mhurhangee/ep-ind-claims huggingface dataset:
A radar device comprising: a timing control component operable to generate, for each chirp of a sequence of chirps according to a set of chirp configuration parameters and a chirp profile for the chirp, chirp control signals to cause the radar device to transmit the chirp, the timing control component having a set of chirp configuration parameter inputs, a set of chirp profile parameter inputs, a chirp address output, and a set of chirp control signal outputs; a chirp configuration storage component having a set of chirp configuration parameter outputs coupled to corresponding inputs of the set of configuration parameter inputs of the timing control component, a chirp profile address output, and a chirp address input coupled to the chirp address output; and characterized by a chirp profile storage component having a set of chirp profile parameter outputs coupled to the set of chirp profile parameter inputs of the timing control component, and a chirp profile address input coupled to the chirp profile address output, wherein the chirp configuration parameters are those parameters that are most likely to be changed frequently across chirps in a frame, and the chirp profile parameters are those parameters that are most likely to have values common to multiple chirps in a frame, the chirp profile parameters are referred to collectively as a chirp profile. a timing control component operable to generate, for each chirp of a sequence of chirps according to a set of chirp configuration parameters and a chirp profile for the chirp, chirp control signals to cause the radar device to transmit the chirp, the timing control component having a set of chirp configuration parameter inputs, a set of chirp profile parameter inputs, a chirp address output, and a set of chirp control signal outputs; a chirp configuration storage component having a set of chirp configuration parameter outputs coupled to corresponding inputs of the set of configuration parameter inputs of the timing control component, a chirp profile address output, and a chirp address input coupled to the chirp address output; and characterized by a chirp profile storage component having a set of chirp profile parameter outputs coupled to the set of chirp profile parameter inputs of the timing control component, and a chirp profile address input coupled to the chirp profile address output, wherein the chirp configuration parameters are those parameters that are most likely to be changed frequently across chirps in a frame, and the chirp profile parameters are those parameters that are most likely to have values common to multiple chirps in a frame, the chirp profile parameters are referred to collectively as a chirp profile.
A cartridge for an e-vaping device, the cartridge comprising: a vaporizer assembly configured to vaporize a pre-vapor formulation to generate a vapor, the vaporizer assembly including, a dispensing interface configured to draw the pre-vapor formulation from a reservoir, and a heating element coupled to the dispensing interface, the heating element configured to heat the drawn pre-vapor formulation; an infrared sensor configured to measure a temperature of at least a portion of the heating element within a field of view based on measuring infrared radiation emitted by the portion of the heating element; and a storage device communicatively coupled to the infrared sensor, the storage device being configured to store sensor data generated by the infrared sensor. a vaporizer assembly configured to vaporize a pre-vapor formulation to generate a vapor, the vaporizer assembly including, a dispensing interface configured to draw the pre-vapor formulation from a reservoir, and a heating element coupled to the dispensing interface, the heating element configured to heat the drawn pre-vapor formulation; a dispensing interface configured to draw the pre-vapor formulation from a reservoir, and a heating element coupled to the dispensing interface, the heating element configured to heat the drawn pre-vapor formulation; an infrared sensor configured to measure a temperature of at least a portion of the heating element within a field of view based on measuring infrared radiation emitted by the portion of the heating element; and a storage device communicatively coupled to the infrared sensor, the storage device being configured to store sensor data generated by the infrared sensor.
A prepreg comprising reinforcing fibers, a thermosetting resin, and a thermoplastic resin, wherein said reinforcing fibers are impregnated with said thermosetting resin, wherein said thermoplastic resin exists in at least a part of a face of said prepreg, and wherein said thermosetting resin has a peak at 30°C or more and 100°C or less on a loss tangent (tan δ) curve obtained by dynamic mechanical analysis. wherein said reinforcing fibers are impregnated with said thermosetting resin, wherein said thermoplastic resin exists in at least a part of a face of said prepreg, and wherein said thermosetting resin has a peak at 30°C or more and 100°C or less on a loss tangent (tan δ) curve obtained by dynamic mechanical analysis.
A vessel filter comprising a first region (15, 112, 315, 412) and a second region (17, 115, 317), the filter movable between a collapsed position for delivery to the vessel and an expanded position for placement within the vessel, characterized in that the first region has a first mounting portion (35, 121, 221) and a first filter portion (32, 119, 219) opening in a first direction and having a first converging region (34, 132, 222) at a first portion to direct particles toward the center of the filter, the mounting portion (35, 121, 221) being flared in the expanded position to have a transverse dimension increasing in a direction away from the first portion, and in that the second region has a second mounting portion (55, 131, 241, 335, 421) and a second filter portion (52, 129, 239, 332, 419) opening in the first direction and having a second converging region (54, 151, 242, 334, 432) at a second portion to direct particles toward the center of the filter, the second mounting portion being flared in the expanded position to have a transverse dimension increasing in a direction away from the second portion, and in that a plurality of spaced apart struts (40, 40', 130, 340, 430) extend between the first and second converging regions.
A joint, especially a joint of a foldable furniture item, comprising two fittings (3, 4) and a link plate, which is connected at its respective ends in a rotationally movable manner to a respective one of the fittings (2, 3), wherein the fittings (2, 3), in the region of their ends (22, 31) which are covered at least partly by the link plate in a stretched position of the joint, comprise a limit stop (26, 35) which protrudes out of the plane of the link plate and rests on the link plate in the stretched position of the joint, wherein the link plate and the fittings can be locked together in a stretched position, characterized in that limit stops (26, 35) are formed as ends of the fittings (2, 3) which are bent and angled in relation to the plane of the link plate, wherein the link plate and the fittings (2, 3) comprise boreholes (28, 38, 45) which are arranged in such a way that one respective borehole of the link plate coincides with a borehole (28, 38) in one of the fittings in the stretched position of the joint, and the joint, in said stretched position, can be locked by inserting a respective securing pin of the joint in a respective one of the boreholes (28, 38, 45) of the fittings (2, 3) and the link plate.
A surface-modified nanoparticle comprising an inorganic core and surface modifying groups, wherein the surface modifying groups comprise at least one triorganoborane-amine complex having the structure -Z-NHR 1 -B(R 2) 3 wherein: Z is a divalent organic group; R 1 is H or an organic group; and each R 2 is independently an organic group bound to the boron atom through a carbon atom; and wherein the surface modifying groups further comprise non-amine functional stabilizing organic groups bound to the nanoparticles. Z is a divalent organic group; R 1 is H or an organic group; and each R 2 is independently an organic group bound to the boron atom through a carbon atom; and wherein the surface modifying groups further comprise non-amine functional stabilizing organic groups bound to the nanoparticles.
A bracket for fixing a lighting device to a bearing surface, wherein the bracket has a plate with a borehole, characterized in that the borehole is supplemented by two radial cuts (6', 6"), that on the edge of one of the cuts remote from the borehole an elastic component is fixed, the form of which is identical with the form of the borehole with the cut, wherein the elastic component is mounted, such that it can be bent restrictedly around a fixing line and can be reset freely in an initial position.
A machine part, comprising an iron-based sintered metal, the iron-based sintered metal having iron structures formed mainly of a ferrite phase, wherein the iron structures are bonded to each other with a copper-tin alloy, and wherein the iron-based sintered metal comprises 1 to 8 wt% of copper, 0.5 to 2 wt% of tin, and 0.1 to 0.5 wt% of carbon, with the balance being iron, wherein the machine part has a blending ratio of tin to copper of 1/5 or more and 1 or less in terms of weight ratio.
A one-piece mixer insert for a static mixer, the mixer insert comprising a first mixing element having a plurality of crossing first rods and the mixer insert comprising at least one second mixing element adjacent to the first mixing element along a longitudinal axis, twisted around the longitudinal axis by a twist angle, in particular of 90°, relative to the first mixing element and having several crossing second rods, the first rods having first rod ends facing the second mixing element and the second rods having first rod ends facing the first mixing element and part of the first and second rod ends (10, 17) being distributed over the outer circumference of the mixer insert, characterized in that each of the first rod ends distributed over the outer circumference of the mixer insert is connected to one of the second rod ends distributed over the outer circumference of the mixer insert in a material-bonded manner via a connection portion, in particular a connection web.
A network node configured to perform transcoding for communication between two terminals that use different codecs, the network node comprising: a detection section configured to detect the codecs respectively used by the two terminals; a determination section configured to, when detecting a change of the codec used by one of the two terminals based on a detection result in the detection section, determine, using a first codec of the other one of the two terminals and a second codec of the one of the two terminals which has been changed, whether to limit a first bandwidth of the first codec; and a transmission section configured to transmit, to the other one of the two terminals, signaling for limiting the first bandwidth in a case where it is determined to limit the first bandwidth in the determination section. a detection section configured to detect the codecs respectively used by the two terminals; a determination section configured to, when detecting a change of the codec used by one of the two terminals based on a detection result in the detection section, determine, using a first codec of the other one of the two terminals and a second codec of the one of the two terminals which has been changed, whether to limit a first bandwidth of the first codec; and a transmission section configured to transmit, to the other one of the two terminals, signaling for limiting the first bandwidth in a case where it is determined to limit the first bandwidth in the determination section.
A method for monitoring a downhole well operation comprising: at an accelerometer of a sensing system, receiving vibrations from the well caused by the downhole well operation and generating acceleration data in response to the received vibrations; and processing, by a processing system of the sensing system, the acceleration data to identify the downhole well operation, by comparing the acceleration data against reference data for known downhole well operations, the reference data being preloaded in the processing system; wherein the accelerometer is mounted at a surface location and connected to a structure which receives the vibrations from downhole in the well. at an accelerometer of a sensing system, receiving vibrations from the well caused by the downhole well operation and generating acceleration data in response to the received vibrations; and processing, by a processing system of the sensing system, the acceleration data to identify the downhole well operation, by comparing the acceleration data against reference data for known downhole well operations, the reference data being preloaded in the processing system; wherein the accelerometer is mounted at a surface location and connected to a structure which receives the vibrations from downhole in the well.
Cylinder of pressurised fluid, in particular of pressurised gas, comprising a tap containing a fluid circuit comprising at least one isolation valve, the cylinder comprising a pressure-indicating device comprising at least one pressure-sensitive piston in the cylinder and movable relative to the body of the tap according to the pressure level in the cylinder between at least one first retracted position and a second deployed position, the pressure-indicating device comprising at least one movable information support intended for mechanically cooperating with the piston, the information support being movable between at least two separate positions or states in order to symbolise at least two pressure levels, respectively, according to the position of the piston, characterised in that the cylinder is provided with a cap for protecting the tap comprising a rigid structure delimiting a protective volume around the tap, and in that the information support is movable relative to the cap between at least one separate first position and one separate second position, and in that the information support is urged towards the second position thereof via a return member acting solely on the movable information support and not on the piston and in that, in the deployed position thereof, the piston forms an abutment that blocks the information support in the first position thereof and that prevents it from moving to the second position thereof, and in that the cap comprises at least one opening forming a window for viewing the position or the state of the information support.
A surgical instrument comprising: a handle; and an elongated shaft assembly extending distally from the handle, wherein the elongated shaft assembly includes an articulable portion with an articulation direction, and wherein the elongated shaft assembly includes a first tubular member with a first flexible portion with a first preferential bending direction and a direction of bending resistance, wherein the articulable portion and the first tubular member are movable relative to each other to align the first preferential bending direction of the first flexible portion with the articulation direction of the articulable portion to permit articulation of the elongated shaft assembly. a handle; and an elongated shaft assembly extending distally from the handle,
A hollow tubular element (100, 200, 300, 400, 500) for an aerosol-generating article, the hollow tubular element (100, 200, 300, 400, 500) comprising: a peripheral portion providing a curved outer surface of the hollow tubular element, and defining a hollow inner region of the hollow tubular element (100, 200, 300, 400, 500); and an internal projection extending into the hollow inner region, wherein the hollow tubular element (100, 200, 300, 400, 500) is formed from a sheet, the sheet comprising: a first part and a second part adjacent to the first part with a first fold line therebetween; wherein the first part of the sheet forms at least part of the peripheral portion of the hollow tubular element (100, 200, 300, 400, 500); wherein the entirety of the first part of the sheet forms at least part of the curved outer surface of the hollow tubular element (100, 200, 300, 400, 500); and wherein the second part of the sheet defines the internal projection of the hollow tubular element (100, 200, 300, 400, 500), the internal projection extending into the hollow inner region of the hollow tubular element from the first fold line. a peripheral portion providing a curved outer surface of the hollow tubular element, and defining a hollow inner region of the hollow tubular element (100, 200, 300, 400, 500); and an internal projection extending into the hollow inner region, wherein the hollow tubular element (100, 200, 300, 400, 500) is formed from a sheet, the sheet comprising: a first part and a second part adjacent to the first part with a first fold line therebetween; wherein the first part of the sheet forms at least part of the peripheral portion of the hollow tubular element (100, 200, 300, 400, 500); wherein the entirety of the first part of the sheet forms at least part of the curved outer surface of the hollow tubular element (100, 200, 300, 400, 500); and wherein the second part of the sheet defines the internal projection of the hollow tubular element (100, 200, 300, 400, 500), the internal projection extending into the hollow inner region of the hollow tubular element from the first fold line.
An image forming apparatus comprising: a main body that comprises a door capable of opening and closing; a process cartridge that is adapted to be loaded into the main body and comprises a toner inlet; and a toner cartridge that contains toner to be supplied to the process cartridge, is adapted to be attached to and detached from the main body through the door, and comprises a toner outlet connected to the toner inlet, an inner shutter having an opening and being capable of moving to an open position in which the opening is in communication with the toner outlet and a closed position in which the toner outlet is closed, and an outer shutter that is disposed outside the inner shutter and is capable of moving to a first position and a second position respectively not allowing and allowing the toner to be discharged through the opening, wherein the outer shutter is adapted to move to the second position when the toner cartridge is loaded into the main body, and the inner shutter is adapted to move from the closed position to the open position by being interlocked in a closing operation of the door after the toner cartridge is loaded into the main body, further comprising an inlet shutter disposed on the process cartridge and being adapted to open and close the toner inlet, wherein the inner shutter is adapted to move the inlet shutter to a position in which the toner inlet is opened when the inner shutter moves to the open position. a main body that comprises a door capable of opening and closing; a process cartridge that is adapted to be loaded into the main body and comprises a toner inlet; and a toner cartridge that contains toner to be supplied to the process cartridge, is adapted to be attached to and detached from the main body through the door, and comprises a toner outlet connected to the toner inlet, an inner shutter having an opening and being capable of moving to an open position in which the opening is in communication with the toner outlet and a closed position in which the toner outlet is closed, and an outer shutter that is disposed outside the inner shutter and is capable of moving to a first position and a second position respectively not allowing and allowing the toner to be discharged through the opening, wherein the outer shutter is adapted to move to the second position when the toner cartridge is loaded into the main body, and the inner shutter is adapted to move from the closed position to the open position by being interlocked in a closing operation of the door after the toner cartridge is loaded into the main body, further comprising an inlet shutter disposed on the process cartridge and being adapted to open and close the toner inlet, wherein the inner shutter is adapted to move the inlet shutter to a position in which the toner inlet is opened when the inner shutter moves to the open position.
A dosing system comprising: a dispensing tube to dispense a viscous liquid from a holding container to an output container, said tube comprising an upper and a lower valve; a peristaltic pump to push against said dispensing tube and to cause said viscous liquid to open said lower valve; and characterised by a hall effect sensor to measure the strength of a front sensor magnet of said pump and to determine the presence of said dispensing tube. a dispensing tube to dispense a viscous liquid from a holding container to an output container, said tube comprising an upper and a lower valve; a peristaltic pump to push against said dispensing tube and to cause said viscous liquid to open said lower valve; and characterised by a hall effect sensor to measure the strength of a front sensor magnet of said pump and to determine the presence of said dispensing tube.
A fastening arrangement comprising a first component and a second component, wherein the first component is repeatably releasably fastenable to the second component, and an additional part (38, 40) that is pivotable about a pivot joint (42, 44) and that is pivotable between an open functional position, in which a joining portion of the first component is joinable to a receiving portion of the second component, and a closed functional position, in which the joining portion of the first component is received in the receiving portion of the second component, wherein during a transition between the functional positions, the additional part (38, 40) passes through an unstable dead-center position, wherein the additional part (38, 40) has two legs (46, 50; 48, 52) disposed at an angle to each other, characterized in that the pivot joint (42, 44) is formed by a convex joint portion (34, 36) of the additional part (38, 40) and a concave, peripherally open joint portion (30, 32) of the second component, wherein the joint portions (34, 30; 36, 32) bear against each other, in that the pivot joint (42, 44) is disposed in or at a region that connects the two legs (46, 50; 48, 52), and in that, in a relaxed state of rest of the additional part (38, 40), the legs (46, 50; 48, 52) define a first spread angle, and, in at least one transient condition between the open and closed functional positions of the additional part (38, 40), they define a second spread angle greater than the first spread angle.