mhurhangee/ep-ind-claims huggingface dataset:
Method comprising: - authenticating one or more first clients by a server (200, 600), - authenticating one or more second clients (220, 230) by the server (200, 600), and - providing at least one application data unit switching by the server (200, 600) such that, when a data packet having a control application data unit is received from one of the first clients at the server (200, 600), the server (200, 600) sends a data packet having the control application data unit that the received data packet contains to at least one of the second clients (220, 230) according to a mapping between the one or more first clients and the one or more second clients, and/or that, when a data packet having a response application data unit is received from one of the second clients (220, 230) at the server (200, 600), the server (200, 600) sends a data packet having the response application data unit that the received data packet contains to at least one of the first clients according to a mapping between the one or more first clients and the one or more second clients, wherein the mapping is a mapping between a first client and a plurality of second clients, a mapping between a plurality of first clients and a second client and/or a mapping between a plurality of first clients and a plurality of second clients, and wherein the mapping determines the clients to which the server is to send a data packet having an application data unit. - authenticating one or more first clients by a server (200, 600), - authenticating one or more second clients (220, 230) by the server (200, 600), and - providing at least one application data unit switching by the server (200, 600) such that, when a data packet having a control application data unit is received from one of the first clients at the server (200, 600), the server (200, 600) sends a data packet having the control application data unit that the received data packet contains to at least one of the second clients (220, 230) according to a mapping between the one or more first clients and the one or more second clients, and/or that, when a data packet having a response application data unit is received from one of the second clients (220, 230) at the server (200, 600), the server (200, 600) sends a data packet having the response application data unit that the received data packet contains to at least one of the first clients according to a mapping between the one or more first clients and the one or more second clients, wherein the mapping is a mapping between a first client and a plurality of second clients, a mapping between a plurality of first clients and a second client and/or a mapping between a plurality of first clients and a plurality of second clients, and wherein the mapping determines the clients to which the server is to send a data packet having an application data unit.
A cutter having three cutting heads for use as attachment to a lawnmower tractor is comprised of a cover assembly under which are located said three cutting head assemblies positioned in a triangular fashion; said cover assembly pivots around a central axis; said three headed cutter has a connecting member for connecting it to said tractor by way of an articulated boom arm; said boom arm connects with said connecting member at a pivot point, from which a biasing means is also connected; each of said three cutting head assemblies consists of a twin blade member and a caster; said caster rotates with said cutting head assemblies; said cover assembly is further supported by a support wheel which takes on the load from said connecting member and said articulated boom arm; said central axis has a motor from which extends downwardly a shaft member, which itself connects to a multiple track pulley which has three belts, one for each cutting head pulley, which themselves connect directly to said cutting head by way of a short shaft member; tension pulley assemblies, which consist in a pulley and biasing means assembly, keep tension on said belts, characterized in that it further comprises a ratcheting means consisting of a pawl and toothed gear allowing said cover assembly to pivot in only one direction.
A sliding door closure system of a piece of furniture comprising at least two sliding doors (1, 2) displaceable on at least two runways extending at least partially in parallel to one another, having - a lock cylinder, which is arranged on an outer sliding door, comprising a rotating handle, a cylinder housing, and a cylinder core, which is integrated therein about a first axis of rotation and is rotatable using the rotating handle, - a folding hasp, which is arranged on a lock housing so it is pivotable about a second axis of rotation perpendicular to the first axis of rotation by rotating the cylinder core, characterized in that - the folding hasp bears in a closed position with a stop edge on a stop fastenable on an inner sliding door, - wherein the stop extends from an end face of the inner sliding door extending perpendicularly to the displacement direction (x) to a front side of the inner sliding door facing toward the outer sliding door, - wherein the thickness (d) of the stop is dimensioned at least in sections in the region of the front side of the inner sliding door facing toward the outer sliding door such that a gap between the sliding doors (1, 2) standing one in front of another is at least partially concealed. - a lock cylinder, which is arranged on an outer sliding door, comprising a rotating handle, a cylinder housing, and a cylinder core, which is integrated therein about a first axis of rotation and is rotatable using the rotating handle, - a folding hasp, which is arranged on a lock housing so it is pivotable about a second axis of rotation perpendicular to the first axis of rotation by rotating the cylinder core, - the folding hasp bears in a closed position with a stop edge on a stop fastenable on an inner sliding door, - wherein the stop extends from an end face of the inner sliding door extending perpendicularly to the displacement direction (x) to a front side of the inner sliding door facing toward the outer sliding door, - wherein the thickness (d) of the stop is dimensioned at least in sections in the region of the front side of the inner sliding door facing toward the outer sliding door such that a gap between the sliding doors (1, 2) standing one in front of another is at least partially concealed.
A wireless user device in radio communication, the wireless user device being configured to: send a network selection request, including an attached token provided by the wireless user device, to a first access point of a first network; receive at least one response to the network selection request, including the attached token, from either the first access point or at least one neighboring access point (5, 6), the neighboring access points belonging to the first network or a network different from the first network, and being able to communicate with the wireless user device; and choose a communication network, based on the response or responses (12, 15, 17) received. send a network selection request, including an attached token provided by the wireless user device, to a first access point of a first network; receive at least one response to the network selection request, including the attached token, from either the first access point or at least one neighboring access point (5, 6), the neighboring access points belonging to the first network or a network different from the first network, and being able to communicate with the wireless user device; and choose a communication network, based on the response or responses (12, 15, 17) received.
A method by a wireless local area network, WLAN, termination, WT, node (106a, 108) in a second radio access technology, RAT, the method comprising: receiving, from a base station, in a first RAT, a WT addition request message including quality of service, QoS, parameters for at least one bearer; identifying access category information for the second RAT, based on the QoS parameters received from the base station; transmitting, to the base station, a WT addition request acknowledge message including the access category information for the second RAT, the access category information for the second RAT being forwarded from the base station to a terminal; and receiving, from the terminal, data based on the access category information for the second RAT. receiving, from a base station, in a first RAT, a WT addition request message including quality of service, QoS, parameters for at least one bearer; identifying access category information for the second RAT, based on the QoS parameters received from the base station; transmitting, to the base station, a WT addition request acknowledge message including the access category information for the second RAT, the access category information for the second RAT being forwarded from the base station to a terminal; and receiving, from the terminal, data based on the access category information for the second RAT.
A tissue-engineering scaffold for use in articular cartilage repair, wherein the tissue-engineering scaffold comprises: (a) a microporous scaffold comprising a biocompatible material suitable for use in tissue-engineering scaffolds; and (b) a nanofibrous, nanoporous hydrogel formed from self-assembling peptides selected from NH 2 -KLDLKLDLKLDL-COOH (SEQ ID NO:2) or NH 2 -RADARADARADARADA-COOH (SEQ ID NO:1). (a) a microporous scaffold comprising a biocompatible material suitable for use in tissue-engineering scaffolds; and (b) a nanofibrous, nanoporous hydrogel formed from self-assembling peptides selected from NH 2 -KLDLKLDLKLDL-COOH (SEQ ID NO:2) or NH 2 -RADARADARADARADA-COOH (SEQ ID NO:1).
A method of cementing in a subterranean formation, comprising: providing a cement composition comprising water, cement, mica having a mean aspect ratio of at least 50 and microspheres; introducing the cement composition into the subterranean formation; and allowing the cement composition to set therein. providing a cement composition comprising water, cement, mica having a mean aspect ratio of at least 50 and microspheres; introducing the cement composition into the subterranean formation; and allowing the cement composition to set therein.
A vehicle comprising: a cargo hold; a shipping unit; cargo packages; first sensors mounted to the shipping unit or the cargo hold, the first sensors configured to sense an environmental condition of a general area within the cargo hold; second sensors mounted to cargo packages that are supported by one of the shipping units, each of the second sensors configured to sense the environmental condition where the cargo package is located in the cargo hold; a control unit comprising processing circuitry and wirelessly connected to the first and second sensors, wherein the control unit is configured to: based on first signals from the first sensors, determine the environmental condition within two or more of the general areas within the cargo hold; determine that the environmental condition at a first one of the general areas is outside an operational range; and based on second signals from the second sensors that are located in the first one of the general areas, confirm that the environmental condition is outside of the operational range. a cargo hold; a shipping unit; cargo packages; first sensors mounted to the shipping unit or the cargo hold, the first sensors configured to sense an environmental condition of a general area within the cargo hold; second sensors mounted to cargo packages that are supported by one of the shipping units, each of the second sensors configured to sense the environmental condition where the cargo package is located in the cargo hold; a control unit comprising processing circuitry and wirelessly connected to the first and second sensors, wherein the control unit is configured to: based on first signals from the first sensors, determine the environmental condition within two or more of the general areas within the cargo hold; determine that the environmental condition at a first one of the general areas is outside an operational range; and based on second signals from the second sensors that are located in the first one of the general areas, confirm that the environmental condition is outside of the operational range. based on first signals from the first sensors, determine the environmental condition within two or more of the general areas within the cargo hold; determine that the environmental condition at a first one of the general areas is outside an operational range; and based on second signals from the second sensors that are located in the first one of the general areas, confirm that the environmental condition is outside of the operational range.
A method for a first device to determine a sidelink feedback resource associated with sidelink communication in a group, comprising: obtaining an identifier of the first device from an upper layer of the first device; receiving a groupcast sidelink transmission from a second device; determining the sidelink feedback resource from a total number of sidelink feedback resources associated with the groupcast sidelink transmission at least based on the identifier of the first device and a source identity, in the following also referred to as ID, of the second device associated with the groupcast sidelink transmission, wherein the sidelink feedback resource is associated with an index, and wherein the index is associated with a remainder of the identifier of the first device divided by the total number of sidelink feedback resources; and using the sidelink feedback resource to transmit a feedback in response to the groupcast sidelink transmission to the second device. obtaining an identifier of the first device from an upper layer of the first device; receiving a groupcast sidelink transmission from a second device; determining the sidelink feedback resource from a total number of sidelink feedback resources associated with the groupcast sidelink transmission at least based on the identifier of the first device and a source identity, in the following also referred to as ID, of the second device associated with the groupcast sidelink transmission, wherein the sidelink feedback resource is associated with an index, and wherein the index is associated with a remainder of the identifier of the first device divided by the total number of sidelink feedback resources; and using the sidelink feedback resource to transmit a feedback in response to the groupcast sidelink transmission to the second device.
A foldable display unit for use with an electronic device comprising: a flexible element comprising a folding edge, wherein the flexible element is foldable along the folding edge; and a hinge coupled to the flexible element to support the flexible element during folding, wherein the hinge is to longitudinally extend along the folding edge, the hinge comprising an elastic connector element to longitudinally extend along the folding edge, the elastic connector element having an end coupler at each longitudinal end of the elastic connector element to couple to ends of the folding edge of the flexible element; and a plurality of bracing elements, wherein each bracing element from the plurality of bracing elements is to operably couple to an adjacent bracing element from the plurality of bracing elements, to be folded into an arcuate shape, wherein each bracing element is supported and locked against the adjacent bracing element in the arcuate shape; and the plurality of bracing elements being oval gears, the plurality of oval gears being rotatably mounted along a length of the elastic connector element, and wherein each of the plurality of oval gears is to abut against adjacent oval gears substantially at a minor axis in an unfolded condition of the hinge; wherein each of the plurality of oval gears is adapted to rotate about a fixed axis on the elastic connector element when the foldable display unit is folded. a flexible element comprising a folding edge, wherein the flexible element is foldable along the folding edge; and a hinge coupled to the flexible element to support the flexible element during folding, wherein the hinge is to longitudinally extend along the folding edge, the hinge comprising an elastic connector element to longitudinally extend along the folding edge, the elastic connector element having an end coupler at each longitudinal end of the elastic connector element to couple to ends of the folding edge of the flexible element; and a plurality of bracing elements, wherein each bracing element from the plurality of bracing elements is to operably couple to an adjacent bracing element from the plurality of bracing elements, to be folded into an arcuate shape, wherein each bracing element is supported and locked against the adjacent bracing element in the arcuate shape; and the plurality of bracing elements being oval gears, the plurality of oval gears being rotatably mounted along a length of the elastic connector element, and wherein each of the plurality of oval gears is to abut against adjacent oval gears substantially at a minor axis in an unfolded condition of the hinge; wherein each of the plurality of oval gears is adapted to rotate about a fixed axis on the elastic connector element when the foldable display unit is folded.
A switching structure of water dispensing apparatus, wherein a main body of said water dispensing apparatus has an inlet channel and an outlet channel, wherein said inlet channel and said outlet channel has a lateral channel therebetween, wherein said lateral channel has an inlet opening formed by said inlet channel, wherein said lateral channel is pivotingly assembled with a pivot valve, wherein said pivot valve is mounted through said lateral channel, wherein said pivot valve has a water sealing portion, wherein the shape of said inlet opening has a longitudinal width larger than a transverse width thereof with the longitudinal width being parallel to a pivoting axis of the pivot valve and the transverse width being perpendicular to the longitudinal width, wherein said lateral channel has an outlet opening formed by said outlet channel, wherein said pivot valve is column shaped and is transversely passing through said lateral channel of said main body of water dispensing apparatus, wherein said pivot valve is mounted through said lateral channel and assembled with an actuation member to adjust the radial angle of the pivoting of said pivot valve by operating said actuation member to control to open and close said inlet channel, characterized in that said water sealing portion is to seal said inlet opening, wherein the shape of said water sealing portion matches the shape of said inlet opening, wherein said water sealing portion is to open or close said inlet opening, wherein a side of said water sealing portion surroundingly has a groove, wherein said groove accommodates a sealing element, wherein when said sealing element is put in said groove, the sleeving between said sealing element and said groove still leaves a minor gap to allow water flow to flush therefrom, so as to allow water flow to flush back to push against said sealing element and make said sealing element press on the outer periphery of said inlet opening, which makes said sealing element close said inlet opening more securely.
An image processing apparatus, comprising: an image data obtaining means configured to obtain image data acquired by photographing biological tissue; a color space converting means configured to convert pixel values of the image data into pixel values of a predetermined color space, characterized by a score calculating means configured to calculate a score representing severity degree of lesion of the biological tissue photographed in an image represented by the image data for each pixel based on the image data; a reliability evaluation means configured to evaluate reliability of the score based on the image data; and a score reliability calculating means configured to calculate score reliability which represents a ratio of pixels of which scores have predetermined reliability to all the pixels of the image data, wherein the reliability evaluation means is configured to evaluate the reliability of the scores based on intensity of each pixel output by the color space converting means. an image data obtaining means configured to obtain image data acquired by photographing biological tissue; a color space converting means configured to convert pixel values of the image data into pixel values of a predetermined color space, characterized by a score calculating means configured to calculate a score representing severity degree of lesion of the biological tissue photographed in an image represented by the image data for each pixel based on the image data; a reliability evaluation means configured to evaluate reliability of the score based on the image data; and a score reliability calculating means configured to calculate score reliability which represents a ratio of pixels of which scores have predetermined reliability to all the pixels of the image data, wherein the reliability evaluation means is configured to evaluate the reliability of the scores based on intensity of each pixel output by the color space converting means.
Perforated lid for cooking food, said lid comprising: - a lid, provided with holes arranged in a circle around the center of the lid; - a deflector element, having dimensions smaller than the lid, shaped in the same way of the central part of the lid placed at the upper side of the lid; - a threaded pin that connects and makes integral with each other the lid, the deflector element and a knob; wherein between the upper side of the lid and the underside of the deflector element is interposed a device apt to vary the distance between said lid and said deflector element, bringing said deflector element from a position adherent to said lid and such as to cover said holes, to a position spaced from said lid and from said holes,which are consequently free, characterised in that said device apt to vary the distance between said lid and said deflector element is a device apt to vary its extension as a function of temperature of the cooking container and the lid placed above, said device varying its size extending with increasing temperature and retracting with decreasing of the same. - a lid, provided with holes arranged in a circle around the center of the lid; - a deflector element, having dimensions smaller than the lid, shaped in the same way of the central part of the lid placed at the upper side of the lid; - a threaded pin that connects and makes integral with each other the lid, the deflector element and a knob; wherein between the upper side of the lid and the underside of the deflector element is interposed a device apt to vary the distance between said lid and said deflector element, bringing said deflector element from a position adherent to said lid and such as to cover said holes, to a position spaced from said lid and from said holes,which are consequently free, characterised in that said device apt to vary the distance between said lid and said deflector element is a device apt to vary its extension as a function of temperature of the cooking container and the lid placed above, said device varying its size extending with increasing temperature and retracting with decreasing of the same.