mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring illumination by a lighting unit of a target surface within a lighting environment, the method comprising the steps of: illuminating, with a light source of the lighting unit, the target surface; detecting, with a light sensor, a light intensity for each of a plurality of locations of the target surface; detecting, with a second sensor comprising a time of flight sensor, a parameter of the lighting environment, wherein the detected parameter are distances between the light source and reflecting surfaces of the lighting environment; detecting, by analyzing by a controller of the lighting unit the detected parameter, whether there are obstructions between the second sensor and the target surface and determine one or more regions within the lighting environment that are not affected by the obstructions; selecting, by the controller, a subset of the detected plurality of light intensities based on the determined one or more regions within the lighting environment that are not affected by the obstructions; and estimating, by analyzing the selected subset of light intensities, a lux of the target surface. illuminating, with a light source of the lighting unit, the target surface; detecting, with a light sensor, a light intensity for each of a plurality of locations of the target surface; detecting, with a second sensor comprising a time of flight sensor, a parameter of the lighting environment, wherein the detected parameter are distances between the light source and reflecting surfaces of the lighting environment; detecting, by analyzing by a controller of the lighting unit the detected parameter, whether there are obstructions between the second sensor and the target surface and determine one or more regions within the lighting environment that are not affected by the obstructions; selecting, by the controller, a subset of the detected plurality of light intensities based on the determined one or more regions within the lighting environment that are not affected by the obstructions; and estimating, by analyzing the selected subset of light intensities, a lux of the target surface.
A cooling device with an easy-to-weld structure, comprising: two boards (1, 2) each including an outer face (11, 21) and an inner face (12, 22) opposite to the outer face (11, 21), wherein the inner faces (12, 22) of the two boards (1, 2) abut each other, wherein a portion of at least one of the two boards (1, 2) is recessed from the inner face (12, 22) thereof to form a cavity, wherein the two boards (1, 2) together define a chamber therebetween by the cavity, and wherein a working fluid is filled in the chamber, wherein the cooling device with the easy-to-weld structure is characterized in that the at least one of the two boards (1, 2) having the cavity is recessed from the outer face (11, 21) thereof to form an annular welding channel (13, 23), wherein the annular welding channel (13, 23) surrounds the chamber and has a channel bottom face (131, 231), wherein a distance between the channel bottom face (131, 231) and the inner face (12, 22) of a respective one of the two boards (1, 2) which includes the annular welding channel (13, 23) is smaller than a distance between the outer face (11, 21) and the inner face (12, 22) of the respective one of the two boards (1, 2) which includes the annular welding channel (13, 23), with the distance defined in an area of the respective one of the two boards (1, 2) which includes the annular welding channel (13, 23) where neither the outer face (11, 21) nor the inner face (12, 22) thereof is recessed, and wherein the two boards (1, 2) are coupled along the annular welding channel (13, 23) by laser welding. two boards (1, 2) each including an outer face (11, 21) and an inner face (12, 22) opposite to the outer face (11, 21), wherein the inner faces (12, 22) of the two boards (1, 2) abut each other, wherein a portion of at least one of the two boards (1, 2) is recessed from the inner face (12, 22) thereof to form a cavity, wherein the two boards (1, 2) together define a chamber therebetween by the cavity, and wherein a working fluid is filled in the chamber, wherein the cooling device with the easy-to-weld structure is characterized in that the at least one of the two boards (1, 2) having the cavity is recessed from the outer face (11, 21) thereof to form an annular welding channel (13, 23), wherein the annular welding channel (13, 23) surrounds the chamber and has a channel bottom face (131, 231), wherein a distance between the channel bottom face (131, 231) and the inner face (12, 22) of a respective one of the two boards (1, 2) which includes the annular welding channel (13, 23) is smaller than a distance between the outer face (11, 21) and the inner face (12, 22) of the respective one of the two boards (1, 2) which includes the annular welding channel (13, 23), with the distance defined in an area of the respective one of the two boards (1, 2) which includes the annular welding channel (13, 23) where neither the outer face (11, 21) nor the inner face (12, 22) thereof is recessed, and wherein the two boards (1, 2) are coupled along the annular welding channel (13, 23) by laser welding.
A bleed system for a compressor stage of a turbine engine comprising: a plurality of blades; each of said blades having an airfoil member and a platform structure; at least one interblade passage formed by adjacent ones of said airfoil members and an inner endwall formed by said platform structures; and a bleed hole located in said at least one interblade passage for extracting a portion of a fluid passing therethrough; means for injecting fluid extracted through the bleed hole; wherein said fluid injecting means comprises a fluid cavity communicating with said bleed hole and an injection hole, said fluid cavity having a first portion for receiving extracted fluid from said bleed hole and a second portion terminating in said injection hole for injecting said extracted fluid through said injection hole characterised by said second portion being at an angle with respect to said first portion for injecting said extracted fluid tangentially in the direction of rotation of a rotor of said engine a plurality of blades; each of said blades having an airfoil member and a platform structure; at least one interblade passage formed by adjacent ones of said airfoil members and an inner endwall formed by said platform structures; and a bleed hole located in said at least one interblade passage for extracting a portion of a fluid passing therethrough; means for injecting fluid extracted through the bleed hole; wherein said fluid injecting means comprises a fluid cavity communicating with said bleed hole and an injection hole, said fluid cavity having a first portion for receiving extracted fluid from said bleed hole and a second portion terminating in said injection hole for injecting said extracted fluid through said injection hole characterised by said second portion being at an angle with respect to said first portion for injecting said extracted fluid tangentially in the direction of rotation of a rotor of said engine
A light converting device comprising: - a light converter, wherein the light converter is adapted to convert laser light to converted light, wherein a peak emission wavelength of the converted light is in a longer wavelength range than a laser peak emission wavelength of the laser light, - a heatsink comprising a reflective structure, and - a clamping structure mechanically coupling the light converter to the heatsink, wherein the clamping structure is arranged to press the light converter on a surface of the heatsink such that thermal conductance between the light converter and the heatsink is increased and at least a part of the converted light is reflected by means of the reflective structure when illuminated by means of the laser light, - without any adhesive or connection layer between the light converter and the heatsink. - a light converter, wherein the light converter is adapted to convert laser light to converted light, wherein a peak emission wavelength of the converted light is in a longer wavelength range than a laser peak emission wavelength of the laser light, - a heatsink comprising a reflective structure, and - a clamping structure mechanically coupling the light converter to the heatsink, wherein the clamping structure is arranged to press the light converter on a surface of the heatsink such that thermal conductance between the light converter and the heatsink is increased and at least a part of the converted light is reflected by means of the reflective structure when illuminated by means of the laser light, - without any adhesive or connection layer between the light converter and the heatsink.
Motor vehicle door handle assembly with a handle support and an outer casing attached to the handle support, wherein at least one electronic module with electronic components is arranged between the handle support and the outer casing, wherein the handle support has at least a first chamber for accommodating electronic components, into which chamber a potting compound is poured after insertion of the electronic components, wherein a second chamber is formed between the handle support and the outer casing for accommodating electronic components, characterized in that the handle support has at least one breakthrough, through which the second chamber can be filled with potting compound after the outer casing has been attached to the handle support.
A method, comprising at an electronic device with one or more processors, memory, a touch-sensitive surface, and a display: presenting content in a first application for viewing by a user, and without receiving a request by the user to copy any of the content, proactively copying at least a portion of the content; receiving a request from the user to open a second application that is distinct from the first application, the second application including an input-receiving field; in response to receiving the request, presenting the second application with the input-receiving field; before receiving any user input at the input-receiving field, providing within the second application a selectable user interface object to allow the user to paste at least the portion of the content into the input-receiving field; in response to detecting a selection of the selectable user interface object, pasting the portion of the content into the input-receiving field, wherein the selectable user interface object provided within the second application is displayed with an indication that the portion of the content was recently viewed in the first application. presenting content in a first application for viewing by a user, and without receiving a request by the user to copy any of the content, proactively copying at least a portion of the content; receiving a request from the user to open a second application that is distinct from the first application, the second application including an input-receiving field; in response to receiving the request, presenting the second application with the input-receiving field; before receiving any user input at the input-receiving field, providing within the second application a selectable user interface object to allow the user to paste at least the portion of the content into the input-receiving field; in response to detecting a selection of the selectable user interface object, pasting the portion of the content into the input-receiving field, wherein the selectable user interface object provided within the second application is displayed with an indication that the portion of the content was recently viewed in the first application.
High-strength steel with good cryogenic temperature toughness, comprising, by weight: 0.01-0.06% of carbon, 2.0-8.0% of manganese (Mn), 0.01-6.0% of nickel (Ni), 0.02-0.6% of molybdenum (Mo), 0.03-0.5% of silicon (Si), 0.003-0.05% of aluminum (Al), 0.0015-0.01% of nitrogen, 0.02% or less of phosphorous, 0.01% or less of sulfur, and optionally further comprlising, by weight, at least one selected from the group consisting of 0.003-0.055 of titanium (Ti), 0.1-5.0% of chromium (Cr) and 0.1-3.0% of copper (Cu) with a remainder of iron (Fe) and other unavoidable impurities, wherein said Mn and Ni satisfy the condition of 8≤1.5×Mn+Ni×12.
A pot bearing for taking up rotations with little constraint, comprising a pot (2, 2a, 12), an elastomer cushion (3, 3b, 13) accommodated therein, and a cover (4, 4b, 14) supported thereon and protruding at least partially into the pot, the elastomer cushion (3, 3b, 13) being slidingly sealed relative to the pot (2, 2a, 12) below the cover on an edge side by means of a peripheral inner seal, which preferably consists of chain links that are chained to one another, characterised in that the inner seal consists wholly or at least predominantly of polyoxymethylene having a melt flow index (MFI 190/2.16) of less than 6g/10min.
Method for operating a vehicle, in which energy is recovered in overrun and/or braking phases of the vehicle and stored in an energy store (4, 5) within the vehicle, wherein the environment of the vehicle is detected by means of a detector (6, 13) and, depending on detection of an object (2, 11) in the vehicle environment, at least one object characteristic (v2, •v, L) is evaluated, characterized in that, depending on the evaluation of the object characteristic (v2, •v, L), the overrun and/or braking phase is performed automatically in a manner adapted to at least one parameter characterizing the energy store (4, 5).
A holder device (100, 200, 300) comprising: - a holder body (101, 201, 301), - a carrier element (102, 202, 302) linearly moveable with respect to the holder body and configured to hold one or more objects, and - a force generating system (103, 203) configured to generate force tending to move the carrier element in a first direction (+z) to a first position with respect to the holder body when the carrier element is in a second position away from the first position, wherein the carrier element comprises two wall sections (104, 105) parallel with and a distance away from each other and an intermediate section connected to the wall sections, the wall sections and the intermediate section constituting a trough having a longitudinal direction perpendicular to the first direction, a wider area closer to a bottom of the trough, and a narrower area farther from the bottom of the trough, wherein a rim of the holder body is configured to close at least the wider area of the trough when the carrier element is in the first position to prevent the one or more objects from moving in the longitudinal direction out from the trough, and the wider area of the trough is farther in a second direction opposite to the first direction than the rim of the holder body when the carrier element is in the second position to allow the one or more objects to be moved in the longitudinal direction out from the trough. - a holder body (101, 201, 301), - a carrier element (102, 202, 302) linearly moveable with respect to the holder body and configured to hold one or more objects, and - a force generating system (103, 203) configured to generate force tending to move the carrier element in a first direction (+z) to a first position with respect to the holder body when the carrier element is in a second position away from the first position,
A vehicle side section structure that includes a flow correction fin (1, 1A, 1B, 1C) that is provided on a side section of a vehicle and corrects a flow of fluid of the side section of the vehicle, wherein a length of the flow correction fin (1, 1A, 1B, 1C) in a longitudinal direction of the vehicle is set so as to be longer than a length of the fin in a vertical direction of the vehicle, the flow correction fin (1, 1A, 1B, 1C) includes: a first inclined portion (1Ae, 1Be, 1Ce) which is formed at a front end portion in the longitudinal direction of the vehicle and in which a width in a width direction of the vehicle is widened toward a rear side in the longitudinal direction of the vehicle; a second inclined portion (1Af, 1Bf, 1Cf) which is formed further rearward than the first inclined portion in the longitudinal direction of the vehicle and in which the width in the width direction of the vehicle is narrowed toward the rear side in the longitudinal direction of the vehicle; a third inclined portion (1Ad, 1Af, 1Bd, 1Cd) in which the width in the vertical direction of the vehicle is narrowed toward the rear side in the longitudinal direction of the vehicle; and a ridge line (1Ab, 1Bb, 1Cb) that connects a front end portion and a rear end portion in the longitudinal direction of the vehicle, characterized in that an inflection portion that is formed so as to be steeply raised with respect to a side surface of the vehicle in a plan view of the vehicle is set at the rear end portion of the flow correction fin (1, 1A, 1B, 1C). a first inclined portion (1Ae, 1Be, 1Ce) which is formed at a front end portion in the longitudinal direction of the vehicle and in which a width in a width direction of the vehicle is widened toward a rear side in the longitudinal direction of the vehicle; a second inclined portion (1Af, 1Bf, 1Cf) which is formed further rearward than the first inclined portion in the longitudinal direction of the vehicle and in which the width in the width direction of the vehicle is narrowed toward the rear side in the longitudinal direction of the vehicle; a third inclined portion (1Ad, 1Af, 1Bd, 1Cd) in which the width in the vertical direction of the vehicle is narrowed toward the rear side in the longitudinal direction of the vehicle; and a ridge line (1Ab, 1Bb, 1Cb) that connects a front end portion and a rear end portion in the longitudinal direction of the vehicle, characterized in that an inflection portion that is formed so as to be steeply raised with respect to a side surface of the vehicle in a plan view of the vehicle is set at the rear end portion of the flow correction fin (1, 1A, 1B, 1C).
Nailing device, comprising a housing, a releasing mechanism for releasing the nails, a pin guiding element for resting on the object, into which the nails are to be inserted, so that the pin guiding element serves to release the nails and to support the nailing device, a trigger for activating the releasing mechanism, a supporting foot for additional support of the nailing device, in which the supporting foot is provided with two supporting elements (9, 10) for two point support, so that the nailing device together with the pin guiding element has three point support, characterised in that the supporting foot is lodged on the rest of the nailing device so that it may pivot around a pivoting axis, so that in a first pivoting position of the supporting foot both supporting elements (9, 10) are at a distance from a notional plane of the device and in a second pivoting position both supporting elements (9, 10) essentially are intersected by the notional plane of the device and a longitudinal axis of the pin guiding element as well as the pivoting axis lie in the notional plane of the device.
A device for additive production of a component, comprising - an energy source having a movable energy beam, - a build region, in which the energy beam can impinge on a material to be processed and which constitutes the powder bed surface in the additive production process, - the device comprising, around the energy beam of the energy source, - an inner annular frame which is arranged directly around the melting region in the powder bed and has at least one first gas opening, and - an outer annular frame having at least one second gas opening, for extracting and delivering a protective gas, the inner frame following the energy beam impingement point and the powder of the powder bed being melted in the energy beam impingement point, characterized in that - the device comprises a heating device for heating the protective gas and - an ultrasound source, which is mounted as a sonotrode below a lowerable build platform, is additionally arranged in the build region. - an energy source having a movable energy beam, - a build region, in which the energy beam can impinge on a material to be processed and which constitutes the powder bed surface in the additive production process, - the device comprising, around the energy beam of the energy source, - an inner annular frame which is arranged directly around the melting region in the powder bed and has at least one first gas opening, and - an outer annular frame having at least one second gas opening, for extracting and delivering a protective gas, the inner frame following the energy beam impingement point and the powder of the powder bed being melted in the energy beam impingement point, characterized in that - an inner annular frame which is arranged directly around the melting region in the powder bed and has at least one first gas opening, and - an outer annular frame having at least one second gas opening, - the device comprises a heating device for heating the protective gas and - an ultrasound source, which is mounted as a sonotrode below a lowerable build platform, is additionally arranged in the build region.
A method comprising: receiving a coding rate of an error correction coding scheme for encoding modulation symbols to be transmitted on sub-bands of a frequency band in radio communications; determining relative radio channel qualities of the sub-bands of the frequency band; characterized by allocating transmission power between sub-bands at least on the basis of the relative radio channel qualities of the sub-bands and the received coding rate; and determining, based on a channel quality threshold, a first part of the sub-bands having a high radio channel quality and a second part of the sub-bands having a low radio channel quality; wherein, when the coding rate is low based on a coding rate threshold, a higher transmission power is allocated to the sub-bands of the first part than a transmission power allocated to the sub-bands of the second part or the second part of the sub-bands is left empty of allocated transmission power. receiving a coding rate of an error correction coding scheme for encoding modulation symbols to be transmitted on sub-bands of a frequency band in radio communications; determining relative radio channel qualities of the sub-bands of the frequency band; characterized by allocating transmission power between sub-bands at least on the basis of the relative radio channel qualities of the sub-bands and the received coding rate; and determining, based on a channel quality threshold, a first part of the sub-bands having a high radio channel quality and a second part of the sub-bands having a low radio channel quality; wherein, when the coding rate is low based on a coding rate threshold, a higher transmission power is allocated to the sub-bands of the first part than a transmission power allocated to the sub-bands of the second part or the second part of the sub-bands is left empty of allocated transmission power.