mhurhangee/patent-ind-claim-en huggingface dataset:
An insulator configured to elastically support an exhaust pipe to a vehicle body, the insulator being made of a rubber-like elastic body, the insulator comprising: a first portion that includes a first engagement hole configured for being engaged with a side of the vehicle body; a second portion that includes a second engagement hole configured for being engaged with a side of the exhaust pipe, the second portion being arranged underneath the first portion across a predetermined virtual axis (A); a pair of coupling portions configured to couple the first portion to the second portion , the pair of the coupling portions being separately arranged on both sides in a direction perpendicular to the virtual axis (A); a first stopper surface and a second stopper surface that are formed on the first portion and the second portion , respectively, between the pair of the coupling portions with intervals to the coupling portions ; and a plurality of protrusions projecting from at least one of the first stopper surface and the second stopper surface , wherein the virtual axis (A) is parallel to at least one of a central axis (C1) of the first engagement hole and a central axis (C2) of the second engagement hole , characterized in that the plurality of the protrusions are arranged in an axial direction parallel to the virtual axis (A) and the direction perpendicular to the virtual axis(A), and spaces between adjacent protrusions are provided. a first portion that includes a first engagement hole configured for being engaged with a side of the vehicle body; a second portion that includes a second engagement hole configured for being engaged with a side of the exhaust pipe, the second portion being arranged underneath the first portion across a predetermined virtual axis (A); a pair of coupling portions configured to couple the first portion to the second portion , the pair of the coupling portions being separately arranged on both sides in a direction perpendicular to the virtual axis (A); a first stopper surface and a second stopper surface that are formed on the first portion and the second portion , respectively, between the pair of the coupling portions with intervals to the coupling portions ; and a plurality of protrusions projecting from at least one of the first stopper surface and the second stopper surface , wherein the virtual axis (A) is parallel to at least one of a central axis (C1) of the first engagement hole and a central axis (C2) of the second engagement hole , characterized in that the plurality of the protrusions are arranged in an axial direction parallel to the virtual axis (A) and the direction perpendicular to the virtual axis(A), and spaces between adjacent protrusions are provided.
Composition of mastics, plastisols, or adhesives comprising: - at least one polymer selected from the group consisting of a polyether comprising two silane-type terminal functions, a polyurethane comprising two silane-type terminal functions, a polyvinyl chloride, an ethylene-vinyl acetate copolymer, a polyethylene, a polypropylene, a polyamide, or a mixture thereof; - a plasticizer comprising at least one hydrocarbon-containing cut originating from the distillation of crude oil, said hydrocarbon-containing cut having been chemically modified by the introduction of heteroatoms, selected from the group comprising oxygen, sulphur, nitrogen and phosphorus; - at least one compound selected from the group consisting of a thickener, a filler, a cross-linking agent, a cross-linking catalyst and a tackifier resin, or a mixture thereof. - at least one polymer selected from the group consisting of a polyether comprising two silane-type terminal functions, a polyurethane comprising two silane-type terminal functions, a polyvinyl chloride, an ethylene-vinyl acetate copolymer, a polyethylene, a polypropylene, a polyamide, or a mixture thereof; - a plasticizer comprising at least one hydrocarbon-containing cut originating from the distillation of crude oil, said hydrocarbon-containing cut having been chemically modified by the introduction of heteroatoms, selected from the group comprising oxygen, sulphur, nitrogen and phosphorus; - at least one compound selected from the group consisting of a thickener, a filler, a cross-linking agent, a cross-linking catalyst and a tackifier resin, or a mixture thereof.
An air conditioner, comprising: a blower sucking and blowing air; a plurality of cylindrical air discharging units , each having an air discharging flow path through which the air blown by the blower passes and discharges, the plurality of air discharging units respectively having rotational center axes parallel with each other; and an air discharging unit rotating mechanism rotating each of the plurality of air discharging units, with the respective rotational center axes of the air discharging units kept in position, characterized in that the air discharging unit rotating mechanism includes: a lower body rotatably supporting a lower portion of each of the plurality of air discharging units ; and a rear body disposed perpendicular to the lower body and rotatably accommodating the plurality of air discharging units . a blower sucking and blowing air; a plurality of cylindrical air discharging units , each having an air discharging flow path through which the air blown by the blower passes and discharges, the plurality of air discharging units respectively having rotational center axes parallel with each other; and an air discharging unit rotating mechanism rotating each of the plurality of air discharging units, with the respective rotational center axes of the air discharging units kept in position, characterized in that the air discharging unit rotating mechanism includes: a lower body rotatably supporting a lower portion of each of the plurality of air discharging units ; and a rear body disposed perpendicular to the lower body and rotatably accommodating the plurality of air discharging units . a lower body rotatably supporting a lower portion of each of the plurality of air discharging units ; and a rear body disposed perpendicular to the lower body and rotatably accommodating the plurality of air discharging units .
A method of preparing a superabsorbent polymer, the method comprising the steps of: carrying out a crosslinking polymerization of a water-soluble ethylene-based unsaturated monomer having acidic groups which are at least partially neutralized, in the presence of an internal crosslinking agent represented by Chemical Formula 1, to form a water-containing gel polymer; gel-pulverizing the water-containing gel polymer; drying, pulverizing, and size-sorting the gel-pulverized water-containing gel polymer to form a base polymer powder; and carrying out a surface crosslinking of the base polymer powder by heat treatment in the presence of a surface crosslinking agent, wherein the gel-pulverizing step is carried out by extruding the water-containing gel polymer through a porous plate having a plurality of holes using a screw extruder mounted inside a cylindrical pulverizer under condition that a chopping index according to the following Equation 1 is 28 (/s) or more: in Chemical Formula 1, R 1 is a divalent organic group derived from alkane having 1 to 10 carbon atoms, and R 2 is hydrogen or a methyl group, Chopping index C . I . = ω × TSC / A × number of times of chopping T in Equation 1, ω represents angular velocity (2π X N/60s) of screw in the screw extruder, wherein N represents the number of rotation (rpm) of the screw, TSC represents a solid content (%) of the water-containing gel polymer fed into the pulverizer, and A represents porosity (πr 2 X n / πR 2 ) of the porous plate, wherein r represents a radius (mm) of the holes formed in the porous plate, n represents the number of holes formed in the porous plate, and R represents a radius (mm) of the porous plate. gel-pulverizing the water-containing gel polymer; drying, pulverizing, and size-sorting the gel-pulverized water-containing gel polymer to form a base polymer powder; and carrying out a surface crosslinking of the base polymer powder by heat treatment in the presence of a surface crosslinking agent, wherein the gel-pulverizing step is carried out by extruding the water-containing gel polymer through a porous plate having a plurality of holes using a screw extruder mounted inside a cylindrical pulverizer under condition that a chopping index according to the following Equation 1 is 28 (/s) or more: in Chemical Formula 1, R 1 is a divalent organic group derived from alkane having 1 to 10 carbon atoms, and R 2 is hydrogen or a methyl group, Chopping index C . I . = ω × TSC / A × number of times of chopping T in Equation 1, ω represents angular velocity (2π X N/60s) of screw in the screw extruder, wherein N represents the number of rotation (rpm) of the screw, TSC represents a solid content (%) of the water-containing gel polymer fed into the pulverizer, and A represents porosity (πr 2 X n / πR 2 ) of the porous plate, wherein r represents a radius (mm) of the holes formed in the porous plate, n represents the number of holes formed in the porous plate, and R represents a radius (mm) of the porous plate.
Hydrostatic system 1.1 having a hydraulic pressure source ; 1.2 having a first hydraulic motor which has an output shaft which forms a mechanical power output of the hydrostatic system, and/or having at least one consumer which is loaded with pressurized hydraulic medium from the pressure source , 1.3 the first hydraulic motor being connected, in order to drive it, and/or the at least one consumer being connected, in order to pressurize it, by way of a pressure line to the pressure source ; characterized in that 1.4 a hydraulic motor/pump unit is provided, comprising an additional hydraulic motor and a hydraulic pump which are drive-connected to one another, in such a way that the hydraulic pump can be driven by the additional hydraulic motor , 1.5 the additional hydraulic motor being connected, in order to drive it, in series with the first hydraulic motor and/or the at least one consumer to the pressure source , and 1.6 the hydraulic pump having a pressure side, by way of which it is connected to the pressure line . 1.1 having a hydraulic pressure source ; 1.2 having a first hydraulic motor which has an output shaft which forms a mechanical power output of the hydrostatic system, and/or having at least one consumer which is loaded with pressurized hydraulic medium from the pressure source , 1.3 the first hydraulic motor being connected, in order to drive it, and/or the at least one consumer being connected, in order to pressurize it, by way of a pressure line to the pressure source ; characterized in that 1.4 a hydraulic motor/pump unit is provided, comprising an additional hydraulic motor and a hydraulic pump which are drive-connected to one another, in such a way that the hydraulic pump can be driven by the additional hydraulic motor , 1.5 the additional hydraulic motor being connected, in order to drive it, in series with the first hydraulic motor and/or the at least one consumer to the pressure source , and 1.6 the hydraulic pump having a pressure side, by way of which it is connected to the pressure line .
A picture coding device configured to partition difference information between a picture serving as a coding target and a picture serving as a prediction target into a plurality of sub blocks, and codes the partitioned sub block in a certain order, the picture coding device comprising: a significant sub block information encoder configured to code significant sub block information indicating whether or not all values of difference coefficients belonging to the sub block serving as the coding target are zero; a significant difference coefficient information encoder configured to code significant difference coefficient information indicating whether or not each value of difference coefficient at each position of difference coefficient serving as the coding target is zero; a difference coefficient value encoder configured to code value of difference coefficient serving as the coding target; and a context deriver configured to derive a context for coding the significant difference coefficient information based on sum of vertical position of the difference coefficient and horizontal position of the difference coefficient in sub block serving as the coding target, and one of 1) sum of significant sub block information of coded sub block neighboring the sub block serving as the coding target at right side and lower side, 2) sum of significant difference coefficient information of difference coefficients neighboring the sub block serving as the coding target at right side and lower side, or 3) sum of absolute value of difference coefficients neighboring the sub block serving as the coding target at right side and lower side. a significant sub block information encoder configured to code significant sub block information indicating whether or not all values of difference coefficients belonging to the sub block serving as the coding target are zero; a significant difference coefficient information encoder configured to code significant difference coefficient information indicating whether or not each value of difference coefficient at each position of difference coefficient serving as the coding target is zero; a difference coefficient value encoder configured to code value of difference coefficient serving as the coding target; and a context deriver configured to derive a context for coding the significant difference coefficient information based on sum of vertical position of the difference coefficient and horizontal position of the difference coefficient in sub block serving as the coding target, and one of 1) sum of significant sub block information of coded sub block neighboring the sub block serving as the coding target at right side and lower side, 2) sum of significant difference coefficient information of difference coefficients neighboring the sub block serving as the coding target at right side and lower side, or 3) sum of absolute value of difference coefficients neighboring the sub block serving as the coding target at right side and lower side.
A quantum computing device , comprising: a device region located on a superconductor layer above a semiconductor layer ; a sensing region located within the device region, the sensing region comprising a portion of the device region including no superconductor layer ; a reflectrometry region located within the sensing region, the reflectrometry region comprising a border region and an interior region, the border region comprising an implanted portion of the semiconductor layer, the reflectrometry region electrically isolated from the semiconductor layer; a tunnel junction gate comprising a first metal within the sensing region; a chemical potential gate comprising a dielectric and the first metal within a portion of the device region outside the sensing region; a reflectrometry wire comprising a second metal coupled to the semiconductor layer within the interior region of the reflectrometry region, the reflectrometry wire configured to measure a state of the device using charge sensing; and a nanorod contact comprising the second metal coupled to the superconductor layer within the portion of the device region outside the sensing region. a device region located on a superconductor layer above a semiconductor layer ; a sensing region located within the device region, the sensing region comprising a portion of the device region including no superconductor layer ; a reflectrometry region located within the sensing region, the reflectrometry region comprising a border region and an interior region, the border region comprising an implanted portion of the semiconductor layer, the reflectrometry region electrically isolated from the semiconductor layer; a tunnel junction gate comprising a first metal within the sensing region; a chemical potential gate comprising a dielectric and the first metal within a portion of the device region outside the sensing region; a reflectrometry wire comprising a second metal coupled to the semiconductor layer within the interior region of the reflectrometry region, the reflectrometry wire configured to measure a state of the device using charge sensing; and a nanorod contact comprising the second metal coupled to the superconductor layer within the portion of the device region outside the sensing region.
A processor comprising: one or more execution circuits (114 0 , 114 1 , ..., 114 n ) to execute instructions; a stream prediction circuit coupled to the one or more execution circuits (114 0 , 114 1 , ..., 114 n ), the stream prediction circuit to receive demand requests for information and, based at least in part on the demand requests, generate a page prefetch hint for a first page; a prefetcher circuit to generate first prefetch requests each for a cache line, the stream prediction circuit decoupled from the prefetcher circuit ; characterized by : a plurality of page detectors (244 0 , 244 1 , ..., 244 n ) each to receive the page prefetch hint and to generate a plurality of second prefetch requests based on the page prefetch hint; and a shared cache memory coupled to the stream prediction circuit and the prefetcher circuit , wherein the shared cache memory is to receive second prefetch requests associated with the page prefetch hint and at least some of the first prefetch requests, wherein the second prefetch requests are for a different page than the first prefetch requests. one or more execution circuits (114 0 , 114 1 , ..., 114 n ) to execute instructions; a stream prediction circuit coupled to the one or more execution circuits (114 0 , 114 1 , ..., 114 n ), the stream prediction circuit to receive demand requests for information and, based at least in part on the demand requests, generate a page prefetch hint for a first page; a prefetcher circuit to generate first prefetch requests each for a cache line, the stream prediction circuit decoupled from the prefetcher circuit ; characterized by : a plurality of page detectors (244 0 , 244 1 , ..., 244 n ) each to receive the page prefetch hint and to generate a plurality of second prefetch requests based on the page prefetch hint; and a shared cache memory coupled to the stream prediction circuit and the prefetcher circuit , wherein the shared cache memory is to receive second prefetch requests associated with the page prefetch hint and at least some of the first prefetch requests, wherein the second prefetch requests are for a different page than the first prefetch requests. a plurality of page detectors (244 0 , 244 1 , ..., 244 n ) each to receive the page prefetch hint and to generate a plurality of second prefetch requests based on the page prefetch hint; and a shared cache memory coupled to the stream prediction circuit and the prefetcher circuit , wherein the shared cache memory is to receive second prefetch requests associated with the page prefetch hint and at least some of the first prefetch requests, wherein the second prefetch requests are for a different page than the first prefetch requests.
A method of producing a flow field plate for a fuel cell, the flow field plate having a relief profile which defines a plurality of channels , the channels extending across the flow field plate in a second dimension (y), the method comprising: determining a relief profile of the channels , the relief profile extending across the flow field plate along at least a first dimension (x) of the flow field plate orthogonal to the second dimension (y); modulating the relief profile with an over-profiling parameter , as a function of distance in the first dimension (x) from an edge of the flow field plate to form a modulated relief profile with regions towards the centre of the flow field plate being over-profiled to a greater extent than regions towards the edge of the flow field plate ; forming a die with the modulated relief profile ; pressing a flow field plate using the die with the modulated relief profile to thereby produce the relief profile in the flow field plate ; wherein the relief profile defines a plurality of channels extending across the flow field plate , the plurality of channels having a uniform height across the flow field plate , and wherein the modulated relief profile defines the plurality of channels with a non-uniform height, with channel depth increasing towards the center of the modulated relief profile . determining a relief profile of the channels , the relief profile extending across the flow field plate along at least a first dimension (x) of the flow field plate orthogonal to the second dimension (y); modulating the relief profile with an over-profiling parameter , as a function of distance in the first dimension (x) from an edge of the flow field plate to form a modulated relief profile with regions towards the centre of the flow field plate being over-profiled to a greater extent than regions towards the edge of the flow field plate ; forming a die with the modulated relief profile ; pressing a flow field plate using the die with the modulated relief profile to thereby produce the relief profile in the flow field plate ; wherein the relief profile defines a plurality of channels extending across the flow field plate , the plurality of channels having a uniform height across the flow field plate , and wherein the modulated relief profile defines the plurality of channels with a non-uniform height, with channel depth increasing towards the center of the modulated relief profile .
A method for policy based networking comprising the steps: configuring, by an orchestrator, a plurality of network appliances with a policy configuration, wherein each network appliance is coupled to at least one wide area network; the method further comprising, by a network appliance of the plurality of network appliances : receiving an outgoing packet having a destination address associated with one of the plurality of network appliances coupled to at least one network; associating the outgoing packet with the policy configuration; validating the outgoing packet against the policy configuration, thereby setting a forwarding indication if the outgoing packet should be forwarded; appending a first policy header to the outgoing packet and thereby forming an outgoing payload; appending a Wide Area Network, WAN, header compatible with the address associated with one of the plurality of network appliances coupled to at least one network, thereby forming an outgoing WAN packet; and forwarding the outgoing WAN packet to the address associated with one of the plurality of network appliances coupled to at least one network if the forwarding indication is set. configuring, by an orchestrator, a plurality of network appliances with a policy configuration, wherein each network appliance is coupled to at least one wide area network; the method further comprising, by a network appliance of the plurality of network appliances : receiving an outgoing packet having a destination address associated with one of the plurality of network appliances coupled to at least one network; associating the outgoing packet with the policy configuration; validating the outgoing packet against the policy configuration, thereby setting a forwarding indication if the outgoing packet should be forwarded; appending a first policy header to the outgoing packet and thereby forming an outgoing payload; appending a Wide Area Network, WAN, header compatible with the address associated with one of the plurality of network appliances coupled to at least one network, thereby forming an outgoing WAN packet; and forwarding the outgoing WAN packet to the address associated with one of the plurality of network appliances coupled to at least one network if the forwarding indication is set.