mhurhangee/ep-ind-claims huggingface dataset:
A wet clutch assembly (100,1000), comprising: a clutch pack having a plurality of friction members attached to a first clutch housing and a plurality of separator members attached to a second clutch housing, the friction members and the separator members configured to be selectively contacted to each other to engage the first housing member to the second housing member, wherein the clutch pack is in fluid communication with a lubrication source such that a lubrication flow can flow to the friction members and the separator members to remove heat and/or debris therefrom; a shaft defining a shaft channel, and one or more clutch lubrication holes defined through the shaft and positioned and configured to allow lubrication flow to travel to the clutch pack from the shaft channel, wherein the lubrication source is in fluid communication with the shaft channel. wherein the first clutch housing is an outer clutch basket and the second clutch housing is an inner clutch basket; wherein the inner clutch basket includes one or more flow holes defined through a bell flange of the inner clutch basket to allow lubrication flow from the shaft to pass through the bell flange of the inner clutch basket and into the clutch pack; and characterized in that the inner clutch basket includes one or more end lips configured to retain lubricant, as in a bowl, axially over the flow holes of the inner clutch basket to improve lubricant distribution over the flow holes. a clutch pack having a plurality of friction members attached to a first clutch housing and a plurality of separator members attached to a second clutch housing, the friction members and the separator members configured to be selectively contacted to each other to engage the first housing member to the second housing member, wherein the clutch pack is in fluid communication with a lubrication source such that a lubrication flow can flow to the friction members and the separator members to remove heat and/or debris therefrom; a shaft defining a shaft channel, and one or more clutch lubrication holes defined through the shaft and positioned and configured to allow lubrication flow to travel to the clutch pack from the shaft channel, wherein the lubrication source is in fluid communication with the shaft channel. wherein the first clutch housing is an outer clutch basket and the second clutch housing is an inner clutch basket; wherein the inner clutch basket includes one or more flow holes defined through a bell flange of the inner clutch basket to allow lubrication flow from the shaft to pass through the bell flange of the inner clutch basket and into the clutch pack; and characterized in that the inner clutch basket includes one or more end lips configured to retain lubricant, as in a bowl, axially over the flow holes of the inner clutch basket to improve lubricant distribution over the flow holes.
A needle safety device comprising: a housing; a needle assembly located within a first chamber of the housing, the needle assembly being movably positioned within the housing along a first axis; a biasing spring located in a second chamber of the housing and connected to the needle assembly about a second axis spaced from the first axis, wherein the spring is a tension spring, wherein the needle assembly includes a hub connected to the spring; and a release mechanism for restraining the hub from retraction within the housing due to the bias of the spring. a housing; a needle assembly located within a first chamber of the housing, the needle assembly being movably positioned within the housing along a first axis; a biasing spring located in a second chamber of the housing and connected to the needle assembly about a second axis spaced from the first axis, wherein the spring is a tension spring, wherein the needle assembly includes a hub connected to the spring; and a release mechanism for restraining the hub from retraction within the housing due to the bias of the spring.
A roller shutter system for windows or doors, comprising - a frame, - roller shell, - two guide rails with an upper section and a lower section each, wherein the upper sections are coupled to the frame to be swiveled and the lower sections are fixedly mounted on the frame, - a drive mechanism for retracting and extending the roller shell along the guide rails, and - a swivel mechanism, wherein the two upper sections of the guide rails are adapted to be folded out from a folded up position to a folded out position via the swivel mechanism, wherein in the folded up position the roller shell is retractable and extendable in a first plane both via the upper sections and via the lower sections of the guide rails, and wherein in the folded out position the roller shell is retractable and extendable via the two upper sections of the guide rails, but not via the two lower sections of the guide rails in a second plane which is inclined relative to the first plane. - a frame, - roller shell, - two guide rails with an upper section and a lower section each, wherein the upper sections are coupled to the frame to be swiveled and the lower sections are fixedly mounted on the frame, - a drive mechanism for retracting and extending the roller shell along the guide rails, and - a swivel mechanism,
A cured product formed from a partial discharge-resistant electrical insulating resin composition comprising boehmite alumina and a resin, wherein the cured product comprises boehmite alumina and the resin, and the resin is at least one resin selected from the group consisting of polyvinyl formal resin, polyurethane resin, polyamide resin, polyester resin, polyimide resin, polyamide-imide resin, polyetherimide resin, and polyester-imide resin.
An α-alumina powder obtainable by a process with the following steps: Providing a gel comprising at least one alumina precursor and a plurality of α-alumina seed particles having an average particle size of less than 100 nm; drying the gel; and firing the dried gel at a temperature of between 750°C and 950°C, a temperature capable of inducing α-alumina formation without causing particle size growth, to produce α-alumina particles of which 99% of the particles have a particle size of between about 25 nm and about 80 nm, wherein no silicon dioxide was utilized during the process. Providing a gel comprising at least one alumina precursor and a plurality of α-alumina seed particles having an average particle size of less than 100 nm; drying the gel; and firing the dried gel at a temperature of between 750°C and 950°C, a temperature capable of inducing α-alumina formation without causing particle size growth, to produce α-alumina particles of which 99% of the particles have a particle size of between about 25 nm and about 80 nm, wherein no silicon dioxide was utilized during the process.
A method performed by a network node for handling discontinuous transmission, DTX, in a communication with a wireless device using multiple uplink carriers, the method comprising: - obtaining (2:1, 300) a primary uplink carrier with a first Transmission Time Interval, TTI, for the communication, - obtaining (2:2, 302) a secondary uplink carrier with a second TTI which is different than the first TTI for the communication, wherein the first TTI is 10 ms and the second TTI is 2 ms, or wherein the first TTI is 2 ms and the second TTI is 10 ms, - selecting (2:4, 306) values of DTX parameters defined for the TTI of 10 ms for the communication on both carriers regardless of the TTIs configured on the primary uplink carrier and the secondary uplink carrier, and - instructing (2:7, 308) the wireless device to use the selected values of DTX parameters for transmission on both the primary uplink carrier and the secondary uplink carrier. - obtaining (2:1, 300) a primary uplink carrier with a first Transmission Time Interval, TTI, for the communication, - obtaining (2:2, 302) a secondary uplink carrier with a second TTI which is different than the first TTI for the communication, wherein the first TTI is 10 ms and the second TTI is 2 ms, or wherein the first TTI is 2 ms and the second TTI is 10 ms, - selecting (2:4, 306) values of DTX parameters defined for the TTI of 10 ms for the communication on both carriers regardless of the TTIs configured on the primary uplink carrier and the secondary uplink carrier, and - instructing (2:7, 308) the wireless device to use the selected values of DTX parameters for transmission on both the primary uplink carrier and the secondary uplink carrier.
A circuit for supplying power to a luminaire having at least one LED as a light source, the circuit having a signal input for receiving a temperature signal and an electrical supply output or a control signal output for driving an electrical supply device having a supply output, the supply output providing an electrical current for supplying the at least one LED of the luminaire, and where the temperature signal corresponds to an ambient temperature of the lamp or to the temperature of the lamp itself, wherein the circuit provides a lower current when the temperature signal is in a first temperature interval than when the temperature signal is in a second higher temperature interval adjacent a first threshold temperature (T S), characterized in that the circuit provides the current so that it is independent of the temperature signal, when the temperature signal is in the second temperature interval, and wherein the circuit provides less current when the temperature signal is in a third temperature interval than when the temperature signal is in the second temperature interval, the third temperature interval being higher than the second temperature interval and adjacent thereto at a second threshold temperature (T R).
A rotary blood pump comprising: a housing defining a pumping chamber with upper and lower interior surfaces and having a blood inlet and a tangential blood outlet, wherein the upper interior surface comprises the blood inlet; a rotatable impeller within said pumping chamber and adapted to increase blood pressure within said pumping chamber to cause blood to move to said blood outlet, wherein said impeller having at least one raised surface area adjacent said upper interior surface of said pumping chamber; a first tapered region of said raised surface area having a leading portion and a trailing portion such that a gap between said first tapered region and said upper interior surface of said housing decreases from said leading portion to said trailing portion to create a hydrodynamic thrust load to bias said impeller axially away from said upper interior surface of said housing when said impeller is rotating; and characterised by a second tapered region of said raised surface area having a leading portion adjacent said trailing portion of said first tapered region and having a trailing portion, a gap between said second tapered region and said upper interior surface of said housing increasing from said leading portion of said second tapered region to its trailing portion, whereby blood traverses said raised surface area without hemolysis. a housing defining a pumping chamber with upper and lower interior surfaces and having a blood inlet and a tangential blood outlet, wherein the upper interior surface comprises the blood inlet; a rotatable impeller within said pumping chamber and adapted to increase blood pressure within said pumping chamber to cause blood to move to said blood outlet, wherein said impeller having at least one raised surface area adjacent said upper interior surface of said pumping chamber; a first tapered region of said raised surface area having a leading portion and a trailing portion such that a gap between said first tapered region and said upper interior surface of said housing decreases from said leading portion to said trailing portion to create a hydrodynamic thrust load to bias said impeller axially away from said upper interior surface of said housing when said impeller is rotating; and characterised by a second tapered region of said raised surface area having a leading portion adjacent said trailing portion of said first tapered region and having a trailing portion, a gap between said second tapered region and said upper interior surface of said housing increasing from said leading portion of said second tapered region to its trailing portion, whereby blood traverses said raised surface area without hemolysis.
The use of a sequestering agent selected from phosphoric and sulphuric acid in a formulation, which consists of budesonide as active ingredient, a liquefied HFA propellant, and a co-solvent selected from pharmaceutically acceptable alcohols, to improve the chemical stability of budesonide.
A processor configured to control a user terminal in a mobile communication system that supports D2D communication that is direct device-to-device communication, the processor being configured to control the user terminal to: transmit D2D capability information to a base station, the D2D capability information indicating that the user terminal supports the D2D communication using the uplink in a predetermined band.
Apparatus for handling coins, having a conveying unit for transporting the coins, wherein the conveying unit has a separating unit for separating inserted coins, having a coin-feeding unit, which feeds the inserted coins to a dropping-prevention unit, wherein, with the conveying unit and the dropping-prevention unit arranged in a first position, the coins fed to the dropping-prevention unit are directed onwards into a coin-receiving unit, and wherein the coins directed onwards from the dropping-prevention unit are fed to the conveying unit by the coin-receiving unit, wherein the dropping-prevention unit is coupled mechanically to the conveying unit, characterized in that, in the first position, the conveying unit and the dropping-prevention unit are arranged in relation to the coin-receiving unit such that a first opening, formed at the transition between the dropping-prevention unit and the coin-receiving unit, is present, and, in a second position, the conveying unit and the dropping-prevention unit are arranged in relation to the coin-receiving unit such that a second opening, formed at the transition between the dropping-prevention unit and the coin-receiving unit, is present, said second opening being larger than the first opening.
A rotary fluid element, being a compressor wheel or a turbine wheel of a turbocharger, comprising: a plurality of blades extending in a centrifugal direction on an outer peripheral surface of a boss portion and disposed at intervals in a circumferential direction; and a plurality of cut-remove portions for reducing unbalance, a cut-remove portion being a recess formed on the boss portion in a blade gap between two adjacent blades, wherein the plurality of cut-remove portions includes a first cut-remove portion (74c1) which is cut and removed on a radially-outer portion, and at least one additional cut-remove portion (74c2), wherein the first cut-remove portion (74c1) and the additional cut-remove portion (74c2) do not overlap with each other, characterized in that the at least one additional cut-remove portion is cut and removed on a radially-inner portion disposed inside the first cut-remove portion (74c1) with respect to a radial direction. a plurality of blades extending in a centrifugal direction on an outer peripheral surface of a boss portion and disposed at intervals in a circumferential direction; and a plurality of cut-remove portions for reducing unbalance, a cut-remove portion being a recess formed on the boss portion in a blade gap between two adjacent blades, wherein the plurality of cut-remove portions includes a first cut-remove portion (74c1) which is cut and removed on a radially-outer portion, and at least one additional cut-remove portion (74c2), wherein the first cut-remove portion (74c1) and the additional cut-remove portion (74c2) do not overlap with each other, characterized in that the at least one additional cut-remove portion is cut and removed on a radially-inner portion disposed inside the first cut-remove portion (74c1) with respect to a radial direction.
A manipulating device for a link actuation device, which link actuation device includes: a proximal end side link hub; a distal end side link hub; three or more link mechanisms interposed between the proximal end side link hub and the distal end side link hub, the link mechanism coupling the distal end side link hub to the proximal end side link hub such that a posture of the distal end side link hub can be changed relative to the proximal end side link hub; and an actuator provided to each of two or more link mechanisms among three or more link mechanisms and configured to arbitrarily change the posture of the distal end side link hub relative to the proximal end side link hub, wherein each of the link mechanisms includes: a proximal side end link member having one end rotatably coupled to the proximal end side link hub; a distal side end link member having one end rotatably coupled to the distal end side link hub; and an intermediate link member having opposite ends rotatably coupled to other ends of the proximal side and distal side end link members, respectively, a distal end posture is defined by a bending angle (θ), that is a vertical angle formed when an axis of the distal end side link hub is inclined relative to an axis of the proximal end side link hub; and a turning angle (φ), that is a horizontal angle formed when the axis of the distal end side link hub is inclined relative to the axis of the proximal end side link hub, and the manipulating device comprises a posture acquirer configured to acquire the target distal end posture represented by the bending angle (θ) and the turning angle (φ), from a coordinate position at which a spherical link center of the distal end side link hub is projected onto a two-dimensional rectangular coordinate system that is orthogonal to an extension of the axis of the proximal end side link hub and has an origin at a point of intersection between the extension of the axis of the proximal end side link hub and the two-dimensional rectangular coordinate system.
A ribbed and grooved fiber cable comprising: a core with a plurality of optical fibers; a sheath enveloping the core, wherein the sheath has an outer surface and an inner surface, wherein the outer surface of the sheath has a plurality of external ribs and a plurality of external grooves; and at least one of one or more strength members embedded in the sheath, a plurality of ribs and grooves on an external surface of the sheath, and a plurality of ribs and grooves on an internal surface of the sheath, wherein the plurality of ribs have variable height, wherein the one or more strength members are coated with a water blocking coating material having at least one of an ultraviolet curable water swellable resin composition and a layer of ethylene acrylic acid. a core with a plurality of optical fibers; a sheath enveloping the core, wherein the sheath has an outer surface and an inner surface, wherein the outer surface of the sheath has a plurality of external ribs and a plurality of external grooves; and at least one of one or more strength members embedded in the sheath, a plurality of ribs and grooves on an external surface of the sheath, and a plurality of ribs and grooves on an internal surface of the sheath, wherein the plurality of ribs have variable height, wherein the one or more strength members are coated with a water blocking coating material having at least one of an ultraviolet curable water swellable resin composition and a layer of ethylene acrylic acid.
Method for separating mercury from flue gases from incinerators, comprising the following method steps: a) providing an adsorbent selected from a group comprising activated carbon, activated coke, molecular sieves, carbon molecular sieves and mixtures of the aforementioned adsorbents, b) producing an aqueous suspension comprising the adsorbent, c) introducing the suspension into a flue gas stream of the incinerator of the flue gas and loading the adsorbent with mercury over a predefined reaction section, d) keeping the adsorbent that is loaded with mercury out of the flue gas stream by means of one or more separation processes selected from a group comprising dry or wet waste-gas purification, and e) disposing of or recycling the adsorbent that is loaded with mercury, wherein the method comprises wet flue-gas desulfurization, wherein a carbon-enriched, lignite-based adsorbent activated under exclusion of oxygen is used as the adsorbent according to method step a), wherein the adsorbent is wet-milled in order to produce the suspension according to method step b), and wherein the suspension is introduced in accordance with method step c) into the dry, water vapor-undersaturated gas phase of the flue gas, specifically into the dry, hot flue gas, in the flow direction of the flue gas, upstream of the flue-gas desulfurization, at a flue gas temperature of between 100°C and 220°C. a) providing an adsorbent selected from a group comprising activated carbon, activated coke, molecular sieves, carbon molecular sieves and mixtures of the aforementioned adsorbents, b) producing an aqueous suspension comprising the adsorbent, c) introducing the suspension into a flue gas stream of the incinerator of the flue gas and loading the adsorbent with mercury over a predefined reaction section, d) keeping the adsorbent that is loaded with mercury out of the flue gas stream by means of one or more separation processes selected from a group comprising dry or wet waste-gas purification, and e) disposing of or recycling the adsorbent that is loaded with mercury,
A system for providing combustion air and fuel to a premix burner, the apparatus comprising: a premix burner; a premix engine having a combustion air inlet and an outlet; a premix line in fluid communication with the outlet of the premix engine and with the premix burner; a fuel gas inlet associated with the premix engine; a flue in fluid communication with the premix burner, the flue configured to convey flue gas from the premix burner; a flue gas recirculation line in fluid communication with the flue and the combustion air inlet of the premix engine, the flue gas recirculation line including a fixed, non-variable flow geometry flue gas flow restrictor between the flue and the inlet of the premix engine; and a fresh air line in fluid communication with a source of fresh air and the combustion air inlet of the premix engine, the fresh air line including a fixed, non-variable flow geometry fresh air flow restrictor between the source of fresh air and the inlet of the premix engine; the flue gas flow restrictor and the fresh air flow restrictor being sized to enable the premix engine to draw flue gas and fresh air in a predetermined ratio. a premix burner; a premix engine having a combustion air inlet and an outlet; a premix line in fluid communication with the outlet of the premix engine and with the premix burner; a fuel gas inlet associated with the premix engine; a flue in fluid communication with the premix burner, the flue configured to convey flue gas from the premix burner; a flue gas recirculation line in fluid communication with the flue and the combustion air inlet of the premix engine, the flue gas recirculation line including a fixed, non-variable flow geometry flue gas flow restrictor between the flue and the inlet of the premix engine; and a fresh air line in fluid communication with a source of fresh air and the combustion air inlet of the premix engine, the fresh air line including a fixed, non-variable flow geometry fresh air flow restrictor between the source of fresh air and the inlet of the premix engine; the flue gas flow restrictor and the fresh air flow restrictor being sized to enable the premix engine to draw flue gas and fresh air in a predetermined ratio.