mhurhangee/patent-ind-claim-en huggingface dataset:
Chaining system intended to allow a connection between first and second moulded structural elements , the chaining system comprising a plurality of reinforcing bars each intended to connect these first and second moulded structural elements to one another, the chaining system comprising at least one support for a reinforcing bar intended to be mechanically engaged in the first structural element , in which said at least one reinforcing bar support being assembled with said reinforcing bars of the plurality of reinforcing bars by reversible built-in type mechanical connections, the reinforcement support including, on the one hand, a fixing part and, on the other hand, a plurality of sockets assembled onto this fixing part , each mechanical connection of the built-in connection type being formed inside one of the sockets of the plurality of sockets, said chaining system being characterised in that it also comprises a layer of thermal insulation material intended to extend between said first and second structural elements , each of said reinforcing bars passes through said layer of insulating material and has a first bar portion (P1) disposed opposite a first side (C1) of the layer of insulating material so as to be mechanically engageable with said first moulded structural element and a second bar portion (P2) disposed opposite a second side (C2) of the layer of insulating material so as to be mechanically engageable with said second moulded element , and in that said fixing part is intended to extend against an inner face (F1) of a mould (M1) for moulding the first structural element .
An atomizer, comprising: an e-liquid tank and a seal member ; wherein: the e-liquid tank comprises an e-liquid chamber and the seal member seals the e-liquid chamber ; the seal member comprises at least one e-liquid inlet unit comprising an elastic material that is penetrable by a sharp object and is restorable to its original shape after the sharp object is removed; the atomizer further comprises a heating core and a smoke pipe ; the e-liquid tank comprises an opening functioning as a mouthpiece through which the vapor is inhaled; the smoke pipe is disposed in the e-liquid tank and comprises a first open end communicating with the mouthpiece ; the heating core is disposed in the smoke pipe and the smoke pipe comprises at least one e-liquid inlet ; or the smoke pipe comprises a second open end away from the mouthpiece , and the heating core is disposed outside the second open end; characterised in that: the seal member further comprises a top portion that is concaved to form a female connector ; a residual area of the top portion slopes down to the female connector to form a sloped top surface; the female connector is opposite to the e-liquid chamber and is connected to the smoke pipe , so that the e-liquid inlet faces the sloped top surface. the e-liquid tank comprises an e-liquid chamber and the seal member seals the e-liquid chamber ; the seal member comprises at least one e-liquid inlet unit comprising an elastic material that is penetrable by a sharp object and is restorable to its original shape after the sharp object is removed; the atomizer further comprises a heating core and a smoke pipe ; the e-liquid tank comprises an opening functioning as a mouthpiece through which the vapor is inhaled; the smoke pipe is disposed in the e-liquid tank and comprises a first open end communicating with the mouthpiece ; the heating core is disposed in the smoke pipe and the smoke pipe comprises at least one e-liquid inlet ; or the smoke pipe comprises a second open end away from the mouthpiece , and the heating core is disposed outside the second open end; characterised in that: the seal member further comprises a top portion that is concaved to form a female connector ; a residual area of the top portion slopes down to the female connector to form a sloped top surface; the female connector is opposite to the e-liquid chamber and is connected to the smoke pipe , so that the e-liquid inlet faces the sloped top surface.
A method of determining whether a population of T-cells is neoplastic or non-neoplastic, comprising: a) providing a sample obtained from a subject; b) using one or more specific detection reagents that specifically detect TRBC1, and one or more detection reagents that specifically detect TRBC2, and determining the ratio of T cells in the sample, or in a subset of T cells in the sample, that express TRBC1 to TRBC2, wherein the specific detection reagent that detects TRBC1 does not detect TRBC2, and the specific detection reagent which detects TRBC2 does not detect TRBC1; and/or c) using one or more specific detection reagents that specifically detect TRGC1, and one or more detection reagents that specifically detect TRGC2, and determining the ratio of T cells in the sample, or in a subset of T cells in the sample, that express TRGC1 to TRGC2, wherein the specific detection reagent that detects TRGC1 does not detect TRGC2, and the specific detection reagent which detects TRGC2 does not detect TRGC1, wherein if more than 80% of the T-cells express the same TCR beta or TCR gamma constant chain region then the population is defined as neoplastic. a) providing a sample obtained from a subject; b) using one or more specific detection reagents that specifically detect TRBC1, and one or more detection reagents that specifically detect TRBC2, and determining the ratio of T cells in the sample, or in a subset of T cells in the sample, that express TRBC1 to TRBC2, wherein the specific detection reagent that detects TRBC1 does not detect TRBC2, and the specific detection reagent which detects TRBC2 does not detect TRBC1; and/or c) using one or more specific detection reagents that specifically detect TRGC1, and one or more detection reagents that specifically detect TRGC2, and determining the ratio of T cells in the sample, or in a subset of T cells in the sample, that express TRGC1 to TRGC2, wherein the specific detection reagent that detects TRGC1 does not detect TRGC2, and the specific detection reagent which detects TRGC2 does not detect TRGC1,
A vehicle adapted for autonomous driving, said vehicle comprising a propulsion unit , a computer processing unit , an autonomous driving system comprising at least one sensor , and an object detecting system adapted to assist the autonomous driving system , characterized in that the object detecting system uses said, computer processing unit being configured to compare at least one selected reference value of a propulsion unit torque, steering torque, suspension pressure or combinations thereof with at least one measured value representative of said propulsion unit torque, steering torque, suspension pressure or combinations thereof, and to detect an obstructing object during initial motion of said vehicle if the measured propulsion unit torque value, steering torque value, suspension pressure value or combinations thereof exceeds the reference value.
A method of tagging incident data captured by non-public-safety agency controlled cameras , comprising: detecting, at an electronic computing device , an occurrence of an incident; obtaining, at the electronic computing device , an incident identifier associated with the incident; determining, at the electronic computing device , that at least one non-public-safety agency controlled camera is available for capturing incident data corresponding to the incident; identifying, at the electronic computing device , a public-safety agency controlled internet-of-things ,IoT, infrastructure that is deployed at a location of the incident; controlling, at the electronic computing device , the public-safety agency controlled IoT infrastructure to emit a signal including one of an audible signal, visible signal, or a combination of audible and visible signals to enable the at least one non-public-safety agency controlled camera to tag incident data captured by the at least one non-public-safety agency controlled camera using the emitted signal; linking, at the electronic computing device , a unique tag representing the emitted signal to the incident identifier associated with the incident; and searching, at the electronic computing device , the incident data captured by the at least one non-public-safety agency controlled camera using the unique tag representing the emitted signal. detecting, at an electronic computing device , an occurrence of an incident; obtaining, at the electronic computing device , an incident identifier associated with the incident; determining, at the electronic computing device , that at least one non-public-safety agency controlled camera is available for capturing incident data corresponding to the incident; identifying, at the electronic computing device , a public-safety agency controlled internet-of-things ,IoT, infrastructure that is deployed at a location of the incident; controlling, at the electronic computing device , the public-safety agency controlled IoT infrastructure to emit a signal including one of an audible signal, visible signal, or a combination of audible and visible signals to enable the at least one non-public-safety agency controlled camera to tag incident data captured by the at least one non-public-safety agency controlled camera using the emitted signal; linking, at the electronic computing device , a unique tag representing the emitted signal to the incident identifier associated with the incident; and searching, at the electronic computing device , the incident data captured by the at least one non-public-safety agency controlled camera using the unique tag representing the emitted signal.
An overvoltage protection device with a mechanical disconnector that is activated in the case of a thermal overload, the latter comprising connection elements which are movable by means of a spring force-loaded or pre-tensioned slide (4; 20) from a closed position into a current-interrupting or potential-disconnecting position, wherein the closed position of the connection elements is secured by solder or a thermally detachable adhesive, furthermore, the connection elements are composed of a pair of metallic brackets, the ends of which run in parallel and receive the respective contact tab of the overvoltage protection unit , the ends of the brackets facing away from the overvoltage protection unit are mutually connectable while enclosing a free space and have a portion for connection parts, the slide together with a pre-tensioning spring is inserted in the free space, wherein the spring pre-tension is oriented toward the contact tab of the overvoltage protection unit , furthermore, the slide has a wedge shape and/or portions of the respective bracket have an oblique surface so as to produce, when the slide is moved, a force component upon the ends of the brackets running in parallel so that these are movable away from the contact tab , wherein in the area of the ends of the brackets running in parallel and of the contact tab , the solder or adhesive connection is formed, and furthermore the slide (4; 20) has a portion for optically signalizing the respective slide position, and below this portion of the movable slide , a further surface, releasable by the slide, for optically signalizing the disconnection state is provided, characterized in that a support body is provided, at the bottom side of which breakthroughs for the exterior connection parts (13; 14; 22; 28) are formed, wherein the support body has an opening opposite the bottom side for introducing the overvoltage protection unit , furthermore, a chamber is located above the bottom side , which chamber receives the pair of metallic brackets , the slide and the pre-tensioning spring , wherein the respective contact tab of the overvoltage protection unit intrudes into the chamber , and the slide has a first arm directed toward the bottom side , and a second arm directed toward the opening and thus toward the top surface of the support body , wherein the second arm passes into the portion for optically signalizing, and the first arm passes into a portion for triggering a remote fault message device , furthermore, the further surface, releasable by the slide , for optically signalizing the disconnection state is formed as a protrusion of a side wall portion partially covering the opening of the support body , the protrusion together with the side wall portion is formed to be elastically movable, and the protrusion together with the side wall portion is connected to the support body via a film hinge.
A method comprising the steps of: receiving, by a communication device linked to at least one core controller associated with an elevator or escalator device (31, 32, ..., 36) from a cloud server , encrypted data that is configured to control operations associated with the at least one elevator or escalator device (31, 32, ..., 36,), decrypting the data with a cryptoprocessor on the communication device ; and forwarding the decrypted data from the communication device to the at least one core controller associated with the elevator or escalator device (31, 32, ..., 36). receiving, by a communication device linked to at least one core controller associated with an elevator or escalator device (31, 32, ..., 36) from a cloud server , encrypted data that is configured to control operations associated with the at least one elevator or escalator device (31, 32, ..., 36,), decrypting the data with a cryptoprocessor on the communication device ; and forwarding the decrypted data from the communication device to the at least one core controller associated with the elevator or escalator device (31, 32, ..., 36).
A method for detecting a solar cell of a photovoltaic plant, wherein the method comprises: obtaining a first infrared image and a second infrared image, wherein the first infrared image comprises infrared image information corresponding to an ambient infrared signal reflected by a to-be-detected solar cell operating in a short-circuit state, the second infrared image comprises infrared image information corresponding to an infrared signal emitted by the to-be-detected solar cell operating in a first state and infrared image information corresponding to an ambient infrared signal reflected by the to-be-detected solar cell, and the first state is another state other than the short-circuit state; and detecting , based on the first infrared image and the second infrared image, whether the to-be-detected solar cell has a defect. obtaining a first infrared image and a second infrared image, wherein the first infrared image comprises infrared image information corresponding to an ambient infrared signal reflected by a to-be-detected solar cell operating in a short-circuit state, the second infrared image comprises infrared image information corresponding to an infrared signal emitted by the to-be-detected solar cell operating in a first state and infrared image information corresponding to an ambient infrared signal reflected by the to-be-detected solar cell, and the first state is another state other than the short-circuit state; and detecting , based on the first infrared image and the second infrared image, whether the to-be-detected solar cell has a defect.
A method of detecting beam misalignment in a beam injector, the method comprising: obtaining at least one current measurement from at least one magnetic element of the beam injector and at least one voltage measurement from at least one biased component of the beam injector; and determining that a beam propagating through the beam injector is misaligned when one or more of the at least one current measurement obtained from at least one magnetic element of the beam injector deviates from an alignment current range or at least one voltage measurement obtained from at least one biased component of the beam injector deviates from an alignment voltage range. obtaining at least one current measurement from at least one magnetic element of the beam injector and at least one voltage measurement from at least one biased component of the beam injector; and determining that a beam propagating through the beam injector is misaligned when one or more of the at least one current measurement obtained from at least one magnetic element of the beam injector deviates from an alignment current range or at least one voltage measurement obtained from at least one biased component of the beam injector deviates from an alignment voltage range.
A method for attaching a therapeutic agent to a hydrophobic structure produced by thermally induced phase separation comprising: i) at least partly submerging the structure in a culture medium; ii) subsequently contacting the structure with a solvent; and ii) attaching the therapeutic agent to the structure, wherein the structure comprises a polymer selected from poly(lactide-co-glycolide) (PLGA), poly(α-hydroxyester), polyanhydrides, polyorthoesters, polyphosphazines, polypropylene fumarate, poly(propylene-fumarate-co-ethylene glycol), polyethylene oxide, polyhydroxybutyrate (PHB), polyhydroxyvalerate (PHV), a Co-polymer of PHB and PHV, poly(a-hydroxyester)-co-PEG copolymer, or fibrin; the culture medium is selected from tissue culture medium, serum, whole blood, saline comprising soluble protein and electrolytes, saline comprising serum, saline comprising a plasma substitute, water comprising soluble protein and electrolytes, water comprising serum, water comprising a plasma substitute, and mixtures thereof; the solvent is ethanol; and the therapeutic agent is selected from a cell, a protein or a peptide such as an antibody or functional fragment thereof, a nucleic acid, including an oligonucleotide, a monosaccharide, a disaccharide, a polysaccharide or a derivative thereof, a carbohydrate, a prokaryotic microorganism, a eukaryotic microorganism, or an active pharmaceutical ingredient (API). i) at least partly submerging the structure in a culture medium; ii) subsequently contacting the structure with a solvent; and ii) attaching the therapeutic agent to the structure, the structure comprises a polymer selected from poly(lactide-co-glycolide) (PLGA), poly(α-hydroxyester), polyanhydrides, polyorthoesters, polyphosphazines, polypropylene fumarate, poly(propylene-fumarate-co-ethylene glycol), polyethylene oxide, polyhydroxybutyrate (PHB), polyhydroxyvalerate (PHV), a Co-polymer of PHB and PHV, poly(a-hydroxyester)-co-PEG copolymer, or fibrin; the culture medium is selected from tissue culture medium, serum, whole blood, saline comprising soluble protein and electrolytes, saline comprising serum, saline comprising a plasma substitute, water comprising soluble protein and electrolytes, water comprising serum, water comprising a plasma substitute, and mixtures thereof; the solvent is ethanol; and the therapeutic agent is selected from a cell, a protein or a peptide such as an antibody or functional fragment thereof, a nucleic acid, including an oligonucleotide, a monosaccharide, a disaccharide, a polysaccharide or a derivative thereof, a carbohydrate, a prokaryotic microorganism, a eukaryotic microorganism, or an active pharmaceutical ingredient (API).
A fluid circulating pump (2; 200) comprising a body and an electric motor fixed to each other via a flange located between the body and the electric motor , said motor comprising two distinct parts: - a mechanical part containing a rotor, the mechanical part being fixed on the body by at least two fastening means , and - an electrical part containing a stator and an access clearance to the fastening means , characterized in that : - the flange and the electrical part are mounted free to rotate with respect to each other, - the clearance of the electrical part allows, by rotating the electrical part a successive access to the said at least two fastening means . - a mechanical part containing a rotor, the mechanical part being fixed on the body by at least two fastening means , and - an electrical part containing a stator and an access clearance to the fastening means , - the flange and the electrical part are mounted free to rotate with respect to each other, - the clearance of the electrical part allows, by rotating the electrical part a successive access to the said at least two fastening means .
A physical quantity detection device comprising one or more intake temperature detection elements and an electronic circuit board processing an electric signal, wherein the one or more intake temperature amount detection elements and at least three components (414-417) are configured to be mounted on the same electronic circuit board, and the one or more intake temperature detection elements are arranged at an air flow upstream portion with respect to a component having a maximum heat generation amount among the at least three components, wherein, of the components mounted on the electronic circuit board, three components having the first to third highest heat generation amounts are arranged, from an air flow downstream portion, in a descending order of the heat generation amount; characterised in that an independent sub-passage for taking in air flow passing through a main passage is formed on a surface at one side of the electronic circuit board, where the intake temperature detection element is mounted; and at least a part of the component having the maximum heat generation amount is arranged on a surface on the other side of the electronic circuit board and is at a position on an opposite side of the sub-passage with the electronic circuit board interposed therebetween. wherein the one or more intake temperature amount detection elements and at least three components (414-417) are configured to be mounted on the same electronic circuit board, and the one or more intake temperature detection elements are arranged at an air flow upstream portion with respect to a component having a maximum heat generation amount among the at least three components, wherein, of the components mounted on the electronic circuit board, three components having the first to third highest heat generation amounts are arranged, from an air flow downstream portion, in a descending order of the heat generation amount; characterised in that an independent sub-passage for taking in air flow passing through a main passage is formed on a surface at one side of the electronic circuit board, where the intake temperature detection element is mounted; and at least a part of the component having the maximum heat generation amount is arranged on a surface on the other side of the electronic circuit board and is at a position on an opposite side of the sub-passage with the electronic circuit board interposed therebetween.