mhurhangee/ep-ind-claims huggingface dataset:
Method for reviewing an industrial installation (1, 12), in particular automation installation, wherein real components (2-6, 14) of a provided real installation or data originating therefrom or simulated components of a provided simulated installation or data originating therefrom are manipulated with the use of a computer program, in particular during ongoing operation, in such a manner that error situations based on chance are caused in the real and/or the simulated installation (1, 12), characterised in that two or more components (2-6, 14) of the installation (1, 12) are interconnected via a communication network, in particular in the form of a bus, and data, which is to be sent by at least one component (2-6, 14) to at least one further component (2-6, 14) via the communication network, is manipulated before its handover to the communication network by the computer program, wherein the computer program for manipulation of the data uses at least one random algorithm and is executed on an edge device connected to the communication network, in particular an industrial PC. wherein real components (2-6, 14) of a provided real installation or data originating therefrom or simulated components of a provided simulated installation or data originating therefrom are manipulated with the use of a computer program, in particular during ongoing operation, in such a manner that error situations based on chance are caused in the real and/or the simulated installation (1, 12), characterised in that two or more components (2-6, 14) of the installation (1, 12) are interconnected via a communication network, in particular in the form of a bus, and data, which is to be sent by at least one component (2-6, 14) to at least one further component (2-6, 14) via the communication network, is manipulated before its handover to the communication network by the computer program, wherein the computer program for manipulation of the data uses at least one random algorithm and is executed on an edge device connected to the communication network, in particular an industrial PC.
Method for applying a coating, which preferably consists at least partly of plastic, to workpieces which consist at least partly of wood or derived timber products, in which the coating (12, 14) is activated, in particular melted, at least in a bonding region and the coating (12, 14) is joined to the workpiece by the bonding region, characterised in that the bonding region is irradiated with incoherent radiation, in particular infrared radiation, which is released by a light-emitting diode arrangement, for activation, in particular melting.
A gas turbine engine comprising: a combustor section arranged between a compressor section and a turbine section; a fan section having a low fan pressure ratio of less than 1.55; and a geared architecture coupling the fan section to the turbine section or the compressor section, wherein the fan section has an array of twenty-six or fewer fan blades, wherein the fan blades include an airfoil having pressure and suction sides (72, 74), the airfoil extends in a radial direction from a 0% span position at an inner flow path location to a 100% span position at an airfoil tip, wherein the airfoil has a curve corresponding to a relationship between a trailing edge sweep angle and a span position, wherein the trailing edge sweep angle is in a range of 10° to 20° in a range of 40-70% span position, and the trailing edge sweep angle is positive from 0% span to at least 95% span. a combustor section arranged between a compressor section and a turbine section; a fan section having a low fan pressure ratio of less than 1.55; and a geared architecture coupling the fan section to the turbine section or the compressor section, wherein the fan section has an array of twenty-six or fewer fan blades, wherein the fan blades include an airfoil having pressure and suction sides (72, 74), the airfoil extends in a radial direction from a 0% span position at an inner flow path location to a 100% span position at an airfoil tip, wherein the airfoil has a curve corresponding to a relationship between a trailing edge sweep angle and a span position, wherein the trailing edge sweep angle is in a range of 10° to 20° in a range of 40-70% span position, and the trailing edge sweep angle is positive from 0% span to at least 95% span.
Medical apparatus, comprising: an invasive probe, which is configured to be inserted into a body of a living subject, to direct light at a plurality of different wavelengths toward a treatment site within the body and to receive the light scattered from the site; an optical module, which is coupled to the invasive probe so as to make, at a first stage in ablation of tissue at the treatment site, first measurements of scattered light intensities from the site at the plurality of different wavelengths, and to make, at a second stage in the ablation of the tissue, subsequent to the first stage, second measurements of the scattered light intensities from the site at the plurality of different wavelengths, wherein the plurality of the different wavelengths comprises a first wavelength in a visible light range and a second wavelength in an infrared light range; and wherein a processor, which is configured to assess a progress of the ablation by computing different, respective measures of change in the scattered light intensities at the different wavelengths occurring between the first and second measurements, and comparing the respective measures. an invasive probe, which is configured to be inserted into a body of a living subject, to direct light at a plurality of different wavelengths toward a treatment site within the body and to receive the light scattered from the site; an optical module, which is coupled to the invasive probe so as to make, at a first stage in ablation of tissue at the treatment site, first measurements of scattered light intensities from the site at the plurality of different wavelengths, and to make, at a second stage in the ablation of the tissue, subsequent to the first stage, second measurements of the scattered light intensities from the site at the plurality of different wavelengths, wherein the plurality of the different wavelengths comprises a first wavelength in a visible light range and a second wavelength in an infrared light range; and wherein a processor, which is configured to assess a progress of the ablation by computing different, respective measures of change in the scattered light intensities at the different wavelengths occurring between the first and second measurements, and comparing the respective measures.
Method for operating a heat pump of an electric motor vehicle, in which the operated heat pump comprises an outside-air heat exchanger and in which the heat pump is at least intermittently operated in an operating mode in which ice is formed on the outside-air heat exchanger and the outside-air heat exchanger is then thawed, characterized in that the thawing is carried out using a heating power of at least 1 kW, and, for thawing the outside-air heat exchanger, the heat pump is operated in an operating mode in which heat is extracted from a battery or some other traction component of the motor vehicle.
A sensor for a radar system comprising a frequency synthesiser circuit, the circuit comprising: a phase locked loop comprising a voltage controlled oscillator adapted to provide a frequency chirp at a range of tuning voltages, said phase locked loop further comprising: a phase detector; a charge pump adapted to supply the tuning voltage; and wherein said phase locked loop has an open loop gain dependent on the tuning voltage and a gain of the voltage controlled oscillator characterized by a first varactor unit for altering the gain of the voltage controlled oscillator over a first subset range of tuning voltages to compensate for a drop-off in a gain of the charge pump at low tuning voltages; and a second varactor unit for altering the gain of the voltage controlled oscillator over a second subset range of tuning voltages to compensate for a drop-off in a gain of the charge pump at high tuning voltages, wherein the second subset range of tuning voltages is higher than the first subset range of tuning voltages; such that variations in the open loop gain over the first and second subset range of voltages of the range of tuning voltages are compensated for by the varactor units and wherein the frequency chirp relates to a distance measurement. a phase locked loop comprising a voltage controlled oscillator adapted to provide a frequency chirp at a range of tuning voltages, said phase locked loop further comprising: a phase detector; a charge pump adapted to supply the tuning voltage; and wherein said phase locked loop has an open loop gain dependent on the tuning voltage and a gain of the voltage controlled oscillator a phase detector; a charge pump adapted to supply the tuning voltage; and wherein said phase locked loop has an open loop gain dependent on the tuning voltage and a gain of the voltage controlled oscillator characterized by a first varactor unit for altering the gain of the voltage controlled oscillator over a first subset range of tuning voltages to compensate for a drop-off in a gain of the charge pump at low tuning voltages; and a second varactor unit for altering the gain of the voltage controlled oscillator over a second subset range of tuning voltages to compensate for a drop-off in a gain of the charge pump at high tuning voltages, wherein the second subset range of tuning voltages is higher than the first subset range of tuning voltages; such that variations in the open loop gain over the first and second subset range of voltages of the range of tuning voltages are compensated for by the varactor units and wherein the frequency chirp relates to a distance measurement.
A leveling coating structure with quick installation and removal comprising: - a plurality of parallel sections forming a base frame with its bottom on a supporting plane, each section being provided with a multiplicity of through holes; - a multiplicity of clamps or clips (3; 301), each clip (3; 301) having a head (25; 250) with a stem (26; 260) and a bushing (27; 270) with inserts (28; 280), the stem (26; 260), which is orthogonal to the head (25; 250), being inserted in a through hole of the section of the base frame and rotatably retained by the inserts (28; 280) in the bushing (27; 270) which is in abutment with the bottom of the base frame opposite to the head (25; 250) of the clip (3; 301); - a succession of slats arranged on the parallel sections of the base frame at right angles thereto, to form a coating, each of the slats having opposite lateral grooves which the head (25; 250) of the clip (3; 301) engages; each section being made of light alloy with a C-shaped cross-section having a core for supporting the slats, in which core the multiplicity of through holes are formed, and wings (7, 8) which are mutually spaced apart and extending downward for the insertion of the bushings (27; 270) between them, each clip (3; 301) being retained by the section with the head (25; 250) in abutment with the core for supporting the slats and the bushing (27; 270) in abutment with the free ends of the wings (7, 8), characterized in that the wings (7, 8) end at the bottom with U-inverted supporting feet (14, 15), a supporting foot on one wing having a portion extending perpendicularly towards the inside of the section and an L-shaped angular portion extending towards the outside of the section, the supporting foot on the other wing having a first portion extending perpendicularly towards the inside of the section and a second portion extending perpendicularly towards the outside of the section and which ends in a third portion extending perpendicularly upward, to allow the side by side interlock of a section with another by engagement of the L-shaped angular portion of the foot of one section with the third portion of the foot on the other section. - a plurality of parallel sections forming a base frame with its bottom on a supporting plane, each section being provided with a multiplicity of through holes; - a multiplicity of clamps or clips (3; 301), each clip (3; 301) having a head (25; 250) with a stem (26; 260) and a bushing (27; 270) with inserts (28; 280), the stem (26; 260), which is orthogonal to the head (25; 250), being inserted in a through hole of the section of the base frame and rotatably retained by the inserts (28; 280) in the bushing (27; 270) which is in abutment with the bottom of the base frame opposite to the head (25; 250) of the clip (3; 301); - a succession of slats arranged on the parallel sections of the base frame at right angles thereto, to form a coating, each of the slats having opposite lateral grooves which the head (25; 250) of the clip (3; 301) engages;
A masterbatch obtained by coagulating, by an acid, a resin dispersion containing cellulose xanthate fine fibers having a crystalline structure of cellulose I.
An agricultural vehicle, in particular a tractor, with a vehicle frame on which a front axle and a rear axle with ground engaging means which can be driven by a propulsion engine, for bracing the vehicle against the ground, as well as a support assembly located between the front axle and the rear axle, characterized in that the support assembly is configured in the form of a track roller unit, wherein the track roller unit is disposed substantially centrally of the vehicle frame within tracks of the ground engaging means, and in that the track roller unit has a crawler track which is tensioned between a front and a rear guide roller (32, 34).
An industrial control system power supply (116, 118, 120, 502) for a power supply network, comprising: a battery module including a battery cell and a battery monitor configured to monitor the battery cell; a self-hosted server operatively coupled with the battery module, the self-hosted server being configured to receive diagnostic information from the battery monitor and provide network access to the diagnostic information, the self-hosted server further configured to facilitate communication between the power supply and other power supplies in the power supply network via a network of respective servers; and one or more authentication modules configured to authenticate one or more devices when connected to the power supply (116, 118, 120, 502) and/or configured to authenticate the power supply (116, 118, 120, 502) and/or authenticate the battery module of the power supply (116, 118, 120, 502) to a device when connected to the power supply (116, 118, 120, 502). a battery module including a battery cell and a battery monitor configured to monitor the battery cell; a self-hosted server operatively coupled with the battery module, the self-hosted server being configured to receive diagnostic information from the battery monitor and provide network access to the diagnostic information, the self-hosted server further configured to facilitate communication between the power supply and other power supplies in the power supply network via a network of respective servers; and one or more authentication modules configured to authenticate one or more devices when connected to the power supply (116, 118, 120, 502) and/or configured to authenticate the power supply (116, 118, 120, 502) and/or authenticate the battery module of the power supply (116, 118, 120, 502) to a device when connected to the power supply (116, 118, 120, 502).
Foldable trolley with a wooden tray structure for supporting and transporting luggage, comprising the following: a rectangular tray; four wheels 39 mm high, swivel; hinges; aluminum tubes of standard sections and thicknesses, suitable shapes and sizes, square and rectangular tubes; tubes in the middle of the deployed cart; an open position locking and closed position locking system; steel axles; a telescopic handle system with a push button; a locking bar; an empty space between the handle and the middle of the carriage; characterized in that the lower part of the trolley, horizontal, consists of the rectangular top, the bearing surface of which is in glued laminated maple, and fixed between the wheels and the hinges to support and transport the load of two large 32 kg suitcases and a 16kg cabin suitcase, in that the trolley, weighing 3kg, has a length of 400mm, a width of 300mm and a height of 842mm in the deployed state, in that the trolley, weighing 3kg, has a length of 400mm, a width of 300mm and a height of 842mm in the extended state, in that the dimensions, weight and sizes of the trolley in the folded state are within those allowed for standard cabin baggage for airlines, in that two wheels have a brake and in that the trolley includes a fitted, detachable from the trolley, closable and openable pocket bag in A4 size.
An exhaust gas purifying system, comprising: a NOx purifying catalyst that is disposed in an exhaust gas flow path of an internal combustion engine to purify nitrogen oxide, wherein the internal combustion engine is a lean-burn engine or a diesel engine; an HC generator (33, 133) that is disposed upstream of the NOx purifying catalyst in the exhaust gas flow path to generate acetylene from a hydrocarbon contained in an exhaust gas, wherein the HC generator (33, 133) is a HC generation catalyst (33A, 133A); and an oxygen concentration control device that is configured to control the internal combustion engine such that an oxygen concentration in the exhaust gas supplied to the HC generator (33, 133) is 0.8 to 1.2 vol% when a rich spike control is operated and an excess air ratio of the exhaust gas is 0.75 to 0.83. a NOx purifying catalyst that is disposed in an exhaust gas flow path of an internal combustion engine to purify nitrogen oxide, wherein the internal combustion engine is a lean-burn engine or a diesel engine; an HC generator (33, 133) that is disposed upstream of the NOx purifying catalyst in the exhaust gas flow path to generate acetylene from a hydrocarbon contained in an exhaust gas, wherein the HC generator (33, 133) is a HC generation catalyst (33A, 133A); and an oxygen concentration control device that is configured to control the internal combustion engine such that an oxygen concentration in the exhaust gas supplied to the HC generator (33, 133) is 0.8 to 1.2 vol% when a rich spike control is operated and an excess air ratio of the exhaust gas is 0.75 to 0.83.
A loudspeaker comprising - a loudspeaker basket and - a magnet, - wherein the loudspeaker basket is attached to the magnet, wherein - the magnet has a conical external surface, - the loudspeaker basket has a conical internal surface formed to form a press fit with the conical exterior surface of the magnet, characterized in that - the magnet has an undercut, and that - the loudspeaker basket has a number of snap-in hooks (101, 102), wherein when in press fit, at least one snap-in hook (101, 102) engages with the undercut. - a loudspeaker basket and - a magnet, - wherein the loudspeaker basket is attached to the magnet, wherein - the magnet has a conical external surface, - the loudspeaker basket has a conical internal surface formed to form a press fit with the conical exterior surface of the magnet, characterized in that - the magnet has an undercut, and that - the loudspeaker basket has a number of snap-in hooks (101, 102), wherein when in press fit, at least one snap-in hook (101, 102) engages with the undercut.
A heat sink (100, 200) comprising: two cooling channels through which a refrigerant suitable for cooling a secondary battery by an indirect cooling method can pass, wherein inlets (101, 111) of the two cooling channels face each other and are formed at opposing sides with respect to the center of the heat sink, and outlets (102, 112) of the two cooling channels face each other and are formed at opposing sides with respect to the center of the heat sink, or wherein inlets (101, 111) of the two cooling channels are formed at diagonal locations with respect to the center of the heat sink, and outlets (102, 112) of the two cooling channels are formed at diagonal locations with respect to the center of the heat sink characterized in that an area of the heat sink (100, 200) is divided into halves and each of the two cooling channels covers half the cooling. two cooling channels through which a refrigerant suitable for cooling a secondary battery by an indirect cooling method can pass, wherein inlets (101, 111) of the two cooling channels face each other and are formed at opposing sides with respect to the center of the heat sink, and outlets (102, 112) of the two cooling channels face each other and are formed at opposing sides with respect to the center of the heat sink, or wherein inlets (101, 111) of the two cooling channels are formed at diagonal locations with respect to the center of the heat sink, and outlets (102, 112) of the two cooling channels are formed at diagonal locations with respect to the center of the heat sink characterized in that an area of the heat sink (100, 200) is divided into halves and each of the two cooling channels covers half the cooling.
A semiconductor nano-sized light emitting material comprising or consisting of a core, optionally one or more shell layers and a ligand coated onto the core or the outermost surface of the shell layers, wherein the ligand is at least one thio metal salt wherein said ligand is represented by formula in which M stands for a bivalent metal, preferably zinc, magnesium, copper or their mixtures; X stands for -O- or -S- or -NR 2 -; Y 1 stands for -O- or -S-; R 1, R 2 stand independently from each other for an alkyl, alkenyl, alkynyl, aryl and/or aralkyl chain having 7 to 25 carbon atoms, optionally substituted by a functional group; or a group according to formula and/or -(CHR 5) x O(CHR 5) y2 -NR 3 R 4 -(CH 2 CHR 5 O) z R 6 R 3, R 4 stand independently from each other linear or branched alkyl chains having 1 to 6 carbon atoms; R 5 stands for hydrogen or methyl; R 6 stands for an alkyl chain having 1 to 4 carbon atoms, optionally substituted by a functional group; x, y2 stand independently from each other for integers of from 1 to 5; and z stands for an integer of from 1 to 30. M stands for a bivalent metal, preferably zinc, magnesium, copper or their mixtures; X stands for -O- or -S- or -NR 2 -; Y 1 stands for -O- or -S-; R 1, R 2 stand independently from each other for an alkyl, alkenyl, alkynyl, aryl and/or aralkyl chain having 7 to 25 carbon atoms, optionally substituted by a functional group; or a group according to formula and/or -(CHR 5) x O(CHR 5) y2 -NR 3 R 4 -(CH 2 CHR 5 O) z R 6 R 3, R 4 stand independently from each other linear or branched alkyl chains having 1 to 6 carbon atoms; R 5 stands for hydrogen or methyl; R 6 stands for an alkyl chain having 1 to 4 carbon atoms, optionally substituted by a functional group; x, y2 stand independently from each other for integers of from 1 to 5; and z stands for an integer of from 1 to 30.