mhurhangee/ep-ind-claims huggingface dataset:
A method of withholding notifications with client data of at least one observed client, as executed by a user equipment of a watching client of an IMS network, wherein the watching client has an ongoing subscription for receiving said notifications from a client data server, comprising the following steps: - receiving a subscription suspend trigger, either as a manual user input command or automatically when the user is occupied in a session or call or when the user has been inactive for a preset duration, - sending a subscription suspend message, based on a SIP SUBSCRIBE message, to the client data server during the ongoing subscription in response to the subscription suspend trigger, indicating that client data notifications should be temporarily withheld while retaining said subscription, - receiving a subscription resume trigger, either as a manual user input command or automatically when the session or call is finished or when the user becomes active again after a period of inactivity, - sending a subscription resume message, based on a SIP SUBSCRIBE message, to the client data server in response to the subscription resume trigger, indicating that the suspended subscription shall be resumed and allowing client data notifications to be delivered again, and - receiving client data notifications according to said subscription. - receiving a subscription suspend trigger, either as a manual user input command or automatically when the user is occupied in a session or call or when the user has been inactive for a preset duration, - sending a subscription suspend message, based on a SIP SUBSCRIBE message, to the client data server during the ongoing subscription in response to the subscription suspend trigger, indicating that client data notifications should be temporarily withheld while retaining said subscription, - receiving a subscription resume trigger, either as a manual user input command or automatically when the session or call is finished or when the user becomes active again after a period of inactivity, - sending a subscription resume message, based on a SIP SUBSCRIBE message, to the client data server in response to the subscription resume trigger, indicating that the suspended subscription shall be resumed and allowing client data notifications to be delivered again, and - receiving client data notifications according to said subscription.
Method for manufacturing a vacuum solar thermal panel which comprises at least a tempered glass plate and a metal frame attached to said tempered glass plate, the method comprising a frit firing cycle in order to form a glass-metal seal between the tempered glass plate and the metal frame, such a frit firing cycle comprising: a heating phase of the tempered glass plate up to a maximum temperature (Tm), that preserves a suitable pre-stress level of the tempered glass plate; a further heating phase being a selective heating phase of a melting area of the tempered glass plate performed at a second temperature (Th) which is greater than the maximum temperature (Tm); said selective heating phase comprising an illumination phase of said tempered glass plate with light, wherein the light employed in said illumination phase is infrared light. a heating phase of the tempered glass plate up to a maximum temperature (Tm), that preserves a suitable pre-stress level of the tempered glass plate; a further heating phase being a selective heating phase of a melting area of the tempered glass plate performed at a second temperature (Th) which is greater than the maximum temperature (Tm); said selective heating phase comprising an illumination phase of said tempered glass plate with light, wherein the light employed in said illumination phase is infrared light.
Distributor device for liquids containing solids, comprising - a distribution chamber having an inlet port opening into a chamber interior of the distribution chamber, the distribution chamber having a first end wall with a plurality of connection ports (60a, b, 65a,b) and a first side wall arranged laterally to the end wall, - a first perforated knife disc having a plurality of outlet ports connecting the chamber interior to the plurality of connecting ports, - a blade drive shaft, which is rotatably mounted around a drive shaft axis, - a rotor coupled to the blade drive shaft for transmitting torque about the blade drive shaft, - a first cutting blade connected to the rotor and having at least one cutting edge which is attached to the first perforated knife disc and is movable by means of the rotor relative to the perforated knife disc, - a clamping device which is designed to effect a contact pressure between the first cutting blade and the first perforated knife disc, and which is preferably detachably connected to the rotor, - where - the distributor device comprises a connecting part connecting the rotor and the blade drive shaft, said connecting part being detachably connected to the rotor and/or to the blade drive shaft, wherein a movement of the rotor is guided by the connecting part relative to the first perforated knife disc, - the distributor chamber has at least one closable opening, which is located in the first side wall, characterized in that the opening is at least as large such that the rotor can be removed from the distributor chamber through the opening. - a distribution chamber having an inlet port opening into a chamber interior of the distribution chamber, the distribution chamber having a first end wall with a plurality of connection ports (60a, b, 65a,b) and a first side wall arranged laterally to the end wall, - a first perforated knife disc having a plurality of outlet ports connecting the chamber interior to the plurality of connecting ports, - a blade drive shaft, which is rotatably mounted around a drive shaft axis, - a rotor coupled to the blade drive shaft for transmitting torque about the blade drive shaft, - a first cutting blade connected to the rotor and having at least one cutting edge which is attached to the first perforated knife disc and is movable by means of the rotor relative to the perforated knife disc, - a clamping device which is designed to effect a contact pressure between the first cutting blade and the first perforated knife disc, and which is preferably detachably connected to the rotor, - where - the distributor device comprises a connecting part connecting the rotor and the blade drive shaft, said connecting part being detachably connected to the rotor and/or to the blade drive shaft, wherein a movement of the rotor is guided by the connecting part relative to the first perforated knife disc, - the distributor chamber has at least one closable opening, which is located in the first side wall,
A high voltage direct current soft-start circuit, comprising: a drive control unit, a first switch, a second switch, a load, and a first part of a connector, wherein a first end of the first switch is connected to a negative electrode (Vin-) of a high voltage direct current, a first end of the second switch is connected to the negative electrode (Vin-) of the high voltage direct current, and the drive control unit is connected separately to the first switch, the second switch, and the load, wherein the first part of the connector is connected to the drive control unit, and upon power-on, the first part of the connector is configured to communicate with a second part of the connector, to trigger the drive control unit to drive the first switch to turn on; and the drive control unit is configured to delay a preset time after driving the first switch to turn on, is configured to drive the second switch to turn on, and is configured to drive the load to start after the second switch is turned on, wherein the first part of the connector comprises one short pin and two long pins (22, 23), wherein the short pin is connected to the drive control unit, one of the long pins is connected to a positive electrode pin of the second part of the connector, and the other long pin is connected to a first negative electrode pin of the second part of the connector; and the short pin is configured to: after coming into contact with a second negative electrode pin of the second part of the connector upon power-on, cause the connector to generate a connection signal and send the connection signal to the drive control unit. a drive control unit, a first switch, a second switch, a load, and a first part of a connector, wherein a first end of the first switch is connected to a negative electrode (Vin-) of a high voltage direct current, a first end of the second switch is connected to the negative electrode (Vin-) of the high voltage direct current, and the drive control unit is connected separately to the first switch, the second switch, and the load, wherein the first part of the connector is connected to the drive control unit, and upon power-on, the first part of the connector is configured to communicate with a second part of the connector, to trigger the drive control unit to drive the first switch to turn on; and the drive control unit is configured to delay a preset time after driving the first switch to turn on, is configured to drive the second switch to turn on, and is configured to drive the load to start after the second switch is turned on, wherein the first part of the connector comprises one short pin and two long pins (22, 23), wherein the short pin is connected to the drive control unit, one of the long pins is connected to a positive electrode pin of the second part of the connector, and the other long pin is connected to a first negative electrode pin of the second part of the connector; and the short pin is configured to: after coming into contact with a second negative electrode pin of the second part of the connector upon power-on, cause the connector to generate a connection signal and send the connection signal to the drive control unit.
Method for cleaning the conveying pipe of a pneumatic material conveying system, such as of a waste conveying system, and/or for conveying material that is in the piping, in which method at least one cleaning means is fed into a conveying pipe, and a pressure difference is achieved in the pipe and under the influence of the pressure difference the cleaning means is brought to move for cleaning the pipe, and/or for conveying material, in the conveying pipe section intended to be cleaned, wherein in the method a cleaning means or a combination of a number of cleaning means (1, 1') is moved in the conveying piping (100, 101), and in that the cleaning means or combination of a number of cleaning means (1, 1') is connected to a transmission means, with which the movement of the cleaning means or combination of a number of cleaning means (1, 1') in the conveying piping is limited or guided, characterized in that a replacement air duct is arranged in the cleaning means, through it from a first side to a second side, through which duct replacement air is conducted in the conveying piping.
A compound represented by: wherein R 1 is benzyl; R 4 is H or benzyl; R 5 is R 6 is R 2 is CH 3 or H; and R 3 is CH 3 or H; and stereoisomers, N-oxides or pharmaceutically acceptable salts thereof. R 1 is benzyl; R 4 is H or benzyl; R 5 is R 6 is R 2 is CH 3 or H; and R 3 is CH 3 or H;
Method for repairing in-situ an oil manifold of a gas turbine, the gas turbine comprising a compressor, a combustor and a turbine, a compressor rear frame case between the compressor and the turbine, wherein the combustor, a front end bearing housing and an aft end bearing housing are located inside the compressor rear frame case, wherein the front end bearing housing and the aft end bearing housing together comprise at least one axial bearing and two radial bearings (4R, 5R), wherein the compressor comprises a rotor with a bearing journal at least on the outlet end of the compressor that is born by the bearings (4B, 4R) inside the front end bearing housing, wherein the turbine comprises a rotor with a bearing journal on at least the inlet end of the rotor that is born by the at least one bearing in the aft end bearing housing, wherein the bearing journal at the outlet end of the compressor rotor and the bearing journal at the inlet end of the turbine rotor are detachably connected, wherein an aft end bearing assembly comprises a forward sump housing and at least one bearing, and wherein an oil supply manifold is attached to 1 forward sump housing for feeding oil to the at least one bearing, the method comprising the steps of: a) disconnecting the turbine rotor from the compressor rotor and removing the turbine from the compressor rear frame case; b) removing the aft end bearing housing from the compressor rear frame case; c) removing an aft sump housing from the compressor rear frame case; d) removing the sump oil manifold, oil supply, air tubes and other installations from the compressor rear frame case and e) removing the sump closure and lube oil nozzle. a) disconnecting the turbine rotor from the compressor rotor and removing the turbine from the compressor rear frame case; b) removing the aft end bearing housing from the compressor rear frame case; c) removing an aft sump housing from the compressor rear frame case; d) removing the sump oil manifold, oil supply, air tubes and other installations from the compressor rear frame case and e) removing the sump closure and lube oil nozzle.
A transmission and reception unit for the detection of a rotary angle comprising a light transmitter for the transmission of transmitted light to a dimensional scale; a light receiver which lies on a support transparent for the transmitted light, the light receiver having a front side for the reception of reception light influenced by the dimensional scale disposed opposite the front side, the light receiver having a rear side which faces the light transmitter; wherein the transparent support serves as a circuit support and supports electrical connections to the light receiver; and a light deflection apparatus for the deflection of the transmitted light, wherein the light transmitter and the light receiver being arranged with regard to one another such that their respective optical axes (25 and 27) are collinear, characterized in that the support has a specifically shaped surface and thus satisfies a lens function.
A method of analyzing bio-related molecules wherein said bio-related molecule is at least one member selected from the group consisting of proteins, peptides, saccharides, conjugated saccharides, and nucleic acids comprising immobilizing a bio-related molecule comprising an acid group(s) on a solid phase support in advance by means of a covalent bond or noncovalent bond; reacting said bio-related molecule comprising an acid group(s) with a triazene compound to esterify said acid group(s); recovering the esterified bio-related molecule from the solid phase; and then subjecting the recovered bio-related molecule having an esterified acid group(s) to mass spectrometry.
A suction anchor for use underwater characterised in that in comprising a frame of T-shape in plan, comprising a stem, a cross piece, mounting points on the stem to receive an underwater submersible vehicle, and at least two anchor cans capable of evacuation mounted beneath the cross piece one towards the each end of the cross piece.
A waterproof boot comprising: a waterproof upper, having a foot portion, a leg portion and an ankle region located between the foot portion and the leg portion; an expansion mechanism provided in the upper adapted to allow the internal circumference of the upper to expand in the ankle region; characterized in that the waterproof boot comprises: a pocket provided in the upper at an anterior aspect of the ankle region; a selectively removable insert adapted to snugly fit within the pocket; the expansion mechanism being spaced from the pocket. a waterproof upper, having a foot portion, a leg portion and an ankle region located between the foot portion and the leg portion; an expansion mechanism provided in the upper adapted to allow the internal circumference of the upper to expand in the ankle region; characterized in that the waterproof boot comprises: a pocket provided in the upper at an anterior aspect of the ankle region; a selectively removable insert adapted to snugly fit within the pocket; the expansion mechanism being spaced from the pocket. a pocket provided in the upper at an anterior aspect of the ankle region; a selectively removable insert adapted to snugly fit within the pocket; the expansion mechanism being spaced from the pocket.
A protective element for an article of apparel comprising: a plate component having a perimeter shape; a first material layer having an exterior surface and an opposing interior surface, wherein the exterior surface is positioned adjacent to the plate component; a pad component having a first surface that is positioned adjacent to an interior of the first material layer; a guide pattern on the exterior surface of the first material layer opposite the interior adjacent the pad component, wherein the guide pattern corresponds to the perimeter shape of the plate component, wherein the plate component is positioned on the first material layer using the guide pattern; and an attachment element that attaches the plate component to the first material layer, proximate the guide pattern, wherein the attachment element is a hook-and-loop type attachment. a plate component having a perimeter shape; a first material layer having an exterior surface and an opposing interior surface, wherein the exterior surface is positioned adjacent to the plate component; a pad component having a first surface that is positioned adjacent to an interior of the first material layer; a guide pattern on the exterior surface of the first material layer opposite the interior adjacent the pad component, wherein the guide pattern corresponds to the perimeter shape of the plate component, wherein the plate component is positioned on the first material layer using the guide pattern; and an attachment element that attaches the plate component to the first material layer, proximate the guide pattern, wherein the attachment element is a hook-and-loop type attachment.
A reporter for a protein fragment complementation assay characterized in that the reporter is a fused protein comprising a first fragment, a second fragment and a protein kinase sequence section, wherein the first fragment and the second fragment are derived from different sections of the same split protein, and wherein the protein kinase sequence section intervenes between the first fragment and the second fragment and wherein the kinase sequence section comprises a kinase domain sequence and one or more regulatory sequence(s). wherein the first fragment and the second fragment are derived from different sections of the same split protein, and wherein the protein kinase sequence section intervenes between the first fragment and the second fragment and wherein the kinase sequence section comprises a kinase domain sequence and one or more regulatory sequence(s).
A method for operating an interference coordinating entity, ICE, the method comprising: partitioning, by the ICE, a cloud radio access network, CRAN, cluster by grouping transmission points, TPs, serving user equipments, UEs, in accordance with a partitioning criterion into at least one virtual transmission point, V-TP, to produce a V-TP set, so that a number of UEs near a boundary, indicating an edge of a coverage area of each of the at least one V-TP, of the at least one V-TP is minimized; adjusting the partitioning criterion; repeating the partitioning to produce a plurality of V-TP sets, until there is no UE near a boundary in at least one of the V-TP sets (step 805) and saving, by the ICE, V-TP information to a memory (step 807). partitioning, by the ICE, a cloud radio access network, CRAN, cluster by grouping transmission points, TPs, serving user equipments, UEs, in accordance with a partitioning criterion into at least one virtual transmission point, V-TP, to produce a V-TP set, so that a number of UEs near a boundary, indicating an edge of a coverage area of each of the at least one V-TP, of the at least one V-TP is minimized; adjusting the partitioning criterion;
A draining device (100, 200) of ellipsoid shape, crossed by at least two ducts (120, 220, 130A, 130B, 130C, 230A, 230B), which are distinct and parallel to each other, each duct comprising at least one end (122, 124, 132, 132C, 134, 134C) which opens towards the surface of the draining device, characterized in that the inner wall of at least one duct (120, 220, 130A, 130B, 130C, 230A, 230B) comprises one or more ribs (138C, 239A) locally reducing the passage section thereof.
A method for measuring a sensing range of a vehicle, comprising: determining (S110, S210) a target road side unit to be measured according to a road side unit identifier; in response to detecting that the vehicle receives a road-side message from the target road side unit, determining (S120, S220) vehicle positioning information of the vehicle when the road-side message is received; determining a sensing range of the vehicle to the target road side unit in a target lane in which the vehicle travels according to the vehicle positioning information; in response to detecting a change in the sensing range of the vehicle to the target road side unit in the target lane, initiating an early warning prompt. determining (S110, S210) a target road side unit to be measured according to a road side unit identifier; in response to detecting that the vehicle receives a road-side message from the target road side unit, determining (S120, S220) vehicle positioning information of the vehicle when the road-side message is received; determining a sensing range of the vehicle to the target road side unit in a target lane in which the vehicle travels according to the vehicle positioning information; in response to detecting a change in the sensing range of the vehicle to the target road side unit in the target lane, initiating an early warning prompt.
A pharmaceutical composition, comprising a compound represented by the formula or pharmaceutically acceptable salt thereof or solvate thereof: wherein R 1 is a hydrogen atom, a C 1-6 alkyl group or a C 3-8 cycloalkyl group; and R 2 represents a hydrogen atom or a methoxy group; an alkaline earth metal carbonate; and a disintegrating agent. a compound represented by the formula or pharmaceutically acceptable salt thereof or solvate thereof: wherein R 1 is a hydrogen atom, a C 1-6 alkyl group or a C 3-8 cycloalkyl group; and R 2 represents a hydrogen atom or a methoxy group; an alkaline earth metal carbonate; and a disintegrating agent.