mhurhangee/patent-ind-claim-en huggingface dataset:
A packet transmission method, comprising: receiving, by a group management network element, a first message sent by a first session management network element, wherein the first message comprises an address of a first terminal device and an identifier of a first user plane network element that provides a 5G local area network, 5G LAN, service for the first terminal device; receiving, by the group management network element, a second message sent by a second session management network element, wherein the second message comprises an address of a second terminal device and an identifier of a second user plane network element that provides the 5G LAN service for the second terminal device; determining (S103), by the group management network element, that the first terminal device and the second terminal device belong to a same local area network group; sending (S104), by the group management network element, a first notification message to the first session management network element, wherein the first notification message comprises the identifier of the second user plane network element and the address of the second terminal device; and sending, by the group management network element, a second notification message to the second session management network element, wherein the second notification message comprises the identifier of the first user plane network element and the address of the first terminal device. receiving, by a group management network element, a first message sent by a first session management network element, wherein the first message comprises an address of a first terminal device and an identifier of a first user plane network element that provides a 5G local area network, 5G LAN, service for the first terminal device; receiving, by the group management network element, a second message sent by a second session management network element, wherein the second message comprises an address of a second terminal device and an identifier of a second user plane network element that provides the 5G LAN service for the second terminal device; determining (S103), by the group management network element, that the first terminal device and the second terminal device belong to a same local area network group; sending (S104), by the group management network element, a first notification message to the first session management network element, wherein the first notification message comprises the identifier of the second user plane network element and the address of the second terminal device; and sending, by the group management network element, a second notification message to the second session management network element, wherein the second notification message comprises the identifier of the first user plane network element and the address of the first terminal device.
A method of production of a channel member for fuel cell use comprising: a step of obtaining a sheet-shaped first conductor part containing a first resin and a carbon material, a step of laying a sheet-shaped second conductor part containing a second resin with a lower melting point than said first resin and a carbon material on at least one surface of said first conductor part to form a sheet-shaped base part , a step of transferring a grooved surface to a surface of said base part where said second conductor part is laid to form a grooved base part provided with groove parts , a step of laying a sheet-shaped third conductor part containing a carbon material on the surface of said grooved base part where said groove parts are formed, and a step of integrally joining said grooved base part and said third conductor part by hot melt bonding to cover said groove parts , characterized in that said third conductor part further contains a third resin with a lower melting point than said first resin, and a temperature at the time of hot melt bonding is made a temperature lower than the melting point of said first resin and higher than the melting point of said second resin and said third resin and the pressure at the time of hot melt bonding is less than 4.1 MPa. a step of obtaining a sheet-shaped first conductor part containing a first resin and a carbon material, a step of laying a sheet-shaped second conductor part containing a second resin with a lower melting point than said first resin and a carbon material on at least one surface of said first conductor part to form a sheet-shaped base part , a step of transferring a grooved surface to a surface of said base part where said second conductor part is laid to form a grooved base part provided with groove parts , a step of laying a sheet-shaped third conductor part containing a carbon material on the surface of said grooved base part where said groove parts are formed, and a step of integrally joining said grooved base part and said third conductor part by hot melt bonding to cover said groove parts , characterized in that said third conductor part further contains a third resin with a lower melting point than said first resin, and a temperature at the time of hot melt bonding is made a temperature lower than the melting point of said first resin and higher than the melting point of said second resin and said third resin and the pressure at the time of hot melt bonding is less than 4.1 MPa.
A dental implant assembly comprising: a fixture in which an insertion groove including a female screw portion and a first flat surface are formed; and a screw including a head portion and a male screw portion screwcouplable with the female screw portion , wherein a downward flank of the female screw portion and an upward flank of the male screw portion are bonded to each other, characterised in that a surface of the upward flank of the male screw portion is electropolished while a downward flank of the male screw portion is masked, such that only the surface of the upward flank of the male screw portion includes a plurality of grooves. a fixture in which an insertion groove including a female screw portion and a first flat surface are formed; and a screw including a head portion and a male screw portion screwcouplable with the female screw portion , wherein a downward flank of the female screw portion and an upward flank of the male screw portion are bonded to each other, characterised in that a surface of the upward flank of the male screw portion is electropolished while a downward flank of the male screw portion is masked, such that only the surface of the upward flank of the male screw portion includes a plurality of grooves.
An electronic oral hygiene device system for monitoring brushing and compliance with a tooth brush regime, the electronic oral hygiene device system comprising: an oral hygiene device including a handle and a head , the head including a second visual pattern ; an attachment that is configured to be attachable to the handle of the oral hygiene device , the attachment including a first visual pattern that is different from the second visual pattern ; a camera for detecting visual data related to the first and second visual patterns ; a memory for storing the visual data output by the camera , the memory being in data communication with the camera ; and a control system which determines a relative distance and direction of positional movement of the oral hygiene device based on at least the visual data output by the camera . an oral hygiene device including a handle and a head , the head including a second visual pattern ; an attachment that is configured to be attachable to the handle of the oral hygiene device , the attachment including a first visual pattern that is different from the second visual pattern ; a camera for detecting visual data related to the first and second visual patterns ; a memory for storing the visual data output by the camera , the memory being in data communication with the camera ; and a control system which determines a relative distance and direction of positional movement of the oral hygiene device based on at least the visual data output by the camera .
An engineered enzyme having acetoacetyl-CoA substrate specificity and acetoacetyl-CoA specific hydrolase activity, wherein the engineered enzyme has the amino acid sequence of butyrate-acetoacetate CoA-transferase subunit B (ctfB) from Clostridium acetobutylicum UniProt P23673, CTFB_CLOAB, with substitution of the catalytic glutamic acid residue at position 51 of P23673 to an aspartic acid residue; or of acetate CoA-transferase YdiF from Escherichia coli strain K12 UniProt P37766, YDIF_ECOLI, with substitution of the catalytic glutamic acid residue at position 333 of P37766 to an aspartic acid residue.
Thrust system , comprising . - a thrust engine configured to provide a thrust output substantially along a first axis ; - a deflector assembly movably coupled to the thrust engine and including a pair of deflecting guides movable to selectively deflect a portion of the thrust output , wherein the deflector assembly is configured to divert the thrust output into at least two thrust vectors angled with respect to the first axis ; - at least two actuators coupled to the respective deflecting guides to controllably adjust a position of the respective deflecting guides with respect to the thrust engine ; characterized in that said deflecting guides are displaceable toward and away from each other between a closed configuration in which said deflecting guides are juxtaposed against one another in the exhausted thrust output, and an open configuration in which said deflecting guides are out of the path of the exhausted thrust output. - a thrust engine configured to provide a thrust output substantially along a first axis ; - a deflector assembly movably coupled to the thrust engine and including a pair of deflecting guides movable to selectively deflect a portion of the thrust output , wherein the deflector assembly is configured to divert the thrust output into at least two thrust vectors angled with respect to the first axis ; - at least two actuators coupled to the respective deflecting guides to controllably adjust a position of the respective deflecting guides with respect to the thrust engine ; characterized in that said deflecting guides are displaceable toward and away from each other between a closed configuration in which said deflecting guides are juxtaposed against one another in the exhausted thrust output, and an open configuration in which said deflecting guides are out of the path of the exhausted thrust output.
An agricultural working machine which is configured with predefined working parameters in order to pick up a swathe deposited on a field surface, comprising a controllable or regulatable pickup device for picking up the swathe, at least one controllable or regulatable working unit for processing the swathe which has been picked up, at least one sensor assembly for the detection of at least one property of the swathe deposited on the field surface, as well as a control device which is configured for the analysis of signals from the at least one sensor assembly as well as for the control of the pickup device and the at least one working unit with the aid of predefined working parameters, characterized in that the control device is configured in a manner such as to detect an irregularity in the swathe by means of the analysis of the at least one detected property, and to make an automatic adjustment to the pickup speed at which the working machine picks up the swathe for only the duration of the irregularity in the swathe and to at least one working parameter in order to control the pickup device and/or the at least one working unit of the agricultural working machine .
A method for minimizing grid feedback of a PV park to an energy supply grid connected thereto at a point of common coupling, wherein the PV park comprises a plurality of inverters (1-8) divided into groups , said method comprising: - for at least a first inverter of each group , determining a first parameter representative of a first coupling impedance (Z T 2 , Z T 3 , Z T 7 ) between the first inverter and the point of common coupling and determining a second parameter representative of a second coupling impedance (Z N 2 , Z N 3 , Z N 7 ) between the group containing the first inverter and the point of common coupling, - storing the first and the second parameter in an operating control unit of the first inverter , - in a daytime operation of the PV park , feeding in of reactive power by the first inverter depending on the first parameter, said reactive power corresponding to the magnitude of a reactive power absorbed by the respective underlying first coupling impedance (Z T 2 , Z T 3 , Z T 7 ), and - in a nighttime operation, deactivating all the inverters of a group with the exception of the first inverter , wherein the deactivated inverters remain connected to the energy supply grid, and feeding in of reactive power by the first inverter depending on the second parameter, wherein the reactive power fed in corresponds to a magnitude of a reactive power absorbed by the respective underlying second coupling impedance (Z N 2 , Z N 3 , Z N 7 ), such that the exchange of reactive power with the energy supply grid via the point of common coupling caused by the inverter group is minimized or fully avoided. - for at least a first inverter of each group , determining a first parameter representative of a first coupling impedance (Z T 2 , Z T 3 , Z T 7 ) between the first inverter and the point of common coupling and determining a second parameter representative of a second coupling impedance (Z N 2 , Z N 3 , Z N 7 ) between the group containing the first inverter and the point of common coupling, - storing the first and the second parameter in an operating control unit of the first inverter , - in a daytime operation of the PV park , feeding in of reactive power by the first inverter depending on the first parameter, said reactive power corresponding to the magnitude of a reactive power absorbed by the respective underlying first coupling impedance (Z T 2 , Z T 3 , Z T 7 ), and - in a nighttime operation, deactivating all the inverters of a group with the exception of the first inverter , wherein the deactivated inverters remain connected to the energy supply grid, and feeding in of reactive power by the first inverter depending on the second parameter, wherein the reactive power fed in corresponds to a magnitude of a reactive power absorbed by the respective underlying second coupling impedance (Z N 2 , Z N 3 , Z N 7 ), such that the exchange of reactive power with the energy supply grid via the point of common coupling caused by the inverter group is minimized or fully avoided.
A carbon fiber reinforced plastic structure comprising: a carbon fiber reinforced plastic member ; and a resin layer formed on a first surface of the carbon fiber reinforced plastic member , the resin layer comprising an opposite surface that is opposite to a surface facing the first surface , the opposite surface having a surface roughness that is less than a surface roughness of the first surface of the carbon fiber reinforced plastic member , characterized by further comprising a third member made of a material different from those of the carbon fiber reinforced plastic member and the resin layer , the third member located on a part of the first surface of the carbon fiber reinforced plastic member , the resin layer being formed on the first surface such that a surface of the third member that is opposite to a surface facing the first surface of the third member is exposed. a carbon fiber reinforced plastic member ; and a resin layer formed on a first surface of the carbon fiber reinforced plastic member , the resin layer comprising an opposite surface that is opposite to a surface facing the first surface , the opposite surface having a surface roughness that is less than a surface roughness of the first surface of the carbon fiber reinforced plastic member , characterized by further comprising a third member made of a material different from those of the carbon fiber reinforced plastic member and the resin layer , the third member located on a part of the first surface of the carbon fiber reinforced plastic member , the resin layer being formed on the first surface such that a surface of the third member that is opposite to a surface facing the first surface of the third member is exposed.
An electric drive motorcycle , comprising: • a front portion comprising one or more front wheels and a handlebar ; • a rear portion comprising a saddle , a shell body arranged below said saddle , and a rear wheel arranged below said shell body ; • an intermediate portion extending as a connection between said front portion and said rear portion; • an electric drive unit connected to said rear wheel ; and • a hybrid supply unit supplying said electric drive unit , comprising at least a battery unit and a combustion engine actuating an electric generator apt to supply said battery unit and/or said electric drive unit , wherein said shell body defines a housing space apt to receive at least said battery unit and said combustion engine , with the related electric generator , placed side by side therebetween, characterized in that said housing space extends from one side to the other one of the shell body , the battery unit and the combustion engine with the related electric generator being housed in said housing space, wherein the engine , the electric generator and the battery unit are arranged side by side according to a direction transversal to the front-rear direction of the motorcycle below a helmet carrying compartment . • a front portion comprising one or more front wheels and a handlebar ; • a rear portion comprising a saddle , a shell body arranged below said saddle , and a rear wheel arranged below said shell body ; • an intermediate portion extending as a connection between said front portion and said rear portion; • an electric drive unit connected to said rear wheel ; and • a hybrid supply unit supplying said electric drive unit , comprising at least a battery unit and a combustion engine actuating an electric generator apt to supply said battery unit and/or said electric drive unit ,
An apparatus for improving wound healing by enhancing blood flow in a vertebrate organism's limb comprising: (a) means for detecting cardiovascular activity of the organism; (b) means for compressing at least one limb of the organism progressively from a proximal region to a distal region of the limb; (c) means for triggering the compressing means in timed relation with the detected cardiovascular activity, wherein the means for compressing at least one vertebrate organism's limb comprises one or more pneumatic devices adapted to substantially surround at least one transverse region of the limb, thereby compressing the surrounded region in response to an increase in pneumatic pressure applied to the device, characterized in that the means for compressing at least one vertebrate organism's limb comprises a multi-compartment pneumatic device having fluid conduits between adjacent compartments, wherein the fluid conduits are sized to provide progressive changes in pneumatic pressure within each more distal compartment when such pressure is changed to the adjacent proximal compartment, wherein each fluid conduit comprises a valve, wherein each valve changes state in response to a threshold pressure in the adjacent proximal compartment, wherein the threshold pressure is electrically controllable. (a) means for detecting cardiovascular activity of the organism; (b) means for compressing at least one limb of the organism progressively from a proximal region to a distal region of the limb; (c) means for triggering the compressing means in timed relation with the detected cardiovascular activity, wherein the means for compressing at least one vertebrate organism's limb comprises one or more pneumatic devices adapted to substantially surround at least one transverse region of the limb, thereby compressing the surrounded region in response to an increase in pneumatic pressure applied to the device, characterized in that the means for compressing at least one vertebrate organism's limb comprises a multi-compartment pneumatic device having fluid conduits between adjacent compartments, wherein the fluid conduits are sized to provide progressive changes in pneumatic pressure within each more distal compartment when such pressure is changed to the adjacent proximal compartment, wherein each fluid conduit comprises a valve, wherein each valve changes state in response to a threshold pressure in the adjacent proximal compartment, wherein the threshold pressure is electrically controllable.
A method of testing a part , the method comprising: exposing the part to an excitation radiation, the part comprising hybrid spectral sensors, wherein each hybrid spectral sensor comprises: a first quantum dot structure , comprising a set of one or more first quantum dots; and a Faraday cage around the first quantum dot structure formed by fully encapsulating the first quantum dot structure with at least one second quantum dot structure , wherein the at least one second quantum dot structure comprises a set of one or more second quantum dots different from the one or more first quantum dots, wherein the Faraday cage is configured to block one or both of: an excitation radiation from reaching the first quantum dot structure , and a portion of an emitted radiation emitted by the first quantum dot structure ; and analyzing a spectrum of an emitted radiation from the part to determine inconsistencies in the part . exposing the part to an excitation radiation, the part comprising hybrid spectral sensors, wherein each hybrid spectral sensor comprises: a first quantum dot structure , comprising a set of one or more first quantum dots; and a Faraday cage around the first quantum dot structure formed by fully encapsulating the first quantum dot structure with at least one second quantum dot structure , wherein the at least one second quantum dot structure comprises a set of one or more second quantum dots different from the one or more first quantum dots, wherein the Faraday cage is configured to block one or both of: an excitation radiation from reaching the first quantum dot structure , and a portion of an emitted radiation emitted by the first quantum dot structure ; and a first quantum dot structure , comprising a set of one or more first quantum dots; and a Faraday cage around the first quantum dot structure formed by fully encapsulating the first quantum dot structure with at least one second quantum dot structure , wherein the at least one second quantum dot structure comprises a set of one or more second quantum dots different from the one or more first quantum dots, wherein the Faraday cage is configured to block one or both of: an excitation radiation from reaching the first quantum dot structure , and a portion of an emitted radiation emitted by the first quantum dot structure ; and an excitation radiation from reaching the first quantum dot structure , and a portion of an emitted radiation emitted by the first quantum dot structure ; and analyzing a spectrum of an emitted radiation from the part to determine inconsistencies in the part .