mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for information protection, comprising: determining one or more data inputs and one or more data outputs for a transaction, wherein the one or more data inputs respectively correspond to one or more input asset types, and the one or more data outputs respectively correspond to one or more output asset types; hashing the one or more input asset types and the one or more output asset types; generating a plurality of commitment values by committing each of the hashed input asset types and the hashed output asset types according to a commitment scheme, wherein the commitment scheme is based on a basepoint G, and a plurality of blinding factors respectively corresponding to the input asset types and the output asset types; generating a plurality of differences respectively between a plurality of pairs of the commitment values; concatenating the generated plurality of differences; generating a hash value by hashing the concatenated plurality of differences; generating a parameter R based at least on the hash value and differences between a plurality of pairs of the blinding factors; and submitting the transaction to one or more nodes in a blockchain network with disclosure of the parameter R and without disclosure of the input asset types and output asset types for the nodes to verify consistency between the input asset types and the output asset types without knowledge of the input asset types and output asset types. determining one or more data inputs and one or more data outputs for a transaction, wherein the one or more data inputs respectively correspond to one or more input asset types, and the one or more data outputs respectively correspond to one or more output asset types; hashing the one or more input asset types and the one or more output asset types; generating a plurality of commitment values by committing each of the hashed input asset types and the hashed output asset types according to a commitment scheme, wherein the commitment scheme is based on a basepoint G, and a plurality of blinding factors respectively corresponding to the input asset types and the output asset types; generating a plurality of differences respectively between a plurality of pairs of the commitment values; concatenating the generated plurality of differences; generating a hash value by hashing the concatenated plurality of differences; generating a parameter R based at least on the hash value and differences between a plurality of pairs of the blinding factors; and submitting the transaction to one or more nodes in a blockchain network with disclosure of the parameter R and without disclosure of the input asset types and output asset types for the nodes to verify consistency between the input asset types and the output asset types without knowledge of the input asset types and output asset types.
Operating group for a cartoning machine of the vertical type arranged for moving a blank adapted to form a carton suitable for containing one or more products, said operating group comprising: - a magazine suitable for housing a plurality of blanks folded in a planar manner; - gripping means that is configured for retaining a blank and is movable at least between a removing position (W), in which said gripping means removes said blank arranged in the magazine in a folded planar configuration (P), which is horizontal, and a delivery position (D), in which said gripping means delivers said blank arranged in a tridimensional unfolded configuration (T), which is vertical to said planar configuration (P); - said gripping means being rotated around a horizontal rotation axis (X) along a closed loop transfer path; - the magazine being shaped for housing said blanks in a horizontal position at the removing position (W); and - the removing position (W) from said magazine being arranged above the closed loop transfer path travelled by the gripping means , such that the gripping means can remove directly from the magazine said blank in the horizontal folded planar configuration (P), characterised in that said gripping means is configured for travelling a portion of said closed loop transfer path subtended by an angle of substantially 270° between the removing position (W) and the delivery position (D). - a magazine suitable for housing a plurality of blanks folded in a planar manner; - gripping means that is configured for retaining a blank and is movable at least between a removing position (W), in which said gripping means removes said blank arranged in the magazine in a folded planar configuration (P), which is horizontal, and a delivery position (D), in which said gripping means delivers said blank arranged in a tridimensional unfolded configuration (T), which is vertical to said planar configuration (P); - said gripping means being rotated around a horizontal rotation axis (X) along a closed loop transfer path; - the magazine being shaped for housing said blanks in a horizontal position at the removing position (W); and - the removing position (W) from said magazine being arranged above the closed loop transfer path travelled by the gripping means , such that the gripping means can remove directly from the magazine said blank in the horizontal folded planar configuration (P), characterised in that said gripping means is configured for travelling a portion of said closed loop transfer path subtended by an angle of substantially 270° between the removing position (W) and the delivery position (D).
A metal-ceramic composite joint prosthesis, comprising a metal body and a ceramic body , wherein the metal body is integrally formed and comprises a porous structure layer , a boundary layer and a root-like layer , the boundary layer is located between the porous structure layer and the root-like layer , characterised in that the root-like layer comprises a plurality of root-like filament clusters connected to the boundary layer but not in contact with one another, each root-like filament cluster comprises a main root (1-1) perpendicularly connected to the boundary layer and a plurality of fibrous roots (1-2) connected to a lateral side of the main root (1-1), the fibrous roots (1-2) extend obliquely towards the side away from the boundary layer , and the ceramic body covers the root-like filament clusters and is formed on the boundary layer .
A method for calibrating an articulated arm CMM associated with a calibration software, the method comprising: indicating a calibration point, an associated arm calibration position, and a current position of the articulated arm CMM simultaneously and in real-time to a user using said software; moving a distal end of an articulated arm to the calibration point; moving the articulated arm to the calibration position; and indicating that the calibration position has been reached. indicating a calibration point, an associated arm calibration position, and a current position of the articulated arm CMM simultaneously and in real-time to a user using said software; moving a distal end of an articulated arm to the calibration point; moving the articulated arm to the calibration position; and indicating that the calibration position has been reached.
An aerosol generating article comprising: a first portion comprising a composite heat source ; a second portion adjacent to the first portion and comprising at least one of an aerosol generating material and a tobacco material; a third portion comprising a cooling material; and a fourth portion comprising a filter material, wherein the first portion , the second portion , the third portion , and the fourth portion are sequentially arranged along a longitudinal direction of the aerosol generating article , characterized in that the composite heat source comprises a combustible heat source and a combustible wick inserted into the combustible heat source . a first portion comprising a composite heat source ; a second portion adjacent to the first portion and comprising at least one of an aerosol generating material and a tobacco material; a third portion comprising a cooling material; and a fourth portion comprising a filter material, wherein the first portion , the second portion , the third portion , and the fourth portion are sequentially arranged along a longitudinal direction of the aerosol generating article , characterized in that the composite heat source comprises a combustible heat source and a combustible wick inserted into the combustible heat source .
A drug dose for use with an inhaler device, the drug dose comprising: a source material layer ; an electrically resistive material layer (one of 25A-B) in contact with at least one side of the source material layer, the electrically resistive material layer configured to emit heat when contacted by electrodes (26A-B); characterized in that : said drug dose comprises a stacked layer structure comprising said source material layer and said electrically resistive material layer (25A-B); and the electrically resistive material layer is semi permeable, having apertures configured to allow vapors of an active substance released from source material of the source material layer to escape, and the electrically resistive material layer is configured to prevent the source material from escaping. a source material layer ; an electrically resistive material layer (one of 25A-B) in contact with at least one side of the source material layer, the electrically resistive material layer configured to emit heat when contacted by electrodes (26A-B); characterized in that : said drug dose comprises a stacked layer structure comprising said source material layer and said electrically resistive material layer (25A-B); and the electrically resistive material layer is semi permeable, having apertures configured to allow vapors of an active substance released from source material of the source material layer to escape, and the electrically resistive material layer is configured to prevent the source material from escaping. said drug dose comprises a stacked layer structure comprising said source material layer and said electrically resistive material layer (25A-B); and the electrically resistive material layer is semi permeable, having apertures configured to allow vapors of an active substance released from source material of the source material layer to escape, and the electrically resistive material layer is configured to prevent the source material from escaping.
A method for scheduling communications in wireless networks using traffic aggregation, comprising: communicating , by a user equipment, UE, with a first access point using a first RAT to access a first wireless wide area network; communicating , by the UE, with a second access point using a second RAT to access a second wireless local area network, wherein communicating with the second access point comprises accessing the first wireless wide area network via the second wireless local area network to implement traffic aggregation, wherein the first access point is configured to aggregate traffic to communicate with both of the first access point and the second access point; receiving , from the first access point after the traffic aggregation is configured, one or more parameters for scheduling, by the UE, communications with the second access point, using the second RAT, over the second wireless local area network; determining, by the UE, an amount of data to transmit over the second wireless local area network based at least in part on the one or more parameters; and configuring, by the UE, the amount of data for communications with the second access point. communicating , by a user equipment, UE, with a first access point using a first RAT to access a first wireless wide area network; communicating , by the UE, with a second access point using a second RAT to access a second wireless local area network, wherein communicating with the second access point comprises accessing the first wireless wide area network via the second wireless local area network to implement traffic aggregation, wherein the first access point is configured to aggregate traffic to communicate with both of the first access point and the second access point; receiving , from the first access point after the traffic aggregation is configured, one or more parameters for scheduling, by the UE, communications with the second access point, using the second RAT, over the second wireless local area network; determining, by the UE, an amount of data to transmit over the second wireless local area network based at least in part on the one or more parameters; and configuring, by the UE, the amount of data for communications with the second access point.
A seat pan assembly , comprising: spaced left and right seat spreaders ; and a cushion assembly positioned between and supported on the spaced left and right seat spreaders , the cushion assembly comprising: a lower layer of seat foam ; an upper layer of seat foam , and a spring assembly encased at depth with the upper layer of seat foam , the spring assembly comprising a base , sidewalls that extend along opposing ends of the base and upwardly at an angle to the base, and a plurality of springs attached to the sidewalls along a top edge of the sidewalls , wherein the lower layer of seat foam is positioned between the base and the plurality of springs , the upper layer of seat foam is positioned above the plurality of springs , and the springs assembly are free of attachment to the spaced left and right seat spreaders . spaced left and right seat spreaders ; and a cushion assembly positioned between and supported on the spaced left and right seat spreaders , the cushion assembly comprising: a lower layer of seat foam ; an upper layer of seat foam , and a spring assembly encased at depth with the upper layer of seat foam , the spring assembly comprising a base , sidewalls that extend along opposing ends of the base and upwardly at an angle to the base, and a plurality of springs attached to the sidewalls along a top edge of the sidewalls , wherein the lower layer of seat foam is positioned between the base and the plurality of springs , the upper layer of seat foam is positioned above the plurality of springs , and the springs assembly are free of attachment to the spaced left and right seat spreaders . a lower layer of seat foam ; an upper layer of seat foam , and a spring assembly encased at depth with the upper layer of seat foam , the spring assembly comprising a base , sidewalls that extend along opposing ends of the base and upwardly at an angle to the base, and a plurality of springs attached to the sidewalls along a top edge of the sidewalls , wherein the lower layer of seat foam is positioned between the base and the plurality of springs , the upper layer of seat foam is positioned above the plurality of springs , and the springs assembly are free of attachment to the spaced left and right seat spreaders .
A blood processing system, comprising: An apheresis machine configured to be reused for multiple blood processing operations for different patients and including a separation device and a holder ; a disposable fluid processing assembly configured for a single blood processing operation, which fluid processing assembly is insertable to and removable from the apheresis machine and comprises conduits configured to convey fluid such as blood through the processing assembly to and from the separation device, which fluid processing assembly further includes one or more cassettes directing liquid flow among multiple fluid sources and destinations during a fluid processing procedure, wherein the one or more cassettes have a body formed to include one or more input ports , one or more output ports and channels directing fluid from input to output , wherein said body forms one or more open-ended pressure sensing portions having a movable member disposed therein, wherein apertures in the housing allow the sensing portions to be in fluid communication with the channels , and wherein an open end of each sensing portion is sealed by the movable member that is a membrane and is configured to move in response to a change in pressure of the fluid flowing through channels in the cassette ; and wherein the holder includes a vision sensor configured to detect movement of the movable member and to generate a signal indicative of the movement. An apheresis machine configured to be reused for multiple blood processing operations for different patients and including a separation device and a holder ; a disposable fluid processing assembly configured for a single blood processing operation, which fluid processing assembly is insertable to and removable from the apheresis machine and comprises conduits configured to convey fluid such as blood through the processing assembly to and from the separation device, which fluid processing assembly further includes one or more cassettes directing liquid flow among multiple fluid sources and destinations during a fluid processing procedure, wherein the one or more cassettes have a body formed to include one or more input ports , one or more output ports and channels directing fluid from input to output , wherein said body forms one or more open-ended pressure sensing portions having a movable member disposed therein, wherein apertures in the housing allow the sensing portions to be in fluid communication with the channels , and wherein an open end of each sensing portion is sealed by the movable member that is a membrane and is configured to move in response to a change in pressure of the fluid flowing through channels in the cassette ; and wherein the holder includes a vision sensor configured to detect movement of the movable member and to generate a signal indicative of the movement.
A worm reducer, comprising: a worm shaft ; a worm wheel ; a housing that houses the worm shaft and the worm wheel ; a bearing that holds the worm shaft inside the housing ; a coil spring that contacts an outer peripheral surface of the bearing and applies an urging force toward the worm wheel ; and a preload member that is screwed into and fixed to the housing and pressurizes the coil spring , characterized in that a winding direction of the coil spring is different from a winding direction of a thread of the preload member , and contact resistance between the coil spring and the preload member is greater than contact resistance between the coil spring and the bearing. a worm shaft ; a worm wheel ; a housing that houses the worm shaft and the worm wheel ; a bearing that holds the worm shaft inside the housing ; a coil spring that contacts an outer peripheral surface of the bearing and applies an urging force toward the worm wheel ; and a preload member that is screwed into and fixed to the housing and pressurizes the coil spring , characterized in that a winding direction of the coil spring is different from a winding direction of a thread of the preload member , and contact resistance between the coil spring and the preload member is greater than contact resistance between the coil spring and the bearing.
An EphA4-X, comprising a EphA4 polypeptide and X, wherein the EphA4 polypeptide comprises a modified amino acid sequence in which at least one N-glycosylation site has been eliminated relative to the sequence of its wild-type form, and wherein X is a half-life extending molecule selected from the group consisting of a portion of an immunoglobulin, a protein and a polyether.
An optical scanning system for imaging a substrate , comprising: (a) a stage , said stage capable of moving along an axis, said stage configured to hold said substrate comprising a plurality of fields ; (b) an objective lens ; (c) a camera in optical communication with said plurality of fields via an optical path directed through said objective lens , wherein said camera is capable of acquiring an image of one of said plurality of fields via said optical path; (d) a velocity tracking mirror mounted along said optical path; (e) an electrical motor operably coupled to said velocity tracking mirror to adjust an angle of said velocity tracking mirror along said axis; (f) a controller module operably coupled to said electrical motor to send a driving signal to said electrical motor, wherein said driving signal is a function of a velocity measurement of said stage movement along said axis; and (g) an acceleration tracking mirror mounted along said optical path, wherein the optical scanning system is configured such that said velocity tracking mirror moves in response to a velocity of said stage and such that said acceleration tracking mirror moves in response to deviations of a velocity of said stage reducing a tracking error of said plurality of fields by said camera as compared to an absence of movement of said acceleration tracking mirror . (a) a stage , said stage capable of moving along an axis, said stage configured to hold said substrate comprising a plurality of fields ; (b) an objective lens ; (c) a camera in optical communication with said plurality of fields via an optical path directed through said objective lens , wherein said camera is capable of acquiring an image of one of said plurality of fields via said optical path; (d) a velocity tracking mirror mounted along said optical path; (e) an electrical motor operably coupled to said velocity tracking mirror to adjust an angle of said velocity tracking mirror along said axis; (f) a controller module operably coupled to said electrical motor to send a driving signal to said electrical motor, wherein said driving signal is a function of a velocity measurement of said stage movement along said axis; and (g) an acceleration tracking mirror mounted along said optical path, wherein the optical scanning system is configured such that said velocity tracking mirror moves in response to a velocity of said stage and such that said acceleration tracking mirror moves in response to deviations of a velocity of said stage reducing a tracking error of said plurality of fields by said camera as compared to an absence of movement of said acceleration tracking mirror .
A pocket comprising a first wall and a second wall , wherein the first wall and the second wall are connected, the first wall comprises at least two layers and two of the layers are connected at at least a portion of the periphery of the two layers and an unconnected portion of the periphery of the layers forms an opening , and each of the layers comprises at least one major surface wherein in a first configuration of the surfaces of the first wall an interior surface is formed by a first major surface, an exterior surface is formed by a second major surface, characterized in that at least two concealed surfaces are formed by the other major surfaces, and the major surfaces are movable through the opening to interchange the configuration of the surfaces of the first wall .