mhurhangee/patent-ind-claim-en huggingface dataset:
Pneumatic actuator system for a vehicle, comprising: - at least one pneumatic actuator , - a compressor , providing compressed air to the pneumatic actuator , - a first intake to supply the compressor with external air (A), and - a second intake connected, via a recirculation line , to an exhaust line of the pneumatic actuator and arranged to supply the compressor with air discharged from the pneumatic actuator , characterized in that the pneumatic actuator system also includes a selecting valve which is arranged on the exhaust line of the pneumatic actuator , between the pneumatic actuator and the compressor , this selecting valve is switchable between a recirculation position, where the air flow discharged by the pneumatic actuator is directed to the recirculation line , and an exhaust position where the air flow discharged by the pneumatic actuator is directed to a low pressure circuit , depending at least on pressure of the air (P3, P4) in the recirculation line downstream from said selecting valve or in an air tank that is arranged downstream from the selecting valve on the recirculation line and wherein air discharged from the pneumatic actuator can accumulate. - at least one pneumatic actuator , - a compressor , providing compressed air to the pneumatic actuator , - a first intake to supply the compressor with external air (A), and - a second intake connected, via a recirculation line , to an exhaust line of the pneumatic actuator and arranged to supply the compressor with air discharged from the pneumatic actuator ,
Partition equipment for partioning a part of a large space comprising a panel body comprising: a base material having a panel shape; an elastic cushion material which is provided at at least a part of a surface of the base material , and in which an uneven shape is formed characterized in that the uneven shape is formed by a through hole which has an angle portion on a circumferential edge of the through hole on a side opposite to the base material; and in that a cover material covers the cushion material and the base material in a state where the angle portion is deformed by being pressed by the cover material. a base material having a panel shape; an elastic cushion material which is provided at at least a part of a surface of the base material , and in which an uneven shape is formed characterized in that the uneven shape is formed by a through hole which has an angle portion on a circumferential edge of the through hole on a side opposite to the base material; and in that a cover material covers the cushion material and the base material in a state where the angle portion is deformed by being pressed by the cover material.
Sheet material comprising, as constitutional components, an elastic polymer and nonwoven fabric mainly containing ultrafine hollow fiber with an average monofilament diameter of 0.05 to 10 μm, the ultrafine hollow fiber having a fiber cross section containing 2 to 60 hollows.
A composition for detecting a latent fingerprint characterized in that the composition comprises a 2-cyanoacrylate, a silicone oil and a fluorescent dye, and that a content of the silicone oil is in a range from 700 to 9000 parts by mass based on 100 parts by mass of the 2-cyanoacrylate.
A rotary position sensor assembly for detecting the angular position of a rotor of a motor, the rotary position sensor assembly comprising: at least one sensor ; and a sensor target that is moveable relative to said sensor ; the sensor target comprising a tubular body ; and a plurality of substantially radially extending sections that are integrally formed with the tubular body ; each radially extending section comprising two substantially radial upper edge portions , and a radially extending support set back from an axial and radial level of the upper edge portions such that detection of the support by the sensor is prevented or limited, and each of the upper edge portions provides a target for the sensor . at least one sensor ; and a sensor target that is moveable relative to said sensor ; the sensor target comprising a tubular body ; and a plurality of substantially radially extending sections that are integrally formed with the tubular body ; each radially extending section comprising two substantially radial upper edge portions , and a radially extending support set back from an axial and radial level of the upper edge portions such that detection of the support by the sensor is prevented or limited, and each of the upper edge portions provides a target for the sensor . a tubular body ; and a plurality of substantially radially extending sections that are integrally formed with the tubular body ; each radially extending section comprising two substantially radial upper edge portions , and a radially extending support set back from an axial and radial level of the upper edge portions such that detection of the support by the sensor is prevented or limited, and each of the upper edge portions provides a target for the sensor . two substantially radial upper edge portions , and a radially extending support set back from an axial and radial level of the upper edge portions such that detection of the support by the sensor is prevented or limited, and each of the upper edge portions provides a target for the sensor .
A method for use in routing Point-to-Multi-Point, P2MP, services in a multi-domain network with a Hierarchical Path Computation Element, H-PCE, architecture comprising, at a Child Path Computation Element, C-PCE, of one of the domains : determining summarised domain topology information about the domain, the summarised domain topology information comprising at least one of: an indication of whether the domain is capable of supporting Point-to-Multi-Point services; an indication of whether a node of the summarised domain topology is capable of supporting a branch point for Point-to-Multi-Point services; and, sending the summarised domain topology information to a Parent Path Computation Element, P-PCE receiving a request from the Parent Path Computation Element to compute an intra-domain path; computing and establishing an intra-domain path according to the capabilities of that domain indicated in the summarised domain topology. determining summarised domain topology information about the domain, the summarised domain topology information comprising at least one of: an indication of whether the domain is capable of supporting Point-to-Multi-Point services; an indication of whether a node of the summarised domain topology is capable of supporting a branch point for Point-to-Multi-Point services; and, an indication of whether the domain is capable of supporting Point-to-Multi-Point services; an indication of whether a node of the summarised domain topology is capable of supporting a branch point for Point-to-Multi-Point services; and, sending the summarised domain topology information to a Parent Path Computation Element, P-PCE receiving a request from the Parent Path Computation Element to compute an intra-domain path; computing and establishing an intra-domain path according to the capabilities of that domain indicated in the summarised domain topology.
Video data stream having video content encoded therein, using predictive and entropy coding, in units of slices into which pictures of the video content are spatially sub-divided, using a coding order among the slices , with restricting predictions of the predictive coding and/or entropy coding to the inner of tiles into which the pictures of the video content are spatially sub-divided, wherein the sequence of the slices are packetized into payload packets of a sequence of packets of the video data stream in the coding order, the sequence of packets being divided into a sequence of access units so that each access unit collects the payload packets having packetized thereinto slices relating to a respective picture of the video content , wherein the sequence of packets has tile identification packets interspersed thereinto between payload packets of one access unit, identifying one or more tiles overlaid by any slice packetized into one or more payload packets immediately following the respective tile identification packet in the sequence of packets.
A method of producing a hollow, helical, electrically conducting body, wherein a cavity in the helical body to be produced forms a channel for a fluid, in which first a helical core , made of a core material that can be liquefied or evaporated under the action of heat, is produced, and thereafter is coated with a first powder layer of an at least partially electrically conducting powder using a powder coating method, and in which the helical core comprising the first powder layer is then heated to a first temperature, at which the core is liquefied or converted into a gaseous state and at which the first powder layer is at least partially solidified in porous form, the core material exiting the space surrounded by the powder coating, and, after the core material has exited the space surrounded by the first powder layer, the first powder layer is sintered further, wherein the first powder layer is heated to a second temperature, which is higher than the first temperature, and sintering of the first powder layer takes place at the second temperature, causing the first powder layer to become compacted so as to become impermeable to liquids.
Non-therapeutic, ex vivo, or in vitro use of a self-assembling polypeptide as tissue adhesive, wherein said polypeptide is a silk polypeptide, and wherein the silk polypeptide has a molecular weight of at least 5 kDa and comprises at least two identical repetitive units each comprising at least one consensus sequence selected from the group consisting of: i) GPGXX (SEQ ID NO: 3), wherein X is any amino acid, preferably in each case independently selected from A, S, G, Y, P, and Q; ii) GGX, wherein X is any amino acid, preferably in each case independently selected from Y, P, R, S, A, T, N and Q; and iii) A x , wherein x is an integer from 5 to 10. i) GPGXX (SEQ ID NO: 3), wherein X is any amino acid, preferably in each case independently selected from A, S, G, Y, P, and Q; ii) GGX, wherein X is any amino acid, preferably in each case independently selected from Y, P, R, S, A, T, N and Q; and iii) A x , wherein x is an integer from 5 to 10.
A process of preparing a gelled food concentrate, said concentrate comprising: a 20-80% by weight of water; b 19-22.5% by weight of edible salt based on water, said edible salt being selected from sodium chloride, potassium chloride and combinations thereof; c type A gelatine having a bloom strength of at least 80; d non-gelling hydrolysed gelatine having a bloom strength of 0 and a molecular weight in the range of 10,000 to 40,000 g/mol; and wherein the process comprises combining 100 parts by weight of water with X parts by weight of the type A gelatine and Y parts by weight of the non-gelling hydrolysed gelatine, wherein: • 3.5 ≤ X · B f ≤ 18 • 0.5 ≤ Y ≤ 22 • X · B f + Y ≥ 10.8 • B f = < B > 250 and • < B > is the average bloom strength of the type A gelatine. a 20-80% by weight of water; b 19-22.5% by weight of edible salt based on water, said edible salt being selected from sodium chloride, potassium chloride and combinations thereof; c type A gelatine having a bloom strength of at least 80; d non-gelling hydrolysed gelatine having a bloom strength of 0 and a molecular weight in the range of 10,000 to 40,000 g/mol; and • 3.5 ≤ X · B f ≤ 18 • 0.5 ≤ Y ≤ 22 • X · B f + Y ≥ 10.8 • B f = < B > 250 and • < B > is the average bloom strength of the type A gelatine.
Crimp tooling for crimping a terminal to a wire , the crimp tooling comprising: an anvil having a base and a tip with a cradle at the tip for supporting the terminal, the anvil having first and second anvil guide surfaces located relative to the cradle; and a wire crimper having first and second legs on opposite sides of a crimp slot , the crimp slot receiving the cradle, the wire crimper defining a crimp profile in the crimp slot configured to form the terminal during crimping, the first and second legs having first and second wire crimper guide surfaces , respectively, the first and second wire crimper guide surfaces configured to engage the first and second anvil guide surfaces , respectively, to guide a position of the wire crimper relative to the anvil, wherein the first wire crimper guide surface is configured to shift the wire crimper in a first direction when the first wire crimper guide surface engages the first anvil guide surface , wherein the second wire crimper guide surface is configured to shift the wire crimper in a second direction when the second wire crimper guide surface engages the second anvil guide surface and wherein the shifting of the wire crimper in the first and second directions serves to re-center the wire crimper relative to the anvil , characterized in that the wire crimper is configured to be positioned in a centered position wherein neither the first wire crimper guide surface nor the second wire crimper guide surface engages the corresponding first and second anvil guide surfaces during crimping. an anvil having a base and a tip with a cradle at the tip for supporting the terminal, the anvil having first and second anvil guide surfaces located relative to the cradle; and a wire crimper having first and second legs on opposite sides of a crimp slot , the crimp slot receiving the cradle, the wire crimper defining a crimp profile in the crimp slot configured to form the terminal during crimping, the first and second legs having first and second wire crimper guide surfaces , respectively, the first and second wire crimper guide surfaces configured to engage the first and second anvil guide surfaces , respectively, to guide a position of the wire crimper relative to the anvil, wherein the first wire crimper guide surface is configured to shift the wire crimper in a first direction when the first wire crimper guide surface engages the first anvil guide surface , wherein the second wire crimper guide surface is configured to shift the wire crimper in a second direction when the second wire crimper guide surface engages the second anvil guide surface and wherein the shifting of the wire crimper in the first and second directions serves to re-center the wire crimper relative to the anvil , characterized in that the wire crimper is configured to be positioned in a centered position wherein neither the first wire crimper guide surface nor the second wire crimper guide surface engages the corresponding first and second anvil guide surfaces during crimping.
An assembly comprising: - at least one vehicle wheel , adapted to rotate about a vehicle wheel axis (X2) and adapted to perform an at least rolling movement on a travel surface for the vehicle; - at least one further rotating member , which can be operatively connected to said at least one vehicle wheel ; - at least one transmission , adapted to transmit mechanical power between said vehicle wheel and said at least one further rotating member ; wherein said transmission achieves a transmission ratio other than +1; - at least one braking device acting on said at least one further rotating member in order to brake said vehicle wheel , possibly until stopping it, by means of a braking action acting on said at least one further rotating member which is transmitted to the vehicle wheel by means of said transmission , characterised in that said assembly comprises at least one frictional braking device or an electromagnetic means adapted to apply a braking action on said at least one further rotating member in order to brake said at least one vehicle wheel or to brake said at least one vehicle wheel until stopping it, by braking said at least one further rotating member . - at least one vehicle wheel , adapted to rotate about a vehicle wheel axis (X2) and adapted to perform an at least rolling movement on a travel surface for the vehicle; - at least one further rotating member , which can be operatively connected to said at least one vehicle wheel ; - at least one transmission , adapted to transmit mechanical power between said vehicle wheel and said at least one further rotating member ; wherein said transmission achieves a transmission ratio other than +1; - at least one braking device acting on said at least one further rotating member in order to brake said vehicle wheel , possibly until stopping it, by means of a braking action acting on said at least one further rotating member which is transmitted to the vehicle wheel by means of said transmission ,
An immunogenic composition comprising an immunogenic conjugate comprising an isolated Streptococcus pneumoniae serotype 15B capsular polysaccharide covalently linked to a carrier protein wherein said conjugate comprises at least 0.6 mM acetate per mM of said serotype 15B capsular polysaccharide, for use in a method of preventing infection with serotype 15C Streptococcus pneumoniae, the method comprising administering to a subject an immunogenic amount of said immunogenic composition.
A method for wireless communication, comprising: generating a clear to transmit message comprising a header having a local address field therein, the clear to transmit message indicating a transmission opportunity, the clear to transmit message further comprising a request that a plurality of devices concurrently transmit data at a specific time; generating a second address field in the header , the second address field including a basic service set identifier of an access point; and outputting the clear to transmit message for transmission to the plurality of devices. generating a clear to transmit message comprising a header having a local address field therein, the clear to transmit message indicating a transmission opportunity, the clear to transmit message further comprising a request that a plurality of devices concurrently transmit data at a specific time; generating a second address field in the header , the second address field including a basic service set identifier of an access point; and outputting the clear to transmit message for transmission to the plurality of devices.
An insulation film composition for a grain-oriented electrical steel sheet comprising 10-50 parts by weight of metal silicate or organic silicate, 20-70 parts by weight of inorganic nanoparticles and 0.1-20 parts by weight of cobalt hydroxide.
An electrorefiner system comprising: a vessel configured to maintain a molten salt electrolyte; a plurality of cathode assemblies configured to extend into the vessel so as to at least be partially submerged in the molten salt electrolyte, each cathode assembly including a plurality of cathode rods having the same orientation and arranged so as to be within the same plane; a plurality of anode assemblies alternately arranged with the plurality of cathode assemblies such that each anode assembly is flanked by two cathode assemblies, each anode assembly configured to hold and immerse an impure uranium feed material in the molten salt electrolyte; a power system connected to the plurality of cathode and anode assemblies, the power system configured to supply a voltage adequate to oxidize the impure uranium feed material to form uranium ions that migrate through the molten salt electrolyte and deposit on the plurality of cathode rods as purified uranium; and a scraper configured to dislodge the purified uranium deposited on the plurality of cathode rods ; characterized in further comprising: a conveyor system disposed at a bottom of the vessel , the conveyor system comprising an inlet pipe , an exit pipe , a trough positioned in the vessel below the plurality of cathode assemblies and anode assemblies , a discharge chute , and a chain with a plurality of flights secured thereto, the trough defining a U-shaped track, the chain with the plurality of flights secured thereto configured to engage in an endless motion of entering the vessel through the inlet pipe , travelling along the U-shaped track defined by the trough , exiting the vessel through the exit pipe , and reentering the vessel through the inlet pipe to transport the purified uranium dislodged by the scraper through the exit pipe to the discharge chute so as to remove the purified uranium from the vessel, wherein the U-shaped track defined by the trough has a U-shape in plan view. a vessel configured to maintain a molten salt electrolyte; a plurality of cathode assemblies configured to extend into the vessel so as to at least be partially submerged in the molten salt electrolyte, each cathode assembly including a plurality of cathode rods having the same orientation and arranged so as to be within the same plane; a plurality of anode assemblies alternately arranged with the plurality of cathode assemblies such that each anode assembly is flanked by two cathode assemblies, each anode assembly configured to hold and immerse an impure uranium feed material in the molten salt electrolyte; a power system connected to the plurality of cathode and anode assemblies, the power system configured to supply a voltage adequate to oxidize the impure uranium feed material to form uranium ions that migrate through the molten salt electrolyte and deposit on the plurality of cathode rods as purified uranium; and a scraper configured to dislodge the purified uranium deposited on the plurality of cathode rods ;
A bee ingestible composition comprising at least 50 % bee food base and THC and/or CBD, wherein said bee food base comprises honey, wherein the bee ingestible composition comprises 0.1-5 % cannabis oil having at least 1 % THC and/or CBD.
Use of a lubricant composition comprising a base oil and hydroxytyrosol and/or esters thereof for lubrication of the surfaces of lubrication partners in a tribological system.
A method of cleaning solder from the jaws of a solder ball test device, the method comprising the steps of: providing a cleaning apparatus including a heat exchanger and a body enclosing said heat exchanger such that a volume is enclosed between said body and said heat exchanger , said apparatus further including an inlet to said volume and an outlet nozzle in fluid communication with said volume , wherein, in use, gas under pressure introduced into said volume is heated by said heat exchanger such that said heated gas is delivered through said nozzle; heating, by said cleaning apparatus, a gas to a temperature above the melting temperature of the solder; and directing, by said cleaning apparatus, the heated gas over the jaws of said solder ball test device to remove solder from said jaws the jaws being moved and rotated in the hot gas jet, wherein said cleaning apparatus is mounted on said solder ball test device. providing a cleaning apparatus including a heat exchanger and a body enclosing said heat exchanger such that a volume is enclosed between said body and said heat exchanger , said apparatus further including an inlet to said volume and an outlet nozzle in fluid communication with said volume , wherein, in use, gas under pressure introduced into said volume is heated by said heat exchanger such that said heated gas is delivered through said nozzle; heating, by said cleaning apparatus, a gas to a temperature above the melting temperature of the solder; and directing, by said cleaning apparatus, the heated gas over the jaws of said solder ball test device to remove solder from said jaws the jaws being moved and rotated in the hot gas jet, wherein said cleaning apparatus is mounted on said solder ball test device.