mhurhangee/patent-ind-claim-en huggingface dataset:
A projection apparatus comprising: a reflector configured to reflect electromagnetic radiation emitted from a primary light engine ; a projector lens configured to project at least a portion of said reflected electromagnetic radiation from said reflector ; a shutter disposed between a secondary light engine and said reflector , said shutter configured to selectively obscure a portion of said projector lens from said reflected electromagnetic radiation, said shutter further configured to selectively emit at least a portion of electromagnetic radiation from said secondary light engine through at least a portion of said projector lens ; characterised in that said secondary light engine is coupled to said shutter , wherein said shutter is also configured to selectively position said secondary light engine to emit electromagnetic radiation through said at least a portion of said projector lens when said shutter is obscuring said portion of said projector lens from said reflected electromagnetic radiation. a reflector configured to reflect electromagnetic radiation emitted from a primary light engine ; a projector lens configured to project at least a portion of said reflected electromagnetic radiation from said reflector ; a shutter disposed between a secondary light engine and said reflector , said shutter configured to selectively obscure a portion of said projector lens from said reflected electromagnetic radiation, said shutter further configured to selectively emit at least a portion of electromagnetic radiation from said secondary light engine through at least a portion of said projector lens ; characterised in that said secondary light engine is coupled to said shutter , wherein said shutter is also configured to selectively position said secondary light engine to emit electromagnetic radiation through said at least a portion of said projector lens when said shutter is obscuring said portion of said projector lens from said reflected electromagnetic radiation.
An over-the-air measurement chamber for performing measurements with respect to a device under test , the over-the-air measurement chamber comprising: a thermally isolated space inside the over-the-air measurement chamber , a positioner for positioning the device under test , wherein the positioner comprises an inner portion and an outer rotational unit , and two gas guiding means for gas intake and gas out-take, wherein the two gas guiding means are fed into the inner portion of the positioner through a hollow rotational axis of the outer rotational unit , wherein the thermally isolated space surrounds the device under test , and wherein the inner portion comprises the thermally isolated space , characterized in that each of the two gas guiding means fed into the inner portion comprises a rotary joint which is configured for compressed gas type applications such that the hollow rotational axis is independently rotatable of corresponding stationary gas guiding means being outside the outer rotational unit . a thermally isolated space inside the over-the-air measurement chamber , a positioner for positioning the device under test , wherein the positioner comprises an inner portion and an outer rotational unit , and two gas guiding means for gas intake and gas out-take, wherein the two gas guiding means are fed into the inner portion of the positioner through a hollow rotational axis of the outer rotational unit , wherein the inner portion comprises the thermally isolated space , characterized in that each of the two gas guiding means fed into the inner portion comprises a rotary joint which is configured for compressed gas type applications such that the hollow rotational axis is independently rotatable of corresponding stationary gas guiding means being outside the outer rotational unit .
A latch mechanism comprising: a hook including a hook body and a hook end coupled to the hook body, a handle coupled to the hook body for rotation relative to the hook body about a first axis (C, G) between a closed position where the handle extends along the hook and an opened position where the handle is spaced apart from the hook end , a linkage , and a bushing configured to allow mounting of the latch mechanism on a structure and to allow rotation of the latch mechanism relative to the structure about a second axis (A, E) spaced apart from the first axis (C, G), wherein the linkage includes a load link and an auxiliary link , the load link is coupled to the bushing and to the hook body for rotation relative to the hook body about a third axis (B,F) spaced apart from the first and second axes, the bushing is configured to move around the third axis (B, F) with the load link , the auxiliary link is coupled to the bushing and to the handle , the handle is configured to engage with the auxiliary link to move the bushing and rotate the load link for extension and retraction of the hook end relative to the second axis (A, E), characterized in that the hook body is formed to define an arcuate slot , and wherein the bushing extends into the arcuate slot and is configured to move along the arcuate slot around the third axis (B, F). a hook including a hook body and a hook end coupled to the hook body, a handle coupled to the hook body for rotation relative to the hook body about a first axis (C, G) between a closed position where the handle extends along the hook and an opened position where the handle is spaced apart from the hook end , a linkage , and a bushing configured to allow mounting of the latch mechanism on a structure and to allow rotation of the latch mechanism relative to the structure about a second axis (A, E) spaced apart from the first axis (C, G), wherein the linkage includes a load link and an auxiliary link , the load link is coupled to the bushing and to the hook body for rotation relative to the hook body about a third axis (B,F) spaced apart from the first and second axes, the bushing is configured to move around the third axis (B, F) with the load link , the auxiliary link is coupled to the bushing and to the handle , the handle is configured to engage with the auxiliary link to move the bushing and rotate the load link for extension and retraction of the hook end relative to the second axis (A, E), characterized in that the hook body is formed to define an arcuate slot , and wherein the bushing extends into the arcuate slot and is configured to move along the arcuate slot around the third axis (B, F).
A laboratory instrument for testing patient specimens, the laboratory instrument comprising: a testing apparatus configured to perform testing on patient specimens and on quality control specimens, and a processor configured to: retrieve, from a data structure, a plurality of sets of past quality control parameters, wherein each set comprises a timestamp and either (i) an output value or (ii) a past calibration factor and a recovered value equal to an output value adjusted by the past calibration factor; responsive to determining that a number of the plurality of sets is greater than a threshold and that the timestamp of each set is within a time threshold: calculating a representative value of either the output values or the recovered values, accessing an expected value, and calculate the calibration factor such that an application of the calibration factor to the representative value equals the expected value; and update the data structure with the calibration factor. a testing apparatus configured to perform testing on patient specimens and on quality control specimens, and a processor configured to: retrieve, from a data structure, a plurality of sets of past quality control parameters, wherein each set comprises a timestamp and either (i) an output value or (ii) a past calibration factor and a recovered value equal to an output value adjusted by the past calibration factor; responsive to determining that a number of the plurality of sets is greater than a threshold and that the timestamp of each set is within a time threshold: calculating a representative value of either the output values or the recovered values, accessing an expected value, and calculate the calibration factor such that an application of the calibration factor to the representative value equals the expected value; and update the data structure with the calibration factor. retrieve, from a data structure, a plurality of sets of past quality control parameters, wherein each set comprises a timestamp and either (i) an output value or (ii) a past calibration factor and a recovered value equal to an output value adjusted by the past calibration factor; responsive to determining that a number of the plurality of sets is greater than a threshold and that the timestamp of each set is within a time threshold: calculating a representative value of either the output values or the recovered values, accessing an expected value, and calculate the calibration factor such that an application of the calibration factor to the representative value equals the expected value; and update the data structure with the calibration factor. calculating a representative value of either the output values or the recovered values, accessing an expected value, and calculate the calibration factor such that an application of the calibration factor to the representative value equals the expected value; and update the data structure with the calibration factor.
An oral cleaning device comprising: an air-tightly closable cleaning liquid tank storing a cleaning liquid; a cleaning liquid supply passage having an ejection port for ejecting the cleaning liquid into the oral cavity on one end and an introduction port open inside a bottom part of the cleaning liquid tank on the other end; and an electric air pump supplying air into the cleaning liquid tank to pressurize the inside of the cleaning liquid tank, wherein the cleaning liquid inside the cleaning liquid tank is supplied to the ejection port through the cleaning liquid supply passage by air pressure inside the cleaning liquid tank, the oral cleaning device further comprising pulsation means, wherein by the pulsation means an air introduction hole open inside the cleaning liquid tank is provided on a midway part of the cleaning liquid supply passage, and part of the air supplied to the cleaning liquid tank from the air pump is supplied to the cleaning liquid supply passage through the air introduction hole, so as to eject the cleaning liquid from the ejection port in a pulsatile manner. an air-tightly closable cleaning liquid tank storing a cleaning liquid; a cleaning liquid supply passage having an ejection port for ejecting the cleaning liquid into the oral cavity on one end and an introduction port open inside a bottom part of the cleaning liquid tank on the other end; and an electric air pump supplying air into the cleaning liquid tank to pressurize the inside of the cleaning liquid tank, wherein the cleaning liquid inside the cleaning liquid tank is supplied to the ejection port through the cleaning liquid supply passage by air pressure inside the cleaning liquid tank, the oral cleaning device further comprising pulsation means, wherein by the pulsation means an air introduction hole open inside the cleaning liquid tank is provided on a midway part of the cleaning liquid supply passage, and part of the air supplied to the cleaning liquid tank from the air pump is supplied to the cleaning liquid supply passage through the air introduction hole, so as to eject the cleaning liquid from the ejection port in a pulsatile manner.
A carpet display system , comprising a light-emissive composite floor panel and a light transmissive carpet disposed on top of the composite floor panel , the composite floor panel comprising: a cover sheet having a user-facing side and an underside that is opposite from the user-facing side; a base sheet below the underside of the cover sheet; a core layer comprising a plurality of honeycomb cells bonded to one another, the core layer disposed between the cover sheet and the base sheet; and a plurality of light sources configured to emit light through the cover sheet to provide lighting effects above the user-facing side of the cover sheet, wherein the light sources are disposed between the user-facing side of the cover sheet and the core layer, wherein the light sources are mounted to the cover sheet along the underside , the cover sheet further including conductive elements embedded therein that are electrically connected to the light sources for providing electric current to the light sources. a cover sheet having a user-facing side and an underside that is opposite from the user-facing side; a base sheet below the underside of the cover sheet; a core layer comprising a plurality of honeycomb cells bonded to one another, the core layer disposed between the cover sheet and the base sheet; and a plurality of light sources configured to emit light through the cover sheet to provide lighting effects above the user-facing side of the cover sheet, wherein the light sources are disposed between the user-facing side of the cover sheet and the core layer,
A method for integrating a camera in a liquid crystal display panel, the liquid crystal display panel comprising an array substrate and a counter substrate , the method comprising: arranging an integrated chip of the camera on the array substrate or directly forming circuits for achieving the function of the integrated chip on the array substrate ; and disposing a lens of the camera at a non-effective display area of the liquid crystal panel, and, thus, integrating the lens in a peripheral area of the liquid crystal display panel or in a partial space divided from an effective display area (1001; 1102) of the liquid crystal display panel; characterized by filling liquid crystal molecules between the counter substrate and the array substrate to form as the lens of the camera a liquid crystal lens ; whereby the liquid crystal lens of the camera is a planar liquid crystal lens; and by arranging, to form the liquid crystal lens of the camera, a first electrode on the array substrate and a second electrode on the counter substrate ; wherein the first electrode and the second electrode are provided to form an electric field between the first electrode and the second electrode for deflecting the liquid crystal molecules used for the liquid crystal lens; and wherein drive circuits for the first electrode and the second electrode are based on thin film transistor, TFT, drive circuits. arranging an integrated chip of the camera on the array substrate or directly forming circuits for achieving the function of the integrated chip on the array substrate ; and disposing a lens of the camera at a non-effective display area of the liquid crystal panel, and, thus, integrating the lens in a peripheral area of the liquid crystal display panel or in a partial space divided from an effective display area (1001; 1102) of the liquid crystal display panel; characterized by filling liquid crystal molecules between the counter substrate and the array substrate to form as the lens of the camera a liquid crystal lens ; whereby the liquid crystal lens of the camera is a planar liquid crystal lens; and by arranging, to form the liquid crystal lens of the camera, a first electrode on the array substrate and a second electrode on the counter substrate ; wherein the first electrode and the second electrode are provided to form an electric field between the first electrode and the second electrode for deflecting the liquid crystal molecules used for the liquid crystal lens; and wherein drive circuits for the first electrode and the second electrode are based on thin film transistor, TFT, drive circuits.
A composition for use in positron emission tomography (PET) wherein the composition comprises anti -1-amino-3- 18 F-fluorocyclobutyl-1-carboxylic acid ( 18 F-FACBC), characterised in that said composition comprises no more than 5.0 μg/mL dissolved aluminium (Al) and no more than 50 μg/mL acetonitrile (MeCN).
A safety control cabinet, having a base element , two side wall elements , a rear wall element , a head element and a door element , a framework being accommodated in the safety control cabinet, to which at least the side wall elements are rigidly connected, wherein the door element is hinged to one of the side wall elements , the side wall elements , the base element and the head element forming a door opening, in which the door element is accommodated in a closed position, characterized in that the side wall elements , the floor element and the head element adjoining narrow longitudinal and transverse sides of the door element at least in the regions in which they adjoin the door element in the closed position, so that a coolant accommodated in the side wall elements , the floor element or the head element can be released through the passages in the event of fire.
An optical fiber sensor (1; 2; 3; 4; 5) provided with an optical fiber and a base (20; 21; 25; 26) supporting the optical fiber , comprising: a first fixation member configured to fix the optical fiber on the base (20; 21; 25; 26) at a fixation position set on an installation surface for the optical fiber on the base (20; 21; 25; 26) in a state where a fiber Bragg grating is arranged in the optical fiber in one side of the fixation position and the optical fiber in the other side of the fixation position respectively; a second fixation member configured to fix the optical fiber on the base (20; 21; 25; 26) at the one side of the fixation position in a state where tension is applied to a first fiber Bragg grating which is the fiber Bragg grating of the optical fiber in the one side of the fixation position ; and a third fixation member configured to fix the optical fiber on the base (20; 21; 25; 26) at the other side of the fixation position in a state where tension which is different from the tension for the first fiber Bragg grating is applied to a second fiber Bragg grating which is the fiber Bragg grating of the optical fiber in the other side of the fixation position and in a state where a Bragg wavelength of the second fiber Bragg grating is different from a Bragg wavelength of the first fiber Bragg grating , characterized in that the optical fiber includes one fiber Bragg grating having a single Bragg wavelength where a part of the one fiber Bragg grating constitutes the first fiber Bragg grating and another part of the one fiber Bragg grating constitutes the second fiber Bragg grating . a first fixation member configured to fix the optical fiber on the base (20; 21; 25; 26) at a fixation position set on an installation surface for the optical fiber on the base (20; 21; 25; 26) in a state where a fiber Bragg grating is arranged in the optical fiber in one side of the fixation position and the optical fiber in the other side of the fixation position respectively; a second fixation member configured to fix the optical fiber on the base (20; 21; 25; 26) at the one side of the fixation position in a state where tension is applied to a first fiber Bragg grating which is the fiber Bragg grating of the optical fiber in the one side of the fixation position ; and a third fixation member configured to fix the optical fiber on the base (20; 21; 25; 26) at the other side of the fixation position in a state where tension which is different from the tension for the first fiber Bragg grating is applied to a second fiber Bragg grating which is the fiber Bragg grating of the optical fiber in the other side of the fixation position and in a state where a Bragg wavelength of the second fiber Bragg grating is different from a Bragg wavelength of the first fiber Bragg grating , characterized in that the optical fiber includes one fiber Bragg grating having a single Bragg wavelength where a part of the one fiber Bragg grating constitutes the first fiber Bragg grating and another part of the one fiber Bragg grating constitutes the second fiber Bragg grating .
A method for treating hair, comprising the following steps (i) to (iii): step (i): a step of applying a first composition comprising carboxylic acid having an inorganic value of 250 or more and 450 or less and an organic value of 50 or more and 250 or less, or a salt of the carboxylic acid, as a component (A), to hair, wherein component (A) is one or two or more carboxylic acid(s) selected from the group consisting of malic acid, succinic acid, lactic acid, mandelic acid and phenyl lactic acid, or a salt thereof, and is comprised in the first composition in an amount of 2.5% by mass or more;step (ii): a step of leaving the hair, to which the first composition has been applied, at a temperature of 15°C or higher and 100°C or lower for 15 seconds or more and 60 minutes or less, and step (iii): a step of applying a second composition comprising aromatic sulfonic acid or a salt thereof having a molecular weight of 300 or less, as a component (B), to the hair after completion of the step (ii); wherein the method does not comprise a step of applying a reducing agent to the hair. step (i): a step of applying a first composition comprising carboxylic acid having an inorganic value of 250 or more and 450 or less and an organic value of 50 or more and 250 or less, or a salt of the carboxylic acid, as a component (A), to hair, wherein component (A) is one or two or more carboxylic acid(s) selected from the group consisting of malic acid, succinic acid, lactic acid, mandelic acid and phenyl lactic acid, or a salt thereof, and is comprised in the first composition in an amount of 2.5% by mass or more;step (ii): a step of leaving the hair, to which the first composition has been applied, at a temperature of 15°C or higher and 100°C or lower for 15 seconds or more and 60 minutes or less, and step (iii): a step of applying a second composition comprising aromatic sulfonic acid or a salt thereof having a molecular weight of 300 or less, as a component (B), to the hair after completion of the step (ii); wherein the method does not comprise a step of applying a reducing agent to the hair.
A microarray system, comprising: a microarray formed on a planar substrate ; an incubation chamber formed around or surrounding said microarray, said incubation chamber comprises a plurality of interior surfaces including a bottom surface on which said microarray is formed and a top surface that faces said microarray, and wherein at least one of said a plurality of interior surfaces is a hydrophilic surface; a one-way valve for loading a liquid sample into said incubation chamber; a first channel connecting said one-way valve to said incubation chamber; a waste chamber containing an absorbent capable of wicking liquid from said incubation chamber; and a second channel connecting said waste chamber to said incubation chamber. a microarray formed on a planar substrate ; an incubation chamber formed around or surrounding said microarray, said incubation chamber comprises a plurality of interior surfaces including a bottom surface on which said microarray is formed and a top surface that faces said microarray, and wherein at least one of said a plurality of interior surfaces is a hydrophilic surface; a one-way valve for loading a liquid sample into said incubation chamber; a first channel connecting said one-way valve to said incubation chamber; a waste chamber containing an absorbent capable of wicking liquid from said incubation chamber; and a second channel connecting said waste chamber to said incubation chamber.
Mesenchymal stem cells for use in a method of treating an allergic disease or disorder in an animal, said method comprising administering the mesenchymal stem cells to the animal.