mhurhangee/ep-ind-claims huggingface dataset:
Method for reducing moire patterns on an autostereoscopic display, which display comprises an array of pixels, each having at least one sub-pixel corresponding to a main color, lined with a view altering layer, such as a lenticular lens stack or parallax barrier, and wherein the display further comprises an eye tracking system for determining the position of the eyes of a viewer relative to the display, characterized in that method comprises the steps of: - moire pattern detection by repeating for each main color the steps of: + activating the sub-pixels of all pixels corresponding to the single main color; + obtaining moire pattern data by observing the display from a plurality of viewing positions; + determining from the obtained moire pattern data the frequency, phase, direction and amplitude of the moire pattern for each of the viewing positions and storing the determined values; - controlling the pixels of the autostereoscopic display to display 3D images, wherein the controlling comprises at least the steps of: + determining the viewing position of the eyes of a viewer using the eye tracking system; + rendering 3D images from image data, while correcting the 3D images by superimposing a compensation pattern for each main color, which pattern is generated based on the stored values and the determined viewing position to reduce the moire pattern for said viewing position. - moire pattern detection by repeating for each main color the steps of: + activating the sub-pixels of all pixels corresponding to the single main color; + obtaining moire pattern data by observing the display from a plurality of viewing positions; + determining from the obtained moire pattern data the frequency, phase, direction and amplitude of the moire pattern for each of the viewing positions and storing the determined values; + activating the sub-pixels of all pixels corresponding to the single main color; + obtaining moire pattern data by observing the display from a plurality of viewing positions; + determining from the obtained moire pattern data the frequency, phase, direction and amplitude of the moire pattern for each of the viewing positions and storing the determined values; - controlling the pixels of the autostereoscopic display to display 3D images, wherein the controlling comprises at least the steps of: + determining the viewing position of the eyes of a viewer using the eye tracking system; + rendering 3D images from image data, while correcting the 3D images by superimposing a compensation pattern for each main color, which pattern is generated based on the stored values and the determined viewing position to reduce the moire pattern for said viewing position. + determining the viewing position of the eyes of a viewer using the eye tracking system; + rendering 3D images from image data, while correcting the 3D images by superimposing a compensation pattern for each main color, which pattern is generated based on the stored values and the determined viewing position to reduce the moire pattern for said viewing position.
An internal combustion engine comprising: a crankshaft; a crankcase supporting the crankshaft; a cylinder block connected to the crankcase and including a cylinder provided therein; a piston connected to the crankshaft via a connecting rod and located inside the cylinder so as to be movable in a reciprocating manner; a cylinder head superposed on the cylinder block so as to cover the cylinder, defining a combustion chamber together with the cylinder and the piston, and including an intake port and an exhaust port in communication with the combustion chamber; a cooling fan rotated together with the crankshaft; a shroud including an inner wall portion located laterally of at least one of a portion of the crankcase, a portion of the cylinder block and a portion of the cylinder head, and an outer wall portion arranged to cover the cooling fan, the inner wall portion, a portion of the crankcase, at least a portion of the cylinder block, and at least a portion of the cylinder head; and a suction port arranged to suction air and located in a region of the outer wall portion facing the cooling fan; wherein the inner and outer wall portions (52, 54) define a duct, which is an enclosed duct, extending from the suction port to reach at least a portion of the cylinder block and/or at least a portion of the cylinder head. a crankshaft; a crankcase supporting the crankshaft; a cylinder block connected to the crankcase and including a cylinder provided therein; a piston connected to the crankshaft via a connecting rod and located inside the cylinder so as to be movable in a reciprocating manner; a cylinder head superposed on the cylinder block so as to cover the cylinder, defining a combustion chamber together with the cylinder and the piston, and including an intake port and an exhaust port in communication with the combustion chamber; a cooling fan rotated together with the crankshaft; a shroud including an inner wall portion located laterally of at least one of a portion of the crankcase, a portion of the cylinder block and a portion of the cylinder head, and an outer wall portion arranged to cover the cooling fan, the inner wall portion, a portion of the crankcase, at least a portion of the cylinder block, and at least a portion of the cylinder head; and a suction port arranged to suction air and located in a region of the outer wall portion facing the cooling fan; wherein the inner and outer wall portions (52, 54) define a duct, which is an enclosed duct, extending from the suction port to reach at least a portion of the cylinder block and/or at least a portion of the cylinder head.
A length-adjustable connecting rod having a longitudinal axis, comprising a connecting-rod shank provided with at least one internal thread, at least one connecting element (10, 20) comprising an external thread cooperating with the internal thread of the connecting-rod shank, the screwing or unscrewing of said connecting-rod shank with respect to said connecting element allowing the length of the connecting rod to be adjusted, and at least one resisting torque device (30, 40) between said connecting-rod shank and said connecting element, said resisting torque device comprising at least one pressing element (530, 730) and a bearing element, said pressing element exerting a force on said bearing element that opposes a resistance to the rotational movement of the connecting-rod shank with respect to said connecting element, wherein the bearing element is a toothing comprising a set of teeth, integral with the connecting element (10, 20) and the pressing element (530, 730) is integral with the connecting-rod shank, in that the force exerted by the pressing element (530, 730) on the toothing is in a transverse direction and perpendicular to the longitudinal axis of the connecting rod, and in that the connecting element (10, 20) comprises a free end provided with connecting means (11, 13) or (21, 23), which extends into a central cylindrical portion that supports the toothing and a groove adapted to house a gasket therein. wherein the bearing element is a toothing comprising a set of teeth, integral with the connecting element (10, 20) and the pressing element (530, 730) is integral with the connecting-rod shank, in that the force exerted by the pressing element (530, 730) on the toothing is in a transverse direction and perpendicular to the longitudinal axis of the connecting rod, and in that the connecting element (10, 20) comprises a free end provided with connecting means (11, 13) or (21, 23), which extends into a central cylindrical portion that supports the toothing and a groove adapted to house a gasket therein.
A process for the recovery of (meth)acrylic acid, the process comprising: A. dehydrating a gaseous reaction mixture comprising (meth)acrylic acid in a dehydration column to produce a dehydration column overhead stream and a dehydration column bottoms stream; B. passing at least a portion of the dehydration column bottoms stream to the upper half of a finishing column; C. subjecting the portion of the bottoms stream passed to the finishing column to distillation at less than atmospheric pressure within the finishing column to produce at least a finishing column overhead stream and a finishing column bottoms stream; D. at least partially condensing the finishing column overhead stream using an overhead condenser system to form a finishing column overhead condensate, and passing at least a portion of the finishing column overhead condensate to the dehydration column; and E. collecting (meth)acrylic acid from the finishing column; wherein the overhead condenser system is an overhead aspirating direct contact condenser system comprising: - at least one liquid jet eductor; - at least one liquid-vapor separatory vessel; and - at least one condensate cooler, and wherein the finishing column overhead stream is aspirated by the at least one liquid jet eductor, and a vacuum on the finishing column is drawn by the at least one condensate cooler in fluidic communication with the at least one liquid jet eductor. A. dehydrating a gaseous reaction mixture comprising (meth)acrylic acid in a dehydration column to produce a dehydration column overhead stream and a dehydration column bottoms stream; B. passing at least a portion of the dehydration column bottoms stream to the upper half of a finishing column; C. subjecting the portion of the bottoms stream passed to the finishing column to distillation at less than atmospheric pressure within the finishing column to produce at least a finishing column overhead stream and a finishing column bottoms stream; D. at least partially condensing the finishing column overhead stream using an overhead condenser system to form a finishing column overhead condensate, and passing at least a portion of the finishing column overhead condensate to the dehydration column; and E. collecting (meth)acrylic acid from the finishing column; - at least one liquid jet eductor; - at least one liquid-vapor separatory vessel; and - at least one condensate cooler, and
A first base station comprising: a first communication processing means for communicating with a first terminal apparatus; a second communication processing means for receiving, from a second base station communicating with a second terminal apparatus, radio resource time length information for specifying a time length of a radio resource for the second terminal apparatus, and hopping pattern information for specifying a frequency hopping pattern for the second terminal apparatus; and an information obtaining means for obtaining information indicating a time length of a radio resource for the first terminal apparatus, wherein the first communication processing means are configured to determine a frequency hopping pattern for the first terminal apparatus, based on the radio resource time length information and the hopping pattern information, and communicate with the first terminal apparatus in accordance with the determined frequency hopping pattern, and the first communication processing means are configured to determine the frequency hopping pattern for the first terminal apparatus, based on whether or not the time length of the radio resource for the first terminal apparatus is equal to the time length of the radio resource for the second terminal apparatus specified by the radio resource time length information. a first communication processing means for communicating with a first terminal apparatus; a second communication processing means for receiving, from a second base station communicating with a second terminal apparatus, radio resource time length information for specifying a time length of a radio resource for the second terminal apparatus, and hopping pattern information for specifying a frequency hopping pattern for the second terminal apparatus; and an information obtaining means for obtaining information indicating a time length of a radio resource for the first terminal apparatus, wherein the first communication processing means are configured to determine a frequency hopping pattern for the first terminal apparatus, based on the radio resource time length information and the hopping pattern information, and communicate with the first terminal apparatus in accordance with the determined frequency hopping pattern, and the first communication processing means are configured to determine the frequency hopping pattern for the first terminal apparatus, based on whether or not the time length of the radio resource for the first terminal apparatus is equal to the time length of the radio resource for the second terminal apparatus specified by the radio resource time length information.
A method comprising: establishing a first communication path (2000,3000,4000) between a first system (230,330,430) and a server (210,310,410); receiving from the first system (230,330,430) data relating to a transaction for a known user (280,380,480); providing to the first system (230,330,430) first verification data for verifying and authorizing the transaction, the first verification data comprising a watermark, characterized by establishing a second communication path (2000,3000,4000) between a second other system (240,340,440) and the server, the second other system (240,340,440) associated with the known user (280,380,480); and providing to the second other system (240,340,440) second verification data for use in providing an indication of the watermark, wherein the second verification data comprises an index indicative of the watermark selected from a plurality of predetermined watermarks. establishing a first communication path (2000,3000,4000) between a first system (230,330,430) and a server (210,310,410); receiving from the first system (230,330,430) data relating to a transaction for a known user (280,380,480); providing to the first system (230,330,430) first verification data for verifying and authorizing the transaction, the first verification data comprising a watermark, establishing a second communication path (2000,3000,4000) between a second other system (240,340,440) and the server, the second other system (240,340,440) associated with the known user (280,380,480); and providing to the second other system (240,340,440) second verification data for use in providing an indication of the watermark, wherein the second verification data comprises an index indicative of the watermark selected from a plurality of predetermined watermarks.
A packaging material for a packaging container for liquid or semi-liquid food, comprising a packaging material laminate and a plastic opening device, the packaging material laminate comprising a bulk layer of paper or paperboard, the bulk layer having a heat-sealing layer on one side, a barrier layer arranged between the bulk layer and the heat-sealing layer and a laminate layer, which is arranged between the barrier layer and the bulk layer, wherein the bulk paper or paperboard layer of the packaging material laminate is provided with one or more weakening(s) in direct or indirect contact with an attenuation in the packaging material laminate, the weakening at least partly making up a consumer opening area, the attenuation being comprised of the heat-sealing layer, the barrier layer, and the laminate layer and not comprising the bulk layer, wherein the plastic opening device comprises a first portion on the outside of the packaging material connected via a material bridge to a second portion on the inside of the packaging material, the material bridge being completely formed in the attenuation, and the packaging material laminate extending within the consumer opening area such that it is ruptured on using the opening device to open the consumer opening area.
Housing for an electronic device, in particular a circuit board, having a base plate, which has the device, and having a housing part, which is arranged above the base plate, and having a housing cover, which at least partially covers the device, wherein the base plate which the device has is able to be connected to the housing part by way of at least one connecting means and at least one bore which corresponds to the connecting means, and wherein, above the at least one bore in the base plate having the device, there is arranged a protective cylinder, whose inner diameter is at least as large as the diameter of the bore, wherein the connecting means is arranged within the housing, wherein a cylindrical sleeve is assigned to a lower portion of the protective cylinder, which sleeve is also in the form of a hollow cylinder, whose inner diameter corresponds to the diameter of the bore or is identical to the diameter thereof, wherein the sleeve has at an upper edge a radially peripheral projection which projects into a groove of an inner wall of the protective cylinder such that the sleeve is connected fixedly to the protective cylinder, wherein the projection of the sleeve is slightly bevelled such that the projection is formed in a slightly funnel-like manner.
Grounding busbar for a switching or disconnecting strip in telecommunications and data technology, comprising a base, on which plug-in tongues are arranged in accordance with the number of double-core cables to be connected, which plug-in tongues can respectively be plugged into a plug-in channel of a protective plug, and at least one ground contact, through which the grounding busbar can be connected to ground, wherein the plug-in tongues are formed to be springy, characterized in that the base below each plug-in tongue is formed with at least one latching means, which is formed as a hole, for engaging in a corresponding nodule of the protective plug in order to hold the protective plug.
A portable terminal for controlling a charge current, comprising: a memory for storing a value indicating a charge capacity of the portable terminal; a charge Integrated Circuit, IC, for controlling a charging power supply to a battery based on at least one of an output voltage and an output current of the charge IC; a detector for detecting the output current, the output voltage and an input voltage of the charge IC, and determining, based on the detected input voltage of the charge IC, a charge capacity of a charge cable which is connected to the portable terminal; and wherein the charge IC is further adapted to reset the charge capacity of the portable terminal in the memory according to the charge capacity of the charge cable, and to interrupt or maintain the supply of a charging power based on the reset charge capacity of the portable terminal when the charge capacity of the charge cable is not equal to the charge capacity of the portable terminal. a memory for storing a value indicating a charge capacity of the portable terminal; a charge Integrated Circuit, IC, for controlling a charging power supply to a battery based on at least one of an output voltage and an output current of the charge IC; a detector for detecting the output current, the output voltage and an input voltage of the charge IC, and determining, based on the detected input voltage of the charge IC, a charge capacity of a charge cable which is connected to the portable terminal; and wherein the charge IC is further adapted to reset the charge capacity of the portable terminal in the memory according to the charge capacity of the charge cable, and to interrupt or maintain the supply of a charging power based on the reset charge capacity of the portable terminal when the charge capacity of the charge cable is not equal to the charge capacity of the portable terminal.
A fastening tool assembly comprising: a housing having a contact surface to contact a workpiece, and a fastener outlet provided through the contact surface to dispense fasteners from the outlet; a magazine sleeve fixed longitudinally within the housing; a magazine body having a proximal end and a distal end spaced apart from the proximal end, the magazine body being received within the magazine sleeve to translate longitudinally to a retracted position whereby the proximal end is adjacent the fastener outlet to store fasteners within the sleeve and to convey the fasteners to the fastener outlet, and to translate to an extended position whereby the body extends at least partially out of the sleeve and external of the housing for receipt of fasteners to the body; characterised by a bracket operably connected to the magazine body distal end for longitudinal translation and partial rotation relative to the body; a biasing member connected to the bracket and the magazine body for biasing the bracket longitudinally away from the magazine body distal end; and a latch mounted to the housing to engage the bracket in the retracted position of the magazine body to lock the bracket to the housing, and consequently to maintain the magazine body in the retracted position, wherein the latch is movable to a disengaged position such that the bracket is biased away from the magazine body. a housing having a contact surface to contact a workpiece, and a fastener outlet provided through the contact surface to dispense fasteners from the outlet; a magazine sleeve fixed longitudinally within the housing; a magazine body having a proximal end and a distal end spaced apart from the proximal end, the magazine body being received within the magazine sleeve to translate longitudinally to a retracted position whereby the proximal end is adjacent the fastener outlet to store fasteners within the sleeve and to convey the fasteners to the fastener outlet, and to translate to an extended position whereby the body extends at least partially out of the sleeve and external of the housing for receipt of fasteners to the body; characterised by a bracket operably connected to the magazine body distal end for longitudinal translation and partial rotation relative to the body; a biasing member connected to the bracket and the magazine body for biasing the bracket longitudinally away from the magazine body distal end; and a latch mounted to the housing to engage the bracket in the retracted position of the magazine body to lock the bracket to the housing, and consequently to maintain the magazine body in the retracted position, wherein the latch is movable to a disengaged position such that the bracket is biased away from the magazine body.
A process for the production of 4-chloroacetoacetyl chloride, comprising the steps of (a) feeding diketene and chlorine into a thin film reactor and (b) reacting the diketene and chlorine to obtain 4-chloroacetoacetyl chloride, wherein in step (a) the diketene is fed into the reactor in the form of a mixture with an organic solvent, wherein the concentration of the diketene in the mixture is higher than 15% (w/w), wherein in step (a) the chlorine is fed into the reactor in the form of gaseous chlorine, wherein the chlorine is not diluted with an inert gas. (a) feeding diketene and chlorine into a thin film reactor and (b) reacting the diketene and chlorine to obtain 4-chloroacetoacetyl chloride,
Light trap for UV radiation for curing ink on a printing substrate which is moved along the light trap in a transport direction, wherein the light trap comprises a molded body with more than two successive mold elements, wherein a side of the molded body facing the printing substrate is constructed in the form of steps with step elements as mold elements, wherein each step element comprises a pair of a step surface and a step shoulder, wherein the step surfaces and the step shoulders are inclined differently to the transport direction of the printing substrate and wherein the step surface has a step length L and the step shoulder has a step height H, characterized in that the step elements are constructed as flat steps with rounded transitions between the step elements, wherein the transition radius between the step surface and the step shoulder is between 0.1 mm and 0.4 mm, and wherein the following applies: L > 3H.