mhurhangee/ep-ind-claims huggingface dataset:
A valve comprising: (a) a housing including: (i) a flange configured to mount the valve to an inflatable article, (ii) an outer wall extending from the flange; (b) a stem connected to the housing and moveable to an open position and to a closed position relative to the housing, the stem including a shaft and a base extending radially outward from the shaft and away from the shaft in the direction of flow associated with inflation of the inflatable article; (c) a spring biasing the stem toward the closed position relative to the housing; (d) a key connected to the stem and configured to retain the spring and the stem relative to the housing and to enable movement of the stem to the closed position and to the open position; and (e) a handle removably connected to the housing, the handle positionable opposite the flange to secure a wall of the inflatable article therebetween, characterized in that the housing further includes: (iii) an annular wall extending radially inward from the outer wall and away from the outer wall in a direction of flow associated with inflation of the inflatable article. (a) a housing including: (i) a flange configured to mount the valve to an inflatable article, (ii) an outer wall extending from the flange; (i) a flange configured to mount the valve to an inflatable article, (ii) an outer wall extending from the flange; (b) a stem connected to the housing and moveable to an open position and to a closed position relative to the housing, the stem including a shaft and a base extending radially outward from the shaft and away from the shaft in the direction of flow associated with inflation of the inflatable article; (c) a spring biasing the stem toward the closed position relative to the housing; (d) a key connected to the stem and configured to retain the spring and the stem relative to the housing and to enable movement of the stem to the closed position and to the open position; and (e) a handle removably connected to the housing, the handle positionable opposite the flange to secure a wall of the inflatable article therebetween, characterized in that the housing further includes: (iii) an annular wall extending radially inward from the outer wall and away from the outer wall in a direction of flow associated with inflation of the inflatable article.
A method for setting temperature for a water heater, characterized in that the method comprises: acquiring historical power consumption characteristics of the water heater; inputting the historical power consumption characteristics of the water heater to a power-consumption prediction model being preset, and acquiring predicted power consumption of heating of water of a user output by the power-consumption prediction model; determining predicted total power consumption of the water heater based on the predicted power consumption, characterized in that the method comprises: determining setting temperature of the water heater based on the predicted total power consumption; and setting heating temperature of the water heater based on the setting temperature. acquiring historical power consumption characteristics of the water heater; inputting the historical power consumption characteristics of the water heater to a power-consumption prediction model being preset, and acquiring predicted power consumption of heating of water of a user output by the power-consumption prediction model; determining predicted total power consumption of the water heater based on the predicted power consumption, determining setting temperature of the water heater based on the predicted total power consumption; and setting heating temperature of the water heater based on the setting temperature.
An enclosure for a subsea control and power arrangement, the enclosure comprises: a canister and a lid, the canister and the lid form an enclosure volume, a connector assembly, a first volume compensator having a first chamber, the first volume compensator is mounted to the enclosure outside the enclosure volume, the first chamber has a variable volume and a second volume compensator having a second chamber, the second chamber has a variable volume, the connector assembly extends through the lid and into the enclosure volume and comprises a housing forming a third chamber and a connector part, the connector part is mounted at least partly within the housing and the housing is located at least partly within the enclosure volume, the connector part extends through the housing and into the enclosure volume, the first chamber, the second chamber and the third chamber are liquidly connected to one another to form a compensator volume (23, 31, 26), the compensator volume (23, 31, 26) is arranged, in liquid flow order, between the enclosure volume and ambient the enclosure thereby forming at least two sealing barriers between ambient and the enclosure volume. a canister and a lid, the canister and the lid form an enclosure volume, a connector assembly, a first volume compensator having a first chamber, the first volume compensator is mounted to the enclosure outside the enclosure volume, the first chamber has a variable volume and a second volume compensator having a second chamber, the second chamber has a variable volume, the connector assembly extends through the lid and into the enclosure volume and comprises a housing forming a third chamber and a connector part, the connector part is mounted at least partly within the housing and the housing is located at least partly within the enclosure volume, the connector part extends through the housing and into the enclosure volume, a housing forming a third chamber and a connector part, the connector part is mounted at least partly within the housing and the housing is located at least partly within the enclosure volume, the connector part extends through the housing and into the enclosure volume, the first chamber, the second chamber and the third chamber are liquidly connected to one another to form a compensator volume (23, 31, 26), the compensator volume (23, 31, 26) is arranged, in liquid flow order, between the enclosure volume and ambient the enclosure thereby forming at least two sealing barriers between ambient and the enclosure volume.
A waterproofing method for an electronic device, wherein the electronic device comprises a first housing, a second housing, and a main board, and the method comprises; coating silane on an inner wall of the first housing and an inner wall of the second housing, wherein the silane is (heptadecafluoro-1,1,2,2-tetrahydrodecyl)-1-trichlorosilane; assembling the first housing, the second housing, and the main board, and injecting fluoride into a cavity of the electronic device through a liquid inlet hole on the first housing, wherein the fluoride is polyfluorooctane or fluorinated polyol; and forming an integral continuous waterproofing membrane on the inner wall of the first housing and the inner wall of the second housing through chemical reaction between the silane and the fluoride.
A plant or cell comprising a heterologous expression cassette, the expression cassette comprising a promoter operably linked to a polynucleotide encoding a mutated PYR/PYL receptor polypeptide, wherein the mutated PYR/PYL receptor polypeptide is agonized by mandipropamid when the mandipropamid is contacted to the mutated PYR/PYL receptor polypeptide, wherein the amino acid of the mutated PYR/PYL receptor polypeptide corresponding to position K59 of SEQ ID NO:1 is arginine, and the mutated PYR/PYL receptor polypeptide further comprises at least one additional mutation at an amino acid corresponding to positions 89, 108, 122, and/or 159 in PYR1 (SEQ ID NO:1) wherein the mutation is selected from A89W, F108L, F108S, F108C, F108Q, F108I, F108T, F108N, F108V, F108A, F108E, F108G, S122G, F159L, F159I, F159C, F159T, F159V, F159A, F159M, or combinations thereof.
A catheter for delivery of fluid, comprising: an elongated tube having a plurality of exit holes provided along a length of said tube to define an infusion section of said catheter, said tube being sized to be inserted into an anatomical region; and an elongated member positioned within said tube and being formed of a porous material, wherein said porous member is generally cylindrical in shape; said elongated member is secured to said tube by a ring-shaped bond at the proximal end of the infusion section, and is positioned within the tube so that an annular region is formed between the outer surface of the member and the inner surface of the tube, so that in operation, fluid flowing in the tube saturates the porous member and once the member is saturated, the fluid in the member flows into the region and out of the catheter through the exit holes; characterised in that said elongated member incorporates an anti-microbial substance. an elongated tube having a plurality of exit holes provided along a length of said tube to define an infusion section of said catheter, said tube being sized to be inserted into an anatomical region; and an elongated member positioned within said tube and being formed of a porous material, wherein said porous member is generally cylindrical in shape; said elongated member is secured to said tube by a ring-shaped bond at the proximal end of the infusion section, and is positioned within the tube so that an annular region is formed between the outer surface of the member and the inner surface of the tube, so that in operation, fluid flowing in the tube saturates the porous member and once the member is saturated, the fluid in the member flows into the region and out of the catheter through the exit holes; characterised in that said elongated member incorporates an anti-microbial substance.
A hot melt adhesive composition, comprising: 10% to 30% by weight, based on the total weight of the adhesive composition, of an olefin block copolymer of ethylene and octene, having a melt index of 10 to 35 g/10 min @ 190°C, 2.16 kg, preferably 15 to 30 g/10 min @ 190°C, 2.16 kg, and a wax modified with carboxylic acid and/or carboxylic acid anhydride, wherein the composition has a melt viscosity at 160°C from 2,000 to 3500 mPa.s, as determined using a Brookfield RVT-type viscometer (Spindle No. 27). 10% to 30% by weight, based on the total weight of the adhesive composition, of an olefin block copolymer of ethylene and octene, having a melt index of 10 to 35 g/10 min @ 190°C, 2.16 kg, preferably 15 to 30 g/10 min @ 190°C, 2.16 kg, and a wax modified with carboxylic acid and/or carboxylic acid anhydride,
A flip-top cap for dispensing a flowable dental substance, the flip-top cap being monolithically formed of a thermoplastic material, and comprising a base from which a dropper nose protrudes and a closure that is hingedly connected to the base for pivoting between a closed position, in which the closure closes the dropper nose, and an open position, in which the dropper nose is uncovered from the closure, wherein the closure comprises an end wall forming an outward planar end face and, characterised in that opposite thereof, the closure further comprises an inner face that comprises a sealing bulge, wherein the end wall forms a first thickness between the vertex of the sealing bulge and the end face and a second thickness between a marginal area adjacent the sealing bulge and the end face, wherein the ratio between the first and second thickness is between 1.4 and 1.6.
Energy store, wherein at least one through-opening is arranged in the energy store, which through-opening functions as a through-flow channel for cooling the energy store, wherein one or more electrical insulating means are arranged between housing cover and housing part, wherein the housing part and the housing cover are of metallic construction, wherein the housing part is electrically connected to one of the electrodes and the housing cover to the other electrode, wherein the tube functions as one of the electrical insulating means for electrical insulation between housing part and housing cover, wherein the tube has a thickening, against the axial end regions of which are pressed housing cover or housing part, wherein the housing part and the housing cover each have a thread for electrical contacting, that is to say a connecting thread for connection of the poles.
An assembly for a load supporting structure for a vehicle, which includes: a support frame adapted to be connected to the vehicle, the support frame comprising two longitudinally extending side rails, a front rail, and a rear rail, each of the side rails having at least one channel longitudinally extending along at least a portion of a length of an underside surface thereof, which faces the vehicle; a plurality of modular longitudinal base elements, each having at least one channel longitudinally extending along at least a portion of a length of an underside surface thereof, which faces the vehicle; and one or more mounting bars extending laterally between the two side rails, the mounting bars being connected to the side rails and the base elements via respective longitudinally extending channels therein by a plurality of connector assemblies; characterised in that: at least one of the one or more mounting bars is slidable forward and aft at least partially along the length of the longitudinally extending channels of the side rails and base elements; each of the one or more mounting bars comprises a mounting track extending for at least a portion of an underside of a length thereof; and a leg for connecting the assembly to the vehicle is selectively affixed to the mounting track at one of a plurality of positions therealong. a support frame adapted to be connected to the vehicle, the support frame comprising two longitudinally extending side rails, a front rail, and a rear rail, each of the side rails having at least one channel longitudinally extending along at least a portion of a length of an underside surface thereof, which faces the vehicle; a plurality of modular longitudinal base elements, each having at least one channel longitudinally extending along at least a portion of a length of an underside surface thereof, which faces the vehicle; and one or more mounting bars extending laterally between the two side rails, the mounting bars being connected to the side rails and the base elements via respective longitudinally extending channels therein by a plurality of connector assemblies; characterised in that: at least one of the one or more mounting bars is slidable forward and aft at least partially along the length of the longitudinally extending channels of the side rails and base elements; each of the one or more mounting bars comprises a mounting track extending for at least a portion of an underside of a length thereof; and a leg for connecting the assembly to the vehicle is selectively affixed to the mounting track at one of a plurality of positions therealong. at least one of the one or more mounting bars is slidable forward and aft at least partially along the length of the longitudinally extending channels of the side rails and base elements; each of the one or more mounting bars comprises a mounting track extending for at least a portion of an underside of a length thereof; and a leg for connecting the assembly to the vehicle is selectively affixed to the mounting track at one of a plurality of positions therealong.
An apparatus (100; 200) for wireless communication involving an implantable device, comprising: an implantable antenna assembly, comprising: a dielectric shell including first and second substantially parallel outer face portions (308A, 308B), and a third outer face portion extending between the first and second portions (308A, 308B); an implantable telemetry antenna (110; 210; 310) comprising a planar spiral conductor (209B; 410A; 410B; 810; 910B); wherein the dielectric shell (807 A) and the spiral conductor (209B; 410A; 410B; 810; 910B) are configured to be mechanically attached to a dielectric compartment (107; 207; 307; 907) configured to be coupled to a housing (105; 205) of an implantable medical device; and wherein the implantable antenna assembly is configured to be electrically coupled to an implantable telemetry circuit configured to wirelessly transfer information electromagnetically using the implantable telemetry antenna (110; 210; 310); characterized in that the planar spiral conductor (209B; 410A; 410B; 810; 910B) is folded for extending along, and conforming to the contours of the first, second and third portions on a surface of the dielectric shell. an implantable antenna assembly, comprising: a dielectric shell including first and second substantially parallel outer face portions (308A, 308B), and a third outer face portion extending between the first and second portions (308A, 308B); an implantable telemetry antenna (110; 210; 310) comprising a planar spiral conductor (209B; 410A; 410B; 810; 910B); a dielectric shell including first and second substantially parallel outer face portions (308A, 308B), and a third outer face portion extending between the first and second portions (308A, 308B); an implantable telemetry antenna (110; 210; 310) comprising a planar spiral conductor (209B; 410A; 410B; 810; 910B);
An apparatus for performing a procedure on a mitral valve, the apparatus comprising: a tissue engaging member including a loop of wire configured to contact leaflets of the mitral valve when the loop of wire is deployed, wherein the loop of wire comprises a closed loop, and a plurality of anchors, each of the plurality of anchors having a pointy front end and a back end, wherein the front ends of the plurality of anchors are configured for implantation into the leaflets in a forward direction and wherein the plurality of anchors are configured so that, subsequent to implantation, the plurality of anchors resist extraction from the leaflets in a backwards direction, wherein the plurality of anchors are arranged with respect to the loop of wire so that, when the loop of wire is deployed, the plurality of anchors are distributed about the loop of wire with the front ends of the plurality of anchors facing the leaflets; and means for implanting the plurality of anchors into the leaflets so that the tissue engaging member becomes affixed to the leaflets; characterized by: each of the plurality of anchors having a slot that runs in a front-to-back direction, with the loop of wire passing through the slots in the plurality of anchors. a tissue engaging member including a loop of wire configured to contact leaflets of the mitral valve when the loop of wire is deployed, wherein the loop of wire comprises a closed loop, and a plurality of anchors, each of the plurality of anchors having a pointy front end and a back end, wherein the front ends of the plurality of anchors are configured for implantation into the leaflets in a forward direction and wherein the plurality of anchors are configured so that, subsequent to implantation, the plurality of anchors resist extraction from the leaflets in a backwards direction, wherein the plurality of anchors are arranged with respect to the loop of wire so that, when the loop of wire is deployed, the plurality of anchors are distributed about the loop of wire with the front ends of the plurality of anchors facing the leaflets; and means for implanting the plurality of anchors into the leaflets so that the tissue engaging member becomes affixed to the leaflets; characterized by: each of the plurality of anchors having a slot that runs in a front-to-back direction, with the loop of wire passing through the slots in the plurality of anchors. each of the plurality of anchors having a slot that runs in a front-to-back direction, with the loop of wire passing through the slots in the plurality of anchors.
A mixing chamber for hydrating ingredients comprising: an ingredients inlet configured to deliver the ingredients to an accumulation chamber; a conically-shaped diverter in the accumulation chamber configured to direct the ingredients toward a wall of the accumulation chamber, wherein the wall of the accumulation chamber is tapered inwardly to redirect the ingredients back towards a center of a mixing chamber and wherein the diverter has a taper that is opposite to the taper of the accumulation chamber; a mixing tube configured to receive the ingredients from the accumulation chamber; and a discharge nozzle that is located beneath the diverter downwardly directed and is configured to discharge a liquid so that the liquid uniformly contacts the ingredients after the ingredients pass chamber. an ingredients inlet configured to deliver the ingredients to an accumulation chamber; a conically-shaped diverter in the accumulation chamber configured to direct the ingredients toward a wall of the accumulation chamber, wherein the wall of the accumulation chamber is tapered inwardly to redirect the ingredients back towards a center of a mixing chamber and wherein the diverter has a taper that is opposite to the taper of the accumulation chamber; a mixing tube configured to receive the ingredients from the accumulation chamber; and a discharge nozzle that is located beneath the diverter downwardly directed and is configured to discharge a liquid so that the liquid uniformly contacts the ingredients after the ingredients pass chamber.
A method of manufacturing a polymer composite member comprising a wind turbine blade or a part of a wind turbine blade by a resin infusion technique, the method comprising the steps of - providing a mould cavity wherein a reinforcement material is arranged, the mould cavity having at least one first resin inlet for a first resin and at least one second resin inlet for a second resin, the first and second resins having different mechanical properties after curing, - concurrently leading the first resin into a first region of the mould cavity via the first inlet and leading the second resin into a second region of the mould cavity via the second inlet, - transferring the resins into the reinforcement material so that the resins at least partly merge in a third region of the mould cavity, - curing the resins, wherein - the first and second resins have different mechanical properties after curing due to additives added to at least the first resin, and/or - the first resin is a rubber-modified version of the second resin, and/or - the first resin is selected from: epoxy, polyester or vinyl ester and the second resin is a different resin selected from epoxy, polyester or vinyl ester. - providing a mould cavity wherein a reinforcement material is arranged, the mould cavity having at least one first resin inlet for a first resin and at least one second resin inlet for a second resin, the first and second resins having different mechanical properties after curing, - concurrently leading the first resin into a first region of the mould cavity via the first inlet and leading the second resin into a second region of the mould cavity via the second inlet, - transferring the resins into the reinforcement material so that the resins at least partly merge in a third region of the mould cavity, - curing the resins, wherein - the first and second resins have different mechanical properties after curing due to additives added to at least the first resin, and/or - the first resin is a rubber-modified version of the second resin, and/or - the first resin is selected from: epoxy, polyester or vinyl ester and the second resin is a different resin selected from epoxy, polyester or vinyl ester.