mhurhangee/patent-ind-claim-en huggingface dataset:
Process for production of middle distillates, comprising at least one step of catalytic oligomerization of a feed comprising olefins comprising from 3 to 9 carbon atoms, in which the reaction section comprises three reactors which are positioned in series and which are switchable, each containing at least one catalyst for oligomerization reactions, said catalysts being identical or different, and in which the reactor which is the furthest downstream in the direction of circulation of said feed contains the catalyst with a period of service which is shorter than the period of service of the catalysts present in the other reactors and is operated at an average temperature (WABTn) which is lower than the average temperature (WABTn-1) of the reactor directly preceding it, the difference between said average temperatures being at least 30°C (WABTn-1 - WABTn ≥ 30°C), in which the first two reactors are in operation while the third reactor is not in operation, to ensure continuous operation of the unit with two reactors in operation while the catalyst of the third reactor is regenerated or replaced, in which the reactors which are positioned in series and which are switchable are used in a cyclic manner by repeating, after a step a) during which the feed passes in succession through all of the oligomerization reactors, steps b), b') and c) defined below in succession: • a step b) during which the feed is introduced into the non-deactivated reactor located immediately downstream, with respect to the direction of circulation of the feed, of the deactivated reactor, short-circuiting the deactivated reactor, • a step b'), which is simultaneous with step b), during which the catalyst of the deactivated reactor is regenerated or replaced, • a step c) during which the feed passes through all of the oligomerization reactors, the reactor with the catalyst which has been regenerated or replaced in step b') being reconnected in a manner such as to be situated downstream of the other reactors with respect to the direction of circulation of the feed and in which each reactor is moved up one place each time a catalyst is regenerated or replaced, until it becomes the reactor occupying the first position, and said first reactor is then isolated to allow the replacement or regeneration of the catalyst and then is reconnected in last position. • a step b) during which the feed is introduced into the non-deactivated reactor located immediately downstream, with respect to the direction of circulation of the feed, of the deactivated reactor, short-circuiting the deactivated reactor, • a step b'), which is simultaneous with step b), during which the catalyst of the deactivated reactor is regenerated or replaced, • a step c) during which the feed passes through all of the oligomerization reactors, the reactor with the catalyst which has been regenerated or replaced in step b') being reconnected in a manner such as to be situated downstream of the other reactors with respect to the direction of circulation of the feed
A communication terminal controllable by a plurality of control devices comprising: a flow table means that stores a plurality of entries, each entry including flow identification information for identifying a packet flow and information for identifying a designated one of a plurality of control devices for controlling the communication terminal for said each flow entry; a storage means for storing authority information to operate on an entry in the flow table means, wherein the authority information is used to determine whether or not to operate in response to a request for the operation of the entry from each of the plurality of control devices; a flow identification means that searches the flow table means according to identification information of a received packet for an action for the received packet; and an inquiry means that, when an action for the received packet is an inquiry about processing of the received packet to the designated control device, performs the inquiry to the designated control device. a flow table means that stores a plurality of entries, each entry including flow identification information for identifying a packet flow and information for identifying a designated one of a plurality of control devices for controlling the communication terminal for said each flow entry; a storage means for storing authority information to operate on an entry in the flow table means, wherein the authority information is used to determine whether or not to operate in response to a request for the operation of the entry from each of the plurality of control devices; a flow identification means that searches the flow table means according to identification information of a received packet for an action for the received packet; and an inquiry means that, when an action for the received packet is an inquiry about processing of the received packet to the designated control device, performs the inquiry to the designated control device.
A wireless communication device for exchanging beacons with other wireless communication devices, comprising: circuitry configured to: receive information from another wireless communication device during a scan operation performed continuously over a frame cycle, said information including a beacon that can be used for synchronization, the beacon being transmitted periodically within a frame at a time offset from a beacon transmission timing; and set a first operation where the wireless communication device is active for receiving; and transmit information including a beacon specifying: the timings at which a beacon can be received from another wireless communication device; and the timing of the first operation where the wireless communication device is active for receiving; wherein said reception of information takes place before and after said transmission of information. circuitry configured to: receive information from another wireless communication device during a scan operation performed continuously over a frame cycle, said information including a beacon that can be used for synchronization, the beacon being transmitted periodically within a frame at a time offset from a beacon transmission timing; and set a first operation where the wireless communication device is active for receiving; and transmit information including a beacon specifying: the timings at which a beacon can be received from another wireless communication device; and the timing of the first operation where the wireless communication device is active for receiving; receive information from another wireless communication device during a scan operation performed continuously over a frame cycle, said information including a beacon that can be used for synchronization, the beacon being transmitted periodically within a frame at a time offset from a beacon transmission timing; and set a first operation where the wireless communication device is active for receiving; and transmit information including a beacon specifying: the timings at which a beacon can be received from another wireless communication device; and the timing of the first operation where the wireless communication device is active for receiving; the timings at which a beacon can be received from another wireless communication device; and the timing of the first operation where the wireless communication device is active for receiving; wherein said reception of information takes place before and after said transmission of information.
A system, comprising: an optical sensor and an air purge unit detachably mounted on the optical sensor and adapted to blow out air to a lens surface of the optical sensor , the air purge unit comprising: a first surface and a second surface which are opposite to each other; a third surface which is located along a direction intersecting with the first surface and the second surface ; a first connection part , a second connection part and a third connection part which are respectively arranged on the first surface , the second surface and the third surface , and to which an air injector adapted to inject air to the inside of the air purge unit is selectively connectable; and an air blowout part adapted to blow out the air injected to the inside of the air purge unit to the lens surface of the optical sensor , wherein all of the first connection part , the second connection part , and the third connection part are connected to the air blowout part via an air flow path formed inside the air purge unit , and the first connection part , the second connection part , and the third connection part are also connected to each other via the air flow path. an optical sensor and an air purge unit detachably mounted on the optical sensor and adapted to blow out air to a lens surface of the optical sensor , the air purge unit comprising: a first surface and a second surface which are opposite to each other; a third surface which is located along a direction intersecting with the first surface and the second surface ; a first connection part , a second connection part and a third connection part which are respectively arranged on the first surface , the second surface and the third surface , and to which an air injector adapted to inject air to the inside of the air purge unit is selectively connectable; and an air blowout part adapted to blow out the air injected to the inside of the air purge unit to the lens surface of the optical sensor , a first surface and a second surface which are opposite to each other; a third surface which is located along a direction intersecting with the first surface and the second surface ; a first connection part , a second connection part and a third connection part which are respectively arranged on the first surface , the second surface and the third surface , and to which an air injector adapted to inject air to the inside of the air purge unit is selectively connectable; and an air blowout part adapted to blow out the air injected to the inside of the air purge unit to the lens surface of the optical sensor , wherein all of the first connection part , the second connection part , and the third connection part are connected to the air blowout part via an air flow path formed inside the air purge unit , and the first connection part , the second connection part , and the third connection part are also connected to each other via the air flow path.
A monofilament fiber of poly-4-hydroxybutyrate or copolymer thereof, wherein the monofilament has a Young's modulus greater than 860 MPa, and wherein the monofilament is obtainable by a method comprising melt extrusion, quenching of the molten fiber in water, and stretching of the fiber at least 6X its original length without subsequent relaxation of the fiber; and optionally wherein the fiber has been stretched at least 7X its original length without subsequent relaxation of the fiber; or the fiber has been stretched at least 6.6 times its original length without subsequent relaxation of the fiber.
An apparatus for loading and unloading a roll, comprising: a roll support portion disposed adjacent to a roll unwinder ; a first traveling rail disposed on one side of the roll unwinder ; a moving frame movably installed on the first traveling rail ; and a roll attaching and detaching unit movably installed on the moving frame , wherein the roll support portion includes a lifting unit configured to move up and down a disposed roll, and wherein the roll attaching and detaching unit includes a moving plate moving on the moving frame , and a main body portion rotatably installed on the moving plate . a roll support portion disposed adjacent to a roll unwinder ; a first traveling rail disposed on one side of the roll unwinder ; a moving frame movably installed on the first traveling rail ; and a roll attaching and detaching unit movably installed on the moving frame , wherein the roll support portion includes a lifting unit configured to move up and down a disposed roll, and wherein the roll attaching and detaching unit includes a moving plate moving on the moving frame , and a main body portion rotatably installed on the moving plate .
An apparatus communicatively coupled to a memory or memory devices, the apparatus comprising: a network interface comprising at least one processor configured to: receive a packet arranged to include a designation indicating that at least a portion of the packet is to be copied to at least two destinations located in the memory or the memory devices communicatively coupled to the apparatus, wherein the at least two destinations include first and second destinations; the network interface further comprising at least one direct memory access, DMA, engine configured to copy the at least one portion of the packet to the first and second destinations respectively, based on the designation in the packet.
A method for processing data in accordance with a dataflow graph comprising: in each of a fabric of processor elements , selectively communicating fabric packets with others of the processor elements, wherein each fabric packet comprises a payload and a color, the payload of each fabric packet of a first type of the fabric packets comprising an index having lower index bits and upper index bits, the method characterized by : each processor element comprising a fabric router and a compute engine collectively enabled to perform processing comprising dataflow-based and instruction-based processing; in each compute engine, selectively performing the processing in accordance with a virtual channel specifier and the index of one or more of the fabric packets of the first type the compute engine receives, the virtual channel specifier being associated with the color of the fabric packet of the first type; and wherein the dataflow-based processing is in accordance with the virtual channel specifier identifying in part one or more communication pathways between a plurality of the processor elements, and the instruction-based processing is in accordance with either: adding the lower index bits of the index to a base register of the compute engine to form an instruction fetch address for instructions of the task associated with the fabric packet; or adding the base register to a multiple of the color to form an instruction fetch address for instructions of the task associated with the fabric packet. each processor element comprising a fabric router and a compute engine collectively enabled to perform processing comprising dataflow-based and instruction-based processing; in each compute engine, selectively performing the processing in accordance with a virtual channel specifier and the index of one or more of the fabric packets of the first type the compute engine receives, the virtual channel specifier being associated with the color of the fabric packet of the first type; and wherein the dataflow-based processing is in accordance with the virtual channel specifier identifying in part one or more communication pathways between a plurality of the processor elements, and the instruction-based processing is in accordance with either: adding the lower index bits of the index to a base register of the compute engine to form an instruction fetch address for instructions of the task associated with the fabric packet; or adding the base register to a multiple of the color to form an instruction fetch address for instructions of the task associated with the fabric packet. adding the lower index bits of the index to a base register of the compute engine to form an instruction fetch address for instructions of the task associated with the fabric packet; or adding the base register to a multiple of the color to form an instruction fetch address for instructions of the task associated with the fabric packet.
Device for supplying lids to a machine for closing cans, comprising a destacking screw for conveying lids supplied by a lid feed and for transferring separated lids to a downstream transport and/or processing device , also comprising a stop device for interrupting the supply of lids to the downstream transport and/or processing device during an interruption of production, characterised in that the stop device is formed by the destacking screw , so that the conveying of lids is interrupted by stopping the destacking screw , wherein during the interruption to production the downstream transport and processing device continues to run.
Operating method for a steer-by-wire steering system comprising a steering gear module , a steering wheel module and a communication channel which connects said modules, in which: - an actual position on or in the steering gear module is detected, and - a target position in the steering wheel module is adjusted in relation to the actual position on or in the steering gear module using an assignment rule, wherein: - augmented haptic feedback is provided to the user by setting the assignment rule, - a steering torque and/or a steering force acting on a steering wheel of the steering wheel module are determined in response to a position deviation in the steering wheel module and/or in response to a measured value from a torque sensor, and - a second control signal for the steering gear module is ascertained by means of the inverse assignment rule from the determined steering torque and/or the determined steering force and transmitted to the steering gear module via a bus , - namely for positioning said steering gear module, for actuating a drive provided in the steering gear module , and/or according to the determined steering torque and/or according to the determined steering force. - an actual position on or in the steering gear module is detected, and - a target position in the steering wheel module is adjusted in relation to the actual position on or in the steering gear module using an assignment rule, - augmented haptic feedback is provided to the user by setting the assignment rule, - a steering torque and/or a steering force acting on a steering wheel of the steering wheel module are determined in response to a position deviation in the steering wheel module and/or in response to a measured value from a torque sensor, and - a second control signal for the steering gear module is ascertained by means of the inverse assignment rule from the determined steering torque and/or the determined steering force and transmitted to the steering gear module via a bus , - namely for positioning said steering gear module, for actuating a drive provided in the steering gear module , and/or according to the determined steering torque and/or according to the determined steering force.
A nuclear fuel comprising: a bulk fuel material in a powder form; and a fuel additive component selected from the group consisting of metal, metal alloy, metal oxide, metalloid oxide, metal carbide, metalloid carbide, metal nitride, metalloid nitride, metal boride, metalloid boride and mixtures or alloys thereof in a powder form, wherein a grain size of the bulk fuel material is larger than a grain size of the fuel additive component, wherein the grains of the fuel additive component coat the grains of the bulk fuel material, characterized in that a volume ratio of the total grain volume of the fuel additive component to the total grain volume of the bulk fuel material is greater than 4*Rs/Rl, wherein "Rs" is the radius of the grains in the fuel additive component and "Rl" is the radius of the grains in the bulk fuel material. a bulk fuel material in a powder form; and a fuel additive component selected from the group consisting of metal, metal alloy, metal oxide, metalloid oxide, metal carbide, metalloid carbide, metal nitride, metalloid nitride, metal boride, metalloid boride and mixtures or alloys thereof in a powder form, wherein a grain size of the bulk fuel material is larger than a grain size of the fuel additive component, wherein the grains of the fuel additive component coat the grains of the bulk fuel material, characterized in that a volume ratio of the total grain volume of the fuel additive component to the total grain volume of the bulk fuel material is greater than 4*Rs/Rl, wherein "Rs" is the radius of the grains in the fuel additive component and "Rl" is the radius of the grains in the bulk fuel material.
A V-ribbed belt having a frictional power-transmission surface constituted by a multilayer weft-knitted cloth , wherein: the multilayer weft-knitted cloth comprises a cellulose-based natural spun yarn, a polyester-based composite yarn, and a polyamide-based yarn; and at least the cellulose-based natural spun yarn and the polyamide-based yarn are disposed in a layer on a frictional power-transmission surface side. the multilayer weft-knitted cloth comprises a cellulose-based natural spun yarn, a polyester-based composite yarn, and a polyamide-based yarn; and at least the cellulose-based natural spun yarn and the polyamide-based yarn are disposed in a layer on a frictional power-transmission surface side.
A liposome in which an immunogen-encoding RNA is encapsulated, wherein the liposome comprises a cationic lipid and the liposome & RNA have a N:P ratio of between 4:1 and 16:1, and wherein the N:P ratio is not between 7:1 and 9:1, wherein the "N:P ratio" refers to the molar ratio of protonatable nitrogen atoms in the liposome's cationic lipids to phosphates in the RNA wherein the lipid has a tertiary amine, and wherein the lipid has a pKa in the range 5.0 to 7.6.
A process for purifying methyl methacrylate; said method comprising: (a) feeding a reaction product mixture comprising methanol, methyl methacrylate and alkali metal methacrylates, methacrolein, water and heavy byproducts to a distillation column having at least 15 trays; wherein said reaction product mixture and a C 6 -C 7 hydrocarbon enter the distillation column above the middle of the distillation column; (b) removing an overhead stream comprising C 6 -C 7 hydrocarbon, methacrolein, methanol, water and methyl methacrylate; and (c) removing a bottoms stream comprising water, methyl methacrylate and alkali metal methacrylate and heavy byproducts.