mhurhangee/ep-ind-claims huggingface dataset:
A solar cell module (100-102, 201-203) comprising: first and second solar cell strings each including solar cells (20, 21) arranged in an arrangement direction and electrically connected to one another; a light diffusion sheet disposed between a first solar cell (20, 21) of the first solar cell string and a second solar cell (20, 21) of the second solar cell string, the second solar cell (20, 21) being adjacent to the first solar cell (20, 21); and a sealant member (60a, 60b) configured to seal the light diffusion sheet and the first and second solar cell strings, wherein the first and second solar cell strings are disposed adjacent to each other and parallel to each other along the arrangement direction, and characterized in that the light diffusion sheet is disposed such that both side edge portions of the light diffusion sheet are disposed over, in direct contact with and overlap light-receiving surface sides of side edge portions of the first and second solar cells (20, 21). first and second solar cell strings each including solar cells (20, 21) arranged in an arrangement direction and electrically connected to one another; a light diffusion sheet disposed between a first solar cell (20, 21) of the first solar cell string and a second solar cell (20, 21) of the second solar cell string, the second solar cell (20, 21) being adjacent to the first solar cell (20, 21); and a sealant member (60a, 60b) configured to seal the light diffusion sheet and the first and second solar cell strings, wherein the first and second solar cell strings are disposed adjacent to each other and parallel to each other along the arrangement direction, and characterized in that the light diffusion sheet is disposed such that both side edge portions of the light diffusion sheet are disposed over, in direct contact with and overlap light-receiving surface sides of side edge portions of the first and second solar cells (20, 21).
A granular body grinding device comprising: a case for containing granular bodies; a drive shaft horizontally supported by the case to be rotationally drivable by a driving device; a single grinding disc having a disc-like disc main body that is fixed on the drive shaft and that is formed with disc surfaces perpendicular to an axial direction of the drive shaft, and formed with grinding surfaces at the disc surfaces on both sides of the disc main body; and a fluidizing device configured to fluidize the granular bodies in a floating state by sending air from a bottom surface portion of the case upwardly, to form a fluidized bed in which at least a lower half of the grinding surfaces is soaked on average; wherein the drive shaft is horizontally supported by the case to be rotationally drivable with one end side only held in a cantilever fashion; the grinding surfaces include abrasive grains made of diamond or cubic boron nitride; the single grinding disc is the only grinding disc fixed on the drive shaft; the thickness (Th) of the disc main body relative to the diameter (Di) of the disc main body is 0.04 or less in ratio; and the driving device is configured to drive the drive shaft to rotate the single grinding disc fixed to the drive shaft such that the single grinding disc rotates at a circumferential speed generating a negative pressure on the grinding surfaces, wherein the granular bodies urged toward the grinding surfaces of the grinding disc are ground in contact with the grinding surfaces by the negative pressure. a case for containing granular bodies; a drive shaft horizontally supported by the case to be rotationally drivable by a driving device; a single grinding disc having a disc-like disc main body that is fixed on the drive shaft and that is formed with disc surfaces perpendicular to an axial direction of the drive shaft, and formed with grinding surfaces at the disc surfaces on both sides of the disc main body; and a fluidizing device configured to fluidize the granular bodies in a floating state by sending air from a bottom surface portion of the case upwardly, to form a fluidized bed in which at least a lower half of the grinding surfaces is soaked on average; wherein the drive shaft is horizontally supported by the case to be rotationally drivable with one end side only held in a cantilever fashion; the grinding surfaces include abrasive grains made of diamond or cubic boron nitride; the single grinding disc is the only grinding disc fixed on the drive shaft; the thickness (Th) of the disc main body relative to the diameter (Di) of the disc main body is 0.04 or less in ratio; and the driving device is configured to drive the drive shaft to rotate the single grinding disc fixed to the drive shaft such that the single grinding disc rotates at a circumferential speed generating a negative pressure on the grinding surfaces, wherein the granular bodies urged toward the grinding surfaces of the grinding disc are ground in contact with the grinding surfaces by the negative pressure.
Air conditioning system for a wind turbine, comprising at least one adjustable air intake, an adjustable air exhaust, a dehumidifier to dehumidify an air flow, and a variable air flow generator, wherein said adjustable air exhaust is adapted to maintain the pressurization level in the wind turbine within a predetermined range characterized in that the variable airflow generator comprises a low rate fan and a high rate fan, wherein the low rate fan is connected to a dehumidifier such that in use the air flow ducted to pass through the low rate fan is dehumidified, and the high rate fan is arranged to supplement or substitute the air flow of the low rate fan, and is arranged such that in use, an air flow of the high rate fan is not dehumidified.
A method for producing an aromatic aminomethyl, comprising hydrogenating an aromatic nitrile in an organic solvent comprising a polar organic solvent having a solubility parameter (SP value) of 9 or more in the presence of a quaternary ammonium compound, at least one metal hydroxide selected from the group consisting of an alkali metal hydroxide and an alkaline earth metal hydroxide, and a hydrogenation catalyst, wherein the organic solvent further comprises a hydrocarbon solvent, and wherein the SP value is a value determined by the following Hildebrand solubility parameter equation: Solubility parameter SP value = ΔH A V − RT 0.5 /V A 0.5 wherein ΔH A V: enthalpy of vaporization of the polar organic solvent R: gas constant T: temperature, and V A: molar volume of liquid A. ΔH A V: enthalpy of vaporization of the polar organic solvent R: gas constant T: temperature, and V A: molar volume of liquid A.
Procedure for the optical detection of at least partially transparent objects, comprising the steps: - Projection of a light beam via a reference surface onto a position-resolving sensor, the at least partially transparent object to be detected being located at least temporarily in the light beam in front of the reference surface, - Measurement of illuminance and its local distribution on the position-resolving sensor, - Determination of the distance of the reference surface and/or of the at least partially transparent object on the basis of the local distribution of the illuminance and characterized by: - Determination of the presence or absence of the at least partially transparent object on the basis of the illuminance of individual pixels of the position-resolving sensor, and of the local distribution of the illuminance and the distance of the location of the reflected and/or remitted light of the light beam striking the sensor. - Projection of a light beam via a reference surface onto a position-resolving sensor, the at least partially transparent object to be detected being located at least temporarily in the light beam in front of the reference surface, - Measurement of illuminance and its local distribution on the position-resolving sensor, - Determination of the distance of the reference surface and/or of the at least partially transparent object on the basis of the local distribution of the illuminance and characterized by: - Determination of the presence or absence of the at least partially transparent object on the basis of the illuminance of individual pixels of the position-resolving sensor, and of the local distribution of the illuminance and the distance of the location of the reflected and/or remitted light of the light beam striking the sensor.
Carbon nanotubes satisfying the condition of the following Formula 1: 80.79 ≤ _ L c nm × Specific surface area of CNT m 2 / g 1 / 2 ≤ _ 88.37 _ wherein, L c is crystal size measured by X-ray diffraction method, obtained from the Scherrer equation L = kλ / B × cosθ, wherein K is a shape factor, λ is the wavelength used for the measurement, θ corresponds to theta value at the position where the peak of the plane appears, and B value is the full width at half maximum, which means a width of a peak at a height that is a half of a height of a vertical line where the vertical line is drawn from the peak value of the plane to a horizontal line between the lowest points of the peak, wherein the carbon nanotubes have the powder resistivity of 0.012 ohm•cm or less at pressed density of 1 g/cc or more, wherein the value of L c is 4.8 nm or more, wherein the specific surface area of the carbon nanotubes is 200 m 2 /g to 500 m 2 /g. wherein, L c is crystal size measured by X-ray diffraction method, obtained from the Scherrer equation L = kλ / B × cosθ, wherein K is a shape factor, λ is the wavelength used for the measurement, θ corresponds to theta value at the position where the peak of the plane appears, and B value is the full width at half maximum, which means a width of a peak at a height that is a half of a height of a vertical line where the vertical line is drawn from the peak value of the plane to a horizontal line between the lowest points of the peak, wherein the carbon nanotubes have the powder resistivity of 0.012 ohm•cm or less at pressed density of 1 g/cc or more, wherein the value of L c is 4.8 nm or more, wherein the specific surface area of the carbon nanotubes is 200 m 2 /g to 500 m 2 /g.
A powered surgical instrument configured to withstand steam sterilization comprising: (a) a handpiece having a distal and proximal end; (b) a housing defining an outer perimeter of the handpiece; and (c) an input device (1771; 1772) sealed within the handpiece, wherein the input device is configured to activate and control an energy level provided to an end effector, wherein the input device comprises: a molded interconnect device (1780; 1782), a plurality of electrical contacts positioned on the molded interconnect device, a proximity circuit, and a microprocessor in communication with the plurality of electrical contacts, wherein the microprocessor is configured to detect voltage changes at each of the plurality of electrical contacts, wherein the microprocessor is further configured to direct an energy source to provide a selected energy level to the instrument based on voltage changes detected at the electrical contacts. (a) a handpiece having a distal and proximal end; (b) a housing defining an outer perimeter of the handpiece; and (c) an input device (1771; 1772) sealed within the handpiece, wherein the input device is configured to activate and control an energy level provided to an end effector, wherein the input device comprises: a molded interconnect device (1780; 1782), a plurality of electrical contacts positioned on the molded interconnect device, a molded interconnect device (1780; 1782), a plurality of electrical contacts positioned on the molded interconnect device,
6-β-naltrexol, for sequential, separate or simultaneous administration with vitamin D, ergocalciferol, cholecalciferol, calcidiol, calcitriol, 1alpha-hydroxycholecalciferol 25-hydroxycholecalciferol, 1alpha-25-hydroxycholecalciferol or 24,25-hydroxycholecalciferol, for use in the treatment of a subject having lung cancer.
A polyphenylene sulfide resin composition comprising a polyphenylene sulfide resin, an amino group-containing compound, an epoxy group-containing elastomer, and an elastomer not containing a functional group, wherein said polyphenylene sulfide resin forms a continuous phase and said amino group-containing compound and said epoxy group-containing elastomer form a dispersed phase in the morphology of a forming product composed of said resin composition observed with a transmission electron microscope, and the modulus of elongation of said resin composition is 1.0 MPa or more and 1000 MPa or less, the elastic modulus being determined by performing a tensile test on an ASTM type 1 dumbbell test piece obtained by injection molding at a cylinder temperature of 300°C and at a mold temperature of 150°C, under the conditions in which the distance between chucks is 114 mm, the test piece distance is 100 mm, and the elongation rate is 10 mm/min; wherein said amino group-containing compound is a polyamide resin; and wherein the total amount of the said epoxy group-containing elastomer and elastomer not containing a functional group is more than 30% by weight and 70% by weight or less when the total of polyphenylene sulfide resin, amino group-containing compound, epoxy group-containing elastomer and elastomer not containing a functional group is 100% by weight. wherein said polyphenylene sulfide resin forms a continuous phase and said amino group-containing compound and said epoxy group-containing elastomer form a dispersed phase in the morphology of a forming product composed of said resin composition observed with a transmission electron microscope, and the modulus of elongation of said resin composition is 1.0 MPa or more and 1000 MPa or less, the elastic modulus being determined by performing a tensile test on an ASTM type 1 dumbbell test piece obtained by injection molding at a cylinder temperature of 300°C and at a mold temperature of 150°C, under the conditions in which the distance between chucks is 114 mm, the test piece distance is 100 mm, and the elongation rate is 10 mm/min; wherein said amino group-containing compound is a polyamide resin; and wherein the total amount of the said epoxy group-containing elastomer and elastomer not containing a functional group is more than 30% by weight and 70% by weight or less when the total of polyphenylene sulfide resin, amino group-containing compound, epoxy group-containing elastomer and elastomer not containing a functional group is 100% by weight.
A coated glass substrate; said coated glass substrate comprising a glass sheet having a thickness from 0.1 to 0.7 mm and coated on a first side with a first optical layer having a positive photo-elastic constant from 5 to 250 x 10 -12 Pa -1 and coated on a second side with a second optical layer having a negative photo-elastic constant from -5 to -250 x 10 -12 Pa -1, wherein the difference between the absolute values of the photo-elastic constants is no greater than 250 x 10 -12 Pa -1.
Transfer station for temporarily storing at least one interchangeable die, wherein the interchangeable die can be taken out of the transfer station by a joining tool to carry out at least one joining operation which uses the interchangeable die and can be stored back in the transfer station again once the joining operation has been carried out, said transfer station having a base, at least one interchangeable die receiving means (80, 82) for receiving the interchangeable die, and a rotating device for rotating the interchangeable die such that when the interchangeable die is taken out of storage, a rotate/insert connection between the interchangeable die and the joining tool can be set up, wherein the interchangeable die receiving means (80, 82) comprises a U-shaped portion into which the interchangeable die can be inserted in a direction transversely with respect to its longitudinal axis, characterized in that the U-shaped portion is movable in relation to the base of the transfer station between a transfer position and a locked position in such a manner that in the transfer position the interchangeable die is insertable into the interchangeable die receiving means (80, 82) and in the locked position is held securely in the transfer station.
A microfluidic actuator for selecting objects in a fluid stream comprising a plurality of objects, the actuator comprising - an object detection means adapted for, upon arrival of an object, identifying whether an object is an object of interest - a heater adapted for inducing nucleation of microbubbles for generating a jet flow for deflecting an object of interest from the fluid stream, - a controller configured for activating the heater as function of the detection of an object of interest using a nucleation signal, wherein the controller is configured for obtaining temperature information of the heater and for adjusting a nucleation signal for the heater taking into account the obtained temperature information, characterized in that the controller is adapted for sending a probe pulse to the heater for measuring the temperature, before a jet flow inducing nucleation pulse is fired for generating the jet flow, the probe pulse having an amplitude and duration low enough such that the temperature of the heater falls back to the temperature of the unpowered heater after the probe pulse is turned off and before the nucleation pulse is turned on. - an object detection means adapted for, upon arrival of an object, identifying whether an object is an object of interest - a heater adapted for inducing nucleation of microbubbles for generating a jet flow for deflecting an object of interest from the fluid stream, - a controller configured for activating the heater as function of the detection of an object of interest using a nucleation signal, wherein the controller is configured for obtaining temperature information of the heater and for adjusting a nucleation signal for the heater taking into account the obtained temperature information, characterized in that the controller is adapted for sending a probe pulse to the heater for measuring the temperature, before a jet flow inducing nucleation pulse is fired for generating the jet flow, the probe pulse having an amplitude and duration low enough such that the temperature of the heater falls back to the temperature of the unpowered heater after the probe pulse is turned off and before the nucleation pulse is turned on.
A coating system on a substrate for the protection against electrostatic discharge, comprising in the following order a) an undercoat on the substrate, b) a non-dissipative synthetic resin layer and c) a dissipative synthetic resin layer having a resistance to ground according to VDE-0100-410 of at least 100 kohm, wherein a grounding device for grounding the coating system is arranged between the dissipative synthetic resin layer and the non-dissipative synthetic resin layer. a) an undercoat on the substrate, b) a non-dissipative synthetic resin layer and c) a dissipative synthetic resin layer having a resistance to ground according to VDE-0100-410 of at least 100 kohm,
A paramagnetic gas sensor comprising: a torsion balance comprising a test body held by a suspension filament enabling rotation of the test body about an axis of rotation, the suspension filament fixed at each end and supporting the test body and defining the axis of rotation for the test body; means for generating a first disturbing torque, acting on the test body in a first direction about the axis of rotation, in response to a test stimulus; means for generating a second torque, acting on the test body in a second direction opposite the first direction, in response to a control signal; a controller for varying the control signal until the test body achieves a balanced null position; and means for measuring the control signal required to achieve the balanced null position; further comprising: means for measuring the orientation of the apparatus relative to an acceleration or gravitational field; means for calculating, from the measured control signal and measured orientation, a required compensation for the effects of mechanical imbalance of the test body, the means for calculating including means for determining the effects of an imbalance moment about the axis of rotation defined by the suspension filament, and for determining the control signal required to generate a torque to balance the torque resulting from the imbalance moment in the absence of the test stimulus; and means for applying the compensation to a measured control signal to determine a modified control signal required to balance the first disturbing torque. a torsion balance comprising a test body held by a suspension filament enabling rotation of the test body about an axis of rotation, the suspension filament fixed at each end and supporting the test body and defining the axis of rotation for the test body; means for generating a first disturbing torque, acting on the test body in a first direction about the axis of rotation, in response to a test stimulus; means for generating a second torque, acting on the test body in a second direction opposite the first direction, in response to a control signal; a controller for varying the control signal until the test body achieves a balanced null position; and means for measuring the control signal required to achieve the balanced null position; means for measuring the orientation of the apparatus relative to an acceleration or gravitational field; means for calculating, from the measured control signal and measured orientation, a required compensation for the effects of mechanical imbalance of the test body, the means for calculating including means for determining the effects of an imbalance moment about the axis of rotation defined by the suspension filament, and for determining the control signal required to generate a torque to balance the torque resulting from the imbalance moment in the absence of the test stimulus; and means for applying the compensation to a measured control signal to determine a modified control signal required to balance the first disturbing torque.