mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in a method of promoting a skin tissue regeneration, comprising any one of: (j) an S100A8 protein; (k) a cell that secretes an S100A8 protein; (l) a vector into which a DNA encoding an S100A8 protein is inserted; (m) an S100A9 protein; (n) a cell that secretes an S100A9 protein; and (o) a vector into which a DNA encoding an S100A9 protein is inserted, wherein the composition is administered to a tissue other than the skin tissue in need of regeneration, and wherein the skin tissue in need of regeneration is a skin ulcer associated with infected lesions or necrotizing lesions. (j) an S100A8 protein; (k) a cell that secretes an S100A8 protein; (l) a vector into which a DNA encoding an S100A8 protein is inserted; (m) an S100A9 protein; (n) a cell that secretes an S100A9 protein; and (o) a vector into which a DNA encoding an S100A9 protein is inserted,
A pretreatment liquid for aqueous pigment inkjet ink printing, the pretreatment liquid comprising: polyolefin resin particles, a flocculant, an acetylene diol-based surfactant and water; wherein a softening temperature of the polyolefin resin particles is from 50 to 100°C; and the flocculant contains a polyvalent metal salt having the solubility of 5 to 55 g/100 mL H 2 O at 25°C. polyolefin resin particles, a flocculant, an acetylene diol-based surfactant and water; wherein a softening temperature of the polyolefin resin particles is from 50 to 100°C; and the flocculant contains a polyvalent metal salt having the solubility of 5 to 55 g/100 mL H 2 O at 25°C.
A device for stimulating a hypoglossal nerve, comprising: a neurostimulator for generating an electrical signal and comprising a respiratory sensing circuit for sensing a respiratory waveform; a stimulation lead connected to the neurostimulator, the stimulation lead having a nerve cuff electrode configured for delivering the electrical signal to the hypoglossal nerve; and wherein the electrical signal comprises bursts of stimulation pulses in an AABB pattern covering two consecutive breaths at a level "A" followed by two consecutive breaths at a level "B," wherein each of the level "A" and the level "B" is defined as one of a stimulation amplitude, pulse width, frequency, duty cycle and phase adjust and wherein the bursts of stimulation pulses are a) synchronized to the sensed respiratory waveform or b) delivered at regular programmable intervals, each interval comprising a period of on stimulation followed by a period of off stimulation. a neurostimulator for generating an electrical signal and comprising a respiratory sensing circuit for sensing a respiratory waveform; a stimulation lead connected to the neurostimulator, the stimulation lead having a nerve cuff electrode configured for delivering the electrical signal to the hypoglossal nerve; and wherein the electrical signal comprises bursts of stimulation pulses in an AABB pattern covering two consecutive breaths at a level "A" followed by two consecutive breaths at a level "B," wherein each of the level "A" and the level "B" is defined as one of a stimulation amplitude, pulse width, frequency, duty cycle and phase adjust and wherein the bursts of stimulation pulses are a) synchronized to the sensed respiratory waveform or b) delivered at regular programmable intervals, each interval comprising a period of on stimulation followed by a period of off stimulation.
An apparatus comprising: a transducer generating a magnetic field; characterized in that: at least one magnetic plate configured with respect to the transducer to produce a magnetically shielded region from the magnetic field; and at least one further plate located between the transducer and an exterior of the apparatus wherein the at least one further plate is within the magnetically shielded region and contains at least one air gap configured to form a trap for particles, said at least one air gap being formed either: within a single one of said at least one further plate; or between two of said at least one further plate when said at least one further plate comprises at least two further plates. at least one magnetic plate configured with respect to the transducer to produce a magnetically shielded region from the magnetic field; and at least one further plate located between the transducer and an exterior of the apparatus wherein the at least one further plate is within the magnetically shielded region and contains at least one air gap configured to form a trap for particles, said at least one air gap being formed either: within a single one of said at least one further plate; or between two of said at least one further plate when said at least one further plate comprises at least two further plates. within a single one of said at least one further plate; or between two of said at least one further plate when said at least one further plate comprises at least two further plates.
A device for attaching a support bar to a trampoline having an annular frame and a plurality of feet, comprising: a housing having a receptacle for the support bar and a receptacle for a foot of the trampoline, the receptacles (10, 11) being adapted to provide a rigid connection between the trampoline foot and the support bar, characterized in that at least one stop is provided which, in the assembled state of the device, rests against an inner side of the annular frame of the trampoline and is fastened to the housing.
A method for connecting to a 4G network, wherein the method is performed by a terminal equipment, the method comprises: determining a radio resource, RR, state when the terminal equipment is not currently registered in the 4G network, wherein the RR state comprises an idle state and a non-idle state; characterized in that the method further comprises: determining a first duration in which the terminal equipment is in the non-idle state but not registered in the 4G network, when the RR state is the non-idle state; and releasing the RR state to the idle state to enable the terminal equipment to re-select to connect to the 4G network, when the first duration exceeds a first time threshold. determining a radio resource, RR, state when the terminal equipment is not currently registered in the 4G network, wherein the RR state comprises an idle state and a non-idle state; characterized in that the method further comprises: determining a first duration in which the terminal equipment is in the non-idle state but not registered in the 4G network, when the RR state is the non-idle state; and releasing the RR state to the idle state to enable the terminal equipment to re-select to connect to the 4G network, when the first duration exceeds a first time threshold. determining a first duration in which the terminal equipment is in the non-idle state but not registered in the 4G network, when the RR state is the non-idle state; and releasing the RR state to the idle state to enable the terminal equipment to re-select to connect to the 4G network, when the first duration exceeds a first time threshold.
A transmission device comprising: an encoding unit configured to encode transmission video data obtained by switching between a plurality of kinds of transmission video data having predetermined opto-electrical transfer characteristics to obtain a video stream; a transmission unit configured to transmit a container in a predetermined format containing the video stream; and an information insertion unit configured to insert, into the container, identification information representing a kind of a transmission video data in the video stream contained in the container, such that the identification information indicates the kind of transmission video data resulting from switching, from a timing a predetermined amount of time or longer before a timing of the switching. an encoding unit configured to encode transmission video data obtained by switching between a plurality of kinds of transmission video data having predetermined opto-electrical transfer characteristics to obtain a video stream; a transmission unit configured to transmit a container in a predetermined format containing the video stream; and an information insertion unit configured to insert, into the container, identification information representing a kind of a transmission video data in the video stream contained in the container, such that the identification information indicates the kind of transmission video data resulting from switching, from a timing a predetermined amount of time or longer before a timing of the switching.
A method for determining a temperature value of a molten metal bath with a device comprising an optical cored wire and a detector, comprising (a) providing the optical cored wire with its leading tip at a position p1 above the surface of the molten metal bath; (b) feeding the leading tip directed towards the molten metal bath from position p1 with a velocity v1 for a first time period from t1 to t2 to a position p2 in an immersion depth i1 below the surface of the molten metal bath; (c) feeding the leading tip with a velocity v2 for a second time period from t2 to t3 to a position p3 in an immersion depth i2 below the surface of the molten metal bath; (d) feeding the leading tip with a velocity v3 for a third time period from t3 to t4 to a position p4 in an immersion depth i3 below the surface of the molten metal bath; (e) either pausing with the feeding of the leading tip or feeding the leading tip with a velocity v4, each for a fourth time period from t4 to t5; (f) retracting the leading tip with a velocity v5 to a position above the surface of the molten metal bath after t5, (g) obtaining temperature information of the molten metal bath within a measuring time period within t2 to t5, wherein the immersion depth and velocities have the following relations (i) i2 > i1, (ii) i3 > i2, (iii) v1 > v2, (iv) v2 < v3 and (v) v4 < v1 or v2 or v3. (a) providing the optical cored wire with its leading tip at a position p1 above the surface of the molten metal bath; (b) feeding the leading tip directed towards the molten metal bath from position p1 with a velocity v1 for a first time period from t1 to t2 to a position p2 in an immersion depth i1 below the surface of the molten metal bath; (c) feeding the leading tip with a velocity v2 for a second time period from t2 to t3 to a position p3 in an immersion depth i2 below the surface of the molten metal bath; (d) feeding the leading tip with a velocity v3 for a third time period from t3 to t4 to a position p4 in an immersion depth i3 below the surface of the molten metal bath; (e) either pausing with the feeding of the leading tip or feeding the leading tip with a velocity v4, each for a fourth time period from t4 to t5; (f) retracting the leading tip with a velocity v5 to a position above the surface of the molten metal bath after t5, (g) obtaining temperature information of the molten metal bath within a measuring time period within t2 to t5, (i) i2 > i1, (ii) i3 > i2, (iii) v1 > v2, (iv) v2 < v3 and (v) v4 < v1 or v2 or v3.
An interlayer film for laminated glass suitable to be arranged between a first lamination glass member and a second lamination glass member to obtain a laminated glass, the interlayer film being obtained by mixing a first composition containing a first thermoplastic resin having a hydroxyl group and a plasticizer and a second composition containing a second thermoplastic resin having a hydroxyl group and a plasticizer; wherein the first thermoplastic resin is a polyvinyl acetal resin, which is obtained by acetalizing polyvinyl alcohol having an average polymerization degree of greater than or equal to 1500, and the second thermoplastic resin is a polyvinyl acetal resin, the content ratio of the hydroxyl group of the first thermoplastic resin is higher by 4% by mole or more than the content ratio of the hydroxyl group of the second thermoplastic resin, and the content of a polyvinyl acetal resin with a content ratio of the hydroxyl group less than 25% by mole is less than or equal to 4.5% by weight in 100% by weight of polyvinyl acetal resins included in the interlayer film, the ratio of the complex viscosity at 200°C of the second composition to the complex viscosity at 200°C of the first composition is less than 4.5 or the first thermoplastic resin and the second thermoplastic resin is a first thermoplastic resin and a second thermoplastic resin which satisfy the ratio of the complex viscosity at 200°C of the second composition obtained by mixing 100 parts by weight of the second thermoplastic resin and 60 parts by weight of triethylene glycol di-2-ethylhexanoate to the complex viscosity at 200°C of the first composition obtained by mixing 100 parts by weight of the first thermoplastic resin and 40 parts by weight of triethylene glycol di-2-ethylhexanoate to be less than 4.5, respectively, and wherein the complex viscosity at 200 °C is measured according to the method in the description.
A magnetic clamp, for use in clamping a sideform in precast concrete manufacture, the clamp including: a housing; a sideform connector for connecting the housing to the sideform; a magnet displaceably arranged within the housing; a displacement mechanism displaceably arranged on the housing to displace the magnet relative to the housing; and a force amplification mechanism connected to the magnet, at least a portion of the force amplification mechanism being interposed between the displacement mechanism and the magnet, characterised in that: the displacement mechanism includes a handle operable to pivot the magnet between a first, disengaged position, and a second, operative position in which the magnet is substantially fully in contact with a magnetic bed on which the clamp is mounted for use so as to clamp the sideform relative to the magnetic bed. a housing; a sideform connector for connecting the housing to the sideform; a magnet displaceably arranged within the housing; a displacement mechanism displaceably arranged on the housing to displace the magnet relative to the housing; and a force amplification mechanism connected to the magnet, at least a portion of the force amplification mechanism being interposed between the displacement mechanism and the magnet, characterised in that: the displacement mechanism includes a handle operable to pivot the magnet between a first, disengaged position, and a second, operative position in which the magnet is substantially fully in contact with a magnetic bed on which the clamp is mounted for use so as to clamp the sideform relative to the magnetic bed.
A system for detecting a multicomponent brain-based electromagnetic bio-signal comprising: at least two bio-signal sensors (11, 12, 13, 52, 60, 70) forming part of an oral attachment device (800, 900, 1000) configured to be positioned in an oral cavity to bring into contact the at least two bio-signal sensors with an oral tissue, wherein said at least two bio-signal sensors have a wired or wireless connection to at least one external computer processing unit, the at least two bio-signal sensors configured to detect a raw oral multicomponent electromagnetic bio-signal at the oral tissue and send the raw oral multicomponent electromagnetic bio-signal to the at least one external computer processing unit that includes an independent component analysis processor that isolates at least one primary raw brain-based multicomponent electromagnetic bio-signal from a plurality of other subcomponents (710, 720, 730) within the raw oral multicomponent electromagnetic- bio-signal, and wherein said external computer processing unit further includes a plurality of brain waves band pass filters that are configured to further separate the raw brain-based multicomponent signal into a plurality of frequency brain wave bands (751, 752). at least two bio-signal sensors (11, 12, 13, 52, 60, 70) forming part of an oral attachment device (800, 900, 1000) configured to be positioned in an oral cavity to bring into contact the at least two bio-signal sensors with an oral tissue, wherein said at least two bio-signal sensors have a wired or wireless connection to at least one external computer processing unit, the at least two bio-signal sensors configured to detect a raw oral multicomponent electromagnetic bio-signal at the oral tissue and send the raw oral multicomponent electromagnetic bio-signal to the at least one external computer processing unit that includes an independent component analysis processor that isolates at least one primary raw brain-based multicomponent electromagnetic bio-signal from a plurality of other subcomponents (710, 720, 730) within the raw oral multicomponent electromagnetic- bio-signal, and wherein said external computer processing unit further includes a plurality of brain waves band pass filters that are configured to further separate the raw brain-based multicomponent signal into a plurality of frequency brain wave bands (751, 752).
Motor vehicle comprising a front part comprising a grille, a radiator placed behind the grille, equipment, a lamp unit comprising a luminous assembly, and a device for supporting the said unit, the said device comprising a plate suitable for fixedly supporting the said unit on the equipment of the front part between the said radiator and the said grille, the said plate comprising at least a first opening (O1j) suitable for allowing a flow of air which has passed through the said grille to pass through so that it reaches a front face, the said opening (O1j) comprising a second opening (O2j) suitable for allowing a flow of air which has passed through said plate comprising at least a first opening (O1j) suitable for allowing a flow of air that has passed through said radiator grille to pass through to a front face of said radiator, characterized in that the lights of the light block are penetration lights, and in that said equipment is a beam implanted transversely between two opposing lateral sides of the vehicle
A method for producing a one component foam forming composition which contains at least one organic prepolymer composition for producing a fire retardant foam upon extrusion of the foam forming composition from a pressurized container, characterized in that the prepolymer composition and from 0.5 - 30 wt. % expandable graphite with respect to the weight of the prepolymer are supplied to the container, after which the container is sealed and pressurized by injection of at least part of the pressurized propellant into the closed container and the contents of the container are subjected to motion to cause mixing of the prepolymer composition, the expandable graphite and the propellant, wherein the prepolymer composition is at least partially prepolymerised when the expandable graphite is added and wherein the prepolymer has an isocyanate monomer content of less than 3 wt.% with respect to the total weight of the prepolymer.
A two-part hair dye comprising - a first part containing an alkali agent, - a second part containing hydrogen peroxide, and - a non-aerosol foamer container for discharging a liquid mixture of the first part and the second part in the form of a foam, wherein the liquid mixture contains the following components and; Component: oxidation dyes Component: 0.50 to 3.0 mass% of polypropylene glycol having a weight-average molecular weight of 200 to 800, wherein the content of the hydrogen peroxide in the liquid mixture is 3.60 mass% or higher, and wherein a viscosity at 25°C of the liquid mixture is 1 to 300 mPa·s. - a first part containing an alkali agent, - a second part containing hydrogen peroxide, and - a non-aerosol foamer container for discharging a liquid mixture of the first part and the second part in the form of a foam,
An ascending mechanised access ramp system which is suitable for providing independent access between a station platform and a floor of a train, the system including: a supporting frame mountable to the platform; a substantially planar casing box hingedly mounted to the supporting frame; a substantial planar sliding ramp, installed inside the casing box; side wheels installed on the sides of the sliding ramp, to allow the sliding ramp to skate inside the casing box; a remote controlled deployment mechanism configured to automatically move the sliding ramp between a stand-by position and a fully deployed position, such that a nose of the sliding ramp can be raised to a height equal with the train floor and can be engaged with the train floor; and wherein, in the deployed position, the sliding ramp can extend across both a vertical gap and a horizontal gap between a station platform and the floor of the train; characterised by the system including one or more sensors which can be installed on the train floor and one or more sensors installed on the nose of the sliding ramp to control the deployment of the sliding ramp. a supporting frame mountable to the platform; a substantially planar casing box hingedly mounted to the supporting frame; a substantial planar sliding ramp, installed inside the casing box; side wheels installed on the sides of the sliding ramp, to allow the sliding ramp to skate inside the casing box; a remote controlled deployment mechanism configured to automatically move the sliding ramp between a stand-by position and a fully deployed position, such that a nose of the sliding ramp can be raised to a height equal with the train floor and can be engaged with the train floor; and wherein, in the deployed position, the sliding ramp can extend across both a vertical gap and a horizontal gap between a station platform and the floor of the train; characterised by the system including one or more sensors which can be installed on the train floor and one or more sensors installed on the nose of the sliding ramp to control the deployment of the sliding ramp.