mhurhangee/ep-ind-claims huggingface dataset:
A method for automatic monitoring of a connection (CTI-L) of an exchange system in a telecommunication network with a data network, in which a communication subscriber of the data network as XMPP client is connected via a computer-telephone-integration service connection (CTI-L) to an XMPP server of the data network, and in which an exchange system of the telecommunication network is connected to the XMPP server via a gateway (CCGW), which is connected by means of CSTA XML to the exchange system and by means of which the XMPP server is enabled to make computer-telephone-integration services of the exchange system available to the XMPP client, wherein CSTA events and CSTA requests are transmitted as XMPP-IQ messages, IQ stanzas, between the gateway and the XMPP client, wherein computer-telephone-integration services and messages are transmitted by means of a request/response mechanism which, in the case of error, provides an error message to the sender, wherein IQ stanzas are used for the request/response mechanism, wherein in the case in which the connection between XMPP server and the XMPP client is no longer present, upon an IQ-stanza request of the gateway (CCGW), the XMPP server in place of the XMPP client transmits an IQ stanza of the "error" type with the value "service unavailable" as response, or, if direct presence messages are used in order to inform the gateway (CCGW) concerning the online status of its clients, and the XMPP client server connection is terminated in a controlled manner, an XMPP client application transmits a presence stanza of the type "unavailable" to its XMPP server without the stanza being addressed directly to the gateway, the XMPP server also sends the stanza to the gateway.
A processing method for a network side triggering a disconnection in a handover process, comprising: a network side triggering a disconnection in a process of a user handing over in an identical Access Service Network, then a path management function entity in the ASN sending a disconnection request to a current Serving Base Station (Serving BS) and a handover Target Base Station (Target BS) to perform the disconnection interaction.
A method of manufacturing a composite impeller with flow path cavities having an erosion resistant coating, the method comprising: providing molds having shapes corresponding to a negative geometry of the flow path cavities; covering the molds with an erosion resistant coating; shaping a composite material around the molds covered with the erosion resistant coating, according to a predetermined impeller geometry; curing the composite material; and removing the molds to leave the erosion resistant coating on the flow path cavities of the composite impeller; wherein the covering of the molds with the erosion resistant coating comprises: coating the molds with a sealant; applying a conductive paint over the sealant; and plating the erosion resistant coating over the conductive paint. providing molds having shapes corresponding to a negative geometry of the flow path cavities; covering the molds with an erosion resistant coating; shaping a composite material around the molds covered with the erosion resistant coating, according to a predetermined impeller geometry; curing the composite material; and removing the molds to leave the erosion resistant coating on the flow path cavities of the composite impeller; wherein the covering of the molds with the erosion resistant coating comprises: coating the molds with a sealant; applying a conductive paint over the sealant; and plating the erosion resistant coating over the conductive paint. coating the molds with a sealant; applying a conductive paint over the sealant; and plating the erosion resistant coating over the conductive paint.
An organic electroluminescence device comprising a structure in which a plurality of layers is laminated between an anode and a cathode formed on a substrate; wherein the organic electroluminescence device comprises a metal oxide layer between the anode and the cathode; and characterized in that a nitrogen-containing film layer having an average thickness of not less than 1.5 nm but less than 3 nm adjacent to the metal oxide layer and disposed on an anode side. wherein the organic electroluminescence device comprises a metal oxide layer between the anode and the cathode; and characterized in that a nitrogen-containing film layer having an average thickness of not less than 1.5 nm but less than 3 nm adjacent to the metal oxide layer and disposed on an anode side.
Pump comprising a high-pressure-side water path, a low-pressure-side water path and an impeller, wherein the high-pressure-side water path comprises a volute casing and a discharge pipe, and wherein the discharge pipe is connected to the volute casing, and wherein the low-pressure-side water path comprises a suction pipe, and wherein the pump comprises a closure member, which can prevent the flow of water through the pump and which is arranged in the high-pressure-side water path, and a connecting line, which connects the high-pressure-side water path to the low-pressure-side water path and is designed in such a way that water can pass through the connecting line from the pressure pipe into the suction pipe without the water passing through the impeller, and wherein the connecting line branches off from the high-pressure-side water path in the pump flow direction downstream of the closing element, and wherein the pump comprises a valve, which is arranged in the connecting line, wherein the pump comprises a swirl generator which is arranged in the connecting line and is designed in such a way that water which passes the swirl generator in the connecting line can be provided with a swirl as it passes through it.
Fuel injection valve used in particular for fuel injection systems of internal combustion engines, with a housing, a valve needle provided in the housing and a fuel inlet, characterized in that a valve needle extension is provided which is at least indirectly actuable by the valve needle, and in that, by means of an opening stroke of the valve needle, the valve needle extension is movable in the region of the fuel inlet, wherein the fuel inlet for the fuel injection valve is formed on a connection piece of the fuel distributor and/or on a wall of a fuel distributor, and a passage opening is formed in the wall of the fuel distributor, and, by means of the opening stroke of the valve needle, a valve-needle-remote end of the valve needle extension is movable in and optionally through the passage opening in the wall of the fuel distributor.
A coffee machine comprising a body, a heater provided in the body, realizing the cooking process, a cooking container in which the cooking process is performed, and a resting surface provided on the heater, on which the cooking container is placed, a projection provided on the resting surface and a cavity provided on the cooking container and configured to match with the projection characterized by a magnet provided below the resting surface and by the cooking container having a base at least partially made of ferromagnetic material.
A computer-implemented method comprising: measuring arrival times of a set of spatially distributed acoustic events at a set of sensors to determine registered arrival times, wherein the acoustic events are generated at time intervals known to the sensors; estimating internal delays of the sensors based on the registered arrival times of the acoustic events at the sensors; calculating times of flight for the acoustic events to reach the sensors based on the registered arrival times of the acoustic events at the sensors and the time intervals between the acoustic events; and determining locations of the sensors using the times of flight for the acoustic events to reach the sensors. measuring arrival times of a set of spatially distributed acoustic events at a set of sensors to determine registered arrival times, wherein the acoustic events are generated at time intervals known to the sensors; estimating internal delays of the sensors based on the registered arrival times of the acoustic events at the sensors; calculating times of flight for the acoustic events to reach the sensors based on the registered arrival times of the acoustic events at the sensors and the time intervals between the acoustic events; and determining locations of the sensors using the times of flight for the acoustic events to reach the sensors.
An oligomeric or polymeric compound comprising a repeating unit M 1 of the formula: wherein: R 1 and R 2, at each occurrence, independently are selected from a branched C 5-40 alkyl group, a branched C 5-40 alkenyl group, and a branched C 5-40 haloalkyl group; and V, at each occurrence, independently is a covalent bond or a conjugated linker. R 1 and R 2, at each occurrence, independently are selected from a branched C 5-40 alkyl group, a branched C 5-40 alkenyl group, and a branched C 5-40 haloalkyl group; and V, at each occurrence, independently is a covalent bond or a conjugated linker.
A system for verifying operation of an optical flame detector, the system comprising: the optical flame detector, positioned in a manner to have a field of view which includes a location of potential fire, wherein the optical flame detector comprises: a digital infrared test signal source, wherein the digital infrared test signal source is configured to transmit a digital infrared test signal in the direction of the location of the potential fire with a spread similar to that of a coverage area included in the field of view of the optical flame detector; and at least one of an ultraviolet light sensor, a visible light sensor, and an infrared sensor; and a portable infrared test receiver, positioned at the location of the potential fire and configured to receive the digital infrared test signal, wherein upon receipt of the digital infrared test signal the portable infrared test receiver is configured to indicate that a location of potential fire is within a field of view of the optical flame detector. the optical flame detector, positioned in a manner to have a field of view which includes a location of potential fire, wherein the optical flame detector comprises: a digital infrared test signal source, wherein the digital infrared test signal source is configured to transmit a digital infrared test signal in the direction of the location of the potential fire with a spread similar to that of a coverage area included in the field of view of the optical flame detector; and at least one of an ultraviolet light sensor, a visible light sensor, and an infrared sensor; and a digital infrared test signal source, wherein the digital infrared test signal source is configured to transmit a digital infrared test signal in the direction of the location of the potential fire with a spread similar to that of a coverage area included in the field of view of the optical flame detector; and at least one of an ultraviolet light sensor, a visible light sensor, and an infrared sensor; and a portable infrared test receiver, positioned at the location of the potential fire and configured to receive the digital infrared test signal, wherein upon receipt of the digital infrared test signal the portable infrared test receiver is configured to indicate that a location of potential fire is within a field of view of the optical flame detector.
Vehicle seat fitting for a vehicle seat comprising a vehicle seat longitudinal unlocking device, wherein the vehicle seat fitting comprises a follower lever by which it is possible to actuate the vehicle seat longitudinal unlocking device, characterised in that the follower lever comprises a) a bearing part in the region of which the follower lever is supported for being rotated about a pivot axis, b) a follower part which in a follower position engages a longitudinal unlocking wheel and c) a spring part by which the follower part is held in a freely protruding or cantilevered way on the bearing part, such that it is possible to pivot the follower part relative to the bearing part about a pivot axis which is arranged remote from the pivot axis of the bearing part. a) a bearing part in the region of which the follower lever is supported for being rotated about a pivot axis, b) a follower part which in a follower position engages a longitudinal unlocking wheel and c) a spring part by which the follower part is held in a freely protruding or cantilevered way on the bearing part, such that it is possible to pivot the follower part relative to the bearing part about a pivot axis which is arranged remote from the pivot axis of the bearing part.
A boarding bridge in which plural tubular passage sections (7, 9) are telescopically fitted, and extend and retract by moving relative to each other in a longitudinal direction, the boarding bridge comprising, a passage section provided inside of an outside tubular passage section of adjacent tubular passage sections (7, 9), the outside tubular passage section being positioned outside of the adjacent inside tubular passage section, whereby, the passage section of the outside tubular passage section comprises, a variable length passage member, one end of which is connected to an end portion of a passage portion of the inside tubular passage section, and the other end of which is connected to the inside tubular passage section, the variable length passage member is provided with a variable length passage portion; a first guiding member that is rotatably attached to the lower portion of a distal end portion of the outside tubular passage section, and that guides the variable length passage portion between the one end and the other end of the variable length passage member; a second guide member that is attached to a lower portion of a proximal end portion of the outside tubular passage section such that the position thereof does not move relative to the outside tubular passage section, and that the second guide member guides the variable length passage member between the first guiding member and the other end of the variable length passage member; and a spring member that applies a tension to the variable length passage portion, characterised in that; the variable length passage portion is configured to form a walkway passage along which passengers pass, and the position of the first guiding member does not move relative to the outside tubular passage section.
A door panel (50, 50') comprising a leaf frame and a cover, wherein the leaf frame comprises a profile (12, 12') having a first profile portion and a second profile portion separate from the first profile portion, where the first profile portion and the second profile portion extend along a longitudinal direction, the first profile portion being assembled with the second profile portion, wherein the cover is assembled with the leaf frame via the first profile portion only while the second profile portion is configured to cooperate with a fixed frame (60, 60'), characterized in that the first profile portion and the second profile portion are assembled so that a longitudinal edge of the first profile portion is disposed at a predetermined distance (D1, D2) from a longitudinal edge of the second profile portion to adapt the profile resulting from the assembly of these two profile portions to a predetermined type of fixed frame (60, 60').
A method to be implemented by a computer and for determining a path for an aircraft, comprising the steps of: - determining at least two adjacent waypoints between a starting position and a desired terminal position for the aircraft; - determining the path for the aircraft by: (i) performing a linear approximation of the heights of said at least two adjacent waypoints such that the average height change between adjacent waypoints is minimised, and constrained by a maximum climb angle of said aircraft, the path between the two adjacent waypoints defining a segment; the determining of the path for the aircraft being further characterized by: (ii) performing a linear approximation of arrival times for each of said two adjacent waypoints and aircraft speeds between said at least two adjacent waypoints, constrained by a permissible velocity of said aircraft on a slope of the segment, wherein the slope is determined using the linear approximation of the heights of said adjacent waypoints. - determining at least two adjacent waypoints between a starting position and a desired terminal position for the aircraft; - determining the path for the aircraft by: (i) performing a linear approximation of the heights of said at least two adjacent waypoints such that the average height change between adjacent waypoints is minimised, and constrained by a maximum climb angle of said aircraft, the path between the two adjacent waypoints defining a segment; the determining of the path for the aircraft being further characterized by: (ii) performing a linear approximation of arrival times for each of said two adjacent waypoints and aircraft speeds between said at least two adjacent waypoints, constrained by a permissible velocity of said aircraft on a slope of the segment, wherein the slope is determined using the linear approximation of the heights of said adjacent waypoints. (i) performing a linear approximation of the heights of said at least two adjacent waypoints such that the average height change between adjacent waypoints is minimised, and constrained by a maximum climb angle of said aircraft, the path between the two adjacent waypoints defining a segment;
A light-emitting device comprising: a photoluminescent layer, a light-transmissive layer located on or near the photoluminescent layer, and a submicron structure that is formed on at least one of the photoluminescent layer and the light-transmissive layer and that extends in a plane of the photoluminescent layer or the light-transmissive layer, characterised in that the submicron structure has projections or recesses, light emitted from the photoluminescent layer includes first light having a wavelength λ a in air, and a distance D int between adjacent projections or recesses and a refractive index n wav-a of the photoluminescent layer for the first light satisfy λ a /n wav-a < D int < λ a, the first light has maximum intensity in a first direction normal to the photoluminescent layer, wherein the photoluminescent layer includes a quasi-guided mode in which light emitted from the photoluminescent layer is wave-guided while interacting with the submicron structure. a photoluminescent layer, a light-transmissive layer located on or near the photoluminescent layer, and a submicron structure that is formed on at least one of the photoluminescent layer and the light-transmissive layer and that extends in a plane of the photoluminescent layer or the light-transmissive layer, characterised in that the submicron structure has projections or recesses, light emitted from the photoluminescent layer includes first light having a wavelength λ a in air, and a distance D int between adjacent projections or recesses and a refractive index n wav-a of the photoluminescent layer for the first light satisfy λ a /n wav-a < D int < λ a, the first light has maximum intensity in a first direction normal to the photoluminescent layer, wherein the photoluminescent layer includes a quasi-guided mode in which light emitted from the photoluminescent layer is wave-guided while interacting with the submicron structure.
A transdermal pharmaceutical composition for use in the transdermal treatment of asthma, lower and upper respiratory tract infections, allergic rhinitis, allergic conjunctivitis, itchiness, or runny nose, comprising a pharmaceutically acceptable carrier and a first group of high penetration prodrugs (HPPs), wherein at least one of the first group of HPPs is isopropyl -3-{6-[ -1-(4-methylphenyl)-3-pyrrolidine-1-yl-prop-1-enyl]pyridin-2-yl}prop-2-enoate (an HPP of acrivastine), or a pharmaceutically acceptable salt thereof.
A validation sub-system for a telecommunications system, the validation sub-system comprising: a measurement receiver configured to simultaneously receive over a same frequency a first beacon signal with a first data sequence from a first access point (108a, 108b, 108c) while receiving a second beacon signal with a second data sequence from a second access point (108a, 108b, 108c), wherein the first data sequence and the second data sequence are different data sequences carried by respective beacon signals; and to process the received beacon signals to identify the first and second data sequences; and a computing device configured to receive, from the measurement receiver, the first data sequence and the second data sequence and determine channel responses for communication channels between the measurement receiver and the access points (108a, 108b, 108c) via which the beacon signals were received, based on the first data sequence and the second data sequence; wherein the computing device is configured to determine one or more parameters associated with the performance of the telecommunication system based on the channel responses. a measurement receiver configured to simultaneously receive over a same frequency a first beacon signal with a first data sequence from a first access point (108a, 108b, 108c) while receiving a second beacon signal with a second data sequence from a second access point (108a, 108b, 108c), wherein the first data sequence and the second data sequence are different data sequences carried by respective beacon signals; and to process the received beacon signals to identify the first and second data sequences; and a computing device configured to receive, from the measurement receiver, the first data sequence and the second data sequence and determine channel responses for communication channels between the measurement receiver and the access points (108a, 108b, 108c) via which the beacon signals were received, based on the first data sequence and the second data sequence; wherein the computing device is configured to determine one or more parameters associated with the performance of the telecommunication system based on the channel responses.