mhurhangee/patent-ind-claim-en huggingface dataset:
A method for differentiating between live and inactivated bacteria in a whole sample comprising the steps of: staining the whole sample with a single membrane-associated dye, illuminating the stained whole sample with an incident light having an excitation wavelength, measuring an emission intensity at a range of emitted wavelengths, creating, for the whole sample, a first emission fluorescence spectra from the plurality of emitted wavelengths, and comparing the first emission fluorescence spectra with an emission fluorescence spectra generated from a sample comprising live bacteria only to determine a spectral shift. staining the whole sample with a single membrane-associated dye, illuminating the stained whole sample with an incident light having an excitation wavelength, measuring an emission intensity at a range of emitted wavelengths, creating, for the whole sample, a first emission fluorescence spectra from the plurality of emitted wavelengths, and comparing the first emission fluorescence spectra with an emission fluorescence spectra generated from a sample comprising live bacteria only to determine a spectral shift.
An oral pharmaceutical composition comprising compound -6-(4-methyl-1-pyrimidin-2-ylmethyl-pyrrolidin-3-yl)-3-(tetrahydro-pyran-4-yl)-7H-imidazo[1,5-a]pyrazin-8-one and one or more pharmaceutically acceptable carriers, diluents, or excipients, wherein the compound is present in the composition from 0.01 mg to 1000 mg per dose.
Flexible material comprised of a textile substrate or a cellulose-based substrate selected from: knitted, woven, nonwoven fabrics, paper or combinations thereof; wherein said textile substrate or a cellulose-based substrate comprises at least one coating layer; wherein said coating layer comprises: a polymer binder and, at least 5% - 50% (wt residue /wt coating ) particles of a residue, wherein the residue particles have a particle size of less than 0.7 mm; wherein the residue is of vegetable origin selected from a list comprised of: saw dust, leaf and stem residues, mushroom residues, paper residues, cereal residues, tea plant residues, coffee residues, rice husk, nut residues (in particular walnut, almond, chestnut, cashew, pine nut), tree bark (in particular pine and eucalyptus), olive stones, or mixtures thereof; wherein said coating layer has a composition comprising 50% to 90% (wt residue /wt coating ) of a suitable polymer binder, in particular natural or synthetic polymer binder, or combination thereof; wherein the composition comprises a viscosity between 20 - 100 dPas at 20 °C; and wherein said coating layer is obtained by knife coating or rotary screen. a textile substrate or a cellulose-based substrate selected from: knitted, woven, nonwoven fabrics, paper or combinations thereof; wherein said textile substrate or a cellulose-based substrate comprises at least one coating layer; wherein said coating layer comprises: a polymer binder and, at least 5% - 50% (wt residue /wt coating ) particles of a residue, wherein the residue particles have a particle size of less than 0.7 mm; wherein the residue is of vegetable origin selected from a list comprised of: saw dust, leaf and stem residues, mushroom residues, paper residues, cereal residues, tea plant residues, coffee residues, rice husk, nut residues (in particular walnut, almond, chestnut, cashew, pine nut), tree bark (in particular pine and eucalyptus), olive stones, or mixtures thereof; a polymer binder and, at least 5% - 50% (wt residue /wt coating ) particles of a residue, wherein the residue particles have a particle size of less than 0.7 mm; wherein the residue is of vegetable origin selected from a list comprised of: saw dust, leaf and stem residues, mushroom residues, paper residues, cereal residues, tea plant residues, coffee residues, rice husk, nut residues (in particular walnut, almond, chestnut, cashew, pine nut), tree bark (in particular pine and eucalyptus), olive stones, or mixtures thereof; wherein said coating layer has a composition comprising 50% to 90% (wt residue /wt coating ) of a suitable polymer binder, in particular natural or synthetic polymer binder, or combination thereof; wherein the composition comprises a viscosity between 20 - 100 dPas at 20 °C; and wherein said coating layer is obtained by knife coating or rotary screen.
A terminal converting an electronic product code (EPC) into a decoded bar code , the terminal comprising: an RFID reading device ; one or more processors; a computer readable storage medium ; first program instructions to convert a hexadecimal representation of a manager number of the EPC into a decimal representation of a manufacturer code ; second program instructions to convert a hexadecimal representation of an object class of the EPC into a decimal representation of a product code ; and third program instructions to construct the decoded bar code from the manufacturer code and the product code based on inserting the manufacturer code and the product code into the decoded bar code ; wherein the first, second, and third program instructions are stored on the computer readable storage medium for execution by the one or more processors. an RFID reading device ; one or more processors; a computer readable storage medium ; first program instructions to convert a hexadecimal representation of a manager number of the EPC into a decimal representation of a manufacturer code ; second program instructions to convert a hexadecimal representation of an object class of the EPC into a decimal representation of a product code ; and third program instructions to construct the decoded bar code from the manufacturer code and the product code based on inserting the manufacturer code and the product code into the decoded bar code ; wherein the first, second, and third program instructions are stored on the computer readable storage medium for execution by the one or more processors.
Device for assisting breathing, comprising: - a micro-blower equipped with an electric motor , - a motor control system for controlling the electric motor of the micro-blower , and - a power supply that electrically powers the electric motor and control system via a supply bus connecting the power supply to the electric motor of the micro-blower , characterized in that the control system comprises: - a transistor bridge circuit , arranged between the power supply and the electric motor , comprising 3 transistor bridges arranged in parallel, each transistor bridge connecting the bus to the motor and comprising one pair of transistors (T1, T4; T2, T5; T3, T6), - a motor drive circuit for commanding at least the accelerations and decelerations of the motor , said motor drive circuit being electrically connected to the motor and to the transistors (T1, T4; T2, T5; T3, T6), and - a plurality of voltage-regulating diodes (D1-D6), arranged in parallel with the transistors (T1, T4; T2, T5; T3, T6), for limiting at least some of the overvoltages of the motor during decelerations of the motor . - a micro-blower equipped with an electric motor , - a motor control system for controlling the electric motor of the micro-blower , and - a power supply that electrically powers the electric motor and control system via a supply bus connecting the power supply to the electric motor of the micro-blower , - a transistor bridge circuit , arranged between the power supply and the electric motor , comprising 3 transistor bridges arranged in parallel, each transistor bridge connecting the bus to the motor and comprising one pair of transistors (T1, T4; T2, T5; T3, T6), - a motor drive circuit for commanding at least the accelerations and decelerations of the motor , said motor drive circuit being electrically connected to the motor and to the transistors (T1, T4; T2, T5; T3, T6), and - a plurality of voltage-regulating diodes (D1-D6), arranged in parallel with the transistors (T1, T4; T2, T5; T3, T6), for limiting at least some of the overvoltages of the motor during decelerations of the motor .
A method for making a hollow screw (10, 10', 10"", 10""′, 10"""), comprising the steps of: forming a shallow cup having a radially outwardly extending rough cut flange at one end thereof from a generally flat metal material; extruding an elongated and hollow body from the shallow cup ; clipping and flattening the generally radially outwardly extending rough cut flange to the desired size and shape of a screw head ; inverting the screw head into a generally central curved dome with an outwardly extending skirt ; reconing the central curved dome into an outer polygonal shape ; stamping the skirt into an integral washer ; annealing to soften at least the elongated and hollow body ; rolling a plurality of threads to at least a portion of the exterior of the softened elongated and hollow body , thereby forming the elongated and hollow body into a substantially smooth shank portion and a threaded portion ; and hardening the hollow screw (10, 10', 10"", 10'"", 10′′′′′′). forming a shallow cup having a radially outwardly extending rough cut flange at one end thereof from a generally flat metal material; extruding an elongated and hollow body from the shallow cup ; clipping and flattening the generally radially outwardly extending rough cut flange to the desired size and shape of a screw head ; inverting the screw head into a generally central curved dome with an outwardly extending skirt ; reconing the central curved dome into an outer polygonal shape ; stamping the skirt into an integral washer ; annealing to soften at least the elongated and hollow body ; rolling a plurality of threads to at least a portion of the exterior of the softened elongated and hollow body , thereby forming the elongated and hollow body into a substantially smooth shank portion and a threaded portion ; and hardening the hollow screw (10, 10', 10"", 10'"", 10′′′′′′).
Lighting device for vehicles comprising - a container body that delimits a containment seat that houses at least one light source , particularly of the LED type, structured so as to emit a light beam when powered with electricity, - a lenticular body , disposed to close the containment seat and suitable to be crossed by said light beam produced by the light source , - a light guide comprising a light guide body that extends from a light inlet wall , facing said light source , to a light exit wall facing said lenticular body , said light guide being suitable to propagate said light beam inside it, said light beam entering from the light inlet wall and exiting from the light outlet wall , facing the lenticular body , characterized in that - the light guide body comprises, in correspondence of said light inlet wall , at least one focusing element suitable to collimate along a main propagation direction (X-X) towards the light outlet wall the light beam emitted by the source light , and in that said light guide body comprises at least one reflecting wall , disposed adjacent to said focusing device , said reflecting wall being structured to receive a portion of said light beam collimated by the focusing device and to reflect it, satisfying the condition of total internal reflection on the reflecting wall itself, towards the light outlet wall along a secondary propagation direction (Y-Y), incident with the main propagation direction (X-X) according to an angle of incidence (α). - a container body that delimits a containment seat that houses at least one light source , particularly of the LED type, structured so as to emit a light beam when powered with electricity, - a lenticular body , disposed to close the containment seat and suitable to be crossed by said light beam produced by the light source , - a light guide comprising a light guide body that extends from a light inlet wall , facing said light source , to a light exit wall facing said lenticular body , said light guide being suitable to propagate said light beam inside it, said light beam entering from the light inlet wall and exiting from the light outlet wall , facing the lenticular body , characterized in that - the light guide body comprises, in correspondence of said light inlet wall , at least one focusing element suitable to collimate along a main propagation direction (X-X) towards the light outlet wall the light beam emitted by the source light , and in that said light guide body comprises at least one reflecting wall , disposed adjacent to said focusing device , said reflecting wall being structured to receive a portion of said light beam collimated by the focusing device and to reflect it, satisfying the condition of total internal reflection on the reflecting wall itself, towards the light outlet wall along a secondary propagation direction (Y-Y), incident with the main propagation direction (X-X) according to an angle of incidence (α).
A burner, wherein the burner comprises a plurality of flame distributors , each flame distributor provided with at least three ejection tubes and the flame distributors arranged in parallel with each other; a fastener passing through the plurality of the flame distributors and connecting the plurality of the flame distributors into a fire grate ; and a compressing piece provided at an end of the fastener protruding from the fire grate and the compressing piece compressing the fire grate : characterized in that the fastener comprises at least one pair of fasteners , each pair of fasteners are symmetrically arranged relative to a symmetry axis of the flame distributors in a plumb direction. a fastener passing through the plurality of the flame distributors and connecting the plurality of the flame distributors into a fire grate ; and a compressing piece provided at an end of the fastener protruding from the fire grate and the compressing piece compressing the fire grate : characterized in that the fastener comprises at least one pair of fasteners , each pair of fasteners are symmetrically arranged relative to a symmetry axis of the flame distributors in a plumb direction.
A composition for soft polyurethane foam, comprising a polyol component, an isocyanate component, a foaming agent, a cell opening agent, a foam stabilizer and a catalyst, wherein: the catalyst is an amine catalyst having 11 or more carbon atoms, the cell opening agent is a polyol having an ethylene oxide content of more than 50 mol%, the foam stabilizer is a high-activity silicone, the high-activity silicone has a surface tension of 22 mN/m or more, measured according to a capillary-rise method, and the content of the high-activity silicone foam stabilizer is 0.7 to 1.2 parts by mass per 100 parts by mass of the polyol component. the catalyst is an amine catalyst having 11 or more carbon atoms, the cell opening agent is a polyol having an ethylene oxide content of more than 50 mol%, the foam stabilizer is a high-activity silicone, the high-activity silicone has a surface tension of 22 mN/m or more, measured according to a capillary-rise method, and the content of the high-activity silicone foam stabilizer is 0.7 to 1.2 parts by mass per 100 parts by mass of the polyol component.
An entrapping device for preventing or reducing non-target deposition of embolic material in a blood vessel feeding a target organ in a subject, following embolization therapy, the entrapping device comprising an expandable filter configured for positioning within a heart right atrium and for covering said right atrium inlet opening from within said right atrium; wherein said filter comprises a mesh with a pore size diameter in the range of 15-50 micrometer, said mesh configured for capturing embolic material infiltrating the right atrium and said entrapping device being characterized in that said filter comprises a hollow sleeve extending circumferentially about the perimeter of the filter, and a drawstring housed within said hollow sleeve, wherein said drawstring, when pulled is configured to close the perimeter of the filter, thereby forming a pocket within which captured embolic material is entrapped.
Method for manufacturing a hot press-hardened component for a vehicle body, for aircraft or high-strength construction elements, comprising the following production steps: a) providing a steel product produced at least in sections from a stainless steel having the following composition (specified in %.wt.) C: 0.010-1.200 %, P: up to 0.1 %, S: up to 0.1 %, Si: 0.10-1.5 %, Cr: 10.5-20.0 % and optionally one or more elements from the group "Mn, Mo, Ni, Cu, N, Ti, Nb, B, V, Al, Ca, As, Sn, Sb, Pb, Bi, H" with the requirement Mn: 0.10-3.0 %, Mo: 0.05-2.50 %, Ni: 0.05-8.50 %, Cu: 0.050-3.00 %, N: 0.01-0.2 %, Ti: up to 0.02 %, Nb: up to 0.1 %, B: up to 0.1 %, V: up to 0.2 %, Al: 0.001-1.50 %, Ca: 0.0005-0.003 %, As: 0.003-0.015 %, Sn: 0.003-0.01 %, Sb: 0.002-0.01 %, Pb: up to 0.01 %, Bi: up to 0.01 %, H: up to 0.0025 %, remainder iron and unavoidable impurities; b) heating the steel product through to an austenisation temperature above the Ac3 temperature of the stainless steel; c) hot press-hardening the heated steel product into the component in a pressing die; d) cooling at least one section of the component obtained at a cooling rate which is high enough for a martensitic structure to form in the section which is rapidly cooled in each case, wherein the component obtained, in the areas in which it has a martensitic structure, has a tensile strength amounting to at least 900 MPa and an elongation A80 of at least 2 %. a) providing a steel product produced at least in sections from a stainless steel having the following composition (specified in %.wt.) C: 0.010-1.200 %, P: up to 0.1 %, S: up to 0.1 %, Si: 0.10-1.5 %, Cr: 10.5-20.0 % and optionally one or more elements from the group "Mn, Mo, Ni, Cu, N, Ti, Nb, B, V, Al, Ca, As, Sn, Sb, Pb, Bi, H" with the requirement Mn: 0.10-3.0 %, Mo: 0.05-2.50 %, Ni: 0.05-8.50 %, Cu: 0.050-3.00 %, N: 0.01-0.2 %, Ti: up to 0.02 %, Nb: up to 0.1 %, B: up to 0.1 %, V: up to 0.2 %, Al: 0.001-1.50 %, Ca: 0.0005-0.003 %, As: 0.003-0.015 %, Sn: 0.003-0.01 %, Sb: 0.002-0.01 %, Pb: up to 0.01 %, Bi: up to 0.01 %, H: up to 0.0025 %, remainder iron and unavoidable impurities; b) heating the steel product through to an austenisation temperature above the Ac3 temperature of the stainless steel; c) hot press-hardening the heated steel product into the component in a pressing die; d) cooling at least one section of the component obtained at a cooling rate which is high enough for a martensitic structure to form in the section which is rapidly cooled in each case, wherein the component obtained, in the areas in which it has a martensitic structure, has a tensile strength amounting to at least 900 MPa and an elongation A80 of at least 2 %.
A polyphenylene ether comprising a repeating unit derived from a phenol of the formula : (in the formula , R 13 is an optionally substituted saturated or unsaturated hydrocarbon group having a carbon number of 15, R 11 and R 12 are each independently one of a hydrogen atom, a linear saturated hydrocarbon group having a carbon number of 1 to 12, and substituents represented by the following formula , where R 11 and R 12 cannot be both hydrogen atoms): (in the formula , each R 31 is independently an optionally substituted linear alkyl group having a carbon number of 1 to 8, or atoms in the two R 31 are bonded together to form a cyclic alkyl group with a carbon number of 1 to 8, each R 32 is independently an optionally substituted alkylene group having a carbon number of 1 to 8, b is each independently 0 or 1, and R 33 is a hydrogen atom, an optionally substituted alkyl group having a carbon number of 1 to 8, or an optionally substituted phenyl group).
A neural interface arrangement comprising: a plurality of probes for subdural implantation into or onto a human brain , each probe including at least one sensing electrode (205; 305; 405), a coil (202; 302; 402) for receiving power via inductive coupling, signal processing circuitry (203; 303; 403) coupled to the sensing electrode(s) (205; 305; 405), and means (202; 302; 402) for wirelessly transmitting data-carrying signals arising from the sensing electrode(s); an array of coils for implantation above the dura , beneath the skull , the array of coils being for inductively coupling with the coil (202; 302; 402) of each of the plurality of probes , for transmitting power to the probes ; and a primary coil connected to the array of coils , the primary coil being for inductively coupling with an external transmitter device , for receiving power from the external transmitter device ; wherein the array of coils is embedded within a sheet; wherein, in use, the primary coil is operable to receive power from the external transmitter device by inductive coupling and to cause the array of coils to transmit power to the plurality of probes by inductive coupling; and wherein, in use, the plurality of probes are operable to wirelessly transmit data-carrying signals arising from the sensing electrodes (205; 305; 405). a plurality of probes for subdural implantation into or onto a human brain , each probe including at least one sensing electrode (205; 305; 405), a coil (202; 302; 402) for receiving power via inductive coupling, signal processing circuitry (203; 303; 403) coupled to the sensing electrode(s) (205; 305; 405), and means (202; 302; 402) for wirelessly transmitting data-carrying signals arising from the sensing electrode(s); an array of coils for implantation above the dura , beneath the skull , the array of coils being for inductively coupling with the coil (202; 302; 402) of each of the plurality of probes , for transmitting power to the probes ; and a primary coil connected to the array of coils , the primary coil being for inductively coupling with an external transmitter device , for receiving power from the external transmitter device ; wherein the array of coils is embedded within a sheet; wherein, in use, the primary coil is operable to receive power from the external transmitter device by inductive coupling and to cause the array of coils to transmit power to the plurality of probes by inductive coupling; and wherein, in use, the plurality of probes are operable to wirelessly transmit data-carrying signals arising from the sensing electrodes (205; 305; 405).
A method of operating a coil forming device comprising a housing, the method comprising receiving a continuous rolled product at an entry to the housing comprising a reform tub; guiding the product into the housing; forming a partial coil supported by a first support in the housing, characterized in retracting the first support and dropping the partial coil onto a second support comprising a combined iris and shear unit, the iris and shear unit comprising an actuator and a plurality of support members coupled together in series and connected to the actuator; and wherein each support member further comprises a retractable shear blade , the support members of the combined iris and shear unit being adapted to be retracted away from a wall of the reform tub, so that coil forming takes place within the reform tub without interference; or to be extended into the reform tub and providing support for the coil; or to be in a shear position for cutting a coil before it is extracted; the method further comprising adding further coils to the partial coil; extending the first support; retracting the second support; and dropping the formed coil onto a coil plate .