mhurhangee/ep-ind-claims huggingface dataset:
Method for welding a splice by means of an ultrasonic welding device, wherein the ultrasonic welding device has a sonotrode for generating ultrasonic vibrations, an anvil, a first lateral element, a second lateral element and a compaction chamber, the height of which is adjustable by varying a distance between the sonotrode and the anvil and the width of which is adjustable by varying a distance between the first lateral element and the second lateral element, wherein the method comprises: arranging first conductor portions of at least two electrical conductors to be welded in the compaction chamber; adjusting the width of the compaction chamber to a predetermined value for a first welding operation; performing the first welding operation by activating the sonotrode and compressing the first conductor portions between the sonotrode and the anvil, wherein the first conductor portions are welded together to form a first splice; arranging a second conductor portion of at least one further electrical conductor to be welded and the first splice in the compaction chamber; characterised by the following: adjusting the width of the compaction chamber to a predetermined value for a second welding operation, wherein the width of the compaction chamber for the second welding operation is greater by a predetermined tolerance value (ΔB) than the width of the compaction chamber for the first welding operation; and performing the second welding operation by reactivating the sonotrode and compressing the first splice and the second conductor portion between the sonotrode and the anvil, wherein the first splice and the second conductor portion are welded together to form a second splice, wherein the predetermined tolerance value (ΔB) is at least 0.01 mm, and wherein the predetermined tolerance value (ΔB) is at most 5 mm. arranging first conductor portions of at least two electrical conductors to be welded in the compaction chamber; adjusting the width of the compaction chamber to a predetermined value for a first welding operation; performing the first welding operation by activating the sonotrode and compressing the first conductor portions between the sonotrode and the anvil, wherein the first conductor portions are welded together to form a first splice; arranging a second conductor portion of at least one further electrical conductor to be welded and the first splice in the compaction chamber; adjusting the width of the compaction chamber to a predetermined value for a second welding operation, wherein the width of the compaction chamber for the second welding operation is greater by a predetermined tolerance value (ΔB) than the width of the compaction chamber for the first welding operation; and performing the second welding operation by reactivating the sonotrode and compressing the first splice and the second conductor portion between the sonotrode and the anvil, wherein the first splice and the second conductor portion are welded together to form a second splice, wherein the predetermined tolerance value (ΔB) is at least 0.01 mm, and wherein the predetermined tolerance value (ΔB) is at most 5 mm.
Apparatus for filtering output signals from a first radar used for air traffic control, comprising: means arranged to receive plot extracted output signals from the first radar due to detection by said radar of a target in a sub-area of the area of coverage of said radar in which enhancement is desired; means arranged to obtain plot extracted output signals from two or more remote radars also used for air traffic control and having an area of coverage encompassing the sub-area in which enhancement is required; means arranged to determine whether or not to pass data from the first radar indicative of the target for further reporting to an air traffic control centre based on the signals from the two or more remote radars; said means arranged to determine identifying whether the data from the first radar are associated with a previously established air traffic track, and, if not, wherein said means arranged to determine does not pass on the data indicative of the target if the target is detected by none of the remote radars; and wherein said means arranged to determine does pass on the data indicative of the target if the target is detected by all of the remote radars; and wherein, if the target is detected by at least one, but not all of the remote radars, the means arranged to determine is configured to perform further processing of the signals to determine whether or not to pass on the data. means arranged to receive plot extracted output signals from the first radar due to detection by said radar of a target in a sub-area of the area of coverage of said radar in which enhancement is desired; means arranged to obtain plot extracted output signals from two or more remote radars also used for air traffic control and having an area of coverage encompassing the sub-area in which enhancement is required; means arranged to determine whether or not to pass data from the first radar indicative of the target for further reporting to an air traffic control centre based on the signals from the two or more remote radars; said means arranged to determine identifying whether the data from the first radar are associated with a previously established air traffic track, and, if not, wherein said means arranged to determine does not pass on the data indicative of the target if the target is detected by none of the remote radars; and wherein said means arranged to determine does pass on the data indicative of the target if the target is detected by all of the remote radars; and wherein, if the target is detected by at least one, but not all of the remote radars, the means arranged to determine is configured to perform further processing of the signals to determine whether or not to pass on the data.
A method for producing a tree having lower lignin content compared to its wild type, comprising down-regulating expression of a gene product expressed in the xylem forming tissue of a tree, said gene product being encoded by a nucleotide sequence selected from the group consisting of: a) the nucleotide sequence shown as SEQ ID NO: 29; and b) a nucleotide sequence being at least 80% identical to a nucleotide sequence shown as SEQ ID NO: 29. a) the nucleotide sequence shown as SEQ ID NO: 29; and b) a nucleotide sequence being at least 80% identical to a nucleotide sequence shown as SEQ ID NO: 29.
Chemical conversion process comprising plasmonic heating of a reaction mixture, which reaction mixture comprises at least a one component and plasmonic particles, by exposing said reaction mixture to light comprising one or more wavelengths which are absorbed by at least part of the plasmonic particles, thereby controlling the reaction rate of one or more chemical reactions, wherein said reaction mixture comprises a first plasmonic particle associated with a first catalytic functionality for a first chemical reaction and a second plasmonic particle associated with a second catalytic functionality for a second chemical reaction, wherein said first plasmonic particle is different from said second plasmonic particle and said first catalytic functionality is different from said second catalytic functionality, wherein said first and second plasmonic particles both have a plasmon resonance wavelength, which plasmon resonance wavelengths differ by at least 2 nm, the process comprising: - exposing said reaction mixture to light comprising a plasmon resonance wavelength of said first plasmonic particle, thereby selectively promoting said first chemical reaction, and - thereafter exposing said reaction mixture to light comprising a plasmon resonance wavelength of said second plasmonic particle, thereby selectively promoting said second chemical reaction. - exposing said reaction mixture to light comprising a plasmon resonance wavelength of said first plasmonic particle, thereby selectively promoting said first chemical reaction, and - thereafter exposing said reaction mixture to light comprising a plasmon resonance wavelength of said second plasmonic particle, thereby selectively promoting said second chemical reaction.
A method for producing blades of a turbo-machine, which has cooling-air bores, wherein during a processing step the cooling-air bores are temporarily closed for their protection, comprising the following steps: - optional application of a heat-insulating layer; - closure of the cooling-air bores with use of a dual-cure epoxy resin, wherein the free-flowing resin is poured at least into a portion of the cooling-air bores at a first end of the coolingair bores; - carrying out a first cure by means of radiation curing with UV-irradiation at a second end of the cooling-air bores so that the resin cures and does not exit from the cooling-air bores at their second end; - carrying out a second cure by means of thermal curing or by means of reaction with a reaction partner; - optional introduction of channels in the heat-insulating layer by means of laser drilling; - removal of the dual-cure epoxy resin out of the cooling-air bores by heating. - optional application of a heat-insulating layer; - closure of the cooling-air bores with use of a dual-cure epoxy resin, wherein the free-flowing resin is poured at least into a portion of the cooling-air bores at a first end of the coolingair bores; - carrying out a first cure by means of radiation curing with UV-irradiation at a second end of the cooling-air bores so that the resin cures and does not exit from the cooling-air bores at their second end; - carrying out a second cure by means of thermal curing or by means of reaction with a reaction partner; - optional introduction of channels in the heat-insulating layer by means of laser drilling; - removal of the dual-cure epoxy resin out of the cooling-air bores by heating.
Dispensing head for a preferably cosmetic product, with an outlet channel, an associated outlet valve, which has a movable valve element, and with an actuation element for opening the outlet valve upon actuation of the dispensing head, wherein the dispensing head is designed for connection to a container in such a way that product is or can be dispensed from the container, preferably via a dispensing valve of the container, into the outlet channel upon actuation of the dispensing head, and wherein the actuaction element guides the valve element and is designed in one piece with the valve element, characterized in that the valve element closes the outlet channel in a dome-like manner.
A method of controlling idling thrust from a turbojet subjected to fuel flow rate regulation by means of a high limit value (Bmax) for providing protection against surging of a compressor of the turbojet, said method comprising: • an obtaining step for obtaining a first operating point of the turbojet on the high limit value corresponding to a first thrust value, said high limit value taking account of an underestimate of the rate at which fuel is being injected into the combustion chamber of the turbojet while regulating the turbojet; • a first turbojet control step for reaching the first operating point; • a monitoring step (E30, E40) for monitoring the turbojet in order to detect underspeed of the compressor; and • if underspeed is detected: • an obtaining step for obtaining a second operating point that corresponds to a second thrust value from the turbojet greater than the first value, and that, relative to the high limit value (Bmax), guarantees a margin (Mdeviss) that is determined to protect the turbojet against underspeed of the compressor; and • a second turbojet control step for reaching the second operating point. • an obtaining step for obtaining a first operating point of the turbojet on the high limit value corresponding to a first thrust value, said high limit value taking account of an underestimate of the rate at which fuel is being injected into the combustion chamber of the turbojet while regulating the turbojet; • a first turbojet control step for reaching the first operating point; • a monitoring step (E30, E40) for monitoring the turbojet in order to detect underspeed of the compressor; and • if underspeed is detected: • an obtaining step for obtaining a second operating point that corresponds to a second thrust value from the turbojet greater than the first value, and that, relative to the high limit value (Bmax), guarantees a margin (Mdeviss) that is determined to protect the turbojet against underspeed of the compressor; and • a second turbojet control step for reaching the second operating point. • an obtaining step for obtaining a second operating point that corresponds to a second thrust value from the turbojet greater than the first value, and that, relative to the high limit value (Bmax), guarantees a margin (Mdeviss) that is determined to protect the turbojet against underspeed of the compressor; and • a second turbojet control step for reaching the second operating point.
Reducing agent tank for a reducing agent and preferably for installation on a motor vehicle, having a housing for accommodating the reducing agent, having a tank segment, and preferably having a delivery module for delivering the reducing agent, and having a tank element of plastics material, characterized in that the plastics material is additized with at least one additional material for increasing the thermal conductivity.
A seal assembly for a turbine engine, comprising: an inter stage seal housing having a circumferential groove located along an edge of said inter stage seal housing, said circumferential groove having a plurality of through holes; at least one segment strip, each having at least one threaded hole, an upstream sealing surface, a downstream sealing surface, a right circumferential sealing surface and a left circumferential sealing surface; and a plurality of fasteners (80, 81, 82) for securing said at least one segment strip in said circumferential groove; and wherein said circumferential groove is configured to accept the geometry of the said at least one segment strip, wherein said inter stage seal housing includes: an upstream surface, wherein each of said plurality of through holes extend from said upstream surface to said circumferential groove, characterized in that said inter stage seal housing further includes a downstream surface, wherein said downstream sealing surface of said secured segment strips forms a substantially planar surface with said downstream surface of said inter stage seal housing and serves as a replaceable contact surface strip for said inter stage seal housing. an inter stage seal housing having a circumferential groove located along an edge of said inter stage seal housing, said circumferential groove having a plurality of through holes; at least one segment strip, each having at least one threaded hole, an upstream sealing surface, a downstream sealing surface, a right circumferential sealing surface and a left circumferential sealing surface; and a plurality of fasteners (80, 81, 82) for securing said at least one segment strip in said circumferential groove; and wherein said circumferential groove is configured to accept the geometry of the said at least one segment strip, wherein said inter stage seal housing includes: an upstream surface, wherein each of said plurality of through holes extend from said upstream surface to said circumferential groove, characterized in that said inter stage seal housing further includes a downstream surface, wherein said downstream sealing surface of said secured segment strips forms a substantially planar surface with said downstream surface of said inter stage seal housing and serves as a replaceable contact surface strip for said inter stage seal housing.
An oil distributor for a lubricating and cooling system in a powertrain, the oil distributor comprising a housing provided with at least one first oil inlet and at least two oil outlets (26, 28), wherein a first oil outlet is connected to a first oil chamber and wherein a second oil outlet is connected to a second oil chamber; and a piston arranged in a cavity of the housing, which piston is movable between a first and a second position, wherein the first oil outlet is adapted to be connected to a first oil circuit and the second oil outlet is adapted to be connected to a second oil circuit, wherein the piston comprises a first bore directed in a longitudinal direction of the piston, wherein the second oil chamber is at least in part constituted by the first bore in the piston, and wherein the piston comprises a second bore connecting the first bore with an outer periphery of the piston, so that when the piston is in the first position the at least one first oil inlet is connected to the first oil chamber and the first oil outlet, and when the piston is in the second position the at least one first oil inlet is connected to the second oil chamber and the second oil outlet, characterized in that a second oil inlet is arranged in the housing of the oil distributor and a third bore is arranged in the piston, which connects the first bore with an outer periphery of the piston, so that when the piston is in the first position the second oil inlet is connected to the second oil chamber and the second oil outlet.
A lipase variant of a parent lipase, wherein said variant comprises one of the following set of modifications: i) an insertion of a further arginine at R232; ii) the substitutions V236R+E239R; iii) deletion of amino acid residues S224, G225, T226 and V230, in combination with the substitutions L227R+V228R; iv) the substitutions G225R+T231R; v) the substitutions T231R+E239R+Q249R; in the lipase defined by SEQ ID NO: 1, wherein the lipase variant has at least 60%, at least 65%, at least 70%, at least 75%, at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99% sequence identity, but less than 100% sequence identity, to SEQ ID NO: 1, and wherein said lipase variant has lipase activity. i) an insertion of a further arginine at R232; ii) the substitutions V236R+E239R; iii) deletion of amino acid residues S224, G225, T226 and V230, in combination with the substitutions L227R+V228R; iv) the substitutions G225R+T231R; v) the substitutions T231R+E239R+Q249R; in the lipase defined by SEQ ID NO: 1, wherein the lipase variant has at least 60%, at least 65%, at least 70%, at least 75%, at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99% sequence identity, but less than 100% sequence identity, to SEQ ID NO: 1, and wherein said lipase variant has lipase activity.
A method for capping vessels containing biological samples, the method comprising the steps of: a) providing a disposable cap supply containing a plurality of caps for the vessels containing biological samples, the cap supply comprising compartments accommodating the caps in a predefined geometrical arrangement b) introducing the cap supply into a preanalytical system comprising a housing through an interface in said housing by reversibly docking it to a feeder for inserting the cap supply into the preanalytical system and retrieving it therefrom c) retrieving a cap from the cap supply with a laterally and vertically moveable robotic manipulator and transporting it to a workstation holding the vessels containing biological samples d) capping a vessel containing a biological sample with the cap using the laterally and vertically moveable robotic manipulator e) repeating steps b) to d) a number of times or until all caps of the cap supply have been retrieved by the laterally and vertically moveable robotic manipulator f) retrieving the cap supply from the preanalytical system. a) providing a disposable cap supply containing a plurality of caps for the vessels containing biological samples, the cap supply comprising compartments accommodating the caps in a predefined geometrical arrangement b) introducing the cap supply into a preanalytical system comprising a housing through an interface in said housing by reversibly docking it to a feeder for inserting the cap supply into the preanalytical system and retrieving it therefrom c) retrieving a cap from the cap supply with a laterally and vertically moveable robotic manipulator and transporting it to a workstation holding the vessels containing biological samples d) capping a vessel containing a biological sample with the cap using the laterally and vertically moveable robotic manipulator e) repeating steps b) to d) a number of times or until all caps of the cap supply have been retrieved by the laterally and vertically moveable robotic manipulator f) retrieving the cap supply from the preanalytical system.
Device for shaping at least one piece of dough into at least one dough product, comprising a base for receiving the at least one piece of dough, a mould having at least one chamber with an encircling wall, wherein the wall on a first side of the mould, which side is directed towards the base, defines an opening for receiving a piece of dough in the at least one chamber, and first drive means with which the mould is moved in at least two directions in space or in one direction in space and about an axis of rotation such that the at least one piece of dough is formed into the at least one dough product by movements or by rotation of the mould relative to the base, wherein a punch is arranged within the at least one chamber, the punch having pretensioning means and actuating means in order to exert a defined force on a piece of dough received in the chamber.
A method of operating a telnet client comprising: a. receiving data from a server at the telnet client: b. running one or more scripts on the telnet client, the one or more scripts causing the telnet client to initiate and perform at least the following steps without querying the server: i. detect, in the received data, information comprising: text displayable on a screen of the telnet client, one or more input fields displayable on the screen of the telnet client, the state of a telnet session, and a position of a cursor in the telnet session; and ii. initiate speech generation and generate speech based on the detected information, wherein the generated speech comprises a pre-recorded message, and a portion of the detected text displayed on the screen of the telnet client, wherein content of the generated speech comprises an instruction based on the detected information. a. receiving data from a server at the telnet client: b. running one or more scripts on the telnet client, the one or more scripts causing the telnet client to initiate and perform at least the following steps without querying the server: i. detect, in the received data, information comprising: text displayable on a screen of the telnet client, one or more input fields displayable on the screen of the telnet client, the state of a telnet session, and a position of a cursor in the telnet session; and ii. initiate speech generation and generate speech based on the detected information, wherein the generated speech comprises a pre-recorded message, and a portion of the detected text displayed on the screen of the telnet client, wherein content of the generated speech comprises an instruction based on the detected information. i. detect, in the received data, information comprising: text displayable on a screen of the telnet client, one or more input fields displayable on the screen of the telnet client, the state of a telnet session, and a position of a cursor in the telnet session; and ii. initiate speech generation and generate speech based on the detected information, wherein the generated speech comprises a pre-recorded message, and a portion of the detected text displayed on the screen of the telnet client, wherein content of the generated speech comprises an instruction based on the detected information.