mhurhangee/ep-ind-claims huggingface dataset:
A process for continuously producing 2-octyl acrylate by reaction of acrylic acid and of 2-octanol in the presence of an esterification catalyst of acid type comprising sulfur and of at least one polymerization inhibitor, the water formed by the esterification reaction being entrained by distillation in a column surmounting the reactor in the form of a heteroazeotropic mixture with the 2-octanol which is then subjected, after condensation, to a separation in a decanter so as to give an upper organic phase and a lower aqueous phase, the reaction mixture containing the reaction product and residual by-products being subjected to a purification treatment by separation means, in order to obtain, on the one hand, pure 2-octyl acrylate, on the other hand, the unreacted 2-octanol and acrylic acid compounds intended to be recycled, and also the catalyst intended to be recycled, said process being characterized in that: - the aqueous phase derived from the decanter is continuously taken off so as to be removed; - the organic phase derived from the decanter is continuously recycled at the bottom of the distillation column surmounting the reactor; - the treatment for purification of the reaction mixture comprises the following consecutive steps: (i) the separation of a catalyst-rich stream which is at least partly recycled to the reaction step, (ii) the separation of a stream rich in unreacted 2-octanol which is at least partly recycled to the reaction step, and (iii) the recovery of the desired pure 2-octyl acrylate. - the aqueous phase derived from the decanter is continuously taken off so as to be removed; - the organic phase derived from the decanter is continuously recycled at the bottom of the distillation column surmounting the reactor; - the treatment for purification of the reaction mixture comprises the following consecutive steps: (i) the separation of a catalyst-rich stream which is at least partly recycled to the reaction step, (ii) the separation of a stream rich in unreacted 2-octanol which is at least partly recycled to the reaction step, and (iii) the recovery of the desired pure 2-octyl acrylate.
A rinse-off cosmetic composition comprising an aqueous carrier and a plurality of perfume-containing, formaldehyde-free microcapsules dispersed in the composition, wherein the composition is liquid, the composition comprises a surfactant and a suspending agent selected from the group consisting of Acrylates/C10-30Alkyl Acrylate Crosspolymer, Acrylates/Steareth-20 Methacrylate Crosspolymer, Polyacrylate Crosspolymer-6, and mixtures thereof, and wherein the microcapsules have an average particle size as median volume particle size D(v;0.5) value comprised between about 5 and 30 microns.
A method comprising: receiving an image frame comprising a plurality of pixels arranged in a plurality of rows and columns, wherein the pixels comprise thermal image data associated with a scene and noise introduced by an infrared imaging device; and processing the image frame to determine a plurality of column correction terms to reduce at least a portion of the noise, wherein each column correction term is associated with a corresponding one of the columns and is determined based on relative relationships between the pixels of the corresponding column and the pixels of a neighborhood of columns, wherein the processing comprises: selecting one of the columns; for each pixel of the selected column, comparing the pixel to a corresponding plurality of neighborhood pixels in the neighborhood of columns; for each comparison, adjusting one or more counters based on the comparisons; and selectively updating the column correction term associated with the selected column based on the one or more counters. receiving an image frame comprising a plurality of pixels arranged in a plurality of rows and columns, wherein the pixels comprise thermal image data associated with a scene and noise introduced by an infrared imaging device; and processing the image frame to determine a plurality of column correction terms to reduce at least a portion of the noise, wherein each column correction term is associated with a corresponding one of the columns and is determined based on relative relationships between the pixels of the corresponding column and the pixels of a neighborhood of columns, wherein the processing comprises: selecting one of the columns; for each pixel of the selected column, comparing the pixel to a corresponding plurality of neighborhood pixels in the neighborhood of columns; for each comparison, adjusting one or more counters based on the comparisons; and selectively updating the column correction term associated with the selected column based on the one or more counters. selecting one of the columns; for each pixel of the selected column, comparing the pixel to a corresponding plurality of neighborhood pixels in the neighborhood of columns; for each comparison, adjusting one or more counters based on the comparisons; and selectively updating the column correction term associated with the selected column based on the one or more counters.
An apparatus for ascertaining the grip length of a fastener for use in a component, comprising: a pin comprising a first end configured for insertion in an aperture in a component which runs from a first surface of the component to a second surface of the component; a housing affixed proximate to a second end of the pin; a stop slidably engaged with the pin and configured to contact the first surface of the component as the pin is inserted into the aperture in the component; a spring coupling the stop to the housing; one or more flanges located proximate to the first end of the pin, the one or more flanges configured to contact the second surface of the component; a measurement device coupled to the pin; and a transmitter communicatively coupled to the measurement device and configured to communicate to a receiver a value indicating a grip length of a fastener for use in the aperture in the component based on the amount of movement of the first end of the pin between the first surface and the second surface. a pin comprising a first end configured for insertion in an aperture in a component which runs from a first surface of the component to a second surface of the component; a housing affixed proximate to a second end of the pin; a stop slidably engaged with the pin and configured to contact the first surface of the component as the pin is inserted into the aperture in the component; a spring coupling the stop to the housing; one or more flanges located proximate to the first end of the pin, the one or more flanges configured to contact the second surface of the component; a measurement device coupled to the pin; and a transmitter communicatively coupled to the measurement device and configured to communicate to a receiver a value indicating a grip length of a fastener for use in the aperture in the component based on the amount of movement of the first end of the pin between the first surface and the second surface.
Apparatus for generation and alteration of biomechanical properties of ocular tissue that contains photosensitizer, comprising means (18, 20) for radiating into the tissue electromagnetic radiation which with the photosensitizer brings about a cross-linking, and comprising means (18, 20) that are configured for setting an inhomogeneous distribution of the irradiance of the electromagnetic radiation, wherein the means (18, 20) for setting an inhomogeneous distribution of the irradiance are configured to radiate the electromagnetic radiation into the ocular tissue with a lower irradiance in regions further away from their central axis than in regions situated closer to the central axis, wherein the central axis corresponds to an optical axis of a system applying the electromagnetic radiation, wherein one or more of the following optical elements is provided as means for setting the distribution of the irradiance of the electromagnetic radiation: an absorbing optical element, a refracting optical element, a diffracting optical element, a deformable mirror, an electrowetting lens, a micromirror array, a liquid-crystal plate or polarizing filters, wherein the apparatus comprises means for determining the depth of action achieved in the course of radiating the electromagnetic radiation during the radiating of the electromagnetic radiation, characterized in that the apparatus further comprises means configured to control, during the radiating of the electromagnetic radiation, the electromagnetic radiation in a manner depending on the determined depth of action. an absorbing optical element, a refracting optical element, a diffracting optical element, a deformable mirror, an electrowetting lens, a micromirror array, a liquid-crystal plate or polarizing filters, wherein the apparatus comprises means for determining the depth of action achieved in the course of radiating the electromagnetic radiation during the radiating of the electromagnetic radiation, characterized in that the apparatus further comprises means configured to control, during the radiating of the electromagnetic radiation, the electromagnetic radiation in a manner depending on the determined depth of action.
Use of rescue training equipment (100, 200) for simulating rescue from a wind turbine, wherein the rescue training equipment comprises: a mock up structure comprising at least one platform (103, 203), and a base structure (101, 201) adapted to be detachably attached to a basement on ground wherein the at least one platform (103, 203) is adapted in such a way that it is suitable to simulate a nacelle of a wind turbine, wherein the base structure (101, 201) comprises a base platform (101, 201), wherein the mock up structure is detachably connectable to the base platform (101, 201), wherein the rescue training equipment (100, 200) further comprises: two ladders (107, 207) which are detachably connected to the base platform (101, 201), and wherein the two ladders (107, 207) are further detachably connected to the at least one platform (103, 203). a mock up structure comprising at least one platform (103, 203), and a base structure (101, 201) adapted to be detachably attached to a basement on ground wherein the at least one platform (103, 203) is adapted in such a way that it is suitable to simulate a nacelle of a wind turbine, wherein the base structure (101, 201) comprises a base platform (101, 201), wherein the mock up structure is detachably connectable to the base platform (101, 201), wherein the rescue training equipment (100, 200) further comprises: two ladders (107, 207) which are detachably connected to the base platform (101, 201), and wherein the two ladders (107, 207) are further detachably connected to the at least one platform (103, 203). two ladders (107, 207) which are detachably connected to the base platform (101, 201), and wherein the two ladders (107, 207) are further detachably connected to the at least one platform (103, 203).
An expansion gripper for supporting reels comprising: - a hollow shaft at one end of which there is produced a hub; - a liner connected integral with the hub, provided with a plurality of through openings adapted to house inserts that act as gripping elements of the gripper; characterised by further comprising: - a sleeve mounted to slide along an axis on said hub with a first inner portion and a second outer portion, mutually coaxial, said sleeve being connected integral with a rod housed inside the shaft; said second portion being provided with through openings adapted to house the same number of rolling means interposed between the outer surface of said hub and the lower surface of said inserts; said surfaces being provided with profiles (11, 12) adapted to cooperate with said rolling means to control the movement of said inserts from a closed position, in which they retract inside the contour of the liner, to an open position, in which they project from said liner; - elastic means housed in the first inner portion of the sleeve, interposed between a bottom of said first portion and a cover integral with the liner, said elastic means acting on said second portion of the sleeve, said elastic means taking said second portion to a position in which the rolling means are aligned with ridges (11a, 12a) of the profiles (11, 12), i.e. in which the inserts are in the open position; wherein said rod being able to slide along the axis to oppose the force of said elastic means and taking said second portion of the sleeve to a position in which the rolling means are aligned with recesses (11b, 12b) of the profiles (11, 12), i.e. in which the inserts are in the closed position. - a hollow shaft at one end of which there is produced a hub; - a liner connected integral with the hub, provided with a plurality of through openings adapted to house inserts that act as gripping elements of the gripper; - a sleeve mounted to slide along an axis on said hub with a first inner portion and a second outer portion, mutually coaxial, said sleeve being connected integral with a rod housed inside the shaft; said second portion being provided with through openings adapted to house the same number of rolling means interposed between the outer surface of said hub and the lower surface of said inserts; said surfaces being provided with profiles (11, 12) adapted to cooperate with said rolling means to control the movement of said inserts from a closed position, in which they retract inside the contour of the liner, to an open position, in which they project from said liner; - elastic means housed in the first inner portion of the sleeve, interposed between a bottom of said first portion and a cover integral with the liner, said elastic means acting on said second portion of the sleeve, said elastic means taking said second portion to a position in which the rolling means are aligned with ridges (11a, 12a) of the profiles (11, 12), i.e. in which the inserts are in the open position;
A method of forming a composite zeolite catalyst particle, the method comprising: combining a silicon source and an aqueous organic structure directing agent to form a silica intermediary gel, where the aqueous organic directing structure agent comprises water and a polyamino cation compound having a structure in accordance with introducing an aluminum precursor to the silica intermediary gel to form a catalyst precursor gel; evaporating the water in the catalyst precursor gel to form a catalyst gel; and heating the catalyst gel to form a composite zeolite catalyst particle, where the catalyst particle has both Beta and ZSM-5 zeolites and is characterized by having an intergrowth region with a mixture of both Beta crystals and ZSM-5 crystals. combining a silicon source and an aqueous organic structure directing agent to form a silica intermediary gel, where the aqueous organic directing structure agent comprises water and a polyamino cation compound having a structure in accordance with introducing an aluminum precursor to the silica intermediary gel to form a catalyst precursor gel; evaporating the water in the catalyst precursor gel to form a catalyst gel; and heating the catalyst gel to form a composite zeolite catalyst particle, where the catalyst particle has both Beta and ZSM-5 zeolites and is characterized by having an intergrowth region with a mixture of both Beta crystals and ZSM-5 crystals.
A display device comprising: a display panel comprising pixels; and a diffraction pattern layer comprising diffraction patterns arranged on the display panel and configured to diffract at least a portion of light from the pixels, wherein the pixels comprise a first unit pixel (PX-R1) and a second unit pixel (PX-B1), and wherein the diffraction patterns comprise: first unit diffraction patterns arranged on a plane on the first unit pixel in a first arrangement, the first arrangement comprising all of the diffraction patterns arranged on the first unit pixel; and second unit diffraction patterns arranged on the plane on the second unit pixel in a second arrangement, the second arrangement comprising all of the diffraction patterns arranged on the second unit pixel, characterized in that the first arrangement is different to the second arrangement. a display panel comprising pixels; and a diffraction pattern layer comprising diffraction patterns arranged on the display panel and configured to diffract at least a portion of light from the pixels, wherein the pixels comprise a first unit pixel (PX-R1) and a second unit pixel (PX-B1), and wherein the diffraction patterns comprise: first unit diffraction patterns arranged on a plane on the first unit pixel in a first arrangement, the first arrangement comprising all of the diffraction patterns arranged on the first unit pixel; and second unit diffraction patterns arranged on the plane on the second unit pixel in a second arrangement, the second arrangement comprising all of the diffraction patterns arranged on the second unit pixel, first unit diffraction patterns arranged on a plane on the first unit pixel in a first arrangement, the first arrangement comprising all of the diffraction patterns arranged on the first unit pixel; and second unit diffraction patterns arranged on the plane on the second unit pixel in a second arrangement, the second arrangement comprising all of the diffraction patterns arranged on the second unit pixel, characterized in that the first arrangement is different to the second arrangement.
Chair having a saddle-shaped seat (saddle seat) and a shell-shaped backrest at which a lordosis support and lateral backrest cheeks are formed, wherein the saddle seat with the backrest is substantially formed integrally as a seat pan and if applicable thereby consists of several composed parts and wherein the seat pan is disposed on a rack having two bent skids.
A gear apparatus for a screw centrifuge, in particular a solid bowl screw centrifuge with a drum to be driven and a screw which is to be driven, preferably at a differential rotational speed relative to the drum, the gear apparatus being connected between at least one or more drive motors (24, 25) and the screw and the drum and the gear apparatus being continuously filled with an oil-type free-flowing lubricant, wherein the gear apparatus is associated with a lubricant compensating system with a lubricant compensating container, which is connected via a line to at least one hollow channel of a drive shaft of the gear apparatus, the drive shaft being embodied as a hollow shaft (9, 18), characterized in that the hollow shaft (9, 18) has two longitudinal channels (14, 15) extending preferably parallel in the axial direction, wherein the longitudinal channels (14, 15) extend eccentrically to the axis of rotation or wherein one of the longitudinal channels extends centrically relative to the axis of rotation and the other extends eccentrically or coaxially with the first longitudinal channel.
A mechanism for coupling and uncoupling a drive input shaft which is rotatably mounted on a front frame about a secondary longitudinal axis, and an output shaft which is rotatably mounted on a rear frame about the secondary axis and which rotatably drives an output pinion, the rear frame being slidably mounted back and forth relative to the front frame front, along a longitudinal direction, between an assembled front position and a deployed rear position, the mechanism being equipped with a coupling means which is designed so as to rotatably couple the input shaft and the output shaft to each other when the movable back frame occupies its assembled front position, and to uncouple the input shaft and the output shaft when the rear frame occupies its deployed rear position, characterized in that the mechanism includes a first means for rotatably locking the input shaft on the associated front frame, and a second means for rotatably locking the output shaft on the associated rear frame, the first and second locking means (44, 46) automatically locking the rotation of the input shaft and output shaft respectively, under the effect of the displacement of the movable rear frame back to its deployed rear position.
An automatic dispenser for preparing and dispensing a liquid food mixture, comprising: a food concentrate tank; a pipeline comprising a first conduit comprising a food liquid inlet and a first food liquid outlet, and a second conduit comprising a food concentrate inlet, which is in fluid communication with the food concentrate tank, and a food concentrate outlet; the automatic dispenser comprises: flow rate stabilization means arranged along the first conduit; a self-priming mixing pump comprising an inlet, which is in fluid communication with the first food liquid outlet of the first conduit and with the food concentrate outlet of the second conduit, and a liquid food mixture outlet; the self-priming mixing pump being designed for: suctioning the food concentrate from the food concentrate tank; creating a depression inside the self-priming mixing pump which is such as to mix, inside the same self-priming mixing pump, the food concentrate and the food liquid obtaining a liquid food mixture; allowing the pressurized outflow of the liquid food mixture from the liquid food mixture outlet. a food concentrate tank; a pipeline comprising a first conduit comprising a food liquid inlet and a first food liquid outlet, and a second conduit comprising a food concentrate inlet, which is in fluid communication with the food concentrate tank, and a food concentrate outlet; the automatic dispenser comprises: flow rate stabilization means arranged along the first conduit; a self-priming mixing pump comprising an inlet, which is in fluid communication with the first food liquid outlet of the first conduit and with the food concentrate outlet of the second conduit, and a liquid food mixture outlet; the self-priming mixing pump being designed for: suctioning the food concentrate from the food concentrate tank; creating a depression inside the self-priming mixing pump which is such as to mix, inside the same self-priming mixing pump, the food concentrate and the food liquid obtaining a liquid food mixture; allowing the pressurized outflow of the liquid food mixture from the liquid food mixture outlet. flow rate stabilization means arranged along the first conduit; a self-priming mixing pump comprising an inlet, which is in fluid communication with the first food liquid outlet of the first conduit and with the food concentrate outlet of the second conduit, and a liquid food mixture outlet; the self-priming mixing pump being designed for: suctioning the food concentrate from the food concentrate tank; creating a depression inside the self-priming mixing pump which is such as to mix, inside the same self-priming mixing pump, the food concentrate and the food liquid obtaining a liquid food mixture; allowing the pressurized outflow of the liquid food mixture from the liquid food mixture outlet.