mhurhangee/patent-ind-claim-en huggingface dataset:
A system for an aircraft, the system comprising: a gas turbine engine comprising a compressor section; and an engine bleed control system comprising: a multi-tap bleed array comprising a plurality of engine bleed taps (52A-52D) distributed axially between a plurality of stages of the compressor section, wherein each stage of the plurality of stages comprises a rotor blade and stator vane pair, the plurality of engine bleed taps comprises at least four bleed taps, and the plurality of engine bleed taps is located before a ninth stage of the plurality of stages of the compressor section; a plurality of valves (58A-58C) operable to extract bleed air from each of the engine bleed taps; a controller operable to selectively open and close each of the valves based on a bleed air demand and control delivery of the bleed air to an aircraft use; and a pneumatic bleed for anti-icing at least a nacelle inlet of the gas turbine engine, wherein the pneumatic bleed of the compressor is located downstream at a higher temperature point than the engine bleed taps. a gas turbine engine comprising a compressor section; and an engine bleed control system comprising: a multi-tap bleed array comprising a plurality of engine bleed taps (52A-52D) distributed axially between a plurality of stages of the compressor section, wherein each stage of the plurality of stages comprises a rotor blade and stator vane pair, the plurality of engine bleed taps comprises at least four bleed taps, and the plurality of engine bleed taps is located before a ninth stage of the plurality of stages of the compressor section; a plurality of valves (58A-58C) operable to extract bleed air from each of the engine bleed taps; a controller operable to selectively open and close each of the valves based on a bleed air demand and control delivery of the bleed air to an aircraft use; and a pneumatic bleed for anti-icing at least a nacelle inlet of the gas turbine engine, wherein the pneumatic bleed of the compressor is located downstream at a higher temperature point than the engine bleed taps. a multi-tap bleed array comprising a plurality of engine bleed taps (52A-52D) distributed axially between a plurality of stages of the compressor section, wherein each stage of the plurality of stages comprises a rotor blade and stator vane pair, the plurality of engine bleed taps comprises at least four bleed taps, and the plurality of engine bleed taps is located before a ninth stage of the plurality of stages of the compressor section; a plurality of valves (58A-58C) operable to extract bleed air from each of the engine bleed taps; a controller operable to selectively open and close each of the valves based on a bleed air demand and control delivery of the bleed air to an aircraft use; and a pneumatic bleed for anti-icing at least a nacelle inlet of the gas turbine engine, wherein the pneumatic bleed of the compressor is located downstream at a higher temperature point than the engine bleed taps.
A sweetener composition comprising allulose and a salt, wherein the allulose is in a form coated with the salt, and wherein the salt is present in an amount of 0.005 parts by weight to 5 parts by weight relative to 100 parts by weight of the allulose.
A pharmaceutical composition for use for treating, preventing or improving premature ejaculation, comprising clomipramine hydrochloride in an amount of 14 to 16 mg as an active ingredient, the composition being taken on demand prior to sexual activity, wherein said pharmaceutical composition comprises 7 to 13 wt% of clomipramine hydrochloride, 70 to 80 wt% of lactose, 7 to 13 wt% of pregelatinized starch and 1 to 5 wt% of sodium starch glycolate based on the total weight of the composition.
A computer-based method comprising: receiving image data of a real world layout, a layout being an arrangement of products in a store, the image data reflecting the real world layout across three dimensions, and the real world layout having inventory distributed across the three dimensions; comparing a 3D model of a planned layout of the real world layout to the received image data, the 3D model representing the planned layout across the three dimensions, wherein: the step of comparing a 3D model of a planned layout of the real world layout to the received image data further comprises converting the 3D model to a 2D representation, and comparing the 3D model to the received image data comprises comparing the 2D representation of the 3D model to the received image data; or comparing the 3D model of the planned layout of the real world layout to the received image data comprises converting the image data to a rendered 3D model, and comparing the 3D model of the planned layout to the rendered 3D model; and determining whether results of the comparison reach a first particular similarity threshold. receiving image data of a real world layout, a layout being an arrangement of products in a store, the image data reflecting the real world layout across three dimensions, and the real world layout having inventory distributed across the three dimensions; comparing a 3D model of a planned layout of the real world layout to the received image data, the 3D model representing the planned layout across the three dimensions, wherein: the step of comparing a 3D model of a planned layout of the real world layout to the received image data further comprises converting the 3D model to a 2D representation, and comparing the 3D model to the received image data comprises comparing the 2D representation of the 3D model to the received image data; or comparing the 3D model of the planned layout of the real world layout to the received image data comprises converting the image data to a rendered 3D model, and comparing the 3D model of the planned layout to the rendered 3D model; and determining whether results of the comparison reach a first particular similarity threshold. the step of comparing a 3D model of a planned layout of the real world layout to the received image data further comprises converting the 3D model to a 2D representation, and comparing the 3D model to the received image data comprises comparing the 2D representation of the 3D model to the received image data; or comparing the 3D model of the planned layout of the real world layout to the received image data comprises converting the image data to a rendered 3D model, and comparing the 3D model of the planned layout to the rendered 3D model; and determining whether results of the comparison reach a first particular similarity threshold.
A valve unit for modulating pressure in a compressed air brake system, with an inlet valve and an outlet valve which are embodied as diaphragm valves, and via which a brake pressure output can be connected to or shut off from a brake pressure input or a vent output , and with two pilot valves embodied as 3/2 way solenoid valves, via which in each case a control chamber adjoining the diaphragm of the assigned diaphragm valve can be subjected to a control pressure via a control pressure line , wherein the diaphragm valves are arranged with parallel actuation axes radially adjacent to each other in a valve housing , and the diaphragms of the diaphragm valves are each clamped between two housing parts (11', 14") via a ring bead inserted into a housing side ring groove and oriented axially on a pilot valve side, wherein in the ring groove or immediately adjacent to the ring groove of at least one diaphragm valve an annular circumferential recess is arranged to receive displaced bead material of the relevant diaphragm , characterized in that the housing part averted from the pilot valves respectively has a stepped edge groove , the radial inner groove section of which flushly receives a support disk for the relevant diaphragm , and the adjacent radial exterior groove section of which axially and radially comprises the ring bead of the diaphragm and limits an annular circumferential radial recess .
A Gram-negative bacterial host prokaryotic organism which is E. coli, comprising: a nucleotide sequence encoding at least one glycosyltransferase from a Gram-positive bacterium which is S. aureus; a nucleotide sequence encoding at least one glycosyltransferase from a Gram-negative bacterium which is P. aeruginosa ; a nucleotide sequence encoding a protein; and a nucleotide sequence encoding an oligosaccharyl transferase.
A method for assessing a chewable product, comprising the steps of (i) providing a jaw assembly, wherein the jaw assembly comprises a lower jaw and an upper jaw, wherein the jaw assembly is configured such that the lower jaw and the upper jaw can move apart and together in a mastication action, and wherein the upper jaw comprises at least one tooth that corresponds to the tooth of an animal, and the lower jaw comprises at least one tooth that corresponds to the tooth of an animal; (ii) providing a coating on the at least one tooth in the upper jaw and/or the at least one tooth in the lower jaw; (iii) placing the chewable product between the upper jaw and the lower jaw of the jaw assembly; and (iv) moving the jaws relative to each other in the mastication action in order to impact the at least one tooth of the upper jaw and the at least one tooth of the lower jaw onto the chewable product. (i) providing a jaw assembly, wherein the jaw assembly comprises a lower jaw and an upper jaw, wherein the jaw assembly is configured such that the lower jaw and the upper jaw can move apart and together in a mastication action, and wherein the upper jaw comprises at least one tooth that corresponds to the tooth of an animal, and the lower jaw comprises at least one tooth that corresponds to the tooth of an animal; (ii) providing a coating on the at least one tooth in the upper jaw and/or the at least one tooth in the lower jaw; (iii) placing the chewable product between the upper jaw and the lower jaw of the jaw assembly; and (iv) moving the jaws relative to each other in the mastication action in order to impact the at least one tooth of the upper jaw and the at least one tooth of the lower jaw onto the chewable product.
A method of manufacturing a washer comprising: a preparation step (S10) of preparing a longitudinal member (N1) which includes a corrugated portion ; and a deformation step (S20) of deforming the longitudinal member (N1) such that one side surface and the other side surface in a lateral direction are arcuate as viewed in one direction orthogonal to the lateral direction and to a longitudinal direction, characterized in that the corrugated portion has a crest portion formed on each of the one side surface and the other side surface in the lateral direction and a valley portion continuous to the crest portion in the longitudinal direction, the crest portion formed on the one side surface and the valley portion formed on the other side surface having identical shapes, and the valley portion formed on the one side surface and the crest portion formed on the other surface having identical shapes. a preparation step (S10) of preparing a longitudinal member (N1) which includes a corrugated portion ; and a deformation step (S20) of deforming the longitudinal member (N1) such that one side surface and the other side surface in a lateral direction are arcuate as viewed in one direction orthogonal to the lateral direction and to a longitudinal direction, characterized in that the corrugated portion has a crest portion formed on each of the one side surface and the other side surface in the lateral direction and a valley portion continuous to the crest portion in the longitudinal direction, the crest portion formed on the one side surface and the valley portion formed on the other side surface having identical shapes, and the valley portion formed on the one side surface and the crest portion formed on the other surface having identical shapes.
A gear wheel containing the polyamide moulding compound (I) or consisting of this polyamide moulding compound, wherein the polyamide moulding compound (I) contains or is formed from the following components (A) to (C): (A) 35 to 100 wt.% of a mixture formed from the polyamides (A1) and (A2); wherein (A1) is 50 to 100 wt.% of at least one polyamide containing at least 50 mole % PA X.16 units, wherein X stands for an acyclic, aliphatic diamine with 4 to 12 carbon atoms and 16 for 1,16-hexadecanedioic acid; and (A2) is 0 to 50 wt.% of at least one aliphatic or partially aromatic polyamide which [is] different from component (A1); wherein the total of (A1) and (A2) yields 100 wt.%; (B) 0 to 60 wt.% of at least one filler; (C) 0 to 5 wt.% of at least one additive; wherein the weight contents of components (A) to (C) add up to 100 wt.%. (A) 35 to 100 wt.% of a mixture formed from the polyamides (A1) and (A2); wherein (A1) is 50 to 100 wt.% of at least one polyamide containing at least 50 mole % PA X.16 units, wherein X stands for an acyclic, aliphatic diamine with 4 to 12 carbon atoms and 16 for 1,16-hexadecanedioic acid; and (A2) is 0 to 50 wt.% of at least one aliphatic or partially aromatic polyamide which [is] different from component (A1); wherein the total of (A1) and (A2) yields 100 wt.%; (A1) is 50 to 100 wt.% of at least one polyamide containing at least 50 mole % PA X.16 units, wherein X stands for an acyclic, aliphatic diamine with 4 to 12 carbon atoms and 16 for 1,16-hexadecanedioic acid; and (A2) is 0 to 50 wt.% of at least one aliphatic or partially aromatic polyamide which [is] different from component (A1); (B) 0 to 60 wt.% of at least one filler; (C) 0 to 5 wt.% of at least one additive;
A tool changing method for a machine tool configured to change tools between a machining space and a tool storage space by engaging grippers of a changing arm with V-shaped grooves of tool holders of the tools , and rotating the changing arm , the method comprising: an image capturing step of capturing an image of a tool with an image capturing device ; an operation parameter determining step of calculating the mass of each tool engaged with each of the grippers and the position of center of gravity (G) of each tool , based on the image of each tool captured by the image capturing device , calculating a rotational moment acting on the tool around the V-shaped groove of the tool holder of the tool by the rotation of the changing arm , based on the mass and the position of center of gravity (G) of each tool , and determining the rotational speed as the operation parameter for the changing arm at the time of tool change by the changing arm , based on the calculated rotational moment acting on the grippers of the changing arm ; and a tool changing step of changing the tools by the changing arm operated based on the operation parameter. an image capturing step of capturing an image of a tool with an image capturing device ; an operation parameter determining step of calculating the mass of each tool engaged with each of the grippers and the position of center of gravity (G) of each tool , based on the image of each tool captured by the image capturing device , calculating a rotational moment acting on the tool around the V-shaped groove of the tool holder of the tool by the rotation of the changing arm , based on the mass and the position of center of gravity (G) of each tool , and determining the rotational speed as the operation parameter for the changing arm at the time of tool change by the changing arm , based on the calculated rotational moment acting on the grippers of the changing arm ; and a tool changing step of changing the tools by the changing arm operated based on the operation parameter.
A system for measuring the gas level in a membrane gasometer , comprising a fixed outer dome or membrane and a movable inner dome or membrane , overlapping each other, between which there is air kept at a constant pressure, wherein it provides means for keeping the inner membrane for containing the gas with a symmetrical geometry as the quantity of gas therein varies, means for detecting the variation in height of the summit of said inner membrane containing the gas, and also elastic means, which comprise at least one elastic element , having an elastic force which is almost constant as its own deformation varies; characterized in that said means for detecting the variation in height of the inner dome comprise a receptacle containing an incompressible measuring liquid having known specific weight, which receptacle is integrally installed at the summit of the inner dome itself, and which is vertically movable therewith so as to vary its vertical position as the filling level of the gasometer dome varies; said receptacle containing the measuring liquid being connected at the top to the summit of the outer dome by means of said elastic means, which are adapted to keep the receptacle - and therefore the summit of the inner dome integral therewith - in always symmetrical and centered position during the vertical raising/lowering movement thereof, as the filling level of the gasometer itself varies; and wherein said receptacle has an upper vent to avoid the possible evaporation of the incompressible measuring liquid from increasing the internal pressure of the receptacle itself and therefore the measurement detected by a pressure sensor from being distorted; said receptacle containing the measuring liquid being connected to a pressure sensor by means of at least one flexible tube , which pressure sensor is installed at a fixed height arranged below the minimum height reachable from the summit of the inner dome ; thus obtaining that the hydrostatic pressure resting on the pressure sensor increases as the height reached by the receptacle containing the measuring liquid increases, and vice versa. - and therefore the summit of the inner dome integral therewith - in always symmetrical and centered position during the vertical raising/lowering movement thereof, as the filling level of the gasometer itself varies; and wherein said receptacle has an upper vent to avoid the possible evaporation of the incompressible measuring liquid from increasing the internal pressure of the receptacle itself and therefore the measurement detected by a pressure sensor from being distorted; said receptacle containing the measuring liquid being connected to a pressure sensor by means of at least one flexible tube , which pressure sensor is installed at a fixed height arranged below the minimum height reachable from the summit of the inner dome ; thus obtaining that the hydrostatic pressure resting on the pressure sensor increases as the height reached by the receptacle containing the measuring liquid increases, and vice versa.
System for forming a tiled floor on an outdoor subsurface , such as a roof, balcony, or an outdoor corridor, comprising a tile support for supporting at least two tiles and a corner element for receiving a lower corner of one of the tiles , wherein the corner element comprises a corner plate with an upper side and a lower side , the upper side being connectable to the lower corner of the tile and the lower side being dimensioned such as to be received by the tile support , the tile support comprises an upper receiving face for receiving at least two such corner elements and a lower face which is placeable on the outdoor subsurface , or on a pedestal positioned on the outdoor subsurface , the corner element comprises at least one fixing pin which extends vertically from the lower side , and the tile support comprises at least one pin receiving hole with an inner shape and dimensions that corresponds to the outer shape and dimensions of the fixing pin , wherein in an assembled state of the system, the lower side of the corner element rests on the upper receiving face of the tile support and the fixing pin extends fittingly in the pin receiving hole , characterised, in that the fixing pin is a locking pin , and the tile support comprises a locking element provided at the pin receiving hole , the locking element is movable from an open position to a locking position, and the locking element engages the locking pin in the locking position for locking the locking pin in the pin receiving hole. the corner element comprises a corner plate with an upper side and a lower side , the upper side being connectable to the lower corner of the tile and the lower side being dimensioned such as to be received by the tile support , the tile support comprises an upper receiving face for receiving at least two such corner elements and a lower face which is placeable on the outdoor subsurface , or on a pedestal positioned on the outdoor subsurface , the corner element comprises at least one fixing pin which extends vertically from the lower side , and the tile support comprises at least one pin receiving hole with an inner shape and dimensions that corresponds to the outer shape and dimensions of the fixing pin , wherein in an assembled state of the system, the lower side of the corner element rests on the upper receiving face of the tile support and the fixing pin extends fittingly in the pin receiving hole , characterised, in that the fixing pin is a locking pin , and the tile support comprises a locking element provided at the pin receiving hole , the locking element is movable from an open position to a locking position, and the locking element engages the locking pin in the locking position for locking the locking pin in the pin receiving hole.