mhurhangee/patent-ind-claim-en huggingface dataset:
An outer packing material for vacuum insulation material comprising a thermally weldable film and a gas barrier film; wherein the gas barrier film includes a base material and a metal aluminum film formed on one surface of the base material; and the metal aluminum film satisfies the below formula and formula : 1.0 * 10 − 3 ≤ I A / I B / T ≤ 3.5 * 10 − 3 A / B / T ≥ 3.8 * 10 − 3 In the formula and the formula , I A represents a peak intensity (cps) of a diffraction peak positioned at 2Θ = 38.5° ± 1.0° measured for the metal aluminum film in a X-ray diffraction measurement using a CuKα-ray; I B represents a peak intensity (cps) of a diffraction peak positioned at 2Θ = 44.6° ± 1.0° measured for the metal aluminum foil of alloy number A8021, thickness 6 um or more, in a X-ray diffraction measurement using a CuKα-ray; A represents a peak intensity (kcps) of an aluminum element in the metal aluminum film measured in a fluorescent X-ray analysis; B represents a peak intensity (kcps) of an aluminum element in a metal aluminum foil of alloy number A8021, thickness 6 um or more, measured in a fluorescent X-ray analysis; and T represents a thickness (nm) of the metal aluminum film; the measurement methods for X-ray diffraction measurement and fluorescent X-ray analysis are set out in the description. the gas barrier film includes a base material and a metal aluminum film formed on one surface of the base material; and the metal aluminum film satisfies the below formula and formula : 1.0 * 10 − 3 ≤ I A / I B / T ≤ 3.5 * 10 − 3 A / B / T ≥ 3.8 * 10 − 3 In the formula and the formula , I A represents a peak intensity (cps) of a diffraction peak positioned at 2Θ = 38.5° ± 1.0° measured for the metal aluminum film in a X-ray diffraction measurement using a CuKα-ray; I B represents a peak intensity (cps) of a diffraction peak positioned at 2Θ = 44.6° ± 1.0° measured for the metal aluminum foil of alloy number A8021, thickness 6 um or more, in a X-ray diffraction measurement using a CuKα-ray; A represents a peak intensity (kcps) of an aluminum element in the metal aluminum film measured in a fluorescent X-ray analysis; B represents a peak intensity (kcps) of an aluminum element in a metal aluminum foil of alloy number A8021, thickness 6 um or more, measured in a fluorescent X-ray analysis; and T represents a thickness (nm) of the metal aluminum film; the measurement methods for X-ray diffraction measurement and fluorescent X-ray analysis are set out in the description.
Laundry dryer with a drum with horizontal rotation axis for receiving laundry to be dried, a process air circuit for guiding heated process air through the drum , for cooling the process air for the purpose of removing water and for reheating the process air, wherein the process air circuit is designed to guide the process air axially through the drum from a rear side to a front side , a heat pump circuit for guiding a medium through a condenser , a throttle element , an evaporator and a compressor back to the condenser , wherein the process air can be heated by the condenser and the process air can be cooled by the evaporator , an additional heat exchanger arranged in the process air circuit for extracting heat from the process air circuit, wherein the additional heat exchanger is an air-to-air heat exchanger for dissipating process air heat to the ambient air, wherein in the process air circuit, in addition to the condenser , an additional heater is arranged with which the process air can be heated, characterised in that the additional heat exchanger is arranged on the rear side of the laundry dryer.
A method for purifying exhaust air comprising a first circulation (A) with the following steps: scrubbing the exhaust air with a water-based scrubbing liquid; separating the exhaust air and the scrubbing liquid; removing solids from the scrubbing liquid; and recirculating the scrubbing liquid for scrubbing the exhaust air, wherein at least a substream of the scrubbing liquid is withdrawn from the first circulation (A) and fed to a second circulation (B), wherein organic substances are removed from the scrubbing liquid in the second circulation (B), and the scrubbing liquid is at least partially recirculated to the first circulation (A) after removal of the organic substances, characterized in that the second circulation comprises at least the following steps: feeding the scrubbing liquid to a desorber ; removing organic substances from the scrubbing liquid in the desorber by a stripping gas, which is carried in co-current or countercurrent with the scrubbing liquid, wherein the stripping gas is loaded with the organic substances. scrubbing the exhaust air with a water-based scrubbing liquid; separating the exhaust air and the scrubbing liquid; removing solids from the scrubbing liquid; and recirculating the scrubbing liquid for scrubbing the exhaust air, wherein at least a substream of the scrubbing liquid is withdrawn from the first circulation (A) and fed to a second circulation (B), wherein organic substances are removed from the scrubbing liquid in the second circulation (B), and the scrubbing liquid is at least partially recirculated to the first circulation (A) after removal of the organic substances, characterized in that the second circulation comprises at least the following steps: feeding the scrubbing liquid to a desorber ; removing organic substances from the scrubbing liquid in the desorber by a stripping gas, which is carried in co-current or countercurrent with the scrubbing liquid, wherein the stripping gas is loaded with the organic substances. feeding the scrubbing liquid to a desorber ; removing organic substances from the scrubbing liquid in the desorber by a stripping gas, which is carried in co-current or countercurrent with the scrubbing liquid, wherein the stripping gas is loaded with the organic substances.
A control system comprising: a wind turbine ; at least one sensor configured to detect at least one property of said wind turbine to generate measurement data; and a controller communicatively coupled to said wind turbine and said at least one sensor, said controller comprising at least one processor in communication with at least one memory device , said at least one processor configured to: control, during a training phase, said wind turbine according to at least one test parameter; receive, from said at least one sensor, during the training phase, first measurement data; generate, based on the at least one test parameter and the received first measurement data, a control model; receive, during an operating phase, second measurement data from said at least one sensor; update the control model continuously based on the second measurement data; and control operation of said wind turbine, using the updated control model. a wind turbine ; at least one sensor configured to detect at least one property of said wind turbine to generate measurement data; and a controller communicatively coupled to said wind turbine and said at least one sensor, said controller comprising at least one processor in communication with at least one memory device , said at least one processor configured to: control, during a training phase, said wind turbine according to at least one test parameter; receive, from said at least one sensor, during the training phase, first measurement data; generate, based on the at least one test parameter and the received first measurement data, a control model; receive, during an operating phase, second measurement data from said at least one sensor; update the control model continuously based on the second measurement data; and control operation of said wind turbine, using the updated control model. control, during a training phase, said wind turbine according to at least one test parameter; receive, from said at least one sensor, during the training phase, first measurement data; generate, based on the at least one test parameter and the received first measurement data, a control model; receive, during an operating phase, second measurement data from said at least one sensor; update the control model continuously based on the second measurement data; and control operation of said wind turbine, using the updated control model.
A system for determining the position of a mobile receiver unit in an environment, the system comprising: a transmission apparatus , comprising a plurality of ultrasound transmitters and being configured to transmit a plurality of ultrasonic signals in different respective principal directions from the transmission apparatus , each ultrasonic signal encoding a different respective direction identifier; and a mobile receiver unit , comprising an ultrasound receiver and being configured to receive the plurality of ultrasonic signals along a plurality of signal paths, wherein at least one of the signal paths includes a reflection off a surface in the environment; and a processing system, wherein: the processing system comprises a decoder and is arranged to decode the respective direction identifiers from the received ultrasonic signals; the processing system is configured to determine, for each of the signal paths, a respective time of arrival of the respective ultrasonic signal at the mobile receiver unit; and the processing system is configured to use (i) location information relating to the transmission apparatus , (ii) location information relating to the surface , (iii) said respective direction identifiers, and (iv) said times of arrival, to calculate an estimate of the position of the mobile receiver unit . a transmission apparatus , comprising a plurality of ultrasound transmitters and being configured to transmit a plurality of ultrasonic signals in different respective principal directions from the transmission apparatus , each ultrasonic signal encoding a different respective direction identifier; and a mobile receiver unit , comprising an ultrasound receiver and being configured to receive the plurality of ultrasonic signals along a plurality of signal paths, wherein at least one of the signal paths includes a reflection off a surface in the environment; and a processing system, wherein: the processing system comprises a decoder and is arranged to decode the respective direction identifiers from the received ultrasonic signals; the processing system is configured to determine, for each of the signal paths, a respective time of arrival of the respective ultrasonic signal at the mobile receiver unit; and the processing system is configured to use (i) location information relating to the transmission apparatus , (ii) location information relating to the surface , (iii) said respective direction identifiers, and (iv) said times of arrival, to calculate an estimate of the position of the mobile receiver unit . the processing system comprises a decoder and is arranged to decode the respective direction identifiers from the received ultrasonic signals; the processing system is configured to determine, for each of the signal paths, a respective time of arrival of the respective ultrasonic signal at the mobile receiver unit; and the processing system is configured to use (i) location information relating to the transmission apparatus , (ii) location information relating to the surface , (iii) said respective direction identifiers, and (iv) said times of arrival, to calculate an estimate of the position of the mobile receiver unit .
Combined antenna for satellite and terrestrial radio communications, including: a support structure ; a so-called "crossed dipole" compact broadband satellite antenna , in turn comprising a pair of dipoles , which extend from the support structure , and which are substantially perpendicular to each other and connected to each other so as to be electrically phase-offset; said combined antenna further comprising a broadband "monopole" antenna for terrestrial communications, in turn comprising a plurality of linear electric mass elements , which extend radially from said support structure , said linear mass elements being designed to provide a surface of electric mass for said terrestrial communications antenna , and further including at least one radiating arm of the monopole, which extends from said support structure away from said electric mass surface ; said support structure comprises a central column , a first base , mounted on said central column and a second base , likewise mounted on said central column and spaced apart from said first base ; with said linear ground elements being mounted laterally in said first base and said at least one radiating arm of said antenna for terrestrial communications being mounted thereabove, the latter radiating arm being arranged around said central column ; with said dipoles of the aforementioned compact satellite antenna being mounted sideways and crosswise with each other in said second base , said combined antenna being characterized in that said dipoles being furthermore made of one or more dipole elements arranged to define a flattened configuration for the respective dipole and characterized in that said radiating arm of said antenna for terrestrial communications comprises a plurality of radiating elements that are arranged around said central column along a lateral surface of a cylinder, coaxial and external to the central column , or along a frusto-conical lateral surface that has its own minor base at the aforementioned first base supporting the radiating elements .
A booster seat for a child, said booster seat having a footprint and comprising a base provided with a stabilising foot (50-56, 250, 350-356) and a height increasing foot (64-70, 252, 364-370) mounted to said stabilising foot, wherein: said stabilising foot is movable with respect to said base from a retracted position to a deployed position in which said stabilising foot is laterally extended with respect to said base to increase said footprint; and said height increasing foot is mounted to said stabilising foot and movable with respect to said base from a retracted position to a deployed height increasing position in which the height increasing foot is extended downwardly with respect to said base to raise the base with respect to a surface that supports said booster seat to raise the base with respect to said surface, wherein when in said retracted position said height increasing foot is at least partially housed by said stabilising foot, wherein said height increasing foot is pivotally mounted to said stabilising foot so as to be pivotable between said retracted and deployed positions, wherein the booster seat is characterised in that said stabilising foot moves in a first plane when moving between said retracted and deployed positions and said height increasing foot moves in a direction transverse to said first plane when moving from said retracted and deployed positions. said stabilising foot is movable with respect to said base from a retracted position to a deployed position in which said stabilising foot is laterally extended with respect to said base to increase said footprint; and said height increasing foot is mounted to said stabilising foot and movable with respect to said base from a retracted position to a deployed height increasing position in which the height increasing foot is extended downwardly with respect to said base to raise the base with respect to a surface that supports said booster seat to raise the base with respect to said surface, wherein when in said retracted position said height increasing foot is at least partially housed by said stabilising foot, wherein said height increasing foot is pivotally mounted to said stabilising foot so as to be pivotable between said retracted and deployed positions, wherein the booster seat is characterised in that said stabilising foot moves in a first plane when moving between said retracted and deployed positions and said height increasing foot moves in a direction transverse to said first plane when moving from said retracted and deployed positions.
Vehicle crane , in particular a mobile crane, with a main jib and a main jib extension mounted thereon and being luffable by means of at least one luffing cable , wherein the main jib is designed as a telescoping jib with a jib basic box and a plurality of telescoping sections (7b to 7f) and the main jib is mounted on a superstructure of the vehicle crane in such a manner as to be able to be raised, wherein the luffing cable , starting from a winch on the vehicle crane , is guided by means of at least one guying support and at least one luffing support in the region of a main jib head and is fastened at that location, characterised in that the winch is disposed in a rear region of the superstructure , the at least one guying support is disposed on the main jib between the jib basic box and the innermost telescoping section and deflects the luffing cable in order to guy the main jib and alternatively the luffing cable is guided by the luffing support further as far as the main jib extension and is fastened at that location.
A dispenser device for dispensing a liquid into a vine plant or a trunk of a tree, said the device comprising a container that communicates with a first extremity of a needle that is fastened in permanent manner to the bottom of said container, said needle having a second extremity that projects to the outside of said container such as to be driven said second extremity of said needle onto said vine plant or said trunk of said tree for dispensing said liquid, characterized in that said container is provided with at least one flexible tab that come directly into contact with said vine plant or said trunk of said tree for directly fastening said container to said vine plant or said trunk of said tree.
A method for controlling an electrically powered steering assistance system including an electric motor for providing assisting steering torque to steerable wheels of a vehicle, the method comprising: monitoring an electrical current used by the electric motor for providing the assisting torque, in response to identifying an electrical current characteristic in the monitored electrical current that matches a pre-determined model electrical current characteristic associated with that a steerable wheel has reached a steering end stop in a wheel housing, controlling the electric motor to reduce the provided assisting steering torque, the method being characterised by the fact that the pre-determined model electrical current characteristic is modelled by a machine learning algorithm based on a prior analysis of data indicative of a plurality of electrical current characteristics that occurred when the travel of a steering rack connected to the steerable wheels reached a steering end stop, wherein identifying that an electrical current characteristic in the monitored electrical current matches a pre-determined model electrical current characteristic includes applying a machine learning algorithm to the monitored electrical current. monitoring an electrical current used by the electric motor for providing the assisting torque, in response to identifying an electrical current characteristic in the monitored electrical current that matches a pre-determined model electrical current characteristic associated with that a steerable wheel has reached a steering end stop in a wheel housing, controlling the electric motor to reduce the provided assisting steering torque, the method being characterised by the fact that the pre-determined model electrical current characteristic is modelled by a machine learning algorithm based on a prior analysis of data indicative of a plurality of electrical current characteristics that occurred when the travel of a steering rack connected to the steerable wheels reached a steering end stop, wherein identifying that an electrical current characteristic in the monitored electrical current matches a pre-determined model electrical current characteristic includes applying a machine learning algorithm to the monitored electrical current.
Method for braking a hydrostatic drive which has a hydraulic pump , which is driven by an internal combustion engine and has a variable displacement volume (V), and a hydraulic motor which is connected to the hydraulic pump via two lines in a closed circuit, the braking of the hydrostatic drive taking place by way of reduction of the displacement volume of the hydraulic pump ; the displacement volume (V) of the hydraulic pump being reduced in order to begin the braking, and an electrically actuated proportional valve which connects the two lines to one another being opened.
Screw , in particular for housings , comprising - an elongate portion that is at least partially provided with a thread and - a screw head , wherein - a conically shaped portion is arranged between the screw head and the elongate portion , wherein the conical portion is joined at its tip to one end of the elongate portion and the underside of the screw head is arranged opposite that of the base surface of the conical portion , wherein - a groove for receiving a seal is provided between the underside of the screw head and the base surface of the conical portion in such a way that the seal can be placed directly under the screw head in such a way that when the screw is screwed in, a seal can be created between the underside of the screw head and a housing almost directly under the screw head so that no gaps or depressions remain in the housing for deposits, characterised in that - the diameter of the base surface of the conically shaped portion is greater than the outer diameter of the screw head . - an elongate portion that is at least partially provided with a thread and - a screw head , wherein - a conically shaped portion is arranged between the screw head and the elongate portion , wherein the conical portion is joined at its tip to one end of the elongate portion and the underside of the screw head is arranged opposite that of the base surface of the conical portion , wherein - a groove for receiving a seal is provided between the underside of the screw head and the base surface of the conical portion in such a way that the seal can be placed directly under the screw head in such a way that when the screw is screwed in, a seal can be created between the underside of the screw head and a housing almost directly under the screw head so that no gaps or depressions remain in the housing for deposits, characterised in that - the diameter of the base surface of the conically shaped portion is greater than the outer diameter of the screw head .