mhurhangee/ep-ind-claims huggingface dataset:
A method for a sender at an organization to send a message to a recipient who is a customer of the organization over a communications network, wherein the recipient has a recipient identity, the method characterized by: at the organization, deriving a symmetric key for encrypting the message from a master key using a one-way function whose inputs include the master key and the recipient ID to generate a derived symmetric key; at the organization, encrypting the message using the derived symmetric key and sending the message to the recipient over the communications network; at the recipient, receiving the encrypted message; at the recipient, submitting a derived symmetric key request to the organization over the communications network, wherein the derived symmetric key request includes the recipient ID; authenticating the recipient to the organization and establishing a secure communications channel between the organization and the recipient over the communications network; and in response to the derived symmetric key request of the recipient, generating the derived symmetric key for the recipient to use in decrypting the message and providing the derived symmetric key to the recipient over the secure communications channel. at the organization, deriving a symmetric key for encrypting the message from a master key using a one-way function whose inputs include the master key and the recipient ID to generate a derived symmetric key; at the organization, encrypting the message using the derived symmetric key and sending the message to the recipient over the communications network; at the recipient, receiving the encrypted message; at the recipient, submitting a derived symmetric key request to the organization over the communications network, wherein the derived symmetric key request includes the recipient ID; authenticating the recipient to the organization and establishing a secure communications channel between the organization and the recipient over the communications network; and in response to the derived symmetric key request of the recipient, generating the derived symmetric key for the recipient to use in decrypting the message and providing the derived symmetric key to the recipient over the secure communications channel.
An environmentally friendly independently adjustable system for continuously producing biochar from biomass particles in a bulk material as a moving bed with a shaft reactor comprising a shaft reactor shell for receiving the biochar, comprising a head end and a foot end, at least one particle-conveying device for conveying the biomass particles into the shaft reactor, at least one aeration dosing device for feeding the air into the shaft reactor, wherein the head end of the shaft reactor has a charging opening and the foot end of the shaft reactor has a discharging opening, a central section is located between the head end and the foot end, a mesh is disposed in an interior of the shaft reactor in a transition region between the central section of the shaft reactor and the foot end to support the bulk material, the foot end of the shaft reactor has the aeration dosing device, the aeration dosing device has an air conduit pipe and an outer pipe, the outer pipe receives an upper end of the air conduit pipe, the outer pipe is movably connected to the air conduit pipe, the air conduit pipe is connected to an air outer pipe via which air can be supplied from outside, the particle-conveying device is disposed in the region of the head end, said particle-conveying device comprising a chute device, the chute device has a steplessly inclinable chute for distributing the bulk material in a uniform, controlled, steplessly radial manner and charging the bulk material with biomass particles, the chute is formed inclinably around a horizontal pivot axis oriented transverse to the vertical rotation axis, characterised in that the chute device which has a main drive device is rotatably driven by the drive device around the vertical rotation axis for charging the surface of the bulk material in the region around the vertical rotation axis, the supply of the air into the bulk material is controlled, in terms of the amount of air and the zone, by the aeration dosing device, wherein the spacing of an upper end of the outer pipe from the underside of the mesh can be set and the outer pipe can be displaced transverse to a central longitudinal axis A of the shaft reactor.
A system for handling of errors in map data (D map), comprising - a determination unit adapted to determine information related to said map data (D map), - an identification unit adapted to identify erroneous map data (D map, error) comprising at least one error in said map data (D map) on the basis of said information, - a storage unit adapted to store data related to said at least one identified error in said map data (D map), - a providing unit adapted to at least partly disregard said erroneous map data (D map, error) which contain said at least one identified error at the time of a provision of said map data (D map) for decision making on board a vehicle, and to instead provide said stored data to a decision making system and/or to a driver of said vehicle, characterized in that said determination unit is adapted to base said determination of information on a comparison of a first road gradient (D map,α1) obtained from said map data for a first road segment with a second road gradient (D map,α2) obtained from said may data for a second road segment, said first and second road segments being mutually adjacent. - a determination unit adapted to determine information related to said map data (D map), - an identification unit adapted to identify erroneous map data (D map, error) comprising at least one error in said map data (D map) on the basis of said information, - a storage unit adapted to store data related to said at least one identified error in said map data (D map), - a providing unit adapted to at least partly disregard said erroneous map data (D map, error) which contain said at least one identified error at the time of a provision of said map data (D map) for decision making on board a vehicle, and to instead provide said stored data to a decision making system and/or to a driver of said vehicle,
Apparatus for calibrating film tubes which are extrudable by means of a blow head comprising the following features: - a ring, along whose inner wall the extruded film tube may be guided in a transport direction (z), - a cooling fluid supply device (12, 13, 14) with which a cooling fluid may be passed between the inner wall and the film tube, - wherein the ring comprises at least one open chamber in the outlet region of the film tube, wherein the at least one opening of the chamber faces the film tube and is closed by at least one fluid-permeable element, and - wherein the chamber may be subjected to a vacuum, characterized in that - a further circumferential body provided with cavities is provided on the outlet side of the chamber, - a fluid under pressure may be introduced into the cavity, and - the wall of the body provided with cavities facing the film tube is permeable to this fluid, wherein the wall tapers in the direction of transport (z) of the film tube in the shape of a truncated cone, and wherein the wall assumes an angle of between 0 and 30 degrees with respect to the direction of transport (z). - a ring, along whose inner wall the extruded film tube may be guided in a transport direction (z), - a cooling fluid supply device (12, 13, 14) with which a cooling fluid may be passed between the inner wall and the film tube, - wherein the ring comprises at least one open chamber in the outlet region of the film tube, wherein the at least one opening of the chamber faces the film tube and is closed by at least one fluid-permeable element, and - wherein the chamber may be subjected to a vacuum, - a further circumferential body provided with cavities is provided on the outlet side of the chamber, - a fluid under pressure may be introduced into the cavity, and - the wall of the body provided with cavities facing the film tube is permeable to this fluid, wherein the wall tapers in the direction of transport (z) of the film tube in the shape of a truncated cone, and wherein the wall assumes an angle of between 0 and 30 degrees with respect to the direction of transport (z).
A wastewater treatment system comprising: a vacuum filter band system configured to receive resin from a saturated resin tank from a front end system, the vacuum filter band system configured to generate a slurry from the saturated resin tank and to provide a cascading resin rinse to the slurry, generating a metal solution; characterised in that there is provided a metal specific purification system, wherein the metal specific purification system comprises a plurality of purification units arranged in series, configured to generate a purification unit supersaturated with a target metal by pumping the metal solution through the plurality of purification units; a repetitive stripping system configured to receive the purification unit loaded with the target metal from the metal specific purification system, the repetitive stripping system further configured to sequentially apply the contents of a plurality of acid tanks to the purification unit loaded with the target metal to generate a metal salt. a vacuum filter band system configured to receive resin from a saturated resin tank from a front end system, the vacuum filter band system configured to generate a slurry from the saturated resin tank and to provide a cascading resin rinse to the slurry, generating a metal solution; characterised in that there is provided a metal specific purification system, wherein the metal specific purification system comprises a plurality of purification units arranged in series, configured to generate a purification unit supersaturated with a target metal by pumping the metal solution through the plurality of purification units; a repetitive stripping system configured to receive the purification unit loaded with the target metal from the metal specific purification system, the repetitive stripping system further configured to sequentially apply the contents of a plurality of acid tanks to the purification unit loaded with the target metal to generate a metal salt.
A combination therapeutic agent, in particular in the form of a kit, for use in the prophylactic and/or therapeutic treatment of bronchopulmonary diseases for the dosage reduction of at least one respiratory therapeutic agent, to be topically applied by way of inhalation, wherein the combination therapeutic agent comprises at least one monoterpene to be systematically applied, and at least one respiratory therapeutic agent to be topically applied, - wherein monoterpene is 1,8-cineol, and monoterpene is present in a peroral pharmaceutical form that is enteric-coated, yet soluble in the small intestines, in the form of capsules, and - wherein the respiratory therapeutic agent to be topically applied is a respiratory therapeutic agent to be applied by way of inhalation that is selected from the group of (i) corticosteroids; (ii) sympathomimetics; as well as mixtures and combinations of the compounds mentioned above; and wherein the bronchopulmonary disease is bronchial asthma, bronchitis, or a chronic obstructive pulmonary disease (COPD). - wherein monoterpene is 1,8-cineol, and monoterpene is present in a peroral pharmaceutical form that is enteric-coated, yet soluble in the small intestines, in the form of capsules, and - wherein the respiratory therapeutic agent to be topically applied is a respiratory therapeutic agent to be applied by way of inhalation that is selected from the group of (i) corticosteroids; (ii) sympathomimetics; as well as mixtures and combinations of the compounds mentioned above; and (i) corticosteroids; (ii) sympathomimetics;
A cold plasma treatment helmet (500, 700) for application to a head having contours, comprising: a confinement dome configured to conform to the contours of the head and to confine the cold plasma within the cold plasma treatment helmet; a gas injection system (560, 810) having a gas inlet and one or more gas apertures, the gas inlet configured to receive gas from an external source, and the gas apertures configured to distribute the gas into the confinement dome; and two or more dielectric barrier discharge devices (600, 710) disposed in the confinement dome, wherein the two or more DBD devices (600, 710) are coupled to an electrical input port. a confinement dome configured to conform to the contours of the head and to confine the cold plasma within the cold plasma treatment helmet; a gas injection system (560, 810) having a gas inlet and one or more gas apertures, the gas inlet configured to receive gas from an external source, and the gas apertures configured to distribute the gas into the confinement dome; and two or more dielectric barrier discharge devices (600, 710) disposed in the confinement dome, wherein the two or more DBD devices (600, 710) are coupled to an electrical input port.
- A support device for at least one cable of a telescopic antenna, which support device includes an arm comprising at least two sections (10a, 10b) hinged together by means of a hinge, a first end of the arm being intended to be secured by a first pivot connection to a fixed support receiving a foot of the antenna and a second end of the arm being intended to be secured to a head of the antenna by a second pivot connection, so that extending the antenna unfolds the arm and retracting the antenna folds back the arm, each section (10a, 10b) of the arm comprising at least one trough intended to contain at least one cable, a means for guiding the cable or cables being located in the vicinity of the hinge so as to prevent movement of the cable or cables in a direction parallel to the axis of the hinge, at least one means for tensioning the cable or cables being secured to the second end of the arm, characterised in that the means for tensioning the cable or cables comprises at least one duct arranged in the extension of a trough and presenting two successive portions (7, 8) having bends the radii of which are at least equal to the minimum bend radius allowed by the cable or cables, the two portions (7, 8) having orientations opposite to one another, the duct thus having an S shape, a first portion of the duct being intended to orientate the cable or cables towards the head of the antenna when the arm is folded, and a second portion of the duct having an open profile allowing the cable or cables to emerge from the second portion of the duct to freely orientate towards the head of the antenna when the arm is in the folded position, the bending of the second portion of the duct furthermore allowing the cable or cables to be tensioned when the arm is in the unfolded position.
Method for identifying a metering roller type which is not suitable for the seed material in a volumetrically metering sowing machine, in which an exchangeable metering roller having a plurality of chambers rotates in a metering housing, wherein a plurality of grains of the seed material are received from a storage container and volumetrically metered in each of the chambers, wherein the metered grains are detected using at least one grain sensor (8, 9), characterized in that signals of the grain sensor (8, 9) are evaluated using an evaluation unit and, in the process, a uniformity value for metering in the sense of accumulating and/or thinning-out the grains is determined, and wherein a signal, which indicates that the metering roller type used is not suitable for the seed material, is transmitted to an operator or control device of the sowing machine when there is a deviation in the uniformity value from a prespecified value (105, 106).
A composition comprising unconjugated methylphenidate, wherein the unconjugated methylphenidate comprises d-threo-methylphenidate, at least one pharmaceutically acceptable salt thereof, or salt mixtures thereof, and a compound, wherein the compound is a conjugate of d-methylphenidate, having the following chemical formula: or pharmaceutically salt of said compound.
A wire harness wiring unit provided to a base plate adapted to be mounted to a vehicle body, the wire harness wiring unit comprising: a wire harness having a distal end portion extending from an outer edge (11 b) of the base plate and a proximal end portion continuous with the distal end portion, the proximal end portion being mounted to the base plate and provided with an extra length portion with a predetermined length located between one end of the proximal end portion and the other end of the proximal end portion located opposite to the one end; a first mounting member for mounting the one end of the proximal end portion of the wire harness to the base plate such that the distal end portion of the wire harness is movable in a direction of adjusting a length of the distal end portion; a rod-like harness support fixed to the proximal end portion from the other end of the proximal end portion to the extra length portion in parallel with the proximal end portion; and a second mounting member for mounting, to the base plate, a portion of the harness support adjacent to the other end of the proximal end portion such that a position of the portion of the harness support adjacent to the other end of the proximal end portion is fixed and the harness support is movable along the base plate, wherein when a force is applied to the distal end portion in the direction of adjusting the length of the distal end portion, the first mounting member holds the one end of the proximal end portion in a manner that the one end slidably moves with respect to the first mounting member. a wire harness having a distal end portion extending from an outer edge (11 b) of the base plate and a proximal end portion continuous with the distal end portion, the proximal end portion being mounted to the base plate and provided with an extra length portion with a predetermined length located between one end of the proximal end portion and the other end of the proximal end portion located opposite to the one end; a first mounting member for mounting the one end of the proximal end portion of the wire harness to the base plate such that the distal end portion of the wire harness is movable in a direction of adjusting a length of the distal end portion; a rod-like harness support fixed to the proximal end portion from the other end of the proximal end portion to the extra length portion in parallel with the proximal end portion; and a second mounting member for mounting, to the base plate, a portion of the harness support adjacent to the other end of the proximal end portion such that a position of the portion of the harness support adjacent to the other end of the proximal end portion is fixed and the harness support is movable along the base plate,
A transport device for conveying a flowable material, the device comprising a screw conveyor for collecting the flowable material from a collecting zone and transporting the flowable material towards a destination zone, the screw conveyor comprising a spiral which is wound on a shaft extending along a longitudinal axis and an outer casing which at least partially houses the spiral, the spiral having a plurality of turns, the outer casing having an inner surface facing respective head surfaces of at least some turns of said plurality of turns, a compartment (V1, V2) being defined between two consecutive turns of said plurality of turns and the outer casing, characterised in that the outer casing is made at least partially with a deformable polymeric material in such a way that the outer casing deforms radially and reversibly towards the outside when a solid particle of said flowable material, conveyed by the spiral, is interposed between a head surface of a turn of said plurality of turns and the inner surface of the outer casing, in order to allow said solid particle to be transferred from one compartment to a further compartment adjacent to said compartment by passing between the head surface of the turn and the inner surface of the outer casing.
A system for displaying the storage status of overhead luggage storage bins in an aircraft, comprising: a plurality of cameras, one for each of a plurality of groups of the overhead luggage storage bins, each of the cameras mounted adjacent to an associated one of the groups of the overhead luggage storage bins such that a field of view of the camera is directed at inner portions of the associated group of overhead luggage storage bins when at least one of the overhead luggage storage bins in the group is in an open position; a plurality of projectors, one for each of the plurality of groups of overhead luggage storage bins, each of the plurality of projectors associated with a particular one of the plurality of cameras, each of the projectors mounted adjacent to an associated group of the overhead luggage storage bins such that an image projected by the projector is directed at outer surfaces of each of the overhead luggage storage bins in the associated group when at least one of the overhead luggage storage bins in the associated group is in a closed position, each projector configured to selectively project the image onto the outer surfaces of each of the overhead luggage storage bins in the associated group; and a controller communicatively coupled to the plurality of cameras and to the plurality of projectors, the controller configured to receive images from each of the plurality of cameras and to selectively provide such images to the projector associated with each camera. a plurality of cameras, one for each of a plurality of groups of the overhead luggage storage bins, each of the cameras mounted adjacent to an associated one of the groups of the overhead luggage storage bins such that a field of view of the camera is directed at inner portions of the associated group of overhead luggage storage bins when at least one of the overhead luggage storage bins in the group is in an open position; a plurality of projectors, one for each of the plurality of groups of overhead luggage storage bins, each of the plurality of projectors associated with a particular one of the plurality of cameras, each of the projectors mounted adjacent to an associated group of the overhead luggage storage bins such that an image projected by the projector is directed at outer surfaces of each of the overhead luggage storage bins in the associated group when at least one of the overhead luggage storage bins in the associated group is in a closed position, each projector configured to selectively project the image onto the outer surfaces of each of the overhead luggage storage bins in the associated group; and a controller communicatively coupled to the plurality of cameras and to the plurality of projectors, the controller configured to receive images from each of the plurality of cameras and to selectively provide such images to the projector associated with each camera.