mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a multi-gate transistor, comprising: forming a gate stack over a channel region of a semiconductor fin having a gate-coupled channel sidewall height, H si, ; implanting an etch profile control dopant into a source/drain region of the semiconductor fin adjacent to the gate stack, thereby forming a doped fin region, the dopant chosen based on its ability to control the etch rate of the semiconductor fin material in which it is implanted; etching said doped fin region to remove a thickness of the semiconductor fin equal to H si proximate to the channel region and form a source/drain extension cavity with an undercut length, X UC , along a dimension perpendicular to a transistor channel width, W si , that is substantially constant across the height H si and exposing a semiconductor substrate portion subjacent to a portion of the gate stack; and to remove a thickness greater than H si in a region of the semiconductor fin distal from the channel region, the etching of said doped fin region forming the source/drain cavity ; and regrowing a material on the exposed semiconductor substrate to form a regrown source/drain fin region filling the source/drain cavity by filling the source/drain extension cavity and extending a length away from the gate stack in a direction substantially parallel to a length of the channel. forming a gate stack over a channel region of a semiconductor fin having a gate-coupled channel sidewall height, H si, ; implanting an etch profile control dopant into a source/drain region of the semiconductor fin adjacent to the gate stack, thereby forming a doped fin region, the dopant chosen based on its ability to control the etch rate of the semiconductor fin material in which it is implanted; etching said doped fin region to remove a thickness of the semiconductor fin equal to H si proximate to the channel region and form a source/drain extension cavity with an undercut length, X UC , along a dimension perpendicular to a transistor channel width, W si , that is substantially constant across the height H si and exposing a semiconductor substrate portion subjacent to a portion of the gate stack; and to remove a thickness greater than H si in a region of the semiconductor fin distal from the channel region, the etching of said doped fin region forming the source/drain cavity ; and regrowing a material on the exposed semiconductor substrate to form a regrown source/drain fin region filling the source/drain cavity by filling the source/drain extension cavity and extending a length away from the gate stack in a direction substantially parallel to a length of the channel.
Air pulsing device comprising an electronically switched electric motor , said motor comprising a stator and a rotor arranged around the stator, in which said stator is in contact with a support means of the stator, said support means being an electrical conductor linked to an electrical ground, and in which a shield is positioned in the vicinity of the stator, said shield being also connected electrically to the electrical ground, said stator having an annular form with a central wall which delimits the outline of an internal bore through which passes a motor output shaft , in which said shield is positioned transversely to the output shaft , between the rotor and the stator , characterized in that the internal face of the central wall defining said internal bore has at least one rib which extends radially toward the interior of the bore, and in that the at least one rib is prolonged, substantially toward the axis of the internal bore , by a pin .
A disposable liquid aerosol generating article comprising: an aerosol generating substrate portion; and a filter portion , wherein the aerosol generating substrate portion includes an absorber impregnated with a liquid substance for forming an aerosol, and wherein an amount of the liquid substance corresponds to 10 to 30 times of inhalation, characterised in that the liquid substance for forming the aerosol is impregnated in a ratio of 0.05 g to 0.8 g of the liquid substance per 1 g of the absorber . an aerosol generating substrate portion; and a filter portion , wherein the aerosol generating substrate portion includes an absorber impregnated with a liquid substance for forming an aerosol, and wherein an amount of the liquid substance corresponds to 10 to 30 times of inhalation, characterised in that the liquid substance for forming the aerosol is impregnated in a ratio of 0.05 g to 0.8 g of the liquid substance per 1 g of the absorber .
A radio frequency motion sensing apparatus comprising: a radio frequency transmitter configured to emit radio frequency signals; a receiver configured to receive reflected ones of the emitted radio frequency signals, a motion channel circuit configured to process the received reflected ones of the emitted radio frequency signals and produce in phase (I) and quadrature (Q) motion output signals; and a processor configured to evaluate the motion output signals and classify or identify a motion of a human based on phase change of the motion output signals, and one or both of amplitude and frequency of the motion output signals, wherein the phase change is a direction of rotation of the phasor formed by the phase (I) and quadrature (Q) motion output signals. a radio frequency transmitter configured to emit radio frequency signals; a receiver configured to receive reflected ones of the emitted radio frequency signals, a motion channel circuit configured to process the received reflected ones of the emitted radio frequency signals and produce in phase (I) and quadrature (Q) motion output signals; and a processor configured to evaluate the motion output signals and classify or identify a motion of a human based on phase change of the motion output signals, and one or both of amplitude and frequency of the motion output signals, wherein the phase change is a direction of rotation of the phasor formed by the phase (I) and quadrature (Q) motion output signals.
A display device comprising: a display panel ; a diffusion plate positioned behind the display panel ; a reflecting sheet positioned behind the diffusion plate , the reflecting sheet having a plurality of holes ; a frame positioned behind the reflecting sheet ; substrates positioned between the reflecting sheet and the frame , each substrate having a plurality of light assemblies mounted on the substrate and inserted into the plurality of holes ; and a support positioned between the diffusion plate and the reflecting sheet , wherein the support comprises: a base end portion placed on the reflecting sheet and elongated substantially parallel to the reflecting sheet ; an elongated supporting portion , the length of the supporting portion extending in a cross direction perpendicular with respect to the length direction of the base end portion to the diffusion plate , the supporting portion being apart from the base end portion above the base end portion ; and an elastic portion having two ends apart from each other, each of the ends of the elastic portion being fixed to the base end portion , wherein the supporting portion is disposed on the elastic portion such that the supporting portion is movable in the cross direction upon deformation of the diffusion plate . a display panel ; a diffusion plate positioned behind the display panel ; a reflecting sheet positioned behind the diffusion plate , the reflecting sheet having a plurality of holes ; a frame positioned behind the reflecting sheet ; substrates positioned between the reflecting sheet and the frame , each substrate having a plurality of light assemblies mounted on the substrate and inserted into the plurality of holes ; and a support positioned between the diffusion plate and the reflecting sheet , wherein the support comprises: a base end portion placed on the reflecting sheet and elongated substantially parallel to the reflecting sheet ; an elongated supporting portion , the length of the supporting portion extending in a cross direction perpendicular with respect to the length direction of the base end portion to the diffusion plate , the supporting portion being apart from the base end portion above the base end portion ; and an elastic portion having two ends apart from each other, each of the ends of the elastic portion being fixed to the base end portion , a base end portion placed on the reflecting sheet and elongated substantially parallel to the reflecting sheet ; an elongated supporting portion , the length of the supporting portion extending in a cross direction perpendicular with respect to the length direction of the base end portion to the diffusion plate , the supporting portion being apart from the base end portion above the base end portion ; and an elastic portion having two ends apart from each other, each of the ends of the elastic portion being fixed to the base end portion , wherein the supporting portion is disposed on the elastic portion such that the supporting portion is movable in the cross direction upon deformation of the diffusion plate .
A system for asynchronous pulse detection comprising; a converter array comprising a plurality of pixels; an optical system configured to pass a pulse of laser energy having a predetermined pulse repetition frequency, PRF, and comprising a predetermined band of wavelengths to said array; and a controller and a read out integrated circuit, ROIC , configured to sequentially read out pixels of said array; wherein said optical system is further configured to spread said laser pulse across a predetermined area of said array, wherein the predetermined area comprises a predetermined number of separate pixels such that a total sensing time of said separate pixels, when sequentially read out by the read out integrated circuit, includes said laser pulse having said predetermined PRF; and wherein the controller and read out integrated circuit are configured to scan said predetermined area of said array at an exposure rate that matches said predetermined PRF to thereby decode said laser pulse spread by said optical system across said predetermined area of said array.
A control method for broadcast sending in an Android system, comprising: acquiring (S110, S210, S310, S410, S510) a receiver queue corresponding to a broadcast message to be sent; determining (S120) a target receiver according to a priority of each receiver in the receiver queue and a predetermined priority; and sending (S130, S240, S340, S450, S540) the broadcast message to the target receiver; wherein determining (S120) the target receiver according to the priority of each receiver in the receiver queue and the predetermined priority comprises: sorting (S220) the receiver queue according to the priority of each receiver in the receiver queue; and determining (S230) a receiver having a priority higher than the predetermined priority in a sorting result as the target receiver; or, acquiring (S420) user operation records of a plurality of receivers having a same priority; sorting (S430) recent usage of the plurality of receivers based on the user operation records; and determining (S440) the target receiver according to a sorting result and the predetermined priority; or, determining (S530) a receiver having a priority lower than the predetermined priority and used recently by a user as the target receiver. acquiring (S110, S210, S310, S410, S510) a receiver queue corresponding to a broadcast message to be sent; determining (S120) a target receiver according to a priority of each receiver in the receiver queue and a predetermined priority; and sending (S130, S240, S340, S450, S540) the broadcast message to the target receiver; wherein determining (S120) the target receiver according to the priority of each receiver in the receiver queue and the predetermined priority comprises: sorting (S220) the receiver queue according to the priority of each receiver in the receiver queue; and determining (S230) a receiver having a priority higher than the predetermined priority in a sorting result as the target receiver; or, acquiring (S420) user operation records of a plurality of receivers having a same priority; sorting (S430) recent usage of the plurality of receivers based on the user operation records; and determining (S440) the target receiver according to a sorting result and the predetermined priority; or, determining (S530) a receiver having a priority lower than the predetermined priority and used recently by a user as the target receiver. sorting (S220) the receiver queue according to the priority of each receiver in the receiver queue; and determining (S230) a receiver having a priority higher than the predetermined priority in a sorting result as the target receiver; or, acquiring (S420) user operation records of a plurality of receivers having a same priority; sorting (S430) recent usage of the plurality of receivers based on the user operation records; and determining (S440) the target receiver according to a sorting result and the predetermined priority; or, determining (S530) a receiver having a priority lower than the predetermined priority and used recently by a user as the target receiver.
Locking device having a lock cylinder, which comprises a cylinder housing and a cylinder core which is rotatable relative to the cylinder housing , blocking pins being provided in order to prevent the cylinder core from rotating in the cylinder housing , which blocking pins can be transferred into a release position by means of a mechanical key , and having a control device for controlling an actuator , the actuator being in the form of a mechatronic additional blocking means of the lock cylinder, the additional blocking means having an additional blocking element , which in a release position does not impede a rotational movement of the cylinder core in the cylinder housing and in a blocking position prevents a rotational movement of the cylinder core in the cylinder housing , a motion sensor being provided for the purpose of detecting movements of at least one part of the locking device caused by manipulation attempts, the actuator transferring the additional blocking element from the release position thereof into the blocking position thereof in the case of a manipulation attempt, characterized in that the locking device comprises an evaluation device for evaluating signals from the motion sensor that are filtered by means of a filter device .
A method of processing an alloy workpiece comprising: disposing a glass material, wherein the glass material is selected from a glass fabric or a glass tape, directly onto at least a portion of a surface of an alloy workpiece; after disposing the glass material directly onto at least a portion of the surface of the alloy workpiece, heating the alloy workpiece and the glass fabric to form a molten glass surface coating on the alloy workpiece; and hot working the alloy workpiece with at least one of a die and a roll, wherein the die or the roll contacts the molten glass surface coating on the alloy workpiece. disposing a glass material, wherein the glass material is selected from a glass fabric or a glass tape, directly onto at least a portion of a surface of an alloy workpiece; after disposing the glass material directly onto at least a portion of the surface of the alloy workpiece, heating the alloy workpiece and the glass fabric to form a molten glass surface coating on the alloy workpiece; and hot working the alloy workpiece with at least one of a die and a roll, wherein the die or the roll contacts the molten glass surface coating on the alloy workpiece.
A prepreg comprising: a first thermally curable resin layer ; a second thermally curable resin layer ; and a UV curable resin layer positioned between the first thermally curable resin layer and the second thermally curable resin layer wherein the UV curable resin layer includes a UV cured portion and a UV uncured portion . a first thermally curable resin layer ; a second thermally curable resin layer ; and a UV curable resin layer positioned between the first thermally curable resin layer and the second thermally curable resin layer wherein the UV curable resin layer includes a UV cured portion and a UV uncured portion .
Reinforced superconducting wire (1a; 1b; 1c) comprising a superconducting core strand with a circumferential surface, a first cladding comprising a single or a multitude of reinforcing strands , wherein the reinforcing strand(s) are arranged around the circumferential surface of the superconducting core strand in a non-crossing manner, wherein the reinforcing strand(s) are in contact with the core strand , wherein there is no additional layer between the reinforcing strands of the first cladding and the core strand , characterized in that the reinforcing strand(s) of the first cladding are spirally wound around the circumferential surface of the superconducting core strand , and that the reinforcing strands are carbon fiber reinforcing strands. a superconducting core strand with a circumferential surface, a first cladding comprising a single or a multitude of reinforcing strands , wherein the reinforcing strand(s) are arranged around the circumferential surface of the superconducting core strand in a non-crossing manner, wherein the reinforcing strand(s) are in contact with the core strand , wherein there is no additional layer between the reinforcing strands of the first cladding and the core strand , characterized in that the reinforcing strand(s) of the first cladding are spirally wound around the circumferential surface of the superconducting core strand , and that the reinforcing strands are carbon fiber reinforcing strands.
A computer implemented method of generating at least one shape of a region of interest in a digital image, the method comprising: obtaining , by an image processing engine , access to a digital tissue image of a biological sample; tiling , by the image processing engine, the digital tissue image into a collection of image patches ; obtaining , by the image processing engine, a plurality of features from each patch in the collection of image patches, the plurality of features defining a patch feature vector in a multidimensional feature space including the plurality of features as dimensions; determining , by the image processing engine, a user selection of a user selected subset of patches in the collection of image patches; characterized by training a one-class support vector machine based on the user selected subset of patches; accessing all or a predetermined number of previously selected patches , and determining , using the trained one-class support vector machine, a subset of the previously selected patches which are in a same class as the user selected subset of patches; training a two-class support vector machine based on the user selected subset of patches and the subset of the previously selected patches ; classifying , by applying the trained two-class support vector machine to patch vectors of other patches in the collection of patches, the other patches as belonging or not belonging to the same class of interest as the user selected subset of patches; and identifying one or more regions of interest based at least in part on the results of the classifying. obtaining , by an image processing engine , access to a digital tissue image of a biological sample; tiling , by the image processing engine, the digital tissue image into a collection of image patches ; obtaining , by the image processing engine, a plurality of features from each patch in the collection of image patches, the plurality of features defining a patch feature vector in a multidimensional feature space including the plurality of features as dimensions; determining , by the image processing engine, a user selection of a user selected subset of patches in the collection of image patches; training a one-class support vector machine based on the user selected subset of patches; accessing all or a predetermined number of previously selected patches , and determining , using the trained one-class support vector machine, a subset of the previously selected patches which are in a same class as the user selected subset of patches; training a two-class support vector machine based on the user selected subset of patches and the subset of the previously selected patches ; classifying , by applying the trained two-class support vector machine to patch vectors of other patches in the collection of patches, the other patches as belonging or not belonging to the same class of interest as the user selected subset of patches; and identifying one or more regions of interest based at least in part on the results of the classifying.
A communications system, comprising: a network interface to a network; and a processor comprising machine-readable instructions that when read by the processor cause the processor to perform: monitoring a communication between a first user device, utilized by a first user, and a second user device, utilized by a second user, utilizing the network; accessing indicia of emotionally charged content in records maintained in a data storage to determine if the monitored communication comprises emotionally charged content from the first user device; upon determining the communication comprises emotionally charged content from the first user device , modifying the communication to comprise the communication omitting the emotionally charged content and comprising an attenuated emotionally charged content and wherein the processor determines the communication comprises emotionally charged content derived from a set of attributes of the second user; and causing the modified communication to be presented to the second user device. a network interface to a network; and a processor comprising machine-readable instructions that when read by the processor cause the processor to perform: monitoring a communication between a first user device, utilized by a first user, and a second user device, utilized by a second user, utilizing the network; accessing indicia of emotionally charged content in records maintained in a data storage to determine if the monitored communication comprises emotionally charged content from the first user device; upon determining the communication comprises emotionally charged content from the first user device , modifying the communication to comprise the communication omitting the emotionally charged content and comprising an attenuated emotionally charged content and wherein the processor determines the communication comprises emotionally charged content derived from a set of attributes of the second user; and causing the modified communication to be presented to the second user device. monitoring a communication between a first user device, utilized by a first user, and a second user device, utilized by a second user, utilizing the network; accessing indicia of emotionally charged content in records maintained in a data storage to determine if the monitored communication comprises emotionally charged content from the first user device; upon determining the communication comprises emotionally charged content from the first user device , modifying the communication to comprise the communication omitting the emotionally charged content and comprising an attenuated emotionally charged content and wherein the processor determines the communication comprises emotionally charged content derived from a set of attributes of the second user; and causing the modified communication to be presented to the second user device.