mhurhangee/ep-ind-claims huggingface dataset:
A method of improving the cosmetic appearance of skin and/or hair of a subject wherein the method comprises: (a) providing a sample of platelet rich plasma from the subject, wherein the platelet rich plasma comprises more than 500,000 platelets/ μl; (b) providing a cosmetically acceptable carrier comprising an activator, wherein the activator is collagen; (c) admixing a portion of the platelet rich plasma to a portion of the cosmetically acceptable carrier to form a topical composition; (d) applying the topical composition to an area of the subject's skin; and (e) repeating steps (c) and (d); wherein the topical composition is applied to the area of the subject's skin within less than 4 hours of the activator mixing with the platelet rich plasma. (a) providing a sample of platelet rich plasma from the subject, wherein the platelet rich plasma comprises more than 500,000 platelets/ μl; (b) providing a cosmetically acceptable carrier comprising an activator, wherein the activator is collagen; (c) admixing a portion of the platelet rich plasma to a portion of the cosmetically acceptable carrier to form a topical composition; (d) applying the topical composition to an area of the subject's skin; and (e) repeating steps (c) and (d); wherein the topical composition is applied to the area of the subject's skin within less than 4 hours of the activator mixing with the platelet rich plasma.
A telescopic protective cover, comprising a plurality of box-shaped members slidable inside one another and at least one pantograph constrained to a group of box-shaped members arranged in succession; the pantograph or articulated connection comprises a plurality of basic cross joints which are adjacent to each other and interconnected in succession in the direction of movement of the telescopic cover; each cross joint comprises two arms hinged centrally to one another through the agency of a central pin; each arm has, on opposite sides of the central pin, two longitudinal ends which are hinged to respective peripheral pins; wherein the arms of the cross joints of the pantograph are telescopic and, for each pair of peripheral pins of the pantograph which are aligned in a direction transversal to the direction of movement of the telescopic cover, both of the peripheral pins are fixed to a single box-shaped member, the telescopic cover being characterized in that the central pin of each cross joint is fixed to a box-shaped member which is interposed between the adjacent box-shaped members which the respective longitudinal ends of the same cross joint are hinged to in pairs.
A vehicle roof structure including a vehicle roof, a condenser, an evaporator, a fan and a shroud assembly and a device for fixing a pipe and an electric wire on a given region of the vehicle roof, the device comprising the pipe connecting the condenser with the evaporator and the electric wire supplying power to the fan and shroud assembly, the device further comprising: - a first connection member having a first through hole adapted to pass the pipe therethrough and a hollow portion formed on a given region thereof; and - a second connection member having a second through hole adapted to pass the electric wire therethrough, wherein a fastening hole is formed on the given region of the vehicle roof, and the pipe connects the condenser, disposed at the outside of the vehicle roof, with the evaporator disposed at the inside of the vehicle, the second connection member having the corresponding shape to the hollow portion in such a manner as to be integrally formed with the first connexion member, so that the first connection member and the second connection member block the fastening hole formed on the given region of the vehicle. - a first connection member having a first through hole adapted to pass the pipe therethrough and a hollow portion formed on a given region thereof; and - a second connection member having a second through hole adapted to pass the electric wire therethrough,
A method of providing torque-assist to a rotary shaft of an internal combustion engine, the method comprising: determining a rate at which the exhaust gas recirculation valve opens and/or closes; assisting the rotation of the rotary shaft using an electric machine in response to the operation of an exhaust gas recirculation valve (29, 35), wherein there is a delay between the opening of the exhaust gas recirculation valve (29, 35) and assisting the rotation of the rotary shaft using the electric machine; and wherein a level of torque assist and/or a rate at which torque assist is provided is based on the rate at which the EGR valve opens and/or closes. determining a rate at which the exhaust gas recirculation valve opens and/or closes; assisting the rotation of the rotary shaft using an electric machine in response to the operation of an exhaust gas recirculation valve (29, 35), wherein there is a delay between the opening of the exhaust gas recirculation valve (29, 35) and assisting the rotation of the rotary shaft using the electric machine; and wherein a level of torque assist and/or a rate at which torque assist is provided is based on the rate at which the EGR valve opens and/or closes.
A control method of a fermented food refrigerator comprising: measuring acidity of a fermented food and judging (231, 232) whether or not a ripening degree of the fermented food according to the measured acidity corresponds to an initial stage, a middle stage, or a late stage; measuring salinity of the fermented food and judging (251, 252) whether or not the measured salinity is high or low according to the judged ripening degree; and adjusting (261, 262, 263) a storage temperature according to the judged salinity. measuring acidity of a fermented food and judging (231, 232) whether or not a ripening degree of the fermented food according to the measured acidity corresponds to an initial stage, a middle stage, or a late stage; measuring salinity of the fermented food and judging (251, 252) whether or not the measured salinity is high or low according to the judged ripening degree; and adjusting (261, 262, 263) a storage temperature according to the judged salinity.
A metallic decorative sheet intermediate product, comprising: a metal layer; and a film layer to hold the metal layer comprising a film to hold the metal layer, wherein the film holds the metal layer, wherein the film to hold the metal layer comprises: a thermosplastic resin having a melting point of 230°C to 250°C, said melting point being determined by using a differential scanning calorimeter according to JIS (Japanese Industrial Standard) K 7121, wherein a total luminous transmittance of the film to hold the metal layer is 85% or more, said total luminous transmittance being measured by means of a haze meter according to JIS K 7361, wherein the thermoplastic resin is a polyethylene terephthalate modified with neopentyl glycol, wherein the thickness of the metal layer is 10 nm to 100 nm, and wherein the metal layer has a sea-island structure in which islands of metal particle have gaps apart from each other. a metal layer; and a film layer to hold the metal layer comprising a film to hold the metal layer, wherein the film holds the metal layer, wherein the film to hold the metal layer comprises: a thermosplastic resin having a melting point of 230°C to 250°C, said melting point being determined by using a differential scanning calorimeter according to JIS (Japanese Industrial Standard) K 7121, wherein a total luminous transmittance of the film to hold the metal layer is 85% or more, said total luminous transmittance being measured by means of a haze meter according to JIS K 7361, wherein the thermoplastic resin is a polyethylene terephthalate modified with neopentyl glycol, wherein the thickness of the metal layer is 10 nm to 100 nm, and wherein the metal layer has a sea-island structure in which islands of metal particle have gaps apart from each other.
A method for producing a pre-insulated pipe, comprising: - inserting a length of jacket pipe into a guide channel having a front end and a rear end; - fixing said length of jacket pipe in said guide channel using a plurality of fixation modules at a plurality of positions between the front end and the rear end of the guide channel; - providing a first end of a length of insulated inner piping, said length of insulated inner piping comprising a length of inner pipe surrounded by at least one layer of compressible insulation material; - inserting, at said front end of said guide channel, into said length of jacket pipe, said first end of said length of insulated inner piping; - applying an overpressure at least in an interior of said length of jacket pipe, around the inserted first end of the length of insulated inner piping; and - moving said first end of said length of insulated inner piping to said rear end of said guide channel; wherein said overpressure is such that said at least one layer of insulation material is radially compressed; - removing said overpressure to fix said length of insulated inner piping in said length of jacket pipe in order to form a pre-insulated pipe. - inserting a length of jacket pipe into a guide channel having a front end and a rear end; - fixing said length of jacket pipe in said guide channel using a plurality of fixation modules at a plurality of positions between the front end and the rear end of the guide channel; - providing a first end of a length of insulated inner piping, said length of insulated inner piping comprising a length of inner pipe surrounded by at least one layer of compressible insulation material; - inserting, at said front end of said guide channel, into said length of jacket pipe, said first end of said length of insulated inner piping; - applying an overpressure at least in an interior of said length of jacket pipe, around the inserted first end of the length of insulated inner piping; and - moving said first end of said length of insulated inner piping to said rear end of said guide channel; wherein said overpressure is such that said at least one layer of insulation material is radially compressed; - removing said overpressure to fix said length of insulated inner piping in said length of jacket pipe in order to form a pre-insulated pipe.
A method for making a graphene nanoribbon comprising the steps of: a) contacting a poly(phenylene ethynylene) polymer, an annulating compound, and a catalyst system comprising a metal catalyst and a protic acid, such that the PPE polymer is arylannulated; b) oxidizing the arylannulated polymer product from a), such that a graphene nanoribbon is formed. a) contacting a poly(phenylene ethynylene) polymer, an annulating compound, and a catalyst system comprising a metal catalyst and a protic acid, such that the PPE polymer is arylannulated; b) oxidizing the arylannulated polymer product from a), such that a graphene nanoribbon is formed.
A multiple-pane insulating glazing unit comprising two glass panes and a between-pane space, the two glass panes respectively defining two opposed external pane surfaces, a desired one of the two external pane surfaces having a flash-lamp-treated transparent conductive oxide coating such that a desired one of the two glass panes is a coated glass pane, said coated glass pane being annealed glass having a surface stress of less than 3,500 psi (24.13 MPa), said coating comprising a flash-treated indium tin oxide film and an overcoat film on the flash-treated indium tin oxide film, the flash-treated indium tin oxide film having a thickness of less than 1,800 Å, the flash-treated indium tin oxide film being a sputtered film having a surface roughness of less than 3 nm, the flash-treated indium tin oxide film having a sheet resistance of less than 15 Ω/square in combination with said coated glass pane having a monolithic visible transmittance of greater than 0.82, the flash-treated indium tin oxide film having an optical bandgap of 370 nm or shorter and being characterized by a pre-flash optical bandgap of 400 nm or longer such that on a pre-flash basis said indium tin oxide film is absorptive of energy in the 370 to 400 nm range that is emitted by a flash during flash lamp treatment of said indium tin oxide film, the flash-treated indium tin oxide film having a carrier concentration of 9-13 x10 20 /cm 3.
An installation platform for installing an elevator during construction of a building, the installation platform having a width in a first horizontal direction between the guide rails, a depth in a second horizontal direction perpendicular to the first horizontal direction, the installation platform comprising a first deck and a second deck positioned at a vertical distance above the first deck, a support frame extending between the first deck and the second deck, guide means for guiding the installation platform movably on the guide rails, wherein at least the width of the two decks (100, 200) is adjustable in order to adapt the two decks (100, 200) to the horizontal dimensions of the shaft, characterized in that the support frame has a generally rectangular shape comprising two horizontal support beams (310, 320) passing in the first horizontal direction across the respective deck (100, 200), each deck (100, 200) being supported on the respective horizontal support beam (310, 320), two vertical support beams (330, 340), each vertical support beam (330, 340) connecting respective outer ends of the horizontal support beams (310, 320), the guide means being supported on the vertical support beams (330, 340), a length of the two horizontal support beams (310, 320) being adjustable in order to adapt said length to the distance between the guide rails in the shaft. a first deck and a second deck positioned at a vertical distance above the first deck, a support frame extending between the first deck and the second deck, guide means for guiding the installation platform movably on the guide rails, wherein at least the width of the two decks (100, 200) is adjustable in order to adapt the two decks (100, 200) to the horizontal dimensions of the shaft, characterized in that the support frame has a generally rectangular shape comprising two horizontal support beams (310, 320) passing in the first horizontal direction across the respective deck (100, 200), each deck (100, 200) being supported on the respective horizontal support beam (310, 320), two vertical support beams (330, 340), each vertical support beam (330, 340) connecting respective outer ends of the horizontal support beams (310, 320), the guide means being supported on the vertical support beams (330, 340), a length of the two horizontal support beams (310, 320) being adjustable in order to adapt said length to the distance between the guide rails in the shaft.
Method for starting an internal combustion engine according to which the internal combustion engine is set in rotating motion with the aid of an electrical machine, the rotating motion is maintained to bring said engine to a state in which the engine rotates independently, characterized in that driving of the engine is stopped when the instantaneous engine speed exceeds a predetermined speed threshold (S n) and the instantaneous acceleration (A i) of said engine speed is greater than a predetermined acceleration threshold (S a).
A high temperature superconductor tape system (800, 900), comprising: a. a first high temperature superconductor tape having a first metal substrate and a first superconducting layer; b. a second high temperature superconductor tape having a second metal substrate and a second superconducting layer; c. a metal substrate connecting area in which the first and the second metal substrate are essentially connected edge to edge with each other, wherein the metal substrate connecting area is configured to resist a tensile stress of more than 50% of that tensile stress to which the first and the second metal substrate essentially resist without damage; further comprising a connecting piece for manufacturing a superconducting connection between the first superconducting layer and the second superconducting layer, the connection piece comprising: d. at least one buffer layer; e. a first contact layer which is arranged on a first side of the buffer layer after removing a metal substrate; f. a superconducting layer which is arranged on a second side of the buffer layer; and g. a second contact layer which is arranged on the superconducting layer. a. a first high temperature superconductor tape having a first metal substrate and a first superconducting layer; b. a second high temperature superconductor tape having a second metal substrate and a second superconducting layer; c. a metal substrate connecting area in which the first and the second metal substrate are essentially connected edge to edge with each other, wherein the metal substrate connecting area is configured to resist a tensile stress of more than 50% of that tensile stress to which the first and the second metal substrate essentially resist without damage; d. at least one buffer layer; e. a first contact layer which is arranged on a first side of the buffer layer after removing a metal substrate; f. a superconducting layer which is arranged on a second side of the buffer layer; and g. a second contact layer which is arranged on the superconducting layer.
A method for wireless communications by a user equipment, UE, comprising: receiving signaling configuring the UE for uplink control channel transmission on a primary uplink carrier, PUL, or a supplemental uplink carrier, SUL, the SUL comprising an uplink carrier not paired to a downlink carrier; monitoring in at least one search space for a fallback downlink control information, DCI, scheduling the UE for uplink data transmission to a cell on the PUL or the SUL, the fallback DCI including a padding bit indicating the PUL or the SUL for the uplink data transmission; and sending the uplink data transmission to the cell on the PUL or the SUL based on the fallback DCI. receiving signaling configuring the UE for uplink control channel transmission on a primary uplink carrier, PUL, or a supplemental uplink carrier, SUL, the SUL comprising an uplink carrier not paired to a downlink carrier; monitoring in at least one search space for a fallback downlink control information, DCI, scheduling the UE for uplink data transmission to a cell on the PUL or the SUL, the fallback DCI including a padding bit indicating the PUL or the SUL for the uplink data transmission; and sending the uplink data transmission to the cell on the PUL or the SUL based on the fallback DCI.
An organic peroxide formulation comprising: at least one organic peroxide; and at least one sulfur-containing compound, wherein, the formulation does not include any bis-, tri- or higher poly-maleimides, or bis-, tri- or higher poly-citraconimides, wherein the at least one sulfur-containing compound is selected from the group consisting of poly(t-amylphenol disulfide), poly(t-butylphenol disulfide), 4,4-dithiodimorpholine, N,N'-caprolactam disulfide, and a combination thereof, or wherein the at least one sulfur-containing compound includes benzothiazyl disulfide and at least one additional sulfur-containing compound, wherein the at least one sulfur-containing compound is in an amount of from 5 to 70 wt% based on the total organic peroxide formulation, and wherein the amounts of the at least one organic peroxide and the at least one sulfur-containing compound are selected such that the formulation is capable of curing an elastomer composition in the full or partial presence of oxygen. at least one organic peroxide; and at least one sulfur-containing compound, wherein, the formulation does not include any bis-, tri- or higher poly-maleimides, or bis-, tri- or higher poly-citraconimides, wherein the at least one sulfur-containing compound is selected from the group consisting of poly(t-amylphenol disulfide), poly(t-butylphenol disulfide), 4,4-dithiodimorpholine, N,N'-caprolactam disulfide, and a combination thereof, or wherein the at least one sulfur-containing compound includes benzothiazyl disulfide and at least one additional sulfur-containing compound, wherein the at least one sulfur-containing compound is in an amount of from 5 to 70 wt% based on the total organic peroxide formulation, and
An analog buffer circuit (106, 200, 300, 400) configured to match an output impedance of an amplifier with an input impedance of a speaker, the circuit comprising: a primary transistor (202, 302, 402), the primary transistor having a first back gate terminal (208, 308, 408), a first source terminal, a first gate terminal, and a first drain terminal, the first source terminal being an output of the buffer circuit, the output being coupled to the speaker; a secondary transistor (212, 312, 412), the secondary transistor having a second back gate terminal (218, 318, 418), a second drain terminal, a second source terminal, and a second gate terminal, the secondary transistor configured to receive an input signal from the amplifier at the second gate terminal; wherein the first back gate terminal (208, 308, 408) of the primary transistor is coupled to the second back gate terminal of the secondary transistor so that the second source terminal of the secondary transistor drives the first back gate terminal independently from the output of the buffer circuit and responsively adjusts the transconductance of the primary transistor; wherein the second back gate terminal (218, 318, 418) is coupled to the second source terminal and the first back gate terminal is not coupled to the first drain terminal; and further comprising a high pass or bandpass type filter network coupled between the first back gate terminal and the second back gate terminal. a primary transistor (202, 302, 402), the primary transistor having a first back gate terminal (208, 308, 408), a first source terminal, a first gate terminal, and a first drain terminal, the first source terminal being an output of the buffer circuit, the output being coupled to the speaker; a secondary transistor (212, 312, 412), the secondary transistor having a second back gate terminal (218, 318, 418), a second drain terminal, a second source terminal, and a second gate terminal, the secondary transistor configured to receive an input signal from the amplifier at the second gate terminal;
A cellulose acetate having: a total degree of acetyl substitution of not greater than 2.7; a ratio τ of a sum of a degree of acetyl substitution at a 2-position and a degree of acetyl substitution at a 3-position to a degree of acetyl substitution at a 6-position in the total degree of acetyl substitution of not less than 2.0; and a content of a sulfate component of not less than 150 ppm and not greater than 380 ppm, wherein the content of the sulfate component is calculated in terms of SO 4 2- of sulfurous acid gas sublimated from the dried cellulose acetate and is expressed in ppm as the amount of sulfate component in 1 g of the cellulose acetate in the absolute dry state. a total degree of acetyl substitution of not greater than 2.7; a ratio τ of a sum of a degree of acetyl substitution at a 2-position and a degree of acetyl substitution at a 3-position to a degree of acetyl substitution at a 6-position in the total degree of acetyl substitution of not less than 2.0; and a content of a sulfate component of not less than 150 ppm and not greater than 380 ppm, wherein the content of the sulfate component is calculated in terms of SO 4 2- of sulfurous acid gas sublimated from the dried cellulose acetate and is expressed in ppm as the amount of sulfate component in 1 g of the cellulose acetate in the absolute dry state.