mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a moving web of material unwound from a support; a stamp mounted on a roller, wherein the stamp comprises a base surface and a continuous, regular array of pattern elements and extending above the base surface, and wherein the stamping elements each comprise a substantially planar stamping surface; and an inking roller comprising an inking surface that at least periodically contacts the stamping surface of the stamping elements, characterized in that the inking surface is impregnated with an ink composition comprising an organosulfur compound having a thiol functional group selected to bind to a major surface of the web material to form a self-assembled monolayer thereon according to the array of pattern elements on the stamping surface, in that the pattern elements have a trapezoidal cross section and in that the inking surface is made of an elastomeric material. a moving web of material unwound from a support; a stamp mounted on a roller, wherein the stamp comprises a base surface and a continuous, regular array of pattern elements and extending above the base surface, and wherein the stamping elements each comprise a substantially planar stamping surface; and an inking roller comprising an inking surface that at least periodically contacts the stamping surface of the stamping elements, characterized in that the inking surface is impregnated with an ink composition comprising an organosulfur compound having a thiol functional group selected to bind to a major surface of the web material to form a self-assembled monolayer thereon according to the array of pattern elements on the stamping surface, in that the pattern elements have a trapezoidal cross section and in that the inking surface is made of an elastomeric material.
A vacuum valve comprising: a cylindrical vacuum insulation container having a pair of ends and a pair of openings respectively disposed at the pair of ends; a pair of sealing metal fittings (2,3) respectively to seal the pair of openings; and a pair of contacts (5,6) disposed inside the vacuum insulation container, the pair of contacts being connectable with and separable from each other, characterised in that the container includes a base material layer of aluminum oxide and a first and a second oxidation enhancement layer of aluminum oxide, the base material layer has an inner and an outer peripheral surface, the first and second oxidation enhancement layers, in which oxygen binding was enhanced, are respectively formed on the inner and outer peripheral surfaces. a cylindrical vacuum insulation container having a pair of ends and a pair of openings respectively disposed at the pair of ends; a pair of sealing metal fittings (2,3) respectively to seal the pair of openings; and a pair of contacts (5,6) disposed inside the vacuum insulation container, the pair of contacts being connectable with and separable from each other, characterised in that the container includes a base material layer of aluminum oxide and a first and a second oxidation enhancement layer of aluminum oxide, the base material layer has an inner and an outer peripheral surface, the first and second oxidation enhancement layers, in which oxygen binding was enhanced, are respectively formed on the inner and outer peripheral surfaces.
A camera module, comprising a cable connection structure, comprising: a cable unit having at least one wire member comprising a metal piece and a separation preventing rib protruding from an outer circumference thereof to a predetermined height; a flexible printed circuit board (FPCB, 20) having on one end at least one terminal, wherein the number of terminals corresponds to the number of the wire members; wherein one or more terminals are soldered to the corresponding metal piece to form a joining portion between the cable unit and the FPCB, and wherein the other end of the FPCB has a connecting portion; a molded connector connecting the cable unit to the FPCB, wherein the molded connector is configured to seal the joining portion, wherein the separation preventing rib prevents the molded connector from being separated from the cable unit; a cover member coupled to the molded connector, wherein the molded connector surrounds the joining portion. a cable unit having at least one wire member comprising a metal piece and a separation preventing rib protruding from an outer circumference thereof to a predetermined height; a flexible printed circuit board (FPCB, 20) having on one end at least one terminal, wherein the number of terminals corresponds to the number of the wire members; wherein one or more terminals are soldered to the corresponding metal piece to form a joining portion between the cable unit and the FPCB, and wherein the other end of the FPCB has a connecting portion; a molded connector connecting the cable unit to the FPCB, wherein the molded connector is configured to seal the joining portion, wherein the separation preventing rib prevents the molded connector from being separated from the cable unit; a cover member coupled to the molded connector, wherein the molded connector surrounds the joining portion.
A vehicle driver feedback system comprising a control unit and a display unit, the control unit being arranged for registering a driver-influenced vehicle driving parameter, and the display unit being positioned in the vehicle and arranged for displaying information to the vehicle driver, the control unit further being arranged for: iteratively calculating and storing at least one score value (SE, SF, SW, SU) based on the at least one driver-influenced vehicle driving parameter, wherein the at least one score value (SE, SF, SW, SU) reflects a weighted combination of at least two ones of a magnitude of driver-induced energy waste; driver-induced fuel waste; driver-induced vehicle wear; or unsafe driving; wherein the score value, when reflecting unsafe driving, reflects the sum of one or more of: the level of lateral acceleration above a threshold value; the rate of change of vehicle longitudinal deceleration above a threshold value; the level of vehicle speed above the current vehicle speed limitation; the level of acceleration above a threshold value in residential areas, urban areas or in areas with low vehicle speed limitation; or the distance to the vehicle in front below a threshold value, characterised in that the control unit further is arranged for displaying on the display unit during driving of the vehicle a graphical score value development over time or relative to a travelled route as feedback to the vehicle driver, and in that the weighted combination is a variable weighted combination. the level of lateral acceleration above a threshold value; the rate of change of vehicle longitudinal deceleration above a threshold value; the level of vehicle speed above the current vehicle speed limitation; the level of acceleration above a threshold value in residential areas, urban areas or in areas with low vehicle speed limitation; or the distance to the vehicle in front below a threshold value,
A damper mounting structure, comprising: a dash upper panel extending laterally across a vehicle body; a damper mounting portion formed in each lateral end of the dash upper panel, the damper mounting portion including a plurality of mounting holes for receiving a plurality of threaded bolts for securing an upper end of a suspension damper; a cross member attached to an upper surface of the dash upper panel, the cross member including a main body welded to an upper surface of the dash upper panel via a pair of lateral flanges thereof extending along either side thereof, and a half bowl-shaped portion formed on each lateral end thereof and welded to a periphery of the corresponding damper mounting portion via a peripheral flange formed along an outer periphery of the half bowl-shaped portion; and characterized in that a circumferential step formed between the peripheral flange and the half bowl-shaped portion; and in that the peripheral flange is provided with at least one cutout that extends into the circumferential step and exposes one of the threaded bolts. a dash upper panel extending laterally across a vehicle body; a damper mounting portion formed in each lateral end of the dash upper panel, the damper mounting portion including a plurality of mounting holes for receiving a plurality of threaded bolts for securing an upper end of a suspension damper; a cross member attached to an upper surface of the dash upper panel, the cross member including a main body welded to an upper surface of the dash upper panel via a pair of lateral flanges thereof extending along either side thereof, and a half bowl-shaped portion formed on each lateral end thereof and welded to a periphery of the corresponding damper mounting portion via a peripheral flange formed along an outer periphery of the half bowl-shaped portion; and characterized in that a circumferential step formed between the peripheral flange and the half bowl-shaped portion; and in that the peripheral flange is provided with at least one cutout that extends into the circumferential step and exposes one of the threaded bolts.
A bar of composite matrix material, the bar being for joining a helicopter rotor blade to a hingeless helicopter rotary hub assembly; said bar having a longitudinal axis perpendicular to cross sections (B-B, 20-20f) having upper and lower surfaces (2, 3), said longitudinal axis having essentially equal distances from said upper and lower surfaces (2, 3) and said cross sections (B-B, 20-20f) for being located at regions (A-A to B-B) that are flexible to allow the helicopter rotor blade to undergo movements in a flapping direction, in a lead-lag direction and in a pitch angle direction; characterized in that the bar of composite matrix material comprises: a first group of fibers which extend parallel to the longitudinal axis and a second group of fibers which extend at an angle to the longitudinal axis, wherein inside the cross sections (B-B, 20-20f) at least one torsion box is provided along the longitudinal axis, each of said at least one torsion box comprising an uppermost and a lowermost layer (10, 21, 11, 22) respectively offset of the longitudinal axis and of the uppermost and the lowermost surfaces (2, 3), said uppermost and lowermost layers (10, 21, 11, 22) being laterally joint, while the cross sections (B-B, 20-20f) between the uppermost and the lowermost layer (10, 21, 11, 22), between the uppermost layer (10, 21) and the upper surface and between the lowermost layer (11, 22) and the lower surface is filled - in direction of the longer sides of the cross section at least partly - with the first group of fibers extending parallel to the longitudinal axis. a first group of fibers which extend parallel to the longitudinal axis and a second group of fibers which extend at an angle to the longitudinal axis, wherein inside the cross sections (B-B, 20-20f) at least one torsion box is provided along the longitudinal axis, each of said at least one torsion box comprising an uppermost and a lowermost layer (10, 21, 11, 22) respectively offset of the longitudinal axis and of the uppermost and the lowermost surfaces (2, 3), said uppermost and lowermost layers (10, 21, 11, 22) being laterally joint, while the cross sections (B-B, 20-20f) between the uppermost and the lowermost layer (10, 21, 11, 22), between the uppermost layer (10, 21) and the upper surface and between the lowermost layer (11, 22) and the lower surface is filled - in direction of the longer sides of the cross section at least partly - with the first group of fibers extending parallel to the longitudinal axis.
A sugar composition comprising: (a) at least 60% xylose by weight relative to total sugar concentration; (b) at least 100 PPB, but not exceeding 0.5%, of a total concentration of marker molecule, wherein the marker molecule is at least one molecule selected from the group consisting of furfural, hydroxy-methylfurfural, products of furfural or hydroxy-methylfurfural condensation, color compounds formed on heating a sugar, levulinic acid, acetic acid, methanol, galacturonic acid, an alcohol of more than four carbon atoms, betaine, amino acids, proteins, phosphate and glycerol, and optionally at least one fermentation residue; and (c) 0.001% to 10% oligosaccharides by weight relative to total sugar concentration. (a) at least 60% xylose by weight relative to total sugar concentration; (b) at least 100 PPB, but not exceeding 0.5%, of a total concentration of marker molecule, wherein the marker molecule is at least one molecule selected from the group consisting of furfural, hydroxy-methylfurfural, products of furfural or hydroxy-methylfurfural condensation, color compounds formed on heating a sugar, levulinic acid, acetic acid, methanol, galacturonic acid, an alcohol of more than four carbon atoms, betaine, amino acids, proteins, phosphate and glycerol, and optionally at least one fermentation residue; and (c) 0.001% to 10% oligosaccharides by weight relative to total sugar concentration.
An RNA-guided endonuclease-expressing Eustigmatophyte or Parachlorella algal strain comprising at least one non-native nucleic acid molecule comprising at least one nucleic acid sequence encoding a heterologous RNA-guided endonuclease, at least one nucleic acid sequence encoding a fluorescent protein, and a nucleic acid sequence encoding a nuclear localization signal linked to the nucleic acid sequence encoding the heterologous RNA-guided endonuclease, wherein the algal strain exhibits a single fluorescence intensity peak in a flow cytometry histogram, and the single fluorescence intensity peak is greater than an autofluorescence peak of non-transformed cells, and wherein the RNA-guided endonuclease is a Cas nuclease, optionally is a Cas9 nuclease.
A method of reducing a thickness of a glass sheet by subjecting the glass sheet to an etching process comprising the steps of: loading the glass sheet onto a conveyor with the glass sheet comprising a first major surface and a second major surface; passing the glass sheet through an etching zone along a conveyance path with the conveyor a plurality of times until an initial thickness of the glass sheet is reduced to a final predetermined thickness of the glass sheet; and washing the glass sheet after each pass through the etching zone. loading the glass sheet onto a conveyor with the glass sheet comprising a first major surface and a second major surface; passing the glass sheet through an etching zone along a conveyance path with the conveyor a plurality of times until an initial thickness of the glass sheet is reduced to a final predetermined thickness of the glass sheet; and washing the glass sheet after each pass through the etching zone.
A method for controlling the temperature of a propylene via methanol reactor in PVM technology by a temperature controller TC adjusting the flow of the gas feed and/or the liquid feed into the PVM reactor depending on the set point of the TC, wherein the temperature controller TC acts as a master controller controlling two control loops, wherein one of the control loops regulates the flow of the gas feed into the PVM reactor, wherein the other control loop regulates the flow of the liquid feed into the PVM reactor, wherein the control loop regulating the liquid side feed is the main control loop and wherein the control loop regulating the gas side feed is the auxiliary control loop, wherein the PVM reactor comprises several reactor beds, wherein the temperature is regulated in at least one reactor bed, wherein the TC receives the temperature of the PVM reactor downstream of a reactor bed, wherein the gas feed and the liquid feed enter the PVM reactor upstream of the reactor bed, and wherein the liquid side feed comprises water and dimethyl ether.
Nitrogen oxide storage catalyst containing platinum as oxidation-active component and a nitrogen oxide storage material, comprising oxides, carbonates or hydroxides of barium on a homogeneous magnesium-aluminum mixed oxide doped with rare earth oxides as support material, with the magnesium-aluminum mixed oxide containing from 1 to 30% by weight of magnesium oxide, based on the total weight of the magnesium-aluminum mixed oxide and a homogeneous magnesium-aluminum mixed oxide doped with rare earth oxides likewise serves as support material for platinum, provided that if platinum is applied together with the storage component to the support material, an additional oxygen-storage component based on cerium is added to the storage catalyst.
Press for pressing press material with a press stand, an upper press plate in the upper part of the press and a lower press plate in the lower part of the press, wherein the upper press plate and/or the lower press plate is/are acted upon by a plurality of press cylinders arranged in several rows and wherein a plurality of control valves connected to the press cylinders is provided, characterised in that the press cylinders are each equipped with at least one own control valve spatially arranged directly at the press cylinder. with a press stand, an upper press plate in the upper part of the press and a lower press plate in the lower part of the press, wherein the upper press plate and/or the lower press plate is/are acted upon by a plurality of press cylinders arranged in several rows and wherein a plurality of control valves connected to the press cylinders is provided, characterised in that the press cylinders are each equipped with at least one own control valve spatially arranged directly at the press cylinder.
Method for shaping a rack for a steering gear of a motor vehicle, said rack having a toothed portion which has a toothing that extends along a longitudinal axis and has a toothing width (b) measured transversely to the longitudinal axis, and a back which is opposite the toothing and in terms of the basic shape thereof is of a cylinder-segment shape and which has a back radius and a back width; in which method a cylindrical blank having a blank radius (r) in a die which is divided in a separation plane parallel to the longitudinal axis is formed between a tooth die part, having a tooth mold clearance for shaping the toothing, and a back die part (53, 531), having a back mold clearance which for shaping the back has a cylinder-segment basic shape having the back radius; wherein for forming the blank in an open position of the die is inserted between the tooth mold clearances and the back mold clearances, which are distanced from each other with respect to the separation plane, and the tooth die part and the back die part (53, 531) for closing the cavity in the closing direction are moved in one forging stroke to a closed position, wherein the back radius of the back mold clearance is larger than the blank radius (r) of the blank, characterized in that the back width plus the toothing width (b) measured transversely to the longitudinal axis is wider than double the blank radius (r) of the blank.
A method of manufacturing a product from textile waste comprising at least 70% of vegetable or animal fibres, in particular cotton or wool, the method comprising the steps of: - collecting said textile waste, - granulating said textile waste into fibers having an average fiber length of between 0.5 mm and 4 mm, - mixing said granulated textile waste with a thermoplastic binder, and - forming a nonwoven mat from the mixture of said granulated textile waste and binder, characterized in that said collected textile waste comprises woven or knitted textile waste selected from any of: trimmings, end pieces, faulty sections, experimental pieces and rejected pieces from the textile industry, used textiles, used clothes, used bed linens, or used curtains, and wherein the step of granulating the textile waste comprises the substep of processing said textile waste using a fine granulator. - collecting said textile waste, - granulating said textile waste into fibers having an average fiber length of between 0.5 mm and 4 mm, - mixing said granulated textile waste with a thermoplastic binder, and - forming a nonwoven mat from the mixture of said granulated textile waste and binder, characterized in that said collected textile waste comprises woven or knitted textile waste selected from any of: trimmings, end pieces, faulty sections, experimental pieces and rejected pieces from the textile industry, used textiles, used clothes, used bed linens, or used curtains, and wherein the step of granulating the textile waste comprises the substep of processing said textile waste using a fine granulator.
An anaerobic curing formulation comprising an aqueous emulsion of a) 30-60 % by weight of at least one dimethacrylate b) 5-9 % by weight of at least one acrylic resin c) 2-4 % by weight of a microencapsulated polymerization initiator and d) 0,3-1,5 % by weight of a microencapsulated polymerization accelerator. a) 30-60 % by weight of at least one dimethacrylate b) 5-9 % by weight of at least one acrylic resin c) 2-4 % by weight of a microencapsulated polymerization initiator and d) 0,3-1,5 % by weight of a microencapsulated polymerization accelerator.
A process for producing carbon fibers comprising: spinning a polyacrylonitrile polymer solution having a concentration of 19% to 24% polymer in a coagulation bath at a coagulation bath concentration of 70% to 85% by weight of dimethyl sulfoxide and 15% to 30% by weight of water, and at a coagulation bath temperature of between 0°C and 10°C, thereby forming carbon fiber precursor fibers; drawing the carbon fiber precursor fibers exiting from coagulation bath through one or more draw and wash baths in order to stretch and remove solvent from the fibers, wherein the carbon fiber precursor fibers have about 500 ppm or less of solvent after the step of drawing the carbon fiber precursor fibers; and stabilizing and carbonizing the carbon fiber precursor fibers; wherein the carbon fiber precursor fibers from the coagulation bath have a degree of swelling of from 80% to 120%, and an average pore diameter of 0.01 μm to 0.03 μm with a porosity of 30% to 70%, and wherein the carbon fiber precursor fibers are carbonized at a temperature of from 1100°C to 1500°C; wherein the degree of swelling is measured as described in the description and the average pore diameter as well as the porosity are measured as described in the description. spinning a polyacrylonitrile polymer solution having a concentration of 19% to 24% polymer in a coagulation bath at a coagulation bath concentration of 70% to 85% by weight of dimethyl sulfoxide and 15% to 30% by weight of water, and at a coagulation bath temperature of between 0°C and 10°C, thereby forming carbon fiber precursor fibers; drawing the carbon fiber precursor fibers exiting from coagulation bath through one or more draw and wash baths in order to stretch and remove solvent from the fibers, wherein the carbon fiber precursor fibers have about 500 ppm or less of solvent after the step of drawing the carbon fiber precursor fibers; and stabilizing and carbonizing the carbon fiber precursor fibers; wherein the carbon fiber precursor fibers from the coagulation bath have a degree of swelling of from 80% to 120%, and an average pore diameter of 0.01 μm to 0.03 μm with a porosity of 30% to 70%, and wherein the carbon fiber precursor fibers are carbonized at a temperature of from 1100°C to 1500°C; wherein the degree of swelling is measured as described in the description and the average pore diameter as well as the porosity are measured as described in the description.