mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine comprising a functional module, the functional module comprising a fastening element configured to detachably fasten the functional module to the wind turbine in a predetermined position, wherein the functional module is removable from the predetermined position, when the fastening element is unfastened; a cover configured to form part of a housing of the wind turbine, when the functional module is in the predetermined position; wherein the functional module is configured to carry out a function contributing to the operation of the wind turbine, when the functional module is in the predetermined position; wherein the cover is configured to cover an opening in the housing, when the functional module is in the predetermined position, a fluid conduit configured to transport a fluid to or from parts of the functional module or of the wind turbine; and a fluid opening arranged to a side of the functional module and connected to the fluid conduit, characterized in that the fluid opening is positioned adjacent to a corresponding fluid opening in the housing, when the functional module is in the predetermined position. wherein the functional module is removable from the predetermined position, when the fastening element is unfastened; a cover configured to form part of a housing of the wind turbine, when the functional module is in the predetermined position; wherein the functional module is configured to carry out a function contributing to the operation of the wind turbine, when the functional module is in the predetermined position; wherein the cover is configured to cover an opening in the housing, when the functional module is in the predetermined position, a fluid conduit configured to transport a fluid to or from parts of the functional module or of the wind turbine; and a fluid opening arranged to a side of the functional module and connected to the fluid conduit, characterized in that the fluid opening is positioned adjacent to a corresponding fluid opening in the housing, when the functional module is in the predetermined position.
Fire protection component comprising at least one frame and at least one fire protection glass, for example in the form of a fire protection pane or a laminated fire protection pane, wherein the fire protection glass is held in a receptacle of the frame so that a rebate space remains on the front side of the fire protection glass, wherein the frame comprises at least two thermally separated profiles, characterised in that the fire protection glass is fixed directly in the receptacle with an adhesive and wherein the fire protection component is adapted to thermally insulate the adhesive on the side facing away from the fire in the event of fire, wherein the thermal insulation is affected by an intumescent seal which can be foamed in the event of fire, wherein the intumescent seal is arranged on the end face of the fire protection glass in such a way that foaming at least partially closes a passage formed by the rebate space. at least one frame and at least one fire protection glass, for example in the form of a fire protection pane or a laminated fire protection pane, wherein the fire protection glass is held in a receptacle of the frame so that a rebate space remains on the front side of the fire protection glass, wherein the frame comprises at least two thermally separated profiles, characterised in that the fire protection glass is fixed directly in the receptacle with an adhesive and wherein the fire protection component is adapted to thermally insulate the adhesive on the side facing away from the fire in the event of fire, wherein the thermal insulation is affected by an intumescent seal which can be foamed in the event of fire, wherein the intumescent seal is arranged on the end face of the fire protection glass in such a way that foaming at least partially closes a passage formed by the rebate space.
A field device comprising: electric current regulating means for regulating the value of an electric current that flows in a two-wire transmission circuit in accordance with a measured value, with a specific electric current range as a normal regulating range; fault detecting means for detecting various types of faults that occur within the device itself; burnout direction setting means able to set whether to output to the transmission circuit a first burnout signal of a level higher than an upper limit value of the normal regulating level or to output to the transmission circuit a second burnout signal that is less than a lower limit value for the normal regulating range, when a fault has been detected by the fault detecting means; characterized by burnout direction changing means for evaluating whether or not it is possible to output the first burnout signal in relation to a fault that has been detected by the fault detecting means, and for causing the signal that is outputted in response to the fault to be the second burnout signal if it is determined that it is not possible to output the first burnout signal. electric current regulating means for regulating the value of an electric current that flows in a two-wire transmission circuit in accordance with a measured value, with a specific electric current range as a normal regulating range; fault detecting means for detecting various types of faults that occur within the device itself; burnout direction setting means able to set whether to output to the transmission circuit a first burnout signal of a level higher than an upper limit value of the normal regulating level or to output to the transmission circuit a second burnout signal that is less than a lower limit value for the normal regulating range, when a fault has been detected by the fault detecting means; characterized by burnout direction changing means for evaluating whether or not it is possible to output the first burnout signal in relation to a fault that has been detected by the fault detecting means, and for causing the signal that is outputted in response to the fault to be the second burnout signal if it is determined that it is not possible to output the first burnout signal.
A device for compacting a sliver on a spinning machine, • having a carrier with a receptacle for a bolt, • having a rotatably supported suction drum with a closed and an open end-face side (34, 35), and a bearing element, situated in the area of the closed end-face side, via which the suction drum is rotatably supported on an end section of the bolt, • wherein the bolt protrudes from the open end-face side of the suction drum, • wherein the suction drum, viewed in its axial direction, is axially fixed to the bolt via the bearing element so that the suction drum and the bolt form a separate unit of the device, and • at least one fastening means is provided via which the bolt is detachably fastened in the receptacle. • having a carrier with a receptacle for a bolt, • having a rotatably supported suction drum with a closed and an open end-face side (34, 35), and a bearing element, situated in the area of the closed end-face side, via which the suction drum is rotatably supported on an end section of the bolt, • wherein the bolt protrudes from the open end-face side of the suction drum, • wherein the suction drum, viewed in its axial direction, is axially fixed to the bolt via the bearing element so that the suction drum and the bolt form a separate unit of the device, and • at least one fastening means is provided via which the bolt is detachably fastened in the receptacle.
A method, comprising: receiving a reject message by a user equipment, UE, in a mobile communication network, wherein the UE is attached to the network using a first identification module; and starting a timer in response to the reject message, wherein the reject message is associated with a session management request or a mobility management request; wherein the reject message is associated with a session management request, and wherein the timer is a T3396 timer; or wherein the reject message is associated with a mobility management procedure, and wherein the timer is a T3245 timer; or wherein the reject message is associated with a mobility management request in circuit switch domain, and wherein the timer is a T3246 timer; or wherein the reject message is associated with a mobility management request in packet switch domain, and wherein the timer is a T3346 timer; and wherein the first identification module and the second identification module, respectively, is a Subscriber Identity Module, SIM, or Universal Subscriber Identity Module, USIM, characterized by the method further comprising: determining whether to stop the timer or continue to run the timer by comparing the first identification module and the second identification module when the first identification module is replaced with a second identification module while the UE remains power on. receiving a reject message by a user equipment, UE, in a mobile communication network, wherein the UE is attached to the network using a first identification module; and starting a timer in response to the reject message, wherein the reject message is associated with a session management request or a mobility management request; wherein the reject message is associated with a session management request, and wherein the timer is a T3396 timer; or wherein the reject message is associated with a mobility management procedure, and wherein the timer is a T3245 timer; or wherein the reject message is associated with a mobility management request in circuit switch domain, and wherein the timer is a T3246 timer; or wherein the reject message is associated with a mobility management request in packet switch domain, and wherein the timer is a T3346 timer; and wherein the first identification module and the second identification module, respectively, is a Subscriber Identity Module, SIM, or Universal Subscriber Identity Module, USIM, characterized by the method further comprising: determining whether to stop the timer or continue to run the timer by comparing the first identification module and the second identification module when the first identification module is replaced with a second identification module while the UE remains power on.
Hot formed product made from a hot formable strip, sheet or blank which is formable at a temperature of 600° C or above, the strip, sheet or blank comprising a substrate of hot formable steel having a composition in weight percent: C between 0.04 and 0.5 % Mn between 0.5 and 3.5 % Si less than 2.0 % Cr less than 1.0 % Ti less than 0.2 % Al less than 2.0 % Mo less than 0.5 % P less than 0.1 % N less than 0.015 % S less than 0.05 % B less than 0.015 % the remainder being Fe and unavoidable impurities. the substrate being coated with a corrosion protective coating being a zinc or zinc alloy layer, characterised in that the coated steel substrate before the hot forming is covered by a metal-phosphate layer containing the element zinc and calcium and optionally at least one element of manganese and nickel. C between 0.04 and 0.5 % Mn between 0.5 and 3.5 % Si less than 2.0 % Cr less than 1.0 % Ti less than 0.2 % Al less than 2.0 % Mo less than 0.5 % P less than 0.1 % N less than 0.015 % S less than 0.05 % B less than 0.015 % the remainder being Fe and unavoidable impurities. the substrate being coated with a corrosion protective coating being a zinc or zinc alloy layer, characterised in that the coated steel substrate before the hot forming is covered by a metal-phosphate layer containing the element zinc and calcium and optionally at least one element of manganese and nickel.
An aqueous aluminum brazing composition comprising a binder resin being a water-soluble/dispersible polyurethane resin and a flux, wherein a ratio of the binder resin added is 0.03 parts by mass or more and 15 parts by mass or less with respect to 100 parts by mass of the aqueous aluminum brazing composition, and a ratio of the flux added is 10 parts by mass or more and 75 parts by mass or less with respect to 100 parts by mass of the aqueous aluminum brazing composition, wherein the water-soluble/dispersible polyurethane resin is obtained by reacting at least a polyisocyanate and a polyol, characterized in that the polyisocyanate comprises one or more aliphatic polyisocyanates and, optionally, one or more aromatic polyisocyanates, the polyol comprises one or more aliphatic polyols and, optionally, one or more aromatic polyols, the total amount of the aliphatic polyisocyanates and the aliphatic polyols is 61 parts by mass or more with respect to 100 parts by mass of the total amount of the aliphatic and aromatic polyisocyanates and the aliphatic and aromatic polyols, wherein an aliphatic polyisocyanate is a polyisocyanate having no aromatic ring in the molecule, an aromatic polyisocyanate is a polyisocyanate having at least one aromatic ring in the molecule, an aliphatic polyol is a polyol having no aromatic ring in the molecule, and an aromatic polyol is a polyol having at least one aromatic ring in the molecule, and the aliphatic polyol comprises at least one selected from the group consisting of an aliphatic polyether polyol, an aliphatic polyester polyol, and an aliphatic polycarbonate polyol, wherein the total amount of the aliphatic polyether polyol, the aliphatic polyester polyol, and the aliphatic polycarbonate polyol is 20 parts by mass or more with respect to 100 parts by mass of the polyol.
An electronic device, comprising: at least one processor configured to select a subscriber profile to be used by an external electronic device functionally connected to the electronic device from among a plurality of subscriber profiles available in the electronic device in response to receiving a network connection request from the external device; a memory configured to store a subscriber profile use history for the external electronic device or for an application to be executed in the external electronic device; and a communication interface configured to provide, to the external electronic device, a network service based on the subscriber profile selected; wherein the communication interface is further configured to receive information related to the external electronic device from the external electronic device or a server; wherein the at least one processor is further configured to select the subscriber profile to be used by the external electronic device from among the plurality of subscriber profiles based on the received information related to the external electronic device and the subscriber profile use history; and wherein the information related to the external electronic device is at least one of device information of the external electronic device, and application information of an application to be executed in the external electronic device. at least one processor configured to select a subscriber profile to be used by an external electronic device functionally connected to the electronic device from among a plurality of subscriber profiles available in the electronic device in response to receiving a network connection request from the external device; a memory configured to store a subscriber profile use history for the external electronic device or for an application to be executed in the external electronic device; and a communication interface configured to provide, to the external electronic device, a network service based on the subscriber profile selected; wherein the communication interface is further configured to receive information related to the external electronic device from the external electronic device or a server; wherein the at least one processor is further configured to select the subscriber profile to be used by the external electronic device from among the plurality of subscriber profiles based on the received information related to the external electronic device and the subscriber profile use history; and wherein the information related to the external electronic device is at least one of device information of the external electronic device, and application information of an application to be executed in the external electronic device.
A method for providing a signed identity token comprising: receiving, by an issuer, a first-party token associated with a domain of the issuer and creating a time stamp to correspond to the first party token; encrypting, by the issuer, the first-party token and a time stamp using a private key of the issuer to create a digitally-signed token; creating, by the issuer, a plurality of digitally-signed tokens, each of the plurality of digitally-signed tokens corresponding to a respective verifying party; encrypting each of the plurality of digitally-signed tokens using a public key provided by the respective verifying party; generating, by the issuer, a composite token comprising each of the plurality of encrypted digitally-signed tokens; and providing, by the issuer, the composite token to a party responsible for generating the first-party token. receiving, by an issuer, a first-party token associated with a domain of the issuer and creating a time stamp to correspond to the first party token; encrypting, by the issuer, the first-party token and a time stamp using a private key of the issuer to create a digitally-signed token; creating, by the issuer, a plurality of digitally-signed tokens, each of the plurality of digitally-signed tokens corresponding to a respective verifying party; encrypting each of the plurality of digitally-signed tokens using a public key provided by the respective verifying party; generating, by the issuer, a composite token comprising each of the plurality of encrypted digitally-signed tokens; and providing, by the issuer, the composite token to a party responsible for generating the first-party token.
A system for reading a two-dimensional matrix symbol including data modules each having a module value and a module position, the two-dimensional matrix symbol encoding a data set, the system comprising: an imaging device, the imaging device configured to acquire an image containing at least a portion of the two-dimensional matrix symbol; the system being characterised by: a processor, the processor operatively coupled to the imaging device, the processor configured to execute a data reading algorithm, wherein the data reading algorithm receives the image, locates one or more candidate regions in the image, prioritizes the one or more candidate regions based on an edge density of the one or more candidate regions, and extracts a module value matrix from the one or more candidate regions; and a module value matrix decoder operatively coupled to the processor, the module value matrix decoder configured to execute a decoding algorithm that decodes the module value matrix. an imaging device, the imaging device configured to acquire an image containing at least a portion of the two-dimensional matrix symbol; the system being characterised by: a processor, the processor operatively coupled to the imaging device, the processor configured to execute a data reading algorithm, wherein the data reading algorithm receives the image, locates one or more candidate regions in the image, prioritizes the one or more candidate regions based on an edge density of the one or more candidate regions, and extracts a module value matrix from the one or more candidate regions; and a module value matrix decoder operatively coupled to the processor, the module value matrix decoder configured to execute a decoding algorithm that decodes the module value matrix. a processor, the processor operatively coupled to the imaging device, the processor configured to execute a data reading algorithm, wherein the data reading algorithm receives the image, locates one or more candidate regions in the image, prioritizes the one or more candidate regions based on an edge density of the one or more candidate regions, and extracts a module value matrix from the one or more candidate regions; and a module value matrix decoder operatively coupled to the processor, the module value matrix decoder configured to execute a decoding algorithm that decodes the module value matrix.
A power generation unit using wave energy, comprising a plurality of individual backward bent duct structures connected in parallel, wherein each of the plurality of the individual backward bent duct structures comprises a bent duct and a floating body, the bent duct comprises a vertical section of the bent duct and a horizontal section of the bent duct, an upper part of the horizontal section of the bent duct is connected with the floating body, the vertical section communicates with another vertical section of the bent duct that is adjacent to the vertical section, the vertical section of the bent duct of one of the plurality of the individual backward bent duct structures is connected with an air chamber pipeline, and an air turbine is arranged in the air chamber pipeline, characterized in that a cross section of the horizontal section of the bent duct is fan-shaped to form an open horizontal section, and an inner dimension of the horizontal section reduces gradually towards a centre of the horizontal section.
An integrated additive manufacturing cell system comprising: an enclosed central manufacturing cell having a plurality of access ports; wherein the central manufacturing cell houses an additive manufacturing process and said system further comprises: a mechanical and electrical port interface associated with each access port; a plurality of external modules (107...115) that are different types of machining or material manipulation devices comprising an enclosure having a module access port and a mechanical and electrical module port interface associated with the module access port; wherein: the mechanical and electrical port interface is configured to couple power, communications, and mechanical utilities with said external modules (107...115); and the module port interface is configured to couple power, communications, and mechanical utilities in matching correspondence with the central manufacturing cell access port interfaces. a mechanical and electrical port interface associated with each access port; a plurality of external modules (107...115) that are different types of machining or material manipulation devices comprising an enclosure having a module access port and a mechanical and electrical module port interface associated with the module access port; wherein: the mechanical and electrical port interface is configured to couple power, communications, and mechanical utilities with said external modules (107...115); and the module port interface is configured to couple power, communications, and mechanical utilities in matching correspondence with the central manufacturing cell access port interfaces. the mechanical and electrical port interface is configured to couple power, communications, and mechanical utilities with said external modules (107...115); and the module port interface is configured to couple power, communications, and mechanical utilities in matching correspondence with the central manufacturing cell access port interfaces.