mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a paper barrier base material, comprising: a step of applying a water vapor barrier layer coating liquid that contains at least a water vapor barrier resin and a pigment onto a paper base material by a curtain coating method to form a water vapor barrier layer, wherein the water vapor barrier resin includes one or two of a synthetic adhesive selected from a styrene-butadiene, styrene-acrylic, ethylene-vinyl acetate, paraffin, butadiene-methyl methacrylate, or vinyl acetate-butyl acrylate copolymer, a maleic anhydride polymer, or an acrylic acid-methyl methacrylate copolymer; or a paraffin -blended synthetic adhesive thereof, wherein the water vapor barrier layer coating liquid contains a viscosity modifier, wherein the viscosity modifier contains ethylene-modified polyvinyl alcohol, wherein a blending quantity of the ethylene-modified polyvinyl alcohol is 1% by weight or more and 20% by weight or less in terms of solid content relative to the pigment in the water vapor barrier layer coating liquid, wherein the water vapor barrier layer coating liquid has a spinnability of 0.07 seconds or more and 0.4 seconds or less at a solid content concentration of 32% by weight and a temperature of 25°C, determined according to the method described herein, and wherein the water vapor barrier layer coating liquid has a solid content concentration of 25% by weight or more and 45% by weight or less. a step of applying a water vapor barrier layer coating liquid that contains at least a water vapor barrier resin and a pigment onto a paper base material by a curtain coating method to form a water vapor barrier layer, wherein the water vapor barrier resin includes one or two of a synthetic adhesive selected from a styrene-butadiene, styrene-acrylic, ethylene-vinyl acetate, paraffin, butadiene-methyl methacrylate, or vinyl acetate-butyl acrylate copolymer, a maleic anhydride polymer, or an acrylic acid-methyl methacrylate copolymer; or a paraffin -blended synthetic adhesive thereof, wherein the water vapor barrier layer coating liquid contains a viscosity modifier, wherein the viscosity modifier contains ethylene-modified polyvinyl alcohol, wherein a blending quantity of the ethylene-modified polyvinyl alcohol is 1% by weight or more and 20% by weight or less in terms of solid content relative to the pigment in the water vapor barrier layer coating liquid, wherein the water vapor barrier layer coating liquid has a spinnability of 0.07 seconds or more and 0.4 seconds or less at a solid content concentration of 32% by weight and a temperature of 25°C, determined according to the method described herein, and wherein the water vapor barrier layer coating liquid has a solid content concentration of 25% by weight or more and 45% by weight or less.
A wireless charging intensity indication method, comprising: obtaining, by a charged device, wireless charging electrical signal intensity of the charged device at a present charging position, and displaying, on a display screen of the charged device, the wireless charging electrical signal intensity at the present charging position, wherein the step of displaying the wireless charging electrical signal intensity on the display screen is intended to provide a basis for a user to select a charging position, characterized in that the step of obtaining, by the charged device, the wireless charging electrical signal intensity of the charged device at the present charging position comprises: detecting, by the charged device, a charging electrical signal at an initial charging position and the charging electrical signal at the present charging position; and performing, by the charged device, a division operation on the detected charging electrical signal at the present charging position and the charging electrical signal at the initial charging position to derive a calculation result, and multiplying the calculation result by a reference wireless charging electrical signal intensity at the initial charging position, to obtain the wireless charging intensity at the present charging position. obtaining, by a charged device, wireless charging electrical signal intensity of the charged device at a present charging position, and displaying, on a display screen of the charged device, the wireless charging electrical signal intensity at the present charging position, wherein the step of displaying the wireless charging electrical signal intensity on the display screen is intended to provide a basis for a user to select a charging position, characterized in that the step of obtaining, by the charged device, the wireless charging electrical signal intensity of the charged device at the present charging position comprises: detecting, by the charged device, a charging electrical signal at an initial charging position and the charging electrical signal at the present charging position; and performing, by the charged device, a division operation on the detected charging electrical signal at the present charging position and the charging electrical signal at the initial charging position to derive a calculation result, and multiplying the calculation result by a reference wireless charging electrical signal intensity at the initial charging position, to obtain the wireless charging intensity at the present charging position. detecting, by the charged device, a charging electrical signal at an initial charging position and the charging electrical signal at the present charging position; and performing, by the charged device, a division operation on the detected charging electrical signal at the present charging position and the charging electrical signal at the initial charging position to derive a calculation result, and multiplying the calculation result by a reference wireless charging electrical signal intensity at the initial charging position, to obtain the wireless charging intensity at the present charging position.
A fixed-type glass breaking apparatus for breaking tempered glass composing a window of a vehicle, the fixed-type glass breaking apparatus comprising: an attachment device configured to be installed such that at least a part thereof is in surface contact with a surface of the tempered glass; and a damaging device mounted in the attachment device, wherein the damaging device is in a perpendicular direction to the surface of the tempered glass when the surface of the tempered glass is in surface contact with the attachment device, the damaging device being configured to form a crack on the tempered glass surface, wherein the damaging device includes a rotational axis part which is coupled to the attachment device to rotate with respect to the attachment device, and a cutting edge part which is installed on one end of two ends of the rotational axis part, said one end being adjacent to the attachment device; wherein the apparatus further comprises a handling device which is installed at the other end of the rotational axis part in order to apply a force for rotating the rotational axis part; characterized in that the handling device includes a handle sleeve which is threadably coupled to the other end of the rotational axis part, and a pivot handle connected to the handle sleeve, wherein the rotational axis part further has a hollow part into which the pivot handle is inserted, wherein the hollow part has a biasing device inserted therein. an attachment device configured to be installed such that at least a part thereof is in surface contact with a surface of the tempered glass; and a damaging device mounted in the attachment device, wherein the damaging device is in a perpendicular direction to the surface of the tempered glass when the surface of the tempered glass is in surface contact with the attachment device, the damaging device being configured to form a crack on the tempered glass surface, wherein the damaging device includes a rotational axis part which is coupled to the attachment device to rotate with respect to the attachment device, and a cutting edge part which is installed on one end of two ends of the rotational axis part, said one end being adjacent to the attachment device; wherein the apparatus further comprises a handling device which is installed at the other end of the rotational axis part in order to apply a force for rotating the rotational axis part; characterized in that the handling device includes a handle sleeve which is threadably coupled to the other end of the rotational axis part, and a pivot handle connected to the handle sleeve, wherein the rotational axis part further has a hollow part into which the pivot handle is inserted, wherein the hollow part has a biasing device inserted therein.
An endoscopic diagnosis apparatus comprising: an imaging unit that has a plurality of pixels and captures an endoscopic image of a subject from a distal end portion of an endoscope; a display unit that displays the endoscopic image; an input unit that receives an instruction to designate a position in the endoscopic image, the instruction being input by an operator; a region detecting unit that detects, from the position in the endoscopic image, a region having a periodic structure of living tissue of the subject in response to the instruction to designate the position; an imaging size calculating unit that calculates, in number of pixels, an imaging size in the endoscopic image equivalent to a period in the periodic structure of the living tissue in the region having the periodic structure of the living tissue; a size information holding unit that holds information of an actual size equivalent to the period in the periodic structure of the living tissue; a pixel size calculating unit that calculates an actual size corresponding to one pixel of the endoscopic image on the basis of the imaging size and the information of the actual size; a scale generating unit that generates scales indicating an actual size of the subject in the endoscopic image on the basis of the actual size corresponding to the one pixel of the endoscopic image; and a control unit that causes the endoscopic image and the scales to be combined and displayed on the display unit. an imaging unit that has a plurality of pixels and captures an endoscopic image of a subject from a distal end portion of an endoscope; a display unit that displays the endoscopic image; an input unit that receives an instruction to designate a position in the endoscopic image, the instruction being input by an operator; a region detecting unit that detects, from the position in the endoscopic image, a region having a periodic structure of living tissue of the subject in response to the instruction to designate the position; an imaging size calculating unit that calculates, in number of pixels, an imaging size in the endoscopic image equivalent to a period in the periodic structure of the living tissue in the region having the periodic structure of the living tissue; a size information holding unit that holds information of an actual size equivalent to the period in the periodic structure of the living tissue; a pixel size calculating unit that calculates an actual size corresponding to one pixel of the endoscopic image on the basis of the imaging size and the information of the actual size; a scale generating unit that generates scales indicating an actual size of the subject in the endoscopic image on the basis of the actual size corresponding to the one pixel of the endoscopic image; and a control unit that causes the endoscopic image and the scales to be combined and displayed on the display unit.
A data communication station (300, 2000) comprising: a) a frame including a connectivity interface, the connectivity interface having an aperture configured to receive a connector formed therein; b) a blank insert (150, 250, 350, 2170) including a front facing surface (160, 260, 360) and a retention feature on the front facing surface, and c) an identification icon (180, 185, 280, 285, 380, 385, 2300, 2400) attached to the retention feature on the front facing surface of the blank insert, wherein the identification icon is configured to receive indicia thereon; the data communication station being characterized in the blank insert being introduced in the aperture formed in the connectivity interface and in that the surfaces of the blank insert define an aperture (170, 175, 270, 275) forming the retention feature of the blank insert, the aperture (170, 175, 270, 275) being formed in the front facing surface of the blank insert, and in that the identification icon is inserted into the aperture formed in the front facing surface of the blank insert. a) a frame including a connectivity interface, the connectivity interface having an aperture configured to receive a connector formed therein; b) a blank insert (150, 250, 350, 2170) including a front facing surface (160, 260, 360) and a retention feature on the front facing surface, and c) an identification icon (180, 185, 280, 285, 380, 385, 2300, 2400) attached to the retention feature on the front facing surface of the blank insert, wherein the identification icon is configured to receive indicia thereon; the data communication station being characterized in the blank insert being introduced in the aperture formed in the connectivity interface and in that the surfaces of the blank insert define an aperture (170, 175, 270, 275) forming the retention feature of the blank insert, the aperture (170, 175, 270, 275) being formed in the front facing surface of the blank insert, and in that the identification icon is inserted into the aperture formed in the front facing surface of the blank insert.
An enclosure for a concentrator photovoltaic device, the enclosure comprising a side wall having an upper end, a lower end, an inner surface, and an outer surface, the side wall being composed of a resin, the side wall being provided with an air hole extending through the inner and outer surfaces of the side wall, the air hole being inclined from the inner surface of the side wall to the outer surface of the side wall in a direction from the upper end of the side wall toward the lower end of the side wall, characterised in that the side wall has partition plates inside the air hole, and the partition plates are disposed in parallel with each other.
A steering device for a vehicle in which left and right front wheels (10fL, 10fR) and left and right rear wheels (10rL, 10rR) are steered by rotation, about a longitudinal axis, of a steering shaft (6fL, 6fR, 6rL, 6rR) provided to each of the wheels so as to extend inwards along the vehicle width direction, wherein the steering device comprises: a steering force source (3f, 3r) for transmitting a steering force in correspondence with a steering operation performed by a driver is provided individually to one of the left- and right-front-wheel steering shafts (6fL, 6fR) and to one of the left- and right-rear-wheel steering shafts (6rL, 6rR); a differential gear set (5f, 5r) is interposed respectively between mutually adjacent ends of the left- and right-front-wheel steering shafts (6fL, 6fR) and between mutually adjacent ends of the left- and right-rear-wheel steering shafts (6rL, 6rR); and two rotation elements of the differential gear sets (5f, 5r) are coupled respectively to corresponding mutually adjacent ends of the left- and right-front-wheel steering shafts (6fL, 6fR) and mutually adjacent ends of the left- and right-rear-wheel steering shafts (6rL, 6rR), and a corresponding front-wheel steering angle adjustment actuator and rear-wheel steering angle adjustment actuator is drivably coupled to a third rotation element of each of the differential gear sets (5f, 5r), characterized by a fourth rotation element which engages with each of the first, second and third rotation elements, wherein the differential gear set (5f, 5r) comprises a single-pinion-type planetary gear set. a steering force source (3f, 3r) for transmitting a steering force in correspondence with a steering operation performed by a driver is provided individually to one of the left- and right-front-wheel steering shafts (6fL, 6fR) and to one of the left- and right-rear-wheel steering shafts (6rL, 6rR); a differential gear set (5f, 5r) is interposed respectively between mutually adjacent ends of the left- and right-front-wheel steering shafts (6fL, 6fR) and between mutually adjacent ends of the left- and right-rear-wheel steering shafts (6rL, 6rR); and two rotation elements of the differential gear sets (5f, 5r) are coupled respectively to corresponding mutually adjacent ends of the left- and right-front-wheel steering shafts (6fL, 6fR) and mutually adjacent ends of the left- and right-rear-wheel steering shafts (6rL, 6rR), and a corresponding front-wheel steering angle adjustment actuator and rear-wheel steering angle adjustment actuator is drivably coupled to a third rotation element of each of the differential gear sets (5f, 5r), characterized by a fourth rotation element which engages with each of the first, second and third rotation elements, wherein the differential gear set (5f, 5r) comprises a single-pinion-type planetary gear set.
A control method of a laundry machine, the method comprising: a preparation operation of heating a heater arranged within a duct to create a high temperature enviromnent that is suitable for steam generation; a steam generation operation of generating steam by directly supplying water to the heated heater using a nozzle; and a steam supply operation of supplying the generated steam into a tub and/or drum by rotating a blower arranged within the duct, characterized in that the method further comprises an adjustment operation of varying implementation time (S131a, S131b) of the preparation operation based on actual voltage of power supplied to the laundry machine and the adjustment operation includes measuring the actual voltage of power supplied to the laundry machine (S1, S110). a preparation operation of heating a heater arranged within a duct to create a high temperature enviromnent that is suitable for steam generation; a steam generation operation of generating steam by directly supplying water to the heated heater using a nozzle; and a steam supply operation of supplying the generated steam into a tub and/or drum by rotating a blower arranged within the duct, characterized in that the method further comprises an adjustment operation of varying implementation time (S131a, S131b) of the preparation operation based on actual voltage of power supplied to the laundry machine and the adjustment operation includes measuring the actual voltage of power supplied to the laundry machine (S1, S110).
A process for preparation of acetal derivatives by dehydrocondensation reaction between an aldehyde and alditol which comprises the following steps: - dehydrocondensating an aldehyde and an alditol dissolved in a solvent by the addition of a phosphonium salt based ionic liquid which acts as a catalyst under continuous stirring at a temperature of about 25°C to about 80°C to obtain a reaction mixture; - subjecting the reaction mixture to filtration to obtain a solid mass and a mother liquor containing the solvent and ionic liquid; and - purifying the solid mass by washing and drying to obtain an acetal derivative without any free acid residue present therein. - dehydrocondensating an aldehyde and an alditol dissolved in a solvent by the addition of a phosphonium salt based ionic liquid which acts as a catalyst under continuous stirring at a temperature of about 25°C to about 80°C to obtain a reaction mixture; - subjecting the reaction mixture to filtration to obtain a solid mass and a mother liquor containing the solvent and ionic liquid; and - purifying the solid mass by washing and drying to obtain an acetal derivative without any free acid residue present therein.
A multichannel receiver system, comprising a first plurality of receiver circuits (12, 14), each receiver circuit (12, 14) having a first input (16, 18) connected to a corresponding one of a second plurality of input lines (20, 22), each input line being arranged to provide a corresponding one of a third plurality of received signals; a second input (24, 26) connected to a local oscillator arranged to provide a local oscillator signal; and an output (30, 32) arranged to provide a corresponding one of a fourth plurality of output signals (34, 36); and an upconversion mixer having a first mixer input for receiving a reference signal; a second mixer input connected to said local oscillator; and a mixer output providing an upconverted reference signal to a fifth plurality of directional couplers (48, 50), each directional coupler (48, 50) connected to a corresponding one of said second plurality of input lines; characterised in that a power of said reference signal is below a compression point of said mixer.
A poppet type bleed valve for an air plenum of a gas turbine engine, comprising: a valve body having a poppet seat; a poppet supported by the valve body and movable relative to the poppet seat; and a piston slideable relative to the poppet and movable relative to the poppet between an extended position and a retracted position, and characterized in that the piston is located axially between a first spring and a second spring. a valve body having a poppet seat; a poppet supported by the valve body and movable relative to the poppet seat; and a piston slideable relative to the poppet and movable relative to the poppet between an extended position and a retracted position, and characterized in that the piston is located axially between a first spring and a second spring.
Powder composition comprising, based on the total weight of the powder: - 10-80 wt% of an oxidation sensitive edible oil, - 5-30 wt% of at least one emulsifier selected from protein and starch, and - 5-65 wt% galacto-oligosaccharide and/or human milk oligosaccharide. - 10-80 wt% of an oxidation sensitive edible oil, - 5-30 wt% of at least one emulsifier selected from protein and starch, and - 5-65 wt% galacto-oligosaccharide and/or human milk oligosaccharide.
A crossbow comprising: a barrel having a first end and a second end, a recess defined in the barrel and located between the first and second ends (11, 12), a fixing member having a reception hole defined in one side thereof, the fixing member connected to the recess of the barrel, a string connected between the two ends of a limb, characterized in that crossbow further comprises: a receiving recess defined in one inner end of the recess and located close to the first end of the barrel, a protrusion protruding from the fixing member and is received in the receiving recess, a fastener extends through the protrusion and contacts the limb against an inside of the reception hole such that the limb is connected to the reception hole of the fixing member, a pin extending through the barrel and the protrusion of the fixing member so as to restrict the fixing member from disengaging from the recess of the barrel, the pin has a head and a shank, the shank has a groove, a first notch and a second notch defined in an outside thereof, the first and second notches (522, 523) located on two ends of the groove, a positioning unit positioning the pin to the barrel.
A pharmaceutical composition for use in a method of treating and/or preventing a cancer comprising, as an active ingredient, a polynucleotide comprising the nucleotide sequence as set forth in SEQ ID NO: 1 or 2, wherein the polynucleotide comprises a nucleotide sequence as set forth in any one of SEQ ID NOs: 3 to 5 on the 3' terminal side of the nucleotide sequence as set forth in SEQ ID NO: 1 or 2.