mhurhangee/ep-ind-claims huggingface dataset:
An improved tankless water heater comprising: a backing case; a front casing; a top cover with an air intake vent; a bottom case; an electric supply coil attached to a regulator or breaker and to a power plug; a burner in a burner chamber box with a burner cover plate; a Product Control Board Box; a Product Control Board with Wi-Fi functionality, the Product Control Board being held by the Product Control Board Box, located in the interior of said casing (1150, 1100), and wherein said Product Control Board is arranged to be controlled remotely using an electronic application; a gas proportional valve; a gas inlet connector; a motor case; a water inlet comprising a water inlet sensor, the water inlet sensor comprising a water flow sensor and a temperature sensor, wherein said sensor comprises a water flow sensor Product Control Board connector and is arranged to send readings to the Product Control Board; a heat exchanger to intake fluid into the system for the purpose of heating the liquid; a fan assembly bracket; and a display assembly, characterized in that the tankless water heater is arranged to cause the electronic application to send a service notification to tell a user when to clean the tankless water heater, wherein said service notification is provided based on time in service of the water heater, and amount of water that has flowed through the water inlet determined by the water inlet sensor. a backing case; a front casing; a top cover with an air intake vent; a bottom case; an electric supply coil attached to a regulator or breaker and to a power plug; a burner in a burner chamber box with a burner cover plate; a Product Control Board Box; a Product Control Board with Wi-Fi functionality, the Product Control Board being held by the Product Control Board Box, located in the interior of said casing (1150, 1100), and wherein said Product Control Board is arranged to be controlled remotely using an electronic application; a gas proportional valve; a gas inlet connector; a motor case; a water inlet comprising a water inlet sensor, the water inlet sensor comprising a water flow sensor and a temperature sensor, wherein said sensor comprises a water flow sensor Product Control Board connector and is arranged to send readings to the Product Control Board; a heat exchanger to intake fluid into the system for the purpose of heating the liquid; a fan assembly bracket; and a display assembly, characterized in that the tankless water heater is arranged to cause the electronic application to send a service notification to tell a user when to clean the tankless water heater, wherein said service notification is provided based on time in service of the water heater, and amount of water that has flowed through the water inlet determined by the water inlet sensor.
A system for communicating information in a wireless communication system, the system comprising: one or more circuits of a base station that enable generation of a plurality of signals for transmission based on a generated precoding matrix, a generated beamforming matrix and a plurality of data stream signals; said one or more circuits of said base station enable generation of a modified beamforming matrix based on said generated precoding matrix multiplied by said generated beamforming matrix; said one or more circuits of said base station enable generation of a quantized version of said generated modified beamforming matrix based on a code book; said one or more circuits of said base station enable transmission of said quantized version of said generated modified beamforming matrix via said wireless communication medium; said one or more circuits of said base station enable transmission of said generated plurality of signals via a wireless communication medium; and one or more circuits of a user equipment station that enable generation of an interference cancellation matrix based on said transmitted quantized version of said generated modified beamforming matrix that enables the user equipment station to selectively receive one data stream signal from a received composite signal, said received composite signal represented as a plurality of subsidiary signals, wherein each of said plurality of subsidiary signals is generated based on a corresponding one of a plurality of data stream signals. one or more circuits of a base station that enable generation of a plurality of signals for transmission based on a generated precoding matrix, a generated beamforming matrix and a plurality of data stream signals; said one or more circuits of said base station enable generation of a modified beamforming matrix based on said generated precoding matrix multiplied by said generated beamforming matrix; said one or more circuits of said base station enable generation of a quantized version of said generated modified beamforming matrix based on a code book; said one or more circuits of said base station enable transmission of said quantized version of said generated modified beamforming matrix via said wireless communication medium; said one or more circuits of said base station enable transmission of said generated plurality of signals via a wireless communication medium; and one or more circuits of a user equipment station that enable generation of an interference cancellation matrix based on said transmitted quantized version of said generated modified beamforming matrix that enables the user equipment station to selectively receive one data stream signal from a received composite signal, said received composite signal represented as a plurality of subsidiary signals, wherein each of said plurality of subsidiary signals is generated based on a corresponding one of a plurality of data stream signals.
A modular air flow (1-1; 1-2) device comprising: a first end module forming a first end of the modular air flow device (1-1; 1-2), the first end module having a first axial outer end, and a first axial inner end, the first end module being provided with a first airflow channel and a second airflow channel, which extend from the first axial outer end to the first axial inner end, and a first fan arranged in or connected to the first airflow channel at the first axial outer end, characterised in that at the first axial outer end the inner diameter (d) of the first airflow channel is larger than a radial distance (a) from a central longitudinal axis of the first end module to an inner diameter surface of the first airflow channel furthest away from the central longitudinal axis, and wherein the inner diameter (d) is at least 15%, at least 20%, at least 25%, at least 30%, or at least 35% larger than the radial distance (a) from the central longitudinal axis to the inner diameter surface. a first end module forming a first end of the modular air flow device (1-1; 1-2), the first end module having a first axial outer end, and a first axial inner end, the first end module being provided with a first airflow channel and a second airflow channel, which extend from the first axial outer end to the first axial inner end, and a first fan arranged in or connected to the first airflow channel at the first axial outer end, characterised in that at the first axial outer end the inner diameter (d) of the first airflow channel is larger than a radial distance (a) from a central longitudinal axis of the first end module to an inner diameter surface of the first airflow channel furthest away from the central longitudinal axis, and wherein the inner diameter (d) is at least 15%, at least 20%, at least 25%, at least 30%, or at least 35% larger than the radial distance (a) from the central longitudinal axis to the inner diameter surface.
Device for electrical isolation to be installed in a core hole of a toroidal core, having a central region and two insulating regions projecting out of the central region in the radial direction of the core hole and movable in the radial direction, - the central region having a compression zone with at least two mutually parallel first portions of two webs, - the two webs coupling the two insulating regions to one another mechanically, - each of the at least two first portions being deformable elastically in an S-shaped manner, and - the at least two first portions of the two webs being arranged parallel to one another in the expanded state of the compression zone. - the central region having a compression zone with at least two mutually parallel first portions of two webs, - the two webs coupling the two insulating regions to one another mechanically, - each of the at least two first portions being deformable elastically in an S-shaped manner, and - the at least two first portions of the two webs being arranged parallel to one another in the expanded state of the compression zone.
A resin composition for coating an optical fiber, comprising a base resin containing a urethane (meth)acrylate oligomer, a monomer, and a photopolymerization initiator; and surface-modified inorganic oxide particles, which are inorganic oxide particles, the surface of which is treated with a silane compound having an alkyl group having 1 or more and 8 or less carbon atoms or a phenyl group, wherein a content of the surface-modified inorganic oxide particles is 1% by mass or more and 60% by mass or less based on a total amount of the resin composition and an amount of surface modification on the surface-modified inorganic oxide particles is 0.15 mg/m 2 or more, wherein the amount of surface modification is calculated from the specific surface area of the inorganic oxide particles and the ratio of the silane compound by the following formula: amount of surface modification (mg/m 2) = ratio of the silane compound / specific surface area of the inorganic oxide particles, wherein the ratio of the silane compound is measured by thermogravimetric/differential thermal analysis (TG/DTA) based on the weight change of the surface-modified inorganic oxide particles, and the specific surface area of the inorganic oxide particles is measured by a nitrogen absorption BET method. a content of the surface-modified inorganic oxide particles is 1% by mass or more and 60% by mass or less based on a total amount of the resin composition and an amount of surface modification on the surface-modified inorganic oxide particles is 0.15 mg/m 2 or more, wherein the amount of surface modification is calculated from the specific surface area of the inorganic oxide particles and the ratio of the silane compound by the following formula: amount of surface modification (mg/m 2) = ratio of the silane compound / specific surface area of the inorganic oxide particles, wherein the ratio of the silane compound is measured by thermogravimetric/differential thermal analysis (TG/DTA) based on the weight change of the surface-modified inorganic oxide particles, and the specific surface area of the inorganic oxide particles is measured by a nitrogen absorption BET method.
An inkjet head, comprising: a pressure chamber (9; 42; 50) that is communicated with an ink flow channel (2; 41); a diaphragm that is linked to the pressure chamber; a piezoelectric element that is linked to the diaphragm; a nozzle that is communicated with the pressure chamber; and a vibrating mechanism (3-4; 43-44) that is placed in the ink flow channel (2; 41) and that vibrates a supplied ink characterized in that the vibrating mechanism (3-4; 43-44) is a mechanism that simultaneously changes the positions of the both edges of the ink flow channel (2; 41) and causes said both edges of the ink flow channel (2; 41) to move toward the same direction in tandem with each other. a pressure chamber (9; 42; 50) that is communicated with an ink flow channel (2; 41); a diaphragm that is linked to the pressure chamber; a piezoelectric element that is linked to the diaphragm; a nozzle that is communicated with the pressure chamber; and a vibrating mechanism (3-4; 43-44) that is placed in the ink flow channel (2; 41) and that vibrates a supplied ink characterized in that the vibrating mechanism (3-4; 43-44) is a mechanism that simultaneously changes the positions of the both edges of the ink flow channel (2; 41) and causes said both edges of the ink flow channel (2; 41) to move toward the same direction in tandem with each other.
A rolling mill which comprises: a housing; a pair of upper and lower work roll chocks supported by the housing; a pair of upper and lower work rolls opposed to each other and pivotally supported by the pair of upper and lower work roll chocks, respectively; roll gap controlling means for applying a predetermined pressure to the work rolls; a pair of upper and lower first supporting means provided to the housing at positions on one side in a rolling direction for supporting the pair of upper and lower work roll chocks; and a pair of upper and lower second supporting means provided to the housing at positions on another side in the rolling direction for supporting the pair of upper and lower work roll chocks, wherein the first supporting means is used as hydraulic pressing means and is made capable of pressing the pair of upper and lower work roll chocks in a horizontal direction, and a flow contracting unit is provided to a portion of a hydraulic supply-discharge pipe on a head side of the hydraulic pressing means, characterised in that an expanding unit is provided to the portion of said hydraulic supply-discharge pipe on the head side of the hydraulic pressing means, while disposing the flow contracting unit closer to the hydraulic pressing means than the expanding unit, and an inside diameter of the flow contracting unit is set equal to or above φ2.5 mm and in a size of from 15% to 85% relative to an inside diameter of the hydraulic supply-discharge pipe. a housing; a pair of upper and lower work roll chocks supported by the housing; a pair of upper and lower work rolls opposed to each other and pivotally supported by the pair of upper and lower work roll chocks, respectively; roll gap controlling means for applying a predetermined pressure to the work rolls; a pair of upper and lower first supporting means provided to the housing at positions on one side in a rolling direction for supporting the pair of upper and lower work roll chocks; and a pair of upper and lower second supporting means provided to the housing at positions on another side in the rolling direction for supporting the pair of upper and lower work roll chocks, wherein the first supporting means is used as hydraulic pressing means and is made capable of pressing the pair of upper and lower work roll chocks in a horizontal direction, and a flow contracting unit is provided to a portion of a hydraulic supply-discharge pipe on a head side of the hydraulic pressing means, characterised in that an expanding unit is provided to the portion of said hydraulic supply-discharge pipe on the head side of the hydraulic pressing means, while disposing the flow contracting unit closer to the hydraulic pressing means than the expanding unit, and an inside diameter of the flow contracting unit is set equal to or above φ2.5 mm and in a size of from 15% to 85% relative to an inside diameter of the hydraulic supply-discharge pipe.
Circuitry for a terminal device configured to obtain a virtual measurement result for a first channel in a wireless telecommunications system, the system comprising a base station providing one or more active channels for communicating wireless signals with the terminal, wherein the first channel is either an active channel for which the base station is currently not activated for the one or more terminals or an inactive channel; wherein the circuitry comprises a controller element and a transceiver element configured to operate together to: receive from the base station measurement configuration information identifying the first channel; select an active channel of the one or more active channels, the active channel being different from the first channel; obtain a first measurement result, wherein the first measurement result is based on signals transmitted by the base station on the active channel; derive a virtual measurement result for the first channel from the first measurement result, thereby obtaining a virtual measurement result for the first channel. receive from the base station measurement configuration information identifying the first channel; select an active channel of the one or more active channels, the active channel being different from the first channel; obtain a first measurement result, wherein the first measurement result is based on signals transmitted by the base station on the active channel; derive a virtual measurement result for the first channel from the first measurement result, thereby obtaining a virtual measurement result for the first channel.
A single window, composite resin, aircraft window frame for installation in a composite resin airplane fuselage, wherein said composite resin is a combination of reinforcing fibers in a curable resin matrix, said frame comprising: an inner flange (2,4) adapted for receiving and securely affixing an aircraft window pane (13,15); and an outer flange (3,5) adapted for connection to the airplane fuselage structure; said frame having a generally flat configuration in the absence of a perpendicular reinforcement member, said frame having sufficient strength to securely affix said aircraft window pane (13, 15) to said composite resin fuselage in the absence of any strength enhancing member, and wherein the said frame has a generally oval shape, overall dimensions across the frame of about 55-60cm in the long dimension and about 35-40cm in the narrower dimension with a cross-sectional thickness of, approximately, 0.3 to 0.6 cm and a cross-sectional width of approximately 5.5 to 6.0 cm measured from an inner flange edge (2,4) to an outer flange edge (3,5). an inner flange (2,4) adapted for receiving and securely affixing an aircraft window pane (13,15); and an outer flange (3,5) adapted for connection to the airplane fuselage structure; said frame having a generally flat configuration in the absence of a perpendicular reinforcement member, said frame having sufficient strength to securely affix said aircraft window pane (13, 15) to said composite resin fuselage in the absence of any strength enhancing member, and wherein the said frame has a generally oval shape, overall dimensions across the frame of about 55-60cm in the long dimension and about 35-40cm in the narrower dimension with a cross-sectional thickness of, approximately, 0.3 to 0.6 cm and a cross-sectional width of approximately 5.5 to 6.0 cm measured from an inner flange edge (2,4) to an outer flange edge (3,5).
A method of estimating rock properties, said method comprising: a) obtaining a plurality of rock cutting samples from a reservoir at a depth D1-Dn, wherein n is the number of cutting samples, and D is the depth of each cutting sample; b) measuring a percentage content of silica, clay and carbonate of each of said cutting samples; c) comparing against a database of rock mechanical properties obtained by measuring a plurality of core samples, said database organized by depth and by percentage content of silica, clay and carbonate; and d) estimating rock mechanical properties of said cutting samples from said database by selecting core samples having a similar depth and a similar percentage content of silica, clay and carbonate and assigning rock mechanical properties from said selected core samples to said cutting samples. a) obtaining a plurality of rock cutting samples from a reservoir at a depth D1-Dn, wherein n is the number of cutting samples, and D is the depth of each cutting sample; b) measuring a percentage content of silica, clay and carbonate of each of said cutting samples; c) comparing against a database of rock mechanical properties obtained by measuring a plurality of core samples, said database organized by depth and by percentage content of silica, clay and carbonate; and d) estimating rock mechanical properties of said cutting samples from said database by selecting core samples having a similar depth and a similar percentage content of silica, clay and carbonate and assigning rock mechanical properties from said selected core samples to said cutting samples.
An agent comprising a gelatin-like protein and a drug for use in delivering the drug to a kidney affected with a disease as a target, wherein the gelatin-like protein has the following or: the amino acid sequence shown in SEQ ID NO: 1; or an amino acid sequence having 80% or more homology to the amino acid sequence shown in SEQ ID NO: 1 and having an action to accumulate in kidney. the amino acid sequence shown in SEQ ID NO: 1; or an amino acid sequence having 80% or more homology to the amino acid sequence shown in SEQ ID NO: 1 and having an action to accumulate in kidney.
Anchor plug for use in multi-layer lightweight building boards having upper and lower cover plates (101 and 111, respectively), said anchor plug comprising a cylindrical body having an end panel, a displacement body and a container holding an adhesive and provided with predetermined breakpoints, said cylindrical body having at least two grip-behind elements adapted to be spread apart and to engage the upper cover plate at the underside thereof as the displacement body is advanced through a hole in the lightweight building board, and with the adhesive container being seated in an internal cavity in the cylindrical body, said cavity having a plurality of openings (16, 142, 143) therefrom, characterized in that: - the adhesive container, when filled and in the commercially available condition of the device, is disposed in the cylindrical body between the end panel thereof and the displacement body; - the displacement body and the cylindrical body comprise a shaft-to-hub connection extending along parts of their lengths, said connection configured to form a rotationally rigid and longitudinally movable coupling structure; - at least one clearing rib is disposed on the outside of the end panel and adapted to clean the lower cover plate in the area below the end panel of the anchor plug by rotating the anchor plug as it is being placed, i.e. where the end panel will be adhesively bonded to the cover plate; and - in that said at least one clearing rib extends outwardly from an inside position, beginning at an inner central recess and terminating outside in the area of the outside wall of end panel. - the adhesive container, when filled and in the commercially available condition of the device, is disposed in the cylindrical body between the end panel thereof and the displacement body; - the displacement body and the cylindrical body comprise a shaft-to-hub connection extending along parts of their lengths, said connection configured to form a rotationally rigid and longitudinally movable coupling structure; - at least one clearing rib is disposed on the outside of the end panel and adapted to clean the lower cover plate in the area below the end panel of the anchor plug by rotating the anchor plug as it is being placed, i.e. where the end panel will be adhesively bonded to the cover plate; and - in that said at least one clearing rib extends outwardly from an inside position, beginning at an inner central recess and terminating outside in the area of the outside wall of end panel.