mhurhangee/ep-ind-claims huggingface dataset:
A pressure sensor sub-assembly comprising: a carrier forming a fluid path from a first end of the carrier to a second end of the carrier; a pressure sensor including a pressure sense element, the pressure sensor being secured to the first end of the carrier such that the pressure sense element is in fluid communication with the fluid path of the carrier; a pressure port having a fluid path that extends from an external side of the pressure port to an internal side of the pressure port, wherein the internal side of the pressure port is secured to the second end of the carrier such that the fluid path of the pressure port is in fluid communication with the fluid path of the carrier; characterized in that the internal side of the pressure port has a recess, the recess defined by a bottom wall and side walls, wherein the bottom wall intersects the fluid path of the pressure port; the second end of the carrier has an end face and side walls around the end face, wherein the second end of the carrier extends into the recess of the pressure port, with the end face of the carrier situated adjacent to the bottom wall of the recess, and the side walls of the carrier positioned adjacent to the side walls of the recess; and an adhesive layer situated between the end face of the carrier and the bottom wall of the recess. a carrier forming a fluid path from a first end of the carrier to a second end of the carrier; a pressure sensor including a pressure sense element, the pressure sensor being secured to the first end of the carrier such that the pressure sense element is in fluid communication with the fluid path of the carrier; a pressure port having a fluid path that extends from an external side of the pressure port to an internal side of the pressure port, wherein the internal side of the pressure port is secured to the second end of the carrier such that the fluid path of the pressure port is in fluid communication with the fluid path of the carrier; characterized in that the internal side of the pressure port has a recess, the recess defined by a bottom wall and side walls, wherein the bottom wall intersects the fluid path of the pressure port; the second end of the carrier has an end face and side walls around the end face, wherein the second end of the carrier extends into the recess of the pressure port, with the end face of the carrier situated adjacent to the bottom wall of the recess, and the side walls of the carrier positioned adjacent to the side walls of the recess; and an adhesive layer situated between the end face of the carrier and the bottom wall of the recess.
An energy storage device comprising: a plurality of plates comprising a concrete material, supported in tandem with a flow space there between large enough to pass a heat transfer medium substantially over a face of the plates, wherein each of plates is fluted along a direction perpendicular to a direction of flow of the heat transfer medium through the flow space to provide thermal breaks; an inlet plenum configured to receive the heat transfer medium from a source and distribute the heat transfer medium through the flow space; and an outlet plenum configured to receive the heat transfer medium from the flow space and dispense the heat transfer medium to a return destination; wherein a portion of heat in the heat transfer medium is transferred to the plates in a charging mode of operation or a portion of heat in the plates is transferred to the heat transfer medium in a discharging mode of operation. a plurality of plates comprising a concrete material, supported in tandem with a flow space there between large enough to pass a heat transfer medium substantially over a face of the plates, wherein each of plates is fluted along a direction perpendicular to a direction of flow of the heat transfer medium through the flow space to provide thermal breaks; an inlet plenum configured to receive the heat transfer medium from a source and distribute the heat transfer medium through the flow space; and an outlet plenum configured to receive the heat transfer medium from the flow space and dispense the heat transfer medium to a return destination; wherein a portion of heat in the heat transfer medium is transferred to the plates in a charging mode of operation or a portion of heat in the plates is transferred to the heat transfer medium in a discharging mode of operation.
A stopper for suspension systems comprising: a plate-like upper support part on a suspended side, a plate-like lower support part on an unsuspended side, and an elastic member taking on a convex barrel shape, which is interposed between the upper support part and the lower support part so as to connect the upper support part and the lower support part to each other, the elastic member being formed with a cavity in a central area of a surface connecting to one of the upper support part and the lower support part, the cavity being recessed toward the other of the upper support part and the lower support part, wherein a rigid member extending in a direction in which the upper support part and the lower support part are connected together is mounted inside the elastic member, as a member different from the uppersupport part and the lower support part, and an elastic interposed portion is formed between the rigid member and the upper support part or the lower support part. a plate-like upper support part on a suspended side, a plate-like lower support part on an unsuspended side, and an elastic member taking on a convex barrel shape, which is interposed between the upper support part and the lower support part so as to connect the upper support part and the lower support part to each other, the elastic member being formed with a cavity in a central area of a surface connecting to one of the upper support part and the lower support part, the cavity being recessed toward the other of the upper support part and the lower support part, wherein a rigid member extending in a direction in which the upper support part and the lower support part are connected together is mounted inside the elastic member, as a member different from the uppersupport part and the lower support part, and an elastic interposed portion is formed between the rigid member and the upper support part or the lower support part.
A method of characterising a composition of a gemstone, the method comprising: irradiating an upper portion and a lower portion of the gemstone with one or more pulses of ultraviolet radiation at a wavelength of substantially 225 nm or less; capturing luminescence emitted by the upper portion of the gemstone and luminescence emitted by the lower portion of the gemstone in one or more time windows having a predetermined relationship with the or each pulse; comparing properties of the captured luminescence from the upper and lower portions; and characterising a composition of the gemstone, based upon the comparison. irradiating an upper portion and a lower portion of the gemstone with one or more pulses of ultraviolet radiation at a wavelength of substantially 225 nm or less; capturing luminescence emitted by the upper portion of the gemstone and luminescence emitted by the lower portion of the gemstone in one or more time windows having a predetermined relationship with the or each pulse; comparing properties of the captured luminescence from the upper and lower portions; and characterising a composition of the gemstone, based upon the comparison.
A tool assembly for tensioning tower bolts of a wind turbine tower, the tool assembly comprising: - a connecting arrangement (2, 13, 14) configured to connect the tool assembly to a part of a wind turbine tower, and - a tool holding part arranged to hold a tool for tensioning tower bolts, wherein the tool holding part is attached to the connecting arrangement (2, 13, 14) in a rotatable manner, thereby allowing the tool to be rotated between at least a first orientation and a second orientation, and characterised in that the tool assembly further comprises a releasable locking arrangement for releasably locking the tool holding part in the first orientation and in the second orientation. - a connecting arrangement (2, 13, 14) configured to connect the tool assembly to a part of a wind turbine tower, and - a tool holding part arranged to hold a tool for tensioning tower bolts, wherein the tool holding part is attached to the connecting arrangement (2, 13, 14) in a rotatable manner, thereby allowing the tool to be rotated between at least a first orientation and a second orientation, and characterised in that the tool assembly further comprises a releasable locking arrangement for releasably locking the tool holding part in the first orientation and in the second orientation.
Method for producing a decorative panel, comprising the process steps: a) providing a plate-shaped carrier; b) applying a resin layer onto the plate-shaped carrier; c) applying a printed or unprinted paper or fleece layer onto the plate-shaped carrier; d) calendering the resulting layer structure, in particular at a temperature between ≥ 40°C and ≤ 250°C; and e) applying at least one resin composition; or f) applying a resin-impregnated overlay; further comprising following process step e) or following process step f) process step g): pressing the resulting layer structure; characterized in that the resin composition applied in process step e) or an impregnating agent of the resin-impregnated overlay applied in process step f) comprises a siloxane, in particular a polysiloxane, wherein the resin composition applied in process step e) or an impregnating agent of the resin-impregnated overlay according to process step f) comprises a siloxane in an amount of ≥ 0.1 wt.-% to ≤ 5 wt.-%. a) providing a plate-shaped carrier; b) applying a resin layer onto the plate-shaped carrier; c) applying a printed or unprinted paper or fleece layer onto the plate-shaped carrier; d) calendering the resulting layer structure, in particular at a temperature between ≥ 40°C and ≤ 250°C; and e) applying at least one resin composition; or f) applying a resin-impregnated overlay;
A compound which is cirsimaritin and has the following structure: or a pharmaceutically acceptable ester or salt thereof, for use in healing a chronic wound in skin.
A green-material light-partition earthenware brick, made of sludge in a molding process, comprising a plurality of hollow cores, configured to coordinate a plurality of elongate connecting rods for development of a wall constructed between a building's two beam columns or in a building's skeleton, wherein the hollow brick comprises concave grooves and convex ribs staggered on top and bottom surfaces and matching ribs and grooves of another hollow brick and slots corresponding to each other at top and bottom centers so that hollow bricks stacked as upper and lower layers are securely combined with the concave grooves and the convex ribs matching each other, binder applied in between, characterized in that said slots are dovetail slots (15, 16), wherein the elongate connecting rods are configured to be held in the corresponding dovetail slots (15, 16) for vertical and horizontal combinations of hollow bricks laid on upper and lower layers and connected lengthwise and development of a wall joining main beam columns.
An electromagnet unit comprising: a plurality of radial direction magnetic force generating means for supporting a rotating body (20, 21) in a radial direction by magnetic force without contact; a plurality of radial direction displacement detecting means for detecting displacement of the rotating body in the radial direction; and a core around which coils of the plurality of radial direction magnetic force generating means and coils of the plurality of radial direction displacement detecting means are wound, wherein two of the plurality of radial direction magnetic force generating means that are adjacent to each other in a circumferential direction of the core are disposed such that adjacent magnetic poles belonging respectively to the two of the plurality of radial direction magnetic force generating means are homopolar, a low magnetic flux interference region (m) is formed between the two of the plurality of radial direction magnetic force generating means, each of the plurality of radial direction displacement detecting means is disposed in the low magnetic flux interference region, characterised in that the plurality of radial direction displacement detecting means comprise two mutually different magnetic poles arranged in an axial direction of the rotating body with which the electromagnet unit is intended to be used. a plurality of radial direction magnetic force generating means for supporting a rotating body (20, 21) in a radial direction by magnetic force without contact; a plurality of radial direction displacement detecting means for detecting displacement of the rotating body in the radial direction; and a core around which coils of the plurality of radial direction magnetic force generating means and coils of the plurality of radial direction displacement detecting means are wound, wherein two of the plurality of radial direction magnetic force generating means that are adjacent to each other in a circumferential direction of the core are disposed such that adjacent magnetic poles belonging respectively to the two of the plurality of radial direction magnetic force generating means are homopolar, a low magnetic flux interference region (m) is formed between the two of the plurality of radial direction magnetic force generating means, each of the plurality of radial direction displacement detecting means is disposed in the low magnetic flux interference region, characterised in that the plurality of radial direction displacement detecting means comprise two mutually different magnetic poles arranged in an axial direction of the rotating body with which the electromagnet unit is intended to be used.
A compound of Formula I wherein R is CH 3 or H, and n is 1, 2 or 3, for use in the treatment of a bacterial infection caused by a Gram-negative bacterium producing a metallo-p-lactamase, wherein the compound is administered in combination with a β-lactam antimicrobial agent.
A composition comprising a non-animal based protein concentrate, wherein the composition contains at least 55 % protein content and no detectable stachyose or raffinose on a dry matter basis, wherein the non-animal based protein concentrate is isolated from plant material from the group consisting of soybeans, peanuts, Rapeseeds, canola, sesame seeds, cottonseeds, palm kernels, barley, grape seeds, olives, safflowers, sunflowers, copra, corn, coconuts, linseed, hazelnuts, wheat, rice, potatoes, cassavas, legumes, camelina seeds, mustard seeds, germ meal, corn gluten meal, distillery/brewery by-products, and combinations thereof, wherein protein content of said composition is in the range of from 56% to 90% on a dry matter basis produced by a process including: a) extruding plant material at above room temperature to form a mash; b) adding one or more cellulose-deconstructing enzymes to release sugars into the mash; c) inoculating the enzyme treated mash with at least one microbe, which microbe converts released sugars into proteins and exopolysaccharides; d) precipitating the resulting proteins, microbes, and exopolysaccharides with ethanol or a flocculent; e) recovering the precipitated material via hydrodynamic force; and f) drying said precipitated material. a) extruding plant material at above room temperature to form a mash; b) adding one or more cellulose-deconstructing enzymes to release sugars into the mash; c) inoculating the enzyme treated mash with at least one microbe, which microbe converts released sugars into proteins and exopolysaccharides; d) precipitating the resulting proteins, microbes, and exopolysaccharides with ethanol or a flocculent; e) recovering the precipitated material via hydrodynamic force; and f) drying said precipitated material.
A processing unit comprising: an extended register to which instruction extension information indicating an extension of an instruction can be set; an operation unit that, when instruction extension information is set by an extension instruction to the extended register, is configured to execute a subsequent instruction following the extension instruction writing the instruction extension information into the extended register, and to extend the subsequent instruction based on the instruction extension information set in the extended register, wherein the instruction extension information includes an extended portion of register addresses, and the subsequent instruction is extended by adding register destination addresses within the subsequent instruction and the extended portion of register addresses in the extended register, and a trap register configured to store instruction extension information set to the extended register when a trap occurs between execution of a preceding instruction and execution of the subsequent instruction to be extended, wherein when the trap occurs and trap processing is started, the instruction extension information in the extended register is invalidated. an extended register to which instruction extension information indicating an extension of an instruction can be set; an operation unit that, when instruction extension information is set by an extension instruction to the extended register, is configured to execute a subsequent instruction following the extension instruction writing the instruction extension information into the extended register, and to extend the subsequent instruction based on the instruction extension information set in the extended register, wherein the instruction extension information includes an extended portion of register addresses, and the subsequent instruction is extended by adding register destination addresses within the subsequent instruction and the extended portion of register addresses in the extended register, and the instruction extension information includes an extended portion of register addresses, and the subsequent instruction is extended by adding register destination addresses within the subsequent instruction and the extended portion of register addresses in the extended register, and a trap register configured to store instruction extension information set to the extended register when a trap occurs between execution of a preceding instruction and execution of the subsequent instruction to be extended, wherein when the trap occurs and trap processing is started, the instruction extension information in the extended register is invalidated. when the trap occurs and trap processing is started, the instruction extension information in the extended register is invalidated.
A suppressor for a firearm, comprising: a casing defining a rear end opposed to a front end; a plurality of baffles inside said casing; a rear cap upstream from said plurality of baffles and releasably coupled to said rear end of said casing, wherein said rear cap includes an upstream surface; a rear cap surface feature defined by said upstream surface of said rear cap; characterized in that the suppressor comprises: a front cap downstream from said plurality of baffles and releasably coupled to said front end of said casing, wherein said front cap includes an upstream surface; and a front cap surface feature defined by said front cap, wherein said front cap surface feature has a complementary shape to said rear cap surface feature so said front cap surface feature can engage with said rear cap surface feature to remove said rear cap from said casing. a casing defining a rear end opposed to a front end; a plurality of baffles inside said casing; a rear cap upstream from said plurality of baffles and releasably coupled to said rear end of said casing, wherein said rear cap includes an upstream surface; a rear cap surface feature defined by said upstream surface of said rear cap; characterized in that the suppressor comprises: a front cap downstream from said plurality of baffles and releasably coupled to said front end of said casing, wherein said front cap includes an upstream surface; and a front cap surface feature defined by said front cap, wherein said front cap surface feature has a complementary shape to said rear cap surface feature so said front cap surface feature can engage with said rear cap surface feature to remove said rear cap from said casing. a front cap downstream from said plurality of baffles and releasably coupled to said front end of said casing, wherein said front cap includes an upstream surface; and a front cap surface feature defined by said front cap, wherein said front cap surface feature has a complementary shape to said rear cap surface feature so said front cap surface feature can engage with said rear cap surface feature to remove said rear cap from said casing.
A video display device comprising: a video input unit; a first Retinex processing unit which performs a first Retinex process on a video inputted from the video input unit; a second Retinex processing unit which performs a second Retinex process, which is different from the first Retinex process in a method, on the video inputted from the video input unit; a video composing unit which can compose a video processed by the first Retinex processing unit and a video processed by the second Retinex processing unit in accordance with a feature of the video inputted from the video input unit; and a display unit which can display an output video of the video composing unit, wherein the first Retinex process is a process which separates an input video into a plurality of reflected light components including a specular component and a diffusing component, which adjusts each of the plurality of separated reflected light components by a weight value, which performs a weighted average, and which controls a ratio of a reflected light in the video, and wherein the second Retinex process is a Retinex process having a larger scale than a scale of the first Retinex process. a video input unit; a first Retinex processing unit which performs a first Retinex process on a video inputted from the video input unit; a second Retinex processing unit which performs a second Retinex process, which is different from the first Retinex process in a method, on the video inputted from the video input unit; a video composing unit which can compose a video processed by the first Retinex processing unit and a video processed by the second Retinex processing unit in accordance with a feature of the video inputted from the video input unit; and a display unit which can display an output video of the video composing unit, wherein the first Retinex process is a process which separates an input video into a plurality of reflected light components including a specular component and a diffusing component, which adjusts each of the plurality of separated reflected light components by a weight value, which performs a weighted average, and which controls a ratio of a reflected light in the video, and wherein the second Retinex process is a Retinex process having a larger scale than a scale of the first Retinex process.
Method for operating in a laboratory a ducted fumehood in the form of a protected enclosure for isolating a benchtop workspace from the ambient air of the laboratory, wherein the method comprises: passing exhaust air from the isolated workspace enclosed by the ducted fumehood through a heat exchanger, and passing fresh air introduced into the laboratory through the heat exchanger as a fresh air line, so as to transfer heat content from the exhaust air to the fresh air, or to transfer heat content from the fresh air to the exhaust air, so as to temperature-condition the fresh air and thereby to temperature-condition the ambient air of the laboratory, wherein the exhaust air from the ducted fumehood is passed through a filter before it is introduced into the heat exchanger as a filtered air line, wherein the heat exchanger comprises a first heat exchanger element interposed in the airflow of the filtered air line, and a second heat exchanger element interposed in the airflow of the fresh air line, and further wherein a fluid line connects the first heat exchanger element with the second heat exchanger element.