mhurhangee/ep-ind-claims huggingface dataset:
Foilwing for wind-powered sports comprising an inflatable fronttube, from which an inflatable centerstrut extends, adapted to be held by the user for guiding the wing rig, wherein the fronttube and centerstrut spanning a canopy, and at least one rigid handle (16, 28, 30) attached to the foilwing for holding the wing rig which is removable and replaceable, characterised in that the handle (16, 28, 30) is approximately U-shaped or V-shaped with a web for gripping the handle and two support arms (34, 36) set at an angle to the web, wherein in each case one of the support arms (34, 36) of the handle (16, 28, 30) can be screwed by means of a fastening screw into a threaded bushing of an adapter console (38, 40) of a screw adapter (76, 78) fastened to the centerstrut.
A display assembly comprising: a display; a light sensor module (58, 58E) mounted proximally to said display; a controller connected to said light sensor module (58, 58E) and configured to receive an electronic signal representing a measurement of ambient light incident on said display; said controller connected to said display and configured to adjust brightness of said display based on said electronic signal; said light sensor module (58, 58E) comprising: a window for transmitting ambient light; a light sensor for receiving said ambient light and configured to generate said electronic signal; a wave guide comprising a textured surface disposed between said window and said light sensor; a light emitter configured to emit light at a first angle; said wave guide configured to scatter light emitted from said light emitter out of said window at angles wider than said first angle; said textured surface having a geometric structure comprising a plurality of bosses; said geometric structure is further configured such that said ambient light strikes said light sensor at an angle that is substantially normal to said light sensor regardless of said angle (AI; AI1; AI2; 61; θ2) of incidence, wherein said bosses are trapeziums, partial-spheroids, or four-sided pyramids (94C, 94D). a display; a light sensor module (58, 58E) mounted proximally to said display; a controller connected to said light sensor module (58, 58E) and configured to receive an electronic signal representing a measurement of ambient light incident on said display; said controller connected to said display and configured to adjust brightness of said display based on said electronic signal; said light sensor module (58, 58E) comprising: a window for transmitting ambient light; a light sensor for receiving said ambient light and configured to generate said electronic signal; a wave guide comprising a textured surface disposed between said window and said light sensor; a light emitter configured to emit light at a first angle; said wave guide configured to scatter light emitted from said light emitter out of said window at angles wider than said first angle; said textured surface having a geometric structure comprising a plurality of bosses; said geometric structure is further configured such that said ambient light strikes said light sensor at an angle that is substantially normal to said light sensor regardless of said angle (AI; AI1; AI2; 61; θ2) of incidence, a window for transmitting ambient light; a light sensor for receiving said ambient light and configured to generate said electronic signal; a wave guide comprising a textured surface disposed between said window and said light sensor; a light emitter configured to emit light at a first angle; said wave guide configured to scatter light emitted from said light emitter out of said window at angles wider than said first angle; said textured surface having a geometric structure comprising a plurality of bosses; said geometric structure is further configured such that said ambient light strikes said light sensor at an angle that is substantially normal to said light sensor regardless of said angle (AI; AI1; AI2; 61; θ2) of incidence,
A luminaire comprising: an optical stack transparent to radio waves, the optical stack comprising a first surface including a light exit window and a further surface opposing the first surface, the optical stack including a planar light guide having a first major surface facing or defining the first surface, an opposing second major surface facing or defining the further surface and at least one edge surface extending between said opposing first and second major surfaces; and a frame around the optical stack, the frame carrying at least one light source optically coupled to one or more of said edge surfaces of the light guide, wherein the frame delimits the light exit window and an exposed portion of the further surface opposing the light exit window, said light exit window and the exposed portion delimiting a conduit for said radio waves through the optical stack, wherein the luminaire further comprises a module including at least one component for generating or receiving said radio waves, the at least one component including at least one of a wireless receiver for receiving a control signal for the at least one light source, a sensor and a transmitter for communicating with at least one further device, and wherein the module is placed on or attached to the further surface. an optical stack transparent to radio waves, the optical stack comprising a first surface including a light exit window and a further surface opposing the first surface, the optical stack including a planar light guide having a first major surface facing or defining the first surface, an opposing second major surface facing or defining the further surface and at least one edge surface extending between said opposing first and second major surfaces; and a frame around the optical stack, the frame carrying at least one light source optically coupled to one or more of said edge surfaces of the light guide, wherein the frame delimits the light exit window and an exposed portion of the further surface opposing the light exit window, said light exit window and the exposed portion delimiting a conduit for said radio waves through the optical stack, wherein the luminaire further comprises a module including at least one component for generating or receiving said radio waves, the at least one component including at least one of a wireless receiver for receiving a control signal for the at least one light source, a sensor and a transmitter for communicating with at least one further device, and wherein the module is placed on or attached to the further surface.
A pharmaceutical composition comprising or made from a DPP-4 inhibitor which is 1-[(4-methyl-quinazolin-2-yl)methyl]-3-methyl-7-(2-butyn-1-yl)-8-(3- -amino-piperidin-1-yl)-xanthine free base, a partner drug which is metformin hydrochloride, and one or more pharmaceutical excipients, and a nucleophilic and/or basic agent for stabilizing said DPP-4 inhibitor against degradation, wherein the nucleophilic and/or basic agent is L-arginine.
An intermittent-connection-type optical fiber ribbon which is covered with a connecting resin in a state where a plurality of optical fiber core wires are disposed in parallel, the intermittent-connection-type optical fiber ribbon comprising: a connecting part where adjacent units, each unit of which includes a pair of optical fiber core wires, are connected to each other; and a non-connecting part where adjacent units are not connected to each other, wherein the connecting parts and the non-connecting parts are provided alternately in a longitudinal direction, wherein the non-connecting parts are not provided between the pair of optical fiber core wires of each unit in the longitudinal direction, wherein the connecting part is recessed, and wherein in a case where a is length of the connecting part in the longitudinal direction, b is length of a part where the non-connecting parts between the units comprising pairs of optical fiber core wires overlap in the longitudinal direction, c is length of the non-connecting part in the longitudinal direction, and p is a pitch between the connecting parts in the longitudinal direction, c/a ≧ 1.5, b ≦ 50 mm, and 500 mm ≦ (c/a) × p ≦ 750 mm are set.
Black-coloured article which is not a photovoltaic device, comprising: - a substantially transparent substrate; - a substantially transparent textured layer provided upon a first surface of said substrate, said textured layer having a textured surface oriented away from said substrate; - an absorption layer comprising silicon-germanium alloy, said absorption layer being situated upon said textured surface of said textured layer. - a substantially transparent substrate; - a substantially transparent textured layer provided upon a first surface of said substrate, said textured layer having a textured surface oriented away from said substrate; - an absorption layer comprising silicon-germanium alloy, said absorption layer being situated upon said textured surface of said textured layer.
A pendular suspension device of spraying ramp, comprising: - a stationary frame intended to be carried by an agricultural machine, - a moveable frame intended to carry one or several spraying ramps, - at least one pendular suspension rod for connecting said moveable frame on said stationary frame, and - at least one jack for making the inclination of said moveable frame vary with respect to said stationary frame, characterized in that said jack is interposed between said stationary frame and said connecting rod, and in that there are provided means for displacing with respect to said moveable frame the fastening point of said connecting rod under the action of said jack, in such a manner as to recenter said moveable frame with respect to the stationary frame when said fastening point is displaced. - a stationary frame intended to be carried by an agricultural machine, - a moveable frame intended to carry one or several spraying ramps, - at least one pendular suspension rod for connecting said moveable frame on said stationary frame, and - at least one jack for making the inclination of said moveable frame vary with respect to said stationary frame,
System for charging the battery of a motor vehicle provided with at least one electric or hybrid power train, the power train comprising, when the vehicle is in motion, an electric machine connected mechanically to the drive wheels and connected electrically to the battery via an inverter, the charging system comprising, when the vehicle is charging, the electric machine and the inverter of the power train as well as a control system capable of controlling the inverter such that the energy is taken from an electric power supply network through the electric machine and to the battery, characterized in that said control is implemented by generating currents in the electric machine characteristic of a rotation of the electric machine at the frequency of the electric power supply network with an electromotive force corresponding to the voltage of the electric power supply network, while being capable of controlling the electric machine so as to not magnetize its rotor, the network being connected directly or via an EMC filter to the phases of the electric machine for the charging, and disconnected when operating under power.
A differential comprising: a differential case; first and second side gears (102, 104) received in the differential case, the first side gear having one or more helical teeth; a plurality of first pinions received in the differential case and meshingly engaged with the first side gear, the first pinions being helical pinion gears; a plurality of second pinions received in the differential case and meshingly engaged with the second side gear, each of the plurality of second pinions meshingly engaging an associated one of the first pinions; the differential characterized in that: the first side gear has a pitch diameter that is smaller than a pitch diameter of the second side gear; the differential further comprises a center friction and thrust washer set received between the first and second side gears (102, 104), the center friction and thrust washer set abutting an inboard axial end of each of the plurality of first pinions; and each of the plurality of second pinions extends axially away from the second side gear past the center friction and thrust washer set. a differential case; first and second side gears (102, 104) received in the differential case, the first side gear having one or more helical teeth; a plurality of first pinions received in the differential case and meshingly engaged with the first side gear, the first pinions being helical pinion gears; a plurality of second pinions received in the differential case and meshingly engaged with the second side gear, each of the plurality of second pinions meshingly engaging an associated one of the first pinions; the differential characterized in that: the first side gear has a pitch diameter that is smaller than a pitch diameter of the second side gear; the differential further comprises a center friction and thrust washer set received between the first and second side gears (102, 104), the center friction and thrust washer set abutting an inboard axial end of each of the plurality of first pinions; and each of the plurality of second pinions extends axially away from the second side gear past the center friction and thrust washer set. the first side gear has a pitch diameter that is smaller than a pitch diameter of the second side gear; the differential further comprises a center friction and thrust washer set received between the first and second side gears (102, 104), the center friction and thrust washer set abutting an inboard axial end of each of the plurality of first pinions; and each of the plurality of second pinions extends axially away from the second side gear past the center friction and thrust washer set.
Method for producing a composite part made of core material and shell material by means of an impact extrusion process, characterized in that in a first process step, the covering material covering at least a part of the outside surface of the composite part which is produced according to the method is produced by a deep-drawing process from a sheet-like or tubular blank, in which the core material is used as insert die for the deep-drawing process of the covering material, wherein covering material and core material come in close contact to each other at their surfaces, and afterwards the intermediate form of the composite part produced respectively made from deep-drawn covering material and partially covered core material is subjected to a common impact extrusion process, in which the final shape of the composite part is produced by plastic deformation.
A steering apparatus comprising: a steering shaft having a rear portion configured to allow a steering wheel to be mounted; a column supporting the steering shaft in a rotatable manner; a bracket attached to the column and including a flange portion; left and right capsules, each configured to be fixed to a vehicle body and including an upper holding plate and a lower holding plate for holding the flange portion therebetween; a coupling part coupling the flange portion and the capsules such that the flange portion is detachable from the capsules by an impact force toward a front side of the vehicle body; a rounded portion formed at a front end portion of the flange portion; and an energy absorbing member including a rear portion engaged with the capsules, a front extension portion (312, 313) extending forward from the rear portion, a bent portion (314, 315) bent in front of the rounded portion, and a rear extension portion (316 117) extending rearward such that the rear extension portion (316, 317) is inclined in the vehicle width direction with respect to a center axis of the column, wherein the energy absorbing member is configured such that the energy absorbing member is plastically deformed by a pressure from the rounded portion moving along the energy absorbing member due to a forward movement of the flange portion, the steering apparatus being characterized in that the rounded portion has a curvature radius which varies along a vehicle width direction. a steering shaft having a rear portion configured to allow a steering wheel to be mounted; a column supporting the steering shaft in a rotatable manner; a bracket attached to the column and including a flange portion; left and right capsules, each configured to be fixed to a vehicle body and including an upper holding plate and a lower holding plate for holding the flange portion therebetween; a coupling part coupling the flange portion and the capsules such that the flange portion is detachable from the capsules by an impact force toward a front side of the vehicle body; a rounded portion formed at a front end portion of the flange portion; and an energy absorbing member including a rear portion engaged with the capsules, a front extension portion (312, 313) extending forward from the rear portion, a bent portion (314, 315) bent in front of the rounded portion, and a rear extension portion (316 117) extending rearward such that the rear extension portion (316, 317) is inclined in the vehicle width direction with respect to a center axis of the column, wherein the energy absorbing member is configured such that the energy absorbing member is plastically deformed by a pressure from the rounded portion moving along the energy absorbing member due to a forward movement of the flange portion, the steering apparatus being characterized in that the rounded portion has a curvature radius which varies along a vehicle width direction.
A process for combusting solid, liquid or gaseous fuels with an oxidant in a high temperature refractory-lined reactor, with the aim of generating electric power, comprising feeding separately to the reactor two streams: A) a first stream comprising at least one fuel in a desired physical state, gas, vaporisable liquid, nonvaporisable liquid, and solid, premixed with steam or water; B) a second stream comprising the oxidant, selected from oxygen with a content greater than 80% by volume, the remainder being an inert gas, premixed with water, steam and/or recycled fumes; the reactor being isothermal and operated flameless and at temperatures from above 1300 K to below 2500 K, the concentration of gases opaque to infrared radiations, namely CO 2 and H 2 O, in the feeds being not below 30% by weight, the reactor being operated under pressure. A) a first stream comprising at least one fuel in a desired physical state, gas, vaporisable liquid, nonvaporisable liquid, and solid, premixed with steam or water; B) a second stream comprising the oxidant, selected from oxygen with a content greater than 80% by volume, the remainder being an inert gas, premixed with water, steam and/or recycled fumes;
A method of operating an electronic device, the method comprising: detecting an execution request of an application installed in the electronic device; collecting, in response to the execution request, cookie information related to login authentication of executed application; determining whether an external device connected to the electronic device has a replacement application; and transmitting an execution request of the replacement application to the external device if the external device is determined to have the replacement application, wherein the execution request causes the external device to execute the replacement application according to execution information and output a result according to the execution using a device display unit, and wherein the execution information includes the cookie information. detecting an execution request of an application installed in the electronic device; collecting, in response to the execution request, cookie information related to login authentication of executed application; determining whether an external device connected to the electronic device has a replacement application; and transmitting an execution request of the replacement application to the external device if the external device is determined to have the replacement application, wherein the execution request causes the external device to execute the replacement application according to execution information and output a result according to the execution using a device display unit, and wherein the execution information includes the cookie information.
A continuous process for producing a microfiber product stream, said process comprising: contacting short cut multicomponent fibers having a length of less than 25 millimeters with a treated aqueous stream in a fiber slurry zone to produce a short cut multicomponent fiber slurry; wherein said short cut multicomponent fibers comprise at least one water dispersible sulfopolyester and at least one water non-dispersible synthetic polymer immiscible with said water dispersible sulfopolyester; and wherein said treated aqueous stream is at a temperature of less than 40°C; contacting said short cut multicomponent fiber slurry and a heated aqueous stream in a fiber opening zone to remove a portion of said water dispersible sulfopolyester to produce an opened microfiber slurry; wherein said opened microfiber slurry comprises water non-dispersible polymer microfiber, water dispersible sulfopolyester, and water; and routing said opened microfiber slurry to a primary solid liquid separation zone to produce said microfiber product stream and a first mother liquor stream; wherein said first mother liquor stream comprises water and said water dispersible sulfopolyester. contacting short cut multicomponent fibers having a length of less than 25 millimeters with a treated aqueous stream in a fiber slurry zone to produce a short cut multicomponent fiber slurry; wherein said short cut multicomponent fibers comprise at least one water dispersible sulfopolyester and at least one water non-dispersible synthetic polymer immiscible with said water dispersible sulfopolyester; and wherein said treated aqueous stream is at a temperature of less than 40°C; contacting said short cut multicomponent fiber slurry and a heated aqueous stream in a fiber opening zone to remove a portion of said water dispersible sulfopolyester to produce an opened microfiber slurry; wherein said opened microfiber slurry comprises water non-dispersible polymer microfiber, water dispersible sulfopolyester, and water; and routing said opened microfiber slurry to a primary solid liquid separation zone to produce said microfiber product stream and a first mother liquor stream; wherein said first mother liquor stream comprises water and said water dispersible sulfopolyester.
A nanoimprint lithography process, comprising the successive steps of: a) preparing a solution of metal or metalloid oxide precursor(s), b) applying said solution onto a substrate to form a film, c) equilibrating the film with the atmosphere under adjusted solvent vapor pressure, d) applying a soft mould onto said film to provide an assembly such that said film fills up the cavities of the mould, and maintaining said assembly under solvent vapor, e) thermally treating said assembly so as to rigidify the gel film thus obtained, f) removing the mould to obtain a substrate coated with a patterned gel, and g) curing said patterned gel so as to obtain a patterned metal or metalloid oxide material on said substrate, characterized in that the solvent uptake of the film is adjusted to 10 to 50% vol., preferably between 15 and 40% vol., by varying the vapor pressure in a volatile solvent at the vicinity of the gel during steps c) and d). a) preparing a solution of metal or metalloid oxide precursor(s), b) applying said solution onto a substrate to form a film, c) equilibrating the film with the atmosphere under adjusted solvent vapor pressure, d) applying a soft mould onto said film to provide an assembly such that said film fills up the cavities of the mould, and maintaining said assembly under solvent vapor, e) thermally treating said assembly so as to rigidify the gel film thus obtained, f) removing the mould to obtain a substrate coated with a patterned gel, and g) curing said patterned gel so as to obtain a patterned metal or metalloid oxide material on said substrate,