mhurhangee/ep-ind-claims huggingface dataset:
Method for assisting a user in operating a touch-sensitive display device, comprising the steps of: - presenting a display content, which is visible from a first position and from a second position, by means of the display device, - detecting an approach to the display device by the user, - detecting that the user is located away from the second position with respect to the display device, - changing an operating state of the display device from a presentation mode to an operating mode, characterized in that, of the display content, at least one display element that is presented on the display device, is assigned to the second position with respect to the display device and for which a display mode and an operating mode are provided remains in a display mode. - presenting a display content, which is visible from a first position and from a second position, by means of the display device, - detecting an approach to the display device by the user, - detecting that the user is located away from the second position with respect to the display device, - changing an operating state of the display device from a presentation mode to an operating mode, characterized in that, of the display content, at least one display element that is presented on the display device, is assigned to the second position with respect to the display device and for which a display mode and an operating mode are provided remains in a display mode.
A thin film transistor substrate comprising: a substrate; a first thin film transistor disposed in a first area of the substrate and comprising a polycrystalline semiconductor layer, a first gate electrode on the polycrystalline semiconductor layer, a first source electrode and a first drain electrode (Dl); a gate insulating layer covering the polycrystalline semiconductor layer; a second thin film transistor disposed at a second area of the substrate and comprising a second gate electrode, an oxide semiconductor layer on the second gate electrode, a second source electrode and a second drain electrode, wherein the first gate electrode and the second gate electrode are formed as a same layer on the gate insulating layer; a nitride layer disposed on an area of the substrate excepting the second area and covering the first gate electrode; and a first oxide layer disposed over the first gate electrode and the second gate electrode, on the nitride layer and under the oxide semiconductor layer, wherein the first oxide layer is thicker than the nitride layer; and a second oxide layer disposed between the nitride layer and the first gate electrode in the first area but not in the second area. a substrate; a first thin film transistor disposed in a first area of the substrate and comprising a polycrystalline semiconductor layer, a first gate electrode on the polycrystalline semiconductor layer, a first source electrode and a first drain electrode (Dl); a gate insulating layer covering the polycrystalline semiconductor layer; a second thin film transistor disposed at a second area of the substrate and comprising a second gate electrode, an oxide semiconductor layer on the second gate electrode, a second source electrode and a second drain electrode, wherein the first gate electrode and the second gate electrode are formed as a same layer on the gate insulating layer; a nitride layer disposed on an area of the substrate excepting the second area and covering the first gate electrode; and a first oxide layer disposed over the first gate electrode and the second gate electrode, on the nitride layer and under the oxide semiconductor layer, wherein the first oxide layer is thicker than the nitride layer; and a second oxide layer disposed between the nitride layer and the first gate electrode in the first area but not in the second area.
An FGF-18 compound for use in the treatment of a cartilage disorder wherein the FGF-18 compound is to be administered intra-articularly at least three times per treatment cycle, said administrations being separated by about 2 weeks.
An image display device configured to subject input video signals to color correction based on a user-set value of a color saturation adjustment and displaying images subjected to the color correction on a screen, the device comprising: a lookup table specifying a corresponding relationship between user-set values and color saturation adjustment values, wherein one predetermined user-set value is associated with a predetermined adjustment value between a maximum and a minimum value, wherein the predetermined adjustment value is greater than the minimum value; a first color saturation setting unit for setting in accordance with the user-set values greater than or equal to the predetermined user-set value the adjustment values based on the lookup table; and a second color saturation setting unit for setting in accordance with the user-set values less than the predetermined user-set value the adjustment values by a formula for calculating values which gradually decreases to the minimum value as the user-set value decreases, wherein the second color saturation setting unit sets the color saturation in accordance with: x * b − a / c where, x represents the user-set value, a represents the minimum value, b represents the adjustment value associated with the predetermined user-set value, and c represents a number of user-set values from the predetermined user-set value to a user-set value corresponding to said minimum value. a lookup table specifying a corresponding relationship between user-set values and color saturation adjustment values, wherein one predetermined user-set value is associated with a predetermined adjustment value between a maximum and a minimum value, wherein the predetermined adjustment value is greater than the minimum value; a first color saturation setting unit for setting in accordance with the user-set values greater than or equal to the predetermined user-set value the adjustment values based on the lookup table; and a second color saturation setting unit for setting in accordance with the user-set values less than the predetermined user-set value the adjustment values by a formula for calculating values which gradually decreases to the minimum value as the user-set value decreases, wherein the second color saturation setting unit sets the color saturation in accordance with: x * b − a / c where, x represents the user-set value, a represents the minimum value, b represents the adjustment value associated with the predetermined user-set value, and c represents a number of user-set values from the predetermined user-set value to a user-set value corresponding to said minimum value.
A process for preparing isocyanates by reacting the corresponding amines with phosgene, which comprises the steps (a) provision of at least one amine-comprising feed stream and at least one phosgene-comprising feed stream, (b) mixing of the feed streams to form at least one reaction mixture in a mixing zone, (c) reaction of the at least one reaction mixture in a reaction zone and (d) work-up of the product mixture obtained from (c), wherein (iii) the mixing zone and the reaction zone are made up of at least two independently regulatable trains which each comprise at least one mixing unit and at least one reaction unit and are connected in parallel, where "independently regulable" means that the individual, parallel trains can be shut off separately from one another and can each be operated independently of one another. (a) provision of at least one amine-comprising feed stream and at least one phosgene-comprising feed stream, (b) mixing of the feed streams to form at least one reaction mixture in a mixing zone, (c) reaction of the at least one reaction mixture in a reaction zone and (d) work-up of the product mixture obtained from (c), wherein (iii) the mixing zone and the reaction zone are made up of at least two independently regulatable trains which each comprise at least one mixing unit and at least one reaction unit and are connected in parallel, where "independently regulable" means that the individual, parallel trains can be shut off separately from one another and can each be operated independently of one another. (iii) the mixing zone and the reaction zone are made up of at least two independently regulatable trains which each comprise at least one mixing unit and at least one reaction unit and are connected in parallel, where "independently regulable" means that the individual, parallel trains can be shut off separately from one another and can each be operated independently of one another.
Two-component pressurized can having a body, a dome, a valve arranged in the dome, an inwardly curved bottom and an opening device which is arranged in the bottom and can be actuated from the outside, characterized in that the can body has a peripheral necking to which there is secured a separating disk which divides the can into a lower chamber and an upper chamber, wherein the separating disk has a central opening which is closed by a closure element, and wherein the opening device can be moved against the closure element via a triggering member in order to detach the closure element from the separating disk.
A semiconductor light emitting device comprising: a semiconductor structure that includes an active region; a transparent electrically-conducting layer that is formed on or above the upper surface of said semiconductor structure; a dielectric film that is formed on or above the upper surface of said transparent electrically-conducting layer; and a metal reflecting layer that is formed on or above the upper surface of said dielectric film, wherein said dielectric film has at least one opening partially exposing said transparent electrically-conducting layer, wherein said transparent electrically-conducting layer is electrically connected to said metal reflecting layer through said opening, wherein a barrier layer covers said opening so that it is interposed between said transparent electrically-conducting layer and the metal reflecting layer, characterized in that the barrier layer is provided only in said opening, and the thickness of said barrier layer that is arranged on the side surface of said dielectric film is smaller in the upper part of said opening than the lower part of said opening. a semiconductor structure that includes an active region; a transparent electrically-conducting layer that is formed on or above the upper surface of said semiconductor structure; a dielectric film that is formed on or above the upper surface of said transparent electrically-conducting layer; and a metal reflecting layer that is formed on or above the upper surface of said dielectric film, wherein said dielectric film has at least one opening partially exposing said transparent electrically-conducting layer, wherein said transparent electrically-conducting layer is electrically connected to said metal reflecting layer through said opening, wherein a barrier layer covers said opening so that it is interposed between said transparent electrically-conducting layer and the metal reflecting layer, characterized in that the barrier layer is provided only in said opening, and the thickness of said barrier layer that is arranged on the side surface of said dielectric film is smaller in the upper part of said opening than the lower part of said opening.
A memory interface circuit, comprising: a plurality of receivers (220_1-220_M), for receiving at least a clock signal and a plurality of command signals (CMD - CMD) from a memory controller, respectively; and a signal detector, for detecting whether the memory interface circuit receives the clock signal or not to generate a detection result which is exclusively based on the condition that the clock signal is received by the memory interface circuit or not to enable or disable the plurality of receivers (220_1-220_M); wherein the signal detector detects a swing of the clock signal to generate the detection result; characterized in that when the swing of the clock signal is greater than a first threshold of a voltage level, the signal detector starts to generate the detection result to enable the plurality of receivers (220_1-220_M); and when the swing of the clock signal is less than a second threshold of a voltage level, the signal detector starts to generate the detection result to disable the plurality of receivers (220_1-220_M), and the plurality of receivers are enabled or disabled exclusively according to the detection result. a plurality of receivers (220_1-220_M), for receiving at least a clock signal and a plurality of command signals (CMD - CMD) from a memory controller, respectively; and a signal detector, for detecting whether the memory interface circuit receives the clock signal or not to generate a detection result which is exclusively based on the condition that the clock signal is received by the memory interface circuit or not to enable or disable the plurality of receivers (220_1-220_M); wherein the signal detector detects a swing of the clock signal to generate the detection result; characterized in that when the swing of the clock signal is greater than a first threshold of a voltage level, the signal detector starts to generate the detection result to enable the plurality of receivers (220_1-220_M); and when the swing of the clock signal is less than a second threshold of a voltage level, the signal detector starts to generate the detection result to disable the plurality of receivers (220_1-220_M), and the plurality of receivers are enabled or disabled exclusively according to the detection result.
A multi-engine system for an aircraft, comprising: a first engine having a first output shaft and a first core shaft); a second engine having a second output shaft and a second core shaft; a reduction gearbox drivingly engaged by the first output shaft and by the second output shaft for driving a common load; and a transmission path between the first engine and the second engine, the transmission path being independent from the reduction gearbox, the transmission path being a torque-transfer connection between the second core shaft and the first core shaft or the first output shaft via a coupling gearbox, characterised in that: the first engine has a first electric machine operable as a generator, the first electric machine drivingly engaged by the first output shaft or the first core shaft; the second engine has a second electric machine operable as an electric motor, the second electric machine drivingly engaged to the second core shaft; and the coupling gearbox has a first load path and a second load path, the second load path independent from the first load path, the coupling gearbox being reversible such that the first core shaft and/or the first output shaft is driving the second core shaft via the first load path and the second core shaft is driving the first core shaft via the second load path. a first engine having a first output shaft and a first core shaft); a second engine having a second output shaft and a second core shaft; a reduction gearbox drivingly engaged by the first output shaft and by the second output shaft for driving a common load; and a transmission path between the first engine and the second engine, the transmission path being independent from the reduction gearbox, the transmission path being a torque-transfer connection between the second core shaft and the first core shaft or the first output shaft via a coupling gearbox, the first engine has a first electric machine operable as a generator, the first electric machine drivingly engaged by the first output shaft or the first core shaft; the second engine has a second electric machine operable as an electric motor, the second electric machine drivingly engaged to the second core shaft; and the coupling gearbox has a first load path and a second load path, the second load path independent from the first load path, the coupling gearbox being reversible such that the first core shaft and/or the first output shaft is driving the second core shaft via the first load path and the second core shaft is driving the first core shaft via the second load path.
A life preserver comprising first and second buoyancy sections (3, 4) arranged such that, in use, the first and second buoyancy sections (3, 4) lie on opposite sides respectively of a wearer's chest, wherein: said first and second buoyancy sections (3, 4) include respective inner facing regions (41A, 41B) that face one another above respective opposite sides of the wearer's chest, each of the inner facing regions (41A, 41B) having a chin support portion (46A, 46B) connected thereto and each of the chin support portions (46A, 46B) being configured to abut each other substantially at the centre of the wearer's chest in use to form a chin support (11A, 11B); each of said first and second buoyancy sections (3, 4) includes an outer region (39A, 39B) at an opposite side thereof to the inner facing region (41A, 41B), wherein each chin support portion (46A, 46B) extends from its corresponding outer region (39A, 39B); and each of the chin support portions (46A, 46B) is folded across the buoyancy section (3, 4) from which it extends. said first and second buoyancy sections (3, 4) include respective inner facing regions (41A, 41B) that face one another above respective opposite sides of the wearer's chest, each of the inner facing regions (41A, 41B) having a chin support portion (46A, 46B) connected thereto and each of the chin support portions (46A, 46B) being configured to abut each other substantially at the centre of the wearer's chest in use to form a chin support (11A, 11B); each of said first and second buoyancy sections (3, 4) includes an outer region (39A, 39B) at an opposite side thereof to the inner facing region (41A, 41B), wherein each chin support portion (46A, 46B) extends from its corresponding outer region (39A, 39B); and each of the chin support portions (46A, 46B) is folded across the buoyancy section (3, 4) from which it extends.
Anti-theft device for a bicycle, said bicycle comprising a crankset comprising a crank body with a first end connected to a crank axle and a second end connected to an axle of a pedal, said anti-theft device comprising a first anti-theft part intended to be secured to the ground with a housing in which is placed said crankset and a second anti-theft part forming a removable latch which is intended to cover said first anti-theft part so as to lock said crankset in said first anti-theft part, said housing being arranged on a front face of said first anti-theft part, characterized in that said housing is a groove in which said crank body engages flat in abutment when said crankset is oriented upwards, and in that said second anti-theft part is arranged to cover said second end of said crank body and said axle of said pedal when said crank body is engaged in said groove.
A temperature control device for a vehicle having the following features: a first air duct for guiding a first portion of an air flow; a cooling device, which is disposed in the first air duct and is designed to cool the first portion of the air flow; a second air duct for guiding a second portion of the air flow; wherein the second air duct is designed to guide the second portion of the air flow past the cooling device to a mixing device; a mixing device which is designed to mix the first air flow from the first air duct with the second portion of the air flow from the second air duct in order to generate a temperature-controlled air flow, and characterised by a control unit, which is designed to determine control information (474, 476, 478, 480) for controlling the temperature control device, based on information on air flow temperature and humidity, information on temperature (462, 464) and humidity of the temperature-controlled air flow and of an interior of the vehicle, and a setpoint temperature and setpoint humidity of the temperature-controlled air flow and/or of the interior. a first air duct for guiding a first portion of an air flow; a cooling device, which is disposed in the first air duct and is designed to cool the first portion of the air flow; a second air duct for guiding a second portion of the air flow; wherein the second air duct is designed to guide the second portion of the air flow past the cooling device to a mixing device; a mixing device which is designed to mix the first air flow from the first air duct with the second portion of the air flow from the second air duct in order to generate a temperature-controlled air flow, and characterised by a control unit, which is designed to determine control information (474, 476, 478, 480) for controlling the temperature control device, based on information on air flow temperature and humidity, information on temperature (462, 464) and humidity of the temperature-controlled air flow and of an interior of the vehicle, and a setpoint temperature and setpoint humidity of the temperature-controlled air flow and/or of the interior.
A system for determining a force applied to an outer disc of an aircraft brake by an actuator, the system comprising: a current sensor coupled to the actuator and configured to detect a detected amount of current applied to the actuator; and a controller coupled to the current sensor and configured to: determine an estimated current, receive the detected amount of current, determine an adjusted current based on the detected amount of current and the estimated current, and determine an estimate of the force applied to the outer disc based on the adjusted current; the system being characterised in that the controller is configured to determine a temporary estimated force based on the estimated current; and in that the controller is configured to determine a difference between the temporary estimated force and the estimate of the force. a current sensor coupled to the actuator and configured to detect a detected amount of current applied to the actuator; and a controller coupled to the current sensor and configured to: determine an estimated current, receive the detected amount of current, determine an adjusted current based on the detected amount of current and the estimated current, and determine an estimate of the force applied to the outer disc based on the adjusted current; the system being characterised in that the controller is configured to determine a temporary estimated force based on the estimated current; and in that the controller is configured to determine a difference between the temporary estimated force and the estimate of the force. determine an estimated current, receive the detected amount of current, determine an adjusted current based on the detected amount of current and the estimated current, and determine an estimate of the force applied to the outer disc based on the adjusted current; the system being characterised in that the controller is configured to determine a temporary estimated force based on the estimated current; and in that the controller is configured to determine a difference between the temporary estimated force and the estimate of the force.