mhurhangee/ep-ind-claims huggingface dataset:
Hinged chain suitable for acting as a pushing/pulling member in a chain actuator, said chain comprising: a series of chain elements, each chain element being made as one piece and being suitable for being hinged with a preceding chain element and a following chain element by means of respective pairs of external plates arranged alongside and in close contact with minimum play against longitudinal side surfaces (22, 23) of the chain element, said external plates and said chain elements being hinged together by coupling means comprising hinging pins, wherein each chain element has end surfaces designed to face end surfaces of a preceding chain element and a following chain element so as to allow the hinged chain to be freely foldable in a single direction and has at least one side surface which extends transversely between the respective pairs of external plates and which is shaped so as to define a series of engaging zones (25, 26) for driving the hinged chain, the engaging zone (25, 26) of each chain element being delimited in the direction of extension of the hinged chain by at least two reliefs which are passed through by the hinging pins for hinging with respective pairs of external plates and the engaging zones (25, 26) are situated between the hinging pins. a series of chain elements, each chain element being made as one piece and being suitable for being hinged with a preceding chain element and a following chain element by means of respective pairs of external plates arranged alongside and in close contact with minimum play against longitudinal side surfaces (22, 23) of the chain element, said external plates and said chain elements being hinged together by coupling means comprising hinging pins, wherein each chain element has end surfaces designed to face end surfaces of a preceding chain element and a following chain element so as to allow the hinged chain to be freely foldable in a single direction and has at least one side surface which extends transversely between the respective pairs of external plates and which is shaped so as to define a series of engaging zones (25, 26) for driving the hinged chain, the engaging zone (25, 26) of each chain element being delimited in the direction of extension of the hinged chain by at least two reliefs which are passed through by the hinging pins for hinging with respective pairs of external plates and the engaging zones (25, 26) are situated between the hinging pins.
A liquid fabric conditioner composition comprising:- (a) a fabric conditioner base comprising a fabric conditioning active, which is a quaternary ammonium compound, and having a pH of from 2.0 to 5.0; and (b) a particle comprising:- a capsule, which comprises:- (x) a core comprising a benefit agent; and (y) a shell; and a coating comprising a modified polyvinyl alcohol; wherein the modified polyvinyl alcohol comprises:- (i) a hydrophobic group, selected from an alkyl chain and an aryl chain, having from 4 to 16 carbon atoms; and (ii) a hydrophilic group which is selected from an alkyl chain and an aryl chain, said hydrophilic group having from 4 to 16 carbon atoms and comprising an amine group selected from a primary, secondary and tertiary amine; and (iii) a mole ratio of hydrophobic groups to hydrophilic groups of from 1:0.5 to 1:10; and wherein the particle has a weight ratio of the capsule to the coating in the range of from 1:1 to 4:1; and the modified polyvinyl alcohol has a level of hydrophobic modification of from 2.0 to 15.0 mole %, with the proviso that at a weight ratio of capsule to coating from 1:1 to 1.25:1 the level of hydrophobic modification is from 2 to 10 mol %. (a) a fabric conditioner base comprising a fabric conditioning active, which is a quaternary ammonium compound, and having a pH of from 2.0 to 5.0; and (b) a particle comprising:- a capsule, which comprises:- (x) a core comprising a benefit agent; and (y) a shell; and a coating comprising a modified polyvinyl alcohol; wherein the modified polyvinyl alcohol comprises:- (i) a hydrophobic group, selected from an alkyl chain and an aryl chain, having from 4 to 16 carbon atoms; and (ii) a hydrophilic group which is selected from an alkyl chain and an aryl chain, said hydrophilic group having from 4 to 16 carbon atoms and comprising an amine group selected from a primary, secondary and tertiary amine; and (iii) a mole ratio of hydrophobic groups to hydrophilic groups of from 1:0.5 to 1:10; and a capsule, which comprises:- (x) a core comprising a benefit agent; and (y) a shell; and (x) a core comprising a benefit agent; and (y) a shell; and a coating comprising a modified polyvinyl alcohol; wherein the modified polyvinyl alcohol comprises:- (i) a hydrophobic group, selected from an alkyl chain and an aryl chain, having from 4 to 16 carbon atoms; and (ii) a hydrophilic group which is selected from an alkyl chain and an aryl chain, said hydrophilic group having from 4 to 16 carbon atoms and comprising an amine group selected from a primary, secondary and tertiary amine; and (iii) a mole ratio of hydrophobic groups to hydrophilic groups of from 1:0.5 to 1:10; and (i) a hydrophobic group, selected from an alkyl chain and an aryl chain, having from 4 to 16 carbon atoms; and (ii) a hydrophilic group which is selected from an alkyl chain and an aryl chain, said hydrophilic group having from 4 to 16 carbon atoms and comprising an amine group selected from a primary, secondary and tertiary amine; and (iii) a mole ratio of hydrophobic groups to hydrophilic groups of from 1:0.5 to 1:10; and
A method of producing an ozone-containing gas (26; 22) comprising passing an oxygen-containing feed gas mixture through a dielectric plasma ozone generator thereby producing a generator effluent comprising at least 2% ozone and subjecting the generator effluent, or an ozone-containing feed gas derived therefrom, to an adsorption cycle which comprises repeatedly performing the following steps, in sequence, in each of at least three adsorber vessel (C1, C2, C3), each of the adsorber vessels including an adsorbent having a greater adsorption affinity for ozone than for oxygen or helium: (i) an adsorption step in which the generator effluent, or an ozone-containing feed gas derived therefrom, is fed through the adsorber vessel and at least part of the gas that exits the adsorber vessel is recycled to the generator (ii) a product gas rinse step in which a portion of the gas exiting one of the at least three adsorber vessels that is performing the desorption step is fed through the adsorber vessel to reclaim oxygen and helium and reclaimed gas that exits the adsorber vessel is recycled to the generator; (iii) a desorption step in which air is fed through the adsorber vessel to desorb the adsorbed ozone and a product gas comprising air and ozone is withdrawn from the adsorber vessel; and (iv) an oxygen rinse step in which oxygen is fed through the adsorber vessel to displace air and gas that exits the adsorber vessel is fed into another one of the at least three adsorber vessels that is performing the desorption step, and wherein the feed gas mixture entering the generator is maintained to consist, exclusive of any ozone content, of at least 90 vol. % oxygen and at least 1 vol. % helium with no more than 0.2 vol. % nitrogen. (i) an adsorption step in which the generator effluent, or an ozone-containing feed gas derived therefrom, is fed through the adsorber vessel and at least part of the gas that exits the adsorber vessel is recycled to the generator (ii) a product gas rinse step in which a portion of the gas exiting one of the at least three adsorber vessels that is performing the desorption step is fed through the adsorber vessel to reclaim oxygen and helium and reclaimed gas that exits the adsorber vessel is recycled to the generator; (iii) a desorption step in which air is fed through the adsorber vessel to desorb the adsorbed ozone and a product gas comprising air and ozone is withdrawn from the adsorber vessel; and (iv) an oxygen rinse step in which oxygen is fed through the adsorber vessel to displace air and gas that exits the adsorber vessel is fed into another one of the at least three adsorber vessels that is performing the desorption step, and wherein the feed gas mixture entering the generator is maintained to consist, exclusive of any ozone content, of at least 90 vol. % oxygen and at least 1 vol. % helium with no more than 0.2 vol. % nitrogen.
Extractor hood device with edge suctioning, comprising: a suction region; at least two grease filters; a receptacle for the at least two grease filters, wherein the suction region has the receptacle; at least two filter screens; a condensate guiding element; and a housing, in the suction region of which the at least two grease filters are arranged in the receptacle of the suction region, wherein the at least two filter screens are arranged so as to each cover the active filter surface of a grease filter at a distance from the at least two grease filters, such that a space N between the filter screens and grease filters is provided for the rising vapour, in which the vapour is conveyed horizontally, wherein a gap X is provided between the filter screens for the rising vapour, which forms a vapour inflow region, the condensate guiding element projecting beyond the gap X is arranged above the vapour inflow region, wherein the condensate guiding element has at least one drip edge which conveys away the grease and condensate residues on the upper face of the filter screen which faces the grease filter surface, wherein the condensate guiding element has an inclined and/or curved contour, the drip edge is formed in an edge region of the condensate guiding element and/or at the end portions of the contour of the condensate guiding element and the condensate guiding element is arranged in a space Y between the grease filters.
An energy storage device comprising Zn as an anode, electrodeposited V 2 O 5 on functionalized carbon as a cathode, sulfonated tetrafluoroethylene copolymer as a cation selective ionomer membrane separator and ZnSO 4 as an electrolyte.
A method, comprising: detecting, at a controller of an electric vehicle, by one or more processors included in the controller that (i) a battery pack of the electric vehicle requires recharging and (ii) the battery pack is currently operable to be recharged by an external charging unit, the battery pack including a plurality of cells (220-1,220-2,...,220-N); identifying, at the controller, a specific cell of the plurality of cells (220-1,220-2,...,220-N) that has a highest voltage in response to the detecting; and commanding, by the controller, the external charging unit to recharge each cell (220-1,220-2,...,220-N) of the battery pack to a predetermined voltage that is a sum of (i) a maximum open circuit voltage (V max.cell) of said identified specific cell and (ii) a voltage based on a resistance (R cell) of said identified specific cell and a first current (I 1) supplied to the specific cell. determining, at the controller, at least one of a temperature of the said specific cell and an age of the specific cell; and selectively commanding, by the controller, the external charging unit to adjust a current supplied to each cell (220-1,220-2,...,220-N) of the battery pack based on at least one of the temperature of said specific cell and the age of said specific cell. detecting, at a controller of an electric vehicle, by one or more processors included in the controller that (i) a battery pack of the electric vehicle requires recharging and (ii) the battery pack is currently operable to be recharged by an external charging unit, the battery pack including a plurality of cells (220-1,220-2,...,220-N); identifying, at the controller, a specific cell of the plurality of cells (220-1,220-2,...,220-N) that has a highest voltage in response to the detecting; and commanding, by the controller, the external charging unit to recharge each cell (220-1,220-2,...,220-N) of the battery pack to a predetermined voltage that is a sum of (i) a maximum open circuit voltage (V max.cell) of said identified specific cell and (ii) a voltage based on a resistance (R cell) of said identified specific cell and a first current (I 1) supplied to the specific cell. determining, at the controller, at least one of a temperature of the said specific cell and an age of the specific cell; and selectively commanding, by the controller, the external charging unit to adjust a current supplied to each cell (220-1,220-2,...,220-N) of the battery pack based on at least one of the temperature of said specific cell and the age of said specific cell.
An exhaust control damper system for a combined cycle power plant, the damper system comprising: a frame configured to be fluidly coupled in an exhaust flow path from a gas turbine system to a heat recovery system; at least two sets of louvered dampers in the frame and collectively covering the exhaust flow path, each set of louvered dampers including a plurality of blades collectively angularly positionable in one of: a fully open position, a fully closed position and a partially open position; and an air insertion system operatively coupled to the frame and configured to insert an airflow into the exhaust flow path; characterized in that the frame has an adjustment member configured to allow adjustment of a size of the frame. a frame configured to be fluidly coupled in an exhaust flow path from a gas turbine system to a heat recovery system; at least two sets of louvered dampers in the frame and collectively covering the exhaust flow path, each set of louvered dampers including a plurality of blades collectively angularly positionable in one of: a fully open position, a fully closed position and a partially open position; and an air insertion system operatively coupled to the frame and configured to insert an airflow into the exhaust flow path; characterized in that the frame has an adjustment member configured to allow adjustment of a size of the frame.
A torque sensor (1000; 1100) having a base body (1001; 1101) which extends in a radial direction of the base body from an annular inner flange (1003; 1103) having first force application points (1005; 1105), via a mechanically weakened sensor portion (1007; 1107) equipped with measurement transducers (10, 20) which generate output signals, to an annular outer flange (1009; 1109) having second force application points (1011; 1111), characterized in that a rubber-elastic sealing membrane (1031; 1131) arranged axially between the outer flange (1009; 1109) and the inner flange (1003; 1103) covers the mechanically weakened sensor portion (1007; 1107) in a fluid-tight manner, wherein the sealing membrane (1031; 1131) is located axially between the second force application points (1011; 1111) and the mechanically weakened sensor portion (1007; 1107).
A laundry washing machine comprising an outer casing and, inside said outer casing, a washing tub, a rotatable drum housed in axially rotatable manner inside the washing tub and structured for housing the laundry to be washed, a detergent dispenser which is structured for supplying detergent into the washing tub, a fresh-water supply circuit which is structured for selectively channelling a flow of fresh water from the water mains towards the detergent dispenser and/or the washing tub, and an internal water softening device capable of reducing the hardness degree of the fresh water directed towards the detergent dispenser or the washing tub; the detergent dispenser in turn comprising a detergent drawer which is fitted/inserted in extractable manner into a corresponding drawer housing which is located/recessed inside the outer casing, and is movable along a displacement direction (d) between a retracted position in which the detergent drawer is almost completely recessed into the outer casing, and an extracted position in which detergent drawer partly juts out from the outer casing; the detergent drawer having one or more detergent compartments each structured for being manually fillable with a given amount of detergent, softener or other washing agent, and also a regeneration-agent compartment which is structured for being manually fillable with a given amount of consumable salt or other regeneration agent; the laundry washing machine being characterized in that the detergent drawer comprises a single drawer-like supporting structure which is fitted or inserted in axially sliding manner into the drawer housing, and in that the regeneration-agent compartment is arranged on said drawer-like supporting structure beside said one or more detergent compartments transversally to the displacement direction (d) of the detergent drawer inside the drawer housing, so that the one or more detergent compartments and the regeneration-agent compartment come out substantially contemporaneously from the outer casing when the detergent drawer moves from the retracted position to the extracted position.
Squeegee comprising a handle, a first lip holder with a first lip and a second lip holder with a second lip, wherein the first and second lip holders (21, 31) are immovably connected to the handle, characterised in that the second plane in which the second lip lies has a second angle (β) of at least 70°, preferably approximately 90° to the longitudinal axis of the handle. wherein the first and second lip holders (21, 31) are immovably connected to the handle, characterised in that the second plane in which the second lip lies has a second angle (β) of at least 70°, preferably approximately 90° to the longitudinal axis of the handle.
A method for mitigating interference of a first radio signal received by a first transceiver of a first radio access technology due to transmission of a second radio signal by a second transceiver of a second RAT, wherein the first RAT is based on a Long Term Evolution mobile communication and wherein the second RAT is based on one of a WiFi or a Bluetooth radio communication, wherein the first transceiver and the second transceiver are physically collocated on a same mobile device, the method comprising: pre-setting a power of the second radio signal based on a throughput performance requirement for the first radio signal before transmission of the second radio signal; and tuning the power of the second radio signal during transmission of the second radio signal based on estimating the interference of the first radio signal, characterized in that the throughput performance requirement for the first radio signal is defined based on a reference signal receive power RSRP level for the first radio signal and a threshold value relative to the reference signal receive power RSRP level. pre-setting a power of the second radio signal based on a throughput performance requirement for the first radio signal before transmission of the second radio signal; and tuning the power of the second radio signal during transmission of the second radio signal based on estimating the interference of the first radio signal, characterized in that the throughput performance requirement for the first radio signal is defined based on a reference signal receive power RSRP level for the first radio signal and a threshold value relative to the reference signal receive power RSRP level.
A method for detection of abnormal PrP in a sample of blood or urine, said method comprising: (a) diluting the sample with buffer to comprise final concentrations of (i) 10mM to 500mM buffer agent; (ii) 1% to 10% w/v bovine serum albumin; and (iii) 1% to 8% w/v CHAPS; (b) adding steel particles and incubating to allow PrP binding; (c) washing the steel particles to remove diluted sample; and (d) detecting abnormal PrP captured on the steel particles using antibody capable of binding said abnormal PrP. (a) diluting the sample with buffer to comprise final concentrations of (i) 10mM to 500mM buffer agent; (ii) 1% to 10% w/v bovine serum albumin; and (iii) 1% to 8% w/v CHAPS; (i) 10mM to 500mM buffer agent; (ii) 1% to 10% w/v bovine serum albumin; and (iii) 1% to 8% w/v CHAPS; (b) adding steel particles and incubating to allow PrP binding; (c) washing the steel particles to remove diluted sample; and (d) detecting abnormal PrP captured on the steel particles using antibody capable of binding said abnormal PrP.
A slide rail assembly (20, 200), comprising: a first rail (30, 208) including a first upper wall (40a, 210), a first lower wall (40b, 212), and a first sidewall connected between the first upper wall (40a, 210) and the first lower wall (40b, 212); a second rail (32, 224) displaceable with respect to the first rail (30, 208); and a supporting member (54, 216) connected to the second rail (32, 224), wherein the supporting member (54, 216) includes an upper supporting portion, a lower supporting portion, and a side portion connected between the upper supporting portion and the lower supporting portion; the upper supporting portion is configured for supporting the first upper wall (40a, 210) of the first rail (30, 208); and the lower supporting portion is configured for supporting the first lower wall (40b, 212) of the first rail (30, 208), characterized in that the slide rail assembly (20, 200) further comprises a reinforcing member (70, 202) connected to the first sidewall of the first rail (30, 208), wherein the reinforcing member (70, 202) has an upper supporting wall (74a, 204) and a lower supporting wall (74b, 206), the upper supporting wall (74a, 204) is adjacent to the first upper wall (40a, 210) of the first rail (30, 208), the lower supporting wall (74b, 206) is adjacent to the first lower wall (40b, 212) of the first rail (30, 208), and the supporting member (54, 216) has a pair of grooves corresponding to the upper supporting wall (74a, 204) and the lower supporting wall (74b, 206) of the reinforcing member (70, 202) respectively. a first rail (30, 208) including a first upper wall (40a, 210), a first lower wall (40b, 212), and a first sidewall connected between the first upper wall (40a, 210) and the first lower wall (40b, 212); a second rail (32, 224) displaceable with respect to the first rail (30, 208); and a supporting member (54, 216) connected to the second rail (32, 224), wherein the supporting member (54, 216) includes an upper supporting portion, a lower supporting portion, and a side portion connected between the upper supporting portion and the lower supporting portion; the upper supporting portion is configured for supporting the first upper wall (40a, 210) of the first rail (30, 208); and the lower supporting portion is configured for supporting the first lower wall (40b, 212) of the first rail (30, 208), characterized in that the slide rail assembly (20, 200) further comprises a reinforcing member (70, 202) connected to the first sidewall of the first rail (30, 208), wherein the reinforcing member (70, 202) has an upper supporting wall (74a, 204) and a lower supporting wall (74b, 206), the upper supporting wall (74a, 204) is adjacent to the first upper wall (40a, 210) of the first rail (30, 208), the lower supporting wall (74b, 206) is adjacent to the first lower wall (40b, 212) of the first rail (30, 208), and the supporting member (54, 216) has a pair of grooves corresponding to the upper supporting wall (74a, 204) and the lower supporting wall (74b, 206) of the reinforcing member (70, 202) respectively.