mhurhangee/patent-ind-claim-en huggingface dataset:
A method for brightness compensation of several light-emitting diodes (LED) depending on a temperature value, the method comprising the steps of: - measuring of the temperature value with respect to a plurality of light-emitting diodes (LED), wherein several sensors are provided at several measuring locations for measuring of the temperature value and the temperature value is an averaged value of several measured single temperature values, wherein at each light-emitting diode (LED) one sensor is provided and a time interval is defined, specifying how long the respective single temperature value is measured at the respective light-emitting diode (LED); - reading out a current value from several current values stored in a memory module, which current value is assigned to the measured temperature value, wherein the read-out current value is assigned to a temperature interval into which the measured temperature value falls; and - controlling of at least one current controller of a respective light-emitting diode (LED) based on the read-out current value. - measuring of the temperature value with respect to a plurality of light-emitting diodes (LED), wherein several sensors are provided at several measuring locations for measuring of the temperature value and the temperature value is an averaged value of several measured single temperature values, wherein at each light-emitting diode (LED) one sensor is provided and a time interval is defined, specifying how long the respective single temperature value is measured at the respective light-emitting diode (LED); - reading out a current value from several current values stored in a memory module, which current value is assigned to the measured temperature value, wherein the read-out current value is assigned to a temperature interval into which the measured temperature value falls; and - controlling of at least one current controller of a respective light-emitting diode (LED) based on the read-out current value.
Ball joint with a first coupling part , which can be fastened to a sanitary water line, and a second coupling part , which is connected in an articulated manner to said first coupling part, which have liquid channels connected to one another, wherein the second coupling part is held pivotably by a spherical face end region , in the form of a spherical cap or segment of a sphere or the like, of its wall between a form-adapted joint socket on the first coupling part , on the one hand, and a joint head on a holding element provided in the inner cavity of the second coupling part , on the other hand, wherein the holding element passes through a push-through opening in the second coupling part by means of a connecting shaft engaging on the first coupling part and connects the liquid channels of the first coupling part and of the second coupling part to one another, and wherein the second coupling part has, on its inner wall bounding the inner cavity , an annular groove in which is provided an annular seal , which provides a seal between the second coupling part and the holding element , wherein a first annular offset is provided on the inner wall of the second coupling part , wherein an insert part that is annular or in the form of a sleeve can be inserted into the inner cavity of the second coupling part , which insert part is held on the inner wall of the second coupling part , and wherein the insert part is spaced apart from the first annular offset such that the spacing between the first annular offset and that face edge of the insert part which faces the first annular offset forms the annular groove, characterized in that the insert part can be inserted into the inner cavity of the second coupling part as far as a second annular offset , in that the insert part extends between the second annular offset and a third annular offset , and in that the third annular offset and the adjacent face edge of the insert part are arranged in a plane.
A method for extracting aromatic dicarboxylic acids from an effluent of a basic depolymerization reaction of polycondensates containing metal carboxylates of the aromatic dicarboxylic acid to be extracted, in which a mineral acid or an organic acid is added to this effluent and has at least a pKs value that is greater than or equal to that of the underlying aromatic dicarboxylic acid of the polycondensate.
A video imaging system comprising: a colour digital video sensor for providing a stream of low resolution colour video image frames; a monochromatic digital video sensor for providing a stream of high resolution monochromatic video image frames; and, a digital processing system comprising an image fusing module for fusing the two streams of video image frames to obtain a stream of video image frames having a higher resolution than the stream of video image frames from the colour digital video sensor; wherein the sensors are operably connected to the digital processing system and, characterised in that the image fusing method used by the image fusing module is an image fusing method for fusing low resolution multispectral satellite images with high resolution panchromatic satellite images known in the field of remote sensing adapted to fuse video image frames by substituting colour and monochrome video image frame pairs for multispectral and panchromatic images respectively. a colour digital video sensor for providing a stream of low resolution colour video image frames; a monochromatic digital video sensor for providing a stream of high resolution monochromatic video image frames; and, a digital processing system comprising an image fusing module for fusing the two streams of video image frames to obtain a stream of video image frames having a higher resolution than the stream of video image frames from the colour digital video sensor; wherein the sensors are operably connected to the digital processing system and, characterised in that the image fusing method used by the image fusing module is an image fusing method for fusing low resolution multispectral satellite images with high resolution panchromatic satellite images known in the field of remote sensing adapted to fuse video image frames by substituting colour and monochrome video image frame pairs for multispectral and panchromatic images respectively.
A lens barrel retaining lenses while allowing movement along an optical axis (C), the lens barrel comprising: a first frame ; a second frame positioned inside the first frame ; and n linear guide structures configured to allow movement of the second frame relative to the first frame only along the optical axis (C), wherein the n linear guide structures comprise: n linear guide concave parts spaced apart from each other in a circumferential direction around the optical axis (C) and extending only along the optical axis (C); and n linear guide convex parts engaging with the n linear guide concave parts in a relatively movable manner, wherein some of the n linear guide concave parts are provided on the first frame or on the second frame such that not all of n linear guide concave parts are provided on the first frame or on the second frame , and n is an integer equal to or greater than 2. a first frame ; a second frame positioned inside the first frame ; and n linear guide structures configured to allow movement of the second frame relative to the first frame only along the optical axis (C), n linear guide concave parts spaced apart from each other in a circumferential direction around the optical axis (C) and extending only along the optical axis (C); and n linear guide convex parts engaging with the n linear guide concave parts in a relatively movable manner, wherein some of the n linear guide concave parts are provided on the first frame or on the second frame such that not all of n linear guide concave parts are provided on the first frame or on the second frame , and n is an integer equal to or greater than 2.
Method for the automatic adaptation of technical plant control, - in which control circuits are created for the control of the technical plant, in which at least a first control circuit and a second control circuit coupled to the first control circuit via a common influenced process variable are decoupled using a decoupling element which contains a derivative lag or delay element and has at least one adaptable parameter , and - the at least one adaptable parameter of the decoupling element is automatically adapted in online operation of the technical plant to an actual dynamic process behaviour of the technical plant, with the result that the first control circuit influences the common process variable with a shorter-term or longer-term effect than the process variable in the second control circuit, wherein - the actual dynamic process behaviour of the technical plant is measured , - a theoretical optimum process behaviour of the technical plant is determined through simulation using a model of the technical plant, and - the at least one adaptable parameter of the decoupling element is modified until the actual dynamic process behaviour of the technical plant corresponds to the theoretical optimum process behaviour of the technical plant in a predefinable scope or quality. - in which control circuits are created for the control of the technical plant, in which at least a first control circuit and a second control circuit coupled to the first control circuit via a common influenced process variable are decoupled using a decoupling element which contains a derivative lag or delay element and has at least one adaptable parameter , and - the at least one adaptable parameter of the decoupling element is automatically adapted in online operation of the technical plant to an actual dynamic process behaviour of the technical plant, with the result that the first control circuit influences the common process variable with a shorter-term or longer-term effect than the process variable in the second control circuit, wherein - the actual dynamic process behaviour of the technical plant is measured , - a theoretical optimum process behaviour of the technical plant is determined through simulation using a model of the technical plant, and - the at least one adaptable parameter of the decoupling element is modified until the actual dynamic process behaviour of the technical plant corresponds to the theoretical optimum process behaviour of the technical plant in a predefinable scope or quality. - the actual dynamic process behaviour of the technical plant is measured , - a theoretical optimum process behaviour of the technical plant is determined through simulation using a model of the technical plant, and - the at least one adaptable parameter of the decoupling element is modified until the actual dynamic process behaviour of the technical plant corresponds to the theoretical optimum process behaviour of the technical plant in a predefinable scope or quality.
A laundry treatment apparatus comprising: a cabinet ; a tub disposed in the cabinet to provide a washing space; a drum rotatably disposed in the tub to receive laundry placed therein; a detergent pump for supplying detergent to the tub ; and a detergent box removably mounted to the detergent pump and configured to contain the detergent, wherein the detergent box includes a body for providing a space containing the detergent, and a through-hole formed in a rear side of the body to allow the detergent to flow out therethrough, wherein the through-hole is located at a lowermost position of the body ; a detergent box accommodation part for accommodating the detergent box ; characterized in that the body includes a lower surface including a first slanted surface , the first slanted surface being slanted downwards from a front side of the body toward the rear side of the body , the detergent box includes guide ribs including first guide ribs positioned at a front region of the lower surface of the body , and second guide ribs positioned at a rear region of the lower surface of the body , wherein the first guide ribs and the second guide ribs protrude in different lengths from the lower surface of the body in order to compensate for inclination of the first slanted surface . a cabinet ; a tub disposed in the cabinet to provide a washing space; a drum rotatably disposed in the tub to receive laundry placed therein; a detergent pump for supplying detergent to the tub ; and a detergent box removably mounted to the detergent pump and configured to contain the detergent, wherein the detergent box includes a body for providing a space containing the detergent, and a through-hole formed in a rear side of the body to allow the detergent to flow out therethrough, wherein the through-hole is located at a lowermost position of the body ; a detergent box accommodation part for accommodating the detergent box ; characterized in that the body includes a lower surface including a first slanted surface , the first slanted surface being slanted downwards from a front side of the body toward the rear side of the body , the detergent box includes guide ribs including first guide ribs positioned at a front region of the lower surface of the body , and second guide ribs positioned at a rear region of the lower surface of the body , wherein the first guide ribs and the second guide ribs protrude in different lengths from the lower surface of the body in order to compensate for inclination of the first slanted surface .
A fuse holder for retaining a plug fuse in a socket of an electrical cabinet, the fuse holder comprising: a retaining portion being releasable attachable to the socket of the electrical cabinet, wherein the retaining portion comprises an Edison type connection; an electricity meter configured to measure a current running through an external electrical circuit comprising the fuse and the fuse holder; a wireless transceiver configured to send information measured by the electricity meter ; wherein the electricity meter and the wireless transceiver are components forming part of an internal electrical circuit ; and the fuse holder further comprises a power supply , wherein the power supply is an internal power supply of the fuse holder, characterised in that : the fuse holder further comprises a switch included in the external electrical circuit and being configured to switch the fuse holder between an active state and an inactive state, wherein in the active state the fuse holder is configured to connect the fuse into the external electrical circuit , and wherein in the inactive state the fuse holder is configured to disconnect the fuse from the external electrical circuit ; the wireless transceiver is further configured to receive information for controlling the switch between the active and inactive states; the power supply is in the form of a battery and is configured to power the components of the internal electrical circuit upon no current is running through the external electrical circuit . a retaining portion being releasable attachable to the socket of the electrical cabinet, wherein the retaining portion comprises an Edison type connection; an electricity meter configured to measure a current running through an external electrical circuit comprising the fuse and the fuse holder; a wireless transceiver configured to send information measured by the electricity meter ; wherein the electricity meter and the wireless transceiver are components forming part of an internal electrical circuit ; and the fuse holder further comprises a power supply , wherein the power supply is an internal power supply of the fuse holder, the fuse holder further comprises a switch included in the external electrical circuit and being configured to switch the fuse holder between an active state and an inactive state, wherein in the active state the fuse holder is configured to connect the fuse into the external electrical circuit , and wherein in the inactive state the fuse holder is configured to disconnect the fuse from the external electrical circuit ; the wireless transceiver is further configured to receive information for controlling the switch between the active and inactive states; the power supply is in the form of a battery and is configured to power the components of the internal electrical circuit upon no current is running through the external electrical circuit .
An error recovery method, comprising: receiving an interrupt , wherein the interrupt is triggered by an error that occurs in a first central processing unit, CPU, when the first CPU and a second CPU are in a lockstep mode; exiting , by the first CPU, the lockstep mode in response to the interrupt; determining a type of the error ; and when the error is a recoverable error, performing error recovery on the first CPU according to a state of the correctly running second CPU at a time of triggering the interrupt; receiving, by the second CPU, the interrupt and exiting the lockstep mode ; characterized in that the determining a type of the error comprises: determining the type of the error according to an advanced configuration and power management interface, ACPI, table corresponding to the first CPU, wherein the ACPI table is used to record an error found when a status register of a reliability, availability, and serviceability, RAS, node of a CPU is polled, and parsing the ACPI table to determine which node has an error of which type. receiving an interrupt , wherein the interrupt is triggered by an error that occurs in a first central processing unit, CPU, when the first CPU and a second CPU are in a lockstep mode; exiting , by the first CPU, the lockstep mode in response to the interrupt; determining a type of the error ; and when the error is a recoverable error, performing error recovery on the first CPU according to a state of the correctly running second CPU at a time of triggering the interrupt; receiving, by the second CPU, the interrupt and exiting the lockstep mode ; characterized in that the determining a type of the error comprises: determining the type of the error according to an advanced configuration and power management interface, ACPI, table corresponding to the first CPU, wherein the ACPI table is used to record an error found when a status register of a reliability, availability, and serviceability, RAS, node of a CPU is polled, and parsing the ACPI table to determine which node has an error of which type.
A component for a gas turbine engine , the component comprising: a platform ; a first airfoil extending from the platform; a first cavity located within the first airfoil, the first cavity includes a forward portion and an aft portion separated by a divider ; a cover plate attached to the platform on a side opposite the airfoil, wherein a platform cavity is defined between the cover plate and the platform and wherein the first cavity is fluidly connected to the platform cavity through a first cavity inlet ; and a first cavity separating rail dividing the platform cavity into a first platform forward cavity and a first platform aft cavity , characterized in that the first platform forward cavity is fluidly connected only to the aft portion the first cavity and the first platform aft cavity is fluidly connected only to the forward portion of the first cavity . a platform ; a first airfoil extending from the platform; a first cavity located within the first airfoil, the first cavity includes a forward portion and an aft portion separated by a divider ; a cover plate attached to the platform on a side opposite the airfoil, wherein a platform cavity is defined between the cover plate and the platform and wherein the first cavity is fluidly connected to the platform cavity through a first cavity inlet ; and a first cavity separating rail dividing the platform cavity into a first platform forward cavity and a first platform aft cavity , characterized in that the first platform forward cavity is fluidly connected only to the aft portion the first cavity and the first platform aft cavity is fluidly connected only to the forward portion of the first cavity .
A rotor disk assembly for a gas turbine engine , comprising: a rotor disk that defines an axis; and a damper pivot support , characterized in that the damper pivot support extends from a rim of the rotor disk , and in that the damper pivot support comprises an aperture that defines a pivot axis (T) parallel to the axis. a rotor disk that defines an axis; and a damper pivot support , characterized in that the damper pivot support extends from a rim of the rotor disk , and in that the damper pivot support comprises an aperture that defines a pivot axis (T) parallel to the axis.
A system for measuring the wear of carbon brakes of an aircraft, comprising: a 3-axis acceleration sensor module mounted on a brake assembly , the 3-axis acceleration sensor module configured to detect acceleration events of the brake assembly in three different component directions; a memory module operably connected to the 3-axis acceleration sensor module, the memory module configured to store acceleration events detected by the 3-axis acceleration sensor module and to store a pre-determined threshold for determining carbon brake wear based upon a number of acceleration events detected in a single component direction of the three different component directions; and a processor module operably connected to the memory module, the processor module configured to compare the stored acceleration events detected in a single direction of the three different directions to the stored pre-determined threshold. a 3-axis acceleration sensor module mounted on a brake assembly , the 3-axis acceleration sensor module configured to detect acceleration events of the brake assembly in three different component directions; a memory module operably connected to the 3-axis acceleration sensor module, the memory module configured to store acceleration events detected by the 3-axis acceleration sensor module and to store a pre-determined threshold for determining carbon brake wear based upon a number of acceleration events detected in a single component direction of the three different component directions; and a processor module operably connected to the memory module, the processor module configured to compare the stored acceleration events detected in a single direction of the three different directions to the stored pre-determined threshold.