mhurhangee/patent-ind-claim-en huggingface dataset:
A light deactivated adhesive drape system configured to be coupled to tissue, the system comprising: a drape comprising: a photosensitive adhesive layer having at least one release agent disposed within the adhesive layer, wherein the at least one release agent is configured to weaken a bond of the adhesive layer to the tissue upon exposure to at least one of a plurality of light wavelengths, and a flexible film layer; and a photochromic layer configured to darken upon exposure to at least one of a plurality of light wavelengths and change between a plurality of transmittance states, wherein the plurality of transmittance states includes: a blocking transmittance state configured to block the at least one of the plurality of light wavelengths from passing through the photochromic layer; and a non-blocking transmittance state configured to allow at least some visible light wavelengths to pass through the photochromic layer. a drape comprising: a photosensitive adhesive layer having at least one release agent disposed within the adhesive layer, wherein the at least one release agent is configured to weaken a bond of the adhesive layer to the tissue upon exposure to at least one of a plurality of light wavelengths, and a flexible film layer; and a photosensitive adhesive layer having at least one release agent disposed within the adhesive layer, wherein the at least one release agent is configured to weaken a bond of the adhesive layer to the tissue upon exposure to at least one of a plurality of light wavelengths, and a flexible film layer; and a photochromic layer configured to darken upon exposure to at least one of a plurality of light wavelengths and change between a plurality of transmittance states, wherein the plurality of transmittance states includes: a blocking transmittance state configured to block the at least one of the plurality of light wavelengths from passing through the photochromic layer; and a non-blocking transmittance state configured to allow at least some visible light wavelengths to pass through the photochromic layer. a blocking transmittance state configured to block the at least one of the plurality of light wavelengths from passing through the photochromic layer; and a non-blocking transmittance state configured to allow at least some visible light wavelengths to pass through the photochromic layer.
A dish washer comprising: a sump ; at least one nozzle configured to inject water; a pump configured to circulate water of the sump ; a distributor configured to receive water of the sump and distribute the water to the at least one nozzle ; a water tank including a reservoir configured to receive the water of the sump and store the water; a circulation path configured to connect the sump and the distributor ; an inflow path configured to branch off from the circulation path to supply the water of the sump to the reservoir ; a first valve provided in the middle of the inflow path , wherein the first valve is configured to open or close the inflow path ; an outflow path configured to flow the water out of the reservoir ; and a second valve configured to open or close the outflow path , characterized in that the outflow path is provided to join an outlet of the reservoir and a joining point in the inflow path , wherein the water tank comprises at least a part of the inflow path and at least a part of the outflow path including the second valve , and wherein the second valve is provided in the middle of the outflow path between the outlet and the joining point of the outflow path and the inflow path . a sump ; at least one nozzle configured to inject water; a pump configured to circulate water of the sump ; a distributor configured to receive water of the sump and distribute the water to the at least one nozzle ; a water tank including a reservoir configured to receive the water of the sump and store the water; a circulation path configured to connect the sump and the distributor ; an inflow path configured to branch off from the circulation path to supply the water of the sump to the reservoir ; a first valve provided in the middle of the inflow path , wherein the first valve is configured to open or close the inflow path ; an outflow path configured to flow the water out of the reservoir ; and a second valve configured to open or close the outflow path , characterized in that the outflow path is provided to join an outlet of the reservoir and a joining point in the inflow path , wherein the water tank comprises at least a part of the inflow path and at least a part of the outflow path including the second valve , and wherein the second valve is provided in the middle of the outflow path between the outlet and the joining point of the outflow path and the inflow path .
A female clip to assemble weatherstrips, used in the automotive industry, to the vehicles by mounting on a connector located within the weatherstrip and then passing to a pin fixed on the vehicle body ; the female clip comprising • a body having a cylindrical frame , • outer prongs formed on the lower edge at the outer surface of said body in order to assemble the body with said connector , and pass to the bottom surface of the connector thus provide interlocking between connector and the body and prevent the body from displacing, • apertures extending from the lower edge of the body to the upper edge of the body, enabling the body to stretch and spring for the passing of the mentioned outer prongs to the bottom surface of the connector , • inner prongs formed in the inner volume of the body where the pin is inserted, and those extend down from the upper edge of the body to the center of the body , and spring back from the center of the body towards the body wall when in contact with the pin-head of said pin and then come to the previous position after the pin-head is passed into the body , thus locking to the pin , and characterised in that it further comprises: • protrusions formed on the outer surface of said body between the end of said apertures and the upper edge , which prevent reverse insertion during mounting into the weatherstrip, and serve as a stopper by providing extensions towards the upper surface of the connector . • a body having a cylindrical frame , • outer prongs formed on the lower edge at the outer surface of said body in order to assemble the body with said connector , and pass to the bottom surface of the connector thus provide interlocking between connector and the body and prevent the body from displacing, • apertures extending from the lower edge of the body to the upper edge of the body, enabling the body to stretch and spring for the passing of the mentioned outer prongs to the bottom surface of the connector , • inner prongs formed in the inner volume of the body where the pin is inserted, and those extend down from the upper edge of the body to the center of the body , and spring back from the center of the body towards the body wall when in contact with the pin-head of said pin and then come to the previous position after the pin-head is passed into the body , thus locking to the pin , and characterised in that it further comprises: • protrusions formed on the outer surface of said body between the end of said apertures and the upper edge , which prevent reverse insertion during mounting into the weatherstrip, and serve as a stopper by providing extensions towards the upper surface of the connector . • protrusions formed on the outer surface of said body between the end of said apertures and the upper edge , which prevent reverse insertion during mounting into the weatherstrip, and serve as a stopper by providing extensions towards the upper surface of the connector .
A method of determining a concentration of glucose in a medium of a living animal using an optical sensor adapted to be implanted in the living animal and a sensor reader external to the living animal, the method comprising: emitting, using a light source of the optical sensor, excitation light to indicator molecules of the optical sensor, the indicator molecules having an optical characteristic responsive to the concentration of glucose; generating, using a photodetector of the optical sensor, a raw signal indicative of the amount of light received by the photodetector, wherein the light received by the photodetector includes glucose-modulated light emitted by the indicator molecules and at least one of excitation light emitted by the light source and non-glucose modulated light emitted by the indicator molecules; conveying, using an inductive element of the optical sensor, the raw signal; receiving, using an inductive element of the sensor reader, the conveyed raw signal; tracking, using circuitry of the sensor reader, the cumulative emission time that the light source has emitted the excitation light; tracking, using circuitry of the sensor reader, the implant time that has elapsed since the optical sensor was implanted in the living animal; adjusting, using circuitry of the sensor reader, the received raw signal to compensate for offset and distortion based on the tracked cumulative emission time and the tracked implant time; and converting, using circuitry of the sensor reader, the adjusted signal into a measurement of glucose concentration in the medium of the living animal. emitting, using a light source of the optical sensor, excitation light to indicator molecules of the optical sensor, the indicator molecules having an optical characteristic responsive to the concentration of glucose; generating, using a photodetector of the optical sensor, a raw signal indicative of the amount of light received by the photodetector, wherein the light received by the photodetector includes glucose-modulated light emitted by the indicator molecules and at least one of excitation light emitted by the light source and non-glucose modulated light emitted by the indicator molecules; conveying, using an inductive element of the optical sensor, the raw signal; receiving, using an inductive element of the sensor reader, the conveyed raw signal; tracking, using circuitry of the sensor reader, the cumulative emission time that the light source has emitted the excitation light; tracking, using circuitry of the sensor reader, the implant time that has elapsed since the optical sensor was implanted in the living animal; adjusting, using circuitry of the sensor reader, the received raw signal to compensate for offset and distortion based on the tracked cumulative emission time and the tracked implant time; and converting, using circuitry of the sensor reader, the adjusted signal into a measurement of glucose concentration in the medium of the living animal.
Gateway designed to connect a first communication network comprising at least one terminal (170; 171; 172) intended to consume items of multimedia content and a second communication network via which said gateway is intended to receive said items of multimedia content in stream form, characterized in that it comprises: - means (400; 500) for detecting implementation of a point-to-point connection intended for transmission of one said item of multimedia content from an origin server (140; 160; 180) to one said terminal of said first network via said gateway; - means (403; 505) for searching for a connection redirection rule on the basis of information exchanged by said origin server (140; 160; 180) and said terminal during the implementation of said point-to-point connection; - means (406; 508) for establishing a point-to-multipoint connection to said gateway for receiving said item of multimedia content, implemented when said redirection rule is found, and for subscribing to a point-to-multipoint broadcast of said item of multimedia content via the point-to-multipoint connection; - means (407; 509) for receiving said item of multimedia content in the form of a stream in accordance with the point-to-multipoint connection; - means (408; 510) for modifying the stream received in accordance with the point-to-multipoint connection to generate a stream in accordance with the point-to-point connection requested by said terminal ; and - means (409; 511) for transmitting said item of multimedia content to said terminal in the form of the stream in accordance with the point-to-point connection. - means (400; 500) for detecting implementation of a point-to-point connection intended for transmission of one said item of multimedia content from an origin server (140; 160; 180) to one said terminal of said first network via said gateway; - means (403; 505) for searching for a connection redirection rule on the basis of information exchanged by said origin server (140; 160; 180) and said terminal during the implementation of said point-to-point connection; - means (406; 508) for establishing a point-to-multipoint connection to said gateway for receiving said item of multimedia content, implemented when said redirection rule is found, and for subscribing to a point-to-multipoint broadcast of said item of multimedia content via the point-to-multipoint connection; - means (407; 509) for receiving said item of multimedia content in the form of a stream in accordance with the point-to-multipoint connection; - means (408; 510) for modifying the stream received in accordance with the point-to-multipoint connection to generate a stream in accordance with the point-to-point connection requested by said terminal ; and - means (409; 511) for transmitting said item of multimedia content to said terminal in the form of the stream in accordance with the point-to-point connection.
A foraminous burner liner for a gas abatement system, said burner liner comprising a hollow body defined by a wall, the wall comprising a plurality of interconnected substantially concentric layers ; wherein each layer of the wall comprises a substantially regular openwork mesh; wherein the substantially regular openwork mesh of each layer is configured such that it is out of phase with one or more adjacent layers, and wherein the wall comprises sufficient layers arranged such that the wall is optically opaque when viewed externally in any radially inward direction normal to the wall; wherein, the wall comprises from 3 to 20 layers; each layer comprises a plurality of circumferentially spaced right-handed substantially helical struts coupled to a plurality of circumferentially spaced left-handed substantially helical struts ; each substantially helical strut completes a part of a helix turn , preferably less than one helix turn; and a plurality of radially extending spacers in the form longitudinally extending, offset staves couple a first layer to an adjacent layer. wherein each layer of the wall comprises a substantially regular openwork mesh; wherein the substantially regular openwork mesh of each layer is configured such that it is out of phase with one or more adjacent layers, and wherein the wall comprises sufficient layers arranged such that the wall is optically opaque when viewed externally in any radially inward direction normal to the wall; wherein, the wall comprises from 3 to 20 layers; each layer comprises a plurality of circumferentially spaced right-handed substantially helical struts coupled to a plurality of circumferentially spaced left-handed substantially helical struts ; each substantially helical strut completes a part of a helix turn , preferably less than one helix turn; and a plurality of radially extending spacers in the form longitudinally extending, offset staves couple a first layer to an adjacent layer.
An assembly comprising: at least one drive wheel configured to roll against a hoistway rail of an elevator system ; and a drive mechanism supported by the assembly and configured to drive the at least one drive wheel, wherein the assembly is configured to support one or more sensors , and characterised in that the at least one drive wheel comprises a plurality of drive wheels configured to roll against respective ones of a plurality of side surfaces of the hoistway rail , and wherein a wheel biasing member biases the plurality of drive wheels toward one another to provide a pinch load against the hoistway rail when positioned against the hoistway rail . at least one drive wheel configured to roll against a hoistway rail of an elevator system ; and a drive mechanism supported by the assembly and configured to drive the at least one drive wheel, wherein the assembly is configured to support one or more sensors , and characterised in that the at least one drive wheel comprises a plurality of drive wheels configured to roll against respective ones of a plurality of side surfaces of the hoistway rail , and wherein a wheel biasing member biases the plurality of drive wheels toward one another to provide a pinch load against the hoistway rail when positioned against the hoistway rail .
A tissue regeneration substrate comprising: a nonwoven fabric made of a bioabsorbable material, the tissue regeneration substrate having a laminated structure in which a layer containing a nonwoven fabric having an average pore size of 20 to 50 μm and a layer containing a nonwoven fabric having an average pore size of 5 to 18 μm are integrated, so as to a delamination strength as measured in accordance with determination of delamination strength specified in JIS L 1021-9 is 0.1 N or more. a nonwoven fabric made of a bioabsorbable material, the tissue regeneration substrate having a laminated structure in which a layer containing a nonwoven fabric having an average pore size of 20 to 50 μm and a layer containing a nonwoven fabric having an average pore size of 5 to 18 μm are integrated, so as to a delamination strength as measured in accordance with determination of delamination strength specified in JIS L 1021-9 is 0.1 N or more.
A reinforcing fabric comprising at least one glass fiber, wherein a binder is present on the at least one glass fiber, said binder comprising a polymer resin and a filler, the filler comprising a recycled asphalt roofing shingle.
A forming unit for forming plastic preforms into plastic bottles, wherein the forming unit comprises a blow mould having a first lateral portion , a second lateral portion and a bottom portion , wherein said lateral portions as well as the bottom portion form a cavity , within which the plastic preforms can be formed into the plastic bottles, wherein the bottom portion can be moved relative to the lateral portions in a closed condition of the blow mould, wherein the forming unit comprises a drive unit in order to move the bottom portion relative to the lateral portions , wherein the drive unit preferably has a movable piston element which is movable along a predefined stroke path, characterised in that the apparatus has a first stroke path limiting means that limits the stroke path of the bottom portion and/or of the piston element in a first direction, wherein this stroke path limiting means is adjustable in order to modify the stroke path.
Use of a multi-ring antenna in electrode cap milling devices for monitoring metallic rotationally-symmetrical milling tools when using an RFID system, wherein the multi-ring antenna is formed from layers of electrically-conductive layers and separation of the same by insulation layers, connection of the electrically-conductive layers via a connection means, and equipment with an RFID system, wherein the multi-ring antenna is arranged on a tool carrier in the vicinity of a rotationally-symmetrical milling tool in such a way that the multi-ring antenna encloses the rotationally-symmetrical milling tool and this rotationally-symmetrical milling tool carries an RFID transponder , wherein this RFID transponder is arranged on the rotationally-symmetrical milling tool in a posture such that it is located in the electromagnetic ring field of the multi-ring antenna and the multi-ring antenna is arranged on the tool carrier in such a way that interrogation of the RFID transponder on the rotationally symmetrical milling tool is possible in any position in motion and at a standstill.
Plant for dealcoholising alcoholic beverages, comprising: - a rectification column having at least one inlet for the alcoholic beverage, a sump and a top, the rectification column being operable such that dealcoholised beverage can be removed from the sump and exhaust vapour can be removed from the top; - at least one evaporator which is configured to supply the rectification column with vapour; and - a condenser arrangement for condensing the exhaust vapour removed from the top of the rectification column at least in part; a heat pump by means of which both the evaporator and the condenser arrangement can be operated; and a heating circuit , containing a heating medium, for heating the evaporator and a cooling circuit , containing a cooling medium, for cooling the condenser arrangement , it being possible for the heat pump to be operated so as to transfer heat from the cooling medium leaving the condenser arrangement to the heating medium leaving the evaporator , at least one heat exchanger which can remove heat from the plant being associated with the heating circuit or with the cooling circuit , a heating device , for example a steam injector, being associated with the heating circuit or with the cooling circuit , characterised in that the heat exchanger and the heating device are associated with the same circuit, heating circuit or cooling circuit . - a rectification column having at least one inlet for the alcoholic beverage, a sump and a top, the rectification column being operable such that dealcoholised beverage can be removed from the sump and exhaust vapour can be removed from the top; - at least one evaporator which is configured to supply the rectification column with vapour; and - a condenser arrangement for condensing the exhaust vapour removed from the top of the rectification column at least in part;
A synchronous reluctance rotating electric machine comprising: a stator , and a rotor iron core provided inside the stator ; wherein the rotor iron core is provided with four air gaps and five band-shaped magnetic path layers (14a, 14b, 14c, 14d, 14e,), and six bridges that bridge across some of the air gaps, the bridges having a shape disposed on a predetermined straight line (L0, L1, L2) that extends in the radial direction from the rotor center (O), and wherein the bridges of adjacent air gaps (11a, 11b; 11b, 11c; 11c, 11d) are disposed on mutually different straight lines, wherein the radial outer air gap (11 d) has no bridge, wherein the air gap (11 c) adjacent to the radial outer air gap (11 d) has one bridge , wherein the radial inner air gap (11 a) has three bridges , and wherein the air gap (11 b) adjacent to the radial inner air gap (11 a) has two bridges . a stator , and a rotor iron core provided inside the stator ; wherein the rotor iron core is provided with four air gaps and five band-shaped magnetic path layers (14a, 14b, 14c, 14d, 14e,), and six bridges that bridge across some of the air gaps, the bridges having a shape disposed on a predetermined straight line (L0, L1, L2) that extends in the radial direction from the rotor center (O), and wherein the bridges of adjacent air gaps (11a, 11b; 11b, 11c; 11c, 11d) are disposed on mutually different straight lines, wherein the radial outer air gap (11 d) has no bridge, wherein the air gap (11 c) adjacent to the radial outer air gap (11 d) has one bridge , wherein the radial inner air gap (11 a) has three bridges , and wherein the air gap (11 b) adjacent to the radial inner air gap (11 a) has two bridges .