mhurhangee/ep-ind-claims huggingface dataset:
High silicone content organosilicone copolymers having a silicone content of ≥ 25% by weight, in the form of their high-solids solution in a solvent consisting of isopropanol having a solids content of greater than 30% by weight, obtainable by means of free-radically initiated solution polymerization of a) 20% to 75% by weight of one or more ethylenically unsaturated monomers, and b) 25% to 80% by weight of one or more silicones of the general formula R 1 a R 3-a SiO(SiR 2 O) n SiR 3-a R 1 a, where each R is alike or different and is a monovalent, optionally substituted, alkyl radical or alkoxy radical having in each case 1 to 18 C atoms, R 1 is a polymerizable group, a is 0 or 1, and n = 10 to 1000, 85% to 100% by weight of the silicones b) contain one to two polymerizable groups, and silicones b) having only one polymerizable group are used only in a mixture with silicones b) having two polymerizable groups, and in a weight ratio < 50/50, the amounts in % by weight for components a) to b) being based in each case on the total weight of the monomers used, adding up to 100% by weight, characterized in that the polymerization takes place in the solvent consisting of isopropanol in which silicone b) has a solubility of less than 5% by weight under standard conditions (23/50) according to DIN50014. a) 20% to 75% by weight of one or more ethylenically unsaturated monomers, and b) 25% to 80% by weight of one or more silicones of the general formula R 1 a R 3-a SiO(SiR 2 O) n SiR 3-a R 1 a, where each R is alike or different and is a monovalent, optionally substituted, alkyl radical or alkoxy radical having in each case 1 to 18 C atoms, R 1 is a polymerizable group, a is 0 or 1, and n = 10 to 1000,
A medicament administration apparatus comprising a data collection device and an injection device, wherein the injection device comprises a housing, a dosage knob and a movable dosage programming component, wherein, as a medicament dosage is programmed into the injection device by rotating the dosage knob: the movable dosage programming component and dosage knob are configured to rotate relative to the housing; and the movable dosage programming component does not move relative to the dosage knob; wherein the data collection device comprises: a mating arrangement configured for attachment to the dosage knob of the injection device such that rotation of the data collection device relative to the dosage knob is inhibited when the data collection device is attached to the dosage knob of the injection device; a sensor arrangement configured to, when the data collection device is attached to the dosage knob of the injection device, detect movement of the movable dosage programming component of the injection device relative to the data collection device during delivery of a medicament; and a processor arrangement configured to, based on said detected movement, determine a medicament dosage administered by the injection device. the movable dosage programming component and dosage knob are configured to rotate relative to the housing; and the movable dosage programming component does not move relative to the dosage knob; a mating arrangement configured for attachment to the dosage knob of the injection device such that rotation of the data collection device relative to the dosage knob is inhibited when the data collection device is attached to the dosage knob of the injection device; a sensor arrangement configured to, when the data collection device is attached to the dosage knob of the injection device, detect movement of the movable dosage programming component of the injection device relative to the data collection device during delivery of a medicament; and a processor arrangement configured to, based on said detected movement, determine a medicament dosage administered by the injection device.
A method for modifying operations at a subterranean formation, comprising: determining (410, 510) the downhole environment at a wellbore in a subterranean formation, using at least one processor; selecting (420, 520) an exertive force to apply at a wellbore together with a drawdown pressure at the wellbore in order to modify operations at the subterranean formation, the selection of one or both of the exertive force and drawdown pressure using the at least one processor and being based on the downhole environment at that wellbore; and applying (430, 530) the selected exertive force and drawdown pressure at the wellbore, using downhole apparatus. determining (410, 510) the downhole environment at a wellbore in a subterranean formation, using at least one processor; selecting (420, 520) an exertive force to apply at a wellbore together with a drawdown pressure at the wellbore in order to modify operations at the subterranean formation, the selection of one or both of the exertive force and drawdown pressure using the at least one processor and being based on the downhole environment at that wellbore; and applying (430, 530) the selected exertive force and drawdown pressure at the wellbore, using downhole apparatus.
Masonry compound having a multiplicity of facing bricks arranged next to one another and/or above one another, wherein the facing bricks, which have in each case a face side, a back side and a lower side, in the installed state have on their upper side in each case a longitudinally oriented recess and the face sides form the outer facade of the masonry compound upon which the sun radiation shines directly, wherein the recess is positioned closer to the front face side than to the back side, wherein adjacent facing bricks are arranged such that their recesses align with one another, wherein a pipeline section is laid in each case into the recesses of adjacent facing bricks, wherein the pipeline sections are connected with one another such that a fluid flowing through these pipeline sections absorbs a large proportion of the thermal energy and supplies it to a heat exchange device, wherein the recess in the respective facing brick is formed as a rectangularly cutout groove, characterised in that the respective pipeline section is fixed in the groove by means of at least one fastening element set force-fittingly and/or form-fittingly into the respective groove, wherein the masonry compound has at least one finishing facing brick which in the installed state has on a narrow side a cutout extending vertically which accommodates a bent pipeline element, wherein the respective pipeline section with the fastening element is inserted into the groove such that the pipeline section does not touch the facing brick but rather only contacts the fastening element, wherein between the pipeline section and the surface of the groove which has the smallest distance to the lower side of the facing brick is formed a gap, wherein mortar is filled into the groove such that this mortar distributes itself in the gap and inhibits the formation of air inclusions between the pipeline section and the facing brick.
A steerable drive mechanism, comprising an outer bracket, an inner bracket, one or more traveling wheels, and a detection assembly, the inner bracket being rotatably disposed in the outer bracket; wherein the detection assembly comprises a positioning element and a distance measuring element; characterized in that, in the positioning element and the distance measuring element, one is disposed on a peripheral outer wall of the inner bracket, and other is disposed on the outer bracket; the distance measuring element obtains relative movement information between the distance measuring element and the positioning element, to detect angular information of rotation of the inner bracket relative to the outer bracket. the detection assembly comprises a positioning element and a distance measuring element; characterized in that, in the positioning element and the distance measuring element, one is disposed on a peripheral outer wall of the inner bracket, and other is disposed on the outer bracket; the distance measuring element obtains relative movement information between the distance measuring element and the positioning element, to detect angular information of rotation of the inner bracket relative to the outer bracket.
A phase shift-type photomask blank comprising a substrate and a phase shift film thereon, the phase shift film consisting of a single layer or multiple layers, said single layer or multiple layers comprising one or more layers composed of transition metal, silicon, nitrogen and oxygen, provided that such layer composed of transition metal, silicon, nitrogen and oxygen has a transition metal content of at least 0.001 and not more than 0.03 expressed as atomic ratio of the transition metal to the total content of transition metal and silicon, wherein the phase shift film has a thickness up to 150 nm, and a phase shift of 150 to 250° with respect to light having a wavelength of not more than 200 nm, characterized in that the phase shift film has a transmittance of 60 to 80% with respect to light having the wavelength of not more than 200 nm. one or more layers composed of transition metal, silicon, nitrogen and oxygen, provided that such layer composed of transition metal, silicon, nitrogen and oxygen has a transition metal content of at least 0.001 and not more than 0.03 expressed as atomic ratio of the transition metal to the total content of transition metal and silicon, wherein the phase shift film has a thickness up to 150 nm, and a phase shift of 150 to 250° with respect to light having a wavelength of not more than 200 nm, characterized in that the phase shift film has a transmittance of 60 to 80% with respect to light having the wavelength of not more than 200 nm.
A machine tool comprising: a machine main body having a machining part which applies machining to a workpiece and a workpiece changing part which attaches/detaches the workpiece to/from the machining part; and a workpiece preparation part which loads/unloads the workpiece to/from the workpiece changing part, wherein the machine main body has a roughly rectangular shape having front and rear side surfaces and left and right side surfaces, and has a work space where an operator accesses the machining part, characterised in that the work space is formed by cutting out a corner portion between the front side surface and one side surface out of the left and right side surfaces, in that the workpiece preparation part is installed opposite the work space across the machine main body so as to be along the other side surface out of the left and right side surfaces of the machine main body, and in that a dimension of the work space in terms of a direction from the front side surface toward the rear side surface is set larger than a dimension from the front side surface to a rear end surface of the workpiece preparation part in terms of the direction from the front side surface toward the rear side surface. a machine main body having a machining part which applies machining to a workpiece and a workpiece changing part which attaches/detaches the workpiece to/from the machining part; and a workpiece preparation part which loads/unloads the workpiece to/from the workpiece changing part, wherein the machine main body has a roughly rectangular shape having front and rear side surfaces and left and right side surfaces, and has a work space where an operator accesses the machining part, characterised in that the work space is formed by cutting out a corner portion between the front side surface and one side surface out of the left and right side surfaces, in that the workpiece preparation part is installed opposite the work space across the machine main body so as to be along the other side surface out of the left and right side surfaces of the machine main body, and in that a dimension of the work space in terms of a direction from the front side surface toward the rear side surface is set larger than a dimension from the front side surface to a rear end surface of the workpiece preparation part in terms of the direction from the front side surface toward the rear side surface.
A turbomachine comprising: a plurality of blades, each blade having a tip, the blades mounted for rotation about an axis; a case surrounding the plurality of blades and having: a substrate; and a coating of the blade rub material on the substrate facing the blade tips; said rub material comprising: a polymeric matrix; and carbon nanotubes in the matrix. a plurality of blades, each blade having a tip, the blades mounted for rotation about an axis; a case surrounding the plurality of blades and having: a substrate; and a coating of the blade rub material on the substrate facing the blade tips; said rub material comprising: a polymeric matrix; and carbon nanotubes in the matrix. a substrate; and a coating of the blade rub material on the substrate facing the blade tips; said rub material comprising: a polymeric matrix; and carbon nanotubes in the matrix. a polymeric matrix; and carbon nanotubes in the matrix.
A microelectromechanical systems, MEMS, pressure sensor device, comprising: a substrate having a port extending through said substrate; a membrane spanning across said port, said membrane including a first electrode, said port exposing said membrane to a pressure stimulus from an external environment, said membrane together with said first electrode being movable in response to said pressure stimulus; a second electrode positioned in spaced apart relationship from said first electrode, wherein said second electrode is spaced apart from said first electrode by a gap having a first width; and a sense circuit electrically coupled to each of said first and second electrodes (32, 34) and configured to detect a variable capacitance in response to a deflection of said membrane and said first electrode relative to said second electrode, characterized by a third electrode formed on said surface of said substrate and laterally displaced away from said first electrode; and a control circuit electrically coupled to each of said second and third electrodes (34, 114) and configured to apply an actuation voltage between said second and third electrodes (34, 114) to move said second electrode relative to said first electrode, wherein movement of said second electrode changes said gap from said first width to a second width, and said substrate comprises spacers extending from said substrate, said spacers underlie said second electrode, and said movable second electrode abuts said spacers in response to application of said actuation voltage.. a substrate having a port extending through said substrate; a membrane spanning across said port, said membrane including a first electrode, said port exposing said membrane to a pressure stimulus from an external environment, said membrane together with said first electrode being movable in response to said pressure stimulus; a second electrode positioned in spaced apart relationship from said first electrode, wherein said second electrode is spaced apart from said first electrode by a gap having a first width; and a sense circuit electrically coupled to each of said first and second electrodes (32, 34) and configured to detect a variable capacitance in response to a deflection of said membrane and said first electrode relative to said second electrode, characterized by a third electrode formed on said surface of said substrate and laterally displaced away from said first electrode; and a control circuit electrically coupled to each of said second and third electrodes (34, 114) and configured to apply an actuation voltage between said second and third electrodes (34, 114) to move said second electrode relative to said first electrode, wherein movement of said second electrode changes said gap from said first width to a second width, and said substrate comprises spacers extending from said substrate, said spacers underlie said second electrode, and said movable second electrode abuts said spacers in response to application of said actuation voltage..
An apparatus (10, 20) comprising: a display device (110, 210) including an optically transparent display screen (111, 211) for displaying images to a user; a sensor (120, 220) configured to track a viewing direction and/or a viewing position of the user; a detector (130, 230) configured to determine a location of a target viewable by the user through the display screen (111, 211); and a controller (140, 240) configured to control the display device (110, 210) to display an image (150, 250) on the display screen (111, 211) at screen coordinates corresponding with the viewable target, using the tracked viewing direction and/or the tracked viewing position of the user and the determined location of the target; wherein the display screen (111, 211) is adapted to provide a safety screen, disposed between the user and the target; wherein the apparatus (10, 20) comprises the target; characterised by: wherein the detector (130, 230) is communicatively coupleable to the target and wherein the detector (130, 230) is configured to determine the location of the target based on position data received therefrom; wherein the target is an industrial robot; and wherein the image (150, 250) indicates individual limb operational status of the industrial robot. a display device (110, 210) including an optically transparent display screen (111, 211) for displaying images to a user; a sensor (120, 220) configured to track a viewing direction and/or a viewing position of the user; a detector (130, 230) configured to determine a location of a target viewable by the user through the display screen (111, 211); and a controller (140, 240) configured to control the display device (110, 210) to display an image (150, 250) on the display screen (111, 211) at screen coordinates corresponding with the viewable target, using the tracked viewing direction and/or the tracked viewing position of the user and the determined location of the target; wherein the display screen (111, 211) is adapted to provide a safety screen, disposed between the user and the target; wherein the apparatus (10, 20) comprises the target; characterised by: wherein the detector (130, 230) is communicatively coupleable to the target and wherein the detector (130, 230) is configured to determine the location of the target based on position data received therefrom; wherein the target is an industrial robot; and wherein the image (150, 250) indicates individual limb operational status of the industrial robot. wherein the detector (130, 230) is communicatively coupleable to the target and wherein the detector (130, 230) is configured to determine the location of the target based on position data received therefrom; wherein the target is an industrial robot; and wherein the image (150, 250) indicates individual limb operational status of the industrial robot.
A process for preparing a polyester, comprising: adding a diol component comprising 1,4-cyclohexanedimethanol, and a diacid component to a reaction zone at a total diol:diacid component molar ratio of 0.97 to 1.2 to produce a substantially linear, thermoplastic polyester having an inherent viscosity of at least 0.5 dUg, wherein the diacid component is added incrementally to the reaction zone and the diol:diacid component molar ratio in the reaction zone is greater than the total molar ratio until the addition of the diacid component is completed.
A nutritional composition comprising lipid, wherein the lipid is present in lipid globules, having: (a) a volume-weighted mode diameter of at least 1.0 μm; and (b) a phospholipid coating, wherein the nutritional composition comprises at least 0.5 wt.% phospholipids based on total lipid, and wherein the nutritional composition further comprises 2.1 to 4.1 g protein per 100 kcal and 1.7 to 3.3 g protein per 100 ml, for use in improving adipose tissue distribution in an infant selected from the group consisting of preterm infants, small for gestational age infants and infants with retarded growth due to physical or mental stress after birth. (a) a volume-weighted mode diameter of at least 1.0 μm; and (b) a phospholipid coating, wherein the nutritional composition comprises at least 0.5 wt.% phospholipids based on total lipid,
A fuel cell comprising a stack of electrochemical cells and first and second end plates (6.1, 6.2) applying a tightening strain on the electrochemical cells, a heat management system, a circuit for supplying fuel gas to the cells and a circuit for supplying an oxidizing gas to the cells, means for heating the fuel and oxidizing gases before they are injected into the cells and means for humidifying the oxidizing gas before it is injected into the cells, characterized in that the heat management system is formed by a circuit for flowing a coolant inside the stack and a circuit for flowing the coolant outside the stack and in that the fuel cell comprises a so-called main casing, mounted to the first end plate (6.1) and forming a tight volume downstream of the inside circuit for flowing the coolant in the stack and wherein emerges the inside circuit for flowing the coolant, said volume being configured to be at least partially filled with the coolant flowing out of the stack, wherein the circuits (8, 10) for supplying the oxidizing gas and fuel gas pass through the tight volume and are configured to be dipped into the coolant so as to exchange heat with the same and wherein at least one portion (10.1) of the circuit for supplying the oxidizing gas configured to be dipped into the coolant is able to allow water contained in the coolant to be transferred from outside of the circuit for supplying the oxidizing gas (10.1) to the inside of said circuit in order to humidify the oxidizing gas.
A liquid composition for an electronic cigarette, comprising: - glycerol as a TRP modulator, wherein the weight fraction of the glycerol, expressed in weight percent, is 30% to 55%, and - at least one TRP agonist / activator selected from 6-paradol, 1'-acetoxychavicol acetate, isothiocyanates, camphor, grains of paradise, and thymol, wherein the interaction of the modulator and the at least one agonist / activator results in a chemosensory imitation of inhaled cigarette smoke, and - wherein the liquid composition contains no nicotine. - glycerol as a TRP modulator, wherein the weight fraction of the glycerol, expressed in weight percent, is 30% to 55%, and - at least one TRP agonist / activator selected from 6-paradol, 1'-acetoxychavicol acetate, isothiocyanates, camphor, grains of paradise, and thymol, wherein the interaction of the modulator and the at least one agonist / activator results in a chemosensory imitation of inhaled cigarette smoke, and - wherein the liquid composition contains no nicotine.