mhurhangee/patent-ind-claim-en huggingface dataset:
Computer-implemented method of providing a finish line for a preparation area in an oral cavity , the finish line being a circumferential junction between an upper prepared portion of a tooth and a lower unprepared portion of the tooth, comprising: providing at least one numerical entity (I) representative of the three-dimensional surface geometry and colour of at least part of the intra-oral cavity; and manipulating said entity to provide desired data therefrom, wherein said numerical entity comprises surface geometry in form of spatial coordinates (x, y, z) and colour data (c) associated with said part of the intra-oral cavity, wherein said method is useful for differentiating between two tissues and comprises further: (a) comparing the colour data for each pair of spatially adjacent data points in said numerical entity; (b) if the colour data for said pair of data points are substantially different one from the other, providing one said data point of said pair of data points having colour data associated with a hard tissue; and (c) applying a search algorithm to the numerical entity for identifying said finish line in said numerical entity, wherein said application of said algorithm is initially applied to a part of said numerical entity corresponding to the said provided data points of step (b) as a starting point. providing at least one numerical entity (I) representative of the three-dimensional surface geometry and colour of at least part of the intra-oral cavity; and manipulating said entity to provide desired data therefrom, wherein said numerical entity comprises surface geometry in form of spatial coordinates (x, y, z) and colour data (c) associated with said part of the intra-oral cavity, wherein said method is useful for differentiating between two tissues and comprises further: (a) comparing the colour data for each pair of spatially adjacent data points in said numerical entity; (b) if the colour data for said pair of data points are substantially different one from the other, providing one said data point of said pair of data points having colour data associated with a hard tissue; and (c) applying a search algorithm to the numerical entity for identifying said finish line in said numerical entity, wherein said application of said algorithm is initially applied to a part of said numerical entity corresponding to the said provided data points of step (b) as a starting point. (a) comparing the colour data for each pair of spatially adjacent data points in said numerical entity; (b) if the colour data for said pair of data points are substantially different one from the other, providing one said data point of said pair of data points having colour data associated with a hard tissue; and (c) applying a search algorithm to the numerical entity for identifying said finish line in said numerical entity, wherein said application of said algorithm is initially applied to a part of said numerical entity corresponding to the said provided data points of step (b) as a starting point.
A method implemented by a network device communicatively coupled to a datacenter to detect a presence of unauthorized software and hardware in the datacenter, the method comprising: initiating deployment of a virtual agent on a node in the datacenter, wherein the virtual agent is to perform a security scan of the node and store results of the security scan in a memory allocated to the virtual agent at the node, and wherein the results of the security scan are to be encrypted by the virtual agent using a data encryption key; and initiating migration of the virtual agent to a preconfigured location that has a data decryption key for decrypting the results of the security scan, wherein the results of the security scan are to be extracted from the virtual agent and decrypted at the preconfigured location using the data decryption key. initiating deployment of a virtual agent on a node in the datacenter, wherein the virtual agent is to perform a security scan of the node and store results of the security scan in a memory allocated to the virtual agent at the node, and wherein the results of the security scan are to be encrypted by the virtual agent using a data encryption key; and initiating migration of the virtual agent to a preconfigured location that has a data decryption key for decrypting the results of the security scan, wherein the results of the security scan are to be extracted from the virtual agent and decrypted at the preconfigured location using the data decryption key.
A method comprising: a) separating single cells in a compartment with beads conjugated to oligonucleotides comprising poly (T); b) lysing the cells c) allowing mRNA transcripts released from the cells to hybridize with oligonucleotides conjugated to the beads; d) pooling, washing and resuspending the beads in solution with reagents for overlap extension reverse transcriptase polymerase chain reaction including primers designed to create a single PCR product comprising cDNA of at least two transcripts of interest covalently linked together; e) the reagent solution/bead suspension is emulsified in oil phase to create droplets with no more than one bead per droplet; f) performing overlap extension reverse transcriptase polymerase chain reaction to form a single DNA molecule comprising at least two cDNAs from the at least two transcripts derived from a single cell, wherein the at least two cDNAs comprise paired TCR sequences or paired VH and VL sequences; and g) sequencing cDNA associated with the beads. a) separating single cells in a compartment with beads conjugated to oligonucleotides comprising poly (T); b) lysing the cells c) allowing mRNA transcripts released from the cells to hybridize with oligonucleotides conjugated to the beads; d) pooling, washing and resuspending the beads in solution with reagents for overlap extension reverse transcriptase polymerase chain reaction including primers designed to create a single PCR product comprising cDNA of at least two transcripts of interest covalently linked together; e) the reagent solution/bead suspension is emulsified in oil phase to create droplets with no more than one bead per droplet; f) performing overlap extension reverse transcriptase polymerase chain reaction to form a single DNA molecule comprising at least two cDNAs from the at least two transcripts derived from a single cell, wherein the at least two cDNAs comprise paired TCR sequences or paired VH and VL sequences; and g) sequencing cDNA associated with the beads.
A three-dimensional, 3D, NAND memory device , comprising: - an alternating layer stack disposed on a substrate, the alternating layer stack comprising: - a first region including an alternating dielectric stack comprising a plurality of dielectric layer pairs, and - second regions, each second region including an alternating conductor/dielectric stack comprising a plurality of conductor/dielectric layer pairs; - a barrier structure extending vertically through the alternating layer stack, wherein the at least one barrier structure separates the at least one first region enclosed laterally by at least the barrier structure from the second region; - a plurality of through array contacts in the first region, each through array contact extending vertically through the alternating dielectric stack , wherein at least one of the plurality of through array contacts is electrically connected with at least one peripheral circuit and is surrounded by the barrier structure ; and - a plurality of slit structures each extending vertically through the alternating conductor/dielectric stack and laterally along a word line direction to divide the alternating conductor/dielectric stack into a plurality of memory fingers , wherein the barrier structure extends along the word line direction and is between two slits structures in the plurality of slit structures , wherein the barrier structure is sandwiched between two of the second regions in a bit line direction being orthogonal to the word line direction. - an alternating layer stack disposed on a substrate, the alternating layer stack comprising: - a first region including an alternating dielectric stack comprising a plurality of dielectric layer pairs, and - second regions, each second region including an alternating conductor/dielectric stack comprising a plurality of conductor/dielectric layer pairs; - a barrier structure extending vertically through the alternating layer stack, wherein the at least one barrier structure separates the at least one first region enclosed laterally by at least the barrier structure from the second region; - a plurality of through array contacts in the first region, each through array contact extending vertically through the alternating dielectric stack , wherein at least one of the plurality of through array contacts is electrically connected with at least one peripheral circuit and is surrounded by the barrier structure ; and - a plurality of slit structures each extending vertically through the alternating conductor/dielectric stack and laterally along a word line direction to divide the alternating conductor/dielectric stack into a plurality of memory fingers , wherein the barrier structure extends along the word line direction and is between two slits structures in the plurality of slit structures , wherein the barrier structure is sandwiched between two of the second regions in a bit line direction being orthogonal to the word line direction.
A clamp for dropper for railroad line comprising: - a main body to hold a dropper connection cable arranged to extend between a messenger wire and a contact wire of the railroad line , wherein the main body comprises an elongated vertical part having a passing hole through which the dropper connection cable slides; and - a tightening part , fixed inside the elongated upper part in the passing hole , so as to face the dropper connection cable , said tightening part being arranged to operate as a self-locking wedge to tighten the dropper connection cable at a predetermined length when the dropper connection cable slides in the tightening part , the clamp being characterized in that it further comprises a horizontal part connected to the vertical part and at least one fixing element , placed in an upper side of said horizontal part , to permanently fix the dropper connection cable to the clamp itself. - a main body to hold a dropper connection cable arranged to extend between a messenger wire and a contact wire of the railroad line , wherein the main body comprises an elongated vertical part having a passing hole through which the dropper connection cable slides; and - a tightening part , fixed inside the elongated upper part in the passing hole , so as to face the dropper connection cable , said tightening part being arranged to operate as a self-locking wedge to tighten the dropper connection cable at a predetermined length when the dropper connection cable slides in the tightening part ,
A sulfur tolerant catalytic system comprising: a catalytic material having 90% cumulative undersize particle size from 6 micrometers to 14 micrometers comprising: an active precious metal component comprising a mixture of platinum and palladium; a sulfur-tolerant support material, the sulfur-tolerant support material comprising a mixture of silica and zirconia; and a substrate having the catalytic material coated thereon, wherein the cumulative pore volume of the sulfur-tolerant catalytic system is from 0.7 mL/g to 1.2 mL/g, measured by Barrett, Joyner, Halenda (BJH) multipoint N 2 desorption/adsorption isotherm analysis using pores with radii between 1.0 nm and 30.0 nm. a catalytic material having 90% cumulative undersize particle size from 6 micrometers to 14 micrometers comprising: an active precious metal component comprising a mixture of platinum and palladium; a sulfur-tolerant support material, the sulfur-tolerant support material comprising a mixture of silica and zirconia; and a substrate having the catalytic material coated thereon, an active precious metal component comprising a mixture of platinum and palladium; a sulfur-tolerant support material, the sulfur-tolerant support material comprising a mixture of silica and zirconia; and a substrate having the catalytic material coated thereon, wherein the cumulative pore volume of the sulfur-tolerant catalytic system is from 0.7 mL/g to 1.2 mL/g, measured by Barrett, Joyner, Halenda (BJH) multipoint N 2 desorption/adsorption isotherm analysis using pores with radii between 1.0 nm and 30.0 nm.
An effect imparting device , comprising: a plurality of effect units (FX1~FX4) which impart effects to a sound that has been input; a storage part which stores a plurality of patches having a collection of parameters applied to the plurality of effect units (FX1 -FX4) and information designating validation states of channels in which each of the plurality of effect units (FX1∼FX4) is arranged, wherein the channels are plural sound paths configured by connecting the effect units, and the validation states are information indicating whether the sound paths are valid or invalid; an input part which receives designation of the patches; an application part which applies the parameters included in the patch that has been designated to the plurality of effect units (FX1-FX4); and an output part which outputs the sound to which an effect has been imparted according to the parameters applied to the plurality of effect units (FX1-FX4); the effect imparting device being characterized in further comprising: a muting part (S13) which temporarily mutes the sound that is to be output when there is an effect unit (FX1∼FX4) in a channel which had been designated as valid in the validation state and whose type of an effect is changed according to the designation of the patches among the plurality of effect units (FX1~FX4) before the parameters are applied to the plurality of effect units, and cancels the muting after the parameters are applied to the plurality of the effect units. a plurality of effect units (FX1~FX4) which impart effects to a sound that has been input; a storage part which stores a plurality of patches having a collection of parameters applied to the plurality of effect units (FX1 -FX4) and information designating validation states of channels in which each of the plurality of effect units (FX1∼FX4) is arranged, wherein the channels are plural sound paths configured by connecting the effect units, and the validation states are information indicating whether the sound paths are valid or invalid; an input part which receives designation of the patches; an application part which applies the parameters included in the patch that has been designated to the plurality of effect units (FX1-FX4); and an output part which outputs the sound to which an effect has been imparted according to the parameters applied to the plurality of effect units (FX1-FX4); the effect imparting device being characterized in further comprising: a muting part (S13) which temporarily mutes the sound that is to be output when there is an effect unit (FX1∼FX4) in a channel which had been designated as valid in the validation state and whose type of an effect is changed according to the designation of the patches among the plurality of effect units (FX1~FX4) before the parameters are applied to the plurality of effect units, and cancels the muting after the parameters are applied to the plurality of the effect units.
A method for enabling at least one protected function, in particular output of at least one protected information, comprising the steps: I. carrying out a first acquisition , II. initialising an authorisation process dependent on the first detection and/or triggered by the first detection , comprising the possibility of at least one confirming and one rejecting feedback by a user and/or generated by means of an intervention system, 1. wherein the feedback within the scope of the authorisation procedure is effected by the user and/or is a feedback generated by means of the intervention system, in particular automatically, and/or the intervention in the authorisation procedure and/or an overwriting of the authorisation procedure , a bypassing of the authorisation procedure and/or the overriding of the authorisation procedure within the scope of the authorisation procedure is effected on the basis of a predetermined protocol, in particular a break-the-glass procedure, and/or by means of a user, III. in the absence of both confirming and rejecting feedback during the authorisation procedure , effecting the release of at least one first function, wherein said at least one first function is independent of the authorisation process and/or said at least one first function includes a protected function . I. carrying out a first acquisition , II. initialising an authorisation process dependent on the first detection and/or triggered by the first detection , comprising the possibility of at least one confirming and one rejecting feedback by a user and/or generated by means of an intervention system, 1. wherein the feedback within the scope of the authorisation procedure is effected by the user and/or is a feedback generated by means of the intervention system, in particular automatically, and/or the intervention in the authorisation procedure and/or an overwriting of the authorisation procedure , a bypassing of the authorisation procedure and/or the overriding of the authorisation procedure within the scope of the authorisation procedure is effected on the basis of a predetermined protocol, in particular a break-the-glass procedure, and/or by means of a user, 1. wherein the feedback within the scope of the authorisation procedure is effected by the user and/or is a feedback generated by means of the intervention system, in particular automatically, and/or the intervention in the authorisation procedure and/or an overwriting of the authorisation procedure , a bypassing of the authorisation procedure and/or the overriding of the authorisation procedure within the scope of the authorisation procedure is effected on the basis of a predetermined protocol, in particular a break-the-glass procedure, and/or by means of a user, III. in the absence of both confirming and rejecting feedback during the authorisation procedure , effecting the release of at least one first function,
A combustion heat generator comprising: a plate-shaped housing having a combustion space therein and two-dimensional flow is possible; an oxidant injector provided on a first position of the housing and forming a first circulation region (A) by inputting an oxidant to an outer periphery of an inner side of the combustion space through an oxidant injection nozzle and circulating the oxidant; a gas ejector provided on a second position of the housing and discharging a portion of gas circulating in the combustion space ; and a fuel feeder installed to a central position of the housing so that a front end of a fuel injection nozzle is extended into the housing and positioned in a second circulation region (B) formed in a center of the combustion space by circulation of an oxidant in the first circulation region (A) to inject fuel into the second circulation region (B), wherein the first position and the second position are formed on the same side of the housing respectively, wherein space combustion is generated in the combustion space based on the second circulation region (B) and the fuel injected into the second circulation region (B) is turned while being gradually mixed with the oxidant circulating along the first circulation region (A). a plate-shaped housing having a combustion space therein and two-dimensional flow is possible; an oxidant injector provided on a first position of the housing and forming a first circulation region (A) by inputting an oxidant to an outer periphery of an inner side of the combustion space through an oxidant injection nozzle and circulating the oxidant; a gas ejector provided on a second position of the housing and discharging a portion of gas circulating in the combustion space ; and a fuel feeder installed to a central position of the housing so that a front end of a fuel injection nozzle is extended into the housing and positioned in a second circulation region (B) formed in a center of the combustion space by circulation of an oxidant in the first circulation region (A) to inject fuel into the second circulation region (B), wherein the first position and the second position are formed on the same side of the housing respectively, wherein space combustion is generated in the combustion space based on the second circulation region (B) and the fuel injected into the second circulation region (B) is turned while being gradually mixed with the oxidant circulating along the first circulation region (A).
An elevator system , comprising: a hoistway ; an elevator car movable along the hoistway ; a power management and transfer system including: an electrical power source ; a hoistway contactor secured in the hoistway and operably connected to the electrical power source; and a car contactor disposed at the elevator car , such that when the car contactor is brought into operable contact with the hoistway contactor , electrical power is transferrable between the power source and the elevator car ; characterized in that the elevator system further comprises: a car position sensor disposed in the hoistway ; and a contactor drive operable connected to the car position sensor and to the hoistway contactor ; wherein the hoistway contactor is movable from a retracted position into an extended position in operable contact with the car contactor by the contactor drive upon sensing of the presence of the elevator car by the car position sensor . a hoistway ; an elevator car movable along the hoistway ; a power management and transfer system including: an electrical power source ; a hoistway contactor secured in the hoistway and operably connected to the electrical power source; and a car contactor disposed at the elevator car , such that when the car contactor is brought into operable contact with the hoistway contactor , electrical power is transferrable between the power source and the elevator car ; an electrical power source ; a hoistway contactor secured in the hoistway and operably connected to the electrical power source; and a car contactor disposed at the elevator car , such that when the car contactor is brought into operable contact with the hoistway contactor , electrical power is transferrable between the power source and the elevator car ; characterized in that the elevator system further comprises: a car position sensor disposed in the hoistway ; and a contactor drive operable connected to the car position sensor and to the hoistway contactor ; a car position sensor disposed in the hoistway ; and a contactor drive operable connected to the car position sensor and to the hoistway contactor ;
A valve element of a valve arrangement for the flow regulation of a gas in a ventilation arrangement , in particular of a motor vehicle , wherein the valve element is produced by a casting method, wherein a surface of the valve element has a sound-reducing structure produced by the casting method, with at least three sound reduction elements , which protrude from the surface , characterized in that - the structure has at least two structural sections , - the respective structural section has a plurality of such sound reduction elements , which have an identical orientation, - the orientation of such a structural section runs in an inclined manner, in particular transversely, to the orientation of another such structural section . - the structure has at least two structural sections , - the respective structural section has a plurality of such sound reduction elements , which have an identical orientation, - the orientation of such a structural section runs in an inclined manner, in particular transversely, to the orientation of another such structural section .