mhurhangee/ep-ind-claims huggingface dataset:
A light emitting diode structure comprising: a light emitting diode die having a center axis; and a lens fixed with respect to the light emitting diode die, the lens refracting light emitted by the light emitting diode die to cause a peak intensity to occur within 50-80 degrees off the center axis and an intensity along the center axis to be between 5% and 33% of the peak intensity, characterized in that the lens comprises a first lens over and encapsulating the light emitting diode die, a secondary lens (202, 206) over the first lens, the secondary lens comprising an aspherical outer surface and an aspherical dome shaped inner surface, and a dome shaped gap between the first lens and the aspherical dome shaped inner surface of the secondary lens (202, 206), the gap creating a refractive interface that bends light away from the center axis, the gap containing a medium that has an index of refraction lower than the index of refraction of material forming the first lens and the secondary lens (202, 206). a light emitting diode die having a center axis; and a lens fixed with respect to the light emitting diode die, the lens refracting light emitted by the light emitting diode die to cause a peak intensity to occur within 50-80 degrees off the center axis and an intensity along the center axis to be between 5% and 33% of the peak intensity, characterized in that the lens comprises a first lens over and encapsulating the light emitting diode die, a secondary lens (202, 206) over the first lens, the secondary lens comprising an aspherical outer surface and an aspherical dome shaped inner surface, and a dome shaped gap between the first lens and the aspherical dome shaped inner surface of the secondary lens (202, 206), the gap creating a refractive interface that bends light away from the center axis, the gap containing a medium that has an index of refraction lower than the index of refraction of material forming the first lens and the secondary lens (202, 206).
An inspection device comprising: a conveyance body (711, 721); a sensor that is provided in the conveyance body and is adapted to detect a state in the device during the conveyance; a storage unit adapted to store output data from the sensor; and a transmission unit adapted to transmit data in the storage unit to the outside, characterised in that the conveyance body (711, 721) is capable of holding a test tube and conveying the test tube over a conveyance belt, and the inspection device comprises a distance sensor that is provided on a bottom of the conveyance body and is adapted to measure a distance from the bottom of the conveyance body to the conveyance belt. a conveyance body (711, 721); a sensor that is provided in the conveyance body and is adapted to detect a state in the device during the conveyance; a storage unit adapted to store output data from the sensor; and a transmission unit adapted to transmit data in the storage unit to the outside, characterised in that the conveyance body (711, 721) is capable of holding a test tube and conveying the test tube over a conveyance belt, and the inspection device comprises a distance sensor that is provided on a bottom of the conveyance body and is adapted to measure a distance from the bottom of the conveyance body to the conveyance belt.
An apparatus to attach a control line to a tubular member, the apparatus comprising: a control line arm having a first control line guide coupled thereto; and a base having a second control line guide coupled thereto; the control line arm coupled to the base and movable with respect to the base, wherein the control line arm is slidably coupled and rotatably coupled to the base. a control line arm having a first control line guide coupled thereto; and a base having a second control line guide coupled thereto; the control line arm coupled to the base and movable with respect to the base, wherein the control line arm is slidably coupled and rotatably coupled to the base.
Optical device for determining the presence and/or concentration of analytes in a sample, the optical device comprising - a detection unit comprising components of an optical path and a detector, said detection unit having a wavelength-dependent responsivity (Rdu(λ)), - a light source comprising at least two light emitting elements for emitting light of different respective usable wavelength ranges, which is guided through the components of the optical path to the detector to generate baseline signals (90, 91, 92) at said respective usable wavelength ranges and to generate response signals relative to said baseline signals (90, 91, 92) when a sample is located in the optical path, said response signals being indicative of the presence and/or concentration of analytes in the sample, characterized in that the light source is configured by varying electrical power input for individual light emitting elements of said at least two light emitting elements such that the intensity of at least a first and a second light emitting element of said at least two light emitting elements is inverse to the wavelength-dependent responsivity (Rdu(λ)) of the detection unit with respect to at least a first (λ1) and a second (λ2) usable wavelength range of said different respective usable wavelength ranges respectively, a responsivity (Rdu(λ1)) of the detection unit being higher at said first usable wavelength range (λ1) than a responsivity (Rdu(λ2)) of the detection unit at said second usable wavelength range (λ2), and the individual light emitting elements are thereby configured to emit light with an intensity, which is higher where the responsivity (Rdu(λ2)) of the detection unit at said second usable wavelength range (λ2) is lower and is lower where the responsivity (Rdu(λ1)) of the detection unit at said first sable wavelength range (λ1) is higher respectively, so that the ratio between the first baseline signal at the first usable wavelength range (λ1) and the baseline signal at the second usable wavelength range (λ2) is less than the ratio between the responsivity (Rdu(λ1)) of the detection unit at the first usable wavelength range (λ1) and the responsivity (Rdu(λ2)) of the detection unit at the second usable wavelength range (λ2). - a detection unit comprising components of an optical path and a detector, said detection unit having a wavelength-dependent responsivity (Rdu(λ)), - a light source comprising at least two light emitting elements for emitting light of different respective usable wavelength ranges, which is guided through the components of the optical path to the detector to generate baseline signals (90, 91, 92) at said respective usable wavelength ranges and to generate response signals relative to said baseline signals (90, 91, 92) when a sample is located in the optical path, said response signals being indicative of the presence and/or concentration of analytes in the sample,
Hair styling application comprising at least: - a first arm comprising a first gripping section (5.1) and a first treatment section (5.2), and a second arm comprising a second gripping section (6.1) and a second treatment section (6.2), the first and second gripping sections (5.1, 6.1) being mounted to be articulated with respect to each other between an open configuration in which the first and second treatment sections (5.2, 6.2) are spaced apart from each other and a strand of hair is able to be introduced between the first and second treatment sections (5.2, 6.2), and a closed configuration in which the first and second treatment sections (5.2, 6.2) are close to each other and are able to clamp a strand of hair, - a reservoir mounted on the first arm and intended to contain a fluid to be vaporised, - a vaporisation device mounted on the first arm and configured to produce steam, and - a fluid conveyor element secured to the reservoir and configured to convey the fluid contained in the reservoir towards the vaporisation device, the reservoir extending at least partially into the first gripping section (5.1), the reservoir being mounted movable in translation, in a direction of movement substantially parallel to the direction of extension of the first arm, between a resting position in which the fluid conveyor element is away from the vaporisation device, and a vaporisation position in which the fluid conveyor element is close to the vaporisation device and the vaporisation device being configured to vaporise the fluid conveyed by the fluid conveyor element, characterised in that the first gripping section (5.1) delimits at least partially a housing in the first arm and delimited mainly by the first gripping section (5.1) in which the reservoir is at least partially mounted. - a first arm comprising a first gripping section (5.1) and a first treatment section (5.2), and a second arm comprising a second gripping section (6.1) and a second treatment section (6.2), the first and second gripping sections (5.1, 6.1) being mounted to be articulated with respect to each other between an open configuration in which the first and second treatment sections (5.2, 6.2) are spaced apart from each other and a strand of hair is able to be introduced between the first and second treatment sections (5.2, 6.2), and a closed configuration in which the first and second treatment sections (5.2, 6.2) are close to each other and are able to clamp a strand of hair, - a reservoir mounted on the first arm and intended to contain a fluid to be vaporised, - a vaporisation device mounted on the first arm and configured to produce steam, and - a fluid conveyor element secured to the reservoir and configured to convey the fluid contained in the reservoir towards the vaporisation device,
A push button structure for an electronic appliance, comprising a button frame, a switch and a push button including an operating piece, a pressing piece and an elastic support piece, the operating piece having an operating surface, the pressing piece and the elastic support piece being provided at a first edge of the operating piece, the push button being fitted in the button frame with the operating surface of the operating piece exposed to the outside, the push button being configured such that, when the operating surface is pushed, the pressing piece is moved down to activate the switch, characterized in that: the button frame has an operating piece support portion; and the push button is configured such that, when the operating surface is not pushed, a second edge of the operating piece which is opposite to the first edge is kept spaced apart from the operating piece support portion of the button frame by a resilient force of the elastic support piece and further that, when the operating surface is pushed, the second edge of the operating piece is brought into contact with the operating piece support portion of the button frame against the resilient force of the elastic support piece and then, as the operating piece is bent, the pressing piece is moved down about the second edge as a fulcrum to activate the switch. the button frame has an operating piece support portion; and the push button is configured such that, when the operating surface is not pushed, a second edge of the operating piece which is opposite to the first edge is kept spaced apart from the operating piece support portion of the button frame by a resilient force of the elastic support piece and further that, when the operating surface is pushed, the second edge of the operating piece is brought into contact with the operating piece support portion of the button frame against the resilient force of the elastic support piece and then, as the operating piece is bent, the pressing piece is moved down about the second edge as a fulcrum to activate the switch.
Filter for sorption of components of tobacco smoke which are harmful to health, comprising ceramic particles bonded to form a porous structure, characterized in that the filter has decreasing water solubility from a tobacco-side portion to an opposite mouth-side portion.
A container comprising haemoglobin fractions, wherein said container comprises at least two adjacent compartments, wherein a first compartment comprises a stabilized liquid O2Hb (oxyhaemoglobin) fraction and a second compartment comprises a liquid MetHb (methaemoglobin) fraction.
Peel off device for unwinding a web of material from a stock roll, especially for high speed unwinding a web of a thin polymer film or the like, comprising - a base associated to the roll, - a linear guiding device mounted on the base, characterized in that the device further comprises - an idler support linearly guided on the base in a direction towards the roll, and - a pair of idlers (9, 10) for the web to be unwound, wherein = the idlers (9, 10) are mounted offset with respect to each other on the idler support to provide for a meandering path of the web between the idlers (9, 10), = the axes of rotation (A9, A10) of the idlers (9, 10) are parallel to the bearing axis of the roll, and = a first one of the idlers (9, 10) is pushed towards the roll so that a contact force is maintained between the first idler and the surface of the roll while the web is peeled off the roll. - a base associated to the roll, - a linear guiding device mounted on the base, characterized in that the device further comprises - an idler support linearly guided on the base in a direction towards the roll, and - a pair of idlers (9, 10) for the web to be unwound, wherein = the idlers (9, 10) are mounted offset with respect to each other on the idler support to provide for a meandering path of the web between the idlers (9, 10), = the axes of rotation (A9, A10) of the idlers (9, 10) are parallel to the bearing axis of the roll, and = a first one of the idlers (9, 10) is pushed towards the roll so that a contact force is maintained between the first idler and the surface of the roll while the web is peeled off the roll. = the idlers (9, 10) are mounted offset with respect to each other on the idler support to provide for a meandering path of the web between the idlers (9, 10), = the axes of rotation (A9, A10) of the idlers (9, 10) are parallel to the bearing axis of the roll, and = a first one of the idlers (9, 10) is pushed towards the roll so that a contact force is maintained between the first idler and the surface of the roll while the web is peeled off the roll.
A pharmaceutical composition comprising one or a plurality of human degalactosylated Gc globulins for use in healing of wounds or treating allergic diseases, autoallergic diseases, adverse reactions caused by therapeutic agents or angiogenic diseases, said one or a plurality of human degalactosylated Gc globulins being selected from the group consisting of (i) to (iii) below: (i) the degalactosylated Gc globulin which is obtained by a treatment of Gc globulin of subtype 1f and/or subtype 1s derived from human blood plasma or serum with only β-galactosidase; (ii) a human degalactosylated Gc globulin comprising the amino acid sequence as shown in SEQ ID NO: 1 and having a sugar chain structure in which N-acetylgalactosamine is bound to threonine at either position 418 or 420 of the amino acid sequence as shown in SEQ ID NO: 1 and sialic acid is further bound to N-acetylgalactosamine; and (iii) a human degalactosylated Gc globulin comprising the amino acid sequence as shown in SEQ ID NO: 2 and having a sugar chain structure in which N-acetylgalactosamine is bound to threonine at either position 418 or 420 of the amino acid sequence as shown in SEQ ID NO: 2 and α-mannose is further bound to N-acetylgalactosamine. (i) the degalactosylated Gc globulin which is obtained by a treatment of Gc globulin of subtype 1f and/or subtype 1s derived from human blood plasma or serum with only β-galactosidase; (ii) a human degalactosylated Gc globulin comprising the amino acid sequence as shown in SEQ ID NO: 1 and having a sugar chain structure in which N-acetylgalactosamine is bound to threonine at either position 418 or 420 of the amino acid sequence as shown in SEQ ID NO: 1 and sialic acid is further bound to N-acetylgalactosamine; and (iii) a human degalactosylated Gc globulin comprising the amino acid sequence as shown in SEQ ID NO: 2 and having a sugar chain structure in which N-acetylgalactosamine is bound to threonine at either position 418 or 420 of the amino acid sequence as shown in SEQ ID NO: 2 and α-mannose is further bound to N-acetylgalactosamine.
A reconfigurable multilayer laminate comprising: a film layer having an outer face; a liner layer; an adhesive layer disposed between the film layer and the liner layer; a first release layer disposed between the film layer and the adhesive layer; and a second release layer disposed between the liner layer and the adhesive layer; wherein the ratio of the release force of the first release layer to the release force of the second release layer is in the range of from 1:1.5 to 1:100, wherein at least one of the first and second release layers is formed from a silicone or silicone-based material, wherein the film layer includes a material selected from the group consisting of polyolefins, vinyl-based polymers, polyesters, polycarbonates, and combinations thereof, wherein the liner layer includes a material selected from the group consisting of paper, foil, film, and combinations thereof, and wherein the adhesive layer includes a material selected from the group consisting of solvent-based pressure sensitive adhesives, emulsion-based pressure sensitive adhesives, hot melt rubber based pressure sensitive adhesives, vinyl-based adhesives, polyurethane adhesives, UV hot melt acrylic adhesives, epoxy adhesives, and combinations thereof. a film layer having an outer face; a liner layer; an adhesive layer disposed between the film layer and the liner layer; a first release layer disposed between the film layer and the adhesive layer; and a second release layer disposed between the liner layer and the adhesive layer; wherein the ratio of the release force of the first release layer to the release force of the second release layer is in the range of from 1:1.5 to 1:100, wherein at least one of the first and second release layers is formed from a silicone or silicone-based material, wherein the film layer includes a material selected from the group consisting of polyolefins, vinyl-based polymers, polyesters, polycarbonates, and combinations thereof, wherein the liner layer includes a material selected from the group consisting of paper, foil, film, and combinations thereof, and wherein the adhesive layer includes a material selected from the group consisting of solvent-based pressure sensitive adhesives, emulsion-based pressure sensitive adhesives, hot melt rubber based pressure sensitive adhesives, vinyl-based adhesives, polyurethane adhesives, UV hot melt acrylic adhesives, epoxy adhesives, and combinations thereof.
A decontamination method for soil comprising: introducing an object to be decontaminated, contaminated with radioactive material, into an acid eluting solvent to dissolve the radioactive material; concentrating and separating the radioactive material from the eluting solvent; the object to be decontaminated comprising contaminated soil and contaminated liquid; introducing one or both of the contaminated soil and the contaminated liquid into the eluting solvent; separating the radioactive material dissolved into the eluting solvent and the object to be decontaminated into solid and liquid; collecting the soil which has been separated from the eluting solvent; concentrating the eluting solvent which has been separated from the soil and in which the radioactive material is dissolved; adding a soil activator to the soil which has been collected; using as the soil activator a powder fire extinguishant which comprises monobasic ammonium phosphate or ammonium sulfate; and returning the soil, to which the soil activator has been added, to a collection site of the object to be decontaminated. introducing an object to be decontaminated, contaminated with radioactive material, into an acid eluting solvent to dissolve the radioactive material; concentrating and separating the radioactive material from the eluting solvent; the object to be decontaminated comprising contaminated soil and contaminated liquid; introducing one or both of the contaminated soil and the contaminated liquid into the eluting solvent; separating the radioactive material dissolved into the eluting solvent and the object to be decontaminated into solid and liquid; collecting the soil which has been separated from the eluting solvent; concentrating the eluting solvent which has been separated from the soil and in which the radioactive material is dissolved; adding a soil activator to the soil which has been collected; using as the soil activator a powder fire extinguishant which comprises monobasic ammonium phosphate or ammonium sulfate; and returning the soil, to which the soil activator has been added, to a collection site of the object to be decontaminated.
A voltage converter, comprising: a conversion processing unit configured to execute a process to convert a voltage of power generated from sunlight; a switching unit configured to switch an operation of the conversion processing unit to either conversion-rate fixing or maximum power point tracking control at least based on an operation status of the conversion processing unit; an operation status acquiring unit configured to communicate with another voltage converter to acquire an operation status of conversion processing unit included in the another voltage converter; and a comparison unit configured to compare an amount of output power of the conversion processing unit which is the operation status acquired by the operation status acquiring unit with an amount of output power which is the operation status of the conversion processing unit to decide whether or not to fix a conversion rate of the voltage in the conversion processing unit, wherein the comparison unit determines to fix the conversion rate of the voltage in the conversion processing unit when the amount of the output power which is the operation status of the conversion processing unit is maximum and perform maximum power point tracking control in the conversion processing unit when the amount of the output power which is the operation status of the conversion processing unit is not maximum, and notifying the switching unit of the determination. a conversion processing unit configured to execute a process to convert a voltage of power generated from sunlight; a switching unit configured to switch an operation of the conversion processing unit to either conversion-rate fixing or maximum power point tracking control at least based on an operation status of the conversion processing unit; an operation status acquiring unit configured to communicate with another voltage converter to acquire an operation status of conversion processing unit included in the another voltage converter; and a comparison unit configured to compare an amount of output power of the conversion processing unit which is the operation status acquired by the operation status acquiring unit with an amount of output power which is the operation status of the conversion processing unit to decide whether or not to fix a conversion rate of the voltage in the conversion processing unit, wherein the comparison unit determines to fix the conversion rate of the voltage in the conversion processing unit when the amount of the output power which is the operation status of the conversion processing unit is maximum and perform maximum power point tracking control in the conversion processing unit when the amount of the output power which is the operation status of the conversion processing unit is not maximum, and notifying the switching unit of the determination.