mhurhangee/ep-ind-claims huggingface dataset:
A coated article comprised of a superalloy substrate and corrosion resistant coating, the article comprising: a superalloy substrate; and a coating applied to the superalloy substrate, the coating comprising: a binder free of hexavalent chromium, the binder comprising silicone, the binder comprising from 5 to 75 weight percent of the coating; and a corrosion resistant particulate comprising 25 to 95 percent by weight of the coating, the corrosion resistant particulate comprising a refractory particulate being selected from the group consisting of alumina, zirconia, hafnia, yttria stabilized zirconia, yttria stabilized hafnia, ceria, chromia, magnesia, iron oxide, tittania, yttria, and ittrium aluminium garnet and combinations thereof, and a non-refractory particulate consisting of between 85 to 95 weight percent iron and between 5 to 15 weight percent aluminum. a superalloy substrate; and a coating applied to the superalloy substrate, the coating comprising: a binder free of hexavalent chromium, the binder comprising silicone, the binder comprising from 5 to 75 weight percent of the coating; and a corrosion resistant particulate comprising 25 to 95 percent by weight of the coating, the corrosion resistant particulate comprising a refractory particulate being selected from the group consisting of alumina, zirconia, hafnia, yttria stabilized zirconia, yttria stabilized hafnia, ceria, chromia, magnesia, iron oxide, tittania, yttria, and ittrium aluminium garnet and combinations thereof, and a non-refractory particulate consisting of between 85 to 95 weight percent iron and between 5 to 15 weight percent aluminum. a binder free of hexavalent chromium, the binder comprising silicone, the binder comprising from 5 to 75 weight percent of the coating; and a corrosion resistant particulate comprising 25 to 95 percent by weight of the coating, the corrosion resistant particulate comprising a refractory particulate being selected from the group consisting of alumina, zirconia, hafnia, yttria stabilized zirconia, yttria stabilized hafnia, ceria, chromia, magnesia, iron oxide, tittania, yttria, and ittrium aluminium garnet and combinations thereof, and a non-refractory particulate consisting of between 85 to 95 weight percent iron and between 5 to 15 weight percent aluminum.
A prosthetic ankle device, comprising: a) a pair of prosthetic members, comprising a shank link configured to be coupled to a remnant limb of an amputee and an artificial foot movably coupled together to allow movement of the pair of prosthetic members with respect to one another; b) a hydraulic actuator or damper including hydraulic fluid in a hydraulic chamber coupled to one of the pair of prosthetic members, and a hydraulic piston movably disposed in the hydraulic chamber and coupled to another of the pair of prosthetic members; c) a hydraulic flow channel fluidly coupled between opposite sides of the chamber to allow hydraulic fluid to move between the opposite sides of the chamber as the hydraulic piston moves therein; characterized by further comprising d) a voice coil valve coupled to the hydraulic flow channel to vary resistance to flow of hydraulic fluid through the flow channel, and thus movement of the piston in the chamber, and thus influencing a rate of movement of the pair of prosthetic members with respect to one another. a) a pair of prosthetic members, comprising a shank link configured to be coupled to a remnant limb of an amputee and an artificial foot movably coupled together to allow movement of the pair of prosthetic members with respect to one another; b) a hydraulic actuator or damper including hydraulic fluid in a hydraulic chamber coupled to one of the pair of prosthetic members, and a hydraulic piston movably disposed in the hydraulic chamber and coupled to another of the pair of prosthetic members; c) a hydraulic flow channel fluidly coupled between opposite sides of the chamber to allow hydraulic fluid to move between the opposite sides of the chamber as the hydraulic piston moves therein; characterized by further comprising d) a voice coil valve coupled to the hydraulic flow channel to vary resistance to flow of hydraulic fluid through the flow channel, and thus movement of the piston in the chamber, and thus influencing a rate of movement of the pair of prosthetic members with respect to one another.
A honeycomb filter comprising: a honeycomb base material including a porous partition wall parent material to partition and form a plurality of cells which become through channels of a fluid and which extend from one end surface to the other end surface; plugged portions arranged in open frontal areas of predetermined cells in an end surface on an inflow side of the fluid which is the one end surface, and open frontal areas of the remaining cells in an end surface on an outflow side of the fluid which is the other end surface; and a porous collecting layer disposed on the surface of the partition wall parent material in the remaining cells, a melting point of a material constituting the collecting layer being higher than that of a material constituting the partition wall parent material, the pore surface area per unit volume of the collecting layer being 2.0 or more times the pore surface area per unit volume of the partition wall parent material, and the thickness of a portion of the collecting layer which penetrates into pores of the partition wall parent material being 6% or smaller than the thickness of the partition wall, wherein in a cross section orthogonal to an extending direction of the cells, a shape of the cells is a rectangular shape, and a thickness of a portion of the collecting layer which is positioned in each of corner portions of each of the cells is from one to three times that of a portion of the collecting layer which is positioned in the center of each of sides of the cell. a honeycomb base material including a porous partition wall parent material to partition and form a plurality of cells which become through channels of a fluid and which extend from one end surface to the other end surface; plugged portions arranged in open frontal areas of predetermined cells in an end surface on an inflow side of the fluid which is the one end surface, and open frontal areas of the remaining cells in an end surface on an outflow side of the fluid which is the other end surface; and a porous collecting layer disposed on the surface of the partition wall parent material in the remaining cells, a melting point of a material constituting the collecting layer being higher than that of a material constituting the partition wall parent material, the pore surface area per unit volume of the collecting layer being 2.0 or more times the pore surface area per unit volume of the partition wall parent material, and the thickness of a portion of the collecting layer which penetrates into pores of the partition wall parent material being 6% or smaller than the thickness of the partition wall, wherein in a cross section orthogonal to an extending direction of the cells, a shape of the cells is a rectangular shape, and a thickness of a portion of the collecting layer which is positioned in each of corner portions of each of the cells is from one to three times that of a portion of the collecting layer which is positioned in the center of each of sides of the cell.
An unmanned vehicle cooperation system that is adapted to perform a cooperation action involving human intervention between a plurality of agents including an unmanned vehicle, wherein the unmanned vehicle has a processing unit (21, 31) that is adapted to perform an action process of the unmanned vehicle with artificial intelligence using a decision-making model (71, 81) constructed by including a plurality of tasks, the plurality of tasks adapted to include a cooperation task for performing the cooperation action, and the processing unit (21, 31) is adapted to execute a consensus building process that is adapted to build a consensus as to execution of the cooperation task between the agents using a negotiation protocol, and a cooperation action process that is adapted to execute the cooperation action of the unmanned vehicle, based on the consented cooperation task, wherein the decision-making model (71, 81) is a hierarchical decision-making model in which the plurality of tasks is hierarchically constructed, the hierarchical decision-making model (71, 81) is adapted to include a lower level in which an action of the unmanned vehicle has a higher priority and a higher level in which the action of the unmanned vehicle has a lower priority, and the cooperation task is assigned to the higher level of the hierarchical decision-making model (71, 81). the unmanned vehicle has a processing unit (21, 31) that is adapted to perform an action process of the unmanned vehicle with artificial intelligence using a decision-making model (71, 81) constructed by including a plurality of tasks, the plurality of tasks adapted to include a cooperation task for performing the cooperation action, and the processing unit (21, 31) is adapted to execute a consensus building process that is adapted to build a consensus as to execution of the cooperation task between the agents using a negotiation protocol, and a cooperation action process that is adapted to execute the cooperation action of the unmanned vehicle, based on the consented cooperation task, wherein the decision-making model (71, 81) is a hierarchical decision-making model in which the plurality of tasks is hierarchically constructed, the hierarchical decision-making model (71, 81) is adapted to include a lower level in which an action of the unmanned vehicle has a higher priority and a higher level in which the action of the unmanned vehicle has a lower priority, and the cooperation task is assigned to the higher level of the hierarchical decision-making model (71, 81).
Work machine, more particularly a wheeled loader, having a cab for the operator of the work machine, wherein the work machine has a drive which can be operated with hydrogen and that one or more tanks for receiving hydrogen are provided, wherein components for receiving the tanks are provided, characterized in that the tank or tanks are arranged below the cab and, when the work machine is viewed from above, next to the cab of the work machine, wherein the components for receiving the tanks do not have a direct mechanical connection to the cab, and that an armor is provided which partially or completely surrounds the tank. the work machine has a drive which can be operated with hydrogen and that one or more tanks for receiving hydrogen are provided, wherein components for receiving the tanks are provided, characterized in that the tank or tanks are arranged below the cab and, when the work machine is viewed from above, next to the cab of the work machine, wherein the components for receiving the tanks do not have a direct mechanical connection to the cab, and that an armor is provided which partially or completely surrounds the tank.
An apparatus for assisting safe operation of a vehicle, the vehicle having a vehicle environment, the apparatus comprising: an environment sensor system, operable to detect hazards within the vehicle environment and to provide hazard data including hazard location data, an unperceived hazard having a hazard location outside a predetermined distance from the gaze track; a driver monitor, operable to provide driver awareness data, the driver awareness data including a gaze track; and an attention-evaluation module, identifying perceived hazards and unperceived hazards by comparing the hazard data and the gaze track, the attention-evaluation module providing an alert signal relating to the unperceived hazards, characterized in that the attention-evaluation module including an electronic circuit having a processor, the processor operable to execute an algorithm comparing hazard location data with the gaze track, the algorithm including a model of the driver memory, models of situational awareness in terms of gaze patterns, minimum fixation times required for awareness, memory retention times, and memory capacity, and the electronic circuit being further operable to estimate driver awareness using the model of the driver memory. an environment sensor system, operable to detect hazards within the vehicle environment and to provide hazard data including hazard location data, an unperceived hazard having a hazard location outside a predetermined distance from the gaze track; a driver monitor, operable to provide driver awareness data, the driver awareness data including a gaze track; and an attention-evaluation module, identifying perceived hazards and unperceived hazards by comparing the hazard data and the gaze track, the attention-evaluation module providing an alert signal relating to the unperceived hazards, characterized in that the attention-evaluation module including an electronic circuit having a processor, the processor operable to execute an algorithm comparing hazard location data with the gaze track, the algorithm including a model of the driver memory, models of situational awareness in terms of gaze patterns, minimum fixation times required for awareness, memory retention times, and memory capacity, and the electronic circuit being further operable to estimate driver awareness using the model of the driver memory.
A phenol derivative represented by the following general formula wherein R 1 represents an alkyl group selected from an ethyl group, an isopropyl group, an n-butyl group, a t-butyl group, a cyclopropyl group or a cyclobutyl group; a trifluormethyl group; an alkylsulfanyl group selected from a methylsulfanyl group, an ethylsulfanyl group, or an isopropylsulfanyl group; and a halogen atom selected from chlorine or fluorine; R 2 represents a cyano group or a halogen atom selected from chlorine or fluorine; R 3 represents a hydroxyl group, a trifluoromethyl group or a hydrogen atom; and X represents -S(=O) 2 -; a pharmaceutically acceptable salt thereof, and a hydrate thereof and a solvate thereof.
A piezoelectric element drive circuit comprising: a piezoelectric element array in which N piezoelectric elements are connected in series, wherein N is an integer of two or more, and the piezoelectric elements respectively have a piezoelectric substance whose thickness is 0.05 μm to 20 μm and two electrodes (130, 150) interposing the piezoelectric substance therebetween; N-1 connection points (CP1 to CP3) respectively arranged between two adjacent piezoelectric elements in the piezoelectric element array; a first generation circuit that is configured to supply a voltage including an AC component and a DC component to the piezoelectric element array; and a second generation circuit (350, 350b, 350c) that is configured to supply a voltage including the DC component to M connection points (CP1 to CP3), wherein M is an integer of one or more, characterized in that the piezoelectric element drive circuit further comprises inductors (L1 to L3) that are connected between the second generation circuit (350, 350b, 350c) and the M connection points (CP1 to CP3). a piezoelectric element array in which N piezoelectric elements are connected in series, wherein N is an integer of two or more, and the piezoelectric elements respectively have a piezoelectric substance whose thickness is 0.05 μm to 20 μm and two electrodes (130, 150) interposing the piezoelectric substance therebetween; N-1 connection points (CP1 to CP3) respectively arranged between two adjacent piezoelectric elements in the piezoelectric element array; a first generation circuit that is configured to supply a voltage including an AC component and a DC component to the piezoelectric element array; and a second generation circuit (350, 350b, 350c) that is configured to supply a voltage including the DC component to M connection points (CP1 to CP3), wherein M is an integer of one or more, characterized in that the piezoelectric element drive circuit further comprises inductors (L1 to L3) that are connected between the second generation circuit (350, 350b, 350c) and the M connection points (CP1 to CP3).
A method of transmitting a signal by a base station in a communication system including a first communication system and a second communication system different from each other, the method comprising the steps of: transmitting a signal including a common control information using at least two frames to a mobile station, wherein each of the at least two frames includes a downlink sub-frame and an uplink sub-frame, wherein the uplink sub-frame and the downlink sub-frame each includes a resource allocation area (318,334) for the first communication system and a resource allocation area (320,336) for the second communication system, and wherein the common control information including system information is transmitted through the resource allocation area for the second communication system included in the downlink sub-frame. transmitting a signal including a common control information using at least two frames to a mobile station, wherein each of the at least two frames includes a downlink sub-frame and an uplink sub-frame, wherein the uplink sub-frame and the downlink sub-frame each includes a resource allocation area (318,334) for the first communication system and a resource allocation area (320,336) for the second communication system, and wherein the common control information including system information is transmitted through the resource allocation area for the second communication system included in the downlink sub-frame.
A thin film transistor, comprising an active layer, and a source electrode and a drain electrode on the active layer; wherein each of the source electrode and the drain electrode comprises a metal electrode sub-layer, and a diffusion barrier sub-layer made of a material comprising M1O a N b, wherein M1 is a single metal or a combination of metals, a ≥ 0, and b > 0, between the metal electrode sub-layer and the active layer for preventing diffusion of metal electrode material into the active layer, characterized in that, the diffusion barrier sub-layer is made of a material comprising zinc oxynitride doped with one or more non-metal element selected from one or a combination of sulfur, fluorine, chlorine, and carbon. wherein each of the source electrode and the drain electrode comprises a metal electrode sub-layer, and a diffusion barrier sub-layer made of a material comprising M1O a N b, wherein M1 is a single metal or a combination of metals, a ≥ 0, and b > 0, between the metal electrode sub-layer and the active layer for preventing diffusion of metal electrode material into the active layer, characterized in that, the diffusion barrier sub-layer is made of a material comprising zinc oxynitride doped with one or more non-metal element selected from one or a combination of sulfur, fluorine, chlorine, and carbon.
A method for producing a camshaft module, the camshaft module having at least one camshaft and a bearing frame with bearing devices, the camshaft having at least one shaft and cams with recesses, and the bearing devices having recesses, characterized by the fact that the shaft being produced and/or machined such that the shaft has at least two different outside diameters, that at least part of the cams and/or the bearing devices are produced and/or machined such that the recesses of the cams and/or the recesses of the bearing devices have different diameters, that the bearing frame is held such that the bearing frame is movable during manufacturing of the camshaft module along at least one of the movement axes and along one insertion direction of the shaft that is mainly rigid, that the cams are arranged relative to the bearing frame such that the cams are aligned to each other and that the diameter of the recesses of the cams and the diameter of the recesses of the bearing devices become smaller in the insertion direction, and that the shaft is inserted into the bearing frame in the insertion direction at least through the recesses of the cams and the recesses of the bearing devices such that the outside diameter of the shaft increases opposite the insertion direction and that an interface fit results in each case at least between the shaft and at least part of the cams.
A peelable heat shrink tube composed of a fluororesin, characterised in that a determination coefficient calculated from [Equation 1] below using an elastic modulus ratio (%) is more than 0.00, but 0.90 or less, the elastic modulus ratio (%) being obtained by measuring, on a straight line passing through regions, and below, elastic moduli of at least three points freely selected from each region, provided that a wall thickness of the tube at a cross-section perpendicular to an extrusion direction of the tube is 100%, the elastic modulus ratio (%) being a ratio of an average value of the elastic moduli in each region and an average value of the elastic moduli in all the regions, Region of less than 30% from an interior of the tube Region of 30% or more, but less than 70%, from the interior of the tube Region of 70% or more from the interior of the tube Determination coefficient = correlation coefficient 2 = covariance standard deviation of X standard deviation of Y 2 where X, Y and covariance represent the following: X: Proportion of a position of each point, where the elastic modulus was measured, from the interior of the tube Y: Elastic modulus ratio in each region Covariance: Average of a product of deviations of X and Y Region of less than 30% from an interior of the tube Region of 30% or more, but less than 70%, from the interior of the tube Region of 70% or more from the interior of the tube Determination coefficient = correlation coefficient 2 = covariance standard deviation of X standard deviation of Y 2 X: Proportion of a position of each point, where the elastic modulus was measured, from the interior of the tube Y: Elastic modulus ratio in each region Covariance: Average of a product of deviations of X and Y
Accessory gearbox for a turbine engine, this gearbox being provided with a centrifugal pump and comprising intermeshing pinions, one of which is formed integrally with a coaxial shank for driving a wheel of the centrifugal pump, characterised in that said wheel is directly mounted on the aforementioned shank.
A method of creating map corrections on a navigation device, the method comprising the steps of - loading map data onto said device, - providing menu driven selection of possible alterations (111, 112, 113, 114, 115, 116, 121), - receiving input comprising at least one of said alterations, and - generating a map correction comprising said at least one of said possible alterations, wherein said correction does not permanently affect the map data stored on the device, and characterised in that the method includes the further step of - automatically removing said correction in the event that a newly released map subsequently loaded onto said device effects a fix related to said correction. - loading map data onto said device, - providing menu driven selection of possible alterations (111, 112, 113, 114, 115, 116, 121), - receiving input comprising at least one of said alterations, and - generating a map correction comprising said at least one of said possible alterations, wherein said correction does not permanently affect the map data stored on the device, and characterised in that the method includes the further step of - automatically removing said correction in the event that a newly released map subsequently loaded onto said device effects a fix related to said correction.