mhurhangee/patent-ind-claim-en huggingface dataset:
A connection release method, comprising: receiving (S204), by a first access network device, a context information request message from a second access network device, in response to the context information request message, generating , by the first access network device, a context information response message, wherein the context information response message comprises connection release information for a terminal device in an inactive mode and verification information, the verification information is used to verify whether the connection release information is valid, and the connection release information is used to instruct the terminal device to release a connection; and sending (102, S205) by the first access network device, the context information response message to the second access network device; in response to the context information response message, generating , by the second access network device, a second message, wherein the second message comprises the connection release information and the verification information; and sending (104, S206) by the second access network device, the second message to the terminal device; wherein the verification information is generated based on a key of the terminal device and context information of the terminal device; or the verification information is an operation result of identification of the terminal device and key information of the terminal device. receiving (S204), by a first access network device, a context information request message from a second access network device, in response to the context information request message, generating , by the first access network device, a context information response message, wherein the context information response message comprises connection release information for a terminal device in an inactive mode and verification information, the verification information is used to verify whether the connection release information is valid, and the connection release information is used to instruct the terminal device to release a connection; and sending (102, S205) by the first access network device, the context information response message to the second access network device; in response to the context information response message, generating , by the second access network device, a second message, wherein the second message comprises the connection release information and the verification information; and sending (104, S206) by the second access network device, the second message to the terminal device; wherein the verification information is generated based on a key of the terminal device and context information of the terminal device; or the verification information is an operation result of identification of the terminal device and key information of the terminal device.
A method, comprising: receiving , by a memory controller of a memory from at least one interface of one or more interfaces, a request to access the memory by a user equipment of a plurality of user equipments wirelessly communicating with the least one interface which comprises a radio component ; characterized by : receiving by the memory controller from the radio component a directionality of the user equipment relative to the radio component determined by the radio component; and providing by the memory controller an access control to the memory in response to the request from the user equipment based on the determined directionality. receiving by the memory controller from the radio component a directionality of the user equipment relative to the radio component determined by the radio component; and providing by the memory controller an access control to the memory in response to the request from the user equipment based on the determined directionality.
Vehicle seat having a seat part and having a backrest , the backrest having a foam part with a cavity for at least partially receiving an airbag device , wherein, in the region of the cavity , the foam part is lined at least partially with a reinforcement-layer arrangement , wherein, in the event of a deploying airbag of the airbag device , the reinforcement-layer arrangement guides the deploying airbag to a predetermined tearing point of the foam part , and the reinforcement-layer arrangement has a first reinforcement layer and a second reinforcement layer , characterized in that the foam part has a first flange , a second flange and a web connecting the first flange to the second flange , which delimit the cavity , and an outer end region (32.1) of the first reinforcement layer and/or an outer end region (34.1, 134.1, 234.1, 334.1) of the second reinforcement layer are/is incorporated into the web by foaming.
A portable hydroelectric system comprising: a housing configured to float in a body of water, hydroelectric generation means attached to the housing and comprising a hydroelectric element, wherein the hydroelectric generation means is configured to generate electricity when a flow of water causes movement of the hydroelectric element, and deployment means configured to orient the hydroelectric generation means relative to the housing between a navigation state and a generation state, wherein the housing comprises an inboard motor, an outboard motor, or a tow point for attachment to a separate propulsion means, and wherein the housing comprises navigation means for navigating the system, characterised in that the hydroelectric element comprises a Kaplan turbine or an Archimedes screw, and in that the deployment means comprises a volume defined at least by a trough which surrounds at least the underside and sides of the hydroelectric element when in use and a sluice gate positioned at an opening of the trough, wherein the sluice gate is movable between an open position and a closed position, wherein when the sluice gate is in the open position, water contained in the volume causes the hydroelectric generation means to be at a lower level in the water relative to when the sluice gate is in the closed position, and water is removed from the volume. a housing configured to float in a body of water, hydroelectric generation means attached to the housing and comprising a hydroelectric element, wherein the hydroelectric generation means is configured to generate electricity when a flow of water causes movement of the hydroelectric element, and deployment means configured to orient the hydroelectric generation means relative to the housing between a navigation state and a generation state, wherein the housing comprises an inboard motor, an outboard motor, or a tow point for attachment to a separate propulsion means, and wherein the housing comprises navigation means for navigating the system, characterised in that the hydroelectric element comprises a Kaplan turbine or an Archimedes screw, and in that the deployment means comprises a volume defined at least by a trough which surrounds at least the underside and sides of the hydroelectric element when in use and a sluice gate positioned at an opening of the trough, wherein the sluice gate is movable between an open position and a closed position, wherein when the sluice gate is in the open position, water contained in the volume causes the hydroelectric generation means to be at a lower level in the water relative to when the sluice gate is in the closed position, and water is removed from the volume.
Packing body , which can be passed through by a gas flow and/or liquid flow, in particular for use for mass transfer and/or heat exchange columns, having an outer structure , wherein the outer structure is formed by outer bars , an inner structure , a first retaining means for producing a connection between the packing body and a second packing body , and having a second retaining means for producing a connection between the packing body and a third packing body , wherein the respective retaining means can be inserted into the respective packing body , characterized in that an outer contour having two main surfaces of extent which face away from one another and having at least three side surfaces adjacent to the main surfaces of extent is formed by the outer structure , wherein the first retaining means is formed in the region of a first side surface and the second retaining means is formed in the region of a second side surface .
A method of wireless communications for a base station, comprising: determining a time-division duplex, TDD, frame structure of a group of TDD frame structures for narrowband communications; determining a first subframe group of a plurality of subframe groups associated with a first set of downlink subframes and a second subframe group of a plurality of subframe groups associated with a second set of downlink subframes, wherein the first subframe group and the second subframe group do not overlap, each subframe group being determined based on a downlink subframe and a predetermined number of following subframes; determining a first scrambling sequence for the first set of downlink subframes in the first subframe group and a second scrambling sequence for the second set of downlink subframes in the second subframe group; and transmitting a series of repetitions of a narrowband physical downlink channel using the TDD frame structure, wherein a first portion of repetitions from the series of repetitions is transmitted in the first set of downlink subframes using the first scrambling sequence; and wherein a second portion of repetitions from the series of repetitions is transmitted in the second set of downlink subframes using the second scrambling sequence. determining a time-division duplex, TDD, frame structure of a group of TDD frame structures for narrowband communications; determining a first subframe group of a plurality of subframe groups associated with a first set of downlink subframes and a second subframe group of a plurality of subframe groups associated with a second set of downlink subframes, wherein the first subframe group and the second subframe group do not overlap, each subframe group being determined based on a downlink subframe and a predetermined number of following subframes; determining a first scrambling sequence for the first set of downlink subframes in the first subframe group and a second scrambling sequence for the second set of downlink subframes in the second subframe group; and transmitting a series of repetitions of a narrowband physical downlink channel using the TDD frame structure, wherein a first portion of repetitions from the series of repetitions is transmitted in the first set of downlink subframes using the first scrambling sequence; and wherein a second portion of repetitions from the series of repetitions is transmitted in the second set of downlink subframes using the second scrambling sequence.
A HER2-binding polypeptide, whose amino acid sequence comprises AEAKYAKEMR NAYWEIALLP NLTNQQKRAF IRKLYDDPSQ SSELLSEAKK LSESQGGGC (SEQ ID NO:1).
7-amino-3-thienyl coumarin dye having formula (IV) : wherein R2, is selected from L-WSG, and substituted or unsubstituted alkyl; R3, R4, R5, and R6 are H; L is a linker of formula (VI): [(CH 2 ) a -Y-(CH 2 ) b ] c (VI) wherein Y is the same or different and is selected from none, O, S, NH, NR9, SO 2 -NH, SO 2 -NR9, CO-NH, CO-O, COS, CO-O-CO, aminotriazine, triazinyl ether, NH-CO-NH, NH-CS-NH, NH-CO-O, O-POR9-O, SO 2 , SO 2 -O, amino acid, aryl or heteroaryl, wherein R9 is alkyl or WSG, a and c can be the same or different and are an integer number 1 to 10, and b is an integer number 0 to 10; WSG is a water soluble group selected from sulfonic acid, sulfate, alkyl sulfonic acid, thiosulfonic acid, sulfonamide, phosphate, phosphonic acid, boronic acid, ammonium, pyridinium, acridinium, cyclodextrin, monosaccharide, oligosaccharide, dextrane and - (CH 2 -CH 2 -O) x in which x is a integer number from 1 to 10; and wherein the one or more substituents, if present, of the alkyl group are selected from hydroxy, trifluoromethyl, halogen, alkoxy, dialkylamino, alkylcarbonylamino, alkoxycarbonylamino, alkoxycarbonyl, hydroxyalkoxy, alkoxyalkoxy, alkylsulfonamido, arylsulfonamido, carboxyalkoxy, carboxyalkylamino, cyano, alkyl azide, azide, aryl, arylalkyl, heteroaryl, heteroarylalkyl, cycloalkylalkyl, cycloalkenylalkyl, cycloheteroalkylalkyl, cycloheteroalkenylalkyl and WSG; and salts thereof.
An exhaust hood for removing cooking by-products from a kitchen environment, the exhaust hood comprising: a housing open towards a bottom face to capture cooking by-products from a cooking appliance positioned below said exhaust hood , said housing having at least a first wall , which is either a front wall or a rear wall, and a second wall opposite to said first wall , said second wall being at least partly inclined inwardly from said bottom face towards a top face of said housing and having an exhaust vent in communication with an exhaust fan to extract cooking by-products entering said housing, a side wall a fresh air fan , characterized in that the exhaust hood further comprises a side wall extension, said side wall extension extending in a direction perpendicular to said bottom face below said housing to form a lateral skirt , said skirt having towards its bottom end a pass-through window ; said side wall extension being shaped to form a side wall duct with openings along a narrow side adjacent to said pass-through window facing downwardly and towards a front of said kitchen hood; wherein said fresh air fan is in communication with said side wall duct, said fresh air fan being adapted to eject vertical and horizontal air streams through said openings , which coalesce to form a vortex which prevents cooking by-products from passing through said pass-through window . a housing open towards a bottom face to capture cooking by-products from a cooking appliance positioned below said exhaust hood , said housing having at least a first wall , which is either a front wall or a rear wall, and a second wall opposite to said first wall , said second wall being at least partly inclined inwardly from said bottom face towards a top face of said housing and having an exhaust vent in communication with an exhaust fan to extract cooking by-products entering said housing, a side wall a fresh air fan , characterized in that the exhaust hood further comprises a side wall extension, said side wall extension extending in a direction perpendicular to said bottom face below said housing to form a lateral skirt , said skirt having towards its bottom end a pass-through window ; said side wall extension being shaped to form a side wall duct with openings along a narrow side adjacent to said pass-through window facing downwardly and towards a front of said kitchen hood; wherein said fresh air fan is in communication with said side wall duct, said fresh air fan being adapted to eject vertical and horizontal air streams through said openings , which coalesce to form a vortex which prevents cooking by-products from passing through said pass-through window .
An aerosol-generating article comprising: an aerosol-forming substrate part ; and a cooling part disposed downstream of the aerosol-forming substrate part to cool an aerosol formed in the aerosol-forming substrate part , wherein a sheet-type material is disposed in a rolled or folded form in the cooling part , and the sheet-type material includes a polysaccharide material characterized in that the sheet-type material includes a flavoring. an aerosol-forming substrate part ; and a cooling part disposed downstream of the aerosol-forming substrate part to cool an aerosol formed in the aerosol-forming substrate part , wherein a sheet-type material is disposed in a rolled or folded form in the cooling part , and the sheet-type material includes a polysaccharide material characterized in that the sheet-type material includes a flavoring.
A glass article, comprising: a glass sheet with a front face having a width and a height, a back face opposite the front face, and a thickness between the front face and back face, forming four edges around the front and back faces, wherein the glass sheet comprises between 50 mol % to 90 mol% SiO2, between 0 mol% to 20 mol% Al 2 O 3 , 0 mol% to 20 mol% B 2 O 3 , and 0 mol% to 25 mol% R x O, wherein R is any one or more of Li, Na, K, Rb, Cs and x is 2, or Zn, Mg, Ca, Sr or Ba and x is 1, wherein Fe + 30Cr + 35Ni < 60 ppm, and wherein the glass produces less than or equal to 2 dB/500mm absorption. a glass sheet with a front face having a width and a height, a back face opposite the front face, and a thickness between the front face and back face, forming four edges around the front and back faces, wherein the glass sheet comprises between 50 mol % to 90 mol% SiO2, between 0 mol% to 20 mol% Al 2 O 3 , 0 mol% to 20 mol% B 2 O 3 , and 0 mol% to 25 mol% R x O, wherein R is any one or more of Li, Na, K, Rb, Cs and x is 2, or Zn, Mg, Ca, Sr or Ba and x is 1, wherein Fe + 30Cr + 35Ni < 60 ppm, and wherein the glass produces less than or equal to 2 dB/500mm absorption.
A method for automatically improving security of a network system , the method being performed by one or more devices of the network system and/or by one or more devices interconnected with the network system , the method comprising: collecting security relevant information from network devices of the network system , the security relevant information including security settings and operational information of the network devices ; analyzing the security relevant information for determining weak security settings from collected security settings of a network device , the weak security settings being not necessary for a regular operation of the network system in accordance with the operational information ; determining hardened security settings (32") for the network device based on the weak security settings , the hardened security settings (32") restricting a possible operation of the network device but allow a regular operation of the network system in accordance with the operational information , wherein the hardened security settings (32") are determined by restricting weak security settings ; applying the hardened security settings (32") to the network device ; determining irregular behavior of the network system by comparing actual collected security relevant information with at least one of a regular behavior of the network system and previously stored security relevant information ; stopping irregular behavior of a network system by applying changed security settings (32") to network devices associated with the irregular behavior . collecting security relevant information from network devices of the network system , the security relevant information including security settings and operational information of the network devices ; analyzing the security relevant information for determining weak security settings from collected security settings of a network device , the weak security settings being not necessary for a regular operation of the network system in accordance with the operational information ; determining hardened security settings (32") for the network device based on the weak security settings , the hardened security settings (32") restricting a possible operation of the network device but allow a regular operation of the network system in accordance with the operational information , wherein the hardened security settings (32") are determined by restricting weak security settings ; applying the hardened security settings (32") to the network device ; determining irregular behavior of the network system by comparing actual collected security relevant information with at least one of a regular behavior of the network system and previously stored security relevant information ; stopping irregular behavior of a network system by applying changed security settings (32") to network devices associated with the irregular behavior .
Method for producing a security element with an optically variable structure which has an embossing structure consisting of embossing elements , which embossing structure is combined with a first coating which contrasts with the surface of the security element, in such a way that at least part regions of the coating are visible in the case of viewing from a first viewing angle range, but are at least partially concealed in the case of viewing at a second viewing angle range, with the result that a tilting effect is produced in the case of tilting and/ or rotating of the security element about an axis, the area which the entire embossing structure takes up on the security element being configured to be greater than the area which the entire first coating takes up on the security element, the embossing structure and the first coating being arranged so as to overlap at least partially in relation to the top view of the security element, the embossing structure not being changed in the case of a change of the optically variable structure, and the first coating being adapted to the changed optically variable structure, the embossing elements consisting of a multiplicity of embossed structures which are arranged in a pattern, and the first coating consisting of a multiplicity of first printed elements which are arranged in a pattern, the pattern of the printed elements being adapted to the pattern of the embossed structures, the security element having a second coating which consists of a multiplicity of second printed elements which are arranged in a pattern, characterized in that the second coating surrounds the first coating in an adjoining manner, and the pattern of the printed elements is not adapted to the pattern of the embossed structures.
A scanner including at least: - a support including at least one first movable part , - an actuator configured to move the first movable part of the support , and - a phased optical grating disposed on the first movable part of the support and including at least one plurality of optical phase shifters and an optical source coupled to the plurality of optical phase shifters which is able to emit an optical beam coming from the optical source , the optical phase shifters being configured to emit an optical beam by constructive interferences or destructive interferences. - a support including at least one first movable part , - an actuator configured to move the first movable part of the support , and - a phased optical grating disposed on the first movable part of the support and including at least one plurality of optical phase shifters and an optical source coupled to the plurality of optical phase shifters which is able to emit an optical beam coming from the optical source , the optical phase shifters being configured to emit an optical beam by constructive interferences or destructive interferences.
A method for detecting a physical property of tissue for control of a wearable device, comprising: employing an array of sensors to detect a magnetic field at each of the sensors of the array; estimating a position and orientation of a magnetic dipole moment of each of at least two of a plurality of targets based on the detected magnetic fields, the plurality of targets being implanted at an individual muscle-tendon tissue ; and determining at least one state of the at least two targets relative to each other based upon the estimated position and orientation of the magnetic dipole moment of each of the at least two targets, wherein the state of the targets is indicative of a physical property, thereby detecting the physical property of the tissue and wherein the detected physical property is employed in control of the wearable device. employing an array of sensors to detect a magnetic field at each of the sensors of the array; estimating a position and orientation of a magnetic dipole moment of each of at least two of a plurality of targets based on the detected magnetic fields, the plurality of targets being implanted at an individual muscle-tendon tissue ; and determining at least one state of the at least two targets relative to each other based upon the estimated position and orientation of the magnetic dipole moment of each of the at least two targets, wherein the state of the targets is indicative of a physical property, thereby detecting the physical property of the tissue and wherein the detected physical property is employed in control of the wearable device.