mhurhangee/ep-ind-claims huggingface dataset:
A patch package characterized by comprising a laminated packaging material with a saturation hygroscopicity of 2 to 30 g/m 2 under atmosphere conditions with a temperature of 25°C and a relative humidity of 75%, wherein a hygroscopic material layer composed of a first resin containing 20 to 40 wt% of an inorganic filler is situated between a moisture-permeable material layer composed of a second resin and having a moisture permeability of 40 to 120 g/m 2 /day and a screen material layer which blocks penetration of moisture and light, and by being shaped into a pouch with said moisture-permeable material layer on the inside, wherein said screen material layer comprises a metal foil and a high density polyethylene layer, wherein the thickness of said hygroscopic material layer is 20 to 40 μm, the thickness of said moisture-permeable material layer is 5 to 15 μm, the thickness of said high-density polyethylene layer composing said screen material layer is 10 to 30 μm and the thickness of said metal foil composing said screen material layer is 5 to 15 μm; and wherein said patch contains eperisone, estradiol or its derivatives, diclofenac sodium or scopolamine.
Metallic pipe comprising a layer of a polyamide moulding composition comprising at least 50% by weight of polyamide content composed of the following components: I) from 60 to 98 parts by weight of a polyamide which comprises from 10 to 70 meq/kg of terminal carboxy groups and has a relative solution viscosity η rel of at least 1.90, determined in accordance with ISO 307 using a 0.5% by weight solution in m-cresol at 25 °C, and II) from 2 to 40 parts by weight of a polyamine-polyamide graft copolymer which is produced from the following monomers: a) from 0.5 to 25% by weight, based on the entire monomer mixture, of a polyamine having at least 4 nitrogen atoms, and b) from 75 to 99.5% by weight, based on the entire monomer mixture, of polyamide-forming monomers selected from lactams, ω-aminocarboxylic acids and/or equimolar combinations of diamine and dicarboxylic acid, with the proviso that the amino group concentration of the graft copolymer is in the range from 100 to 2500 meq/kg, where the sum of the parts by weight of I) and II) is 100, where the crystallite melting points Tm of the individual components in the moulding composition have been shifted towards one another or become fully identical. I) from 60 to 98 parts by weight of a polyamide which comprises from 10 to 70 meq/kg of terminal carboxy groups and has a relative solution viscosity η rel of at least 1.90, determined in accordance with ISO 307 using a 0.5% by weight solution in m-cresol at 25 °C, and II) from 2 to 40 parts by weight of a polyamine-polyamide graft copolymer which is produced from the following monomers: a) from 0.5 to 25% by weight, based on the entire monomer mixture, of a polyamine having at least 4 nitrogen atoms, and b) from 75 to 99.5% by weight, based on the entire monomer mixture, of polyamide-forming monomers selected from lactams, ω-aminocarboxylic acids and/or equimolar combinations of diamine and dicarboxylic acid, with the proviso that the amino group concentration of the graft copolymer is in the range from 100 to 2500 meq/kg, a) from 0.5 to 25% by weight, based on the entire monomer mixture, of a polyamine having at least 4 nitrogen atoms, and b) from 75 to 99.5% by weight, based on the entire monomer mixture, of polyamide-forming monomers selected from lactams, ω-aminocarboxylic acids and/or equimolar combinations of diamine and dicarboxylic acid,
A method for enzymatic removal of excess activated donor DNA oligonucleotide from a sample following a bimolecular ligation reaction comprising: incubating the sample with a DNA pyrophosphatase or DNA deadenylase enzyme under conditions such that the excess activated donor DNA oligonucleotide is converted to 5'-phosphorylated donor DNA oligonucleotide; and incubating the sample from step with a DNA nuclease enzyme under conditions such that the 5'-phosphorylated donor DNA oligonucleotide is converted to deoxynucleotide monophosphates; wherein the bimolecular ligation reaction comprises an RNA acceptor that has a 3'-hydroxyl group and a DNA oligonucleotide donor that has a 5'-adenylated nucleotide but does not have a 3'-hydroxyl nucleotide (5'-App-DNA-X), and wherein the bimolecular ligation reaction is catalyzed by a single-strand ligase enzyme. incubating the sample with a DNA pyrophosphatase or DNA deadenylase enzyme under conditions such that the excess activated donor DNA oligonucleotide is converted to 5'-phosphorylated donor DNA oligonucleotide; and incubating the sample from step with a DNA nuclease enzyme under conditions such that the 5'-phosphorylated donor DNA oligonucleotide is converted to deoxynucleotide monophosphates;
Furnace system for growing crystals, the furnace system comprising a crucible for growing a crystal, a furnace comprising a housing having an inner volume (Vi) forming a heating zone, wherein the crucible is arranged within the inner volume (Vi), wherein the housing comprises a through hole connecting the inner volume (Vi) with an environment of the housing, an insulation plug which is movably insertable into the through hole for controlling a heat extraction out of the crucible by radiation, wherein the insulation plug is movably supported such that the insulation plug is movable in a direction to the crucible and away from the crucible, wherein the insulation plug is free of a force transmitting contact with the crucible, and a supporting plate which is arranged between the bottom surface of the crucible and the supporting area, wherein the supporting plate is made of a material with a high thermal conductivity which has a heat transfer coefficient of more than 90 W/(m*K).
A method for printing a three-dimensional image having pixels (10, 410) in a fast scan dimension x, a slow scan dimension y and a z dimension that is orthogonal to the x and y dimensions on a printable surface (520, 620, 720) by means of an inkjet printhead (1302, 510, 630, 730, 810) having nozzles (1304, 811), the method comprising the steps of: - subdividing the three dimensional image into multiple two-dimensional intermediate layers (210, 211) parallel to the x and y dimensions; - printing the intermediate layers (210, 211) on top of each other in the z dimension wherein the printing step of the intermediate layers (210, 211) is characterized by printing at least two adjacent pixels (10, 410) in the z dimension with a different nozzle (1304, 811) of the inkjet printhead (1302, 510, 630, 730, 810) and at least for two neighboring pixels along the fastscan dimension x and slow scan dimension y are printed with a different nozzle of the inkjet printhead (1302, 510, 630, 730, 810). - subdividing the three dimensional image into multiple two-dimensional intermediate layers (210, 211) parallel to the x and y dimensions; - printing the intermediate layers (210, 211) on top of each other in the z dimension
A metal-semiconductor field-effect transistor arrangement wherein the arrangement comprises: - a horizontal substrate surface with at least one wiring layer on the substrate surface, wherein the topmost wiring layer comprises a first source region (30S, 70S) with a first bottom source electrode, a first drain region (30D, 70D) with a first bottom drain electrode, and a first gate region (30G, 70G) with a first bottom gate electrode, wherein each of the bottom source, bottom drain and bottom gate electrodes comprises at least an electrically conducting first metal contact (31S, 31G, 31D, 41S, 41G, 41D, 51S, 51G, 51D, 61S, 61G, 61D, 71S1, 71G1, 71D1), - a first semiconducting channel layer (331, 431, 531, 631, 731) which at least partly covers the first bottom source electrode, the first bottom drain electrode and the first bottom gate electrode - wherein the interface between the first bottom source electrode and the first semiconducting channel layer (331, 431, 531, 631, 731) is an ohmic junction, the interface between the first bottom drain electrode and the first semiconducting channel layer (331, 431, 531, 631, 731) is an ohmic junction, and the interface between the first bottom gate electrode and the first semiconducting channel layer (331, 431, 531, 631, 731) is a Schottky junction so that the first bottom source electrode, first bottom drain electrode, first bottom gate electrode and first semiconducting channel layer (331, 431, 531, 631, 731) form a first MESFET transistor, wherein the substrate is a CMOS silicon substrate (19, 29) and the topmost wiring layer is connected to a CMOS circuit in the CMOS silicon substrate (19, 29). - a horizontal substrate surface with at least one wiring layer on the substrate surface, wherein the topmost wiring layer comprises a first source region (30S, 70S) with a first bottom source electrode, a first drain region (30D, 70D) with a first bottom drain electrode, and a first gate region (30G, 70G) with a first bottom gate electrode, wherein each of the bottom source, bottom drain and bottom gate electrodes comprises at least an electrically conducting first metal contact (31S, 31G, 31D, 41S, 41G, 41D, 51S, 51G, 51D, 61S, 61G, 61D, 71S1, 71G1, 71D1), - a first semiconducting channel layer (331, 431, 531, 631, 731) which at least partly covers the first bottom source electrode, the first bottom drain electrode and the first bottom gate electrode - wherein the interface between the first bottom source electrode and the first semiconducting channel layer (331, 431, 531, 631, 731) is an ohmic junction, the interface between the first bottom drain electrode and the first semiconducting channel layer (331, 431, 531, 631, 731) is an ohmic junction, and the interface between the first bottom gate electrode and the first semiconducting channel layer (331, 431, 531, 631, 731) is a Schottky junction so that the first bottom source electrode, first bottom drain electrode, first bottom gate electrode and first semiconducting channel layer (331, 431, 531, 631, 731) form a first MESFET transistor,
A draining device for draining fuel from a fuel vapor system into a fuel tank, said draining device comprising a port configured to be coupled to a fuel vapor accessory and a sealing member displaceable between a closed position in which said port is closed by said sealing member and an open position in which fuel from said fuel vapor accessory can be drained into the tank, wherein said sealing member is displaced into said open position when pressure in the tank is substantially equal to the pressure at the fuel vapor accessory and the fuel level in the tank is below the fuel level in said fuel vapor accessory such that said sealing member is displaced to said open position by fluid forces exerted by said fuel from said fuel vapor accessory on said sealing member, characterised in that, in operation of the draining device, gravitational forces of the sealing member facilitate in maintaining the sealing member engaged with said port in the closed position.
A method for producing a mannooligosaccharide-containing edible composition comprising taking endosperm out of coconut fruit, grinding the endosperm to prepare slurry, subjecting the slurry to solid-liquid separation to obtain solid matter, and then either defatting the solid matter until the fat and oil content becomes 1% by weight or less, and reacting the defatted solid matter with a mannan-degrading enzyme so as to hydrolyze mannan contained therein; or reacting the solid matter with a mannan-degrading enzyme which does not have a lipase activity so as to hydrolyze mannan contained therein, wherein an edible composition is obtained without particular separation and purification of a mannooligosaccharide, and wherein, the mannooligosaccharide-containing edible composition comprises mannobiose in an amount of 10% by weight or more.
An optoelectronic sensor for detecting and determining the distance of an object in a monitoring area, the sensor comprising a light transmitter for transmitting light pulses, a light receiver for generating a received signal from a received light pulse after reflection or remission at the object, an analog threshold comparator which evaluates the received signal with an analog threshold in order to detect the received light pulse, and a control and evaluation unit configured to determine the light time of flight of the light pulse (26, 28) based on the received signal evaluated with the analog threshold, wherein a threshold adaptation unit (58, 74, 82) is provided that is configured to determine a noise level of the received signal and to adapt the analog threshold to the noise level, characterized in that the threshold adaptation unit (58, 74, 82) is configured to determine the noise level as an approximation of the square root of a DC component of the received signal.
A liquid crystal display device, comprising an opposing substrate, an array substrate, a liquid crystal layer disposed between the opposing substrate and the array substrate and a backlight module on the array substrate side, wherein the array substrate is provided with a plurality of pixel units; each pixel unit comprises a plurality of sub-pixel units for displaying different colors; quantum dot layers, allowing backlight from the backlight module, used for display, to be transmitted, are disposed in a plane at positions on the array substrate corresponding to the sub-pixel units of all the pixel units; the QD layers are adapted to be excited by ultraviolet light in sunlight and to emit white light in each sub-pixel unit; and the LCD is provided with color filters corresponding to the sub-pixel units; and the color filters are disposed between the QD layers and the opposing substrate.
A knee movement support device that is worn on a leg of a user, comprising: a damper that provides resistance against a direction in which a knee joint of the leg bends; an adjuster that is operated by a person and is configured to adjust the resistance from the damper; characterized by a case surrounding the damper, wherein the case has an opening (31d, 32c) that allows the adjuster to be operated from outside of the case, wherein the adjuster is operated through the opening (31d, 32c). an adjuster that is operated by a person and is configured to adjust the resistance from the damper; characterized by a case surrounding the damper, wherein the case has an opening (31d, 32c) that allows the adjuster to be operated from outside of the case, wherein the adjuster is operated through the opening (31d, 32c).
A colloidal dispersion comprising carrier particles of silica having a particle size from 3 nm to 100 nm to which silver ions have been adsorbed, wherein the surface of the carrier particles of silica contains aluminosilicate sites.
An image reading apparatus, comprising: a plurality of light sources, arranged in a straight line, configured to output an output light to a document, each of said light sources having an exit side surface to emit output light; a light leading member having an incidence surface facing the exit side surface to receive the output light from the exit side surface of the light sources, to lead received light so as to irradiate along a main scanning direction toward the document; a substrate including the light sources attached onto a surface of the substrate and provided in the straight line, a first plane including said surface of the substrate crossing a second plane including the exit side surface of the light sources; a photoelectric conversion element (13, 16, 17, 19, 20, 21) configured to receive reflection light from the document, characterized by a holder having a mounting surface, the substrate being mounted on the mounting surface so that a part of a surface of the substrate on a light emitting direction side relative to the light sources is positioned between the mounting surface and a periphery of the light leading member which is included in a third plane crossing a fourth plane including the incidence surface thereof. a plurality of light sources, arranged in a straight line, configured to output an output light to a document, each of said light sources having an exit side surface to emit output light; a light leading member having an incidence surface facing the exit side surface to receive the output light from the exit side surface of the light sources, to lead received light so as to irradiate along a main scanning direction toward the document; a substrate including the light sources attached onto a surface of the substrate and provided in the straight line, a first plane including said surface of the substrate crossing a second plane including the exit side surface of the light sources; a photoelectric conversion element (13, 16, 17, 19, 20, 21) configured to receive reflection light from the document, characterized by a holder having a mounting surface, the substrate being mounted on the mounting surface so that a part of a surface of the substrate on a light emitting direction side relative to the light sources is positioned between the mounting surface and a periphery of the light leading member which is included in a third plane crossing a fourth plane including the incidence surface thereof.
A display control apparatus comprising: a display control section adapted to generate a virtual space image by specifying a first viewpoint position and a direction of line of sight and display the image on a head-mounted display, wherein the display control section is further configured to: specify a plurality of positions in the virtual space as viewpoint positions, change the viewpoint position from the first position to a second position determined from among the plurality of positions in accordance with an orientation of the head-mounted display, and specify, when the viewpoint position is changed, as a direction of line of sight, the direction in which the first position in the virtual space is seen from the second viewpoint position. a display control section adapted to generate a virtual space image by specifying a first viewpoint position and a direction of line of sight and display the image on a head-mounted display, specify a plurality of positions in the virtual space as viewpoint positions, change the viewpoint position from the first position to a second position determined from among the plurality of positions in accordance with an orientation of the head-mounted display, and specify, when the viewpoint position is changed, as a direction of line of sight, the direction in which the first position in the virtual space is seen from the second viewpoint position.
Power relay for a vehicle, in particular a commercial vehicle, having a housing into which two connection bolts are introduced for contacting a load current circuit, and having a coil assembly arranged in the housing that comprises a solenoid and a magnet armature that is coupled to a contact bridge via a force transfer member, said contact bridge being able to be moved between a closed position and an open position, and said magnet armature being able to be shifted under the effect of a magnetic field that is produced by means of the solenoid in the housing, characterised in that the contact bridge supports two contact elements that, with counter contacts of the connection bolts, form a first contact pair (33, 34) and a second contact pair (33, 34), wherein the contact pairs (33, 34) in the closed position form a three-point support.
A flow control valve comprising: a valve body including a valve chamber and a valve orifice; and a valve element with a curved surface portion adapted to change a flow rate of a fluid through the valve orifice in accordance with a lift amount of the valve element, the curved surface portion having a curvature or a control angle that is increased continuously or in stages toward a tip end of the curved surface portion, wherein an orifice diameter of the valve orifice is sequentially increased in three or more stages in a direction away from the valve chamber, characterized in that the valve orifice includes, sequentially arranged from a side of the valve chamber, a first cylindrical valve orifice portion with an orifice diameter D1, a second cylindrical valve orifice portion with an orifice diameter D2, and a third cylindrical valve orifice portion with an orifice diameter D3, and D1 < D2 < D3. a valve body including a valve chamber and a valve orifice; and a valve element with a curved surface portion adapted to change a flow rate of a fluid through the valve orifice in accordance with a lift amount of the valve element, the curved surface portion having a curvature or a control angle that is increased continuously or in stages toward a tip end of the curved surface portion, wherein an orifice diameter of the valve orifice is sequentially increased in three or more stages in a direction away from the valve chamber, characterized in that the valve orifice includes, sequentially arranged from a side of the valve chamber, a first cylindrical valve orifice portion with an orifice diameter D1, a second cylindrical valve orifice portion with an orifice diameter D2, and a third cylindrical valve orifice portion with an orifice diameter D3, and D1 < D2 < D3.
A magnetically assisted coupling for a staff or a probe comprising: at least two shaft segments, each shaft segment having opposed ends (22, 24) and a hollow core, wherein adjacent segment ends (22, 24) are configured in a probe/socket configuration such that one segment end is configured to receive said adjacent segment end; characterized in that magnets of opposite polarity mounted within said hollow core of adjacent segment ends (22, 24), such that said magnet in each socket is positioned at a bottom of said socket, while said magnet in each probe defines a probe end; wherein when adjacent segment ends (22, 24) are brought into close proximity said magnets attract each other and draw said probe end into said socket until said magnets are in contact. at least two shaft segments, each shaft segment having opposed ends (22, 24) and a hollow core, wherein adjacent segment ends (22, 24) are configured in a probe/socket configuration such that one segment end is configured to receive said adjacent segment end; characterized in that magnets of opposite polarity mounted within said hollow core of adjacent segment ends (22, 24), such that said magnet in each socket is positioned at a bottom of said socket, while said magnet in each probe defines a probe end; wherein when adjacent segment ends (22, 24) are brought into close proximity said magnets attract each other and draw said probe end into said socket until said magnets are in contact.
A frame clamp for a bicycle carrier, the frame clamp comprising: two opposing jaws (56, 58) defining a clamp distance therebetween, the opposing jaws being pivotably connected at a pivot point and comprising resilient inserts arranged to clamp an object; and an over-centre latch comprising a handle portion and a slave portion, characterised in that the handle and slave portion are each pivotably connected to the other and each pivotably connected to one of the opposing jaws, wherein the resilient inserts provide tension to the over-centre latch, wherein the pivotable connection between the handle portion or slave portion and the corresponding opposing jaw (56, 58) is an adjustable connection, and wherein adjustment of said adjustable connection adjusts the clamp distance. two opposing jaws (56, 58) defining a clamp distance therebetween, the opposing jaws being pivotably connected at a pivot point and comprising resilient inserts arranged to clamp an object; and an over-centre latch comprising a handle portion and a slave portion, characterised in that the handle and slave portion are each pivotably connected to the other and each pivotably connected to one of the opposing jaws, wherein the resilient inserts provide tension to the over-centre latch, wherein the pivotable connection between the handle portion or slave portion and the corresponding opposing jaw (56, 58) is an adjustable connection, and wherein adjustment of said adjustable connection adjusts the clamp distance.