mhurhangee/ep-ind-claims huggingface dataset:
Passenger transport vehicle, having at least one windowpane which is arranged in an opening in a side wall of the vehicle and which is fastened to a window frame surrounding the window pane by means of a clamping device interacting with a circumferential edge of the windowpane, wherein the windowpane is attached to a rigid frame by its circumferential edge by means of an adhesive bond, characterized in that relative to the vehicle, the clamping device comprises an outer rubber profile and an inner rubber profile, between which the windowpane is clamped at the edge, and the frame provided is arranged in the clamping area of the windowpane and is connected to a bodyshell of the vehicle in a force-transmitting manner via the clamping device.
A railway vehicle coach comprising a chassis and a bogie arranged below the chassis in a vertical direction, the coach including a thermally insulating screen, arranged between the chassis and the bogie, above the bogie in the vertical direction, characterized in that the screen comprises a first part, a second part substantially perpendicular to the first part and arranged away from the first part, and a substantially straight connecting part connecting the first and second parts.
Polycrystalline silicon production method comprising: supply of a gas mixture containing silicon-bearing gas into reactors through a pipe system; heating bodies inside the reactors for silicon deposition on their surfaces with formation of output gas mixtures in the reactor volume; the use of at least two reactors simultaneously for silicon deposition; wherein the outlet of a previous reactor is connected by the pipe system with the inlet of the next reactor as one after another; and the feeding gas mixture is transported through these reactors one-by-one beginning from the first to the last reactor during the common production process, wherein the flow rate of silicon-bearing gas into first reactor Q is determined as ∑ 1 n Q i ≤ Q ≤ 1.5 ∑ 1 n Q i, where Q i - is the gas flow rate required for i th -reactor in the standalone mode, n is the number of connected reactors.
A method of operating a proxy server, comprising: receiving a request for an initial web resource from a client device; requesting the initial web resource on behalf of the client device in response to the client device's request; executing a web resource redirection procedure at the proxy server that is independent of interaction with the client device and includes (i) receiving one or more redirect messages that redirect from the initial web resource to an alternate web resource, (ii) requesting the alternate web resource from a server based on the one or more redirect messages, and (iii) receiving web resource content from the server that is associated with the alternate web resource; obtaining a redirect cookie from the server for the alternate web resource in response to the proxy server's request for the alternate web resource; generating a wrapped cookie based on the redirect cookie; and delivering the wrapped cookie and the web resource content to a proxy client application on the client device along with a set of instructions for simulating, on the client device, the web resource redirection procedure for the alternate web resource between the proxy client application and a mobile web browser on the client device, wherein the set of instructions for simulating the web resource redirection procedure is configured to instruct the proxy client application to supply the mobile web browser with the wrapped cookie as a given cookie for the initial web resource. receiving a request for an initial web resource from a client device; requesting the initial web resource on behalf of the client device in response to the client device's request; executing a web resource redirection procedure at the proxy server that is independent of interaction with the client device and includes (i) receiving one or more redirect messages that redirect from the initial web resource to an alternate web resource, (ii) requesting the alternate web resource from a server based on the one or more redirect messages, and (iii) receiving web resource content from the server that is associated with the alternate web resource; obtaining a redirect cookie from the server for the alternate web resource in response to the proxy server's request for the alternate web resource; generating a wrapped cookie based on the redirect cookie; and delivering the wrapped cookie and the web resource content to a proxy client application on the client device along with a set of instructions for simulating, on the client device, the web resource redirection procedure for the alternate web resource between the proxy client application and a mobile web browser on the client device, wherein the set of instructions for simulating the web resource redirection procedure is configured to instruct the proxy client application to supply the mobile web browser with the wrapped cookie as a given cookie for the initial web resource.
A method performed by a server and a first camera for filtering messages, wherein the server performs the steps of: determining, using information from an agency, a first identifier of one or more first systems, selected from a group consisting of conducted electrical weapons "CEWs", holsters, and in-vehicle monitors, the one or more first systems associated with the first camera; generating, in accordance with the determining, a list that includes one or more entries, each entry including the first identifier of one of the one or more first systems associated with the first camera; transmitting the list to the first camera, and wherein the first camera performs the steps of: receiving the list; receiving one or more messages wirelessly transmitted from at least one of a CEW, a holster, and an in-vehicle monitor, each message comprising a second identifier of the CEW, the holster, or the in-vehicle monitor that sent the message; and ignoring the one or more messages unless the second identifier is the same as one of the first identifiers in the one or more entries of the list. determining, using information from an agency, a first identifier of one or more first systems, selected from a group consisting of conducted electrical weapons "CEWs", holsters, and in-vehicle monitors, the one or more first systems associated with the first camera; generating, in accordance with the determining, a list that includes one or more entries, each entry including the first identifier of one of the one or more first systems associated with the first camera; transmitting the list to the first camera, and wherein the first camera performs the steps of: receiving the list; receiving one or more messages wirelessly transmitted from at least one of a CEW, a holster, and an in-vehicle monitor, each message comprising a second identifier of the CEW, the holster, or the in-vehicle monitor that sent the message; and ignoring the one or more messages unless the second identifier is the same as one of the first identifiers in the one or more entries of the list. receiving the list; receiving one or more messages wirelessly transmitted from at least one of a CEW, a holster, and an in-vehicle monitor, each message comprising a second identifier of the CEW, the holster, or the in-vehicle monitor that sent the message; and ignoring the one or more messages unless the second identifier is the same as one of the first identifiers in the one or more entries of the list.
A power generation system comprising: a power generator; a plurality of converter modules, each converter module having a DC link, wherein the DC link of each converter module is connected to the DC links of the other converter modules of the plurality of converter modules via a fuse associated with the converter module; characterized in that it further comprises a controller configured to, if it is detected that there is a fault in one of the converter modules, disconnect the converter module in which there is a fault from the power generator and connect two or more other converter modules of the plurality of converter modules to the power generator and to control the power generation system to supply power to the DC links of the two or more other converter modules such that power is supplied to the converter module in which there is a fault via the fuse associated with the converter module such that the fuse associated with the converter module melts. a power generator; a plurality of converter modules, each converter module having a DC link, wherein the DC link of each converter module is connected to the DC links of the other converter modules of the plurality of converter modules via a fuse associated with the converter module; characterized in that it further comprises a controller configured to, if it is detected that there is a fault in one of the converter modules, disconnect the converter module in which there is a fault from the power generator and connect two or more other converter modules of the plurality of converter modules to the power generator and to control the power generation system to supply power to the DC links of the two or more other converter modules such that power is supplied to the converter module in which there is a fault via the fuse associated with the converter module such that the fuse associated with the converter module melts.
Insulator for a gas insulated device, comprising an injection molded and single-bodied insulator disc and a conductor, wherein the insulator disc comprises a center opening encompassed by an inner bead inside which the conductor is arranged and an outer bead encompassing the insulator disc, the insulator disc consists of a first material which is injection molded onto the conductor, the insulator defines a center axis (a) by its cylindrical overall shape, characterized in that at least one of the inner bead and the outer bead is strut by a plurality of ribs arranged on at least one of a first side surface (8.1) and a second side surface (8.2) of the insulator disc such that a rib structure is formed, the ribs are arranged in a radial direction with respect to the center axis (a) such that the ribs have a wave-like cross-section extending in the radial direction, and the cross-section is defined by the intersection of a plane parallel to the center axis ( a) of the insulator and passing between the inner and the outer bead (5, 6) with the insulator. the insulator disc comprises a center opening encompassed by an inner bead inside which the conductor is arranged and an outer bead encompassing the insulator disc, the insulator disc consists of a first material which is injection molded onto the conductor, the insulator defines a center axis (a) by its cylindrical overall shape, characterized in that at least one of the inner bead and the outer bead is strut by a plurality of ribs arranged on at least one of a first side surface (8.1) and a second side surface (8.2) of the insulator disc such that a rib structure is formed, the ribs are arranged in a radial direction with respect to the center axis (a) such that the ribs have a wave-like cross-section extending in the radial direction, and the cross-section is defined by the intersection of a plane parallel to the center axis ( a) of the insulator and passing between the inner and the outer bead (5, 6) with the insulator.
A method for adapting at least one winding parameter of a winding device during the winding of a film web on a winding core, having the following steps: - Conveying the film web along a measuring path between a first driven roll and a second driven roll, - increasing the web tension of the film web between the first roll and the second roll, - continuous detecting of the drive parameters of the first roll and of the second roll at least in the form of the torque and the circumferential speed, - determining a stress-strain diagram from the detected drive parameters, - adapting at least one winding parameter of the winding device on the basis of the determined stress-strain diagram in order to achieve a defined elongation of the film web during the winding on the winding core. - Conveying the film web along a measuring path between a first driven roll and a second driven roll, - increasing the web tension of the film web between the first roll and the second roll, - continuous detecting of the drive parameters of the first roll and of the second roll at least in the form of the torque and the circumferential speed, - determining a stress-strain diagram from the detected drive parameters, - adapting at least one winding parameter of the winding device on the basis of the determined stress-strain diagram in order to achieve a defined elongation of the film web during the winding on the winding core.
Combination firework for electrical ignition of individual pyrotechnical objects, which combination firework comprises a base plate with at least two pyrotechnical objects and a connector, characterized in that the connector is formed for connection to electric ignition cables of the pyrotechnical objects guided along the base plate, between each pyrotechnical object and the connector, and the connector is further configured so as to permanently secure thereto an electrical bridging device, and wherein the pyrotechnical objects comprise a sealed container in which an ignition element and a flare charge are disposed, and wherein the container is fixedly disposed directly on the base plate.
Method for improving and stabilising the yield of n-type photovoltaic cells, said method comprising the following steps: - providing an n-type heterojunction photovoltaic cell, comprising a central crystalline silicon layer on and/or under which a passivation layer made of hydrogenated amorphous silicon is deposited, with the concentration in Boron atoms in said central layer being between 0 and 1 x10 16 atoms/cm 3, - heating this cell to a heating temperature during treatment duration, while still subjecting the photovoltaic cell to a light flux greater than or equal to 100 W/m 2, - said method being characterised in that the treatment duration is between 30 minutes and 12 hours and in that the heating temperature is between 55°C and 80°C. - providing an n-type heterojunction photovoltaic cell, comprising a central crystalline silicon layer on and/or under which a passivation layer made of hydrogenated amorphous silicon is deposited, with the concentration in Boron atoms in said central layer being between 0 and 1 x10 16 atoms/cm 3, - heating this cell to a heating temperature during treatment duration, while still subjecting the photovoltaic cell to a light flux greater than or equal to 100 W/m 2, - said method being characterised in that the treatment duration is between 30 minutes and 12 hours and in that the heating temperature is between 55°C and 80°C.
A method for manufacturing a shaped rubber hose comprising the steps of: primary vulcanization of an unvulcanized rubber hose formed around an outer periphery of a mandrel to obtain a rubber hose in a semi-vulcanized state; and secondary vulcanization of the rubber hose in a semi-vulcanized state held in a desired shape to obtain a shaped rubber hose; wherein the unvulcanized rubber hose has an outermost peripheral unvulcanized rubber layer; and the primary vulcanization is conducted by irradiating an outer peripheral side of the unvulcanized rubber layer with near infrared rays for heating to obtain the rubber hose in a semi-vulcanized state having a higher degree of vulcanization in a vicinity of an outer peripheral surface than in a vicinity of an inner peripheral surface of the rubber hose, wherein the primary vulcanization is performed after formation of a coating of a transparent thermoplastic resin on the outer periphery of the outermost peripheral unvulcanized rubber layer of the unvulcanized rubber hose. primary vulcanization of an unvulcanized rubber hose formed around an outer periphery of a mandrel to obtain a rubber hose in a semi-vulcanized state; and secondary vulcanization of the rubber hose in a semi-vulcanized state held in a desired shape to obtain a shaped rubber hose; wherein the unvulcanized rubber hose has an outermost peripheral unvulcanized rubber layer; and the primary vulcanization is conducted by irradiating an outer peripheral side of the unvulcanized rubber layer with near infrared rays for heating to obtain the rubber hose in a semi-vulcanized state having a higher degree of vulcanization in a vicinity of an outer peripheral surface than in a vicinity of an inner peripheral surface of the rubber hose, wherein the primary vulcanization is performed after formation of a coating of a transparent thermoplastic resin on the outer periphery of the outermost peripheral unvulcanized rubber layer of the unvulcanized rubber hose.
A formation fluid sampling tool for obtaining a fluid at a position within a wellbore that penetrates a subterranean formation, the tool comprising: a body adapted to be disposed in the wellbore on a conveyance; characterized by expandable packers providing an upper guard interval and a lower guard interval, wherein the upper guard interval comprises an upper cleanup zone provided with an upper cleanup port and the lower guard interval comprises a lower cleanup zone provided with a lower cleanup port, wherein the upper cleanup port and the lower cleanup port are connected to a flowline for passing waste fluid to a point of disposal within or outside the tool from, respectively, the upper guard interval and the lower guard interval; a sampling region provided between the upper and lower guard intervals (46,48) when the expandable packers are expanded into abutting contact with the wellbore wall; and a sampling flowline in fluid communication with the sampling region for drawing the fluid from the sampling region; wherein the sampling region and the upper and lower cleanup zones (38,40) are isolated from one another when the expandable packers are expanded into abutting contact with the wellbore. a body adapted to be disposed in the wellbore on a conveyance; characterized by expandable packers providing an upper guard interval and a lower guard interval, wherein the upper guard interval comprises an upper cleanup zone provided with an upper cleanup port and the lower guard interval comprises a lower cleanup zone provided with a lower cleanup port, wherein the upper cleanup port and the lower cleanup port are connected to a flowline for passing waste fluid to a point of disposal within or outside the tool from, respectively, the upper guard interval and the lower guard interval; a sampling region provided between the upper and lower guard intervals (46,48) when the expandable packers are expanded into abutting contact with the wellbore wall; and a sampling flowline in fluid communication with the sampling region for drawing the fluid from the sampling region; wherein the sampling region and the upper and lower cleanup zones (38,40) are isolated from one another when the expandable packers are expanded into abutting contact with the wellbore.
Electrical power supply assembly (10'; 10") for a motor vehicle, comprising: - a casing (12'; 12") having a bottom (14'; 14") and at least two lateral walls (20', 22'; 20'', 22'') that are opposite one another and protrude upright from said bottom (14'; 14"); - a set of accumulator battery modules (30', 32'; 30", 31, 32"), each of the modules of said set having an accumulator battery (34'; 34'') having two opposite ends (36', 38'; 36", 38"), and two opposite flanges (40', 42'; 40", 42") respectively covering said ends, the modules (30', 32'; 30", 31, 32") of said set being installed inside said casing (12'; 12") on said bottom (14'; 14") in a plurality of contiguous rows (24', 26', 28'; 24", 26", 28'') of n modules situated coaxially in the extension of one another and substantially parallel to said lateral walls (20', 22'; 20", 22"); characterized in that said contiguous rows (24', 26', 28'; 24", 26", 28") are arranged such that the flanges (40', 42', 50'; 50", 40", 42") of the modules of said rows are respectively aligned edge to edge in a direction substantially perpendicular to said opposite lateral walls (20', 22'; 20", 22"); and in that said aligned flanges (40', 42', 50'; 50", 40", 42") are secured to said bottom (14'; 14") of said casing (12'; 12") so as to form rigid crossmembers inside said casing. - a casing (12'; 12") having a bottom (14'; 14") and at least two lateral walls (20', 22'; 20'', 22'') that are opposite one another and protrude upright from said bottom (14'; 14"); - a set of accumulator battery modules (30', 32'; 30", 31, 32"), each of the modules of said set having an accumulator battery (34'; 34'') having two opposite ends (36', 38'; 36", 38"), and two opposite flanges (40', 42'; 40", 42") respectively covering said ends, the modules (30', 32'; 30", 31, 32") of said set being installed inside said casing (12'; 12") on said bottom (14'; 14") in a plurality of contiguous rows (24', 26', 28'; 24", 26", 28'') of n modules situated coaxially in the extension of one another and substantially parallel to said lateral walls (20', 22'; 20", 22"); characterized in that said contiguous rows (24', 26', 28'; 24", 26", 28") are arranged such that the flanges (40', 42', 50'; 50", 40", 42") of the modules of said rows are respectively aligned edge to edge in a direction substantially perpendicular to said opposite lateral walls (20', 22'; 20", 22"); and in that said aligned flanges (40', 42', 50'; 50", 40", 42") are secured to said bottom (14'; 14") of said casing (12'; 12") so as to form rigid crossmembers inside said casing.
A method for preprocessing sensor data to facilitate prognostic-surveillance operations, comprising: obtaining training data from sensors in a monitored system during operation of the monitored system, wherein the training data comprises time-series data sampled from signals produced by the sensors; obtaining functional requirements for the prognostic-surveillance operations, wherein functional requirements for the prognostic-surveillance operations include one or more of the following: a false-alarm probability, FAP; a missed-alarm probability, MAP; and a time-to-detection, TTD, metric for discovering anomalies; performing the prognostic-surveillance operations on the training data; determining whether the prognostic-surveillance operations meet the functional requirements; and if the prognostic-surveillance operations do not meet the functional requirements, iteratively applying one or more preprocessing operations to the training data in order of increasing computational cost until the functional requirements are met, the method being characterised in that the computational cost is determined based on an empirically established nonlinear function for each preprocessing operation relating compute cost to a trivariate function of a sampling rate, a number of signals, and signal-to-noise ratios for the signals. obtaining training data from sensors in a monitored system during operation of the monitored system, wherein the training data comprises time-series data sampled from signals produced by the sensors; obtaining functional requirements for the prognostic-surveillance operations, wherein functional requirements for the prognostic-surveillance operations include one or more of the following: a false-alarm probability, FAP; a missed-alarm probability, MAP; and a time-to-detection, TTD, metric for discovering anomalies; a false-alarm probability, FAP; a missed-alarm probability, MAP; and a time-to-detection, TTD, metric for discovering anomalies; performing the prognostic-surveillance operations on the training data; determining whether the prognostic-surveillance operations meet the functional requirements; and if the prognostic-surveillance operations do not meet the functional requirements, iteratively applying one or more preprocessing operations to the training data in order of increasing computational cost until the functional requirements are met, the method being characterised in that the computational cost is determined based on an empirically established nonlinear function for each preprocessing operation relating compute cost to a trivariate function of a sampling rate, a number of signals, and signal-to-noise ratios for the signals.