mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting display apparatus comprising: a substrate; an organic light emitting device disposed over the substrate; a sealing member formed over the organic light emitting device; and a partially transmissive layer (21, 41, 61, 71) formed between the sealing member and the organic light emitting device, the partially transmissive layer (21, 41, 61) being arranged to increase contrast of images displayed by the organic light emitting display; characterised by: a semitransparent film formed over an upper surface of the sealing member, the semitransparent film being arranged to transmit a portion of external light and to reflect another portion of external light; and a passivation film formed over the semitransparent film so as to cover the semitransparent film, the passivation film being arranged to protect the semitransparent film; wherein the partially transmissive layer (21, 41, 61) has an optical transmittance of 35 to 80%; and wherein the semitransparent film has a refractive index greater than that of the passivation film and an optical transmittance of 40 to 80%. a substrate; an organic light emitting device disposed over the substrate; a sealing member formed over the organic light emitting device; and a partially transmissive layer (21, 41, 61, 71) formed between the sealing member and the organic light emitting device, the partially transmissive layer (21, 41, 61) being arranged to increase contrast of images displayed by the organic light emitting display; a semitransparent film formed over an upper surface of the sealing member, the semitransparent film being arranged to transmit a portion of external light and to reflect another portion of external light; and a passivation film formed over the semitransparent film so as to cover the semitransparent film, the passivation film being arranged to protect the semitransparent film; wherein the partially transmissive layer (21, 41, 61) has an optical transmittance of 35 to 80%; and wherein the semitransparent film has a refractive index greater than that of the passivation film and an optical transmittance of 40 to 80%.
A device for transporting elongated metal material, in particular strip material, wire material, pipe material or profiled material, comprising: a controllable first chain drive unit with a continuous first chain; a controllable second chain drive unit with a continuous second chain; wherein the first and the second chain drive unit (6, 6') are arranged such that the elongated material is passed through between the first and the second chain (12, 12') with frictional contact so that by operating the first and the second chain drive units (6, 6'), the elongated material is moved in a direction of movement of chain portions (16, 16') contacting the elongated material; a controllable first pressure unit configured to apply a first pressure force to the first chain towards the elongated material; a controllable second pressure unit configured to apply a second pressure force (F7') to the second chain towards the elongated material; characterised in that the device furthermore comprises at least one controllable adjusting unit (8, 8') which is mechanically connected to at least one of the first and second chain drive units (6, 6') and which is configured to move same in a longitudinal direction of the elongated material during operation. a controllable first chain drive unit with a continuous first chain; a controllable second chain drive unit with a continuous second chain; wherein the first and the second chain drive unit (6, 6') are arranged such that the elongated material is passed through between the first and the second chain (12, 12') with frictional contact so that by operating the first and the second chain drive units (6, 6'), the elongated material is moved in a direction of movement of chain portions (16, 16') contacting the elongated material; a controllable first pressure unit configured to apply a first pressure force to the first chain towards the elongated material; a controllable second pressure unit configured to apply a second pressure force (F7') to the second chain towards the elongated material; characterised in that the device furthermore comprises at least one controllable adjusting unit (8, 8') which is mechanically connected to at least one of the first and second chain drive units (6, 6') and which is configured to move same in a longitudinal direction of the elongated material during operation.
A gutter guard mesh for application to the gutter/roof interface of a roof comprising: a length of woven mesh or the like having an array of apertures dimensioned to maximise traversal by rain water and minimise traversal of accumulated debris from said roof; wherein at least a first edge of said mesh is fitted on a first side with a double sided acrylic foam closed cell tape having acrylic adhesive on both sides and on a second opposing side with a double sided butyl tape; wherein the free side of said foam tape is available for adherence to said gutter via said acrylic adhesive and the free side of said butyl tape is available for adherence of a protective laminate; and wherein said butyl tape incorporates a polyethylene mesh imbedded into the core thereof. a length of woven mesh or the like having an array of apertures dimensioned to maximise traversal by rain water and minimise traversal of accumulated debris from said roof; wherein at least a first edge of said mesh is fitted on a first side with a double sided acrylic foam closed cell tape having acrylic adhesive on both sides and on a second opposing side with a double sided butyl tape; wherein the free side of said foam tape is available for adherence to said gutter via said acrylic adhesive and the free side of said butyl tape is available for adherence of a protective laminate; and wherein said butyl tape incorporates a polyethylene mesh imbedded into the core thereof.
A connecting rod for connecting a piston via a piston pin to a crankshaft, the connecting rod comprising: a shank; and a small end including a bore for receiving the piston pin, the bore extending through the small end between a first lateral face of the small end and a second lateral face of the small end, the bore further having an inner face with a shank sided section and a piston crown sided section, wherein the inner face at the shank sided section delimits a piston pin supporting structure including at least one recess (44, 46) in the first lateral face and in the second lateral face in a direction toward the shank for providing less material next to the first lateral face and the second lateral face, respectively, characterised in that the at least one recess (44, 46) provides less material in the shank direction than at an azimuthal side position at about 45° relative to the shank direction, the at least one recess (44, 46) extending within a range between -45° and +45° relative to an azimuthal position in the shank direction at 0°, particularly, within a range between -25° and +25° relative to the azimuthal position. a shank; and a small end including a bore for receiving the piston pin, the bore extending through the small end between a first lateral face of the small end and a second lateral face of the small end, the bore further having an inner face with a shank sided section and a piston crown sided section, wherein the inner face at the shank sided section delimits a piston pin supporting structure including at least one recess (44, 46) in the first lateral face and in the second lateral face in a direction toward the shank for providing less material next to the first lateral face and the second lateral face, respectively, characterised in that the at least one recess (44, 46) provides less material in the shank direction than at an azimuthal side position at about 45° relative to the shank direction, the at least one recess (44, 46) extending within a range between -45° and +45° relative to an azimuthal position in the shank direction at 0°, particularly, within a range between -25° and +25° relative to the azimuthal position.
Method for the separation of at least one isoprenic constituent from the resin of a guayule and/or of the guayule type plant comprising the steps of: a) providing a defatted resin of guayule and/or of the guayule type; b) subjecting said defatted resin to partitioning of the liquid-liquid type with solvents that are immiscible with each other thus obtaining an apolar extract containing the isoprenic constituents guayulin A, guayulin B and argentatin B; and a polar extract containing the isoprenic constituents argentatin A, argentatin C and argentatin D; and c) separating at least one isoprenic constituent from said polar extract and/or from said apolar extract thus obtained, wherein step c) comprises a step in which said polar extract is subjected to partitioning of the liquid-liquid type with solvents immiscible with each other and/or a step in which said apolar extract is subjected to partitioning of the solid-liquid type. a) providing a defatted resin of guayule and/or of the guayule type; b) subjecting said defatted resin to partitioning of the liquid-liquid type with solvents that are immiscible with each other thus obtaining an apolar extract containing the isoprenic constituents guayulin A, guayulin B and argentatin B; and a polar extract containing the isoprenic constituents argentatin A, argentatin C and argentatin D; and c) separating at least one isoprenic constituent from said polar extract and/or from said apolar extract thus obtained, wherein step c) comprises a step in which said polar extract is subjected to partitioning of the liquid-liquid type with solvents immiscible with each other and/or a step in which said apolar extract is subjected to partitioning of the solid-liquid type.
A method for the irradiation and oxidative stabilisation of PAN fibres for the production of a precursor fibre of carbon fibres, characterised in that the PAN fibres are based on a homopolymer or copolymer of PAN, the homopolymer or copolymer of PAN having a T onset-Z temperature of at least 245°C, measured under air (according to DIN EN ISO 11357-5:2014-07), a number-average molecular weight of 20,000 to 250,000 g/mol polymethyl methacrylate molar mass equivalents (determined according to DIN 55672-2:2016-03), and a content of comonomers of not more than 15.0 wt.%, the PAN fibres are subjected to ionising irradiation with electron beams in an inert gas atmosphere with an irradiation dose of 10 to 5,000 kGy, the reduced T onset-Z temperature under air is determined from the E-PAN fibres obtained by irradiation ( T onset-Z E-PAN) (according to DIN EN ISO 11357-5: 2014-07), thereupon the oxidative thermostabilisation is initiated at a starting temperature of T onset-Z E-PAN ± 30°C, and the oxidative thermostabilisation is carried out at increasing temperature up to a minimum density of the oxidatively stabilised PAN fibre (ox-PAN) of 1.30 g/cm 3. the PAN fibres are based on a homopolymer or copolymer of PAN, the homopolymer or copolymer of PAN having a T onset-Z temperature of at least 245°C, measured under air (according to DIN EN ISO 11357-5:2014-07), a number-average molecular weight of 20,000 to 250,000 g/mol polymethyl methacrylate molar mass equivalents (determined according to DIN 55672-2:2016-03), and a content of comonomers of not more than 15.0 wt.%, the PAN fibres are subjected to ionising irradiation with electron beams in an inert gas atmosphere with an irradiation dose of 10 to 5,000 kGy, the reduced T onset-Z temperature under air is determined from the E-PAN fibres obtained by irradiation ( T onset-Z E-PAN) (according to DIN EN ISO 11357-5: 2014-07), thereupon the oxidative thermostabilisation is initiated at a starting temperature of T onset-Z E-PAN ± 30°C, and the oxidative thermostabilisation is carried out at increasing temperature up to a minimum density of the oxidatively stabilised PAN fibre (ox-PAN) of 1.30 g/cm 3.
A method for presenting an image on a display device, including: modifying the image by applying a geometric transformation to the image; and presenting the image to which the geometric transformation has been applied on the display device, wherein the image presented on the display device is presented to a viewer through an optical component applying an inverse transformation corresponding to the geometric transformation that has been applied to the image so that at least one area of the image is perceived as having a higher density of pixels than in the rest of the image, wherein the optical component comprises an optical element that includes a front and a rear aspheric surface, wherein the optical element includes a first optical lens and a second optical lens, the first optical lens having a convex surface facing a first side and a concave surface facing a second side, and the second optical lens having a concave surface facing the first side and a convex surface facing the second side, wherein the concave surface of the first optical lens is facing the concave surface of the second optical lens. modifying the image by applying a geometric transformation to the image; and presenting the image to which the geometric transformation has been applied on the display device, wherein the image presented on the display device is presented to a viewer through an optical component applying an inverse transformation corresponding to the geometric transformation that has been applied to the image so that at least one area of the image is perceived as having a higher density of pixels than in the rest of the image, wherein the optical component comprises an optical element that includes a front and a rear aspheric surface, wherein the optical element includes a first optical lens and a second optical lens, the first optical lens having a convex surface facing a first side and a concave surface facing a second side, and the second optical lens having a concave surface facing the first side and a convex surface facing the second side, wherein the concave surface of the first optical lens is facing the concave surface of the second optical lens.
Device for treating gas, comprising: - an electrode which is placed in a chamber comprising a first inlet (Eg) for gas and a first outlet (Sg) for gas, the electrode being able to generate an ionic wind which circulates towards a counter-electrode which delimits a wall of the chamber, - a humidifier which generates a flow circulating in the chamber between a second inlet (Ev) and a second outlet (Sv), characterised in that the wall of the chamber comprises channels for guiding a discharge charged with particles towards the second outlet (Sv) of the chamber, and in that the second inlet (Ev) is situated above the channels. - an electrode which is placed in a chamber comprising a first inlet (Eg) for gas and a first outlet (Sg) for gas, the electrode being able to generate an ionic wind which circulates towards a counter-electrode which delimits a wall of the chamber, - a humidifier which generates a flow circulating in the chamber between a second inlet (Ev) and a second outlet (Sv),
A resource-recycling-type method of treating industrial wastewater using an oxidizing agent produced from wastewater, suitable for use in decreasing amounts of a nitrogen pollutant (T-N), including an ethanolamine compound and ammonia nitrogen (NH 3 -N), and a refractory COD (Chemical Oxygen Demand)-causing pollutant in industrial wastewater, comprising: stripping ammonia from raw wastewater; producing sodium persulfate in a manner in which the stripped ammonia is placed in a scrubber and added with a sulfuric acid solution diluted to 5 to 50 wt% to thus recover ammonium sulfate concentrated to 5 to 45 wt%, after which the recovered ammonium sulfate and a sulfuric acid solution are fed into an electrochemical conversion unit comprising a diaphragm-type electrical reactor having an ion exchange membrane to produce ammonium persulfate, after which the produced ammonium persulfate is allowed to react with sodium hydroxide in a reaction chamber; and performing chemical treatment in a manner in which the produced sodium persulfate is added back to the raw wastewater from which ammonia was stripped, thus removing the nitrogen pollutant (T-N) and the refractory COD-causing pollutant. stripping ammonia from raw wastewater; producing sodium persulfate in a manner in which the stripped ammonia is placed in a scrubber and added with a sulfuric acid solution diluted to 5 to 50 wt% to thus recover ammonium sulfate concentrated to 5 to 45 wt%, after which the recovered ammonium sulfate and a sulfuric acid solution are fed into an electrochemical conversion unit comprising a diaphragm-type electrical reactor having an ion exchange membrane to produce ammonium persulfate, after which the produced ammonium persulfate is allowed to react with sodium hydroxide in a reaction chamber; and performing chemical treatment in a manner in which the produced sodium persulfate is added back to the raw wastewater from which ammonia was stripped, thus removing the nitrogen pollutant (T-N) and the refractory COD-causing pollutant.
A process for deeply catalytically oxidizing hydrogen sulfide to element sulfur comprises the following steps: providing an isothermal reactor and an adiabatic reactor which are connected in series; wherein the isothermal reactor is filled with a catalyst for selectively catalytically oxidizing the hydrogen sulfide to element sulfur, wherein the catalyst for selectively catalytically oxidizing the hydrogen sulfide to element sulfur comprises components of a mass percent of: 24-34% of iron trioxide, 60-70% of anatase titanium dioxide and a balance which are auxiliary agents; and wherein the adiabatic reactor is filled with a catalyst for burning tail-gas, wherein the catalyst for burning the tail-gas comprises components of a mass percent of: 48-78% of iron trioxide, 18-48% of anatase titanium dioxide and a balance which are auxiliary agents, isothermal reaction: injecting air in a gas mixture at an entrance of the isothermal reactor according to the O 2 /H 2 S mole ratio required by the catalyst for selective oxidation contained therein and selective oxidation of hydrogen sulfide by the catalyst in the isothermal reactor under the following conditions: temperature 150-250°C, a space velocity of 300-2000/h, and an O 2 /H 2 S mole ratio of 0.5-1.5, providing an isothermal reactor and an adiabatic reactor which are connected in series; wherein the isothermal reactor is filled with a catalyst for selectively catalytically oxidizing the hydrogen sulfide to element sulfur, wherein the catalyst for selectively catalytically oxidizing the hydrogen sulfide to element sulfur comprises components of a mass percent of: 24-34% of iron trioxide, 60-70% of anatase titanium dioxide and a balance which are auxiliary agents; and wherein the adiabatic reactor is filled with a catalyst for burning tail-gas, wherein the catalyst for burning the tail-gas comprises components of a mass percent of: 48-78% of iron trioxide, 18-48% of anatase titanium dioxide and a balance which are auxiliary agents, isothermal reaction: injecting air in a gas mixture at an entrance of the isothermal reactor according to the O 2 /H 2 S mole ratio required by the catalyst for selective oxidation contained therein and selective oxidation of hydrogen sulfide by the catalyst in the isothermal reactor under the following conditions: temperature 150-250°C, a space velocity of 300-2000/h, and an O 2 /H 2 S mole ratio of 0.5-1.5,
A process for producing a fluorine-containing olefin represented by formula: CF 3 CA=CHB wherein one of A and B is F or Cl and the other is H, the process comprising reacting, in the presence of oxygen and a fluorination catalyst, anhydrous hydrogen fluoride with at least one chlorine-containing compound selected from the group consisting of a chlorine-containing alkane represented by formula CX 3 CClYCH 2 Z wherein each X independently represents F or Cl, Y is H or F, when Y is H, Z is Cl or F, and when Y is F, Z is H; a chlorine-containing alkane represented by formula CX 3 CH 2 CHX 2 wherein each X independently represents F or Cl, and at least one X is Cl; a chlorine-containing alkene represented by formula CX 3 CCl=CH 2 wherein each X independently represents F or Cl; a chlorine-containing alkene represented by formula CX 3 CH=CHX wherein each X independently represents F or Cl, and at least one X is Cl; a chlorine-containing alkene represented by formula CH 2 XCCl=CX 2 wherein each X independently represents F or Cl; and a chlorine-containing alkene represented by formula CHX 2 CH=CX 2 wherein each X independently represents F or Cl, the fluorination catalyst being a catalyst in which at least one metal element M selected from the group consisting of indium, gallium, cobalt, copper, nickel, zinc, and aluminum is present together with chromium, wherein the molar ratio of the at least one metal element M to the chromium is 96:4 to 65:35, and wherein the metal element M comprises crystalline nickel fluoride.
Device for detecting the state of connection between a patient catheter and a tubing cassette system, which is designed for use in a dialysis machine, characterised in that the device comprises the tubing cassette system and an electrical circuit that is arranged on the tubing cassette system and on the patient catheter, and in that the device further comprises a measuring device for measuring at least one electrical property of the electrical circuit, which depends on the state of connection, in that the circuit comprises a diode resistive network arranged on the patient catheter, in that the tubing cassette system comprises a patient connector (3, 4) provided with a diode resistive network and a switch (S1, S2) arranged in parallel, and in that the measuring device is designed to measure the resistivity of the diode resistive network of the patient catheter and the resistivity of the diode resistive network of the patient connector (3, 4).
Kneading machine for food doughs comprising a kneading machine frame with a lower part and a head part movable relative to the lower part between a lower operating position and an upper cleaning position, wherein a kneading bowl can be arranged on the lower part and a drivable kneading tool and a lid closing an opening of the kneading bowl in the operating position are arranged on the head part, wherein the lid is surrounded on the circumferential side by a first safety ring of a safety device which projects beyond the lid on the underside thereof and which is movably fastened to the lid, wherein the safety device comprises a detection means which detects a relative movement between the lid and the first safety ring, and wherein the kneading machine frame comprises at least two trunnion bearings, each of which is formed by a trunnion and a matching receptacle, one of the bearing elements of the trunnion bearing being formed on the lower part and the other bearing element being formed on the head part, in such a way that they engage with each other in the lower operating position and secure the position of the head part with respect to the lower part, characterized in that the first safety ring is formed integrally with a pinch protection for the at least two trunnion bearings.
A compound represented by formula 2, a stereoisomer thereof, a solvate thereof, a hydrate thereof or a pharmaceutically acceptable salt thereof: wherein, in formula 2, n is an integer of 1; is and is or and L 1 is any one selected from the group consisting of and n is an integer of 1; is and is or and L 1 is any one selected from the group consisting of and