mhurhangee/ep-ind-claims huggingface dataset:
A method of calibrating a case cooling system for a gas turbine engine, the engine comprising a rotor stage, the rotor stage being rotatably mounted within a rotor casing, the rotor casing comprising in series fluid communication, a duct, a flow control valve, and a manifold, the valve being operable to regulate an air flow through the duct to the manifold, the manifold arranged radially outwardly around the casing radially coplanar with the rotor stage, the method comprising the steps of: (i) positioning a temperature sensing apparatus on the rotor casing, radially outwardly of the rotor stage; (ii) closing the valve to prevent air flow through the duct; (iii) operating the engine at a fixed power setting for a first predetermined period of time; (iv) sensing a temperature of the rotor casing with the temperature sensing apparatus; (v) opening the valve to a next flow setting position; (vi) repeating steps (iii) to (v) until the valve is fully open; (vii) generating a first characteristic being representative of the variation of the rotor casing temperature with valve position for the engine operation at the fixed power setting; (viii) determining an engine correction characteristic from a difference between the first characteristic and a second characteristic, the second characteristic being representative of a theoretical prediction of the variation of the rotor casing temperature with valve position for the engine; and (ix) transmitting the engine correction characteristic to an engine control unit to calibrate the turbine case cooling system of the engine to enable a predetermined operational radial clearance to be maintained between the rotor stage and the rotor casing. (i) positioning a temperature sensing apparatus on the rotor casing, radially outwardly of the rotor stage; (ii) closing the valve to prevent air flow through the duct; (iii) operating the engine at a fixed power setting for a first predetermined period of time; (iv) sensing a temperature of the rotor casing with the temperature sensing apparatus; (v) opening the valve to a next flow setting position; (vi) repeating steps (iii) to (v) until the valve is fully open; (vii) generating a first characteristic being representative of the variation of the rotor casing temperature with valve position for the engine operation at the fixed power setting; (viii) determining an engine correction characteristic from a difference between the first characteristic and a second characteristic, the second characteristic being representative of a theoretical prediction of the variation of the rotor casing temperature with valve position for the engine; and (ix) transmitting the engine correction characteristic to an engine control unit to calibrate the turbine case cooling system of the engine to enable a predetermined operational radial clearance to be maintained between the rotor stage and the rotor casing.
A method of receiving a downlink signal using a semi persistent scheduling, SPS, scheme at a user equipment, UE, in a wireless communication system, the method characterized by comprising: receiving a plurality of parameter sets, each parameter set including a parameter for non-zero power channel status information-reference signal, CSI-RS, configuration; receiving, on a first subframe, first type downlink control information, DCI, including an indicator indicating one of the plurality of parameter sets or second type DCI not including the indicator; and receiving the downlink signal on the first subframe and a second subframe configured via a radio resource control, RRC, signaling after the first subframe, according to resource assignment information included in the first type DCI or the second type DCI, wherein the first type DCI and the second type DCI indicate activation of the SPS scheme, wherein the UE assumes that a non-zero power CSI-RS of a non-zero power CSI-RS configuration included in a parameter set among the plurality of parameter sets and a demodulation-RS, DM-RS, of the first subframe and the second subframe are quasi co-located, QCL, and wherein a selection of the parameter set, for assuming the QCL, among the plurality of parameter sets is dependent on whether the DCI type is the first DCI type or the second DCI type. receiving a plurality of parameter sets, each parameter set including a parameter for non-zero power channel status information-reference signal, CSI-RS, configuration; receiving, on a first subframe, first type downlink control information, DCI, including an indicator indicating one of the plurality of parameter sets or second type DCI not including the indicator; and receiving the downlink signal on the first subframe and a second subframe configured via a radio resource control, RRC, signaling after the first subframe, according to resource assignment information included in the first type DCI or the second type DCI, wherein the first type DCI and the second type DCI indicate activation of the SPS scheme, wherein the UE assumes that a non-zero power CSI-RS of a non-zero power CSI-RS configuration included in a parameter set among the plurality of parameter sets and a demodulation-RS, DM-RS, of the first subframe and the second subframe are quasi co-located, QCL, and wherein a selection of the parameter set, for assuming the QCL, among the plurality of parameter sets is dependent on whether the DCI type is the first DCI type or the second DCI type.
A telescoping column assembly comprising: a telescoping column comprising a plurality of nestable cassettes, the plurality of nestable cassettes comprising: a base cassette; at least one intermediate cassette (116, 117, 118) coupled to the base cassette; and a master cassette coupled to the at least one intermediate cassette, wherein a projected perimeter of the master cassette circumscribes a perimeter of the at least one intermediate cassette (116, 117, 118) and a projected perimeter of the at one least intermediate cassette (116, 117, 118) circumscribes a perimeter of the base cassette such that the base cassette is nestable within the at least one intermediate cassette (116, 117, 118) and the at least one intermediate cassette is nestable within the master cassette; characterized in that it further comprises a cladding protection unit positioned encircling a perimeter of the telescoping column, the cladding protection unit comprising: a sidewall forming a column receiving space; and a standoff flange extending from the sidewall away from the column receiving space, wherein a projected perimeter of the standoff flange circumscribes the perimeter of the master cassette.
A pulp-filter arrangement, comprising: a rotatable drum enclosed by a non-rotating casing; said rotatable drum having a cylindrical water-permeable pulp-supporting shell, and a plurality of drain pipes characterized in the pulp-filter arrangement further comprising a rotating hollow shaft; said plurality of drain pipes connecting said rotating hollow shaft with a collecting channel situated radially directly inside said cylindrical water-permeable pulp-supporting shell, thereby enabling a drain of liquid, passing radially inwards through said cylindrical water-permeable pulp-supporting shell, through said rotating hollow shaft; a non-rotating valve arrangement disposed within said rotating hollow shaft, arranged for sealing off a hollow part of said rotating hollow shaft from a radially inner outlet of said plurality of drain pipes when respective said radially inner outlet during rotation of said rotatable drum in a rotation direction is situated within a sealed zone; and an underpressure-providing arrangement arranged to provide an underpressure within said rotating hollow shaft; wherein said non-rotating valve arrangement is further arranged to, in a transition zone immediately following said sealed zone in said rotation direction, open a throttled passage between said rotating hollow shaft and said radially inner outlet of said plurality of drain pipes, said throttled passage being narrower than a fully open passage between said rotating hollow shaft and said radially inner outlet. a rotatable drum enclosed by a non-rotating casing; said rotatable drum having a cylindrical water-permeable pulp-supporting shell, and a plurality of drain pipes said plurality of drain pipes connecting said rotating hollow shaft with a collecting channel situated radially directly inside said cylindrical water-permeable pulp-supporting shell, thereby enabling a drain of liquid, passing radially inwards through said cylindrical water-permeable pulp-supporting shell, through said rotating hollow shaft; a non-rotating valve arrangement disposed within said rotating hollow shaft, arranged for sealing off a hollow part of said rotating hollow shaft from a radially inner outlet of said plurality of drain pipes when respective said radially inner outlet during rotation of said rotatable drum in a rotation direction is situated within a sealed zone; and an underpressure-providing arrangement arranged to provide an underpressure within said rotating hollow shaft; wherein said non-rotating valve arrangement is further arranged to, in a transition zone immediately following said sealed zone in said rotation direction, open a throttled passage between said rotating hollow shaft and said radially inner outlet of said plurality of drain pipes, said throttled passage being narrower than a fully open passage between said rotating hollow shaft and said radially inner outlet.
A hairdryer control method, wherein a temperature sensor is disposed in an air inlet channel of a hairdryer, the hairdryer control method comprising: obtaining an air inlet temperature collected by the temperature sensor in the air inlet channel; obtaining an upper temperature limit value corresponding to a standard temperature of the hairdryer in a current working mode, the upper temperature limit value being adapted to trigger temperature protection of the hairdryer; determining a temperature adjustment value corresponding to a temperature difference between the air inlet temperature and the standard temperature; and adjusting the upper temperature limit value corresponding to the standard temperature according to the temperature adjustment value so as to obtain the upper temperature limit value corresponding to the air inlet temperature. obtaining an air inlet temperature collected by the temperature sensor in the air inlet channel; obtaining an upper temperature limit value corresponding to a standard temperature of the hairdryer in a current working mode, the upper temperature limit value being adapted to trigger temperature protection of the hairdryer; determining a temperature adjustment value corresponding to a temperature difference between the air inlet temperature and the standard temperature; and adjusting the upper temperature limit value corresponding to the standard temperature according to the temperature adjustment value so as to obtain the upper temperature limit value corresponding to the air inlet temperature.
A computer-implemented method for responding to one of a plurality of email messages within an email thread, comprising: providing the email thread in a document; simultaneously providing a plurality of reply mechanisms (515, 525, 535), each reply mechanism corresponding to one of the plurality of email messages (510, 520 and 530), wherein each reply mechanism is selectable by a user; detecting a user selection of one of the reply mechanisms; and providing a reply form within the document for inputting a response message, wherein the reply form is provided below the email message corresponding to the selected reply mechanism, the reply form being provided consecutive to said email message in the thread. providing the email thread in a document; simultaneously providing a plurality of reply mechanisms (515, 525, 535), each reply mechanism corresponding to one of the plurality of email messages (510, 520 and 530), wherein each reply mechanism is selectable by a user; detecting a user selection of one of the reply mechanisms; and providing a reply form within the document for inputting a response message, wherein the reply form is provided below the email message corresponding to the selected reply mechanism, the reply form being provided consecutive to said email message in the thread.
A composite wiring comprising a plurality of pieces of wiring accommodated and gathered together within an elastic sheath, wherein at least one of the pieces of wiring is elastic wiring comprising an elastic tube, a conductor wire arranged within the tube, and fixing portions for fixing the conductor wire and the tube at both ends of the tube in the lengthwise direction thereof, the length of the conductor wire between the fixing portions when the tube is in an unextended state being longer than the length of the tube between the fixing portions, wherein the pieces of wiring are connected to each other via a notifying means or a measuring means in the sheath.
A self-optimizing method for a user equipment, UE, group in a communication system, the method comprising: adjusting, by a first base station of a first cell in a communication system, at least one mobility parameter of a specified UE group from the first cell to a second cell, based on common characteristic of the specified UE group, and transmitting, by the first base station of the first cell to a second base station of the second cell, a message comprising information regarding the adjusted at least one mobility parameter for the specified UE group in the first cell and grouping information or grouping index of the specified UE group; and determining, by the second base station of the second cell, which manner to take to adjust one or more mobility parameters for the specified UE group according to the grouping information or the grouping index from the second cell to the first cell and according to the information regarding the adjusted at least one mobile parameter for the specified UE group in the first cell. adjusting, by a first base station of a first cell in a communication system, at least one mobility parameter of a specified UE group from the first cell to a second cell, based on common characteristic of the specified UE group, and transmitting, by the first base station of the first cell to a second base station of the second cell, a message comprising information regarding the adjusted at least one mobility parameter for the specified UE group in the first cell and grouping information or grouping index of the specified UE group; and determining, by the second base station of the second cell, which manner to take to adjust one or more mobility parameters for the specified UE group according to the grouping information or the grouping index from the second cell to the first cell and according to the information regarding the adjusted at least one mobile parameter for the specified UE group in the first cell.
An electronic module for an actor usable in a motor vehicle, with a printed circuit board and at least one electronic component arranged on the printed circuit board, wherein the electronic component is held by means of a holding element at a distance from a surface of the printed circuit board such that a holding space is formed between the electronic component and the printed circuit board, and wherein the electronic module has a housing, in which the printed circuit board is held, characterised in that the electronic component is connected via a heat-conducting adhesive connection with the housing of the electronic module, and the electronic component is an electrolyte capacitor, which has a heat sink in an upper side facing away from the printed circuit board and this heat sink is connected to the housing via a thermal adhesive.
A method performed by an access and mobility management function, AMF, in a communication system, the method comprising: identifying that a terminal has moved to a new target cell in a handover procedure of the terminal; determining whether the terminal has moved out of a local area data network, LADN, service area in which an access to a LADN via a protocol data unit, PDU, session of the terminal is allowed, based on first information for identifying the LADN and second information for the LADN service area comprising a tracking area list; and in case that the terminal has moved out of the LADN service area, transmitting, to a session management function, SMF, third information indicating that the terminal has moved out of the LADN service area. identifying that a terminal has moved to a new target cell in a handover procedure of the terminal; determining whether the terminal has moved out of a local area data network, LADN, service area in which an access to a LADN via a protocol data unit, PDU, session of the terminal is allowed, based on first information for identifying the LADN and second information for the LADN service area comprising a tracking area list; and in case that the terminal has moved out of the LADN service area, transmitting, to a session management function, SMF, third information indicating that the terminal has moved out of the LADN service area.
Apparatus - for precise metering of a fluid volume flow of a liquid component even with a low flow quantity until the volume flow stops in a mixer inlet pipe for mixing plastics - having a fluid storage tank which is in fluid communication with the mixer inlet pipe via a pump and through a first volumetric flow meter, having a fluid return pipe which leads back into the tank through a second volumetric flow meter and which branches off from a fluid pipe between tank and mixer inlet pipe downstream of the first volumetric flow meter through a distributor device which has one input and two outputs (22, 24) and which distributes an input volume flow to the two outputs (22, 24), this being in an adjustable flow quantity ratio, characterised in that downstream of the output from the distributor device into the mixer inlet pipe in a pipe connection is disposed a third volumetric flow meter, having a control device which controls or regulates the flow quantity ratio as a function of signals from the first and second volumetric flow meters (12, 26) on the distributor device. - for precise metering of a fluid volume flow of a liquid component even with a low flow quantity until the volume flow stops in a mixer inlet pipe for mixing plastics - having a fluid storage tank which is in fluid communication with the mixer inlet pipe via a pump and through a first volumetric flow meter,
Method for amplifying an echo signal, in which an analogue echo signal (rain) that is suitable for vehicle environment detection is amplified using a gain that is dependent on the delay of the echo signal (r a in), characterized in that the analogue echo signal (r a in) is amplified by means of an amplifier having a multiplicity of outputs (41, 51) that each have different gain (V fixed_total k) and by means of a downstream A/D converter having a time-variable reference voltage (U Ref), wherein the amplifier is changed over between different outputs (41, 51) at predefined changeover time(s) (τ 1..., τ N) and the reference voltage (U Ref) of the A/D converter is varied in respect of time between the changeover time (s) (τ k, τ k+1) such that the output of the A/D converter produces the echo signal (r d) with a delay-dependent total gain that has a prescribed profile (V(τ)).
A process for producing an aqueous dispersion of zirconium oxide comprising: reacting a zirconium salt with an alkali in water to obtain a slurry of particles of zirconium oxide; filtering, washing, and repulping the slurry; adding an organic acid to the resulting slurry in an amount of one mole part or more per mole part of the zirconium in the slurry; hydrothermally treating the resulting mixture at a temperature of 170°C or higher; and washing the resulting aqueous dispersion of particles of zirconium oxide, wherein when the step of washing the resulting aqueous dispersion of particles of zirconium oxide is a step of washing and concentrating the resulting aqueous dispersion of particles of zirconium oxide, said aqueous dispersion of zirconium oxide is not an aqueous dispersion of zirconium oxide comprising particles of zirconium oxide in a content of 20% by weight or more and having a transmittance of 35% or more at a wavelength of 400 nm, a transmittance of 95% or more at a wavelength of 800 nm, and a viscosity of 20 mPa -s or less at a temperature of 25°C.
Mechanical seal arrangement for sealing a product side at a rotating component, comprising: - a first mechanical seal with a first rotating slide ring and a first stationary slide ring which define a first sealing gap between them, - a second mechanical seal with a second rotating slide ring and a second stationary slide ring which define a second sealing gap between them, - a fluid space, which is limited by the first and second mechanical seal (2, 3), - wherein the first mechanical seal is lubricated with a product medium of the product side and wherein the second mechanical seal is lubricated with a liquid quench medium of a quench supply unit, wherein the quench medium is located in the fluid space, - a quench outlet via which the quench medium may be discharged from the fluid space, and - a throttle device, which is arranged in the fluid space between the first mechanical seal and the second mechanical seal and which divides the fluid space in a product-side fluid space region and an atmosphere-side fluid space, characterized in that - a gas outlet is provided via which a gas located in the fluid space may be discharged, - wherein the gas outlet is arranged at the product-side fluid space region and the quench outlet is arranged at the atmosphere-side fluid space region, and - the throttle device comprises a rotating ring disk, wherein an orifice of the gas outlet to the fluid space is arranged on a first diameter, which is smaller than a maximum outer diameter of the ring disk. - a first mechanical seal with a first rotating slide ring and a first stationary slide ring which define a first sealing gap between them, - a second mechanical seal with a second rotating slide ring and a second stationary slide ring which define a second sealing gap between them, - a fluid space, which is limited by the first and second mechanical seal (2, 3), - wherein the first mechanical seal is lubricated with a product medium of the product side and wherein the second mechanical seal is lubricated with a liquid quench medium of a quench supply unit, wherein the quench medium is located in the fluid space, - a quench outlet via which the quench medium may be discharged from the fluid space, and - a throttle device, which is arranged in the fluid space between the first mechanical seal and the second mechanical seal and which divides the fluid space in a product-side fluid space region and an atmosphere-side fluid space, - a gas outlet is provided via which a gas located in the fluid space may be discharged, - wherein the gas outlet is arranged at the product-side fluid space region and the quench outlet is arranged at the atmosphere-side fluid space region, and - the throttle device comprises a rotating ring disk, wherein an orifice of the gas outlet to the fluid space is arranged on a first diameter, which is smaller than a maximum outer diameter of the ring disk.