mhurhangee/patent-ind-claim-en huggingface dataset:
A radiation detector comprising: a photodetector comprising a fluorescent film configured to convert radiation into light, and a photoelectric conversion element configured to convert light into an electrical signal; a circuit board which is configured to electrically drive the photodetector , and to electronically process the electrical signal from the photodetector ; and a connection board which is configured to electrically connect the photodetector and the circuit board , and wherein the connection board comprises: a flexible circuit board , which comprises only traces, and which is electrically connected to the photodetector , and an IC mounting board which is less flexible than the flexible circuit board and provided with an IC semiconductor element , and electrically connected through a connector provided on the IC mounting board to the circuit board , wherein the flexible circuit board and the IC mounting board are connected to each other; and the IC semiconductor element is a signal detection IC semiconductor element having an electrical amplification function and is bump-connected on the IC mounting board . a photodetector comprising a fluorescent film configured to convert radiation into light, and a photoelectric conversion element configured to convert light into an electrical signal; a circuit board which is configured to electrically drive the photodetector , and to electronically process the electrical signal from the photodetector ; and a connection board which is configured to electrically connect the photodetector and the circuit board , and wherein the connection board comprises: a flexible circuit board , which comprises only traces, and which is electrically connected to the photodetector , and an IC mounting board which is less flexible than the flexible circuit board and provided with an IC semiconductor element , and electrically connected through a connector provided on the IC mounting board to the circuit board , a flexible circuit board , which comprises only traces, and which is electrically connected to the photodetector , and an IC mounting board which is less flexible than the flexible circuit board and provided with an IC semiconductor element , and electrically connected through a connector provided on the IC mounting board to the circuit board , wherein the flexible circuit board and the IC mounting board are connected to each other; and the IC semiconductor element is a signal detection IC semiconductor element having an electrical amplification function and is bump-connected on the IC mounting board .
Heat flow sensor comprising : - a heating wire , said heating wire comprising a material capable of being heated to a specific temperature by the Joule effect, adapted to be connected to an electrical source, - a nano-electromechanical system (NEMS) resonator comprising : - a beam suspended from a support , - an actuating device capable of generating a vibration of said beam under the effect of an excitation signal, - a detection device configured to measure a displacement of said beam during said vibration and emit an output signal having a resonance at the resonance frequency of the resonator, said resonance frequency depending on the beam temperature, wherein one end of the beam is integral with the heating wire so as to enable heat conduction from the heating wire to the beam, a variation in temperature of the heating wire induced by a variation in a characteristic of a fluid surrounding said wire causing a variation in the resonant frequency of the resonator, characterized in that the heating wire has a length of between 1 and 500 μm and a transverse dimension of between 1 and 50 μm. - a heating wire , said heating wire comprising a material capable of being heated to a specific temperature by the Joule effect, adapted to be connected to an electrical source, - a nano-electromechanical system (NEMS) resonator comprising : - a beam suspended from a support , - an actuating device capable of generating a vibration of said beam under the effect of an excitation signal, - a detection device configured to measure a displacement of said beam during said vibration and emit an output signal having a resonance at the resonance frequency of the resonator, said resonance frequency depending on the beam temperature, - a beam suspended from a support , - an actuating device capable of generating a vibration of said beam under the effect of an excitation signal, - a detection device configured to measure a displacement of said beam during said vibration and emit an output signal having a resonance at the resonance frequency of the resonator, said resonance frequency depending on the beam temperature, wherein one end of the beam is integral with the heating wire so as to enable heat conduction from the heating wire to the beam, a variation in temperature of the heating wire induced by a variation in a characteristic of a fluid surrounding said wire causing a variation in the resonant frequency of the resonator, characterized in that the heating wire has a length of between 1 and 500 μm and a transverse dimension of between 1 and 50 μm.
A method for manufacturing a cellular geopolymer product, which method comprises the steps: (a) forming an activated geopolymer premix by addition to a geopolymer premix of an activator compound that initiates a condensation reaction in the geopolymer premix; (b) incorporating a gas generating agent in the activated geopolymer premix, wherein the gas generating agent is aluminum powder having a particle size of 40-80 microns and wherein the surface of the particles of aluminum powder is oxidised (c) casting the activated geopolymer premix in a formwork in a desired configuration; (d) allowing gas bubbles to be generated in the activated geopolymer premix as the condensation reaction proceeds and the activated geopolymer premix stiffens to produce a self-supporting cellular structure; and (e) curing the self-supporting cellular structure to produce the cellular geopolymer product, wherein in step (d) the characteristics of the activated geopolymer premix and the reaction kinetics of the condensation reaction are controlled to achieve formation of the self-supporting cellular structure. (a) forming an activated geopolymer premix by addition to a geopolymer premix of an activator compound that initiates a condensation reaction in the geopolymer premix; (b) incorporating a gas generating agent in the activated geopolymer premix, wherein the gas generating agent is aluminum powder having a particle size of 40-80 microns and wherein the surface of the particles of aluminum powder is oxidised (c) casting the activated geopolymer premix in a formwork in a desired configuration; (d) allowing gas bubbles to be generated in the activated geopolymer premix as the condensation reaction proceeds and the activated geopolymer premix stiffens to produce a self-supporting cellular structure; and (e) curing the self-supporting cellular structure to produce the cellular geopolymer product, wherein in step (d) the characteristics of the activated geopolymer premix and the reaction kinetics of the condensation reaction are controlled to achieve formation of the self-supporting cellular structure.
An apparatus for processing harvested crops, in particular threshing and/or separating apparatus, comprising: - a rotor which is mounted rotatably about its longitudinal axis , - a separating device with a separating device region which at least partially surrounds a lower circumferential region of the rotor , said circumferential region being arranged below the longitudinal axis in an operationally ready state of the apparatus , and is arranged radially spaced apart from the rotor , wherein a passage region for the harvested crop is formed between the separating device region and the lower circumferential region of the rotor , wherein the separating device region extends along the longitudinal axis , at least in a partial region of the rotor , and - at least one control element which is arranged on the separating device region , wherein the at least one control element is movable into the passage region and/or into an axial projection of the passage region , said axial projection being formed along the longitudinal axis , in order to control the flow of harvested crop, wherein the separating device region has at least one basket element which has a plurality of separating openings , wherein the control element is movable from an outer side of the separating device through at least one of the separating openings into the passage region and/or into the axial projection of the passage region . - a rotor which is mounted rotatably about its longitudinal axis , - a separating device with a separating device region which at least partially surrounds a lower circumferential region of the rotor , said circumferential region being arranged below the longitudinal axis in an operationally ready state of the apparatus , and is arranged radially spaced apart from the rotor , wherein a passage region for the harvested crop is formed between the separating device region and the lower circumferential region of the rotor , wherein the separating device region extends along the longitudinal axis , at least in a partial region of the rotor , and - at least one control element which is arranged on the separating device region , wherein the at least one control element is movable into the passage region and/or into an axial projection of the passage region , said axial projection being formed along the longitudinal axis , in order to control the flow of harvested crop,
A refrigeration cycle apparatus comprising: a housing having a bottom member ; and a plurality of compressors accommodated in the housing , the plurality of compressors at least including a first compressor and a second compressor , the first compressor and the second compressor being supported by an intermediate plate through a plurality of first elastic members , and the intermediate plate being supported by the bottom member through second elastic members , characterised in that : the intermediate plate includes a first intermediate plate supporting the first compressor and a second intermediate plate supporting the second compressor , the first intermediate plate and the second intermediate plate being coupled integrally. the plurality of compressors at least including a first compressor and a second compressor , the first compressor and the second compressor being supported by an intermediate plate through a plurality of first elastic members , and the intermediate plate being supported by the bottom member through second elastic members , characterised in that : the intermediate plate includes a first intermediate plate supporting the first compressor and a second intermediate plate supporting the second compressor , the first intermediate plate and the second intermediate plate being coupled integrally.
An injectable solution comprising a freeze-dried polymer composition comprising chitosan, a clot activator and at least one lyoprotectant reconstituted in platelet rich plasma (PRP), blood product or combinations thereof which upon injection: i) into tissue solidifies forming an implant for tissue repair; or ii) into an articular joint mixes with intra-articular fluids, wherein said chitosan has a molecular weight number from 20 to 125 kDa, wherein the at least one lyoprotectant is selected from the group consisting of monosaccharide, polyol, disaccharide, trisaccharide, oligosaccharide/polysaccharide, high molecular weight excipient, amino acid, protein and a combination thereof; wherein the clot activator is selected from the group consisting of calcium chloride, calcium gluconate, calcium acetate, calcium carbonate, calcium glubionate, calcium gluceptate, calcium lactate, calcium lactobionate, calcium phosphate and combinations thereof; and wherein the blood product is selected from the group consisting of PRP, PPP, PRF, platelet suspension, platelet lysate and combinations thereof. i) into tissue solidifies forming an implant for tissue repair; or ii) into an articular joint mixes with intra-articular fluids, wherein the at least one lyoprotectant is selected from the group consisting of monosaccharide, polyol, disaccharide, trisaccharide, oligosaccharide/polysaccharide, high molecular weight excipient, amino acid, protein and a combination thereof; wherein the clot activator is selected from the group consisting of calcium chloride, calcium gluconate, calcium acetate, calcium carbonate, calcium glubionate, calcium gluceptate, calcium lactate, calcium lactobionate, calcium phosphate and combinations thereof; and wherein the blood product is selected from the group consisting of PRP, PPP, PRF, platelet suspension, platelet lysate and combinations thereof.
An inkjet primer fluid, comprising: an alkoxysilane; a surfactant; a co-solvent; and a balance of water; wherein the inkjet primer fluid is at least substantially colorless, and wherein the alkoxysilane is present in an amount of 0.1 to 2 wt % based on the total weight of the inkjet primer fluid, wherein the alkoxysilane is a quaternary alkoxysilane. an alkoxysilane; a surfactant; a co-solvent; and a balance of water; wherein the inkjet primer fluid is at least substantially colorless, and wherein the alkoxysilane is present in an amount of 0.1 to 2 wt % based on the total weight of the inkjet primer fluid, wherein the alkoxysilane is a quaternary alkoxysilane.
A tube having a wall comprising an inner layer , an outer layer and a middle layer , wherein the inner layer and outer layer each comprise more than about 90% by weight of an aromatic or aliphatic polyether based thermoplastic polyurethane and the middle layer comprises an ethylene ethyl acrylate copolymer or an ethylene methyl acrylate copolymer or an anhydride grafted ethylene methyl acrylate copolymer, a copolymer of two or more of said acrylates or a mixture of two or more of the foregoing.
A garment comprising: a covering fabric; padding to be filled inside the covering fabric; and quilting stitches , wherein the padding is a polyester staple fiber cotton including fibers having a circular outer peripheral cross section and has an open fiber structure, the single polyester staple fibers constituting the padding each have an irregular diameter, and a smoothing agent is fixed to surfaces of the fibers, and the polyester staple fibers are hollow, and have a fineness of 1.1 dtex to 5.5 dtex, the garment is characterized in that the polyester staple fibers have a length of 20 mm to 120 mm, and a hollow rate of 10% to 50%. a covering fabric; padding to be filled inside the covering fabric; and quilting stitches , wherein the padding is a polyester staple fiber cotton including fibers having a circular outer peripheral cross section and has an open fiber structure, the single polyester staple fibers constituting the padding each have an irregular diameter, and a smoothing agent is fixed to surfaces of the fibers, and the polyester staple fibers are hollow, and have a fineness of 1.1 dtex to 5.5 dtex, the garment is characterized in that the polyester staple fibers have a length of 20 mm to 120 mm, and a hollow rate of 10% to 50%.
A milk frother/heater for a milk supply circuit in a beverage vending machine ; the milk frother/heater comprises a hollow body made either in one piece or of two or more undismountably coupled parts, and integrally comprising a first appendage defining a milk inlet to receive either smooth milk or a milk-air mixture, a second appendage defining a steam inlet to receive steam, and a third appendage defining a milk outlet to deliver cold or hot, smooth or frothed milk; the body internally defines a mixing chamber , and the milk inlet , the steam inlet , and the milk outlet internally define a milk inlet passage, a steam inlet passage and a milk outlet passage, respectively, in fluidic communication with the mixing chamber ; characterised in that the mixing chamber has an axis ( A ) and comprises a first closed axial end and a second axial end, opposite the first axial end, at which the steam inlet passage and the milk outlet passage end up; and in that the milk inlet passage either ends up directly in the second axial end of the mixing chamber or merges with the steam inlet passage upstream from the mixing chamber .
A biosensing garment , comprising: a first fabric portion configured to be disposed about a circumferential region of a user, the first fabric portion having an inner surface including a sensor assembly configured to be placed in contact with the skin of the user, the first fabric portion having a first compression rating; and a second fabric portion extending from the first fabric portion , the second fabric portion having a second compression rating less than the first compression rating, characterized by the second fabric portion including a linear reduction in compression from the first compression rating immediately adjacent to the first fabric portion to the second compression rating a predetermined distance away from the first fabric portion along one or more axes extending away from the first fabric portion. a first fabric portion configured to be disposed about a circumferential region of a user, the first fabric portion having an inner surface including a sensor assembly configured to be placed in contact with the skin of the user, the first fabric portion having a first compression rating; and a second fabric portion extending from the first fabric portion , the second fabric portion having a second compression rating less than the first compression rating, characterized by the second fabric portion including a linear reduction in compression from the first compression rating immediately adjacent to the first fabric portion to the second compression rating a predetermined distance away from the first fabric portion along one or more axes extending away from the first fabric portion.
A method for synchronized switching of a Transmission Time Interval, TTI, between at least two different TTI length values, the method comprising the steps of: - a User Equipment , EU, transmitting a report comprising a measured received power by the UE; - a Base Station , BS, being the serving BS for the UE , receiving the report; - the BS , evaluating the report and deciding, based on the evaluation, to order the UE to initialize a switching of an actual TTI length value to a different TTI length value, by transmitting a switching message, the switching message comprising a first identifier identifying the different TTI length value, and - the UE transmitting a single reply message in response to receiving the switching message, for acknowledging reception of the switching message and initializing a synchronized switching to the different TTI length value identified by the first identifier, characterised in that the switching message additionally comprises a second identifier identifying a number of TTIs after which a switching of the actual TTI length value to the different TTI length has to occur, and the method further comprises the steps of: - the BS holding transmission of messages for a number of TTIs equal to the number of TTIs identified by the second identifier and, - the BS commencing transmission of messages deploying the different TTI length value - a User Equipment , EU, transmitting a report comprising a measured received power by the UE; - a Base Station , BS, being the serving BS for the UE , receiving the report; - the BS , evaluating the report and deciding, based on the evaluation, to order the UE to initialize a switching of an actual TTI length value to a different TTI length value, by transmitting a switching message, the switching message comprising a first identifier identifying the different TTI length value, and - the UE transmitting a single reply message in response to receiving the switching message, for acknowledging reception of the switching message and initializing a synchronized switching to the different TTI length value identified by the first identifier, - the BS holding transmission of messages for a number of TTIs equal to the number of TTIs identified by the second identifier and, - the BS commencing transmission of messages deploying the different TTI length value
A cosmetic makeup or care process that consists in applying to the skin microgels or a cosmetic product comprising said microgels, said microgels being obtainable by aqueous phase precipitation polymerization of the following three monomers in the presence of a crosslinking agent: - di(ethylene glycol) methyl ether methacrylate (M(EO) 2 MA), - an oligo(ethylene glycol) methyl ether methacrylate (M(EO) n MA) n being an integer ranging from 3 to 12, - a monomer of formula CR 1 R 2 =CR 3 R 4 in which R 1 , R 2 , R 3 and R 4 represent a hydrogen, a halogen or a hydrocarbon group, on condition that at least one of the four groups comprises a -COOH or -COO - M + group, M + representing a cation, said cosmetic product comprising, besides microgels, at least one compound chosen from the group consisting of surfactants, oils, biologically active products, pigments and dyes. - di(ethylene glycol) methyl ether methacrylate (M(EO) 2 MA), - an oligo(ethylene glycol) methyl ether methacrylate (M(EO) n MA) n being an integer ranging from 3 to 12, - a monomer of formula CR 1 R 2 =CR 3 R 4 in which R 1 , R 2 , R 3 and R 4 represent a hydrogen, a halogen or a hydrocarbon group, on condition that at least one of the four groups comprises a -COOH or -COO - M + group, M + representing a cation,
Endoscope with an adjustable viewing direction , comprising: a pivotable prism for deflecting light, said prism being pivotable about a pivot axis for the purposes of setting the viewing direction ; a stationary prism for deflecting light into a direction parallel to the longitudinal axis of the endoscope , said light having been deflected by the pivotable prism , wherein at least either a light exit surface of the pivotable prism is disposed in a cutout of the stationary prism or a light entry surface of the stationary prism is disposed in a cutout of the pivotable prism , wherein a light beam captured by the endoscope has a waist at least either in the region of the pivotable prism or in the region of the stationary prism and at least either the light entry surface of the pivotable prism or the light exit surface of the stationary prism is curved. a pivotable prism for deflecting light, said prism being pivotable about a pivot axis for the purposes of setting the viewing direction ; a stationary prism for deflecting light into a direction parallel to the longitudinal axis of the endoscope , said light having been deflected by the pivotable prism , wherein at least either a light exit surface of the pivotable prism is disposed in a cutout of the stationary prism or a light entry surface of the stationary prism is disposed in a cutout of the pivotable prism , wherein a light beam captured by the endoscope has a waist at least either in the region of the pivotable prism or in the region of the stationary prism and at least either the light entry surface of the pivotable prism or the light exit surface of the stationary prism is curved.