mhurhangee/ep-ind-claims huggingface dataset:
Medicament delivery device comprising a housing (10, 12), - a medicament container holder arranged to accommodate a medicament container, - a needle assembly comprising an injection needle part and a penetration needle part, wherein the extension of the injection needle part and the extension of the penetration needle part are angled generally 90 degrees, - a penetration mechanism (62, 76, 100, 102, 104, 120) arranged to move the needle assembly in a direction generally coinciding with the extension of the injection needle part between an initial position of the injection needle part inside said housing to a penetration position with the injection needle part extending outside said housing; - a medicament container connection mechanism (62, 76, 100, 102) arranged to move the medicament container holder and the medicament container in a direction generally coinciding with the penetration needle part for creating a flow passage from the interior of the medicament container to an outlet of the injection needle part; wherein characterized in that the medicament delivery device comprises a drive mechanism comprising a rotator, arranged to be rotated by a tensioned drive spring, and drive elements (100, 102, 104, 120) arranged between said rotator and said needle assembly for causing a penetration by said injection needle part; and wherein said drive elements comprise said medicament container holder operatively connected between said rotator and said needle assembly such that the medicament container holder as such drives the needle assembly from the initial position to the penetration position. - a medicament container holder arranged to accommodate a medicament container, - a needle assembly comprising an injection needle part and a penetration needle part, wherein the extension of the injection needle part and the extension of the penetration needle part are angled generally 90 degrees, - a penetration mechanism (62, 76, 100, 102, 104, 120) arranged to move the needle assembly in a direction generally coinciding with the extension of the injection needle part between an initial position of the injection needle part inside said housing to a penetration position with the injection needle part extending outside said housing; - a medicament container connection mechanism (62, 76, 100, 102) arranged to move the medicament container holder and the medicament container in a direction generally coinciding with the penetration needle part for creating a flow passage from the interior of the medicament container to an outlet of the injection needle part; wherein characterized in that the medicament delivery device comprises a drive mechanism comprising a rotator, arranged to be rotated by a tensioned drive spring, and drive elements (100, 102, 104, 120) arranged between said rotator and said needle assembly for causing a penetration by said injection needle part; and wherein said drive elements comprise said medicament container holder operatively connected between said rotator and said needle assembly such that the medicament container holder as such drives the needle assembly from the initial position to the penetration position.
A portable washing station for washing hands, comprising: (a) a pouring jug (110, 210, 310, 410) for holding liquid, said pouring jug having one or two handles (112, 212, 412) to better facilitate pouring and otherwise handling of said jug, and (b) a receiving surface (126, 226, 326, 426) upon or over which said liquid is dispensed, wherein said pouring jug (110, 210, 310, 410) is adapted to be lifted from said receiving surface (126, 226, 326, 426) and said liquid poured onto an object in need of cleaning, such as a hand or a sponge, said liquid subsequently being received on said receiving surface, characterised in that said receiving surface includes a reservoir (130, 230, 330, 430) into which said dispensed liquid gathers, said reservoir having a mouth, shaped in a manner conforming to the shape of a base of said pouring jug (110, 210, 310, 410) so that said pouring jug is adapted to be seated in said mouth of said reservoir (130, 230, 330, 430) before and after use, wherein said base forms a watertight seal when said pouring jug (110, 210, 310, 410) is seated in said mouth of said reservoir (130, 230, 330, 430), in that said liquid subsequently drains into said reservoir (130, 230, 330, 430), and in that said pouring jug (110, 210, 310, 410) is adapted to cover and seal from spillage said reservoir (130, 230, 330, 430) when said pouring jug is seated in said mouth of said reservoir. (a) a pouring jug (110, 210, 310, 410) for holding liquid, said pouring jug having one or two handles (112, 212, 412) to better facilitate pouring and otherwise handling of said jug, and (b) a receiving surface (126, 226, 326, 426) upon or over which said liquid is dispensed,
A device (111, 130, 140), comprising: - at least one processor (121-1, 130-1) configured to: control setting of a value of a transmission control parameter for a transmission of data on a multi-hop relay radio link of a cellular network, said control being based on a route time of a packet transmitted between end nodes (111, 130) of the multi-hop relay radio link, wherein the multi-hop relay radio link comprises a plurality of links between neighboring nodes and extends between the respective end nodes (111, 130) of the multi-hop relay radio link; and take a routing decision of a route path (601, 602) from a plurality of candidate route paths, based on the route time of the packet, of the transmission of the data through the multi-hop relay radio link thereby to select the route path (601, 602) from the plurality of candidate route paths for transmitting the data between the end nodes (111, 130) of the multi-hop relay radio link - at least one processor (121-1, 130-1) configured to: control setting of a value of a transmission control parameter for a transmission of data on a multi-hop relay radio link of a cellular network, said control being based on a route time of a packet transmitted between end nodes (111, 130) of the multi-hop relay radio link, wherein the multi-hop relay radio link comprises a plurality of links between neighboring nodes and extends between the respective end nodes (111, 130) of the multi-hop relay radio link; and take a routing decision of a route path (601, 602) from a plurality of candidate route paths, based on the route time of the packet, of the transmission of the data through the multi-hop relay radio link thereby to select the route path (601, 602) from the plurality of candidate route paths for transmitting the data between the end nodes (111, 130) of the multi-hop relay radio link control setting of a value of a transmission control parameter for a transmission of data on a multi-hop relay radio link of a cellular network, said control being based on a route time of a packet transmitted between end nodes (111, 130) of the multi-hop relay radio link, wherein the multi-hop relay radio link comprises a plurality of links between neighboring nodes and extends between the respective end nodes (111, 130) of the multi-hop relay radio link; and take a routing decision of a route path (601, 602) from a plurality of candidate route paths, based on the route time of the packet, of the transmission of the data through the multi-hop relay radio link thereby to select the route path (601, 602) from the plurality of candidate route paths for transmitting the data between the end nodes (111, 130) of the multi-hop relay radio link
A method for washing hydrogen sulfide and carbon dioxide from a gas obtainable by gasification of carbonaceous biomass, said method comprising a. contacting said gas with a first absorbent solution comprising transition metal ions, said transition metals selected from copper, zinc, iron and cobalt and mixtures thereof, in acidic aqueous solution; b. binding hydrogen sulfide to said first absorbent solution; c. recovering the gas from step b; d. contacting recovered gas from step c with a second absorbent solution comprising an organic solvent: e. binding carbon dioxide to said second absorbent solution: f. recovering the washed gas from step e. a. contacting said gas with a first absorbent solution comprising transition metal ions, said transition metals selected from copper, zinc, iron and cobalt and mixtures thereof, in acidic aqueous solution; b. binding hydrogen sulfide to said first absorbent solution; c. recovering the gas from step b; d. contacting recovered gas from step c with a second absorbent solution comprising an organic solvent: e. binding carbon dioxide to said second absorbent solution: f. recovering the washed gas from step e.
A method of repairing a turbine blade, the turbine blade comprising an airfoil and a tip cap, the method comprising: removing the tip cap from the airfoil of the turbine blade in whole or in part to repair a crack, wherein the crack is in the airfoil and is in or about the tip cap; machining the turbine blade to remove the crack, thereby forming a machined groove; positioning an insert in the machined groove;s characterized by: using a welding alloy to weld the insert to the turbine blade, wherein the insert is undersized relative to the machined groove to allow the welding alloy to extend from the insert to a surface of the machined groove; and once the insert is welded into place via the welding alloy, brazing the turbine blade to lock, via the welding alloy and the brazing process, the insert in place within the machined groove. removing the tip cap from the airfoil of the turbine blade in whole or in part to repair a crack, wherein the crack is in the airfoil and is in or about the tip cap; machining the turbine blade to remove the crack, thereby forming a machined groove; positioning an insert in the machined groove;s characterized by: using a welding alloy to weld the insert to the turbine blade, wherein the insert is undersized relative to the machined groove to allow the welding alloy to extend from the insert to a surface of the machined groove; and once the insert is welded into place via the welding alloy, brazing the turbine blade to lock, via the welding alloy and the brazing process, the insert in place within the machined groove. using a welding alloy to weld the insert to the turbine blade, wherein the insert is undersized relative to the machined groove to allow the welding alloy to extend from the insert to a surface of the machined groove; and once the insert is welded into place via the welding alloy, brazing the turbine blade to lock, via the welding alloy and the brazing process, the insert in place within the machined groove.
A UV and/or visible-light photocatalytic composite material, comprising i) crystalline titanium dioxide; and ii) a first composite material comprising a) graphene oxide; and b) a bismuth-oxy halide of the formula Bi-O-X, wherein X is chloro, bromo or iodo. i) crystalline titanium dioxide; and ii) a first composite material comprising a) graphene oxide; and b) a bismuth-oxy halide of the formula Bi-O-X, wherein X is chloro, bromo or iodo. a) graphene oxide; and b) a bismuth-oxy halide of the formula Bi-O-X, wherein X is chloro, bromo or iodo.
Hybrid structure for a surface acoustic wave device, which structure comprises a useful layer which is made of piezoelectric material and is joined to a support substrate having a coefficient of thermal expansion that is lower than that of the useful layer, and an intermediate layer which is located between the useful layer and the support substrate, the intermediate layer being a sintered composite layer which is made from powders of at least a first material and a second material different from the first material, the hybrid structure being characterized in that the first and second materials are selected from silicon oxide, silicon nitride, silicon, silicon carbide, alumina, germanium, sapphire and zirconium.
A semiconductor device comprising: - a first diffusion region of a first type with embedded therein a second and a third diffusion region of a second type different from said first type, said second and said third diffusion region more doped than said first region, said second and third diffusion region each connected to a respective contact (130, 135), - a dielectric layer covering at least an edge of said second and third diffusion region and the region in between said second and third diffusion region, - a piezoelectric layer disposed on, over, adjacent to or in contact with said dielectric layer, - a first structure and a second structure each in a soft ferromagnetic material and arranged to perform mechanical stress on said piezoelectric layer in response to a magnetic field, said first and second structure being separated by a gap. - a first diffusion region of a first type with embedded therein a second and a third diffusion region of a second type different from said first type, said second and said third diffusion region more doped than said first region, said second and third diffusion region each connected to a respective contact (130, 135), - a dielectric layer covering at least an edge of said second and third diffusion region and the region in between said second and third diffusion region, - a piezoelectric layer disposed on, over, adjacent to or in contact with said dielectric layer, - a first structure and a second structure each in a soft ferromagnetic material and arranged to perform mechanical stress on said piezoelectric layer in response to a magnetic field, said first and second structure being separated by a gap.
A multiport static random access memory, SRAM, array, comprising: a control logic circuit comprising a plurality of voltage generation circuits (110, 200) and a plurality of power multiplexers (120, 300), each voltage generation circuit being configured to receive a boost clock signal (112, 240) and generate a plurality of transient boost voltages (116, 230); and a plurality of local word-line drivers to apply the transient boost voltage to increase a selected portion of a word-line voltage following a word-line transition, wherein the transient boost voltage is applied at the local word-line driver and the transient boost voltage generation is controlled on a write or read cycle basis, and wherein the control logic circuit comprises a voltage generation circuit (110, 200) for each column of local word-line drivers of the multiport SRAM memory array, the voltage generation circuit (110, 200) being configured to assert a transient boost voltage following a word-line transition. a control logic circuit comprising a plurality of voltage generation circuits (110, 200) and a plurality of power multiplexers (120, 300), each voltage generation circuit being configured to receive a boost clock signal (112, 240) and generate a plurality of transient boost voltages (116, 230); and a plurality of local word-line drivers to apply the transient boost voltage to increase a selected portion of a word-line voltage following a word-line transition, wherein the transient boost voltage is applied at the local word-line driver and the transient boost voltage generation is controlled on a write or read cycle basis, and wherein the control logic circuit comprises a voltage generation circuit (110, 200) for each column of local word-line drivers of the multiport SRAM memory array, the voltage generation circuit (110, 200) being configured to assert a transient boost voltage following a word-line transition.
A jet pump lift system for use with a tubing disposed in a casing, comprising: a jet pump installed in the tubing; a one way valve (160;335) for communicating a power fluid into the jet pump, the one way valve disposed in an annular area formed between a housing of the jet pump and the tubing; and a safety valve configured to block fluid communication through the tubing and disposed above the jet pump. a jet pump installed in the tubing; a one way valve (160;335) for communicating a power fluid into the jet pump, the one way valve disposed in an annular area formed between a housing of the jet pump and the tubing; and a safety valve configured to block fluid communication through the tubing and disposed above the jet pump.
An apparatus for driving a pair of nip rollers at a rotational velocity that varies within each revolution, comprising: a first nip roller and a second nip roller, the first and second nip rollers forming a nip therebetween for moving a sheet or signature; a drive configured and arranged to drive a drive shaft, a first variable rotational speed coupling having an input coupled to the drive, the first variable speed coupling having an output connected to the first nip roller that rotates the first nip roller at a rotational speed that varies within each revolution, the first variable rotational speed coupling including a first component supported for rotation about a first axis; a second component supported for rotation about a second axis, the second axis spaced apart radially from the first axis, characterized in that the drive is configured and arranged to drive the drive shaft at a constant rotational speed; and in that the apparatus comprises a second variable rotational speed coupling having an input coupled to the drive, the second variable speed coupling having an output connected to the second nip roller that rotates the second nip roller at the rotational speed that varies within each revolution, the second variable rotational speed coupling including a first component supported for rotation about a first axis; a second component supported for rotation about a second axis, the second axis spaced apart radially from the first axis. a first nip roller and a second nip roller, the first and second nip rollers forming a nip therebetween for moving a sheet or signature; a drive configured and arranged to drive a drive shaft, a first variable rotational speed coupling having an input coupled to the drive, the first variable speed coupling having an output connected to the first nip roller that rotates the first nip roller at a rotational speed that varies within each revolution, the first variable rotational speed coupling including a first component supported for rotation about a first axis; a second component supported for rotation about a second axis, the second axis spaced apart radially from the first axis, a first component supported for rotation about a first axis; a second component supported for rotation about a second axis, the second axis spaced apart radially from the first axis, characterized in that the drive is configured and arranged to drive the drive shaft at a constant rotational speed; and in that the apparatus comprises a second variable rotational speed coupling having an input coupled to the drive, the second variable speed coupling having an output connected to the second nip roller that rotates the second nip roller at the rotational speed that varies within each revolution, the second variable rotational speed coupling including a first component supported for rotation about a first axis; a second component supported for rotation about a second axis, the second axis spaced apart radially from the first axis. a first component supported for rotation about a first axis; a second component supported for rotation about a second axis, the second axis spaced apart radially from the first axis.
A surgical access port (10, 200), comprising: a) a first ring (30, 230) and a second ring (50, 250) rotateable relative one another about a common axis, the first (30, 230) and second rings (50, 250) defining an opening sized to receive a human hand; b) a flexible and resilient iris valve positioned in the opening and connected to the first (30, 230) and second rings (50, 250), the iris valve having a closed position and an opened position depending on the relative angular position of the first (30, 230) and second rings (50, 250), the iris valve inducing a rotational bias between the first (30, 230) and second rings (50, 250) towards the opened position; c) a lock connected to the first (30, 230) and second rings (50, 250) preventing relative rotational movement towards the opened position, characterized by d) a third ring (40, 240) rotateable relative the first (30, 230) and second rings (50, 250), the third ring (40, 240) being operable to release the lock and open the iris valve when rotated in a first rotational direction relative to the first (30, 230) and second rings (50, 250). a) a first ring (30, 230) and a second ring (50, 250) rotateable relative one another about a common axis, the first (30, 230) and second rings (50, 250) defining an opening sized to receive a human hand; b) a flexible and resilient iris valve positioned in the opening and connected to the first (30, 230) and second rings (50, 250), the iris valve having a closed position and an opened position depending on the relative angular position of the first (30, 230) and second rings (50, 250), the iris valve inducing a rotational bias between the first (30, 230) and second rings (50, 250) towards the opened position; c) a lock connected to the first (30, 230) and second rings (50, 250) preventing relative rotational movement towards the opened position, characterized by d) a third ring (40, 240) rotateable relative the first (30, 230) and second rings (50, 250), the third ring (40, 240) being operable to release the lock and open the iris valve when rotated in a first rotational direction relative to the first (30, 230) and second rings (50, 250).
A method for monitoring and lubricating at least one rotary bearing of a machine, by incrementally supplying a lubricant to the bearing in one or several consecutive supply steps, and wherein: - a prescribed lubricant amount is determined, - before the first supply step, an ultrasound signal is measured through a transducer mounted in connection with the bearing, and an initial value of a scalar indicator that is representative of the lubrication condition of the bearing is extracted from the signal, and said measurement and value extraction is repeated after each subsequent lubricant supply step, wherein each measurement is performed after a stabilization period following the supply, the duration of the stabilization period being such that it allows the supplied lubricant to be fully operational, - the amounts (gn) of lubricant supplied in the consecutive steps are smaller than the prescribed lubricant amount, - starting with the second extracted value, each value (Mn) of the scalar indicator is evaluated, with respect to the initial value, and, starting from the third measurement, with respect to one or more of the previously extracted values (M1,M2,..., Mn-1), - based on each of the evaluations, a decision is made about stopping or continuing the lubrication sequence. - a prescribed lubricant amount is determined, - before the first supply step, an ultrasound signal is measured through a transducer mounted in connection with the bearing, and an initial value of a scalar indicator that is representative of the lubrication condition of the bearing is extracted from the signal, and said measurement and value extraction is repeated after each subsequent lubricant supply step, wherein each measurement is performed after a stabilization period following the supply, the duration of the stabilization period being such that it allows the supplied lubricant to be fully operational, - the amounts (gn) of lubricant supplied in the consecutive steps are smaller than the prescribed lubricant amount, - starting with the second extracted value, each value (Mn) of the scalar indicator is evaluated, with respect to the initial value, and, starting from the third measurement, with respect to one or more of the previously extracted values (M1,M2,..., Mn-1), - based on each of the evaluations, a decision is made about stopping or continuing the lubrication sequence.