mhurhangee/ep-ind-claims huggingface dataset:
A method for determining the reliability of a fault detection of a camera in a camera system, the camera system being arranged to perform a fault detection test to detect a fault of the camera based on data acquired by the camera, the method comprising: the camera system accessing criteria relating to environmental conditions external to the camera and affecting the reliability of the fault detection test; the camera system receiving data relating to the environmental conditions at a time point, wherein the data relating to the environmental conditions at a time point comprises data from a weather service, a pressure sensor, a motion sensor, a thermometer, a hygrometer, a photometer, or an image sensor; the camera system checking whether the data relating to the environmental conditions complies with the criteria, thereby determining whether the fault detection test gives a reliable result at that time point; and wherein the time point is a current time point, and the camera system performing the fault detection test only if the data regarding the environmental conditions complies with the criteria. the camera system accessing criteria relating to environmental conditions external to the camera and affecting the reliability of the fault detection test; the camera system receiving data relating to the environmental conditions at a time point, wherein the data relating to the environmental conditions at a time point comprises data from a weather service, a pressure sensor, a motion sensor, a thermometer, a hygrometer, a photometer, or an image sensor; the camera system checking whether the data relating to the environmental conditions complies with the criteria, thereby determining whether the fault detection test gives a reliable result at that time point; and wherein the time point is a current time point, and the camera system performing the fault detection test only if the data regarding the environmental conditions complies with the criteria.
A ventilation system for an item of clothing, in particular for a watertight motorcycle clothing item, comprising: - a peripheral region associated with the item of clothing; - an inner material layer which extends partly over the peripheral region and is connected thereto; - an outer material layer which completely covers the peripheral region in a closed state of the ventilation system and is connected in part to the peripheral region; - a closure element designed to enable the ventilation system to be transferred between the closed state and an open state; and - a fold element which is provided along a portion between the peripheral region and the outer material layer and is connected to both, wherein in the open state of the ventilation system the fold element defines an outer ventilation opening together with the outer material layer and the inner material layer; wherein the inner material layer has a through-opening such that, in the open state of the ventilation system, a ventilation passage is formed through the ventilation opening and the through-opening, characterized in that the inner material layer has a cover portion in the region of the through-opening. - a peripheral region associated with the item of clothing; - an inner material layer which extends partly over the peripheral region and is connected thereto; - an outer material layer which completely covers the peripheral region in a closed state of the ventilation system and is connected in part to the peripheral region; - a closure element designed to enable the ventilation system to be transferred between the closed state and an open state; and - a fold element which is provided along a portion between the peripheral region and the outer material layer and is connected to both, wherein in the open state of the ventilation system the fold element defines an outer ventilation opening together with the outer material layer and the inner material layer; wherein the inner material layer has a through-opening such that, in the open state of the ventilation system, a ventilation passage is formed through the ventilation opening and the through-opening, characterized in that the inner material layer has a cover portion in the region of the through-opening.
A control device for an internal combustion engine, which performs air-fuel ratio feedback control to set an air-fuel ratio to a target air-fuel ratio, and which determines abnormality of a fuel system based on a feedback correction amount by the air-fuel ratio feedback control, comprising: a double tank type oil pan including: an inner tank and an outer tank for storing oil; and a mechanism which switches between connection and disconnection of the inner tank and the outer tank; characterized by further comprising: a controller configured to control the mechanism to connect the inner tank and the outer tank in a case where the feedback correction amount is equal to or larger than a first predetermined value. a double tank type oil pan including: an inner tank and an outer tank for storing oil; and a mechanism which switches between connection and disconnection of the inner tank and the outer tank; a controller configured to control the mechanism to connect the inner tank and the outer tank in a case where the feedback correction amount is equal to or larger than a first predetermined value.
A data synchronization unit comprising: first flip-flops having an input for receiving data (D_REG) from a first clock domain, a reset coupled to a reset signal (POR-B) of a second clock domain, and an output for providing sampled data (D_SRC), characterized in that the first flip-flops are enabled by a request enable signal (REQ _PULSE) and in that the data synchronization unit comprises: a second flip-flop having an input coupled to an inverted output of the second flip-flop, an output for providing a request signal, and a reset coupled to a reset signal (RST_B) of the first clock domain, the second flip-flop being enabled by the request enable signal (REQ_PULSE); a request signal path having an input coupled to the request signal, and an output for providing an enable signal synchronized to the second clock domain, the request signal path being configured to synchronize and delay the request signal by a first delay and to generate the enable signal in accordance with the synchronized request signal; a synchronized reset signal path having an input coupled to the reset signal (RST_B) of the first clock domain, and an output for providing a synchronized reset signal (RST_B_SRC_2_DEST), the synchronized reset signal path being configured to synchronize and delay the reset signal (RST_B) of the first clock domain by a second delay, wherein the second delay is shorter than the first delay; and multiplexers having first inputs for receiving outputs of recirculation multiplexers, second inputs for receiving a reset value (RST_VAL) of a programmable register, a select input for receiving the synchronized reset signal (RST_B_SRC_2_DEST), the multiplexers being configured to selectively output signals at inputs of the multiplexers to outputs of the multiplexers. a second flip-flop having an input coupled to an inverted output of the second flip-flop, an output for providing a request signal, and a reset coupled to a reset signal (RST_B) of the first clock domain, the second flip-flop being enabled by the request enable signal (REQ_PULSE); a request signal path having an input coupled to the request signal, and an output for providing an enable signal synchronized to the second clock domain, the request signal path being configured to synchronize and delay the request signal by a first delay and to generate the enable signal in accordance with the synchronized request signal; a synchronized reset signal path having an input coupled to the reset signal (RST_B) of the first clock domain, and an output for providing a synchronized reset signal (RST_B_SRC_2_DEST), the synchronized reset signal path being configured to synchronize and delay the reset signal (RST_B) of the first clock domain by a second delay, wherein the second delay is shorter than the first delay; and multiplexers having first inputs for receiving outputs of recirculation multiplexers, second inputs for receiving a reset value (RST_VAL) of a programmable register, a select input for receiving the synchronized reset signal (RST_B_SRC_2_DEST), the multiplexers being configured to selectively output signals at inputs of the multiplexers to outputs of the multiplexers.
An EL (electro-luminescence) display device comprising: an active-matrix substrate over which pixels are arranged, each of said pixels having a pixel electrode (43; 105; 346) electrically connected to a thin-film transistor (104; 202; 608); and an EL element (203; 610) comprising said pixel electrode (43; 105; 346) as a cathode, an EL layer (45; 107; 349), and an anode (46; 108; 350; 1008), characterized by a metal film (47, 47a,47b; 109; 351) provided on a portion of said anode (46; 108; 350; 1008) and in electrical contact with the anode so as to conceal gaps between said pixel electrodes (43; 105; 346). an active-matrix substrate over which pixels are arranged, each of said pixels having a pixel electrode (43; 105; 346) electrically connected to a thin-film transistor (104; 202; 608); and an EL element (203; 610) comprising said pixel electrode (43; 105; 346) as a cathode, an EL layer (45; 107; 349), and an anode (46; 108; 350; 1008), characterized by a metal film (47, 47a,47b; 109; 351) provided on a portion of said anode (46; 108; 350; 1008) and in electrical contact with the anode so as to conceal gaps between said pixel electrodes (43; 105; 346).
A temperature control roll, comprising: • a cylindrical roll shell, which includes a plurality of gas outlet openings; • a temperature control device which is configured to supply and/or deplete thermal energy from the roll shell; • multiple gas conduits extending along the axis of rotation; • a gas distribution structure coupling the plurality of gas conduits and the plurality of gas outlets in a gas-conducting manner with each other; • wherein the gas distribution structure includes a smaller to openings related structure density and/or greater electrical conductivity than the roll shell, and • wherein the gas distribution structure comprises a plurality of layers, characterized in that a layer is configured as a meshwork penetrated by a plurality of perforations to which the structure density is related and which are provided between a plurality of filaments of the meshwork. • a cylindrical roll shell, which includes a plurality of gas outlet openings; • a temperature control device which is configured to supply and/or deplete thermal energy from the roll shell; • multiple gas conduits extending along the axis of rotation; • a gas distribution structure coupling the plurality of gas conduits and the plurality of gas outlets in a gas-conducting manner with each other; • wherein the gas distribution structure includes a smaller to openings related structure density and/or greater electrical conductivity than the roll shell, and • wherein the gas distribution structure comprises a plurality of layers, characterized in that a layer is configured as a meshwork penetrated by a plurality of perforations to which the structure density is related and which are provided between a plurality of filaments of the meshwork.
A GLP-1 compound of the general formula I: R1 -(NHXaa1)-Xaa2-(OHis)-(GLP-1 peptide) (Formula I) wherein GLP-1 peptide is GLP-1 (SEQ ID NO: 1) or an analogue thereof having a maximum of six amino acid changes as compared to GLP-1 (SEQ ID NO: 1); R1 is straight or branched alkyl having from one to six carbon atoms; (NHXaa1) is an amino acid; Xaa2 is an amino acid; (OHis) is a modified histidine residue in which the alpha-amino group is replaced by a hydroxyl group; the bond between Xaa2 and (OHis) is an ester bond; and the bond between (OHis) and (GLP-1 peptide) is an amide bond; or a pharmaceutically acceptable salt, amide, or ester thereof, wherein. (OHis) is a radical of imidazole-lactic acid of formula Chem. 1: GLP-1 peptide is GLP-1 (SEQ ID NO: 1) or an analogue thereof having a maximum of six amino acid changes as compared to GLP-1 (SEQ ID NO: 1); R1 is straight or branched alkyl having from one to six carbon atoms; (NHXaa1) is an amino acid; Xaa2 is an amino acid; (OHis) is a modified histidine residue in which the alpha-amino group is replaced by a hydroxyl group; the bond between Xaa2 and (OHis) is an ester bond; and the bond between (OHis) and (GLP-1 peptide) is an amide bond;
Seeder element including a support on which are mounted a seed burying system, a depth control device and a closing device, the depth control device being attached to a support by means of a first articulation with a horizontal axis, the axis of the first articulation extending behind the depth control device, the closing device extending behind the depth control device and attached to the support by means of a second articulation with a horizontal axis, the closing device having at least one tamping wheel swivelling around a rotation axis, characterised in that the distance between the rotation axis and the second articulation is greater than or equal to the distance between the rotation axis and the first articulation and that the axis of the first articulation is separate from the axis of the second articulation.
Valve device for a compressed air supply system, having a control chamber which can be charged with compressed air, having a control piston plate which delimits the control chamber, having a control piston which is attached to that side of the control piston plate which faces away from the control chamber, which control piston projects into a blow-off valve chamber, which is provided with at least one compressed air port, of a blow-off valve, and having a valve plate which delimits the blow-off valve chamber and which can be acted on with force in the direction of a valve seat by a spring and which can be lifted up from the valve seat, in order to open the blow-off valve, by the control piston counter to the force of the spring, with the control piston and a valve housing which surrounds the control piston defining at least two regeneration valve chambers (76, 98) of a regeneration valve with in each case at least one compressed air port, characterized in that the at least two regeneration valve chambers either are separated from one another or connected to one another as a function of the position of the control piston.
A lifting clamp for releasably engaging a shear web for a wind turbine blade, the lifting clamp comprising a clamp body comprising a fixed support (75, 76), the clamp body defining a receiving space for receiving at least part of a shear web for a wind turbine blade, a pair of jaws (80, 82) arranged on opposite sides of the receiving space, the pair of jaws (80, 82) being pivotably mounted to the fixed support, a pair of linear actuators (90, 92), each actuator being connected to a respective jaw of the pair of jaws (80, 82) for opening and closing the pair of jaws (80, 82), wherein the linear actuators (90, 92) are arranged within the clamp body, characterized in that the lifting clamp further comprises a pair of arms (83, 84), each arm having a first end (83a, 84a) and an opposing second end (83b, 84b), and a pair of sector gears (85, 86), wherein each arm (83, 84) is connected to one jaw of the pair of jaws (80, 82) at the first end (83a, 84a) and to a respective sector gear (85, 86) at its second end (83b, 84b), and wherein the pair of sector gears (85, 86) is engaged together to provide a synchronized movement of the pair of jaws (80, 82). a clamp body comprising a fixed support (75, 76), the clamp body defining a receiving space for receiving at least part of a shear web for a wind turbine blade, a pair of jaws (80, 82) arranged on opposite sides of the receiving space, the pair of jaws (80, 82) being pivotably mounted to the fixed support, a pair of linear actuators (90, 92), each actuator being connected to a respective jaw of the pair of jaws (80, 82) for opening and closing the pair of jaws (80, 82), wherein the linear actuators (90, 92) are arranged within the clamp body, characterized in that the lifting clamp further comprises a pair of arms (83, 84), each arm having a first end (83a, 84a) and an opposing second end (83b, 84b), and a pair of sector gears (85, 86), a pair of arms (83, 84), each arm having a first end (83a, 84a) and an opposing second end (83b, 84b), and a pair of sector gears (85, 86), wherein each arm (83, 84) is connected to one jaw of the pair of jaws (80, 82) at the first end (83a, 84a) and to a respective sector gear (85, 86) at its second end (83b, 84b), and wherein the pair of sector gears (85, 86) is engaged together to provide a synchronized movement of the pair of jaws (80, 82).
A resonant converter for supplying electrical energy from a supply source (Vs) to a load, the resonant converter comprising first and second series-arranged controllable switches (6, 7) to be connected between supply source terminals, a control device for generating control signals (80, 81) for opening and closing the first and second switches, a resonant tank in electrical connection with the first and second switches, the resonant tank comprising a resonant capacitor (Cr), wherein one of the first and second switches is turned on and a current flowing in the resonant tank is monitored and a voltage at a predetermined point (9,60) in the resonant tank is monitored, a first conduction interval occurs while the first switch is turned on and a second conduction interval occurs while the second switch is turned on, characterized in that two control parameters (IpeakH, VcapH) are set for the first conduction interval and two control parameters (IpeakL, VcapL) are set for the second conduction interval, the control parameters for each conduction interval being: a peak current of the interval and a predetermined voltage of the interval, and wherein the first and second switches are turned off in accordance with criteria including the four control parameters, characterized in that the four control parameters are set in order to operate the resonant converter in accordance with a mode wherein an output power of the resonant converter is controlled, wherein the first switch is turned off when a first criterion or a second criterion is fulfilled, the first criterion being that the monitored current is larger than the peak current parameter (IpeakH) of the first interval, the second criterion being that a minimum time has lapsed after the first switch is turned on and that the voltage is below the predetermined voltage (VcapH) of the first interval, wherein the second switch is turned off when a third criterion or a fourth criterion are fulfilled, the third criterion being that the monitored current is smaller than the peak current parameter (IpeakL) of the second interval, the fourth criterion being that a minimum time has lapsed after the second switch is turned on and that the voltage is above the predetermined voltage (VcapL) of the second interval.
A device for closing a room opening, the device comprising a frame, at least one leaf, a deformable and/or moveable sealing member and a sealing member actuation device, the frame adapted to be set in a reveal of a room opening, the leaf being movably arranged relative to the frame so as to move relative to the frame from an open to a closed position in which there nonetheless exists between the frame and the leaf a gap, the sealing member disposed at least substantially within the gap, wherein the sealing member, when not actuated, does not drag against an adjacent component of the device which is moving relative thereto when the room opening is opened or closed, wherein the sealing member is actuated by the actuation device when the device is in a position suitable for actuation of the sealing member so as to better ensure that the sealing member does not drag against the adjacent component until desired, characterized in that the sealing member actuation device, in the form of a compressed air source, is arranged in the frame and the leaf is slidable relative to the frame.
A planar lightwave circuit having a core layer, an undercladding layer, and an overcladding layer, and comprising two interferometers (A1, A2) each of which is composed of a plurality of optical waveguides, the two interferometers (A1, A2) having different optical waveguide density, wherein the interferometer having the lower optical waveguide density is a Mach-Zehnder interferometer, and wherein an arrayed waveguide grating is connected to the Mach-Zehnder Interferometer, the arrayed waveguide grating being the interferometer of the higher optical waveguide density, wherein the interferometer of the planar lightwave circuit having the lower optical waveguide density further comprises: dummy patterns that are disposed on both sides of each of the optical waveguides of the interferometer having the lower optical waveguide density, and gaps between the dummy patterns and the optical waveguides of the interferometer having the lower optical waveguide density such that a polarization dependence of the entire planar lightwave circuit is set to zero, wherein the polarization dependence is a difference between a center wavelength of a loss of a TE-polarized wave and a center wavelength of a loss of a TM-polarized wave, and wherein the dummy patterns and the optical waveguides of the interferometer having the lower optical waveguide density include part of both the core layer and the undercladding layer and are, as well as the gaps, covered by the overcladding layer. dummy patterns that are disposed on both sides of each of the optical waveguides of the interferometer having the lower optical waveguide density, and gaps between the dummy patterns and the optical waveguides of the interferometer having the lower optical waveguide density such that a polarization dependence of the entire planar lightwave circuit is set to zero, wherein the polarization dependence is a difference between a center wavelength of a loss of a TE-polarized wave and a center wavelength of a loss of a TM-polarized wave, and wherein the dummy patterns and the optical waveguides of the interferometer having the lower optical waveguide density include part of both the core layer and the undercladding layer and are, as well as the gaps, covered by the overcladding layer.
A compound represented by Formula, wherein lactulosyl group is connected to a heteroatom of genin via a glycosidic bond, the genin is a group formed by removing one hydrogen atom from a heteroatom of an active pharmaceutical molecule, and " " indicates that the lactulosyl group is connected to the heteroatom of the genin via an α-glycosidic bond or a β-glycosidic bond, and the active pharmaceutical molecule is any one selected from a group consisting of glucocorticoids, apremilast, prucalopride, mesalamine, metronidazole, azathioprine, 6-mercaptopurine, and 5-fluorouracil.