mhurhangee/ep-ind-claims huggingface dataset:
An information registration method for use in a system, the system comprising a terminal and an authentication server, wherein the terminal comprises a business application and a security information application, the method comprising, at the terminal: sending from the business application a request for registering standard information to the authentication server; receiving by the business application first authentication information fed back by the authentication server, wherein the first authentication information comprises a certificate signed, by the authentication server, using a first encryption key of the authentication server; generating by the business application a standard information acquisition request, sending the standard information acquisition request and the first authentication information to the security information application; receiving, by the security information application, the first authentication information and the standard information acquisition request sent by the business application, authenticating the first authentication information, and after the authentication is approved, returning standard information signed by using second authentication information and returning an identity identifier of the standard information back to the business application; receiving by the business application the signed standard information and the identity identifier of the standard information from the security information application; and sending the signed standard information, the identity identifier of the standard information, and the first authentication information to the authentication server for approval and registration. receiving by the business application first authentication information fed back by the authentication server, wherein the first authentication information comprises a certificate signed, by the authentication server, using a first encryption key of the authentication server; generating by the business application a standard information acquisition request, sending the standard information acquisition request and the first authentication information to the security information application; receiving, by the security information application, the first authentication information and the standard information acquisition request sent by the business application, authenticating the first authentication information, and after the authentication is approved, returning standard information signed by using second authentication information and returning an identity identifier of the standard information back to the business application; receiving by the business application the signed standard information and the identity identifier of the standard information from the security information application; and sending the signed standard information, the identity identifier of the standard information, and the first authentication information to the authentication server for approval and registration.
A combination comprising as a first active ingredient 6-fluoro-2-(4-morpholin-4-ylmethyl-phenyl)-quinoline-4-carboxylic acid (2-pyrrolidin-1-yl-ethyl)-amide or a pharmaceutically acceptable salt thereof and as a second active ingredient pyronaridine or a pharmaceutically acceptable salt thereof.
A communication terminal, comprising; a mode changer configured to change a codec mode or a codec mode set of the communication terminal or a partner terminal that is a communication destination, the communication terminal is configured to be configured by a signaling message for negotiation received from the partner terminal when communication starts between the communication terminal and the partner terminal, the signaling message for codec negotiation including a codec, and a codec mode or a codec mode set; and a transmitter configured to transmit, during communication with the partner terminal, a codec mode of the communication terminal currently in use, using an RTP Real-time Transport Protocol payload, wherein the transmitter is configured to transmit a codec mode request CMR for requesting the partner terminal to change the codec mode of the partner terminal using the RTP payload, the RTP payload includes a codec mode request field that is only present when the codec mode or the codec mode set of the partner terminal needs to be changed.
A leading-edge arrangement for an aircraft, comprising: - a plurality of movable flow bodies (10, 12, 14, 16), - a thermally insulated supply duct, - an air transfer duct, and - at least one perforated tube, wherein the movable flow bodies (10, 12, 14) are arranged in a consecutive arrangement to form a row with a first end and a second end, wherein the supply duct reaches into an interior of one of the flow bodies at the first end, wherein the air transfer duct connects to the supply duct, comprises a thermal insulation, and extends at least through the interior of the respective flow body directly from the first end in the direction towards the second end through at least two consecutive flow bodies (10, 12), wherein the at least one perforated tube is arranged inside at least one of the flow bodies (12,14) that directly follows on, wherein the at least one perforated tube is in fluid communication with the air transfer duct, and wherein the air transfer duct is configured to transfer air from the supply duct into the at least one perforated tube. - a plurality of movable flow bodies (10, 12, 14, 16), - a thermally insulated supply duct, - an air transfer duct, and - at least one perforated tube, wherein the movable flow bodies (10, 12, 14) are arranged in a consecutive arrangement to form a row with a first end and a second end, wherein the supply duct reaches into an interior of one of the flow bodies at the first end, wherein the air transfer duct connects to the supply duct, comprises a thermal insulation, and extends at least through the interior of the respective flow body directly from the first end in the direction towards the second end through at least two consecutive flow bodies (10, 12), wherein the at least one perforated tube is arranged inside at least one of the flow bodies (12,14) that directly follows on, wherein the at least one perforated tube is in fluid communication with the air transfer duct, and wherein the air transfer duct is configured to transfer air from the supply duct into the at least one perforated tube.
A method of removing particulate matter from a fluid, comprising: affixing an activating material to the particulate matter in the fluid_to form an activated particle, wherein said activating material is an anionic or cationic polymer; affixing a tethering material to an anchor particle to form a tether-bearing anchor particle, wherein the tethering material is an anionic or cationic polymer and wherein said anchor particle is a particle that has a density or particle size that facilitates separating the particulate matter; contacting the tether-bearing anchor particle with the fluid that comprises the activated particle, wherein the tethering material attaches to the activating material of the activated particle to form a removable complex in the fluid; wherein if the activating material is an anionic polymer then the tethering material is a cationic polymer, and wherein if the activating material is a cationic polymer, then the tethering material is an anionic polymer; said method further comprising removing the removable complex from the fluid. affixing an activating material to the particulate matter in the fluid_to form an activated particle, wherein said activating material is an anionic or cationic polymer; affixing a tethering material to an anchor particle to form a tether-bearing anchor particle, wherein the tethering material is an anionic or cationic polymer and wherein said anchor particle is a particle that has a density or particle size that facilitates separating the particulate matter; contacting the tether-bearing anchor particle with the fluid that comprises the activated particle, wherein the tethering material attaches to the activating material of the activated particle to form a removable complex in the fluid; wherein if the activating material is an anionic polymer then the tethering material is a cationic polymer, and wherein if the activating material is a cationic polymer, then the tethering material is an anionic polymer; said method further comprising removing the removable complex from the fluid.
A floor, wall or ceiling panel, which has a carrier plate and an upper-side veneer, a resin layer being provided between the carrier plate and the veneer, and the carrier plate, the resin layer, and the veneer being pressed together, characterized in that the resin layer is formed on the basis of resin powder, and dyes and/or binders and/or curing agents and/or fillers, in particular wood-based fillers, are admixed to the resin powder, and the resin of the resin layer penetrates the veneer, wherein the resin of the resin layer passes through the veneer to the upper side of the veneer, and in the process pores, cracks and gaps in the veneer are filled with resin.
A detection system, comprising: a distributed radiation source having a plurality of radiation source focus points which emit rays to irradiate an object under detection, wherein the plurality of radiation source focus points are divided into a certain number of groups, and wherein the plurality of radiation source focus points are activated independently in a certain order under control; a primary collimator configured to limit rays of each of the radiation source focus points such that the rays emit into an XRD detection device; and the XRD detection device including a plurality of XRD detectors, wherein the plurality of XRD detectors are divided into the same number of groups as the radiation source focus points, and XRD detectors in a same group are arranged to be separated by XRD detectors in other groups, and wherein when a radiation source focus point is activated, XRD detectors having the same group number as the radiation source focus point start to count and XRD detections having other group number keep silent such that rays emitted by the radiation source focus point are merely received by the XRD detectors having the same group number as the radiation source focus point. a distributed radiation source having a plurality of radiation source focus points which emit rays to irradiate an object under detection, wherein the plurality of radiation source focus points are divided into a certain number of groups, and wherein the plurality of radiation source focus points are activated independently in a certain order under control; a primary collimator configured to limit rays of each of the radiation source focus points such that the rays emit into an XRD detection device; and the XRD detection device including a plurality of XRD detectors, wherein the plurality of XRD detectors are divided into the same number of groups as the radiation source focus points, and XRD detectors in a same group are arranged to be separated by XRD detectors in other groups, and wherein when a radiation source focus point is activated, XRD detectors having the same group number as the radiation source focus point start to count and XRD detections having other group number keep silent such that rays emitted by the radiation source focus point are merely received by the XRD detectors having the same group number as the radiation source focus point.
Thermally and/or mechanically loaded component wall of a fluid-conducting and/or gas-conducting component, in particular of a cylinder head of an internal combustion engine, with at least one region which is at risk of cracking as a result of the loading and in which a crack can be formed into the component wall from the outer side of the wall due to operation, and with at least one crack stopping means which is arranged in the component wall in the region which is at risk of cracking and/or in the course of the crack and prevents a further crack propagation, a crack starting means which forms a crack starting point which is localized in a defined manner being provided on the wall outer side in order to prevent a locally uncontrolled crack formation and crack propagation in the region (5; 10) which is at risk of cracking, the crack starting means being spaced apart from the crack stopping means by material, through which the crack develops, characterized in that two or more crack stopping means (6e, 6f) are arranged above one another in the component wall, it preferably being provided that two or more crack stopping means (6e, 6f) are arranged in a valve bridge region of a cylinder head at different spacings from the surface which faces a combustion chamber.
A solid oxide fuel cell comprising: a fuel cell main body which includes a cathode layer, a solid electrolyte layer, and an anode layer and which has a power generation function; a connector disposed to face the cathode layer; a current collector which is disposed between the cathode layer and the connector and which is in contact with a surface of the cathode layer and a surface of the connector, the surfaces facing each other, to thereby electrically connect the cathode layer and the connector; and a groove provided in a portion of a surface of the cathode layer, which surface is located on the side where the cathode layer is in contact with the current collector, the portion of the surface being not in contact with the current collector, wherein a distal end of the current collector is intruded into the cathode layer, characterized in that a depth D2 of intrusion of the distal end of the current collector into the cathode layer is greater than a depth D1 of the groove. a fuel cell main body which includes a cathode layer, a solid electrolyte layer, and an anode layer and which has a power generation function; a connector disposed to face the cathode layer; a current collector which is disposed between the cathode layer and the connector and which is in contact with a surface of the cathode layer and a surface of the connector, the surfaces facing each other, to thereby electrically connect the cathode layer and the connector; and a groove provided in a portion of a surface of the cathode layer, which surface is located on the side where the cathode layer is in contact with the current collector, the portion of the surface being not in contact with the current collector, wherein a distal end of the current collector is intruded into the cathode layer, characterized in that a depth D2 of intrusion of the distal end of the current collector into the cathode layer is greater than a depth D1 of the groove.
A container for the transport or storage of warm liquids such as heavy oil and bitumen with the aim of maintaining the temperature of the liquid as constant as possible by means of insulation, the insulation (2, 2a, 2b) of the container being disposed within the container and fastened to the walls of the container, characterised in that the insulation (2, 2a, 2b) consists of thermally treated timber having an insulation coefficient and dimensional stability suitable for maintaining the temperature of the liquid as constant as possible, with a first layer of wood blocks placed closely adjacent each other and fastened to the inner wall of the container, and a next layer of wood blocks placed closely adjacent each other and fastened perpendicular to the preceding layer to achieve maximal density of the insulation.
Base (10, 10b) with a fixture device for fixing a standing item, with an opening for inserting a removable ballast weight in an insertion position, whereby the insertion position is located radially outside and radially inside from the insertion position, an elevated area at least sectionally faces the circumference, whereby the elevated area includes a transport surface, which is preferably adjacent to the opening, whereby the base (10, 10b) includes a feed area into which the ballast weight can be inserted, and which is designed in such a way that the ballast weight moves into the insertion position after being pushed by gravity along the transport surface, preferably rolls and/or glides into the insertion position, distinguished by the fact that between the fixture device and the feed area there is an insertion device that exhibits an insertion surface largely shaped like a lateral surface of a truncated cone, and which exhibits a total angle from the standing side between 7° and 35°, preferably 12° and 25°, especially 15° and 20°.
A system comprising: an electric scooter comprising a support frame with a support surface configured to support a standing user, a front wheel and a rear wheel, a steering shaft connected to the support frame and to the front wheel for steering the electric scooter, an electric motor configured to drive at least one of the wheels (3, 4), and a battery dock for at least partially receiving a battery, the battery, wherein the battery is configured to supply power to the motor, wherein the battery is releasably at least partially received in the battery dock, and a locking mechanism configured to lock and unlock the battery, wherein unlocking of the locking mechanism is electrically powered, characterized in that the battery dock is partially integrated in the support frame of the electric scooter and partially extends upwardly from the support frame, wherein the battery is partially located in the support frame, wherein the electric scooter has a driving direction defining a front portion of the support frame and a rear portion of the support frame, the battery dock being located in the front portion of the support frame, wherein the steering shaft has a rotation axis, the rotation axis of the steering shaft being tilted towards the battery and the support surface of the support frame, wherein the rotation axis of the steering shaft extends partially above the battery so that the steering shaft crosses a line extending in an upward direction from the battery perpendicular to the support surface. an electric scooter comprising a support frame with a support surface configured to support a standing user, a front wheel and a rear wheel, a steering shaft connected to the support frame and to the front wheel for steering the electric scooter, an electric motor configured to drive at least one of the wheels (3, 4), and a battery dock for at least partially receiving a battery, the battery, wherein the battery is configured to supply power to the motor, wherein the battery is releasably at least partially received in the battery dock, and a locking mechanism configured to lock and unlock the battery, wherein unlocking of the locking mechanism is electrically powered, characterized in that the battery dock is partially integrated in the support frame of the electric scooter and partially extends upwardly from the support frame, wherein the battery is partially located in the support frame, wherein the electric scooter has a driving direction defining a front portion of the support frame and a rear portion of the support frame, the battery dock being located in the front portion of the support frame, wherein the steering shaft has a rotation axis, the rotation axis of the steering shaft being tilted towards the battery and the support surface of the support frame, wherein the rotation axis of the steering shaft extends partially above the battery so that the steering shaft crosses a line extending in an upward direction from the battery perpendicular to the support surface.
An applicator instrument (50, 250, 350) for dispensing surgical fasteners (278, 378) comprising: a housing; a firing system disposed in said housing; an actuator coupled with said housing for activating said firing system; an elongated shaft (62, 262, 362) extending from said housing, said elongated shaft having a proximal end secured to said housing, a distal end, and a first axis extending between the proximal and distal ends; one or more surgical fasteners (278, 378) disposed in said elongated shaft; a distal end cap (268, 368) secured to the distal end of said elongated shaft, said distal end cap having a surgical fastener dispensing window for dispensing said one or more surgical fasteners from said distal end cap; said firing system including a firing rod (270, 370) that extends through said elongated shaft for dispensing said one or more surgical fasteners from said distal end cap, wherein said firing rod has a proximal section that moves along the first axis of said elongated shaft and a distal section that moves along a second axis that defines an angle with the first axis wherein said distal end cap has a curved ramp (275, 375) that extends between a proximal end and a distal end of said distal end cap (268, 368), wherein said curved ramp is configured to change the orientation of a surgical fastener as it passes through the distal end cap, and wherein said firing rod (270, 370) comprises a flexible section (276, 376) that interconnects said proximal and distal sections of said firing rod so that said distal section of said firing rod is deflectable relative to said proximal section of said firing rod. a housing; a firing system disposed in said housing; an actuator coupled with said housing for activating said firing system; an elongated shaft (62, 262, 362) extending from said housing, said elongated shaft having a proximal end secured to said housing, a distal end, and a first axis extending between the proximal and distal ends; one or more surgical fasteners (278, 378) disposed in said elongated shaft; a distal end cap (268, 368) secured to the distal end of said elongated shaft, said distal end cap having a surgical fastener dispensing window for dispensing said one or more surgical fasteners from said distal end cap;
A detachable closure (8, 24, 38) for a beverage container, said detachable closure (8, 24, 38) comprising an oxygen sensor (22, 32, 52) arranged to be exposed to an inner volume of the beverage container, wherein the oxygen sensor is a luminescence-based oxygen sensor (22, 32, 52), the detachable closure (8, 24, 38) comprising a signal path (10, 26, 46) for the luminescent output from the oxygen sensor (22, 32, 52), wherein the signal path (10, 26, 46) comprises at least one through-hole (10, 26, 46) for connecting the outside of the fluid container to the inside of the fluid container via the closure in the absence of plugging means, the detachable closure (8, 24, 38) comprising the plugging means (18, 30, 50) which are arranged to cover an opening of the through-hole (10, 26, 46), the plugging means (18, 30, 50) comprising the oxygen sensor (22, 32, 52), the detachable closure (8, 24, 38) further comprising a sleeve (16, 28, 48) arranged within the through-hole (10, 26, 46) and configured to receive the plugging means (18, 30, 50).