mhurhangee/ep-ind-claims huggingface dataset:
A method of securely storing a content from a mobile node into a remote node, the method comprising the steps of: - sending, from the mobile node towards an authentication server, a request for a first challenge; - receiving at the mobile node the first challenge from the authentication server, the first challenge comprising a random value and a first authentication token; - generating at the mobile node a content key based on the random value and calculating at the mobile made a first sequence number based on the first authentication token; - encrypting at the mobile node the content by use of the content key; - transferring the encrypted content form the mobile node towards the remote node; - discarding the content key from the mobile node; - fetching at the mobile the encrypted content from the remote node; - sending, from the mobile node towards the authentication server, a request to generate a second challenge; - receiving, at the mobile node, the second challenge comprising the random value and a second authentication token from the authentication server; - calculating a second sequence number based on the second authentication token; - verifying by the mobile node if the second sequence number is greater than the first sequence number and if the second sequence number is greater than the first sequence number, then - regenerating, at the mobile node, the same content key based on the random value; and - decrypting, at the mobile node, the fetched content by use of the regenerated content key. - sending, from the mobile node towards an authentication server, a request for a first challenge; - receiving at the mobile node the first challenge from the authentication server, the first challenge comprising a random value and a first authentication token; - generating at the mobile node a content key based on the random value and calculating at the mobile made a first sequence number based on the first authentication token; - encrypting at the mobile node the content by use of the content key; - transferring the encrypted content form the mobile node towards the remote node; - discarding the content key from the mobile node; - fetching at the mobile the encrypted content from the remote node; - sending, from the mobile node towards the authentication server, a request to generate a second challenge; - receiving, at the mobile node, the second challenge comprising the random value and a second authentication token from the authentication server; - calculating a second sequence number based on the second authentication token; - verifying by the mobile node if the second sequence number is greater than the first sequence number and if the second sequence number is greater than the first sequence number, then - regenerating, at the mobile node, the same content key based on the random value; and - decrypting, at the mobile node, the fetched content by use of the regenerated content key.
A breathing assistance apparatus comprising a main body, the main body comprising an upper housing and a lower housing that are configured to be secured together, a bottom of the lower housing enclosed by a cover, the upper housing having at least one outer wall and at least one generally vertical inner wall, a humidification compartment defined within the main body and adapted to receive a humidification chamber, a flow generator mounted within the lower housing, and a liquid containment compartment positioned within the main body between the at least one outer wall and the at least one generally vertical inner wall, the liquid containment compartment being fluidly connected to both the flow generator and the humidification compartment such that a gas flow path from the flow generator to the humidification compartment passes through the liquid containment compartment, and wherein the liquid containment compartment comprises a lower surface that is part of a top surface of the lower housing, a first opening in the upper housing that defines an outlet for gases flow out of the liquid containment compartment to the humidification compartment, and a second opening in the lower housing, the second opening being positioned generally vertically higher than the lower surface that defines an inlet for gases flow into the liquid containment compartment from the flow generator.
An electronic device replacement structure comprising: a housing body including a base and at least one clasping member connected to one side of the base, the base being disposed inside the housing body, a first plate being protrudingly disposed on the base; and an electronic module (200, 200') disposed on the base and corresponding to the clasping member, the electronic module (200, 200') including a casing and a fastening implement connected to the casing, the fastening implement having at least one elastic locking element and a second plate, the elastic locking element being provided for engaging the clasping member, the second plate protruding toward the first plate and contacting against the first plate, wherein the first plate and the second plate are in a ring shape in appearance, wherein the first plate is further contained inside a space confined by the second plate, wherein a wall thickness of the first plate connected to a surface of the base is thicker than a wall thickness (t) of the first plate away from the surface of the base, and wherein a wall thickness of the second plate connected to a surface of the fastening implement is thicker than a wall thickness (d) of the second plate away from the surface of the fastening implement. a housing body including a base and at least one clasping member connected to one side of the base, the base being disposed inside the housing body, a first plate being protrudingly disposed on the base; and an electronic module (200, 200') disposed on the base and corresponding to the clasping member, the electronic module (200, 200') including a casing and a fastening implement connected to the casing, the fastening implement having at least one elastic locking element and a second plate, the elastic locking element being provided for engaging the clasping member, the second plate protruding toward the first plate and contacting against the first plate,
A computer-implemented method for detecting vulnerabilities of a binary image classification model, comprising: receiving, by a computer system (220, 900), a binary image data, the computer system configured to detect a pixel value in the binary image data to represent a non-machine language value related to the binary image data; determining, by the computer system, that the binary image data further comprises at least a pixel value that is altered (406, 408, 410) in a manner to change the non-machine language value related to the binary image data when read by an image recognition system, the alteration indicative of a potential attack on the binary image classification model; and alerting, by the computer system, to the image recognition system to review the binary image data in response to the determined alteration, wherein said determining that the binary image data comprises an altered pixel value comprises determining that a first artificial intelligence model of the image recognition system and a second artificial intelligence model of the image recognition system were attacked simultaneously, wherein the first artificial intelligence model of the image recognition system classifies a portion of the binary image data that represents a numerical amount written in numbers and the second artificial intelligence model of the image recognition system classifies a second portion of the binary image data that represents the numerical amount written in letters. receiving, by a computer system (220, 900), a binary image data, the computer system configured to detect a pixel value in the binary image data to represent a non-machine language value related to the binary image data; determining, by the computer system, that the binary image data further comprises at least a pixel value that is altered (406, 408, 410) in a manner to change the non-machine language value related to the binary image data when read by an image recognition system, the alteration indicative of a potential attack on the binary image classification model; and wherein said determining that the binary image data comprises an altered pixel value comprises determining that a first artificial intelligence model of the image recognition system and a second artificial intelligence model of the image recognition system were attacked simultaneously, wherein the first artificial intelligence model of the image recognition system classifies a portion of the binary image data that represents a numerical amount written in numbers and the second artificial intelligence model of the image recognition system classifies a second portion of the binary image data that represents the numerical amount written in letters.
A mobile device for extracting a token from a barcode comprising: a camera; and a token extractor coupled with the camera and configured to: analyze an image captured by the camera from a display of a client device, and extract a barcode from the image, wherein the barcode contains a token, and is displayed on the client device in response to a request of the client device to access a resource; decode an identity of the resource from the barcode prior to extraction of the token; based at least in part on the decoded identity of the resource, identify an appropriate barcode decoding algorithm associated with the resource; extract the token contained in the barcode, wherein extraction includes: use the identified barcode decoding algorithm to decode the barcode to obtain data from the barcode; and extract the token from the data; and enable the token to be used to gain the requested access to the resource. a camera; and a token extractor coupled with the camera and configured to: analyze an image captured by the camera from a display of a client device, and extract a barcode from the image, wherein the barcode contains a token, and is displayed on the client device in response to a request of the client device to access a resource; decode an identity of the resource from the barcode prior to extraction of the token; based at least in part on the decoded identity of the resource, identify an appropriate barcode decoding algorithm associated with the resource; extract the token contained in the barcode, wherein extraction includes: use the identified barcode decoding algorithm to decode the barcode to obtain data from the barcode; and extract the token from the data; and enable the token to be used to gain the requested access to the resource. analyze an image captured by the camera from a display of a client device, and extract a barcode from the image, wherein the barcode contains a token, and is displayed on the client device in response to a request of the client device to access a resource; decode an identity of the resource from the barcode prior to extraction of the token; based at least in part on the decoded identity of the resource, identify an appropriate barcode decoding algorithm associated with the resource; extract the token contained in the barcode, wherein extraction includes: use the identified barcode decoding algorithm to decode the barcode to obtain data from the barcode; and extract the token from the data; and enable the token to be used to gain the requested access to the resource. use the identified barcode decoding algorithm to decode the barcode to obtain data from the barcode; and extract the token from the data; and enable the token to be used to gain the requested access to the resource.
A method comprising: displaying at least one image on a display of an electronic device; sensing at least one touch of a selection object on a touch screen of the electronic device, wherein the selection object is configured to select, through the touch screen, an input region corresponding to the at least one image; generating touch data based on the sensed at least one touch wherein the touch data comprises one of a series of physical touches, a series of approach touches, or a combination thereof; determining that the touch data is within preset limits; and in response to determining that the touch data is within the preset limits, contemporaneously varying a location of the input region based on the touch data to produce a motion compensated input region.
A method of wireless communication, comprising: determining, by a base station, a channel state information, CSI, reference signal, CSI-RS, resource having greater than or equal to a threshold number of antenna ports and a code divisional multiplex, CDM, length of at least eight; identifying a group of four CSI-RS configurations into which one or more CSI-RS ports of the CSI-RS resource will be mapped into; mapping each of the one or more ports of the CSI-RS resource into each configuration of the group of four CSI-RS configurations; allocating the one or more mapped ports to a set of resource elements, REs, within the corresponding configuration of the group of four CSI-RS configurations; and transmitting the one or more CSI-RS ports from the determined set of resource elements within the group of four CSI-RS configurations, wherein the one or more mapped ports are allocated to the set of REs within the corresponding configuration based on a spreading sequence for spreading across the group of four CSI-RS configurations, wherein the mapping of spreading sequence to the set of resource elements is determined by the order of the four CSI-RS configurations in the group of four CSI-RS configurations. determining, by a base station, a channel state information, CSI, reference signal, CSI-RS, resource having greater than or equal to a threshold number of antenna ports and a code divisional multiplex, CDM, length of at least eight; identifying a group of four CSI-RS configurations into which one or more CSI-RS ports of the CSI-RS resource will be mapped into; mapping each of the one or more ports of the CSI-RS resource into each configuration of the group of four CSI-RS configurations; allocating the one or more mapped ports to a set of resource elements, REs, within the corresponding configuration of the group of four CSI-RS configurations; and transmitting the one or more CSI-RS ports from the determined set of resource elements within the group of four CSI-RS configurations, wherein the one or more mapped ports are allocated to the set of REs within the corresponding configuration based on a spreading sequence for spreading across the group of four CSI-RS configurations, wherein the mapping of spreading sequence to the set of resource elements is determined by the order of the four CSI-RS configurations in the group of four CSI-RS configurations.
Method for making a decorative multilaminar veneer comprising the successive steps of: obtaining sheets of wood from a log of wood or from a block of multilaminar wood; - superimposing and permanently sticking the sheets of wood on top of one another to make a plurality of packets of sheets of wood; - providing a plurality of male moulds and at least one female countermould, wherein each male mould has a convex curvilinear profile with different curvature radiuses from one mould to the other and wherein the female countermould has a concave curvilinear profile; - arranging, pressing and permanently sticking together several packets, in sequence and superimposed, between the female countermould and in sequence the male moulds to progressively deform in a curvilinear manner the packets, replacing in sequence, when a preset height of the superimposed, joined and deformed packets has been reached, a male mould with a profile with a greater curvature radius with a successive male mould with a profile with a lesser curvature radius; - obtaining a sliceable block formed by said superimposing, joining and deforming of packets of sheets of wood; - slicing said block to obtain a decorative multilaminar veneer. - superimposing and permanently sticking the sheets of wood on top of one another to make a plurality of packets of sheets of wood; - providing a plurality of male moulds and at least one female countermould, wherein each male mould has a convex curvilinear profile with different curvature radiuses from one mould to the other and wherein the female countermould has a concave curvilinear profile; - arranging, pressing and permanently sticking together several packets, in sequence and superimposed, between the female countermould and in sequence the male moulds to progressively deform in a curvilinear manner the packets, replacing in sequence, when a preset height of the superimposed, joined and deformed packets has been reached, a male mould with a profile with a greater curvature radius with a successive male mould with a profile with a lesser curvature radius; - obtaining a sliceable block formed by said superimposing, joining and deforming of packets of sheets of wood; - slicing said block to obtain a decorative multilaminar veneer.
Method for selecting a route to be travelled along by a vehicle, wherein the method comprises the following steps: predicting vehicle data, with dynamically variable values when a selectable route is travelled along, of the vehicle for at least one route segment of the route using route data of the route and acquired or estimated actual vehicle data of the vehicle, in order to generate prediction vehicle data, wherein the prediction vehicle data comprise predicted values of the vehicle data for the at least one route segment of the selectable route; and evaluating the route using the prediction vehicle data in order to generate a route evaluation result, in order to select the route using the at least one route segment in accordance with the route evaluation result, characterized in that in the prediction step, the vehicle data is predicted using a dynamic prediction model, wherein actual vehicle data which is acquired while the vehicle is travelling is assessed in order to adapt the prediction vehicle data, and wherein the evaluation step of the route is repeated using the adapted prediction vehicle data if a difference between the prediction vehicle data and the adapted prediction vehicle data exceeds a threshold value. predicting vehicle data, with dynamically variable values when a selectable route is travelled along, of the vehicle for at least one route segment of the route using route data of the route and acquired or estimated actual vehicle data of the vehicle, in order to generate prediction vehicle data, wherein the prediction vehicle data comprise predicted values of the vehicle data for the at least one route segment of the selectable route; and evaluating the route using the prediction vehicle data in order to generate a route evaluation result, in order to select the route using the at least one route segment in accordance with the route evaluation result, characterized in that in the prediction step, the vehicle data is predicted using a dynamic prediction model, wherein actual vehicle data which is acquired while the vehicle is travelling is assessed in order to adapt the prediction vehicle data, and wherein the evaluation step of the route is repeated using the adapted prediction vehicle data if a difference between the prediction vehicle data and the adapted prediction vehicle data exceeds a threshold value.
An energy curable bonding resin composition to prevent corrosion in bonding metallic optical structures comprising: at least one monomer; acrylated epoxidized soya bean oil; and a photoinitiator selected from among 2,4,6-trimethylbenzoyl-diphenylphosphine oxide; phosphine oxide, phenylbis 2,4,6-trimethyl benzoyl; oligo[2-hydroxy-2-methyl-1-[4-(1- methylvinyl)phenyl]propanone]; and combinations thereof. at least one monomer; acrylated epoxidized soya bean oil; and a photoinitiator selected from among 2,4,6-trimethylbenzoyl-diphenylphosphine oxide; phosphine oxide, phenylbis 2,4,6-trimethyl benzoyl; oligo[2-hydroxy-2-methyl-1-[4-(1- methylvinyl)phenyl]propanone]; and combinations thereof.
A vibration device in a bone conduction speaker, comprising: a vibration conductive plate connected to a magnetic component; and a vibration board, wherein at least a part of the vibration conductive plate is physically attached to at least a part of the vibration board, and a voice coil attached to the vibration board, characterized in that the vibration board is configured to vibrate at a first resonance peak, the vibration of the vibration board is transferred to the vibration conductive plate, and the vibration conductive plate is configured to vibrate at a second resonance peak. a vibration conductive plate connected to a magnetic component; and a vibration board, wherein at least a part of the vibration conductive plate is physically attached to at least a part of the vibration board, and a voice coil attached to the vibration board, characterized in that the vibration board is configured to vibrate at a first resonance peak, the vibration of the vibration board is transferred to the vibration conductive plate, and the vibration conductive plate is configured to vibrate at a second resonance peak.
Inhaler component for forming a vapour/air mixture or/and condensation aerosol by evaporation of a liquid material and, if appropriate, condensation of the formed vapour, comprising: a) an electric heating element for evaporating a portion of the liquid material, b) a wick with a capillary structure, which wick forms a composite with the heating element and supplies the heating element automatically with the liquid material, c) a carrier plate, which carries the composite and on which the heating element is electrically contacted, d) a capillary gap formed at least partially by the carrier plate and automatically supplying the composite with the liquid material, by means of an end portion of the wick extending into the capillary gap, and e) a liquid container which contains the liquid material and from which the capillary gap draws the liquid material, characterized in that the carrier plate has a recess which the composite spans without contact, and in that the carrier plate is secured at least partially on the liquid container, and in that the capillary gap at least partially covers the liquid container on the outside, in a view perpendicular to the carrier plate. a) an electric heating element for evaporating a portion of the liquid material, b) a wick with a capillary structure, which wick forms a composite with the heating element and supplies the heating element automatically with the liquid material, c) a carrier plate, which carries the composite and on which the heating element is electrically contacted, d) a capillary gap formed at least partially by the carrier plate and automatically supplying the composite with the liquid material, by means of an end portion of the wick extending into the capillary gap, and e) a liquid container which contains the liquid material and from which the capillary gap draws the liquid material,
Method for cleaning and/or refreshing items of clothing with the aid of a plasma appliance by way of a user, characterised by the following steps: - selecting an item of clothing to be cleaned and/or scanning the item of clothing to be cleaned by means of an external display unit by way of the user, - specifying a start point of a desired cleaning region and/or cleaning path, - beginning the cleaning and/or the refreshing of the item of clothing, - displaying cleaned and/or refreshed regions of the item of clothing on the external display unit. - selecting an item of clothing to be cleaned and/or scanning the item of clothing to be cleaned by means of an external display unit by way of the user, - specifying a start point of a desired cleaning region and/or cleaning path, - beginning the cleaning and/or the refreshing of the item of clothing, - displaying cleaned and/or refreshed regions of the item of clothing on the external display unit.