mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operation by a node configured as a pre-allocation function in a communication network , the method comprising: obtaining predicted usage information for a user with respect to a communication service provided via the communication network ; evaluating the predicted usage information in combination with account information associated with the user and configured business rules; pre-allocating a usage unit for a future use of the communication service by the user, in dependence on the evaluation, the pre-allocated usage unit covering a metered amount of usage of the communication service by the user; characterized by obtaining the predicted usage information by deriving the predicted usage information from historical usage information or by accessing the predicted usage information from a node operative as a usage prediction function that generates the predicted usage information from the historical usage information, the historical usage information being accumulated for the user, for two or more communication services for which pre-allocation is permitted, and pre-allocating the usage unit at a controlled time in advance of a predicted time of the predicted future use by pre-allocating one or more usage units for use by the user, for the two or more communication services. obtaining predicted usage information for a user with respect to a communication service provided via the communication network ; evaluating the predicted usage information in combination with account information associated with the user and configured business rules; pre-allocating a usage unit for a future use of the communication service by the user, in dependence on the evaluation, the pre-allocated usage unit covering a metered amount of usage of the communication service by the user; characterized by obtaining the predicted usage information by deriving the predicted usage information from historical usage information or by accessing the predicted usage information from a node operative as a usage prediction function that generates the predicted usage information from the historical usage information, the historical usage information being accumulated for the user, for two or more communication services for which pre-allocation is permitted, and pre-allocating the usage unit at a controlled time in advance of a predicted time of the predicted future use by pre-allocating one or more usage units for use by the user, for the two or more communication services.
A system, comprising: a virtual compute system comprising one or more hardware computing devices which comprise processors configured to at least: determine, based on a request to execute a program code on the virtual compute system, a user-specified security policy specifying one or more security parameters by which the program code is to be executed, said program code associated with a particular user; then select, from a plurality of virtual machine instances maintained on the one or more hardware computing devices, a virtual machine instance to be used for executing the program code, wherein the selected virtual machine instance is configured according to the security policy; acquire a container in the selected virtual machine instance based on the one or more security parameters wherein to acquire a container in the selected virtual machine instance according to the one or more security parameters the processors are further configured to : determine that the virtual machine instance does not contain a container that has the program code loaded thereon and configured according to the one or more security parameters; then create a container according to the one or more security parameters and cause the program code associated with the particular user to be loaded from an electronic data store onto the created container; thenthe processors being further configured to cause the program code associated with the particular user to be executed in the created container based at least in part on the user-specified security policy. determine, based on a request to execute a program code on the virtual compute system, a user-specified security policy specifying one or more security parameters by which the program code is to be executed, said program code associated with a particular user; then select, from a plurality of virtual machine instances maintained on the one or more hardware computing devices, a virtual machine instance to be used for executing the program code, wherein the selected virtual machine instance is configured according to the security policy; acquire a container in the selected virtual machine instance based on the one or more security parameters wherein to acquire a container in the selected virtual machine instance according to the one or more security parameters the processors are further configured to : determine that the virtual machine instance does not contain a container that has the program code loaded thereon and configured according to the one or more security parameters; then create a container according to the one or more security parameters and cause the program code associated with the particular user to be loaded from an electronic data store onto the created container; thenthe processors being further configured to cause the program code associated with the particular user to be executed in the created container based at least in part on the user-specified security policy.
Aircraft seat , comprising a seat base , - it being possible for the seat base to be fastened on a first side to a seat unit of the aircraft seat , - it being possible for the seat base to be fastened on a second side to a floor connection assembly so as to be securely fastened to the aircraft, - the seat base being formed by at least one flexurally rigid shell component, characterized in that - a force limiting means located above the seat base is provided, - the force limiting means being provided for protecting the overload of a passenger in the event of a crash by limiting forces which, in the floor plane of a cabin of the aircraft, act on the aircraft seat. - it being possible for the seat base to be fastened on a first side to a seat unit of the aircraft seat , - it being possible for the seat base to be fastened on a second side to a floor connection assembly so as to be securely fastened to the aircraft, - the seat base being formed by at least one flexurally rigid shell component, characterized in that - a force limiting means located above the seat base is provided, - the force limiting means being provided for protecting the overload of a passenger in the event of a crash by limiting forces which, in the floor plane of a cabin of the aircraft, act on the aircraft seat.
Fluid film bearing, especially for a rotor hub in a wind turbine , comprising a first and second part rotatably connected to each other, the second part forms the inner ring of the bearing, wherein the first part forms an first annular sliding surface that extends in the circumferential direction of the bearing along the first part, wherein the second part comprises a support structure and first pads distributed along the circumference of the support structure , wherein a respective pad sliding surface of each of the first pads or of a first subgroup of the first pads supports the first annular sliding surface , wherein each first pad comprises a mounting section that is mounted to a backside of the support structure that is facing away from the first part , a contact section that is either forming the respective pad sliding surface or carrying a coating that forms the respective pad sliding surface and a connecting section that connects the contact section with the mounting section and that preferably allows for a tilting of the contact section with respect to the mounting section , wherein the mounting section , the connecting section and the contact section are formed as one piece, characterized in that the support structure comprises a through hole for each of the first pads from the backside to a frontside of the support structure that is facing the first part of the bearing , wherein the respective connecting section is arranged at least partially within the respective through hole and/or wherein the respective contact section is arranged at least partially within the respective through hole , wherein the through hole allows for a removal and mounting of the respective pad from the backside and therefore the individual pads can be exchanged from an interior space of the wind turbine.
A method for manufacturing a terephthalate-based composition, the method comprising: a step of flowing in a dialkyl terephthalate in which alkyl has 7 to 10 carbon atoms and a primary alcohol with a low boiling point having 4 or 5 carbon atoms into a reactor, and performing transesterification of a terephthalate-based compound and the primary alcohol with a low boiling point (S1); and a step of extracting in a reduced pressure an unreacted material and a by-product from the reactor after finishing the transesterification (S2), wherein the step S1 comprises a pressure-applying step in which the pressure of the reactor is 1.5 to 2.5 bar. a step of flowing in a dialkyl terephthalate in which alkyl has 7 to 10 carbon atoms and a primary alcohol with a low boiling point having 4 or 5 carbon atoms into a reactor, and performing transesterification of a terephthalate-based compound and the primary alcohol with a low boiling point (S1); and a step of extracting in a reduced pressure an unreacted material and a by-product from the reactor after finishing the transesterification (S2), wherein the step S1 comprises a pressure-applying step in which the pressure of the reactor is 1.5 to 2.5 bar.
Process for dyeing keratin fibres, in which said fibres are treated with a composition (A) comprising: i) one or more indole or indoline compounds; ii) one or more aromatic compounds comprising a hydrocarbon-based polycycle comprising at least 10 carbon atoms, at least one of the rings of which is aromatic, selected from (di)hydroxy-naphtalene compounds ; and iii) one or more metal salts chosen from transition metal salts, rare-earth metal salts, and also mixtures thereof; particularly metal salts are chosen from transition metal salts. i) one or more indole or indoline compounds; ii) one or more aromatic compounds comprising a hydrocarbon-based polycycle comprising at least 10 carbon atoms, at least one of the rings of which is aromatic, selected from (di)hydroxy-naphtalene compounds ; and iii) one or more metal salts chosen from transition metal salts, rare-earth metal salts, and also mixtures thereof; particularly metal salts are chosen from transition metal salts.
A car for a fairground ride , with at least one wheel axle arranged on a rotatable carrier structure and a coupling element for coupling another car , wherein the coupling element for coupling another car is movably mounted, wherein the coupling element is connected to the rotatable carrier structure via a mechanical operative connection such that a movement of the coupling element leads to a rotation of the rotatable carrier structure and of the wheel axle of the car arranged thereon and a rotation of the rotatable carrier structure leads to a movement of the coupling element , characterized in that the coupling element is mounted in a ball joint fastened to the car , and the mechanical operative connection has a first arm , one end of which is connected to an end of the coupling element via a first ball joint and the other end of which is connected to a frame of the car via a second ball joint , and the mechanical operative connection has a second arm , one end of which is connected to the rotatable carrier structure via a third ball joint and the other end of which is connected to the first arm via a fourth ball joint between the first ball joint and the second ball joint .
a composition comprising: 5 to 25 weight percent of a poly(phenylene ether); 20 to 40 weight percent of a poly(alkylene terephthalate); 5 to 15 weight percent of a hydrogenated block copolymer of an alkenyl aromatic monomer and a conjugated diene; 0.01 to 2 weight percent of a compatibilizing agent; 5 to 25 weight percent of an arc suppressant comprising a nitrogen-containing compound, a phosphorus-containing compound, or a combination thereof; 5 to 25 weight percent glass fiber; 5 to 20 weight percent of a mineral filler, preferably talc; and 0.1 to 5 weight percent of poly(tetrafluoroethylene); wherein weight percent of each component is based on the total weight of the composition; and wherein the composition comprises less than 4 weight percent of a metal di(C 1-6 alkyl)phosphinate. 5 to 25 weight percent of a poly(phenylene ether); 20 to 40 weight percent of a poly(alkylene terephthalate); 5 to 15 weight percent of a hydrogenated block copolymer of an alkenyl aromatic monomer and a conjugated diene; 0.01 to 2 weight percent of a compatibilizing agent; 5 to 25 weight percent of an arc suppressant comprising a nitrogen-containing compound, a phosphorus-containing compound, or a combination thereof; 5 to 25 weight percent glass fiber; 5 to 20 weight percent of a mineral filler, preferably talc; and 0.1 to 5 weight percent of poly(tetrafluoroethylene); wherein weight percent of each component is based on the total weight of the composition; and wherein the composition comprises less than 4 weight percent of a metal di(C 1-6 alkyl)phosphinate.
Façade assembly for a building , with at least a façade element , which may be fastened to the outside edge of a storey of the building , in which a gap is formed between the façade element and the outside edge of the storey , and with at least a fire protection element , which in the assembled state is installed between the façade element and the outside edge of the storey in the area of the gap , in which the fire protection element comprises an insulating layer and a fire protection mat , in which the insulating layer has a first side surface turned towards the façade element and a second side surface opposite the first side surface , which is turned towards the outside edge of the storey , and has a lower surface extending between the first and second side surfaces , and in which the fire protection mat surrounds the lower surface of the insulating layer and lies on at least a part of the first and second side surfaces , characterised in that the fire protection mat is a coated or uncoated textile material and has at least a fringed edge section , in which the fringed edge section or the fringed edge sections is or are arranged between the insulating layer and the façade element or the outside edge of a ceiling of the storey , in order to ensure better surface contact.
CJM01 microalgae with deposit number KCTC 13538BP of Thraustochytrium genus by which production of docosahexaenoic acid (DHA) increases and production of amino acid decreases as compared with the parent strain.
A method of producing a composite laminate layup having pattern of holes therein, comprising: forming a layup by laying up multiple plies of unidirectional pre-preg fiber, each of the plies being laid up by laying down bandwidths of pre-preg fiber tows; spacing the tows in each of the bandwidths apart from each other to form gaps between the tows as the bandwidths are being laid down; controlling locations of the tows as the bandwidths are being laid down; controlling the gaps between the tows as the bandwidths are being laid down; varying fiber orientations of the plies to form a pattern of holes in the layup; and curing the layup and selecting a resin that is a thermally curable thermoset material and that has a viscosity which provides the resin with flow characteristics that prevent the resin from filling in the holes during thermal curing. forming a layup by laying up multiple plies of unidirectional pre-preg fiber, each of the plies being laid up by laying down bandwidths of pre-preg fiber tows; spacing the tows in each of the bandwidths apart from each other to form gaps between the tows as the bandwidths are being laid down; controlling locations of the tows as the bandwidths are being laid down; controlling the gaps between the tows as the bandwidths are being laid down; varying fiber orientations of the plies to form a pattern of holes in the layup; and curing the layup and selecting a resin that is a thermally curable thermoset material and that has a viscosity which provides the resin with flow characteristics that prevent the resin from filling in the holes during thermal curing.
A method of utilizing a stranded natural gas, comprising: providing a stranded natural gas resource; providing a material oxide; transferring energy in the stranded natural gas resource to a high energy density material by reducing the material oxide to the high energy density material using a stranded natural gas reduction process at the stranded natural gas reduction process location, and transporting the high energy density material to a country or region that is primarily an importer or consumer of energy from the stranded natural gas reduction process location, wherein the high energy density material is a material having a combined energy density greater than 1.0 mega-joules squared per liter per kilogram divided by 1,000 (MJ 2 /kg/L/1000), and wherein the material oxide is an oxide of the high energy density material in a solid form. providing a stranded natural gas resource; providing a material oxide; transferring energy in the stranded natural gas resource to a high energy density material by reducing the material oxide to the high energy density material using a stranded natural gas reduction process at the stranded natural gas reduction process location, and transporting the high energy density material to a country or region that is primarily an importer or consumer of energy from the stranded natural gas reduction process location, wherein the high energy density material is a material having a combined energy density greater than 1.0 mega-joules squared per liter per kilogram divided by 1,000 (MJ 2 /kg/L/1000), and wherein the material oxide is an oxide of the high energy density material in a solid form.
An intermediate reservoir (30; 30a; 60) adapted to store liquid and to be arranged in a liquid supply passage (10, 30, 52; 10, 30a, 52; 10, 60, 69; 60, 80, 83) that supplies the liquid held in a liquid supply source (9; 81) to an ejection head that ejects the liquid from a nozzle onto a medium , the intermediate reservoir (30; 30a; 60) comprising: a first storage chamber (34; 34a; 63) capable of storing the liquid; a second storage chamber (32; 32a; 64) capable of storing the liquid and located at an upstream side of the first storage chamber (34; 34a; 63) relative to a flow of the liquid through the intermediate reservoir in use; an upper communication passage (40; 40a; 65) that connects the first storage chamber (34; 34a; 63) and the second storage chamber (32; 32a; 64) at upper portions of the first storage chamber (34; 34a; 63) and the second storage chamber (32; 32a; 64); and a lower communication passage (36; 66) that connects the first storage chamber (34; 34a; 63) and the second storage chamber (32; 32a; 64) at a location lower than the upper communication passage in a gravitational direction when the intermediate reservoir is arranged in the liquid supply passage; wherein the lower communication passage (36; 66) includes a lower communication port that opens in the second storage chamber (32; 32a; 64), the upper communication passage (40; 40a; 65) includes an upper communication port that is in communication with the second storage chamber (32; 32a; 64), and the lower communication port is smaller than the upper communication port . a first storage chamber (34; 34a; 63) capable of storing the liquid; a second storage chamber (32; 32a; 64) capable of storing the liquid and located at an upstream side of the first storage chamber (34; 34a; 63) relative to a flow of the liquid through the intermediate reservoir in use; an upper communication passage (40; 40a; 65) that connects the first storage chamber (34; 34a; 63) and the second storage chamber (32; 32a; 64) at upper portions of the first storage chamber (34; 34a; 63) and the second storage chamber (32; 32a; 64); and a lower communication passage (36; 66) that connects the first storage chamber (34; 34a; 63) and the second storage chamber (32; 32a; 64) at a location lower than the upper communication passage in a gravitational direction when the intermediate reservoir is arranged in the liquid supply passage; wherein the lower communication passage (36; 66) includes a lower communication port that opens in the second storage chamber (32; 32a; 64), the upper communication passage (40; 40a; 65) includes an upper communication port that is in communication with the second storage chamber (32; 32a; 64), and the lower communication port is smaller than the upper communication port .
A resource scheduling indication method, comprising: determining (S401), by a network device, one piece of control information, wherein the one piece of control information comprises resource scheduling indication information of a plurality of pieces of data on different carriers, and the resource scheduling indication information is used to perform resource scheduling on the plurality of pieces of data; and sending (S402), by the network device, the one piece of control information, to a terminal device. wherein the resource scheduling indication information comprises hybrid automatic repeat request, HARQ, process information, the HARQ process information comprises second indication information, characterized in that the second indication information indicates a HARQ process identifier of one of the plurality of pieces of data, and a HARQ process identifier of another one of the plurality of pieces of data is obtained through calculation based on the HARQ process identifier of the one of the plurality of pieces of data. determining (S401), by a network device, one piece of control information, wherein the one piece of control information comprises resource scheduling indication information of a plurality of pieces of data on different carriers, and the resource scheduling indication information is used to perform resource scheduling on the plurality of pieces of data; and sending (S402), by the network device, the one piece of control information, to a terminal device. wherein the resource scheduling indication information comprises hybrid automatic repeat request, HARQ, process information, the HARQ process information comprises second indication information, characterized in that the second indication information indicates a HARQ process identifier of one of the plurality of pieces of data, and a HARQ process identifier of another one of the plurality of pieces of data is obtained through calculation based on the HARQ process identifier of the one of the plurality of pieces of data.