mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the automatic parameterization of a brake system in a vehicle, in the case of which method, during test driving operation, a brake pressure profile (p) being predefined as test run, and the wheel slip (s L ) which is thereupon set is determined at at least one wheel of the vehicle, characterized in that , for the case where a wheel slip value (s L ) or the gradient of the wheel slip (s L ) lies outside a permissible value range, the time in the brake pressure profile (p) is determined, at which time the brake pressure (p) or the gradient of the brake pressure (p) is the cause of the impermissible wheel slip value (s L ) or the impermissible gradient of the wheel slip (s L ), an unmodified brake pressure (p) is predefined as new test run, the parameters being stored at the determined time of the modified brake pressure profile (p) and being used for the parameterization of the brake system if the wheel slip value (s L ) or the gradient of the wheel slip (s L ) of the wheel slip profile which is thereupon set lies within the permissible value range.
A rotor blade for a wind turbine , comprising: a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint , each of the first and second blade segments comprising one or more shell members and an internal support structure , the internal support structure of the first blade segment comprising a beam structure extending between a receiving end and a second end , the internal support structure of the second blade segment comprising a receiving section that receives the receiving end of the beam structure of the first blade segment ; and, one or more connection locations where the first and second blade segments are secured together, wherein, when the beam structure is received within the receiving section , a gap comprising a varying thickness is defined and maintained between the beam structure and the receiving section in a span-wise direction of the rotor blade , wherein the varying thickness is at a minimum at the one or more connection locations , wherein the one or more connection locations comprise one or more first pin joints at the receiving end of the beam structure and one or more second pin joints positioned along the beam structure toward the second end , and characterized in that the varying thickness is at a maximum at a halfway point between the one or more first pin joints and the one or more second pin joints . a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint , each of the first and second blade segments comprising one or more shell members and an internal support structure , the internal support structure of the first blade segment comprising a beam structure extending between a receiving end and a second end , the internal support structure of the second blade segment comprising a receiving section that receives the receiving end of the beam structure of the first blade segment ; and, one or more connection locations where the first and second blade segments are secured together, wherein, when the beam structure is received within the receiving section , a gap comprising a varying thickness is defined and maintained between the beam structure and the receiving section in a span-wise direction of the rotor blade , wherein the varying thickness is at a minimum at the one or more connection locations , wherein the one or more connection locations comprise one or more first pin joints at the receiving end of the beam structure and one or more second pin joints positioned along the beam structure toward the second end , and characterized in that the varying thickness is at a maximum at a halfway point between the one or more first pin joints and the one or more second pin joints .
A method of making a ceramic composite , the method comprising: forming a wet ceramic composition comprising a plurality of discrete ceramic components and a soluble fluxing agent dissolved in a solvent; removing at least a portion of the solvent from the wet ceramic composition to form a dried ceramic composition comprising the plurality of discrete ceramic components coated with the soluble fluxing agent; and sintering the dried ceramic composition to form the ceramic composite , the sintering being carried out at a sinter temperature sufficient to fuse the plurality of discrete ceramic components at bridging sites formed where two or more of the plurality of discrete ceramic components coated with soluble fluxing agent are in physical contact, wherein the amount of the soluble fluxing agent in the wet ceramic composition ranges from 0.5 to 2 weight percent based on the total weight of the plurality of discrete ceramic components, wherein the wet ceramic composition further comprises at least one non-soluble fluxing agent. forming a wet ceramic composition comprising a plurality of discrete ceramic components and a soluble fluxing agent dissolved in a solvent; removing at least a portion of the solvent from the wet ceramic composition to form a dried ceramic composition comprising the plurality of discrete ceramic components coated with the soluble fluxing agent; and sintering the dried ceramic composition to form the ceramic composite , the sintering being carried out at a sinter temperature sufficient to fuse the plurality of discrete ceramic components at bridging sites formed where two or more of the plurality of discrete ceramic components coated with soluble fluxing agent are in physical contact, wherein the amount of the soluble fluxing agent in the wet ceramic composition ranges from 0.5 to 2 weight percent based on the total weight of the plurality of discrete ceramic components, wherein the wet ceramic composition further comprises at least one non-soluble fluxing agent.
An endoscope comprising a handle at the proximal end, an insertion tube connected to the handle, the insertion tube comprising a main tube, a bending section and a tip part at the distal end of the bending section, said endoscope comprising a first control wire and a second control wire for controlling said bending section, said bending section comprising a first elongate bending section part and a second elongate bending section part, said first elongate bending section part comprising a number of first annular members, the first annular members being arranged in a row and interconnected by a number of first bridges so as to form a first comb-like structure, said second elongate bending section part comprising a number of second annular members, the second annular members being arranged in a row and interconnected by a number of second bridges so as to form a second comb-like structure, wherein said first annular members each comprise an outer circumferential surface and an inner circumferential surface and said second annular members each comprise an outer circumferential surface and an inner circumferential surface, and wherein the outer circumferential surface of at least some of said first annular members comprises a groove adapted to receive and accommodate a second bridge of said second bending section part and the outer circumferential surface of at least some of said second annular members comprises a groove adapted to receive and accommodate a first bridge of said first bending section part. said bending section comprising a first elongate bending section part and a second elongate bending section part, said first elongate bending section part comprising a number of first annular members, the first annular members being arranged in a row and interconnected by a number of first bridges so as to form a first comb-like structure, said second elongate bending section part comprising a number of second annular members, the second annular members being arranged in a row and interconnected by a number of second bridges so as to form a second comb-like structure, wherein said first annular members each comprise an outer circumferential surface and an inner circumferential surface and said second annular members each comprise an outer circumferential surface and an inner circumferential surface, and wherein the outer circumferential surface of at least some of said first annular members comprises a groove adapted to receive and accommodate a second bridge of said second bending section part and the outer circumferential surface of at least some of said second annular members comprises a groove adapted to receive and accommodate a first bridge of said first bending section part.
A method comprising: collecting proximity data using a plurality of proximity sensors of a mobile device ; determining a position of the mobile device in relation to a user of the mobile device, the position determined using the proximity data; determining a first location of the mobile device using an absolute location measurement; selecting a maximum allowed period of time from a plurality of maximum allowed periods of time, based on the position of the mobile device in relation to the user determined using the proximity data, to track the mobile device using a dead reckoning technique, wherein the dead reckoning technique comprises determining a second location of the mobile device based, at least in part, on information indicative of displacement of the mobile device from the first location; and wherein each of the plurality of maximum allowed periods of time is associated with a different position of the mobile device in relation to the user; and tracking, via the dead reckoning technique, the mobile device for up to the maximum allowed period of time. collecting proximity data using a plurality of proximity sensors of a mobile device ; determining a position of the mobile device in relation to a user of the mobile device, the position determined using the proximity data; determining a first location of the mobile device using an absolute location measurement; selecting a maximum allowed period of time from a plurality of maximum allowed periods of time, based on the position of the mobile device in relation to the user determined using the proximity data, to track the mobile device using a dead reckoning technique, wherein the dead reckoning technique comprises determining a second location of the mobile device based, at least in part, on information indicative of displacement of the mobile device from the first location; and wherein each of the plurality of maximum allowed periods of time is associated with a different position of the mobile device in relation to the user; and tracking, via the dead reckoning technique, the mobile device for up to the maximum allowed period of time.
A system comprising: a digital pen comprising: a barrel ; a camera mounted along a length of the barrel; and a first set of magnetic members (116a-b); and a computing device comprising: a second set of magnetic members (126a-b); to magnetically couple with the first set of magnetic members of the digital pen, wherein when the first and second sets of magnetic members are to magnetically couple with each other, the camera is to activate for use with the computing device for videoconferencing. a digital pen comprising: a barrel ; a camera mounted along a length of the barrel; and a first set of magnetic members (116a-b); and a barrel ; a camera mounted along a length of the barrel; and a first set of magnetic members (116a-b); and a computing device comprising: a second set of magnetic members (126a-b); to magnetically couple with the first set of magnetic members of the digital pen, wherein when the first and second sets of magnetic members are to magnetically couple with each other, the camera is to activate for use with the computing device for videoconferencing.
A semiconductor device comprising: a block-module having an embedded power semiconductor element , a first lead and a second lead drawn therefrom; a control board for controlling the power semiconductor element ; and a package having an opening and an external connection terminal at a bottom of the package , the external connection terminal being in contact with the first lead of the block-module mounted at the bottom , wherein the second lead is connected to the control board while the first lead is joined to the external connection terminal , and the control board has a through hole at an overlapping position of the first lead and the external connection terminal . a block-module having an embedded power semiconductor element , a first lead and a second lead drawn therefrom; a control board for controlling the power semiconductor element ; and a package having an opening and an external connection terminal at a bottom of the package , the external connection terminal being in contact with the first lead of the block-module mounted at the bottom , wherein the second lead is connected to the control board while the first lead is joined to the external connection terminal , and the control board has a through hole at an overlapping position of the first lead and the external connection terminal .
Telescopic actuator for carrying out a linear movement, wherein a motor is provided which applies a drive torque to a screw drive such that a screw spindle is linearly extendable or retractable with respect to a screw nut, wherein the telescopic actuator has four screw drives (K1, K2, K3, K4) and is extended or retracted on both sides in the axial direction (A), wherein the total extension path (GA) is constituted by four partial extension paths (G1, G2, G3, G4), wherein the four screw drives (K1, K2, K3, K4) are divided into pairs, wherein a first pair is extendable to one side from the telescopic actuator and a second pair is extendable on the opposite side of the telescopic actuator , characterised in that a first sleeve is provided which is coupled non-rotatably to a drive wheel and is mounted rotatably in a housing , wherein the first pair is retractable into the first sleeve and the first sleeve is coupled non-rotatably to the second pair via a floating bearing with an axial degree of freedom.
A cardiovascular exercise device for an exercise program comprising shuttle runs, the cardiovascular exercise device comprising: a tower placeable at a first location; a user input associated with the tower ; a pacing bar arranged to display a target pace of a user for a shuttle run of a track distance from the first location, a processor configured to operate an exercise program comprising the steps of: receiving a signal from the user input ; and defining a repetition as the time between subsequent signals from the user input ; indicating pacing information to the user based upon this signal, wherein the track distance is selectable, the processor arranged to adjust the movement of the pacing bar based upon the selected track distance. a tower placeable at a first location; a user input associated with the tower ; a pacing bar arranged to display a target pace of a user for a shuttle run of a track distance from the first location, a processor configured to operate an exercise program comprising the steps of: receiving a signal from the user input ; and defining a repetition as the time between subsequent signals from the user input ; indicating pacing information to the user based upon this signal, wherein the track distance is selectable, the processor arranged to adjust the movement of the pacing bar based upon the selected track distance. receiving a signal from the user input ; and defining a repetition as the time between subsequent signals from the user input ; indicating pacing information to the user based upon this signal, wherein the track distance is selectable, the processor arranged to adjust the movement of the pacing bar based upon the selected track distance.
Endoscope having an elongate shaft , a housing , which is arranged in the endoscope and which has a fluid-tight embodiment, a sensor , arranged in the shaft , for capturing a physical measurement variable, the sensor being situated outside of the fluid-tight housing , and having a signal line , which extends from the sensor to a coupling point at the fluid-tight housing , characterized in that the coupling point connects the signal line to an interior of the fluid-tight housing and the signal line is connected to an evaluation unit arranged in the interior , the sensor being a pressure sensor.
A method for producing a coating liquid, the method comprising a stirring step of stirring a raw material comprising porous particles, a binder resin, and a liquid medium using a planetary mixer at a stirring speed of 8 to 200 rpm and a stirring time of 1 to 120 minutes.
A method comprising: communicating a sparse index of hashes to a bidding match module of each store of a plurality of stores on which an object is distributed, wherein the sparse index of hashes represents a plurality of hashes associated with chunks of the object; comparing, by the bid matching module of each store , the sparse index against a list of hashes of data stored in the store ; in response to the communication , receiving, by a route module of a client application , bid responses from each of the at least some stores indicating a count value, each count value being indicative of a number of the hashes associated with chunks on the store ; selecting one of the stores based at least in part on a comparison of a match of the number of hashes associated with chunks to a threshold; comparing, by a matching module of the store , all of the hashes of the chunks to the corresponding hashes of data stored on the store ; identifying chunks of the object that are not currently stored on the selected store ; and communicating deduplicated data associated with the object, comprising chunks of the object that are not currently stored on the selected store , to the selected store . communicating a sparse index of hashes to a bidding match module of each store of a plurality of stores on which an object is distributed, wherein the sparse index of hashes represents a plurality of hashes associated with chunks of the object; comparing, by the bid matching module of each store , the sparse index against a list of hashes of data stored in the store ; in response to the communication , receiving, by a route module of a client application , bid responses from each of the at least some stores indicating a count value, each count value being indicative of a number of the hashes associated with chunks on the store ; selecting one of the stores based at least in part on a comparison of a match of the number of hashes associated with chunks to a threshold; comparing, by a matching module of the store , all of the hashes of the chunks to the corresponding hashes of data stored on the store ; identifying chunks of the object that are not currently stored on the selected store ; and communicating deduplicated data associated with the object, comprising chunks of the object that are not currently stored on the selected store , to the selected store .
Pallet rack having at least four stands , which are connected to one another by means of crossbeams and longitudinal beams , at least two stands being provided with first receiving devices , in which it is possible to arrange first ends of support beams on which pallets can be placed, the first receiving devices being designed and arranged in such a way that a first end of a support beam that is arranged in a first receiving device is secured against being raised at least by the height of the first end of the support beam , at least two stands being provided with second receiving devices , in each of which one end of a support beam lying opposite to a first end of the support beam can be arranged, the second receiving devices being designed and arranged in such a way that a second end of a support beam that is arranged in a second receiving device can be raised at least by the height of the second end of the support beam , at least two first receiving devices and at least two second receiving devices being provided for receiving a pallet, the first receiving devices being each formed as openings in the stands , and the shape of the openings corresponding substantially to the cross-section of the first ends of the support beams , the second receiving devices each having an opening which, in its lower region, corresponds to the opening of a first receiving device and which has an upper region into which a second end of a support beam can be raised, the second end of the support beam being arranged in the second receiving device , characterized in that the at least two first receiving devices are provided in diagonally opposite stands and the at least two second receiving devices are provided in the other two diagonally opposite stands . at least two stands being provided with second receiving devices , in each of which one end of a support beam lying opposite to a first end of the support beam can be arranged, the second receiving devices being designed and arranged in such a way that a second end of a support beam that is arranged in a second receiving device can be raised at least by the height of the second end of the support beam , at least two first receiving devices and at least two second receiving devices being provided for receiving a pallet, the first receiving devices being each formed as openings in the stands , and the shape of the openings corresponding substantially to the cross-section of the first ends of the support beams , the second receiving devices each having an opening which, in its lower region, corresponds to the opening of a first receiving device and which has an upper region into which a second end of a support beam can be raised, the second end of the support beam being arranged in the second receiving device , characterized in that the at least two first receiving devices are provided in diagonally opposite stands and the at least two second receiving devices are provided in the other two diagonally opposite stands .
An electrical power generation system, comprising: a micro-turbine alternator, comprising: a combustion chamber ; at least one turbine driven by combustion gases from the combustion chamber; a first stage compressor ; a second stage compressor located aft of the first stage compressor, the first stage compressor and the second stage compressor being operably connected to the combustion chamber to provide a compressed airflow thereto; and one or more shafts connecting the at least one turbine to the first stage compressor and the second stage compressor such that rotation of the at least one turbine drives rotation of the first stage compressor and second stage compressor , wherein the one or more shafts comprise: a turbine shaft attached to the at least one turbine; a compressor shaft attached to the first stage compressor; and a coupling assembly configured to operably connect the turbine shaft to the compressor shaft via a magnetic coupling force. a combustion chamber ; at least one turbine driven by combustion gases from the combustion chamber; a first stage compressor ; a second stage compressor located aft of the first stage compressor, the first stage compressor and the second stage compressor being operably connected to the combustion chamber to provide a compressed airflow thereto; and one or more shafts connecting the at least one turbine to the first stage compressor and the second stage compressor such that rotation of the at least one turbine drives rotation of the first stage compressor and second stage compressor , wherein the one or more shafts comprise: a turbine shaft attached to the at least one turbine; a compressor shaft attached to the first stage compressor; and a coupling assembly configured to operably connect the turbine shaft to the compressor shaft via a magnetic coupling force. a turbine shaft attached to the at least one turbine; a compressor shaft attached to the first stage compressor; and a coupling assembly configured to operably connect the turbine shaft to the compressor shaft via a magnetic coupling force.