mhurhangee/patent-ind-claim-en huggingface dataset:
A system for monitoring a twin trawl being towed by a vessel , the twin trawl comprising two trawl bags , two trawl doors and a clump , wherein the system comprises: - at least one sensor arrangement comprising sensors at trawl doors connected to each trawl at their outer edge, and at a clump connected to the adjacent edges of the trawls and - a processing unit configured for computing geometric indicators based on the measured values characterized in that the sensor arrangement comprises transmitters configured for transmitting an acoustic signal from the first trawl door to the second trawl door and to the clump and configured for transmitting an acoustic signal from the second trawl door and from the clump after reception of said acoustic signal transmitted from the first trawl door; the sensor arrangement being configured for measuring the lengths of time T1 and T2 it takes from when the acoustic signal is transmitted from the first trawl door until the first trawl door receives the acoustic signal transmitted from the second trawl door and the clump, respectively and configured for calculating the distance S1 between the first trawl door and the second trawl door and the distance S2 between the first trawl door and the clump, based on the lengths of time T1 and T2; and configured for registering the time t 2 for reception at the clump of the acoustic signal sent from the second trawl door, and for calculating the distance S3 between the second trawl door and the clump based on the time t2 and the length of time T2; and for comparing the distances S2 + S3 with S1. - at least one sensor arrangement comprising sensors at trawl doors connected to each trawl at their outer edge, and at a clump connected to the adjacent edges of the trawls and - a processing unit configured for computing geometric indicators based on the measured values characterized in that the sensor arrangement comprises transmitters configured for transmitting an acoustic signal from the first trawl door to the second trawl door and to the clump and configured for transmitting an acoustic signal from the second trawl door and from the clump after reception of said acoustic signal transmitted from the first trawl door; the sensor arrangement being configured for measuring the lengths of time T1 and T2 it takes from when the acoustic signal is transmitted from the first trawl door until the first trawl door receives the acoustic signal transmitted from the second trawl door and the clump, respectively and configured for calculating the distance S1 between the first trawl door and the second trawl door and the distance S2 between the first trawl door and the clump, based on the lengths of time T1 and T2; and configured for registering the time t 2 for reception at the clump of the acoustic signal sent from the second trawl door, and for calculating the distance S3 between the second trawl door and the clump based on the time t2 and the length of time T2; and for comparing the distances S2 + S3 with S1.
A method of aging aluminum alloys to achieve improved V50 FSP performance comprising: selecting a minimum V50 FSP performance level at a given areal density as a ballistics performance criterion for an aluminum alloy product; and producing the aluminum alloy product, wherein the aluminum alloy product realizes a V50 FSP performance at the given areal density measured according to MIL-STD-662F that is at least as good as the minimum V50 FSP performance level, and wherein the producing step comprises: preparing the aluminum alloy product for aging; and underaging the aluminum alloy product an amount sufficient so that the minimum V50 FSP performance level is achieved, wherein the V50 FSP performance is better than that of a peak strength aged version of the aluminum alloy product. selecting a minimum V50 FSP performance level at a given areal density as a ballistics performance criterion for an aluminum alloy product; and producing the aluminum alloy product, wherein the aluminum alloy product realizes a V50 FSP performance at the given areal density measured according to MIL-STD-662F that is at least as good as the minimum V50 FSP performance level, and wherein the producing step comprises: preparing the aluminum alloy product for aging; and underaging the aluminum alloy product an amount sufficient so that the minimum V50 FSP performance level is achieved, wherein the V50 FSP performance is better than that of a peak strength aged version of the aluminum alloy product. preparing the aluminum alloy product for aging; and underaging the aluminum alloy product an amount sufficient so that the minimum V50 FSP performance level is achieved, wherein the V50 FSP performance is better than that of a peak strength aged version of the aluminum alloy product.
A polymer blend comprising a polyamide-filled EVA copolymer composition, said polyamide-filled EVA copolymer composition consisting essentially of (a) 40 wt% to 95 wt% of an EVA copolymer component comprising one or more EVA copolymers wherein the EVA copolymer comprises at least 40% by weight copolymerized vinyl acetate monomer units; and (b) 5 wt% to 60 wt% of a polyamide component comprising one or more polyamides having a melting peak temperature of at least 160°C, wherein i) the polyamide-filled EVA copolymer composition has a Mooney viscosity (ML 1+4, 100°C) determined according to ASTM D1646 of 5 to 200, and ii) the weight percentages of the EVA copolymer and polyamide components are based on the combined weight of the EVA copolymers and polyamides in the polyamide-filled EVA copolymer composition. (a) 40 wt% to 95 wt% of an EVA copolymer component comprising one or more EVA copolymers wherein the EVA copolymer comprises at least 40% by weight copolymerized vinyl acetate monomer units; and (b) 5 wt% to 60 wt% of a polyamide component comprising one or more polyamides having a melting peak temperature of at least 160°C,
Cosmetic composition for caring for and/or making up keratinous substances comprising, in a physiologically acceptable medium, non-interferential particles of guanine of natural origin having a D50 volume-average size ranging from 1 to 15 μm, said non-interferential particles of guanine of natural origin being prepared according to a process consisting of the following stages: - a stage of milling natural guanine particles in a powder mill by air jet mill or pin mill, and - a stage of drying. - a stage of milling natural guanine particles in a powder mill by air jet mill or pin mill, and - a stage of drying.
A field-effect transistor provided with a source electrode (6; 2704; 5006), a drain electrode (5; 2703; 5007), a gate insulator (3; 2705, 2706; 5003), a gate electrode (4; 2712; 5004), and an active layer (2; 2701; 5002) formed of an amorphous oxide, wherein the amorphous oxide is an In-Ga-Zn oxide or an In-Ga-Zn-Mg oxide which has an electron carrier concentration lower than 10 17 /cm 3 at a temperature of 25° C and in which the electron mobility tends to increase with the increase of the electron carrier concentration. wherein the amorphous oxide is an In-Ga-Zn oxide or an In-Ga-Zn-Mg oxide which has an electron carrier concentration lower than 10 17 /cm 3 at a temperature of 25° C and in which the electron mobility tends to increase with the increase of the electron carrier concentration.
A packaging and application device for a cosmetic product comprising: - a mechanism intended to receive a stick of cosmetic product, the mechanism having a base , a tube and a cup for receiving the stick of cosmetic product, the mechanism being designed to move the cup with respect to the tube , between a retracted position, of closure of the packaging and application device , and an extended position, of application of the cosmetic product, - a base cover , forming a first housing (L1) for receiving a first portion of the mechanism , - a first seal inserted between an element of the base cover and an element (20; 22; 23) of the mechanism , and - a cap , adapted to be fixed onto the base cover to define a second housing (L2) receiving a second portion of the mechanism , a second seal being inserted between the cap and at least one out of said element of the base cover and said element (20; 22; 23) of the mechanism , characterized in that the first and second housings (L1; L2) are linked in a seal-tight manner by at least one of said element of the base cover and said element (20; 22; 23) of the mechanism . - a mechanism intended to receive a stick of cosmetic product, the mechanism having a base , a tube and a cup for receiving the stick of cosmetic product, the mechanism being designed to move the cup with respect to the tube , between a retracted position, of closure of the packaging and application device , and an extended position, of application of the cosmetic product, - a base cover , forming a first housing (L1) for receiving a first portion of the mechanism , - a first seal inserted between an element of the base cover and an element (20; 22; 23) of the mechanism , and - a cap , adapted to be fixed onto the base cover to define a second housing (L2) receiving a second portion of the mechanism , a second seal being inserted between the cap and at least one out of said element of the base cover and said element (20; 22; 23) of the mechanism , characterized in that the first and second housings (L1; L2) are linked in a seal-tight manner by at least one of said element of the base cover and said element (20; 22; 23) of the mechanism .
A light irradiating medical device comprising: a shaft having a first end and a second end in a longitudinal axis direction thereof and having a lumen extending in the longitudinal axis direction; a first tubular member disposed in the lumen of the shaft and rotatable about a rotation axis parallel to the longitudinal axis direction of the shaft, the first tubular member having a window located in a part of a peripheral wall of a distal portion of the first tubular member ; and a light guiding tool disposed in the lumen of the first tubular member and movable in the longitudinal axis direction, the light guiding tool including an optical fiber extending in the longitudinal axis direction, the optical fiber including a core , a cladding coating a radially outer portion of the core, and a cladding-absent portion located at a part of a distal portion of the core, and the first tubular member and the light guiding tool being configured so that a light emitted from the optical fiber is allowed to pass through the window. a shaft having a first end and a second end in a longitudinal axis direction thereof and having a lumen extending in the longitudinal axis direction; a first tubular member disposed in the lumen of the shaft and rotatable about a rotation axis parallel to the longitudinal axis direction of the shaft, the first tubular member having a window located in a part of a peripheral wall of a distal portion of the first tubular member ; and a light guiding tool disposed in the lumen of the first tubular member and movable in the longitudinal axis direction, the light guiding tool including an optical fiber extending in the longitudinal axis direction, the optical fiber including a core , a cladding coating a radially outer portion of the core, and a cladding-absent portion located at a part of a distal portion of the core, and a core , a cladding coating a radially outer portion of the core, and a cladding-absent portion located at a part of a distal portion of the core, and the first tubular member and the light guiding tool being configured so that a light emitted from the optical fiber is allowed to pass through the window.
A method of forming a crosstalk-supressed lens array , the method comprising: providing a unitary lens array preform having plural individual lenses or lens stacks; forming a first trench between two adjacent individual lenses or lens stacks from a first side of the array; providing in the first trench a light absorbent material for absorbing optical crosstalk between the two adjacent individual lenses or lens stacks; forming a second trench between the two adjacent individual lenses or lens stacks from the opposite side of the lens array; and filling the second trench with light absorbent material and curing it, such that a light absorbent barrier extends all the way through the lens array. providing a unitary lens array preform having plural individual lenses or lens stacks; forming a first trench between two adjacent individual lenses or lens stacks from a first side of the array; providing in the first trench a light absorbent material for absorbing optical crosstalk between the two adjacent individual lenses or lens stacks; forming a second trench between the two adjacent individual lenses or lens stacks from the opposite side of the lens array; and filling the second trench with light absorbent material and curing it, such that a light absorbent barrier extends all the way through the lens array.
A system information receiving method, comprising: receiving , by user equipment, second indication information, wherein the second indication information is used to indicate trigger signal sequence information; determining a trigger signal resource of a serving cell based on the second indication information, wherein the trigger signal resource of the serving cell comprises a time-frequency resource of at least one uplink trigger signal and/or sequence information of at least one uplink trigger signal; generating an uplink trigger signal based on the trigger signal resource of the serving cell; sending the uplink trigger signal on a time-frequency resource of the uplink trigger signal; determining , based on the time-frequency resource of the uplink trigger signal, a time-frequency resource group of system information; and detecting the system information carried in a broadcast channel in the time-frequency resource group of the system information. receiving , by user equipment, second indication information, wherein the second indication information is used to indicate trigger signal sequence information; determining a trigger signal resource of a serving cell based on the second indication information, wherein the trigger signal resource of the serving cell comprises a time-frequency resource of at least one uplink trigger signal and/or sequence information of at least one uplink trigger signal; generating an uplink trigger signal based on the trigger signal resource of the serving cell; sending the uplink trigger signal on a time-frequency resource of the uplink trigger signal; determining , based on the time-frequency resource of the uplink trigger signal, a time-frequency resource group of system information; and detecting the system information carried in a broadcast channel in the time-frequency resource group of the system information.
A multi-use solid detergent composition comprising: an alkali metal carbonate alkalinity source; a protease enzyme; a nitrogen-containing or a soluble starch or polysaccharide stabilizing agent; and water; wherein said detergent has an alkaline pH of at least 9; and wherein a detergent use solution of the composition maintains cleaning performance at temperatures of at least 65°C in use solution for at least 20 minutes, wherein said stabilizing agent is a gelatin,or a polysugar selected from the group consisting of amylose, amylopectin, pectin, inulin, potato starch, corn starch, wheat starch, rice starch, cellulose, dextrin, dextran, maltodextrin, cyclodextrin, glycogen, oligofructose and other soluble, partially soluble starches, wherein said detergent composition comprises between 60 wt-% and 85 wt-% alkali metal carbonate, between 5 wt-% and 20 wt-% water, between 0.1 wt-% and 5 wt-% protease enzyme, between 0.1 wt-% and 10 wt-% stabilizing agent, and between 1 wt-% and 25 wt-% additional functional ingredients. an alkali metal carbonate alkalinity source; a protease enzyme; a nitrogen-containing or a soluble starch or polysaccharide stabilizing agent; and water; wherein said detergent has an alkaline pH of at least 9; and wherein a detergent use solution of the composition maintains cleaning performance at temperatures of at least 65°C in use solution for at least 20 minutes, wherein said stabilizing agent is a gelatin,or a polysugar selected from the group consisting of amylose, amylopectin, pectin, inulin, potato starch, corn starch, wheat starch, rice starch, cellulose, dextrin, dextran, maltodextrin, cyclodextrin, glycogen, oligofructose and other soluble, partially soluble starches, wherein said detergent composition comprises between 60 wt-% and 85 wt-% alkali metal carbonate, between 5 wt-% and 20 wt-% water, between 0.1 wt-% and 5 wt-% protease enzyme, between 0.1 wt-% and 10 wt-% stabilizing agent, and between 1 wt-% and 25 wt-% additional functional ingredients.
A method for wireless communications by a user equipment, UE , comprising: sampling subcarriers of a synchronization signal, SS, block based on a frequency density of channel state information, CSI, reference signals, CSI-RSs, multiplexed in a symbol period with the SS block; obtaining a power difference between the sampled subcarriers and a set of subcarriers used for the CSI-RSs; and performing : measuring at least one of reference signal received power, RSRP, or CSI, based on the sampled subcarriers and the CSI-RSs, wherein said measuring the RSRP or the CSI is based on the obtained power difference, and reporting at least one of the RSRP or the CSI, based on the sampled subcarriers and the CSI-RSs. sampling subcarriers of a synchronization signal, SS, block based on a frequency density of channel state information, CSI, reference signals, CSI-RSs, multiplexed in a symbol period with the SS block; obtaining a power difference between the sampled subcarriers and a set of subcarriers used for the CSI-RSs; and performing : measuring at least one of reference signal received power, RSRP, or CSI, based on the sampled subcarriers and the CSI-RSs, wherein said measuring the RSRP or the CSI is based on the obtained power difference, and reporting at least one of the RSRP or the CSI, based on the sampled subcarriers and the CSI-RSs. measuring at least one of reference signal received power, RSRP, or CSI, based on the sampled subcarriers and the CSI-RSs, wherein said measuring the RSRP or the CSI is based on the obtained power difference, and reporting at least one of the RSRP or the CSI, based on the sampled subcarriers and the CSI-RSs.
A device for securing and retaining an optical cable (OC), said optical cable (OC) mainly extending along a longitudinal direction (X) and comprising optical fiber units (OF), flexible strength members (SM) and an outer sheath (OS), said device comprising: a reel configured to receive at least one turn of said strength members (SM); and a clip configured to cooperate with said reel for maintaining said at least one turn of said strength members (SM) around said reel , characterized in that said device further comprises a belay element configured to deviate said flexible strength members (SM) of the optical cable (OC) from said longitudinal direction (X) towards said reel . a reel configured to receive at least one turn of said strength members (SM); and a clip configured to cooperate with said reel for maintaining said at least one turn of said strength members (SM) around said reel ,
Packaging for an injection device , the packaging comprising: a channel extending longitudinally to accommodate the injection device, the channel including a longitudinal wall adjoining a base wall ; a handling recess formed through the longitudinal wall , the packaging further comprising a positioning rib extending longitudinally and protruding from the base wall into the channel for insertion into a positioning recess arranged in a body of the injection device, the positioning rib arranged offset laterally from the handling recess and extending in and/or outside a longitudinal field defined by the handling recess, characterized in that the lateral position of the positioning rib is central in the channel . a channel extending longitudinally to accommodate the injection device, the channel including a longitudinal wall adjoining a base wall ; a handling recess formed through the longitudinal wall , the packaging further comprising a positioning rib extending longitudinally and protruding from the base wall into the channel for insertion into a positioning recess arranged in a body of the injection device, the positioning rib arranged offset laterally from the handling recess and extending in and/or outside a longitudinal field defined by the handling recess, characterized in that the lateral position of the positioning rib is central in the channel .
A solid oral dosage form comprising a ketamine metabolite selected from 2R,6R-hydroxynorketamine and 2S,6S-hydroxynorketamine as a solid low molecular weight salt thereof, wherein the dosage form comprises at least 20% by weight of the ketamine metabolite, wherein the solid oral dosage form delivers the active ingredient with a human oral bioavailability of 60% or more; and wherein the low molecular weight salt of the ketamine metabolite is obtainable by reaction of the ketamine metabolite with an organic acid having Formula I or II wherein n = 0-3, R 1 and R 2 are each independently selected from -H, -OH, and -COOH, and wherein when n = 2, both R 2 may together represent a C=C bond, and wherein R 3 is -H, -OH, =O, or -COOH. wherein the low molecular weight salt of the ketamine metabolite is obtainable by reaction of the ketamine metabolite with an organic acid having Formula I or II wherein n = 0-3, R 1 and R 2 are each independently selected from -H, -OH, and -COOH, and wherein when n = 2, both R 2 may together represent a C=C bond, and wherein R 3 is -H, -OH, =O, or -COOH.
A wind turbine rotor blade spar cap , the spar cap having a length and comprising: a stack comprising a plurality of layers of first conductive material and at least one intermediate layer , the first conductive material comprising pultruded carbon fibre reinforced plastic, wherein the layers of first conductive material each have a length along the length of the spar cap , wherein the intermediate layer is arranged between adjacent layers of the first conductive material , and includes a first portion of second conductive material and a second portion of third material different than the second conductive material, wherein the first portion of second conductive material has a length along the length of the spar cap that is shorter than the length of a shortest one of the adjacent layers of the first conductive material , and wherein the intermediate layer is bonded with the adjacent layers of the first conductive material , and the second conductive material is electrically coupled to the adjacent layers of first conductive material so as to equipotentially bond the adjacent layers of the first conductive material via the second conductive material. a stack comprising a plurality of layers of first conductive material and at least one intermediate layer , the first conductive material comprising pultruded carbon fibre reinforced plastic, wherein the layers of first conductive material each have a length along the length of the spar cap , wherein the intermediate layer is arranged between adjacent layers of the first conductive material , and includes a first portion of second conductive material and a second portion of third material different than the second conductive material, wherein the first portion of second conductive material has a length along the length of the spar cap that is shorter than the length of a shortest one of the adjacent layers of the first conductive material , and wherein the intermediate layer is bonded with the adjacent layers of the first conductive material , and the second conductive material is electrically coupled to the adjacent layers of first conductive material so as to equipotentially bond the adjacent layers of the first conductive material via the second conductive material.