mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented security method, comprising: obtaining, by a computer server system (102,202), a common web resource that is to be served in response to requests from a plurality, of different client devices (114,212,214); recoding portions of the common web resource in a manner that does not affect user perception of a presentation of the web resource on the plurality of different client devices, the recoding differing for different ones of the plurality of client devices; serving the web resource with the recoded portions to the plurality of different client devices; receiving, from the plurality of client devices, responses that result from the serving of the web resource, the responses having different content that depends on how a corresponding instance of the recoding of the portions of the web resource occurred for a particular one of the plurality of client devices; decoding content in the responses from particular ones of the client devices in a manner that corresponds to a manner in which the portions of the web resource were recoded for the particular ones of the client devices; and serving the web resource along with instrumentation code that is programmed to execute on the client devices to monitor interaction by other resources on the client device with the web resource; and receiving, from the instrumentation code that executes on the client devices, reports indicating that the instrumentation code detected abnormal behavior at particular ones of the client devices. obtaining, by a computer server system (102,202), a common web resource that is to be served in response to requests from a plurality, of different client devices (114,212,214); recoding portions of the common web resource in a manner that does not affect user perception of a presentation of the web resource on the plurality of different client devices, the recoding differing for different ones of the plurality of client devices; serving the web resource with the recoded portions to the plurality of different client devices; receiving, from the plurality of client devices, responses that result from the serving of the web resource, the responses having different content that depends on how a corresponding instance of the recoding of the portions of the web resource occurred for a particular one of the plurality of client devices; decoding content in the responses from particular ones of the client devices in a manner that corresponds to a manner in which the portions of the web resource were recoded for the particular ones of the client devices; and serving the web resource along with instrumentation code that is programmed to execute on the client devices to monitor interaction by other resources on the client device with the web resource; and receiving, from the instrumentation code that executes on the client devices, reports indicating that the instrumentation code detected abnormal behavior at particular ones of the client devices.
Quaternized nitrogen compound or reaction product comprising such a compound, wherein the quaternized nitrogen compound comprises a cation of the formula 2a or 2b and an anion of the formula 5 and is obtainable by reaction of compounds of the formulae 1, 3 and 4 in which R 1 is long-chain hydrocarbyl having a number-average molecular weight of 350 to 20 000 or 350 to 5000; at least one of the R 2, R 3 and R 4 radicals is a straight-chain or branched, saturated or unsaturated C 8 -C 40 -hydrocarbyl radical and the other radicals are identical or different, straight-chain or branched, saturated or unsaturated C 1 -C 6 -hydrocarbyl radicals; or in which all the R 2, R 3 and R 4 radicals are identical or different, straight-chain or branched, saturated or unsaturated long-chain C 8 -C 40 -hydrocarbyl radicals; or in which all the R 2, R 3 and R 4 radicals are identical or different short-chain C 1 -C 7 -alkyl radicals; R 5 is H or a hydrocarbyl radical, where the hydrocarbyl radical is an aliphatic or aromatic radical having 1 to 10 carbon atoms; and R is H or a radical produced by esterification with the epoxide. the quaternized nitrogen compound comprises a cation of the formula 2a or 2b and an anion of the formula 5 and is obtainable by reaction of compounds of the formulae 1, 3 and 4 in which R 1 is long-chain hydrocarbyl having a number-average molecular weight of 350 to 20 000 or 350 to 5000; at least one of the R 2, R 3 and R 4 radicals is a straight-chain or branched, saturated or unsaturated C 8 -C 40 -hydrocarbyl radical and the other radicals are identical or different, straight-chain or branched, saturated or unsaturated C 1 -C 6 -hydrocarbyl radicals; or in which all the R 2, R 3 and R 4 radicals are identical or different, straight-chain or branched, saturated or unsaturated long-chain C 8 -C 40 -hydrocarbyl radicals; or in which all the R 2, R 3 and R 4 radicals are identical or different short-chain C 1 -C 7 -alkyl radicals; R 5 is H or a hydrocarbyl radical, where the hydrocarbyl radical is an aliphatic or aromatic radical having 1 to 10 carbon atoms; and R is H or a radical produced by esterification with the epoxide.
A regulating system comprising: a tricolor LED system comprising: at least one first LED that emits light having a first color, at least one second LED that emits light having a second color, and at least one third LED that emits light having a third colors, at least one fourth LED that emits light having a fourth color different from the three other colors, a sensor that detects light emitted by the LEDs and generating sensor signals representing characteristics of the light, a controller that outputs control signals depending on the sensor signals and reference values, and LED drivers that drive the first, second, third and fourth LEDs depending on the control signals, characterised in that the sensor is a RGB sensor that measures characteristics of mixed light emitted by the tricolour LED system and the fourth LED during a first time interval and generates a triple set of values representing the characteristics of the mixed light and the sensor measures the light emitted by the fourth LED and measures characteristics of light emitted by the fourth LED during a second time interval, where the tricolour LED system does not emit light, and generates a triple set of values representing the characteristics of the light emitted by the fourth LED. a tricolor LED system comprising: at least one first LED that emits light having a first color, at least one second LED that emits light having a second color, and at least one third LED that emits light having a third colors, at least one first LED that emits light having a first color, at least one second LED that emits light having a second color, and at least one third LED that emits light having a third colors, at least one fourth LED that emits light having a fourth color different from the three other colors, a sensor that detects light emitted by the LEDs and generating sensor signals representing characteristics of the light, a controller that outputs control signals depending on the sensor signals and reference values, and LED drivers that drive the first, second, third and fourth LEDs depending on the control signals, characterised in that the sensor is a RGB sensor that measures characteristics of mixed light emitted by the tricolour LED system and the fourth LED during a first time interval and generates a triple set of values representing the characteristics of the mixed light and the sensor measures the light emitted by the fourth LED and measures characteristics of light emitted by the fourth LED during a second time interval, where the tricolour LED system does not emit light, and generates a triple set of values representing the characteristics of the light emitted by the fourth LED.
A hair extension kit enabling user's hair to be coupled with extended hairs and, the hair extension kit comprising: a fastening ring formed in a hollow shape, each upper end of the extended hairs and being attached to an inner peripheral surface of the fastening ring; a guiding loop having a portion thereof received in the fastening ring and a guiding and holding part formed at the lower end thereof, the guiding loop being removably from the fastening ring; characterized by a drawing loop having a portion thereof received between an inner wall of the fastening ring and the corresponding part of the guiding loop and a drawing and holding part formed at the lower end thereof, the drawing loop being removable from the fastening ring. a fastening ring formed in a hollow shape, each upper end of the extended hairs and being attached to an inner peripheral surface of the fastening ring; a guiding loop having a portion thereof received in the fastening ring and a guiding and holding part formed at the lower end thereof, the guiding loop being removably from the fastening ring; characterized by a drawing loop having a portion thereof received between an inner wall of the fastening ring and the corresponding part of the guiding loop and a drawing and holding part formed at the lower end thereof, the drawing loop being removable from the fastening ring.
A combustor, comprising: a radial fuel injection system aft of an axial fuel injection system, the radial fuel injection system comprising: a mixer; and a fuel injector disposed within the mixer; characterised by the radial fuel injection system further comprising a bluff body at an exit port of the mixer extending between two points on an inner surface of the mixer. a radial fuel injection system aft of an axial fuel injection system, the radial fuel injection system comprising: a mixer; and a fuel injector disposed within the mixer; characterised by a mixer; and a fuel injector disposed within the mixer; characterised by the radial fuel injection system further comprising a bluff body at an exit port of the mixer extending between two points on an inner surface of the mixer.
Method for applying spraying agent to an agricultural use area using an agricultural spraying device, in which a required quantity of the spraying agent is determined for at least one defined, in particular punctiform, target area (Z1, Z2) on the use area, in particular a plant (P1, P2), and in which the spraying agent is applied by means of at least one application element arranged on a frame and/or spray boom of the spraying device, preferably in the manner of a spot application, a relative position and/or relative orientation of the at least one application element with respect to the frame and/or the spray boom being changed during application by means of at least one associated adjusting device, characterized in that a discharge quantity of the spraying agent applied by the at least one application element at a defined discharge position along the use area exceeds the required quantity for the at least one, in particular punctiform, target area (Z1, Z2), the relative position and/or relative orientation of the at least one application element at the discharge position being adjusted by means of the adjusting device such that an impact quantity of the spraying agent applied to the at least one target area (Z1, Z2) corresponds at least substantially to the required quantity.
A helicopter, comprising: a fuselage; an engine carried within the fuselage; a transmission rotatably coupled to the engine and completely disposed within and pivotally attached to the fuselage; and a rotor system positioned above the fuselage, the rotor system having: a first rotor hub assembly; a second rotor hub assembly spaced apart from the first hub assembly; a plurality of rotor blades coupled to both the first hub assembly and the second hub assembly; a rotor mast rotatably engaged with the transmission and attached to both the first rotor hub assembly and the second rotor hub assembly; and a driver operably associated with the transmission; wherein, during flight, the engine rotates the rotor system via the transmission, while the driver pivots the transmission, which in turn tilts the first rotor hub assembly and the second rotor hub assembly relative to the fuselage. a fuselage; an engine carried within the fuselage; a transmission rotatably coupled to the engine and completely disposed within and pivotally attached to the fuselage; and a rotor system positioned above the fuselage, the rotor system having: a first rotor hub assembly; a second rotor hub assembly spaced apart from the first hub assembly; a plurality of rotor blades coupled to both the first hub assembly and the second hub assembly; a rotor mast rotatably engaged with the transmission and attached to both the first rotor hub assembly and the second rotor hub assembly; and a driver operably associated with the transmission; wherein, during flight, the engine rotates the rotor system via the transmission, while the driver pivots the transmission, which in turn tilts the first rotor hub assembly and the second rotor hub assembly relative to the fuselage. a first rotor hub assembly; a second rotor hub assembly spaced apart from the first hub assembly; a plurality of rotor blades coupled to both the first hub assembly and the second hub assembly; a rotor mast rotatably engaged with the transmission and attached to both the first rotor hub assembly and the second rotor hub assembly; and a driver operably associated with the transmission; wherein, during flight, the engine rotates the rotor system via the transmission, while the driver pivots the transmission, which in turn tilts the first rotor hub assembly and the second rotor hub assembly relative to the fuselage.
Multi-purpose examination table suitable for stress or pharmacological echocardiography, for echocardiography at rest, for transesophageal echocardiography, for angiology and for examinations at rest, allowing to pass in a very short time, from one examination sequence to another examination sequence, as quickly as possible and under improved conditions of comfort, speed and examination quality. A part of the table intended to receive the buttocks and the lower limbs, comprises a support for receiving an ergometer and the accessories thereof. This support bears on a transverse shaft mounted on the frame of the table situated at the end thereof and a control box support fixed to the frame of the table, the device being characterized in that it comprises: on the headrest part, an oblong orifice suitable for securing the head and being able to be filled by a component of identical shape and towards the heart, a cylindrical support with three positions and on the part of the table intended to receive the buttocks and the lower limbs, a rest composed of two cylinders mounted vertically and inclined towards the outside, this rest being rigidly connected to the fixed frame of the table for its synchronization during its inclination, a buttocks rest of rectangular shape and curved and a reversible lateral handle fixed to the right-hand side of the frame of the table. on the headrest part, an oblong orifice suitable for securing the head and being able to be filled by a component of identical shape and towards the heart, a cylindrical support with three positions and on the part of the table intended to receive the buttocks and the lower limbs, a rest composed of two cylinders mounted vertically and inclined towards the outside, this rest being rigidly connected to the fixed frame of the table for its synchronization during its inclination, a buttocks rest of rectangular shape and curved and a reversible lateral handle fixed to the right-hand side of the frame of the table.
A core shooting machine for producing cores by a process of shooting a core sand mixture into a at least one cavity in a core box that is associated with said core shooting machine, said core shooting machine comprising: a source of compressed air at an adjustable initial machine pressure P 0, said adjustable initial machine pressure P 0, being an adjustable process condition of the process, and a shooting head fluidically coupled to said source of compressed air by at least one conduit that includes an electronically controlled shot valve, said shooting head being configured for containing an amount of said core sand mixture, resulting in a filling degree H of the shoot head, said filling degree H being an adjustable process condition of the process, a computing device (50,60) associated with said core shooting machine, said computing device (50,60) being configured to perform a simulation of said process, said simulation using a model of said process, said computing device (50,60) being informed of, and said model taking into account, several process conditions, including said adjustable process conditions, said computing device (50,60 in) being configured to perform a simulation of said process on the basis of several process conditions, including said adjustable process conditions, to determine an improved or optimal value for one or more adjustable process conditions based on the result of a performed simulation. a source of compressed air at an adjustable initial machine pressure P 0, said adjustable initial machine pressure P 0, being an adjustable process condition of the process, and a shooting head fluidically coupled to said source of compressed air by at least one conduit that includes an electronically controlled shot valve, said shooting head being configured for containing an amount of said core sand mixture, resulting in a filling degree H of the shoot head, said filling degree H being an adjustable process condition of the process, a computing device (50,60) associated with said core shooting machine, said computing device (50,60) being configured to perform a simulation of said process, said simulation using a model of said process, said computing device (50,60) being informed of, and said model taking into account, several process conditions, including said adjustable process conditions, said computing device (50,60 in) being configured to perform a simulation of said process on the basis of several process conditions, including said adjustable process conditions, to determine an improved or optimal value for one or more adjustable process conditions based on the result of a performed simulation.
Rotor for an electrical machine, in particular a synchronous machine, - wherein the rotor has a rotor shaft defining a rotor axis, - wherein the rotor has a winding support, which is arranged fixed against rotation on the rotor shaft, with the result that it surrounds the rotor shaft in a central section, in relation to the rotor axis, - wherein the winding support supports a superconducting rotor winding, - wherein the rotor has a sleeve, which surrounds the winding support and the rotor winding at least radially, in relation to the rotor axis, characterized in that - the sleeve consists integrally of a copper alloy which contains a maximum of 2.0 percent by weight of chromium, at least 0.1 and at most 0.5 percent by weight of zirconium and the remainder copper, at least in the region in which it surrounds the winding support and the superconducting rotor winding radially, and is solidified, - wherein the solidified copper alloy is an oxide dispersion-hardened copper alloy. - wherein the rotor has a rotor shaft defining a rotor axis, - wherein the rotor has a winding support, which is arranged fixed against rotation on the rotor shaft, with the result that it surrounds the rotor shaft in a central section, in relation to the rotor axis, - wherein the winding support supports a superconducting rotor winding, - wherein the rotor has a sleeve, which surrounds the winding support and the rotor winding at least radially, in relation to the rotor axis, characterized in that - the sleeve consists integrally of a copper alloy which contains a maximum of 2.0 percent by weight of chromium, at least 0.1 and at most 0.5 percent by weight of zirconium and the remainder copper, at least in the region in which it surrounds the winding support and the superconducting rotor winding radially, and is solidified, - wherein the solidified copper alloy is an oxide dispersion-hardened copper alloy.
A vacuum skin packaging process comprising the steps of: - providing a support; - providing a film (31; 32); - loading the support with a product, such that the product leaves a free surface of the support not contacted by the product; - holding at least one film portion of the film (31; 32) above the product loaded support, with at least one nozzle being positioned in an interspace between an upper surface of the support and a bottom surface of the film portion; - heating the at least one film portion; - evacuating air from below the film portion by sucking gas through a suction aperture of the nozzle; - releasing the film portion and allowing the film portion to contact the product and heat bond to the free surface of the support, the heat bonding air tightly closing the product between the support and the film portion thereby forming a vacuum skin packaged product, characterized in that the nozzle is kept in said interspace between the film portion and the support while heat bonding is taking place, such that at least one film flap is formed, which is located above said interspace and which does not heat bond to the underlying support, thereby forming a grip element for easy opening of the skin package. - providing a support; - providing a film (31; 32); - loading the support with a product, such that the product leaves a free surface of the support not contacted by the product; - holding at least one film portion of the film (31; 32) above the product loaded support, with at least one nozzle being positioned in an interspace between an upper surface of the support and a bottom surface of the film portion; - heating the at least one film portion; - evacuating air from below the film portion by sucking gas through a suction aperture of the nozzle; - releasing the film portion and allowing the film portion to contact the product and heat bond to the free surface of the support, the heat bonding air tightly closing the product between the support and the film portion thereby forming a vacuum skin packaged product,
A cathode mixture for an all-solid-state battery, the cathode mixture comprising: a cathode active material, and a sulfide solid electrolyte, wherein the cathode active material consists of a composite oxide containing Li, Ni, Co, and Mn, the cathode active material has a layered rock-salt crystal phase, and a concentration of cobalt inside the cathode active material is higher than a concentration of cobalt of a surface of the cathode active material, and wherein the cathode active material is in the form of a particle having a mean particle diameter D 50 of 1 μm to 15 μm, wherein the mean particle diameter D 50 represents a 50% mean volume particle diameter derived from particle size distribution measured resulting from a particle counter based on a laser scattering and diffraction method. a cathode active material, and a sulfide solid electrolyte, wherein the cathode active material consists of a composite oxide containing Li, Ni, Co, and Mn, the cathode active material has a layered rock-salt crystal phase, and a concentration of cobalt inside the cathode active material is higher than a concentration of cobalt of a surface of the cathode active material, and wherein the cathode active material is in the form of a particle having a mean particle diameter D 50 of 1 μm to 15 μm, wherein the mean particle diameter D 50 represents a 50% mean volume particle diameter derived from particle size distribution measured resulting from a particle counter based on a laser scattering and diffraction method.