mhurhangee/patent-ind-claim-en huggingface dataset:
A method for selective processing of file system objects for an image level backup, comprising: receiving backup parameters for an image level backup, wherein the backup parameters include a selection of at least one file system object to include in the image level backup; attaching to a source disk as a block device, wherein the source disk corresponds to the selected at least one file system object, and a file system includes a file allocation table, FAT ; and determining file system objects of the source disk to be excluded for the image level backup based on the selection of the at least one file system object; issuing file deletion API calls to initiate deletion of the determined file system objects from the source disk; initializing an input/output (I/O) interception module on a backup server; intercepting write requests to the FAT caused by the file deletion API calls; storing , in a memory of the backup server, a FAT content change based on the intercepted write requests; and creating a reconstructed disk image from the source disk based on the FAT and the stored FAT content change. receiving backup parameters for an image level backup, wherein the backup parameters include a selection of at least one file system object to include in the image level backup; attaching to a source disk as a block device, wherein the source disk corresponds to the selected at least one file system object, and a file system includes a file allocation table, FAT ; and determining file system objects of the source disk to be excluded for the image level backup based on the selection of the at least one file system object; issuing file deletion API calls to initiate deletion of the determined file system objects from the source disk; initializing an input/output (I/O) interception module on a backup server; intercepting write requests to the FAT caused by the file deletion API calls; storing , in a memory of the backup server, a FAT content change based on the intercepted write requests; and creating a reconstructed disk image from the source disk based on the FAT and the stored FAT content change.
A method of starting an internal combustion engine , - which has a plurality of piston-cylinder units wherein there are dead volumes between the combustion chambers of the piston-cylinder units and a fuel metering device or mixing device arranged upstream of the combustion chambers, - wherein upon an attempt at starting the internal combustion engine the pistons are driven in the cylinders by an auxiliary motor , and - wherein the maximum permissible duration of a starting attempt is restricted by a predetermined starting time (t s ) of the internal combustion engine , wherein the starting time (t s ) is calculated and predetermined prior to or at the beginning of a starting attempt of the internal combustion engine in dependence on a state of the internal combustion engine and/or the auxiliary motor and wherein if the rotary speed (n) of the internal combustion engine has not reached or exceeded a predefined starting rotary speed (n s ) after expiry of the starting time (t s ) the starting attempt is broken off, characterised in that the starting time (t s ) is predetermined in dependence on the size of the dead volumes . - which has a plurality of piston-cylinder units wherein there are dead volumes between the combustion chambers of the piston-cylinder units and a fuel metering device or mixing device arranged upstream of the combustion chambers, - wherein upon an attempt at starting the internal combustion engine the pistons are driven in the cylinders by an auxiliary motor , and - wherein the maximum permissible duration of a starting attempt is restricted by a predetermined starting time (t s ) of the internal combustion engine ,
A classification apparatus comprising: an acquisition section which acquires a plurality of pieces of traffic data; an extraction section which extracts different types of feature values from the plurality of pieces of traffic data acquired by the acquisition section ; a classification section which classifies the traffic data with a predetermined unit based on the different types of feature values extracted by the extraction section , wherein the classification section classifies the traffic data on a per IP address basis; and a counting section which uses a plurality of classification results obtained by the classification by the classification section to count the number of times of appearance of a pattern having the same combination of the classification results, wherein the acquisition section acquires the traffic data having, as a source, the IP address from which a packet in which a control flag in a TCP header indicates "SYN" has been transmitted to a darknet, and at which a predetermined number or more flows in one-way communication have been observed during a predetermined time period, as the plurality of pieces of traffic data to be processed. an acquisition section which acquires a plurality of pieces of traffic data; an extraction section which extracts different types of feature values from the plurality of pieces of traffic data acquired by the acquisition section ; a classification section which classifies the traffic data with a predetermined unit based on the different types of feature values extracted by the extraction section , wherein the classification section classifies the traffic data on a per IP address basis; and a counting section which uses a plurality of classification results obtained by the classification by the classification section to count the number of times of appearance of a pattern having the same combination of the classification results,
A photovoltaic device with a plurality of photovoltaic modules (1A, 1B,..., 1F), comprising: - a stack with a primary electrode layer , a secondary electrode layer and a photovoltaic layer arranged between said primary and said secondary electrode layer, at least one of the electrode layers being translucent, the photovoltaic layer at least comprising a first sublayer of a photovoltaic material and a second, charge carrier transport sublayer between said first sublayer and said secondary electrode layer, each photovoltaic module having a portion of a respective section of the primary electrode layer , a portion of a respective section of the photovoltaic layer and a portion of a respective section of the secondary electrode layer , and respective pairs of a first photovoltaic module and a subsequent second photovoltaic module of said plurality being serially interconnected in an interface section between said first photovoltaic module and said second photovoltaic module , in that said interface section comprises a coupling element of insulating material laterally enclosing an electrically conducting core , wherein the coupling element is sandwiched between a second end of the secondary electrode layer section of the first photovoltaic module that laterally extends over, and forms an electrical connection with a first face of said electrically conducting core and a first end of the primary electrode layer section of the subsequent second photovoltaic module of the pair that laterally extends over, and forms an electrical connection with a second face of said electrically conducting core . - a stack with a primary electrode layer , a secondary electrode layer and a photovoltaic layer arranged between said primary and said secondary electrode layer, at least one of the electrode layers being translucent, the photovoltaic layer at least comprising a first sublayer of a photovoltaic material and a second, charge carrier transport sublayer between said first sublayer and said secondary electrode layer, each photovoltaic module having a portion of a respective section of the primary electrode layer , a portion of a respective section of the photovoltaic layer and a portion of a respective section of the secondary electrode layer , and respective pairs of a first photovoltaic module and a subsequent second photovoltaic module of said plurality being serially interconnected in an interface section between said first photovoltaic module and said second photovoltaic module , in that said interface section comprises a coupling element of insulating material laterally enclosing an electrically conducting core , wherein the coupling element is sandwiched between a second end of the secondary electrode layer section of the first photovoltaic module that laterally extends over, and forms an electrical connection with a first face of said electrically conducting core and a first end of the primary electrode layer section of the subsequent second photovoltaic module of the pair that laterally extends over, and forms an electrical connection with a second face of said electrically conducting core .
An electronic assembly comprising: an integrated circuit chip ; a substrate comprising a plurality of electrical bonding pads ; a plurality of electrical interconnects between the substrate and the integrated circuit chip; an electronics material disposed about the interconnects and between the integrated circuit chip and the substrate , the electronics material comprising: a cured matrix material comprising an oligomer or polymer derived from one or more of a methylene malonate monomer, a methylene beta ketoester monomer, and a methylene beta diketone monomer; and a filler material ; and wherein each of the plurality of electrical interconnects is respectively electrically bonded to one of the plurality of electrical bonding pads . an integrated circuit chip ; a substrate comprising a plurality of electrical bonding pads ; a plurality of electrical interconnects between the substrate and the integrated circuit chip; an electronics material disposed about the interconnects and between the integrated circuit chip and the substrate , the electronics material comprising: a cured matrix material comprising an oligomer or polymer derived from one or more of a methylene malonate monomer, a methylene beta ketoester monomer, and a methylene beta diketone monomer; and a filler material ; and a cured matrix material comprising an oligomer or polymer derived from one or more of a methylene malonate monomer, a methylene beta ketoester monomer, and a methylene beta diketone monomer; and a filler material ; and wherein each of the plurality of electrical interconnects is respectively electrically bonded to one of the plurality of electrical bonding pads .
An air spinning device configured to twist a fiber bundle (T) by a swirling air current occurring in a spinning chamber to form a yarn (Y), comprising: a hollow guiding shaft unit including a hollow guiding shaft whose tip end part is arranged in the spinning chamber and in which a fiber passage is formed along an axis line (C); and a support member that supports the hollow guiding shaft unit ; characterized by a rotating unit configured to rotate the hollow guiding shaft unit with respect to the support member around the axis line (C), wherein the rotating unit includes an operating member for rotating the hollow guiding shaft unit with respect to the support member around the axis line (C); and a positioning mechanism configured to position the hollow guiding shaft unit in a circumferential direction around the axis line (C) at a plurality of different positions. a hollow guiding shaft unit including a hollow guiding shaft whose tip end part is arranged in the spinning chamber and in which a fiber passage is formed along an axis line (C); and a support member that supports the hollow guiding shaft unit ; characterized by a rotating unit configured to rotate the hollow guiding shaft unit with respect to the support member around the axis line (C), wherein the rotating unit includes an operating member for rotating the hollow guiding shaft unit with respect to the support member around the axis line (C); and a positioning mechanism configured to position the hollow guiding shaft unit in a circumferential direction around the axis line (C) at a plurality of different positions. an operating member for rotating the hollow guiding shaft unit with respect to the support member around the axis line (C); and a positioning mechanism configured to position the hollow guiding shaft unit in a circumferential direction around the axis line (C) at a plurality of different positions.
A die for mounting in an associated die holder for the production of heads on elongate bodies , the die comprising: - a body with a top surface provided with a through-going groove for receiving and holding an elongate body longitudinally in said groove, wherein the groove is perpendicular or substantially perpendicular to a central axis of the die, - a recess at one end of the groove suitable for forming the head on the elongate body, - a side surface comprising a first portion with a curved shaped arranged for press fit by contact with a curved portion of an inner surface of a bore or hole in the associated die holder, wherein the first portion has a concical shape, and - a stop surface for engaging with a stop part in the hole or bore of the associated die holder, so as to determine a height of the die in relation to the associated die holder, wherein the side surface further comprises a second portion shaped to engage with a corresponding portion of the inner surface of the bore or hole in the associated die holder, in order to guide angular orientation of the groove relative to the associated die holder, characterized in that the second portion of the side surface is substantially flat, extending from a bottom surface of the die to the top surface of the die, and wherein the recess is formed in an upper part of the flat second portion of the side surface. - a body with a top surface provided with a through-going groove for receiving and holding an elongate body longitudinally in said groove, wherein the groove is perpendicular or substantially perpendicular to a central axis of the die, - a recess at one end of the groove suitable for forming the head on the elongate body, - a side surface comprising a first portion with a curved shaped arranged for press fit by contact with a curved portion of an inner surface of a bore or hole in the associated die holder, wherein the first portion has a concical shape, and - a stop surface for engaging with a stop part in the hole or bore of the associated die holder, so as to determine a height of the die in relation to the associated die holder,
A stair system comprising: - a set of stable stairs , each of the stable stairs comprising a first horizontal surface , an empty space within the stable stair , a first wall substantially perpendicular to the horizontal surface , and an opening in the first wall to facilitate access into or out of the empty space ; and - a set of movable stairs , each of the movable stairs is adapted to be in a normal position or an extended position , such that while being in the normal position , the movable stair is adapted to be placed within the empty space of one of the stable stairs , and while being in the extended position , the movable stair is adapted to be extended out of the stable stair through the opening , characterized by - an automatic mechanism adapted to move the movable stairs between said extended position and said normal position . - a set of stable stairs , each of the stable stairs comprising a first horizontal surface , an empty space within the stable stair , a first wall substantially perpendicular to the horizontal surface , and an opening in the first wall to facilitate access into or out of the empty space ; and - a set of movable stairs , each of the movable stairs is adapted to be in a normal position or an extended position , such that while being in the normal position , the movable stair is adapted to be placed within the empty space of one of the stable stairs , and while being in the extended position , the movable stair is adapted to be extended out of the stable stair through the opening , - an automatic mechanism adapted to move the movable stairs between said extended position and said normal position .
Device for improving a visual performance, having a first display element , adapted for displaying at least one moving grid consisting of grid elements at least one portable closure element , for occluding at least one eye; a portable eye tracking device , for measuring at least one characteristic value of a non-occluded eye; a first control unit having a first communication interface to the eye tracking device and a second communication interface to the at least one closure element ; and a second control unit connected to the display element , having a third communication interface to the first control unit ; wherein the second control unit is adapted to control a display for a non-occluded eye of the moving grids by the first display element based on the characteristic values measured by the eye tracking device , and wherein the second control unit is adapted to control a display for a non-occluded eye on the first display element in such a way that attention-capturing stimuli are additionally displayed. a first display element , adapted for displaying at least one moving grid consisting of grid elements at least one portable closure element , for occluding at least one eye; a portable eye tracking device , for measuring at least one characteristic value of a non-occluded eye; a first control unit having a first communication interface to the eye tracking device and a second communication interface to the at least one closure element ; and a second control unit connected to the display element , having a third communication interface to the first control unit ; wherein the second control unit is adapted to control a display for a non-occluded eye of the moving grids by the first display element based on the characteristic values measured by the eye tracking device , and wherein the second control unit is adapted to control a display for a non-occluded eye on the first display element in such a way that attention-capturing stimuli are additionally displayed.
A signal line protection assembly for an aerial vehicle , wherein the signal line protection assembly comprises a foot stand and a protection sleeve , the foot stand comprises a foot stand sleeve , at least a portion of the protection sleeve is received in the foot stand sleeve , the protection sleeve is configured to receive a signal line therein to prevent the signal line from damages of external environment; wherein the foot stand is provided with an electronic speed controller compartment for receiving an electronic speed controller configured to control a rotating speed of a motor of a propulsion system of the aerial vehicle ; wherein the foot stand comprises a lower cover below the electronic speed controller compartment , one end of the lower cover is connected with one end of the electronic speed controller compartment ; the signal line protection assembly being characterized in that the foot stand further comprises a shock absorber that is connected between the other end of the electronic speed controller compartment and the other end of the lower cover , wherein the shock absorber , the electronic speed controller compartment and the lower cover form a triangular structure. wherein the foot stand is provided with an electronic speed controller compartment for receiving an electronic speed controller configured to control a rotating speed of a motor of a propulsion system of the aerial vehicle ; wherein the foot stand comprises a lower cover below the electronic speed controller compartment , one end of the lower cover is connected with one end of the electronic speed controller compartment ; the signal line protection assembly being characterized in that the foot stand further comprises a shock absorber that is connected between the other end of the electronic speed controller compartment and the other end of the lower cover , wherein the shock absorber , the electronic speed controller compartment and the lower cover form a triangular structure.
A method for wireless communication by a first user equipment, UE , comprising: signaling an uplink signal to a base station, BS , via uplink channel resources allocated to the first UE of a first type; receiving an uplink preemption indication, ULPI, from the BS, wherein the ULPI comprises a bitmap identifying one or more resources to be used during a scheduled transmission, wherein a bit of the bitmap corresponds to at least one of a wideband resource of a reference uplink region, RUR, a subband resource of the RUR, or one or more symbols of the RUR, the RUR being part of scheduled resources; and taking one or more actions based on the one or more resources identified in the ULPI, wherein the one or more resources overlap with resources allocated for a scheduled transmission by a second UE of a second type. signaling an uplink signal to a base station, BS , via uplink channel resources allocated to the first UE of a first type; receiving an uplink preemption indication, ULPI, from the BS, wherein the ULPI comprises a bitmap identifying one or more resources to be used during a scheduled transmission, wherein a bit of the bitmap corresponds to at least one of a wideband resource of a reference uplink region, RUR, a subband resource of the RUR, or one or more symbols of the RUR, the RUR being part of scheduled resources; and wherein the ULPI comprises a bitmap identifying one or more resources to be used during a scheduled transmission, wherein a bit of the bitmap corresponds to at least one of a wideband resource of a reference uplink region, RUR, a subband resource of the RUR, or one or more symbols of the RUR, the RUR being part of scheduled resources; and taking one or more actions based on the one or more resources identified in the ULPI, wherein the one or more resources overlap with resources allocated for a scheduled transmission by a second UE of a second type.
A handheld optoacoustic probe having a distal end, the probe comprising: a plurality of optical fibers comprising a first light path , the plurality of optical fibers having a first end formed into at least one fiber bundle providing an input, and having a second end formed from the distal end of at least some of the plurality of optical fibers; a light bar guide retaining the distal end of the at least some of the plurality of optical fibers on the same plane; an optical window associated with, and spaced from the light bar guide; a silicon rubber acoustic lens having an inner surface and an outer surface at the distal end of the probe, the acoustic lens being whitened by doping; an ultrasound transducer array having an active end, the array comprising a plurality of ultrasound transducer elements, the ultrasound transducer array having the inner surface of the acoustic lens at its active end; a reflective metal surrounding the outer surface of the acoustic lens; and a handheld probe shell , the shell housing the light bar guide and the ultrasound transducer array, and housing the acoustic lens adjacent to the optical window at the distal end of the probe. a plurality of optical fibers comprising a first light path , the plurality of optical fibers having a first end formed into at least one fiber bundle providing an input, and having a second end formed from the distal end of at least some of the plurality of optical fibers; a light bar guide retaining the distal end of the at least some of the plurality of optical fibers on the same plane; an optical window associated with, and spaced from the light bar guide; a silicon rubber acoustic lens having an inner surface and an outer surface at the distal end of the probe, the acoustic lens being whitened by doping; an ultrasound transducer array having an active end, the array comprising a plurality of ultrasound transducer elements, the ultrasound transducer array having the inner surface of the acoustic lens at its active end; a reflective metal surrounding the outer surface of the acoustic lens; and a handheld probe shell , the shell housing the light bar guide and the ultrasound transducer array, and housing the acoustic lens adjacent to the optical window at the distal end of the probe.