mhurhangee/ep-ind-claims huggingface dataset:
Rotating workbench comprising: a) a base; b) a left-hand side and a right-hand side, perpendicular to the base and located at each of its ends; c) a rotating base located between the sides, to which a mold is fixed, parallel to the base; characterized in that it further comprises (d) a flange fixed to the base and a rotating flange connected to the rotating base, and said flanges being located between the bases; e) a slew drive with a part fixed to the base and said slew drive being located between the flanges rotating the rotating base perpendicularly to the sides between 0° and 360°; f) at least a left-hand or a right-hand outer side parallel to at least one of the sides, respectively; g) connecting means to sides, and at least one flange fixed to at least one of the outer sides, both connecting means and flange being located between at least one of the sides or the sides; h) at least one slew drive with a part fixed to at least one of the sides, and said slew drive being located between the connecting means rotating the base perpendicularly to the outer sides between 0° and 90°. a) a base; b) a left-hand side and a right-hand side, perpendicular to the base and located at each of its ends; c) a rotating base located between the sides, to which a mold is fixed, parallel to the base; (d) a flange fixed to the base and a rotating flange connected to the rotating base, and said flanges being located between the bases; e) a slew drive with a part fixed to the base and said slew drive being located between the flanges rotating the rotating base perpendicularly to the sides between 0° and 360°; f) at least a left-hand or a right-hand outer side parallel to at least one of the sides, respectively; g) connecting means to sides, and at least one flange fixed to at least one of the outer sides, both connecting means and flange being located between at least one of the sides or the sides; h) at least one slew drive with a part fixed to at least one of the sides, and said slew drive being located between the connecting means rotating the base perpendicularly to the outer sides between 0° and 90°.
A method for updating geographic data, the method comprising: identifying a current geographic location of a mobile device as location data, based on a position circuitry of the mobile device; obtaining, with a processor, an outline template representing at least one physical object from the geographic data for the current geographic location, wherein the geographic data comprises light detection and ranging, LIDAR, sensor data and the outline template is filtered LIDAR sensor data; generating difference information from a comparison of land-based image data, generated from the mobile device at the geographic location corresponding to the location data, with the outline template of the at least one physical object; and providing an error report, based on the difference information, for updating the geographic data. identifying a current geographic location of a mobile device as location data, based on a position circuitry of the mobile device; obtaining, with a processor, an outline template representing at least one physical object from the geographic data for the current geographic location, wherein the geographic data comprises light detection and ranging, LIDAR, sensor data and the outline template is filtered LIDAR sensor data; generating difference information from a comparison of land-based image data, generated from the mobile device at the geographic location corresponding to the location data, with the outline template of the at least one physical object; and providing an error report, based on the difference information, for updating the geographic data.
A rotor with rotor blades (17a, 17b, 17c) that rotate around a rotor axis in a rotor plane, comprising a passive pitch angle adjustment apparatus; a first lever that is connected to a first rotor blade of the rotor blades and rotates the first rotor blade around a first pitch axis; a second lever that is connected to a second rotor blade of the rotor blades and rotates the second rotor blade around a second pitch axis; a first rod and a second rod that are connected with the first and second levers (15a, 15b) at respective first and second attachments (25a, 25b) and that mechanically link the first and second levers (15a, 15b) via a central point that is located outside the rotor plane, wherein the first and second rods (19a, 19b) are linked at the central point; and a central rod that connects the central point with a base point that is located in a longitudinal direction of the rotor axis, wherein a change of a first pitch angle of the first rotor blade in reaction to aerodynamic forces causes a first rotation of the first rotor blade around the first pitch axis, and wherein the first lever through the first rod, the second rod, and the second lever in connection with the central rod adjusts a second pitch angle of the second rotor blade through a second rotation of the second rotor blade with the second lever around the second pitch axis.
A tire, comprising a tread portion, the tread portion comprising a rubber composition comprising: rubber components including at least one isoprene-based rubber and at least one styrene-butadiene rubber; at least one silica having an average primary particle size of 15 nm or less; and at least one resin component, the rubber composition comprising the isoprene-based rubber in an amount of 50% by mass or more based on 100% by mass of the rubber components and the silica in an amount of 30 parts by mass or more per 100 parts by mass of the rubber components, the tire satisfying the following relationships and: PC ≥ 55.0 % by mass; and AE ≤ 5.0 % by mass, wherein PC and AE represent a polymer content (% by mass) and an acetone extractable content (% by mass), respectively, of the rubber composition, wherein the acetone extractable content is measured in accordance with JIS K 6229:2015, and wherein the polymer content is calculated from the decrease in the amount of a sample from the rubber composition remaining after the acetone extraction when it is heated from room temperature to 750°C in nitrogen for pyrolysis and gasification of organic matter in accordance with JIS K 6226-1:2003. the tread portion comprising a rubber composition comprising: rubber components including at least one isoprene-based rubber and at least one styrene-butadiene rubber; at least one silica having an average primary particle size of 15 nm or less; and at least one resin component, the rubber composition comprising the isoprene-based rubber in an amount of 50% by mass or more based on 100% by mass of the rubber components and the silica in an amount of 30 parts by mass or more per 100 parts by mass of the rubber components, the tire satisfying the following relationships and: PC ≥ 55.0 % by mass; and AE ≤ 5.0 % by mass, wherein PC and AE represent a polymer content (% by mass) and an acetone extractable content (% by mass), respectively, of the rubber composition, wherein the acetone extractable content is measured in accordance with JIS K 6229:2015, and wherein the polymer content is calculated from the decrease in the amount of a sample from the rubber composition remaining after the acetone extraction when it is heated from room temperature to 750°C in nitrogen for pyrolysis and gasification of organic matter in accordance with JIS K 6226-1:2003.
An emissions cleaning module comprising: a first conduit containing a diesel oxidation catalyst module; a second conduit containing a selective catalytic reduction module; and a mounting mechanism (6; 110) for mounting the emissions cleaning module to an external support; wherein the second conduit is mounted to the mounting mechanism (6; 110) and wherein the mounting mechanism (6; 110) comprises one or more adjustable straps which are clamped around the second conduit, characterised in that the first conduit is mounted to the second conduit, such that the first conduit is not directly supported by the mounting mechanism (6; 110). a first conduit containing a diesel oxidation catalyst module; a second conduit containing a selective catalytic reduction module; and a mounting mechanism (6; 110) for mounting the emissions cleaning module to an external support; wherein the second conduit is mounted to the mounting mechanism (6; 110) and
Timepiece movement provided with a movable element (22, 22A, 22B) capable of being driven along an axis of displacement (24, 24B) and of being momentarily immobilised in any one stable position of N discrete stable positions, N being a number greater than one (N>1), and with a device (20, 44) for positioning said movable element in each of said N stable positions comprising a lever (26, 26A, 26B) capable of coming into contact with the movable element, wherein the positioning device comprises a magnetic system formed of a first magnet integral with the lever and arranged at the periphery of the movable element, with N second magnets integral with said movable element and arranged along said axis of displacement so as to define magnetic periods (P M) respectively corresponding to the distances between the N discrete stable positions, and with a highly magnetically permeable element arranged facing one polar end of the first magnet located on the side of the movable element; wherein the magnetic system is arranged such that, when the movable element is driven along its axis of displacement, from any one stable position (P n) to the next stable position, a first magnetic torque exerted on the lever carrying the first magnet has a first direction over a first section and a second direction, opposite to the first direction, over a second section of the corresponding distance, the first direction defining a return torque towards the movable element for a contact portion (34, 46, 46B) of the lever; and wherein the magnetic system is arranged such that, for each of the N discrete stable positions, said first magnetic torque is applied in said first direction.
A multimedia playback device for displaying a hierarchy of navigation screens grouped into a plurality of layers, comprising: a first layer display unit configured to display, as a screen of a first layer (12, 14), a screen that is located on an upper layer with respect to a screen transition and that is used for selecting a category of content to be processed; a third layer display unit configured to display, as a screen of a third layer (18, 20), a screen that is located on a lower layer with respect to the screen transition and that is used for selecting a piece of content to be processed from among a plurality of pieces of content corresponding to a category selected in the screen of the first layer; and a screen display unit configured to display a screen of selected content if a specific piece of content is selected in the screen of the third layer, wherein the first layer display unit displays, in the screen of the first layer, an image of at least a portion of the screen of the third layer with visibility reduced by blurring or a degree of transparency compared to the case where the image is displayed in the screen of the third layer. a first layer display unit configured to display, as a screen of a first layer (12, 14), a screen that is located on an upper layer with respect to a screen transition and that is used for selecting a category of content to be processed; a third layer display unit configured to display, as a screen of a third layer (18, 20), a screen that is located on a lower layer with respect to the screen transition and that is used for selecting a piece of content to be processed from among a plurality of pieces of content corresponding to a category selected in the screen of the first layer; and a screen display unit configured to display a screen of selected content if a specific piece of content is selected in the screen of the third layer, wherein the first layer display unit displays, in the screen of the first layer, an image of at least a portion of the screen of the third layer with visibility reduced by blurring or a degree of transparency compared to the case where the image is displayed in the screen of the third layer.
Method for manufacturing an outer layer for a panel of a ball, in particular a football, wherein the method comprises: a. shaping of a sheet of material (110; 210) in a mold, b. wherein the mold is formed in such a way that during shaping, the sheet of material (110; 210) assumes a three-dimensional shape of the outer layer of the panel; c. creating first textures in at least a first partial region on a first side of the sheet of material (110; 210); and d. creating second textures in at least a second partial region (250; 252; 255) on a second side of the sheet of material (110; 210), wherein e. the sheet of material (110; 210) comprises a plastic foil (110; 210), and characterised in that f. the first textures comprise dimensions of 0.1 mm - 0.5 mm and can evoke an absorption of light and / or a refraction of light. a. shaping of a sheet of material (110; 210) in a mold, b. wherein the mold is formed in such a way that during shaping, the sheet of material (110; 210) assumes a three-dimensional shape of the outer layer of the panel; c. creating first textures in at least a first partial region on a first side of the sheet of material (110; 210); and d. creating second textures in at least a second partial region (250; 252; 255) on a second side of the sheet of material (110; 210), wherein e. the sheet of material (110; 210) comprises a plastic foil (110; 210), and characterised in that f. the first textures comprise dimensions of 0.1 mm - 0.5 mm and can evoke an absorption of light and / or a refraction of light.
A display device substrate (1, 20, 27) comprising: a transparent substrate (5, 13); a frame portion provided on the transparent substrate and formed in a frame region that surrounds a display region, containing carbon as a major colorant and having light shielding properties; a first transparent resin layer formed on the transparent substrate in which the frame portion (2, 4) is formed; a black matrix formed on the first transparent resin layer, dividing the display region into a plurality of openings having a matrix shape, the black matrix containing an organic pigment as a major colorant; and a second transparent resin layer formed on the first transparent resin layer on which the black matrix is formed. a transparent substrate (5, 13); a frame portion provided on the transparent substrate and formed in a frame region that surrounds a display region, containing carbon as a major colorant and having light shielding properties; a first transparent resin layer formed on the transparent substrate in which the frame portion (2, 4) is formed; a black matrix formed on the first transparent resin layer, dividing the display region into a plurality of openings having a matrix shape, the black matrix containing an organic pigment as a major colorant; and a second transparent resin layer formed on the first transparent resin layer on which the black matrix is formed.
Induction cooktop device with at least one induction heating unit (10a-c), which comprises at least one induction heating element (12a-c), and with at least one cooktop hotplate with a cooktop plane (14a-c) that extends along the cooktop hotplate, characterised in that the at least one induction heating element (12a-c) extends at least in a subarea (16a-c) along a first principal plane of orientation (18a-c) which deviates from the cooktop plane (14a-c) and which does not run parallel to the cooktop plane (14a-c).
System for enhancing elevator positioning, wherein it comprises a camera system designed to record pictures and a computer system designed to determine an absolute distance of at least one element of the recorded pictures or a relative distance between two elements of the recorded pictures, wherein the device is designed to determine the relative distance between the floor of an elevator car and the floor of a landing, characterized in that the camera system comprises a single camera.
A stent delivery system, comprising: a self-expanding stent comprising a longitudinal length, wherein the longitudinal length comprises a proximal portion and a distal portion; an elongate delivery catheter, wherein the self-expanding stent is removably disposed about the delivery catheter; a first set of at least one suture loop spaced along the proximal portion of the self-expanding stent and a second set of at least one suture loop spaced along the distal portion of the self-expanding stent, wherein the proximal portion of the self-expanding stent is compressed by the first set of at least one suture loop and the distal portion of the self-expanding stent is compressed by the second set of at least one suture loop; and a first pull member securing the first set of at least one suture loop about the proximal portion of the self-expanding stent, and a second pull member securing the second set of at least one suture loop about the distal portion of the self-expanding stent; wherein the first set of at least one suture loop is configured to separate from about the proximal portion of the self-expanding stent when the first pull member is removed, and the second set of at least one suture loop is configured to separate from about the distal portion of the self-expanding stent when the second pull member is removed. a self-expanding stent comprising a longitudinal length, wherein the longitudinal length comprises a proximal portion and a distal portion; an elongate delivery catheter, wherein the self-expanding stent is removably disposed about the delivery catheter; a first set of at least one suture loop spaced along the proximal portion of the self-expanding stent and a second set of at least one suture loop spaced along the distal portion of the self-expanding stent, wherein the proximal portion of the self-expanding stent is compressed by the first set of at least one suture loop and the distal portion of the self-expanding stent is compressed by the second set of at least one suture loop; and a first pull member securing the first set of at least one suture loop about the proximal portion of the self-expanding stent, and a second pull member securing the second set of at least one suture loop about the distal portion of the self-expanding stent; wherein the first set of at least one suture loop is configured to separate from about the proximal portion of the self-expanding stent when the first pull member is removed, and the second set of at least one suture loop is configured to separate from about the distal portion of the self-expanding stent when the second pull member is removed.
A solid adsorbent for purifying hydrocarbon streams comprising an alumina component, a zeolite component and an added metal component, wherein the added metal component is present in an amount of from about 0.0075 to 0.0135 moles of the metal as the oxide per 100 g of adsorbent and wherein the alumina is present in an amount from about 40 wt% to about 90 wt% of the adsorbent; wherein the added metal component is an alkali metal selected from the group consisting of sodium, potassium, lithium, rubidium, cesium and mixtures thereof, wherein the added metal component is initially added primarily to the zeolite such that the added metal is present in the zeolite component in amounts greater than if the same amount of initial metal was added to a mixture of the zeolite and alumina.
A method for manufacturing an electronic device (13a, 13b)) comprising a module (1, 15) secured in a cavity of a carrier body, with said module comprising a backing film having a metal coating on an upper face side and on a lower face side, an integrated circuit chip connected to the metal coating using electric connection wires (7, 8), with the integrated circuit chip being coated with a coating and mechanical protective material, characterized in that it comprises an anchoring step according to which a second anchoring material is provided for bonding a portion (7p, 8p, 17p, 18p) of at least one of said electric wires and for anchoring said wire portion to the carrier body.
A sound output control device comprising: sound output units arranged at left and right front parts and left and right rear parts; a delay unit configured to give a delay to sounds outputted by the sound output units arranged at the left and right rear parts; microphones arranged at left and right front listening positions and left and right rear listening positions; a control unit configured to determine a delay amount based on acoustic characteristic of the sounds outputted by the sound output units and collected at the microphones, and set the determined delay amount to the delay unit; characterised by a determination unit configured to determine a controlled frequency band based on collection result of collecting the sounds outputted by the sound output units at the rear listening positions, wherein the control unit is configured to determine the delay amount based on the acoustic characteristic in the controlled frequency band. sound output units arranged at left and right front parts and left and right rear parts; a delay unit configured to give a delay to sounds outputted by the sound output units arranged at the left and right rear parts; microphones arranged at left and right front listening positions and left and right rear listening positions; a control unit configured to determine a delay amount based on acoustic characteristic of the sounds outputted by the sound output units and collected at the microphones, and set the determined delay amount to the delay unit; characterised by a determination unit configured to determine a controlled frequency band based on collection result of collecting the sounds outputted by the sound output units at the rear listening positions, wherein the control unit is configured to determine the delay amount based on the acoustic characteristic in the controlled frequency band.
An insulator for a flue of a residential oven, the insulator comprising: a bendable insulating body having a first end, a second end, and a bending portion; a first cut disposed between the bending portion and the first end, the first cut being expandable to form a first opening for receiving a flue; and a second cut disposed between the bending portion and the second end, the second cut being expandable to form a second opening for receiving the flue; wherein the bending portion is configured to be situated on a first side of the flue and the first and second ends (214, 220) are configured to be situated on a second side of the flue, upon installation of the insulator on the flue; and wherein the bendable insulating body has an elasticity suitable for providing an elastic force opposing the bending of the insulator when assembled to the flue causing the insulator to grip the flue at the openings (218 and 224). a bendable insulating body having a first end, a second end, and a bending portion; a first cut disposed between the bending portion and the first end, the first cut being expandable to form a first opening for receiving a flue; and a second cut disposed between the bending portion and the second end, the second cut being expandable to form a second opening for receiving the flue; wherein the bending portion is configured to be situated on a first side of the flue and the first and second ends (214, 220) are configured to be situated on a second side of the flue, upon installation of the insulator on the flue; and wherein the bendable insulating body has an elasticity suitable for providing an elastic force opposing the bending of the insulator when assembled to the flue causing the insulator to grip the flue at the openings (218 and 224).