mhurhangee/patent-ind-claim-en huggingface dataset:
Bragg wavelength spectral interrogation device, having: - at least one optical source designed to emit a light signal , - at least one measurement optical fibre comprising a series of successive Bragg gratings designed to reflect the light signal in different wavelength bands, - at least one reflective optical fibre comprising a total reflection element , - at least one wavelength detector , and - at least one optical switch designed to switch the passage of the light signal between said at least one optical source , said at least one measurement optical fibre , said at least one reflective optical fibre , and said at least one detector according to a sequence of three operating modes comprising a first mode, known as start-up mode, in which the light signal emitted by a given optical source is guided from said optical source to a corresponding measurement optical fibre , a second mode, known as measurement mode, in which said light signal is guided to make a predetermined number of return trips in a line formed by a coupling between said measurement optical fibre and a corresponding reflective optical fibre , thus generating a predetermined delay between the successive Bragg gratings, and a third mode, known as detection mode, in which said light signal is guided to a corresponding detector which is designed to successively measure the wavelength bands associated with the Bragg gratings comprised in said measurement fibre. - at least one optical source designed to emit a light signal , - at least one measurement optical fibre comprising a series of successive Bragg gratings designed to reflect the light signal in different wavelength bands, - at least one reflective optical fibre comprising a total reflection element , - at least one wavelength detector , and - at least one optical switch designed to switch the passage of the light signal between said at least one optical source , said at least one measurement optical fibre , said at least one reflective optical fibre , and said at least one detector according to a sequence of three operating modes comprising a first mode, known as start-up mode, in which the light signal emitted by a given optical source is guided from said optical source to a corresponding measurement optical fibre , a second mode, known as measurement mode, in which said light signal is guided to make a predetermined number of return trips in a line formed by a coupling between said measurement optical fibre and a corresponding reflective optical fibre , thus generating a predetermined delay between the successive Bragg gratings, and a third mode, known as detection mode, in which said light signal is guided to a corresponding detector which is designed to successively measure the wavelength bands associated with the Bragg gratings comprised in said measurement fibre.
A flexible sensor module , comprising: a sensing unit formed on a first substrate , and configured to measure external environment information; a solar cell disposed on the sensing unit ; a wireless communication unit disposed on the first substrate , and configured to transmit information measured by the sensing unit to an external server; and a chemical cell disposed on the first substrate , charged by receiving a power from the solar cell , and configured to supply the power to the sensing unit and the wireless communication unit , wherein the solar cell includes: a second substrate disposed to face the first substrate ; a compound layer disposed on the second substrate , and configured to generate the power to be supplied to the sensing unit by receiving light; a metallic electrode formed on the compound layer ; and one or more through holes formed to pass through upper and lower parts of the solar cell , such that the sensing unit is exposed to the outside. a sensing unit formed on a first substrate , and configured to measure external environment information; a solar cell disposed on the sensing unit ; a wireless communication unit disposed on the first substrate , and configured to transmit information measured by the sensing unit to an external server; and a chemical cell disposed on the first substrate , charged by receiving a power from the solar cell , and configured to supply the power to the sensing unit and the wireless communication unit , wherein the solar cell includes: a second substrate disposed to face the first substrate ; a compound layer disposed on the second substrate , and configured to generate the power to be supplied to the sensing unit by receiving light; a metallic electrode formed on the compound layer ; and one or more through holes formed to pass through upper and lower parts of the solar cell , such that the sensing unit is exposed to the outside. a second substrate disposed to face the first substrate ; a compound layer disposed on the second substrate , and configured to generate the power to be supplied to the sensing unit by receiving light; a metallic electrode formed on the compound layer ; and one or more through holes formed to pass through upper and lower parts of the solar cell , such that the sensing unit is exposed to the outside.
Illumination device for a motor vehicle, the illumination device comprising a first calculation unit , a second calculation unit and a correction unit , the illumination device being designed such that the illumination device determines a first image stream with a frame rate depending on first vehicle data by means of the first calculation unit , determines at least one correction value with a correction rate which is greater than the frame rate depending on second vehicle data by means of the second calculation unit , and determines a second image stream depending on the determined first image stream and depending on the at least one determined correction value by means of the correction unit , the illumination device comprising a pixel light arrangement , characterized in that the illumination device is designed such that the illumination device emits an emission light distribution depending on the second image stream by means of the pixel light arrangement of the illumination device, the correction unit selects a selection region within respective individual images of the first image stream depending on the correction value and provides the selected selection regions as respective individual images of the second image stream, and in that an image resolution of the first image stream is greater than an image resolution of the second image stream. determines a first image stream with a frame rate depending on first vehicle data by means of the first calculation unit , determines at least one correction value with a correction rate which is greater than the frame rate depending on second vehicle data by means of the second calculation unit , and determines a second image stream depending on the determined first image stream and depending on the at least one determined correction value by means of the correction unit , the illumination device comprising a pixel light arrangement , characterized in that the illumination device is designed such that the illumination device emits an emission light distribution depending on the second image stream by means of the pixel light arrangement of the illumination device, the correction unit selects a selection region within respective individual images of the first image stream depending on the correction value and provides the selected selection regions as respective individual images of the second image stream, and in that an image resolution of the first image stream is greater than an image resolution of the second image stream.
A sample container for microbial detection processes comprising: a. a container having a top opening and an opposed bottom opening ; b. a top cap sealing said top opening, said top cap comprising a sealing lid including a recessed lid portion comprising a multiplicity of fluid flow apertures therein, and a membrane filtration layer underlying said flow apertures; c. a bottom cap assembly sealing said bottom opening wherein said bottom cap assembly comprises a removable outer cap member and a fluid impervious elastomeric layer underlining said removable outer cap; and the container having a cylindrically cross sectioned body , a neck portion having a smaller diameter than said body and a tapered diameter section , intermediate said body portion and said neck portion, said top cap being detachably fit over said neck portion and said bottom cap assembly being detachably fit over said bottom opening, wherein the container is disposable. a. a container having a top opening and an opposed bottom opening ; b. a top cap sealing said top opening, said top cap comprising a sealing lid including a recessed lid portion comprising a multiplicity of fluid flow apertures therein, and a membrane filtration layer underlying said flow apertures; c. a bottom cap assembly sealing said bottom opening wherein said bottom cap assembly comprises a removable outer cap member and a fluid impervious elastomeric layer underlining said removable outer cap; and the container having a cylindrically cross sectioned body , a neck portion having a smaller diameter than said body and a tapered diameter section , intermediate said body portion and said neck portion, said top cap being detachably fit over said neck portion and said bottom cap assembly being detachably fit over said bottom opening, wherein the container is disposable.
A system for dispensing a flowable food product comprising: a reservoir including a wall, the wall defining an aperture therethrough for allowing the flowable food product to exit the reservoir; a fitment coupled to the wall of the reservoir; and a valve comprising: a base member having a first passageway extending therethrough; wherein the base member is part of a probe at least a portion of which is configured to be received in the fitment and a movable member having a second passageway extending therethrough the movable member configured to slide relative to the base member between a closed position in which the first passageway and the second passageway do not overlap and an open position in which the first passageway and the second passageway overlap; whereby when the movable member is in the open position, an axis (F) extending through the first passageway and the second passageway extends through the aperture in the reservoir; characterised in that said fitment includes a tang and said movable member has a detent and that engagement of the detent and the tang inhibits movement of the movable member from the closed to the open positions. a reservoir including a wall, the wall defining an aperture therethrough for allowing the flowable food product to exit the reservoir; a fitment coupled to the wall of the reservoir; and a valve comprising: a base member having a first passageway extending therethrough; wherein the base member is part of a probe at least a portion of which is configured to be received in the fitment and a movable member having a second passageway extending therethrough the movable member configured to slide relative to the base member between a closed position in which the first passageway and the second passageway do not overlap and an open position in which the first passageway and the second passageway overlap; a base member having a first passageway extending therethrough; wherein the base member is part of a probe at least a portion of which is configured to be received in the fitment and a movable member having a second passageway extending therethrough the movable member configured to slide relative to the base member between a closed position in which the first passageway and the second passageway do not overlap and an open position in which the first passageway and the second passageway overlap; whereby when the movable member is in the open position, an axis (F) extending through the first passageway and the second passageway extends through the aperture in the reservoir; characterised in that said fitment includes a tang and said movable member has a detent and that engagement of the detent and the tang inhibits movement of the movable member from the closed to the open positions.
A composition comprising at least: i) a semiconducting light emitting nanoparticle; ii) a macromolecular compound comprising at least an anchoring group; iii) an organic additive, wherein the organic additive is defined by formula (II), wherein M is selected from the group consisting of Zn 2+ , Mg 2+ and Cd 2+ ; R 1 and R 2 can be same or different, linear or branched, and each R 1 , R 2 is selected from the group consisting of an alkyl having a chain of 1 to 6 carbon atoms or an alkenyl group having a chain of 1 to 6 carbon atoms. i) a semiconducting light emitting nanoparticle; ii) a macromolecular compound comprising at least an anchoring group; iii) an organic additive, wherein the organic additive is defined by formula (II), wherein M is selected from the group consisting of Zn 2+ , Mg 2+ and Cd 2+ ; R 1 and R 2 can be same or different, linear or branched, and each R 1 , R 2 is selected from the group consisting of an alkyl having a chain of 1 to 6 carbon atoms or an alkenyl group having a chain of 1 to 6 carbon atoms. M is selected from the group consisting of Zn 2+ , Mg 2+ and Cd 2+ ; R 1 and R 2 can be same or different, linear or branched, and each R 1 , R 2 is selected from the group consisting of an alkyl having a chain of 1 to 6 carbon atoms or an alkenyl group having a chain of 1 to 6 carbon atoms.
Portion capsule for producing a beverage, having a capsule body with a capsule base and a filling side , with a cavity for accommodating a pulverulent or liquid beverage base being formed between the capsule base and the filling side , and with a filter element being arranged between the beverage base and the capsule base , with the filter element being elastic and, in its edge region, being arranged and/or attached in the region of the capsule base or being arranged on and/or attached to the side wall region, characterized in that the filter element is a spot-calendered non-woven or felt or a structure-calendered non-woven or felt with structures in accordance with a specific recurring pattern.
A stimulator configured for transcutaneous electrical stimulation in a treatment of a subject with a respiratory deficiency to facilitate coughing, the opening of airways and/or swallowing in said subject, wherein: said stimulator is portable; said stimulator provides a signal for transcutaneous electrical stimulation superimposed on a high frequency carrier signal; and characterized in that said stimulator is controlled by voice and/or by an application on a computer, a smartphone, or a tablet to provide user control over one or more parameters selected from the group consisting of stimulation frequency, stimulation amplitude, stimulation pulse width and carrier frequency and amplitude, to facilitate coughing, the opening of airways and/or swallowing in said subject. said stimulator is portable; said stimulator provides a signal for transcutaneous electrical stimulation superimposed on a high frequency carrier signal; and characterized in that
A filter unit for removing matter from an associated process stream, the filter unit comprising: a housing having a first, inlet end and a second, outlet end spaced from one another along a longitudinal axis; and plural elongated, spaced filter elements received in the housing and extending between the inlet and outlet ends thereof and laterally spaced from one another to enhance matter removal from the associated process stream; characterized in that the filter unit further comprises: a single piece flow shaping nozzle module (260; 360; 460) located at one of the inlet and outlet ends of the housing, the single piece flow shaping nozzle module including plural openings (264; 364; 464), one for each of the plural filter elements , for enhancing more uniform flow over the filter elements, the plural openings of the single piece flow shaping nozzle module including enlarged dimension portions (264A; 364A; 464A) adjacent a first face (270; 370; 470) thereof, smaller dimension portions adjacent a second face (272; 372; 472) thereof, and smoothly contoured transition regions interconnecting each enlarged dimension portion with an associated smaller dimension portion in an intermediate region of the single piece flow shaping nozzle module, wherein each of the plural filter elements is received in one of the plural openings (264; 364; 464). a housing having a first, inlet end and a second, outlet end spaced from one another along a longitudinal axis; and plural elongated, spaced filter elements received in the housing and extending between the inlet and outlet ends thereof and laterally spaced from one another to enhance matter removal from the associated process stream; characterized in that the filter unit further comprises: a single piece flow shaping nozzle module (260; 360; 460) located at one of the inlet and outlet ends of the housing, the single piece flow shaping nozzle module including plural openings (264; 364; 464), one for each of the plural filter elements , for enhancing more uniform flow over the filter elements, the plural openings of the single piece flow shaping nozzle module including enlarged dimension portions (264A; 364A; 464A) adjacent a first face (270; 370; 470) thereof, smaller dimension portions adjacent a second face (272; 372; 472) thereof, and smoothly contoured transition regions interconnecting each enlarged dimension portion with an associated smaller dimension portion in an intermediate region of the single piece flow shaping nozzle module, wherein each of the plural filter elements is received in one of the plural openings (264; 364; 464).
A gun barrel mounting for a gun barrel , comprising a cradle with at least one barrel mounting for supporting the gun barrel , a base part that is connectable to the gun barrel , characterized in that the cradle and the base part are connected to one another in a separable manner by at least one guide (8.1, 8.2, 8.3) radially supporting the base part and in that the cradle has a pressing device which prestresses the base part in respect of the guide (8.1, 8.2, 8.3), wherein the pressing device may be a spring-loaded cam. a base part that is connectable to the gun barrel , characterized in that the cradle and the base part are connected to one another in a separable manner by at least one guide (8.1, 8.2, 8.3) radially supporting the base part and in that the cradle has a pressing device which prestresses the base part in respect of the guide (8.1, 8.2, 8.3), wherein the pressing device may be a spring-loaded cam.
A stirrer of a machine for making and dispensing ice cream products, rotating about an axis (X) and characterized in that it comprises: - a first end element and a second end element ; - longitudinal elements extending along the axis (X) between the first end element and second end element ; - scraping elements removably couplable to the longitudinal elements , the scraping elements having a portion that is partly helical in shape, wherein: - the scraping elements are provided with first engagement elements configured to allow the scraping elements and longitudinal elements to be coupled to each other. - the first engagement elements are formed on opposite sides of the portion . - the first engagement elements are defined by a plurality of elastically deformable locking elements adapted to allow the scraping element to be held at a predetermined position when it has been removably coupled to the longitudinal elements . - a first end element and a second end element ; - longitudinal elements extending along the axis (X) between the first end element and second end element ; - scraping elements removably couplable to the longitudinal elements , the scraping elements having a portion that is partly helical in shape, wherein: - the scraping elements are provided with first engagement elements configured to allow the scraping elements and longitudinal elements to be coupled to each other. - the first engagement elements are formed on opposite sides of the portion . - the first engagement elements are defined by a plurality of elastically deformable locking elements adapted to allow the scraping element to be held at a predetermined position when it has been removably coupled to the longitudinal elements .
An object moving method comprising: a step of preparing a tip including a syringe including a syringe main body portion having a front end opening for sucking cellular aggregate or cell as an object (C) and a tubular passage with one end leading to the front end opening, and a plunger including a plunger main body portion which reciprocates in the tubular passage ; a step of retaining a predetermined preliminary treatment solution (L3a) in a space between the syringe main body portion and the plunger main body portion by dipping the front end opening of the syringe into the preliminary treatment solution (L3) and executing a cycle predetermined number of times, the cycle including that the plunger rises until a front end portion of the plunger is sunk in the syringe to suck the preliminary treatment solution (L3) into the tubular passage form the front end opening and subsequently lowers until the front end portion projects from the front end opening to discharge a part of the preliminary treatment solution (L3) sucked into the tubular passage from the front end opening , a step of sucking the object into the tubular passage together with the liquid by dipping the front end opening of the syringe into a liquid (L1) containing an object (C) and causing the plunger to rise; and a step of causing the plunger to fall down to discharge the object (C) outside together with the liquid (L1). a step of preparing a tip including a syringe including a syringe main body portion having a front end opening for sucking cellular aggregate or cell as an object (C) and a tubular passage with one end leading to the front end opening, and a plunger including a plunger main body portion which reciprocates in the tubular passage ; a step of retaining a predetermined preliminary treatment solution (L3a) in a space between the syringe main body portion and the plunger main body portion by dipping the front end opening of the syringe into the preliminary treatment solution (L3) and executing a cycle predetermined number of times, the cycle including that the plunger rises until a front end portion of the plunger is sunk in the syringe to suck the preliminary treatment solution (L3) into the tubular passage form the front end opening and subsequently lowers until the front end portion projects from the front end opening to discharge a part of the preliminary treatment solution (L3) sucked into the tubular passage from the front end opening , a step of sucking the object into the tubular passage together with the liquid by dipping the front end opening of the syringe into a liquid (L1) containing an object (C) and causing the plunger to rise; and a step of causing the plunger to fall down to discharge the object (C) outside together with the liquid (L1).