mhurhangee/ep-ind-claims huggingface dataset:
A headset device, characterized by comprising: a first interface, a second interface, a switch and an isolation unit, wherein the isolation unit comprises a first isolation body and a second isolation body connected to the first isolation body in parallel, and the first interface is connected to the second interface through the isolation unit, wherein the first interface is configured to connect to a ground network of the headset; the second interface is configured to connect to a ground line of a mobile terminal where the headset device is located; the first isolation body is configured to block a signal of a Frequency Modulation, FM, range from coupling to the ground network; the second isolation body is configured to block a signal of a cellular communication frequency range from coupling to the ground network; and the switch is configured to select to conduct the first isolation body, the first interface, and the second interface, or select to conduct the second isolation body, the first interface, and the second interface.
A heating device for heating a gas flow, in particular an exhaust gas flow of an internal combustion engine, said heating device comprising an electrically conductive heating element which can be flowed through by the gas flow in an axial direction and which has at least two heating segments which are sectionally separated from one another by a gap which is in particular open at one side; a carrier device having at least one electrically insulating carrier element (18A, 18B, 18C, 18D, 18E), wherein the carrier element (18A, 18B, 18C, 18D, 18E) has at least one spacer section which projects into the gap; and a housing section (32, 32A, 32B, 32B', 34, 34A, 34A') in which the heating element and the carrier device are held, characterized in that the electrically insulating carrier element (18A, 18B, 18C, 18D, 18E) at least sectionally covers a marginal region of at least one end face of the heating element. an electrically conductive heating element which can be flowed through by the gas flow in an axial direction and which has at least two heating segments which are sectionally separated from one another by a gap which is in particular open at one side; a carrier device having at least one electrically insulating carrier element (18A, 18B, 18C, 18D, 18E), wherein the carrier element (18A, 18B, 18C, 18D, 18E) has at least one spacer section which projects into the gap; and a housing section (32, 32A, 32B, 32B', 34, 34A, 34A') in which the heating element and the carrier device are held, characterized in that the electrically insulating carrier element (18A, 18B, 18C, 18D, 18E) at least sectionally covers a marginal region of at least one end face of the heating element.
A unit (1', 10', 100') for generating non-propulsive electrical power for use on board an aircraft, the unit (1', 10', 100')comprising an electricity production device comprising a gas turbine and an electricity generator mechanically connected to an outlet shaft of the gas turbine, said electricity generator including output electrical connections for being electrically connected to an electrical power supply network (2, 20, 200) on board an aircraft, the unit (1', 10', 100') being characterized in that it comprises: - energy storage means comprising a battery; - regulator means configured to control the speed of rotation of the gas turbine as a function of the electrical power required by the on-board electrical power supply network (2, 20, 200); and - second power converter means (4', 40') connected between the storage means and the electricity production device (3, 30), the second power converter means (4', 40') comprising a mechanical transmission gearbox coupled to the outlet shaft of the gas turbine and including a mechanical coupling shaft. - energy storage means comprising a battery; - regulator means configured to control the speed of rotation of the gas turbine as a function of the electrical power required by the on-board electrical power supply network (2, 20, 200); and - second power converter means (4', 40') connected between the storage means and the electricity production device (3, 30), the second power converter means (4', 40') comprising a mechanical transmission gearbox coupled to the outlet shaft of the gas turbine and including a mechanical coupling shaft.
A method comprising: receiving, by a router, a service endpoint identifier for a remote router that provides reachability to a service, wherein the router is logically located in a non-backbone area of a multi-area autonomous system that employs a hierarchical link state routing protocol to administratively group routers of the autonomous system into areas, and wherein the remote router is logically located external to the non-backbone area; sending, by the router to the non-backbone area, a request message that requests an area border router that borders a backbone area and the non-backbone area of the multi-area autonomous system to reconfigure a filter associated with the link state routing protocol to cause the area border router to flood, in accordance with the link state routing protocol, link state information associated with the service endpoint identifier to the non-backbone area; and receiving, by the router, the link state information flooded into the non-backbone area by the area border router after reconfiguring the filter, the link state information being usable for determining a path to the remote router. receiving, by a router, a service endpoint identifier for a remote router that provides reachability to a service, wherein the router is logically located in a non-backbone area of a multi-area autonomous system that employs a hierarchical link state routing protocol to administratively group routers of the autonomous system into areas, and wherein the remote router is logically located external to the non-backbone area; sending, by the router to the non-backbone area, a request message that requests an area border router that borders a backbone area and the non-backbone area of the multi-area autonomous system to reconfigure a filter associated with the link state routing protocol to cause the area border router to flood, in accordance with the link state routing protocol, link state information associated with the service endpoint identifier to the non-backbone area; and receiving, by the router, the link state information flooded into the non-backbone area by the area border router after reconfiguring the filter, the link state information being usable for determining a path to the remote router.
An electroforming system for forming a component with an electroforming process, the electroforming system comprising: an electrodeposition bath within a bath tank; a circuit including an anode and a cathode in the form of a mandrel made from a reclaimable material, the anode and cathode provided in the bath tank; and a coolant circuit at least partially passing through the electrodeposition bath including: a heat exchanger, a cooling core formed within the mandrel, and a coolant tube fluidly coupling the heat exchanger with the cooling core through which a coolant (Ce) can flow; wherein the reclaimable material forming the mandrel is a structural wax material. an electrodeposition bath within a bath tank; a circuit including an anode and a cathode in the form of a mandrel made from a reclaimable material, the anode and cathode provided in the bath tank; and a coolant circuit at least partially passing through the electrodeposition bath including: a heat exchanger, a cooling core formed within the mandrel, and a coolant tube fluidly coupling the heat exchanger with the cooling core through which a coolant (Ce) can flow; a heat exchanger, a cooling core formed within the mandrel, and a coolant tube fluidly coupling the heat exchanger with the cooling core through which a coolant (Ce) can flow; wherein the reclaimable material forming the mandrel is a structural wax material.
A yarn winding apparatus comprising: a yarn supplying section that supplies a yarn; a winding section that winds the yarn supplied from the yarn supplying section to form a package; a yarn thickness detecting section that detects thickness of the yarn that is being wound into the package; a yarn length detecting section that detects a length of the yarn that has been wound into the package; a yarn specific gravity storage section that stores therein information on a specific gravity of the yarn; and a weight calculating section that calculates, based on the thickness of the yarn detected by the yarn thickness detecting section, the length of the yarn detected by the yarn length detecting section, and the information on the specific gravity stored in the yarn specific gravity storage section, a yarn weight of the package formed by the winding section. a yarn supplying section that supplies a yarn; a winding section that winds the yarn supplied from the yarn supplying section to form a package; a yarn thickness detecting section that detects thickness of the yarn that is being wound into the package; a yarn length detecting section that detects a length of the yarn that has been wound into the package; a yarn specific gravity storage section that stores therein information on a specific gravity of the yarn; and a weight calculating section that calculates, based on the thickness of the yarn detected by the yarn thickness detecting section, the length of the yarn detected by the yarn length detecting section, and the information on the specific gravity stored in the yarn specific gravity storage section, a yarn weight of the package formed by the winding section.
Hydro-bush arrangement comprising a sleeve-shaped housing which surrounds an inner sleeve at a radial distance, wherein the housing and the inner sleeve are operatively interconnected by means of a spring body, the spring body being designed such that two chambers (4, 5) are formed between the housing and the inner sleeve and can be filled with a hydraulic fluid, wherein the chambers (4, 5) are hydraulically connected to at least one device, wherein the device is arranged outside the housing, wherein the housing has openings for connecting the device, wherein each chamber (4, 5) is assigned at least one opening, wherein the device comprises active control means, wherein the device is provided with a valve arrangement, characterised in that the active control means influence the volume flow of the hydraulic fluid circulating between the chambers (4, 5), wherein the active control means adjust a large volume flow by opening and adjust a small volume flow by almost closing.
Method for protecting a computer, in particular an industrial automation component, against a cybercriminal threat, wherein a number of application programs (AW1, AW2) are installed on the computer, wherein the application programs (AW1, AW2) each consist of a number of modules (M1,..., M36), in particular DLLs and other executable program code, and wherein different ones of the application programs (AW1, AW2) and therefore modules (M1,..., M36) are required for different functions (F1, F2) of the computer, characterized in that at least two security levels are defined for the computer, wherein those functions (F1, F2) which must not be deactivated in the event of a relevant cybercriminal threat and/or which functions (F1, F2) can be deactivated in the event of a relevant cybercriminal threat are defined for each of the security levels, in that, on the basis of information relating to a current cybercriminal threat for at least one of the affected modules (M1,..., M36), the affected functions (F1, F2) are identified, in that, on the basis of the current security level, those functions and modules of the identified functions (F1, F2) and modules (M1,..., M36) which can be deactivated are selected, and in that the selected modules (M1,..., M36) are blocked and the affected functions (F1, F2) are deactivated.
Process for preparing organosilicon compounds O which are solid at 20°C, by reaction of a molar equivalent of silane S which is selected from hydrocarbyltrihalosilane, hydrocarbyltrihydrocarbyloxysilane, or mixtures thereof, or their partial hydrolysates with polyhydroxy compounds P, in a molar ratio such that per mol equivalent of halo or hydrocarbyloxy radical there are 0.3 to 1.3 mol equivalents of hydroxyl radicals present, there being present at the same time a water fraction which is at least sufficient to hydrolyze the halo or hydrocarbyloxy radicals still remaining theoretically on quantitative conversion of the polyhydroxy compound P, but not exceeding 2 mol equivalents per mol equivalent of halo or hydrocarbyloxy radical.
A method comprising the steps of: sensing (3, 30) along time the motion of a cattle animal; sensing (4, 30) along time data indicative of eating periods of said cattle animal; accumulating and combining a first signal indicative of said sensed motion and a second signal indicative of said data so as to identify motion data statistically not related to eating periods of said cattle animal, said data being neutralized motion data; extracting activity level of said animal from said neutralized motion data; and identifying if said animal is in estrus based on the extracted activity level; characterised in that the steps of sensing motion and eating periods are performed inside a case which is placed where the animal's head motion can be sensed. sensing (3, 30) along time the motion of a cattle animal; sensing (4, 30) along time data indicative of eating periods of said cattle animal; accumulating and combining a first signal indicative of said sensed motion and a second signal indicative of said data so as to identify motion data statistically not related to eating periods of said cattle animal, said data being neutralized motion data; extracting activity level of said animal from said neutralized motion data; and identifying if said animal is in estrus based on the extracted activity level;
Drug delivery device comprising: - a reservoir for containing a product, said reservoir having a distally projecting end-piece having a longitudinal axis A and defining an axial passageway for the transfer of the product from the reservoir, said end-piece having a distal portion, - an adaptor having a collar engageable around said end-piece so that said collar is axially movable with respect to said end-piece, said adaptor covering at least part of said end-piece, said adaptor further comprising a distal tubular wall extending from said collar in the distal direction and surrounding at least part of said distal portion of said end-piece when said collar is engaged around said end-piece, said tubular wall being provided on its inner wall with a thread, - securing means (13, 24, 32; 51) for limiting the axial movement of said collar with respect to said end-piece once said collar is engaged around said end-piece, between a most distal position of said collar, in which a first length of said distal portion is left uncovered by said adaptor, and a most proximal position of said collar, in which a second length of said distal portion, greater than said first portion, is left uncovered by said adaptor, - biasing means (34; 39; 62; 70) for urging said collar towards its most distal position, wherein the drug delivery device further comprises protection means for preventing access to the biasing means by a user. - a reservoir for containing a product, said reservoir having a distally projecting end-piece having a longitudinal axis A and defining an axial passageway for the transfer of the product from the reservoir, said end-piece having a distal portion, - an adaptor having a collar engageable around said end-piece so that said collar is axially movable with respect to said end-piece, said adaptor covering at least part of said end-piece, said adaptor further comprising a distal tubular wall extending from said collar in the distal direction and surrounding at least part of said distal portion of said end-piece when said collar is engaged around said end-piece, said tubular wall being provided on its inner wall with a thread, - securing means (13, 24, 32; 51) for limiting the axial movement of said collar with respect to said end-piece once said collar is engaged around said end-piece, between a most distal position of said collar, in which a first length of said distal portion is left uncovered by said adaptor, and a most proximal position of said collar, in which a second length of said distal portion, greater than said first portion, is left uncovered by said adaptor, - biasing means (34; 39; 62; 70) for urging said collar towards its most distal position, wherein the drug delivery device further comprises protection means for preventing access to the biasing means by a user.
A method for the at least partial curing of a curable composition comprising: a) providing a curable composition comprising: at least one free-radically polymerizable compound; and a beta-dicarbonyl compound represented by the formula or a salt thereof, wherein: R 1 and R 2 independently represent hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; R 3 represents hydrogen, or a hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; and each X independently represents O, S, wherein each R 4 independently represents H or alkyl having from 1 to 18 carbon atoms, or taken together any two of R 1, R 2, R 3, or R 4 form a ring; and b) contacting the curable composition with at least one oxide of copper. a) providing a curable composition comprising: at least one free-radically polymerizable compound; and a beta-dicarbonyl compound represented by the formula or a salt thereof, wherein: R 1 and R 2 independently represent hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; R 3 represents hydrogen, or a hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; and each X independently represents O, S, wherein each R 4 independently represents H or alkyl having from 1 to 18 carbon atoms, or taken together any two of R 1, R 2, R 3, or R 4 form a ring; and at least one free-radically polymerizable compound; and a beta-dicarbonyl compound represented by the formula or a salt thereof, wherein: R 1 and R 2 independently represent hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; R 3 represents hydrogen, or a hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; and each X independently represents O, S, wherein each R 4 independently represents H or alkyl having from 1 to 18 carbon atoms, or taken together any two of R 1, R 2, R 3, or R 4 form a ring; and R 1 and R 2 independently represent hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; R 3 represents hydrogen, or a hydrocarbyl or substituted-hydrocarbyl group having from 1 to 18 carbon atoms; and each X independently represents O, S, wherein each R 4 independently represents H or alkyl having from 1 to 18 carbon atoms, or taken together any two of R 1, R 2, R 3, or R 4 form a ring; and b) contacting the curable composition with at least one oxide of copper.
A method of deploying and retrieving a submersible pumping system in production tubing within a wellbore, the method comprising the steps of: connecting a wireline to the submersible pumping system; lowering the submersible pumping system into the production tubing, wherein the weight of the submersible pumping system is borne by the wireline during the descent; locating the submersible pumping system on a landing assembly; disconnecting the wireline from the submersible pumping system; retrieving the wireline from the submersible pumping system; lowering a self-supporting power cable to the submersible pumping system; connecting the self-supporting power cable to the submersible pumping system; and providing electric current to the submersible pumping system through the self-supporting power cable; characterized by retrieving the submersible pumping system from the wellbore comprising the step of lifting the submersible pumping system with the self-supporting power cable. connecting a wireline to the submersible pumping system; lowering the submersible pumping system into the production tubing, wherein the weight of the submersible pumping system is borne by the wireline during the descent; locating the submersible pumping system on a landing assembly; disconnecting the wireline from the submersible pumping system; retrieving the wireline from the submersible pumping system; lowering a self-supporting power cable to the submersible pumping system; connecting the self-supporting power cable to the submersible pumping system; and providing electric current to the submersible pumping system through the self-supporting power cable; characterized by retrieving the submersible pumping system from the wellbore comprising the step of lifting the submersible pumping system with the self-supporting power cable.
A process for oxidizing a feed comprising cyclohexylbenzene, the process comprising: contacting the feed with oxygen and an oxidation catalyst which comprises a cyclic imide in a plurality of reaction zones connected in series, wherein the contacting in at least two of the plurality of reaction zones is conducted under conditions effective to oxidize a portion of the cyclohexylbenzene to cyclohexylbenzene hydroperoxide, and at least one of the plurality of reaction zones has a different reaction condition than another of the plurality of reaction zones, wherein the different reaction conditions include a progressively decreasing temperature between adjacent reaction zones of at least 5°C and an increase in oxidation catalyst concentration in the feed from at least one of the plurality of reaction zones to the next of the plurality of reaction zones in the series.
System for re-energizing streamflow in control surfaces of aircrafts, comprising a panel provided with at least one aerodynamic element, said aerodynamic element being movable at least between a rest position, where the at least one aerodynamic element does not protrude from the panel, and a use position, where the at least one aerodynamic element protrudes from the panel, acting as a vortex generator, said at least one aerodynamic element being a die-cut portion of said panel that is hinged to the rest of said panel, wherein the aerodynamic element comprises a fixed end joined to the panel, said fixed end defining a control line, and a movable end, characterized in that the aerodynamic element comprises at least one longitudinal slot, and in that the fixed end is divided in a plurality of sections, said at least one longitudinal slot being defined by said sections in which the fixed end is divided. wherein the aerodynamic element comprises a fixed end joined to the panel, said fixed end defining a control line, and a movable end, characterized in that the aerodynamic element comprises at least one longitudinal slot, and in that the fixed end is divided in a plurality of sections, said at least one longitudinal slot being defined by said sections in which the fixed end is divided.