vehicle surroundings, - changing over from one operating mode of the two operating modes to the other of the two operating modes depending on the acquired vehicle surroundings, o characterized in that , when the vehicle is being operated in the first operating mode and an obstacle located in front of the vehicle is detected based on the acquired vehicle surroundings, a changeover takes place to the second operating mode. - operating the vehicle in one of the two operating modes, - acquiring vehicle surroundings, - changing over from one operating mode of the two operating modes to the other of the two operating modes depending on the acquired vehicle surroundings, o characterized in that , when the vehicle is being operated in the first operating mode and an obstacle located in front of the vehicle is detected based on the acquired vehicle surroundings, a changeover takes place to the second operating mode.
Drive for a leaf/sash of a door or of a window, having an actuating arm which is arranged on an output shaft of the drive and which is pivoted during the actuation of the leaf/sash , wherein the actuating arm is arranged so as to be freely rotatable on the output shaft and has a driver which, during a movement of the leaf/sash in the opening direction, comes into contact with a projection of a driver disc arranged in a rotationally fixed manner on the output shaft , and wherein the drive has a fixing device by means of which the output shaft can be fixed, with the result that, with the output shaft fixed, the driver on the actuating arm , during pivoting of the opened leaf/sash in the closing direction, is guided out of contact with the projection of the driver disc , and the leaf/sash is freely movable between the fixed opening position and the closed position of the leaf/sash , characterized in that a freewheel lock is provided which, in the fixed open position of the drive , releasably holds the leaf/sash which, with the drive fixed, is freely movable between the open position, fixed in a defined manner by the opening of the leaf/sash , and the closed position, by virtue of the freewheel lock being releasable in the direction of the closed position of the leaf/sash by a manual actuation of the leaf/sash , wherein there is arranged, in or on the driver disc , a lever which is acted upon by a spring , is pivotably mounted in a rotary bearing and on which the driver is supported, or wherein there is provided, on the driver disc , a contour on which a slide acted upon by a spring is supported.
A process for producing a silane modified vinyl ester latex adhesive composition by free radically initiated aqueous emulsion polymerization of vinyl ester monomers in the presence of at least one dispersant and at least one free radical initiator, providing a silane modified vinyl ester latex adhesive composition, comprising, based on the total amount of monomers, a. from 50 to 99% by weight of vinyl esters of C2-C12-carboxylic acids and from 0,05 to 5% of vinyl silanes capable of copolymerizing with the said vinyl esters, b. from 0,75% to 25% by weight of at least one polyvinyl alcohol with a degree of hydrolysis of between 70% and 99%, c. from 0,05% to 5% by weight of at least one crosslinking agent, d. from 1% to 20% by weight, of at least one Lewis acid metal salt, wherein the vinyl silane monomer is added into the reaction medium after at least 50% by weight of the total amount of vinyl esters of C2-C12-carboxylic acids has been fed into the reaction medium and before the monomer reduction stage is reached. a. from 50 to 99% by weight of vinyl esters of C2-C12-carboxylic acids and from 0,05 to 5% of vinyl silanes capable of copolymerizing with the said vinyl esters, b. from 0,75% to 25% by weight of at least one polyvinyl alcohol with a degree of hydrolysis of between 70% and 99%, c. from 0,05% to 5% by weight of at least one crosslinking agent, d. from 1% to 20% by weight, of at least one Lewis acid metal salt,
A method for data management at a directory database (302, 402, 602, DB11) comprising a data entry in a directory, the method comprising the following steps performed by the directory database: - associating the data entry with first status information representing a first current storage status of the data entry at the directory database (302, 402, 602, DB11), the first status information being data storing a value representing a current content of the data entry, - sending the first status information to a client (306, 406, 606, CL12), - receiving from the client (306, 406, 606, CL12) a request for modifying the data entry, - receiving from the client (306, 406, 606, CL12), in association with the request, second status information representing a second current storage status of the data entry at the directory database (302, 402, 602, DB11), the second current storage status indicating a latest available current storage status of the data entry as available to the client (306, 406, 606, CL12) and being identical to the first status information that was previously sent to the client, and - modifying the data entry according to the request if the first status information associated to the data entry at the directory database and the second status information are determined to match regarding the first current storage status of the data entry at the directory database (302, 402, 602, DB11) and the second current storage status as received from the client (306, 406, 606, CL12) wherein the matching determination is in the affirmative when the second status information equals the first status information. - associating the data entry with first status information representing a first current storage status of the data entry at the directory database (302, 402, 602, DB11), the first status information being data storing a value representing a current content of the data entry, - sending the first status information to a client (306, 406, 606, CL12), - receiving from the client (306, 406, 606, CL12) a request for modifying the data entry, - receiving from the client (306, 406, 606, CL12), in association with the request, second status information representing a second current storage status of the data entry at the directory database (302, 402, 602, DB11), the second current storage status indicating a latest available current storage status of the data entry as available to the client (306, 406, 606, CL12) and being identical to the first status information that was previously sent to the client, and - modifying the data entry according to the request if the first status information associated to the data entry at the directory database and the second status information are determined to match regarding the first current storage status of the data entry at the directory database (302, 402, 602, DB11) and the second current storage status as received from the client (306, 406, 606, CL12) wherein the matching determination is in the affirmative when the second status information equals the first status information.
A method of manufacturing a core product comprising: taking out a resin pellet from a refrigerator and heating the resin pellet at a temperature of 28°C to 32°C for 24 hours or longer, the resin pellet being formed of a thermosetting resin composition including epoxy resin, curing agent, accelerator, and release agent and having a predetermined shape; holding a core body having a resin formation region, the region being a region in which a resin is to be formed by injection of a melted resin, between a pair of holding members; disposing the heated resin pellet in a resin pot formed in at least one of the pair of holding members; melting the resin pellet in the resin pot and injecting the melted resin into the resin formation region through a resin channel extending from the resin pot in communication with the resin formation region; and curing the melted resin injected into the resin formation region. taking out a resin pellet from a refrigerator and heating the resin pellet at a temperature of 28°C to 32°C for 24 hours or longer, the resin pellet being formed of a thermosetting resin composition including epoxy resin, curing agent, accelerator, and release agent and having a predetermined shape; holding a core body having a resin formation region, the region being a region in which a resin is to be formed by injection of a melted resin, between a pair of holding members; disposing the heated resin pellet in a resin pot formed in at least one of the pair of holding members; melting the resin pellet in the resin pot and injecting the melted resin into the resin formation region through a resin channel extending from the resin pot in communication with the resin formation region; and curing the melted resin injected into the resin formation region.