mhurhangee/ep-ind-claims huggingface dataset:
A protective glazing, comprising - a glass or glass ceramic sheet having two opposite faces (30, 32) and being transparent in the visible spectral range; and - an infrared radiation reflecting coating on at least one of said faces (30, 32), the coating comprising a first layer on the face (30, 32) and a second layer deposited on the first layer; and wherein the first layer is made of a doped transparent conductive oxide, and the second layer is made of an X-ray amorphous oxide layer or nitride layer; characterised in that the first layer has a thickness in a range from 200 to 600 nanometres, is crystalline and has a columnar structure, with a longitudinal extension of the columns substantially perpendicular to the surface of the glass or glass ceramic sheet. - a glass or glass ceramic sheet having two opposite faces (30, 32) and being transparent in the visible spectral range; and - an infrared radiation reflecting coating on at least one of said faces (30, 32), the coating comprising a first layer on the face (30, 32) and a second layer deposited on the first layer; and wherein the first layer is made of a doped transparent conductive oxide, and the second layer is made of an X-ray amorphous oxide layer or nitride layer;
A production method of aluminum based group III nitride single crystal comprising a reaction step, wherein a halogenated gas selected from chlorine gas and hydrogen chloride gas and an aluminum make contact at a temperature of 300°C or more to 700°C or less, and a mixed gas including an aluminum trichloride gas and an aluminum monochloride gas is produced, a converting step, wherein the aluminum monochloride gas in the mixed gas is converted to a solid substance by setting a temperature of the mixed gas at 150°C or more to 400°C or less, equal to or higher than a temperature at which a solid aluminum trichloride deposits, and lower by 50°C or more than a temperature at which said halogenated gas and the aluminum contact in the reaction step, a separation step, wherein the aluminum trichloride gas is taken out by separating the solid substance and the gas, and a crystal growth step, wherein the aluminum trichloride gas is used for a raw material of aluminum based group III nitride single crystal without lowering its temperature and keeping the temperature equal to or higher than a temperature of the converting step.
A sliding fabric being a single-layer plain-woven fabric configured to comprise fluororesin fibers A and at least one type of fibers B having a tensile strength, as measured in conformity with JIS L1013: 2010 (Testing methods for man-made filament yarns), of 10 cN/dtex or more, characterized in that the sliding fabric has a ratio, as measured by the method of the description, of 1.5 or more between an area ratio, as measured by the method of the description, of the fluororesin fibers A on one surface thereof and an area ratio of the fluororesin fibers A on another surface.
A pultrusion apparatus for manufacturing a pultruded product, said pultrusion apparatus comprising a fibre supply for supplying fibre bundles comprising a plurality of fibres, a resin supply (2a, 2b) for supplying resin, an injection box as a resin reservoir (4, 20), a pultrusion die comprising heating means, a pulling mechanism (6a, 6b) being arranged for pulling the fibre bundles from the fibre supply and through the injection box (4, 20) and the pultrusion die, and where the fibre bundles, during operation of said pultrusion apparatus, are being impregnated by the resin in the injection box (4, 20) and thereafter are being pulled through the pultrusion die for curing the resin, wherein the resin is polyurethane, wherein the movement of the fibre bundles through said pultrusion apparatus during operation of said pultrusion apparatus defines a production direction, said pultrusion apparatus further comprises at least one fibre guide (33, 34, 35) extending in between said fibre bundles at a position along said production direction where, during operation, resin has been added to said fibre bundles but where said resin has not yet been fully cured into said pultruded product, wherein said at least one fibre guide (33, 34, 35) extends at least 2 mm in between said fibre bundles, wherein the extension in between the fibre bundles corresponds to the projection of the fiber guide into a cross-section perpendicular to the production direction, wherein said at least one fibre guide (33, 34, 35) extends between 2 and 50 mm along said production direction, and wherein a cross-section of said at least one fibre guide perpendicular to said production direction has an area of less than 2 cm 2, preferably less than 1 cm 2.
A method comprising: receiving a command for initiation of media transmission for a push-to PTT session over a mobile communications network; generating a UT talk burst request message, and transmitting the UT talk burst request message to a gateway of the mobile communications network, wherein the UT talk burst request message is transmitted via media access control MAC layer control messaging; and receiving, in response to the UT talk burst request message, a talk burst grant message, characterized in that receiving in further response to the UT talk burst request message an uplink channel resource allocation message and pre-assigning guaranteed uplink data resources via a satellite for transmission of PTT session media data. receiving a command for initiation of media transmission for a push-to PTT session over a mobile communications network; generating a UT talk burst request message, and transmitting the UT talk burst request message to a gateway of the mobile communications network, wherein the UT talk burst request message is transmitted via media access control MAC layer control messaging; and receiving, in response to the UT talk burst request message, a talk burst grant message, characterized in that receiving in further response to the UT talk burst request message an uplink channel resource allocation message and pre-assigning guaranteed uplink data resources via a satellite for transmission of PTT session media data.
A system for suppressing message flooding during access node-gateway, AN-GW, unavailability and/or after AN-GW restoration, the system comprising: a network node including at least one processor (300, 508, or 700) and a memory (302, 510, 702), wherein the network node comprises a policy and charging enforcement function, PCEF; the network node including an interface (308, 500, or 706) for receiving an indication of unavailability of an AN-GW; an AN-GW status maintainer implemented by the at least one processor (300, 508, 700) for maintaining, in the memory (302, 510, 702), a node-level AN-GW status indicator indicating availability or unavailability of the AN-GW and setting the node-level AN-GW status indicator to unavailable in response to receiving the indication of unavailability of the AN-GW; and an AN-GW status checker implemented by the at least one processor (300, 508, 700) for checking status of the AN-GW using the node-level AN-GW status indicator and suppressing, based on the status of the AN-GW determined from the node-level AN-GW status indicator, messaging for plural sessions involving the AN-GW, wherein the AN-GW status checker suppresses messaging towards a PCRF for the sessions involving the AN-GW, and wherein the PCEF receives an indication of restoration of the AN-GW, resets the AN-GW status indicator to indicate availability of the AN-GW, informs the PCRF of the restoration of the AN-GW, and, after receiving confirmation from the PCRF of successful communication of restoration of the AN-GW to the PCRF, suppresses sending of notification of the restoration of the AN-GW for at least some sessions involving the AN-GW. a network node including at least one processor (300, 508, or 700) and a memory (302, 510, 702), wherein the network node comprises a policy and charging enforcement function, PCEF; the network node including an interface (308, 500, or 706) for receiving an indication of unavailability of an AN-GW; an AN-GW status maintainer implemented by the at least one processor (300, 508, 700) for maintaining, in the memory (302, 510, 702), a node-level AN-GW status indicator indicating availability or unavailability of the AN-GW and setting the node-level AN-GW status indicator to unavailable in response to receiving the indication of unavailability of the AN-GW; and an AN-GW status checker implemented by the at least one processor (300, 508, 700) for checking status of the AN-GW using the node-level AN-GW status indicator and suppressing, based on the status of the AN-GW determined from the node-level AN-GW status indicator, messaging for plural sessions involving the AN-GW, wherein the AN-GW status checker suppresses messaging towards a PCRF for the sessions involving the AN-GW, and wherein the PCEF receives an indication of restoration of the AN-GW, resets the AN-GW status indicator to indicate availability of the AN-GW, informs the PCRF of the restoration of the AN-GW, and, after receiving confirmation from the PCRF of successful communication of restoration of the AN-GW to the PCRF, suppresses sending of notification of the restoration of the AN-GW for at least some sessions involving the AN-GW.
Radar sensor for detecting the level of a product or the topology of the surface of a product, comprising: a permanently operated clock an energy storage; a computing circuit (104, 307); a radar chip (110, 111); a first switching arrangement (106, 109); wherein the clock is configured to drive the first switching arrangement at a predetermined time to close a power supply line to supply power from the energy storage to the computing circuit to activate the computing circuit; characterized in that the computing circuit is configured to drive the first switching arrangement after its activation to close a further power supply line (130, 131) in order to supply the radar chip with the power from the energy storage necessary for detecting the level or the topology. a permanently operated clock an energy storage; a computing circuit (104, 307); a radar chip (110, 111); a first switching arrangement (106, 109); wherein the clock is configured to drive the first switching arrangement at a predetermined time to close a power supply line to supply power from the energy storage to the computing circuit to activate the computing circuit; characterized in that the computing circuit is configured to drive the first switching arrangement after its activation to close a further power supply line (130, 131) in order to supply the radar chip with the power from the energy storage necessary for detecting the level or the topology.
A rail-fastening system for fastening a rail on a concrete support plate or a concrete sleeper or a steel substrate, comprising an intermediate plate, a rail fastening plate, at least one first tensioning clamp for clamping the rail foot to the rail fastening plate and also bolts and/or dowels and at least two second tensioning clamps for bolting the rail fastening system to the ground, in the form of the concrete support plate, the concrete sleeper or a steel construction by means of the steel substrate, an elastic intermediate layer being arranged between the rail and the rail fastening plate, the intermediate plate consisting of a highly elastic material and/or comprising a steel plate, the at least two second tensioning clamps being provided for clamping the rail fastening plate to the substructure, preferably by means of the intermediate plate, the first and second tensioning clamps (7a, 7b) being designed highly elastically and with a high clamping force, characterized in that angular guide plates are arranged on the rail fastening plate, and at least one upper slide plate is arranged between the rail foot and one of the first tensioning clamps and at least one lower slide plate is arranged between the rail foot and the elastic intermediate layer.
An information processing system comprising a first input apparatus including a strain sensor and a holding portion(203, 204) to be held by both hands of a user, a second input apparatus including a motion sensor (104, 105) and different from the first input apparatus, and an information processing apparatus, characterized in that the strain sensor outputs the strain data corresponding to a force applied to the holding portion of the first input apparatus, the motion sensor provides an output corresponding to a motion of the second input apparatus, the second input apparatus is attached to a user's body, and the information processing apparatus includes a data obtaining section (81, S502, S602) that obtains strain data corresponding to the output of the strain sensor and motion data corresponding to the output of the motion sensor, and a game processing section (81, S503-S510, S603-S610) that executes first control (81, S506, S605) on an object (OBJ2a, OBJ2b, PC) disposed in a virtual space based on the strain data, and second control (81, S505, S607) on the object based on the motion data, the second control being different from the first control. the strain sensor outputs the strain data corresponding to a force applied to the holding portion of the first input apparatus, the motion sensor provides an output corresponding to a motion of the second input apparatus, the second input apparatus is attached to a user's body, and the information processing apparatus includes a data obtaining section (81, S502, S602) that obtains strain data corresponding to the output of the strain sensor and motion data corresponding to the output of the motion sensor, and a game processing section (81, S503-S510, S603-S610) that executes first control (81, S506, S605) on an object (OBJ2a, OBJ2b, PC) disposed in a virtual space based on the strain data, and second control (81, S505, S607) on the object based on the motion data, the second control being different from the first control. a data obtaining section (81, S502, S602) that obtains strain data corresponding to the output of the strain sensor and motion data corresponding to the output of the motion sensor, and a game processing section (81, S503-S510, S603-S610) that executes first control (81, S506, S605) on an object (OBJ2a, OBJ2b, PC) disposed in a virtual space based on the strain data, and second control (81, S505, S607) on the object based on the motion data, the second control being different from the first control.
Sample warper having a warping drum, a plurality of conveying faces which are movable in a direction from one axial end of the warping drum to the other axial end of the warping drum being disposed on the circumference thereof, and having a thread-guide assembly which has at least one thread guide, wherein the thread guide and the sectional-warping drum in relation to one another are rotatable about an axis, characterized in that at least one conveying face of the conveying faces is displaceable against a force of a force-generator assembly in a direction towards the axis.
A parking assistance device for assisting in parking a vehicle in a parking space, comprising: a pull-out path computing unit configured to compute a pull-out path for pulling the vehicle out of the parking space on the basis of information on the parking space and constraint conditions regarding vehicle behavior; a candidate connection position setting unit configured to set a plurality of candidate connection positions (Pn) on the pull-out path computed by the pull-out path computing unit; a reachable path computing unit configured to compute a reachable path that allows the vehicle to reach one of the plurality of candidate connection positions (Pn) from a current position of the vehicle; and a parking path setting unit configured to set a parking path by connecting the pull-out path and the reachable path, wherein: the pull-out path computing unit is configured to, when parking assisted is angle parking in which the vehicle is parked in the parking space that is arranged diagonally with respect to a road (21, 31) from the road (21, 31), compute the pull-out path on the basis of an angle of inclination between a road orientation (25, 35) of the road (21, 31) and a parking orientation (26, 36) of the parking space. a pull-out path computing unit configured to compute a pull-out path for pulling the vehicle out of the parking space on the basis of information on the parking space and constraint conditions regarding vehicle behavior; a candidate connection position setting unit configured to set a plurality of candidate connection positions (Pn) on the pull-out path computed by the pull-out path computing unit; a reachable path computing unit configured to compute a reachable path that allows the vehicle to reach one of the plurality of candidate connection positions (Pn) from a current position of the vehicle; and a parking path setting unit configured to set a parking path by connecting the pull-out path and the reachable path, wherein: the pull-out path computing unit is configured to, when parking assisted is angle parking in which the vehicle is parked in the parking space that is arranged diagonally with respect to a road (21, 31) from the road (21, 31), compute the pull-out path on the basis of an angle of inclination between a road orientation (25, 35) of the road (21, 31) and a parking orientation (26, 36) of the parking space.
A bicycle with an auxiliary power unit including control means for detecting a torque value of a pedaling torque applied to a crankshaft and controlling an output of a motor according to the torque value detected, the bicycle comprising: power transmitting means for outputting the pedaling torque applied to the crankshaft to a drive wheel and including a clutch unit for permitting an output of a driving force of the motor to the drive wheel, but not an output of power from the drive wheel to the motor; and selector means for selecting whether or not to permit transmission of power from the drive wheel to the motor; wherein: - the clutch unit includes reverse power transmitting means for selectively permitting an output of power from the drive wheel to the motor according to an operation of the selector means. power transmitting means for outputting the pedaling torque applied to the crankshaft to a drive wheel and including a clutch unit for permitting an output of a driving force of the motor to the drive wheel, but not an output of power from the drive wheel to the motor; and selector means for selecting whether or not to permit transmission of power from the drive wheel to the motor; wherein: - the clutch unit includes reverse power transmitting means for selectively permitting an output of power from the drive wheel to the motor according to an operation of the selector means. - the clutch unit includes reverse power transmitting means for selectively permitting an output of power from the drive wheel to the motor according to an operation of the selector means.
A device for locking and/or unlocking a door leaf of a motor vehicle, the device comprising a detection wall having an inner face and an opposite outer face, the outer face forming a contact detection area, and detection means arranged against the inner face for detecting a contact between a finger or a hand of a user and said outer face, wherein the detection means comprise a sensor having a layer made of a piezoelectric material with surface undulations in the form of ridges, said layer made of a piezoelectric material being configured to detect a predetermined contact on the outer face in order to control, depending on the predetermined detected contact, the locking or the unlocking of the door leaf, and wherein the detection area extends over a surface larger than that occupied by the layer made of a piezoelectric material on the inner face.
A system for ranging an object in a scene external to an aircraft, the system comprising: a light projector configured to be mounted at a projector location on the aircraft, and further configured to project linearly-patterned light in a controllable direction onto the scene external to the aircraft, thereby illuminating a linear-patterned portion of the scene; first and second cameras (36, 38) configured to be mounted at first and second distinct camera locations on the aircraft and aligned so as to be able to simultaneously capture, when the linear-patterned light is projected onto the scene, first and second vectors of pixel data corresponding to active first and second rows or first and second columns of pixels, respectively, upon which the linear-patterned light projected by the light projector and reflected by the scene is focused; a controller configured to coordinate the controllable direction of the projected linearly-patterned light so that the illuminated linearly-patterned portion of the scene is focused onto the active first and second rows or the first and second columns of pixels; and a range calculator configured to calculate range to the object using triangulation based on the captured first and second vectors of pixel data and the first and second distinct camera locations from which the first and second vectors of pixel data are simultaneously captured. a light projector configured to be mounted at a projector location on the aircraft, and further configured to project linearly-patterned light in a controllable direction onto the scene external to the aircraft, thereby illuminating a linear-patterned portion of the scene; first and second cameras (36, 38) configured to be mounted at first and second distinct camera locations on the aircraft and aligned so as to be able to simultaneously capture, when the linear-patterned light is projected onto the scene, first and second vectors of pixel data corresponding to active first and second rows or first and second columns of pixels, respectively, upon which the linear-patterned light projected by the light projector and reflected by the scene is focused; a controller configured to coordinate the controllable direction of the projected linearly-patterned light so that the illuminated linearly-patterned portion of the scene is focused onto the active first and second rows or the first and second columns of pixels; and a range calculator configured to calculate range to the object using triangulation based on the captured first and second vectors of pixel data and the first and second distinct camera locations from which the first and second vectors of pixel data are simultaneously captured.
Driving device of a metering and mixing apparatus for multi-component substances, especially multi-component adhesives, which has at least two cartridge holders (2, 3) for holding replaceable cartridges (2.1, 3.1) with individual substance components, a discharging device for simultaneous discharging of the substance components from the cartridges (2.1, 3.1) through component outlets with the aid of discharging pistons (11, 16) entering the cartridge holder (2, 3) or cartridges (2.1, 3.1), wherein at least one discharging piston has a threading which can produce forward propulsion of this discharging piston by rotation, and a mixing apparatus connected to the component outlets, which mixes discharged substance components and discharges them in mixed form, with a transmission unit for connection of a drive motor, especially electric, and a spindle-like discharging rod of the discharging piston provided with the threading, which in a rear part of its longitudinal extent based on the position of use has a spiral-toothed, non-self-locking spindle section and at the front end has an engaging element for engaging in the discharging piston, wherein the transmission unit has a driven wheel with internal spiral toothing which is matched to the spiral toothing of the spindle section.
A compound having the formula: or a pharmaceutically acceptable salt thereof for use in a method of treating a Coronaviridae infection in a human in need thereof, wherein the method comprises administering to the human a therapeutically effective amount of the compound or pharmaceutically acceptable salt thereof.