mhurhangee/ep-ind-claims huggingface dataset:
A light-emitting device comprising: a first metal reflection layer comprising a first phase modulation surface, the first phase modulation surface being configured to generate magnetic resonance with respect to light that is incident upon the first phase modulation surface; a color conversion layer provided on the first phase modulation surface and comprising a photoluminescent material; a first electrode provided on the color conversion layer; a hole injection and transport layer provided on the first electrode; a blue organic light-emitting layer provided on the hole injection and transport layer; an electron injection and transport layer provided on the blue organic light-emitting layer; a second electrode provided on the electron injection and transport layer, characterized in that the first metal reflection layer and the second electrode form a microcavity having a resonant wavelength, and wherein the first phase modulation surface has a meta structure in which nano patterns are arranged periodically, so that the space between the nano patterns becomes a magnetic resonator that generates the magnetic resonance to the incident light. a first metal reflection layer comprising a first phase modulation surface, the first phase modulation surface being configured to generate magnetic resonance with respect to light that is incident upon the first phase modulation surface; a color conversion layer provided on the first phase modulation surface and comprising a photoluminescent material; a first electrode provided on the color conversion layer; a hole injection and transport layer provided on the first electrode; a blue organic light-emitting layer provided on the hole injection and transport layer; an electron injection and transport layer provided on the blue organic light-emitting layer; a second electrode provided on the electron injection and transport layer, characterized in that the first metal reflection layer and the second electrode form a microcavity having a resonant wavelength, and wherein the first phase modulation surface has a meta structure in which nano patterns are arranged periodically, so that the space between the nano patterns becomes a magnetic resonator that generates the magnetic resonance to the incident light.
A frequency reconfigurable antenna comprising: at least two antenna segments (12, 32); and a photonic crystal positioned between the at least two antenna segments to selectably electrically connect or isolate the at least two antenna segments with respect to each, wherein the photonic crystal is configured to act as a switch and is further configured to have an on state in which the photonic crystal has a distorted state that electrically connects the at least two antenna segments by passing electromagnetic radiation therethrough and an off state in which the photonic crystal has an undistorted state that electrically isolates the at least two antenna segments by blocking electromagnetic radiation, wherein the photonic crystal has a dielectric constant that changes between the distorted and undistorted states, and wherein the photonic crystal is responsive to a biasing current applied thereto and is configured to be off in the undistorted state responsive to an absence of the biasing current being applied to the photonic crystal and wherein the photonic crystal is configured to be on in the distorted state responsive to the biasing current being applied to the photonic crystal. at least two antenna segments (12, 32); and a photonic crystal positioned between the at least two antenna segments to selectably electrically connect or isolate the at least two antenna segments with respect to each, wherein the photonic crystal is configured to act as a switch and is further configured to have an on state in which the photonic crystal has a distorted state that electrically connects the at least two antenna segments by passing electromagnetic radiation therethrough and an off state in which the photonic crystal has an undistorted state that electrically isolates the at least two antenna segments by blocking electromagnetic radiation, wherein the photonic crystal has a dielectric constant that changes between the distorted and undistorted states, and wherein the photonic crystal is responsive to a biasing current applied thereto and is configured to be off in the undistorted state responsive to an absence of the biasing current being applied to the photonic crystal and wherein the photonic crystal is configured to be on in the distorted state responsive to the biasing current being applied to the photonic crystal.
An assembly comprising: - a platform assembly intended to receive passengers, - a cylindrical structure comprising at least three vertical posts, the platform assembly being mobile within the cylindrical structure, the assembly being characterized in that it comprises at least three carriages fastened to the platform assembly and adapted to be attached to drive cables accommodated in guide rails of at least three of the posts of the cylindrical structure. - a platform assembly intended to receive passengers, - a cylindrical structure comprising at least three vertical posts, the platform assembly being mobile within the cylindrical structure,
A self-propelled forage harvester comprising a conditioning device having a first roller which is driven by a belt drive and which is drivingly connected by the belt drive to a second roller, which are drivable at different driving rotary speeds, characterised in that to modify the differential rotary speed between the first roller and the second roller the driving rotary speed of the second roller can be superposed by an additional drive drivingly connected to the second roller.
An earpiece configured to be at least partially inserted into an ear and comprising a core (17, 117, 177, 187, 217, 317, 417, 517) comprising a material that during insertion of the earpiece into the ear is deformable above a transition temperature and non-deformable below the transition temperature, characterized by a sleeve (21, 121, 191, 221, 321, 421, 521) at least partially enclosing the core (17, 117, 177, 187, 217, 317, 417, 517), wherein the sleeve (21, 121, 191, 221, 321, 421, 521) has elastic properties selected such that the core (17, 117, 177, 187, 217, 317, 417, 517) conforms to a shape (22, 23, 122, 123, 322, 422, 522) of the sleeve (21, 121, 191, 221, 321, 421, 521) above the transition temperature and the core (17, 117, 177, 187, 217, 317, 417, 517) retains the sleeve (21, 121, 191, 221, 321, 421, 521) in its shape (22, 23, 122, 123, 322, 422, 522) below the transition temperature, wherein said elastic properties are selected such that the sleeve (21, 121, 191, 221, 321, 421, 521) comprises an original shape (22, 122, 322, 422, 522) and that above the transition temperature - the sleeve (21, 121, 191, 221, 321, 421, 521) is deformable from the original shape (22, 122, 322, 422, 522) to a deformed shape (23, 123) during insertion of the earpiece into the ear, and - the sleeve (21, 121, 191, 221, 321, 421, 521) returns to its original shape (22, 122, 322, 422, 522) when no force is exerted on the sleeve. - the sleeve (21, 121, 191, 221, 321, 421, 521) is deformable from the original shape (22, 122, 322, 422, 522) to a deformed shape (23, 123) during insertion of the earpiece into the ear, and - the sleeve (21, 121, 191, 221, 321, 421, 521) returns to its original shape (22, 122, 322, 422, 522) when no force is exerted on the sleeve.
A method of switching-off a polyphase electric machine in a motor vehicle, the polyphase electric machine comprising a rotor having a rotor winding and a stator having a polyphase stator winding, - wherein in a block mode of the electric machine, a parameter influencing a pole wheel voltage vector (U p) of a pole wheel voltage is changed such that the pole wheel voltage reaches a first threshold value (S 1), - wherein the block mode is deactivated when the first threshold value (S 1) is reached and a PWM mode for applying a phase voltage with a phase voltage vector (U s) is activated, - wherein the phase voltage vector (U s) and the pole wheel voltage vector (U p) are changed in PWM mode until the parameter influencing the pole wheel voltage reaches a further threshold value (S 2), - wherein the phase voltage is switched off when the further threshold value (S 2) is reached. - wherein in a block mode of the electric machine, a parameter influencing a pole wheel voltage vector (U p) of a pole wheel voltage is changed such that the pole wheel voltage reaches a first threshold value (S 1), - wherein the block mode is deactivated when the first threshold value (S 1) is reached and a PWM mode for applying a phase voltage with a phase voltage vector (U s) is activated, - wherein the phase voltage vector (U s) and the pole wheel voltage vector (U p) are changed in PWM mode until the parameter influencing the pole wheel voltage reaches a further threshold value (S 2), - wherein the phase voltage is switched off when the further threshold value (S 2) is reached.
Method for processing a combustible product which develops explosive gases during processing, in particular a mixture of substances, in continuous operation with a separator arrangement, wherein the separator arrangement has at least the following: a rotatable bowl arranged in a hood space and having a vertical axis of rotation, which bowl is mounted on a rotatable drive spindle, and a drive space which contains one, several or all components of a separator drive, wherein a negative pressure is generated during processing in one or both regions of the hood space and the drive space which is so low that, in operation, no spark-excited ignition of the residual gases still present is possible, or only one spark-excited ignition which does not damage the separator arrangement, characterized in that a negative pressure is generated in the hood space, which negative pressure is so low that for the product to be processed at the air pressure generated by negative pressure the expected explosion limit in air is undershot, wherein the explosion limit is used as a reference variable for controlling the negative pressure.
A process for the synthesis of efinaconazole which comprises reacting 1-[[(2R,3S)-2-(2,4-difluorophenyl)-3-methyloxyranyl]methyl]-1H-1,2,4-triazole with 4-methylenepiperidine, as free base or hydrochloride, in an organic aprotic solvent in the presence of neutralising agents and metal species promoting the reaction under anhydrous conditions.
A jump liner for a push-pull MIG welding torch, the jump liner comprising: an elongated tubular body having front and back ends, the tubular body being made of a flexible plastic material, characterized by a front adapter disposed at the front end of the tubular body, the front adapter being fitable in a retaining head of the torch; and a back adapter disposed at the back end of the tubular body, the back adapter being fitable in one of a gooseneck and body block of the welding torch; wherein the front adapter provides sealing between the jump liner and the retaining head to prevent back flow leakage of shielding gas, the front adapter prevents deformation of the tubular body at elevated temperatures, and the back adapter provides sealing between the jump liner and the gooseneck or body block, wherein the front adapter is thread fit with the tubular body. an elongated tubular body having front and back ends, the tubular body being made of a flexible plastic material, characterized by a front adapter disposed at the front end of the tubular body, the front adapter being fitable in a retaining head of the torch; and a back adapter disposed at the back end of the tubular body, the back adapter being fitable in one of a gooseneck and body block of the welding torch;
A connector having a socket configured to be mounted on one circuit board including: a socket body formed of an insulation material and having a plug groove with which a header mounted on another circuit board is connectable; and plural pairs of socket contacts held on both side walls of the plug groove of the socket body and contacted with the header posts when the header is engaged with the plug groove; and a pair of socket reinforcing metal fittings integrally inserted by insert molding into both end portions in the longitudinal direction of the socket body, each socket reinforcing metal fittings have a pair of fixed portions respectively protruding outward from lower ends of the plug groove in a direction perpendicular to the side walls formed on longitudinal direction of the socket body and to be soldered on lands of a circuit board, a coupling portion coupling between the fixed portions and embedded in the side wall formed on the longitudinal direction of the socket body by insert molding; characterized by that an extension portion embedded by insert molding in the side wall formed on longitudinal direction of the socket body, respectively; wherein the extension portion forms a U-shaped section with the coupling portion. a socket body formed of an insulation material and having a plug groove with which a header mounted on another circuit board is connectable; and plural pairs of socket contacts held on both side walls of the plug groove of the socket body and contacted with the header posts when the header is engaged with the plug groove; and a pair of socket reinforcing metal fittings integrally inserted by insert molding into both end portions in the longitudinal direction of the socket body, each socket reinforcing metal fittings have a pair of fixed portions respectively protruding outward from lower ends of the plug groove in a direction perpendicular to the side walls formed on longitudinal direction of the socket body and to be soldered on lands of a circuit board, a coupling portion coupling between the fixed portions and embedded in the side wall formed on the longitudinal direction of the socket body by insert molding; characterized by that
A stock-controlling method for a storage yarn feeder, said yarn feeder being provided with a drum which is driven to rotate by a motor controlled by a control unit for drawing yarn from a reel and winding it upon itself in the shape of loops forming a stock, in which said control unit: - estimates the stock on the drum on the basis of an information indicative of the amount of yarn which is unwound from the drum upon request from a downstream machine, and of an information indicative of the amount of yarn which is wound on the drum, and - retroactively controls said motor to substantially stabilize said stock on a reference value (REF_RES), characterized in that said control unit also performs a parallel correction routine which: - compares said stock with said reference value (REF_RES) to estimate a stock status RES < REF_RES or RES ≥ REF_RES, wherein RES is said estimated stock and REF_RES is said reference value, - compares said estimated stock status with a presence signal generated by sensor means adapted to generate an absolute binary information (RES_PRES) indicative of the presence/absence of yarn in a monitored area of the drum, and - in case of inconsistency between said estimated stock status and said presence signal, corrects said stock so that it converges toward said monitored area of the drum. - estimates the stock on the drum on the basis of an information indicative of the amount of yarn which is unwound from the drum upon request from a downstream machine, and of an information indicative of the amount of yarn which is wound on the drum, and - retroactively controls said motor to substantially stabilize said stock on a reference value (REF_RES), - compares said stock with said reference value (REF_RES) to estimate a stock status RES < REF_RES or RES ≥ REF_RES, wherein RES is said estimated stock and REF_RES is said reference value, - compares said estimated stock status with a presence signal generated by sensor means adapted to generate an absolute binary information (RES_PRES) indicative of the presence/absence of yarn in a monitored area of the drum, and - in case of inconsistency between said estimated stock status and said presence signal, corrects said stock so that it converges toward said monitored area of the drum.
Exhaust gas system for a combustion appliance, having • a sound absorber, • a catalytic converter for the treatment of hazardous substances contained in exhaust gas, • a nozzle assembly that is arranged upstream of the catalytic converter in the exhaust gas flow and has an outlet hole through which an exhaust gas treatment fluid can be injected into the exhaust gas, • and having a mixer section that is disposed between the nozzle assembly and the catalytic converter and in which a mixing apparatus for intensive mixing of the exhaust gas with the exhaust gas treatment fluid is disposed, wherein • the sound absorber extends between the nozzle assembly and the catalytic converter, • the sound absorber is designed in the form of a deflecting sound absorber that serves as mixing apparatus, • the sound absorber incorporates a chamber that is separated from the catalytic converter by a partition wall, • the partition wall is penetrated by neck pipes of which each first end that is disposed upstream is disposed in the chamber, and of which each second end that is disposed downstream is disposed on the other side of the partition wall upstream of the catalytic converter, • and the sound absorber and the catalytic converter are disposed in a common housing, characterised in that • the neck pipes end on both sides of the partition wall in whichever chamber adjoins the partition wall, and • the component parts of the exhaust gas system are arranged in such a way that all of the exhaust gas flows along a single common path through each of the successive treatment stages of the exhaust gas system. • a sound absorber, • a catalytic converter for the treatment of hazardous substances contained in exhaust gas, • a nozzle assembly that is arranged upstream of the catalytic converter in the exhaust gas flow and has an outlet hole through which an exhaust gas treatment fluid can be injected into the exhaust gas, • and having a mixer section that is disposed between the nozzle assembly and the catalytic converter and in which a mixing apparatus for intensive mixing of the exhaust gas with the exhaust gas treatment fluid is disposed, • the sound absorber extends between the nozzle assembly and the catalytic converter, • the sound absorber is designed in the form of a deflecting sound absorber that serves as mixing apparatus, • the sound absorber incorporates a chamber that is separated from the catalytic converter by a partition wall, • the partition wall is penetrated by neck pipes of which each first end that is disposed upstream is disposed in the chamber, and of which each second end that is disposed downstream is disposed on the other side of the partition wall upstream of the catalytic converter, • and the sound absorber and the catalytic converter are disposed in a common housing, • the neck pipes end on both sides of the partition wall in whichever chamber adjoins the partition wall, and • the component parts of the exhaust gas system are arranged in such a way that all of the exhaust gas flows along a single common path through each of the successive treatment stages of the exhaust gas system.
An autogyro with (a) a rotor and (b) a gas pressure spring, which is arranged to trim the rotor about its transverse axis (D 12), wherein the gas pressure spring has a spring volume (V p), characterised by (c) a gas storage facility that is connected to the gas pressure spring and has a storage volume (V S), which is greater than the spring volume (V p). (a) a rotor and (b) a gas pressure spring, which is arranged to trim the rotor about its transverse axis (D 12), wherein the gas pressure spring has a spring volume (V p), characterised by (c) a gas storage facility that is connected to the gas pressure spring and has a storage volume (V S), which is greater than the spring volume (V p).
A building technology device, in particular an operating device for lighting means, having a display module, which is connected to a control unit of the building technology device, wherein the building technology device electrically supplies the display module, characterized in that the display module is configured to display operating parameter information of the building technology device even in the case of discontinuation of the electrical supply by the building technology device without a float voltage, wherein the display module has a display unit with electronic paper.
A monoterperne for use in treating a brain tumor in a mammal, wherein the monoterpene is perillyl alcohol and is administered before or concurrently with a therapeutic agent that is a chimeric antigen receptor T-cell (CAR-T cell).
A milling apparatus for milling material, the apparatus comprising: at least two axially extended members, eccentrically mounted one within the other so as to define a chamber therebetween; the interior surface of the outer member being centred on the axis of that outer member; the exterior surface of the inner member being centred on the axis of that inner member; both inner and outer members being rotatable about their respective axes; an inlet for introducing material to be milled into the mixing chamber, and an outlet for removing milled material from the mixing chamber; whereby, for any given axial position, the variation in radial distance between the two members, defines a gap that alternately decreases and increases with respect to circumferential movement, for the purpose of applying movement and stress to material entering the gap, such that material passing through the chamber is caused to describe a substantially spiral path with respect to the axial orientation of the inner and outer members; and further such that material within the chamber is subjected primarily to mechanically-induced compressive stresses and fluid-induced extensional stresses when both inner and outer members rotate in the same direction, and primarily to fluid-induced shear stresses when both inner and outer members rotate in opposite directions; characterized in that a third member extends axially into the chamber for the purpose of extracting the heat arising from the application of stress to the material immediately on exiting from the highly stressed zone. at least two axially extended members, eccentrically mounted one within the other so as to define a chamber therebetween; the interior surface of the outer member being centred on the axis of that outer member; the exterior surface of the inner member being centred on the axis of that inner member; both inner and outer members being rotatable about their respective axes; an inlet for introducing material to be milled into the mixing chamber, and an outlet for removing milled material from the mixing chamber; whereby, for any given axial position, the variation in radial distance between the two members, defines a gap that alternately decreases and increases with respect to circumferential movement, for the purpose of applying movement and stress to material entering the gap, such that material passing through the chamber is caused to describe a substantially spiral path with respect to the axial orientation of the inner and outer members; and further such that material within the chamber is subjected primarily to mechanically-induced compressive stresses and fluid-induced extensional stresses when both inner and outer members rotate in the same direction, and primarily to fluid-induced shear stresses when both inner and outer members rotate in opposite directions; characterized in that a third member extends axially into the chamber for the purpose of extracting the heat arising from the application of stress to the material immediately on exiting from the highly stressed zone.