mhurhangee/patent-ind-claim-en huggingface dataset:
A session activation method, comprising: receiving , by a control plane node, indication information from an access and mobility management function, AMF, node, wherein the indication information is used to indicate that the AMF node receives a service request message from a terminal device; and sending , by the control plane node, an identifier of a to-be-activated protocol data unit, PDU, session of the terminal device to a session management function, SMF, node or the AMF node based on the indication information, wherein the sending, by the control plane node, an identifier of a to-be-activated PDU session of the terminal device to a session management function, SMF, node or the AMF node based on the indication information comprises: obtaining, by the control plane node, an activation-related parameter of the terminal device based on the indication information; determining, by the control plane node, the to-be-activated PDU session of the terminal device based on the activation-related parameter; and sending, by the control plane node, the identifier of the determined to-be-activated PDU session of the terminal device to the SMF node or the AMF node. receiving , by a control plane node, indication information from an access and mobility management function, AMF, node, wherein the indication information is used to indicate that the AMF node receives a service request message from a terminal device; and sending , by the control plane node, an identifier of a to-be-activated protocol data unit, PDU, session of the terminal device to a session management function, SMF, node or the AMF node based on the indication information, wherein the sending, by the control plane node, an identifier of a to-be-activated PDU session of the terminal device to a session management function, SMF, node or the AMF node based on the indication information comprises: obtaining, by the control plane node, an activation-related parameter of the terminal device based on the indication information; determining, by the control plane node, the to-be-activated PDU session of the terminal device based on the activation-related parameter; and sending, by the control plane node, the identifier of the determined to-be-activated PDU session of the terminal device to the SMF node or the AMF node. obtaining, by the control plane node, an activation-related parameter of the terminal device based on the indication information; determining, by the control plane node, the to-be-activated PDU session of the terminal device based on the activation-related parameter; and sending, by the control plane node, the identifier of the determined to-be-activated PDU session of the terminal device to the SMF node or the AMF node.
A pharmaceutical composition comprising a compound of formula I in its succinate salt form, and at least one pharmaceutical excipient selected from the group consisting of fillers, binders, disintegrants, glidants and lubricants, wherein the compound according to formula I is represented by: wherein: W is O, N-H, N-(C 1 -C 10 alkyl) or S; each X is independently CH or N; R 1 is a 5 to 7-membered saturated or unsaturated, optionally substituted heterocycle containing at least 1 heteroatom selected from N or O; R 2 is LY; each L is a direct bond, C 1 -C 10 alkylene, C 2 -C 10 alkenylene or C 2 -C 10 alkynylene; Y is an optionally substituted fused, bridged or spirocyclic non-aromatic 5-12 membered heterocycle containing up to 4 heteroatoms selected from N or O; and each R 3 is independently H, C 1 -C 10 alkyl, halogen, fluoro C 1 -C 10 alkyl, O-C 1 -C 10 alkyl, NH-C 1 -C 10 alkyl, S-C 1 -C 10 alkyl, O-fluoro C 1 -C 10 alkyl, NH-acyl, NH-C(O)-NH-C 1 -C 10 alkyl, C(O)-NH-C 1 -C 10 alkyl, aryl or heteroaryl. W is O, N-H, N-(C 1 -C 10 alkyl) or S; each X is independently CH or N; R 1 is a 5 to 7-membered saturated or unsaturated, optionally substituted heterocycle containing at least 1 heteroatom selected from N or O; R 2 is LY; each L is a direct bond, C 1 -C 10 alkylene, C 2 -C 10 alkenylene or C 2 -C 10 alkynylene; Y is an optionally substituted fused, bridged or spirocyclic non-aromatic 5-12 membered heterocycle containing up to 4 heteroatoms selected from N or O; and each R 3 is independently H, C 1 -C 10 alkyl, halogen, fluoro C 1 -C 10 alkyl, O-C 1 -C 10 alkyl, NH-C 1 -C 10 alkyl, S-C 1 -C 10 alkyl, O-fluoro C 1 -C 10 alkyl, NH-acyl, NH-C(O)-NH-C 1 -C 10 alkyl, C(O)-NH-C 1 -C 10 alkyl, aryl or heteroaryl.
Process for preparing polyol, characterized in that , in a first process stage, a diol is prepared by a process comprising the steps of (1-i) adding alkylene oxide and carbon dioxide onto an H-functional starter substance in the presence of a catalyst to obtain polyethercarbonate polyol and cyclic carbonate, (1-ii) separating the cyclic carbonate from the resulting reaction mixture from step (1-i), (1-iii) hydrolyzing the cyclic carbonate separated from step (1-ii) to carbon dioxide and diol, (1-iv) optionally purifying the diol resulting from step (1-iii) by distillation. (1-i) adding alkylene oxide and carbon dioxide onto an H-functional starter substance in the presence of a catalyst to obtain polyethercarbonate polyol and cyclic carbonate, (1-ii) separating the cyclic carbonate from the resulting reaction mixture from step (1-i), (1-iii) hydrolyzing the cyclic carbonate separated from step (1-ii) to carbon dioxide and diol, (1-iv) optionally purifying the diol resulting from step (1-iii) by distillation.
A supertorrefaction system which includes discrete units that are closely arranged and can be easily connected and disconnected to form a compact supertorrefaction system, said system comprising: at least one supertorrefying unit for torrefying biomass into charcoal, which unit includes a container defining a receiving space, and a holding member for holding biomass therein, the holding member being movably received in the receiving space; a liquid tank , which contains a first heat transfer liquid, being molten salt, and supplies the first heat transfer liquid to the supertorrefying unit 14; a wash unit having a plurality of basins for containing salty water having different temperatures and salinity to gradually rinse and cool the charcoal, which supplies water sequentially from the or salty water, to the supertorrefying unit for cooling and cleaning the charcoal that has been converted from the biomass; a first filtration apparatus disposed between the supertorrefying unit and the liquid tank ; a second filtration apparatus disposed between the wash unit and the supertorrefying unit ; and a charcoal fines/tar oxidizer ("CF/tar oxidizer") being in fluid communication with liquid tank 16 containing the first heat transfer liquid, the CF/tar oxidizer including a canister defining a chamber, a sparging pipe for supplying a mixture of flue gas and air disposed in the chamber of the canister , a porous sparging body disposed at a lower end of the sparging pipe , a first coiled pipe and a second coiled pipe disposed in the chamber. at least one supertorrefying unit for torrefying biomass into charcoal, which unit includes a container defining a receiving space, and a holding member for holding biomass therein, the holding member being movably received in the receiving space; a liquid tank , which contains a first heat transfer liquid, being molten salt, and supplies the first heat transfer liquid to the supertorrefying unit 14; a wash unit having a plurality of basins for containing salty water having different temperatures and salinity to gradually rinse and cool the charcoal, which supplies water sequentially from the or salty water, to the supertorrefying unit for cooling and cleaning the charcoal that has been converted from the biomass; a first filtration apparatus disposed between the supertorrefying unit and the liquid tank ; a second filtration apparatus disposed between the wash unit and the supertorrefying unit ; and a charcoal fines/tar oxidizer ("CF/tar oxidizer") being in fluid communication with liquid tank 16 containing the first heat transfer liquid, the CF/tar oxidizer including a canister defining a chamber, a sparging pipe for supplying a mixture of flue gas and air disposed in the chamber of the canister , a porous sparging body disposed at a lower end of the sparging pipe , a first coiled pipe and a second coiled pipe disposed in the chamber.
A system configured to control the performance range of a pneumatically sealed trocar , comprising: a) a controller configured to deliver variable DC voltage to at least one DC motor ; b) at least one DC motor operatively connected to the controller for driving at least one pump operatively connected to a pneumatically sealed trocar ; c) at least one pump driven by the DC motor for circulating pressurized gas through the pneumatically sealed trocar ; and d) at least one sensor configured to sense pressure and/or flow parameters between the at least one pump and the pneumatically sealed trocar to provide at least one feedback control signal to the controller so that the controller can vary the voltage delivered to the at least one DC motor to affect the output pressure and/or flow of the at least one pump during a surgical procedure, wherein the at least one sensor includes a first sensor configured to sense positive pressure and flow parameters between the at least one pump and an inlet port of the pneumatically sealed trocar to provide a first feedback control signal to the controller and a second sensor configured to sense negative pressure and/or flow parameters between the at least one pump and an outlet port of the pneumatically sealed trocar to provide a second feedback control signal to the controller , characterised in that the at least one pump is a single pump that is configured to pressurize one side of the pneumatic circuit and apply suction to the other side of the circuit. a) a controller configured to deliver variable DC voltage to at least one DC motor ; b) at least one DC motor operatively connected to the controller for driving at least one pump operatively connected to a pneumatically sealed trocar ; c) at least one pump driven by the DC motor for circulating pressurized gas through the pneumatically sealed trocar ; and d) at least one sensor configured to sense pressure and/or flow parameters between the at least one pump and the pneumatically sealed trocar to provide at least one feedback control signal to the controller so that the controller can vary the voltage delivered to the at least one DC motor to affect the output pressure and/or flow of the at least one pump during a surgical procedure, wherein the at least one sensor includes a first sensor configured to sense positive pressure and flow parameters between the at least one pump and an inlet port of the pneumatically sealed trocar to provide a first feedback control signal to the controller and a second sensor configured to sense negative pressure and/or flow parameters between the at least one pump and an outlet port of the pneumatically sealed trocar to provide a second feedback control signal to the controller , characterised in that the at least one pump is a single pump that is configured to pressurize one side of the pneumatic circuit and apply suction to the other side of the circuit.
A laminated glass lighting panel, comprising a first glass substrate and a second glass substrate , the first and the second glass substrates being laminated together via a plastic interlayer , at least one light source being arranged to emit light into the panel along a plane of the panel, wherein at least part of the plastic interlayer is arranged to deflect the light out of the plane of the panel and through at least one of the glass substrates to provide a diffused light output and wherein the plastic interlayer comprising polyvinylbutyral, wherein the plastic interlayer has a first part which is at least partially light diffusive and a second part which is transparent and wherein the lighting panel has a reflective barrier for physical separation between the first and second part of the plastic interlayer.
A turbine/generator system comprising: a multi-spool gas turbine having a high pressure shaft and a low pressure shaft , wherein the multi-spool gas turbine is an aircraft propulsion turbofan engine; and a multi-rotor generator comprising: an inner rotor mounted on the low pressure shaft ; an outer induction rotor mounted concentric with and radially outward of the inner rotor on the high pressure shaft ; and a stator mounted concentric with and radially outward of the outer rotor . a multi-spool gas turbine having a high pressure shaft and a low pressure shaft , wherein the multi-spool gas turbine is an aircraft propulsion turbofan engine; and a multi-rotor generator comprising: an inner rotor mounted on the low pressure shaft ; an outer induction rotor mounted concentric with and radially outward of the inner rotor on the high pressure shaft ; and a stator mounted concentric with and radially outward of the outer rotor . an inner rotor mounted on the low pressure shaft ; an outer induction rotor mounted concentric with and radially outward of the inner rotor on the high pressure shaft ; and a stator mounted concentric with and radially outward of the outer rotor .
A box packing device comprising: a push-in mechanism that pushes, into a box (C) that is in a state in which an opening thereof faces sideways, an article through the opening; a retention mechanism that retains the box that is in a state in which the opening faces sideways and lowers the box after the article have been pushed into the box by the push-in mechanism; a guide that opposes the opening and is for preventing the article from falling out from the opening of the box that has been lowered by the retention mechanism; characterised in that it further comprises a control unit that temporarily increases the distance between the box and the guide after the article have been pushed into the box by the push-in mechanism, and then controls the retention mechanism to lower the box, and then returns the distance between the box and the guide to what it was before. a retention mechanism that retains the box that is in a state in which the opening faces sideways and lowers the box after the article have been pushed into the box by the push-in mechanism; a guide that opposes the opening and is for preventing the article from falling out from the opening of the box that has been lowered by the retention mechanism; characterised in that it further comprises a control unit that temporarily increases the distance between the box and the guide after the article have been pushed into the box by the push-in mechanism, and then controls the retention mechanism to lower the box, and then returns the distance between the box and the guide to what it was before.
A composite stitchbonded fabric, comprising: a cellulosic nonwoven sheet comprising a nonwoven layer of cellulosic fibers along a technical front of the composite stitchbonded fabric; an integrated nonwoven sheet comprising an outer sublayer of wood pulp fibers and an inner sublayer of textile fibers, wherein the textile fibers of the inner sublayer are entangled with the wood pulp fibers of the outer sublayer to form the integrated nonwoven sheet, the inner sublayer of textile fibers confronts the cellulosic nonwoven sheet, and an outer surface of the outer sublayer wood pulp fibers is along a technical back of the composite stitchbonded fabric; and a pattern of stitching yarns that fixes the cellulosic nonwoven sheet to the integrated nonwoven sheet, comprising a plurality of yarn overlaps on the technical front of the composite stitchbonded fabric, and a plurality of yarn underlaps on the technical back of the composite stitchbonded fabric. a cellulosic nonwoven sheet comprising a nonwoven layer of cellulosic fibers along a technical front of the composite stitchbonded fabric; an integrated nonwoven sheet comprising an outer sublayer of wood pulp fibers and an inner sublayer of textile fibers, wherein the textile fibers of the inner sublayer are entangled with the wood pulp fibers of the outer sublayer to form the integrated nonwoven sheet, the inner sublayer of textile fibers confronts the cellulosic nonwoven sheet, and an outer surface of the outer sublayer wood pulp fibers is along a technical back of the composite stitchbonded fabric; and a pattern of stitching yarns that fixes the cellulosic nonwoven sheet to the integrated nonwoven sheet, comprising a plurality of yarn overlaps on the technical front of the composite stitchbonded fabric, and a plurality of yarn underlaps on the technical back of the composite stitchbonded fabric.
A motor, designed as an external rotor motor, comprising an electronics housing , a mounting wall , a stator having a stator bushing and a stator laminated core having motor windings, a rotor and an annular air conveying element , connected in a torque-proof manner to the rotor , wherein the motor having the stator bushing is mounted to the mounting wall having a mounting opening such that the electronics housing is located on the one side of the mounting wall , and the stator as well as the rotor are located on the other side of the mounting wall , and wherein the electronics housing has housing cooling ribs at an outer wall, further comprising an annular air conveying element , mountable to the mounting wall independently from the motor, wherein the air conveying element surrounds the stator bushing , and a flow space is being formed between the air conveying element , the mounting wall and an outer circumference of the stator bushing , wherein the flow space is open on the side of the electronics housing by means of at least one flow gap in the direction of the mounting wall , and wherein the air conveying element opens into a rotor-side, circumferential through-flow opening of the air conveying element with a circumferential suction opening open in axial direction via a sealing gap, and further comprising at least one air conveying channel arranged at an outer circumference of the electronics housing , said channel being mounted to the mounting wall , wherein the air conveying channel extends from at least an axially extending channel opening in the mounting wall , located in the region of the flow gap , to an area to be cooled at the outer circumference of the electronic housing .
Digital bus interface for an operating device for an illuminant, wherein: - the interface has a transmitting branch and a receiving branch, - the receiving branch has a current source (R90, R91, Q90, Q95) which can be fed from a bus carrying voltage in the idle state, - the power source (R90, R91, Q90, Q95) supplies at least the transmitting branch with power, and the transmitting branch has an optocoupler (U91), - the receiving branch has a further optocoupler (U90), - in the receiving branch, a transistor (Q96) is provided which is arranged in series with the primary side of the optocoupler (U90) of the receiving branch in such a way that the transistor (Q96) is selectively conductively switched and thus, starting from the current source (R90, R91, Q90, Q95), enables a current flow on the primary side of the optocoupler (U90) of the receiving branch, as long as the voltage at the input of the receiving branch exceeds a defined threshold value, characterized in that - a capacitor (C95) is connected between a connection point of an emitter of the transistor (Q96) and a cathode of the optocoupler (U90). - the interface has a transmitting branch and a receiving branch, - the receiving branch has a current source (R90, R91, Q90, Q95) which can be fed from a bus carrying voltage in the idle state, - the power source (R90, R91, Q90, Q95) supplies at least the transmitting branch with power, and the transmitting branch has an optocoupler (U91), - the receiving branch has a further optocoupler (U90), - in the receiving branch, a transistor (Q96) is provided which is arranged in series with the primary side of the optocoupler (U90) of the receiving branch in such a way that the transistor (Q96) is selectively conductively switched and thus, starting from the current source (R90, R91, Q90, Q95), enables a current flow on the primary side of the optocoupler (U90) of the receiving branch, as long as the voltage at the input of the receiving branch exceeds a defined threshold value, characterized in that - a capacitor (C95) is connected between a connection point of an emitter of the transistor (Q96) and a cathode of the optocoupler (U90).
An apparatus for managing user authentication in a blockchain network , the apparatus comprising a processor configured to transmit, to a server , a request for a snapshot identifier, ID, along with user data comprising IoT routine data and at least one of one-time password, biometric data, context data, or device metadata, wherein the IoT routine data comprises a user 's life routine information regarding a user's route in a predetermined area and a user's behavioral pattern of operating one or more loT devices in an loT network, comprising the apparatus, in a predetermined sequence within a predetermined time duration; receive the snapshot ID generated based on the user data and broadcast in the blockchain network by the server; initiate a transaction with the snapshot ID in the blockchain network comprising a blockchain server which authenticates the snapshot ID by comparing the snapshot ID with the broadcast snapshot ID by the server; and output blockchain transaction data associated with the transaction based on the authentication of the snapshot ID. transmit, to a server , a request for a snapshot identifier, ID, along with user data comprising IoT routine data and at least one of one-time password, biometric data, context data, or device metadata, wherein the IoT routine data comprises a user 's life routine information regarding a user's route in a predetermined area and a user's behavioral pattern of operating one or more loT devices in an loT network, comprising the apparatus, in a predetermined sequence within a predetermined time duration; receive the snapshot ID generated based on the user data and broadcast in the blockchain network by the server; initiate a transaction with the snapshot ID in the blockchain network comprising a blockchain server which authenticates the snapshot ID by comparing the snapshot ID with the broadcast snapshot ID by the server; and output blockchain transaction data associated with the transaction based on the authentication of the snapshot ID.