mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication at a first device, the method comprising: sending a request to a network, the request comprising information used to match the first device with other devices, wherein the matching is performed by the network; receiving a notification from the network to perform peer discovery, the notification being determined based on the request from the first device; performing peer discovery in response to receiving the notification from the network; detecting at least one device via the peer discovery; measuring received signal strength of at least one proximity detection signal from the at least one device; reporting the received signal strength and identification information for the at least one device to the network; receiving information related to one or more devices among the at least one device from the network; determine whether to engage in peer-to-peer, P2P, communication with any of the at least one device based on the information received from the network; wherein the first device performs peer discovery based on a first radio technology and communicates with any of the at least one device based on a second radio technology, which is different from the first radio technology. sending a request to a network, the request comprising information used to match the first device with other devices, wherein the matching is performed by the network; receiving a notification from the network to perform peer discovery, the notification being determined based on the request from the first device; performing peer discovery in response to receiving the notification from the network; detecting at least one device via the peer discovery; measuring received signal strength of at least one proximity detection signal from the at least one device; reporting the received signal strength and identification information for the at least one device to the network; receiving information related to one or more devices among the at least one device from the network; determine whether to engage in peer-to-peer, P2P, communication with any of the at least one device based on the information received from the network; wherein the first device performs peer discovery based on a first radio technology and communicates with any of the at least one device based on a second radio technology, which is different from the first radio technology.
A printed product made of a flat material, the printed product having a plurality of perforation lines (5, 7), wherein a portion of the printed product forms an envelope portion which is folded into an envelope having an inner receiving space, wherein an insert portion is integrally connected to the envelope portion, the transition between the envelope portion and the insert portion being formed by a connecting portion, wherein a first perforation line is formed in the flat material between the connecting portion and the insert portion, wherein the insert portion is inserted into the envelope portion folded into an envelope by folding along the connecting portion, wherein a second perforation line is formed on the envelope portion, by which a detachable flap is formed in such a way that the detachable flap is connected to the connecting portion and can be detached from the insert portion together with the connecting portion along the first perforation line, characterised in that the envelope portion is folded into an envelope with a broken wrapping fold, wherein the connecting portion extends along the envelope portion between two adjacent breaks (2a, 2b). wherein a portion of the printed product forms an envelope portion which is folded into an envelope having an inner receiving space, wherein an insert portion is integrally connected to the envelope portion, the transition between the envelope portion and the insert portion being formed by a connecting portion, wherein a first perforation line is formed in the flat material between the connecting portion and the insert portion, wherein the insert portion is inserted into the envelope portion folded into an envelope by folding along the connecting portion, wherein a second perforation line is formed on the envelope portion, by which a detachable flap is formed in such a way that the detachable flap is connected to the connecting portion and can be detached from the insert portion together with the connecting portion along the first perforation line, characterised in that the envelope portion is folded into an envelope with a broken wrapping fold, wherein the connecting portion extends along the envelope portion between two adjacent breaks (2a, 2b).
A method for random access, comprising: receiving, by User Equipment, UE, a paging message from a network, wherein the paging message carries UE information which at least comprises: a UE Identifier, ID, and random access control information, and the random access control information comprises random access priority information, wherein the random access priority information is represented by information of 1 bit which is added to an end of the UE ID in the paging message and which is used for identifying a random access priority corresponding to a paged UE; determining, by the UE, whether the UE ID in the paging message matches a UE ID of the UE; in response to determining that the UE ID in the paging message matches the UE ID of the UE, acquiring, by the UE, the random access control information from the information of 1 bit in the paging message; determining, by the UE, a random access resource according to the random access control information; and initiating, by the UE, a random access procedure based on the random access resource. receiving, by User Equipment, UE, a paging message from a network, wherein the paging message carries UE information which at least comprises: a UE Identifier, ID, and random access control information, and the random access control information comprises random access priority information, wherein the random access priority information is represented by information of 1 bit which is added to an end of the UE ID in the paging message and which is used for identifying a random access priority corresponding to a paged UE; determining, by the UE, whether the UE ID in the paging message matches a UE ID of the UE; in response to determining that the UE ID in the paging message matches the UE ID of the UE, acquiring, by the UE, the random access control information from the information of 1 bit in the paging message; determining, by the UE, a random access resource according to the random access control information; and initiating, by the UE, a random access procedure based on the random access resource.
A cardiac valve (100, 300), comprising: a support frame (102, 302) having a first end member (110, 310) and a second end member (112, 312) opposing the first end member in a substantially fixed distance relationship, the first end member (110, 310) and the second end member (112, 312) defining a sequence of convex curves (116, 136, 138, 336, 338, 364) and concave curves (118, 318); and a cover (104, 304) extending between convex curves (116, 136, 138, 336, 338, 364) of the second end member to form a first valve leaflet (140, 340) and a second valve leaflet (142, 342), wherein a portion of the first valve leaflet (140, 340) and the second valve leaflet (142, 342) join to form a reversibly sealable opening for unidirectional flow of a liquid through the cardiac valve, characterised in that the valve leaflets (133, 140, 142, 340, 342, 366) each include concave surfaces (154, 156, 370) projecting from the support frame (102, 302) towards an arcuate edge (150, 152, 372) projecting into the lumen (126, 326), wherein the arcuate edges (150, 152, 372) are positioned adjacent each other along a substantially catenary curve between the first convex curve (136, 336) and the second convex curve (138, 338) of the second end member (112, 312) in the closed configuration, and wherein the arcuate edges (150, 152, 372) can form the reversibly sealable opening when the valve is in the open configuration. a support frame (102, 302) having a first end member (110, 310) and a second end member (112, 312) opposing the first end member in a substantially fixed distance relationship, the first end member (110, 310) and the second end member (112, 312) defining a sequence of convex curves (116, 136, 138, 336, 338, 364) and concave curves (118, 318); and a cover (104, 304) extending between convex curves (116, 136, 138, 336, 338, 364) of the second end member to form a first valve leaflet (140, 340) and a second valve leaflet (142, 342), wherein a portion of the first valve leaflet (140, 340) and the second valve leaflet (142, 342) join to form a reversibly sealable opening for unidirectional flow of a liquid through the cardiac valve, characterised in that the valve leaflets (133, 140, 142, 340, 342, 366) each include concave surfaces (154, 156, 370) projecting from the support frame (102, 302) towards an arcuate edge (150, 152, 372) projecting into the lumen (126, 326), wherein the arcuate edges (150, 152, 372) are positioned adjacent each other along a substantially catenary curve between the first convex curve (136, 336) and the second convex curve (138, 338) of the second end member (112, 312) in the closed configuration, and wherein the arcuate edges (150, 152, 372) can form the reversibly sealable opening when the valve is in the open configuration.
A system for identifying potential driver sites for cardiac arrhythmias, comprising: a mapping system to electrically map at least a portion of a patient's heart; a driver analysis processor that detects one or more potential driver sites on the at least a portion of a patient's heart based upon electrogram morphological characteristics represented by one or more electrical activity maps selected from the group consisting of a complex fractionated electrogram standard deviation map of the at least a portion of the patient's heart; a complex fractionated electrogram mean map of the at least a portion of the patient's heart; a dominant frequency map of the at least a portion of the patient's heart; a peak-to-peak voltage map of the at least a portion of the patient's heart; and an activation sequence map of the at least a portion of the patient's heart; and a display to present a graphical representation of the at least a portion of the patient's heart with the one or more detected potential driver sites identified thereon, characterised in that the one or more potential driver sites exhibit constant electrogram cycle lengths and constant electrogram morphologies. a mapping system to electrically map at least a portion of a patient's heart; a driver analysis processor that detects one or more potential driver sites on the at least a portion of a patient's heart based upon electrogram morphological characteristics represented by one or more electrical activity maps selected from the group consisting of a complex fractionated electrogram standard deviation map of the at least a portion of the patient's heart; a complex fractionated electrogram mean map of the at least a portion of the patient's heart; a dominant frequency map of the at least a portion of the patient's heart; a peak-to-peak voltage map of the at least a portion of the patient's heart; and an activation sequence map of the at least a portion of the patient's heart; and a display to present a graphical representation of the at least a portion of the patient's heart with the one or more detected potential driver sites identified thereon,
An apparatus for identifying a single biomolecule, comprising: a substrate having a light detector; a blind sheet formed over the substrate, the blind sheet including a pinhole having a diameter; a filter layer formed between the blind sheet and the substrate; and a linker site formed over the light detector and proximate to the pinhole, the linker site being treated to affix one biomolecule to the linker site; wherein the linker site is proximate to the light detector and is spaced apart from the slight detector, by a distance of less than or equal to 100 micrometers. a substrate having a light detector; a blind sheet formed over the substrate, the blind sheet including a pinhole having a diameter; a filter layer formed between the blind sheet and the substrate; and a linker site formed over the light detector and proximate to the pinhole, the linker site being treated to affix one biomolecule to the linker site; wherein the linker site is proximate to the light detector and is spaced apart from the slight detector, by a distance of less than or equal to 100 micrometers.
An electronic component housing unit (1; 10), comprising: a substrate comprising a mounting region on which an electronic component is mounted; a connection conductor extending from a top face to a bottom face of the substrate, the connection conductor being electrically connected to the electronic component; a wiring conductor disposed on the bottom face of the substrate, one end of the wiring conductor being electrically connected to the connection conductor, another end of the wiring conductor being drawn out from a side face of the substrate; and a ground conductor disposed on the bottom face of the substrate, the ground conductor forming a coplanar line along with the wiring conductor, a bottom face of the wiring conductor being located above a bottom face of the ground conductor. a substrate comprising a mounting region on which an electronic component is mounted; a connection conductor extending from a top face to a bottom face of the substrate, the connection conductor being electrically connected to the electronic component; a wiring conductor disposed on the bottom face of the substrate, one end of the wiring conductor being electrically connected to the connection conductor, another end of the wiring conductor being drawn out from a side face of the substrate; and a ground conductor disposed on the bottom face of the substrate, the ground conductor forming a coplanar line along with the wiring conductor, a bottom face of the wiring conductor being located above a bottom face of the ground conductor.
A generator comprising: a rotor; a stator comprising a stator core disposed co-axially with respect to the rotor, said stator core being formed from a plurality of stacked stator laminations, one or more flange rings and core rings; wherein the stator laminations include a plurality of axial flow passages that provide conduits for a cooling medium that passes through the stator and wherein the core rings are provided on respective outer axial ends of the stator and include a plurality of core ring axial flow passages that are aligned with the plurality of axial flow passages in the stator laminations, characterised in that each axial flow passage of the plurality of axial flow passages in the stator laminations has a triangular cross-sectional shape, the triangular shape of the axial flow passages resulting in the core ring having a truss-like structure. a rotor; a stator comprising a stator core disposed co-axially with respect to the rotor, said stator core being formed from a plurality of stacked stator laminations, one or more flange rings and core rings; wherein the stator laminations include a plurality of axial flow passages that provide conduits for a cooling medium that passes through the stator and wherein the core rings are provided on respective outer axial ends of the stator and include a plurality of core ring axial flow passages that are aligned with the plurality of axial flow passages in the stator laminations, characterised in that each axial flow passage of the plurality of axial flow passages in the stator laminations has a triangular cross-sectional shape, the triangular shape of the axial flow passages resulting in the core ring having a truss-like structure.
A binding system for an agricultural harvesting machine comprising: a binding mechanism securing binding material around a crop package; a needle coupled to the binding system and including an overload relief component, the needle wrapping binding material around a portion of the crop package and providing binding material to the binding mechanism, and the overload relief component releasing the needle from the binding system upon encountering a predetermined overload condition, characterized in that the overload relief component comprises an attachment device coupling a base of the needle to the binding system, and a portion of the attachment device separates from the needle upon encountering the predetermined overload condition, wherein the attachment device comprises a fastener (174, 176) which yields upon encountering the predetermined overload condition allowing the portion of the attachment device to separate. a binding mechanism securing binding material around a crop package; a needle coupled to the binding system and including an overload relief component, the needle wrapping binding material around a portion of the crop package and providing binding material to the binding mechanism, and the overload relief component releasing the needle from the binding system upon encountering a predetermined overload condition, characterized in that the overload relief component comprises an attachment device coupling a base of the needle to the binding system, and a portion of the attachment device separates from the needle upon encountering the predetermined overload condition, wherein the attachment device comprises a fastener (174, 176) which yields upon encountering the predetermined overload condition allowing the portion of the attachment device to separate.
Process for the production of a diacyl peroxide comprising the following steps: a) producing a mixture comprising a diacyl peroxide and a carboxylic acid by reacting an anhydride with the formula R 1 -C(=O)-O-C(=O)-R 2 with H 2 O 2, wherein R 1 is selected from linear and branched alkyl, cycloalkyl, aryl, and arylalkyl groups with 1-17 carbon atoms, optionally substituted with oxygen- and/or halogen-containing substituents, and R 2 is selected from linear and branched alkyl, cycloalkyl, aryl, and arylalkyl groups with 2-17 carbon atoms, optionally substituted with oxygen- and/or halogen-containing substituents, b) extracting or separating the carboxylic acid from the mixture in the form of its carboxylic acid salt or adduct, c) liberating the carboxylic acid from the salt or adduct, d) optionally producing an additional amount of carboxylic acid by reacting an aldehyde of the formula R 2 -C(=O)H with oxygen, e) reacting the carboxylic acid obtained in step c) and optionally an additional amount of carboxylic acid of the formula R 2 -C(=O)OH - said additional amount of carboxylic acid being obtained from step d) and/or obtained in another way - with an acid anhydride or a ketene of the formula C(R 4) 2 =C=O, each R 4 being independently selected from H and CH 3, preferably with acetic anhydride, to form an anhydride with the formula R 1 -C(=O)-O-C(=O)-R 2, and f) recycling at least part of the anhydride formed in step e) to step a). a) producing a mixture comprising a diacyl peroxide and a carboxylic acid by reacting an anhydride with the formula R 1 -C(=O)-O-C(=O)-R 2 with H 2 O 2, wherein R 1 is selected from linear and branched alkyl, cycloalkyl, aryl, and arylalkyl groups with 1-17 carbon atoms, optionally substituted with oxygen- and/or halogen-containing substituents, and R 2 is selected from linear and branched alkyl, cycloalkyl, aryl, and arylalkyl groups with 2-17 carbon atoms, optionally substituted with oxygen- and/or halogen-containing substituents, b) extracting or separating the carboxylic acid from the mixture in the form of its carboxylic acid salt or adduct, c) liberating the carboxylic acid from the salt or adduct, d) optionally producing an additional amount of carboxylic acid by reacting an aldehyde of the formula R 2 -C(=O)H with oxygen, e) reacting the carboxylic acid obtained in step c) and optionally an additional amount of carboxylic acid of the formula R 2 -C(=O)OH - said additional amount of carboxylic acid being obtained from step d) and/or obtained in another way - with an acid anhydride or a ketene of the formula C(R 4) 2 =C=O, each R 4 being independently selected from H and CH 3, preferably with acetic anhydride, to form an anhydride with the formula R 1 -C(=O)-O-C(=O)-R 2, and f) recycling at least part of the anhydride formed in step e) to step a).
A brewing method that includes at least the following steps: a) preparation of one or more mashes by mashing of materials containing starch, malted or not, previously ground or not, b) brewing of the mash to hydrolyze the starch into fermentable sugars; c) separation of the spent grains to obtain a wort; d) heat treatment of the wort at a temperature comprised between 95°C and 140°C; e) cooling of the wort to a temperature comprised between 80°C and 90°C; f) clarification of the wort at a temperature comprised between 80°C and 90°C; g) cooling of the clarified wort to bring it to the fermentation temperature; steps d) to g) being carried out continuously. a) preparation of one or more mashes by mashing of materials containing starch, malted or not, previously ground or not, b) brewing of the mash to hydrolyze the starch into fermentable sugars; c) separation of the spent grains to obtain a wort; d) heat treatment of the wort at a temperature comprised between 95°C and 140°C; e) cooling of the wort to a temperature comprised between 80°C and 90°C; f) clarification of the wort at a temperature comprised between 80°C and 90°C; g) cooling of the clarified wort to bring it to the fermentation temperature;
Semiconductor chip with a semiconductor body, which comprises a semiconductor layer sequence with an active region provided for generating radiation, wherein - a mirror structure comprising a mirror layer and a dielectric layer structure arranged at least in regions between the mirror layer and the semiconductor body is arranged on the semiconductor body; - the dielectric layer structure has a cutout; - a contact structure arranged in the at least one cutout of the dielectric layer structure is arranged on the semiconductor body; - the contact structure comprises a TCO material-containing layer and a reflector layer containing a metal or a metallic alloy; - the reflector layer is arranged closer to the semiconductor body than the mirror layer; and - the TCO material-containing layer of the contact structure is arranged between the semiconductor body and the reflector layer. - a mirror structure comprising a mirror layer and a dielectric layer structure arranged at least in regions between the mirror layer and the semiconductor body is arranged on the semiconductor body; - the dielectric layer structure has a cutout; - a contact structure arranged in the at least one cutout of the dielectric layer structure is arranged on the semiconductor body; - the contact structure comprises a TCO material-containing layer and a reflector layer containing a metal or a metallic alloy; - the reflector layer is arranged closer to the semiconductor body than the mirror layer; and - the TCO material-containing layer of the contact structure is arranged between the semiconductor body and the reflector layer.