mhurhangee/patent-ind-claim-en huggingface dataset:
A communication system for providing a communication service to a user equipment , said communication system comprising a Policy and Charging Rules Function, PCRF, , the PCRF being configured to: - obtain, from a subscription profile repository, SPR, , subscription information of the user equipment for the communication service, the subscription information being indicative of a subscribed access priority of said user equipment ; - receive, from the user equipment , access information in a message, wherein the access information is originated from the user equipment when the user equipment initiates an establishment of a connection with the communication system, and wherein the access information is indicative of a desired access priority of the user equipment , and wherein the desired access priority of the user equipment is indicated as a low access priority by including a low access priority indication in the message, and check for any limitation regarding a number of times the user equipment can override the subscribed access priority when the subscribed access priority is the low access priority and the low access priority indication is not included in the message from the user equipment ; and - determine, based on said subscription information indicative of the subscribed access priority and said access information indicative of the desired access priority, an applicable access priority and a policy for providing said communication service to the user equipment . - obtain, from a subscription profile repository, SPR, , subscription information of the user equipment for the communication service, the subscription information being indicative of a subscribed access priority of said user equipment ; - receive, from the user equipment , access information in a message, wherein the access information is originated from the user equipment when the user equipment initiates an establishment of a connection with the communication system, and wherein the access information is indicative of a desired access priority of the user equipment , and wherein the desired access priority of the user equipment is indicated as a low access priority by including a low access priority indication in the message, and check for any limitation regarding a number of times the user equipment can override the subscribed access priority when the subscribed access priority is the low access priority and the low access priority indication is not included in the message from the user equipment ; and - determine, based on said subscription information indicative of the subscribed access priority and said access information indicative of the desired access priority, an applicable access priority and a policy for providing said communication service to the user equipment .
A fault inspection unit provided for a central processing unit connected to a memory management unit , the central processing unit comprising the fault inspection unit, the memory management unit is configured to translate a physical address that is an address of a physical memory to a virtual address that is an address of a virtual memory and output a first signal indicating an illegal access if the physical memory is inaccessible with the physical address to which the virtual address is translated, the central processing unit is configured to output the virtual address to the memory management unit , allow the first signal to be input, and terminate a program being executed if the first signal is input, the fault inspection unit comprising: a changing means for changing an operating mode of the central processing unit to a test mode in which the central processing unit does not terminate a program being executed even if the memory management unit outputs the first signal; the fault inspection unit further being characterised by : an output means for outputting, while the central processing unit is operating in the test mode, a second signal to the memory management unit for causing the memory management unit to output the first signal; and a detecting means for detecting whether or not the first signal is input to the central processing unit after the output means outputs the second signal to the memory management unit . a changing means for changing an operating mode of the central processing unit to a test mode in which the central processing unit does not terminate a program being executed even if the memory management unit outputs the first signal; the fault inspection unit further being characterised by : an output means for outputting, while the central processing unit is operating in the test mode, a second signal to the memory management unit for causing the memory management unit to output the first signal; and a detecting means for detecting whether or not the first signal is input to the central processing unit after the output means outputs the second signal to the memory management unit . an output means for outputting, while the central processing unit is operating in the test mode, a second signal to the memory management unit for causing the memory management unit to output the first signal; and a detecting means for detecting whether or not the first signal is input to the central processing unit after the output means outputs the second signal to the memory management unit .
An edge or connection reinforcement for a reinforced concrete component , having at least a first and a second reinforcing element , each having transverse iron rods that are parallel to each other and bent in a U-shaped manner and longitudinal iron rods connecting them and extending in a first direction (X) perpendicular to the transverse iron rods, wherein first and second ends of the longitudinal iron rods are freely ending in protrusions , wherein all longitudinal rods of a reinforcing element , in the case of a parallel arrangement of bends of the transverse iron rods of the first and a second reinforcing element directly adjacent thereto in the case of use, in which short sides of the transverse iron rods of the first reinforcing element are arranged displaced only in the X-direction relative to short sides of the transverse iron rods of the second reinforcing element, are arranged positionally offset relative to the longitudinal rods of the respective other reinforcing element , wherein any number of reinforcing elements are provided along an edge of a reinforced concrete component , characterized in that two or more reinforcing elements differing in the position of their longitudinal iron rods within the edge or connection reinforcement are provided in direct succession. having at least a first and a second reinforcing element , each having transverse iron rods that are parallel to each other and bent in a U-shaped manner and longitudinal iron rods connecting them and extending in a first direction (X) perpendicular to the transverse iron rods, wherein first and second ends of the longitudinal iron rods are freely ending in protrusions , wherein all longitudinal rods of a reinforcing element , in the case of a parallel arrangement of bends of the transverse iron rods of the first and a second reinforcing element directly adjacent thereto in the case of use, in which short sides of the transverse iron rods of the first reinforcing element are arranged displaced only in the X-direction relative to short sides of the transverse iron rods of the second reinforcing element, are arranged positionally offset relative to the longitudinal rods of the respective other reinforcing element , wherein any number of reinforcing elements are provided along an edge of a reinforced concrete component , characterized in that two or more reinforcing elements differing in the position of their longitudinal iron rods within the edge or connection reinforcement are provided in direct succession.
A method of disassembling a photovoltaic module , the method comprising: applying heat to the photovoltaic module in an oxidizing atmosphere; removing an insulating protective layer wrapping a photovoltaic cell of the photovoltaic module ; obtaining a conductive ribbon connecting a plurality of the photovoltaic cells ; and obtaining the photovoltaic cell of the photovoltaic module , characterized in that the conductive ribbon includes a base material and a metal coating layer which covers the base material , and a volume of the metal coating layer is increased due to oxidation, so that the conductive ribbon is separated from the photovoltaic cells in a process of removing the insulating protective layer in the oxidation atmosphere. applying heat to the photovoltaic module in an oxidizing atmosphere; removing an insulating protective layer wrapping a photovoltaic cell of the photovoltaic module ; obtaining a conductive ribbon connecting a plurality of the photovoltaic cells ; and obtaining the photovoltaic cell of the photovoltaic module , characterized in that the conductive ribbon includes a base material and a metal coating layer which covers the base material , and a volume of the metal coating layer is increased due to oxidation, so that the conductive ribbon is separated from the photovoltaic cells in a process of removing the insulating protective layer in the oxidation atmosphere.
A method employable by a Network Manager (NM), comprising: outputting a request to a network Element Manager (EM) to create a Virtualized Network Function (VNF) PM job to collect VNF Performance Measurement (PM) data; receiving a set of VNF PM data associated with a VNF from the EM; processing the set of VNF PM data associated with the VNF; outputting a request to the EM to create a Virtualization Resource (VR) PM job to collect VR PM data from a VR used by the VNF; processing a set of VR PM data received from the EM; making a determination whether to restart the VNF, based on the processed set of VR PM data and the processed set of VNF PM data; and outputting a request to a network function virtualization orchestrator (NFVO) to restart the VNF based on a determination to restart the VR. outputting a request to a network Element Manager (EM) to create a Virtualized Network Function (VNF) PM job to collect VNF Performance Measurement (PM) data; receiving a set of VNF PM data associated with a VNF from the EM; processing the set of VNF PM data associated with the VNF; outputting a request to the EM to create a Virtualization Resource (VR) PM job to collect VR PM data from a VR used by the VNF; processing a set of VR PM data received from the EM; making a determination whether to restart the VNF, based on the processed set of VR PM data and the processed set of VNF PM data; and outputting a request to a network function virtualization orchestrator (NFVO) to restart the VNF based on a determination to restart the VR.
A safety anchor system, which comprises: a safety anchor including: a tube body defining a passage therethrough for reception and passage of a safety cable and having opposed tube end segments , the tube body configured to be positioned around a length of a reinforcement bar extending through a wall segment; two sleeves , each sleeve being coaxially mounted over a respective tube end segment of the tube body , the sleeves each reciprocally movable between a retracted position and an extended position to facilitate positioning ends of the sleeves relative to a face of the wall segment; and two end plugs , each end plug releasably mountable to a respective sleeve , the end plugs configured to engage a face of the wall segment upon reciprocal movement of the sleeves. a tube body defining a passage therethrough for reception and passage of a safety cable and having opposed tube end segments , the tube body configured to be positioned around a length of a reinforcement bar extending through a wall segment; two sleeves , each sleeve being coaxially mounted over a respective tube end segment of the tube body , the sleeves each reciprocally movable between a retracted position and an extended position to facilitate positioning ends of the sleeves relative to a face of the wall segment; and two end plugs , each end plug releasably mountable to a respective sleeve , the end plugs configured to engage a face of the wall segment upon reciprocal movement of the sleeves.
A mobile device comprising: a memory storing a messaging application, a communication interface , and a display device , and a processor configured to execute the messaging application to: render, at the display device , a composed message comprising an attach icon for attaching messages stored at the memory to the composed message and a send icon for sending the composed message; in response to detecting selection of the attach icon, render , at the display device , one or more message icons, each of the one or more message icons associated with a respective one of the messages stored at the memory , wherein a type of the stored messages with which the one or more message icons are associated comprises one or more of short message service, "SMS", messages, multimedia messaging service, "MMS", messages, text messages, and calendar invitations; detect selection of at least one of the one or more message icons; for each message icon that is selected: convert a stored message associated with the message icon that is selected into a Multipurpose Internet Mail Extension, "MIME", attachment message; encode the composed message and each MIME attachment message into a MIME message; and, in response to detecting selection of the send icon, transmit , using the communication interface , the MIME message. render, at the display device , a composed message comprising an attach icon for attaching messages stored at the memory to the composed message and a send icon for sending the composed message; in response to detecting selection of the attach icon, render , at the display device , one or more message icons, each of the one or more message icons associated with a respective one of the messages stored at the memory , wherein a type of the stored messages with which the one or more message icons are associated comprises one or more of short message service, "SMS", messages, multimedia messaging service, "MMS", messages, text messages, and calendar invitations; detect selection of at least one of the one or more message icons; for each message icon that is selected: convert a stored message associated with the message icon that is selected into a Multipurpose Internet Mail Extension, "MIME", attachment message; encode the composed message and each MIME attachment message into a MIME message; and, in response to detecting selection of the send icon, transmit , using the communication interface , the MIME message.
A metallic interconnect member (100; 200) having a first side (110; 210) including first and second connection pads (110A, 110B; 210A, 210B) for connecting to a first solar cell (101; 201), and a second side (120; 220) comprises first and second connection portions (120A, 120B; 220A, 220B) for connecting to a second solar cell (102; 202), the first and second solar cells (101, 102; 201, 202) being spaced apart along a first axis (104; 204), a first serpentine path extending between the first connection pad and the first connection portion and a separate second serpentine path extending between the second connection pad and the second connection portion , and characterized in that each of the first and second serpentine paths has at least one longitudinal loop (130, 160; 230, 250, 270), and at least one transverse loop (140, 150; 240, 245, 270, 275), the longitudinal loop (130, 160; 230, 250, 270) comprising two parallel longitudinal portions (130A, 130B, 160A, 160B; 230A, 230B, 250A, 250B, 270A, 270B, 275B) extending along the first axis (104; 204), and a curved portion between the two parallel longitudinal portions (130C, 160C; 230C, 250C, 270C), the transverse loop (140, 150; 240, 245, 270, 275) comprising two parallel transverse portions (140A, 140B, 150A, 150B; 240A, 240B, 245A, 245B, 270A, 270B, 275B) extending along a second axis (106; 206), the second axis (106; 206) being substantially perpendicular to the first axis (104; 204), and a curved portion (140C, 150C; 240C, 245C, 270C, 275) between the two parallel transverse portions. a first serpentine path extending between the first connection pad and the first connection portion and a separate second serpentine path extending between the second connection pad and the second connection portion , and characterized in that each of the first and second serpentine paths has at least one longitudinal loop (130, 160; 230, 250, 270), and at least one transverse loop (140, 150; 240, 245, 270, 275), the longitudinal loop (130, 160; 230, 250, 270) comprising two parallel longitudinal portions (130A, 130B, 160A, 160B; 230A, 230B, 250A, 250B, 270A, 270B, 275B) extending along the first axis (104; 204), and a curved portion between the two parallel longitudinal portions (130C, 160C; 230C, 250C, 270C), the transverse loop (140, 150; 240, 245, 270, 275) comprising two parallel transverse portions (140A, 140B, 150A, 150B; 240A, 240B, 245A, 245B, 270A, 270B, 275B) extending along a second axis (106; 206), the second axis (106; 206) being substantially perpendicular to the first axis (104; 204), and a curved portion (140C, 150C; 240C, 245C, 270C, 275) between the two parallel transverse portions.
A valve assembly (7 00) for use with a drinking vessel , the valve assembly comprising: a base member ; and a sealing member , wherein the sealing member comprises an annular skirt projecting inwards and defining a central aperture , the sealing member being moveable, dependent on a pressure difference across it, between a sealed position, wherein the sealing member is sealed against the base member , and an unsealed position, wherein the sealing member is unsealed from the base member , wherein the annular skirt is arranged, when the sealing member is in the sealed position, to seal against the base member , and wherein one or more channels are formed between the base member and the sealing member and extend to a periphery of the sealing member , the one or more channels being arranged to allow air to enter the drinking vessel from the periphery of the sealing member when the sealing member is in the unsealed position. a base member ; and a sealing member , wherein the sealing member comprises an annular skirt projecting inwards and defining a central aperture , the sealing member being moveable, dependent on a pressure difference across it, between a sealed position, wherein the sealing member is sealed against the base member , and an unsealed position, wherein the sealing member is unsealed from the base member , a sealed position, wherein the sealing member is sealed against the base member , and an unsealed position, wherein the sealing member is unsealed from the base member , wherein the annular skirt is arranged, when the sealing member is in the sealed position, to seal against the base member , and wherein one or more channels are formed between the base member and the sealing member and extend to a periphery of the sealing member , the one or more channels being arranged to allow air to enter the drinking vessel from the periphery of the sealing member when the sealing member is in the unsealed position.
A process for obtaining a microbial oil comprising one or more polyunsaturated fatty acids from one or more microbial cells, wherein the process comprises: (a) lysing the cells comprising the microbial oil to form a lysed cell composition; (b) treating the lysed cell composition to form an oil-containing emulsion; (c) separating the oil-containing emulsion from the lysed cell composition; (d) demulsifying the oil-containing emulsion; and (e) recovering the oil; wherein (d) further comprises adding an acid which comprises citric acid and further comprises adding a base. (a) lysing the cells comprising the microbial oil to form a lysed cell composition; (b) treating the lysed cell composition to form an oil-containing emulsion; (c) separating the oil-containing emulsion from the lysed cell composition; (d) demulsifying the oil-containing emulsion; and (e) recovering the oil;
A sound signal processor , comprising: a sound signal input portion configured to obtain a sound signal; a beat detection portion configured to detect a beat in the sound signal; a processing portion configured to perform an effect processing on the sound signal in accordance with a timing of the detected beat; wherein the processing portion is characterised by being configured to: calculate levels of sound signals of a plurality of channels and a cross-correlation between the plurality of channels; obtain position information about a position of a sound source corresponding to the sound signal based on the levels of the sound signals and the cross-correlation between the plurality of channels; change the position information of the sound source in accordance with the timing of the detected beat; and perform a localization processing to localize a sound image based on the changed position information. a sound signal input portion configured to obtain a sound signal; a beat detection portion configured to detect a beat in the sound signal; a processing portion configured to perform an effect processing on the sound signal in accordance with a timing of the detected beat; wherein the processing portion is characterised by being configured to: calculate levels of sound signals of a plurality of channels and a cross-correlation between the plurality of channels; obtain position information about a position of a sound source corresponding to the sound signal based on the levels of the sound signals and the cross-correlation between the plurality of channels; change the position information of the sound source in accordance with the timing of the detected beat; and perform a localization processing to localize a sound image based on the changed position information. calculate levels of sound signals of a plurality of channels and a cross-correlation between the plurality of channels; obtain position information about a position of a sound source corresponding to the sound signal based on the levels of the sound signals and the cross-correlation between the plurality of channels; change the position information of the sound source in accordance with the timing of the detected beat; and perform a localization processing to localize a sound image based on the changed position information.
Exhaust gas treatment device, especially for an exhaust system of an internal combustion engine of a vehicle, comprising a housing elongated in the direction of a housing longitudinal axis (L), an exhaust gas treatment unit arranged in the housing as well as at least one first exhaust gas guiding device , which is in flow connection with an axially open axial end area of the housing , wherein the first exhaust gas guiding device provides a first flow path area extending along an outer side of the housing as well as a second flow path area connecting the first flow path area to the axially open axial end area of the housing , wherein the first flow path area has a first axial end area arranged in the axial area of the axially open axial end area of the housing , wherein the exhaust gas guiding device comprises a first exhaust gas guide element arranged on the outer side of the housing , wherein the first flow path area is defined by the first exhaust gas guide element in at least some areas, characterized in that a hood-like third flow guide element , which closes the axially open axial end area of the housing and defines the second flow path area in at least some areas is provided, and that the third flow guide element projects radially outwardly over the housing in a circumferential area of the housing for connecting the second flow path area to the first axial end area of the first flow path area and radially overlaps the first exhaust gas guide element and the axially open axial end area of the housing .