mhurhangee/ep-ind-claims huggingface dataset:
A propulsion system (1, 1') for an aircraft, comprising at least one rotor and a nacelle fairing extending around said at least one rotor with respect to an axis of rotation of said rotor, this nacelle fairing comprising: - an upstream section forming an inlet section of the nacelle fairing; - a downstream section, a downstream end of which forms an outlet section of the nacelle fairing; and - an intermediate section connecting said upstream and downstream sections; the downstream section comprising a radially inner wall and a radially outer wall made of a deformable shape-memory material, characterised in that the downstream end forming an outlet section comprises a pneumatic or hydraulic annular actuator extending around said axis of rotation and configured to deform radially under the effect of a predetermined control pressure so as to vary an outer diameter (D BF) of the outlet section between a determined minimum diameter (D BFc) and a determined maximum diameter (D BFd). - an upstream section forming an inlet section of the nacelle fairing; - a downstream section, a downstream end of which forms an outlet section of the nacelle fairing; and - an intermediate section connecting said upstream and downstream sections; the downstream section comprising a radially inner wall and a radially outer wall made of a deformable shape-memory material, characterised in that the downstream end forming an outlet section comprises a pneumatic or hydraulic annular actuator extending around said axis of rotation and configured to deform radially under the effect of a predetermined control pressure so as to vary an outer diameter (D BF) of the outlet section between a determined minimum diameter (D BFc) and a determined maximum diameter (D BFd). the downstream section comprising a radially inner wall and a radially outer wall made of a deformable shape-memory material, characterised in that the downstream end forming an outlet section comprises a pneumatic or hydraulic annular actuator extending around said axis of rotation and configured to deform radially under the effect of a predetermined control pressure so as to vary an outer diameter (D BF) of the outlet section between a determined minimum diameter (D BFc) and a determined maximum diameter (D BFd).
A method of operating a blast furnace by blowing a pulverized coal at an amount of not less than 150 kg/t-p from tuyeres through a lance into a blast furnace, characterized in that when the operation is performed under two or more of the following three conditions a, b and c: a. lump coke charged from a furnace top has a strength defined in JIS K2151 (DI 150 15) of not more than 87%; b. the pulverized coal blown through the tuyere contains not more than 60 mass% as a weight ratio of coal having a particle size of not more than 74 μm and has an average volatile matter of not more than 25 mass%; and c. a blast temperature blown through the tuyere is not higher than 1100°C; oxygen is simultaneously blown into the furnace with the blowing of the pulverized coals through the lance and a gas having an oxygen concentration of 60 vol%-97 vol% is used as a carrier gas for the blowing of the pulverized coal. a. lump coke charged from a furnace top has a strength defined in JIS K2151 (DI 150 15) of not more than 87%; b. the pulverized coal blown through the tuyere contains not more than 60 mass% as a weight ratio of coal having a particle size of not more than 74 μm and has an average volatile matter of not more than 25 mass%; and c. a blast temperature blown through the tuyere is not higher than 1100°C;
A receptacle (100; 200; 400; 500) for containing and dispensing solid medicinal pills, directly into the mouth of the user, comprising a container with a storage chamber (104; 204; 404) leading to an outlet (106; 506) sized to be comfortably inserted between the lips of a user, said outlet (106; 506) being further provided with a displaceable sealing closure (112; 212; 412; 512) having a normally closed position, wherein - actuation by the mouth of the user interacting with said outlet (106; 506) causes displacement of said displaceable sealing closure (112; 212; 412; 512) from said closed position, to enable the dispensing of at least one pill from said chamber (104; 204; 404), and characterized in that - displacement of said displaceable sealing closure (112; 212; 412; 512) from said closed position to enable the dispensing of at least one pill from said chamber (104; 204; 404), is actuated by one of the following - suction applied to said outlet (106; 506) and said closure (112; 212; 412; 512) by the mouth of the user, - inhalation applied to said outlet (106; 506) and said closure (112; 212; 412; 512) by the mouth of the user, and - exhalation applied to said outlet (106; 506) and said closure (112; 212; 412; 512) by the mouth of the user. - actuation by the mouth of the user interacting with said outlet (106; 506) causes displacement of said displaceable sealing closure (112; 212; 412; 512) from said closed position, to enable the dispensing of at least one pill from said chamber (104; 204; 404), and characterized in that - displacement of said displaceable sealing closure (112; 212; 412; 512) from said closed position to enable the dispensing of at least one pill from said chamber (104; 204; 404), is actuated by one of the following - suction applied to said outlet (106; 506) and said closure (112; 212; 412; 512) by the mouth of the user, - inhalation applied to said outlet (106; 506) and said closure (112; 212; 412; 512) by the mouth of the user, and - exhalation applied to said outlet (106; 506) and said closure (112; 212; 412; 512) by the mouth of the user. - suction applied to said outlet (106; 506) and said closure (112; 212; 412; 512) by the mouth of the user, - inhalation applied to said outlet (106; 506) and said closure (112; 212; 412; 512) by the mouth of the user, and - exhalation applied to said outlet (106; 506) and said closure (112; 212; 412; 512) by the mouth of the user.
System for conveying viscous media with a positive displacement pump and a conveying unit, which is arranged in the direction of flow of the viscous medium before the positive displacement pump and is fluidly connected to the positive displacement pump, whereby the positive displacement pump and the conveying unit have mutually independent drive units (11,21), characterized in that the positive displacement pump and the delivery unit are arranged in a line, so that a conveying direction of the conveying unit is aligned coaxially with an axis of rotation of the positive displacement pump.
Method for acoustically monitoring an industrial installation, wherein a measuring sensor is used to record an acoustic signal, - the recorded acoustic signal is stored as at least one time signal in a memory, - at least one evaluation signal being calculated from the at least one time signal by means of an adaptive filter and being stored in the memory in each case, - at least one power density spectrum signal is calculated from the at least one evaluation signal, - and threshold-based evaluation in a predefined frequency band is used to determine a threshold for the at least one power density spectrum signal and an alarm is output if a limit value is exceeded or fallen short of, characterized in that the adaptive filter is a linear predictive coding filter. - the recorded acoustic signal is stored as at least one time signal in a memory, - at least one evaluation signal being calculated from the at least one time signal by means of an adaptive filter and being stored in the memory in each case, - at least one power density spectrum signal is calculated from the at least one evaluation signal, - and threshold-based evaluation in a predefined frequency band is used to determine a threshold for the at least one power density spectrum signal and an alarm is output if a limit value is exceeded or fallen short of, characterized in that the adaptive filter is a linear predictive coding filter.
A method of manufacturing an oral care implement, the method comprising: (a) obtaining a body comprising a handle portion and a head portion connected to the handle portion; (b) providing a layer of a first material on the handle portion and the head portion to form a subassembly comprising a handle section comprising the handle portion and a first portion of the layer of first material; and a head section comprising the head portion and a second portion of the layer of first material; and (c) then injection molding a second material onto the head section to form one or more oral care elements of the second material on the head section; characterized in that during step (c), the second material bonds to the head portion of the body and to sections of the second portion of the layer of first material. (a) obtaining a body comprising a handle portion and a head portion connected to the handle portion; (b) providing a layer of a first material on the handle portion and the head portion to form a subassembly comprising a handle section comprising the handle portion and a first portion of the layer of first material; and a head section comprising the head portion and a second portion of the layer of first material; and a handle section comprising the handle portion and a first portion of the layer of first material; and a head section comprising the head portion and a second portion of the layer of first material; and (c) then injection molding a second material onto the head section to form one or more oral care elements of the second material on the head section; characterized in that during step (c), the second material bonds to the head portion of the body and to sections of the second portion of the layer of first material.
A method for manufacturing at least one razor blade comprising: aligning a mono-crystalline silicon wafer comprising a surface at an angle where planes intersect the surface parallel and perpendicular to the wafer; etching the mono-crystalline silicon wafer to expose an plane and a second plane, wherein said second plane is a plane to provide at least one blade edge having about a 19.5 degree included blade angle; applying at least one inner layer on the at least one blade edge; providing a radius of curvature of the at least one blade edge between 20 nanometers and 100 nanometers after deposition of the at least one inner layer; applying at least one outer layer on the at least one blade edge; and removing the at least one razor blade from the mono-crystalline silicon wafer. aligning a mono-crystalline silicon wafer comprising a surface at an angle where planes intersect the surface parallel and perpendicular to the wafer; etching the mono-crystalline silicon wafer to expose an plane and a second plane, wherein said second plane is a plane to provide at least one blade edge having about a 19.5 degree included blade angle; applying at least one inner layer on the at least one blade edge; providing a radius of curvature of the at least one blade edge between 20 nanometers and 100 nanometers after deposition of the at least one inner layer; applying at least one outer layer on the at least one blade edge; and removing the at least one razor blade from the mono-crystalline silicon wafer.
A dehumidification apparatus comprising: a desiccant dehumidifier; coupling means for connecting the dehumidifier to a water heating boiler operable to generate a heated air stream, and channelling means to channel the heated air stream to the dehumidifier to regenerate desiccant material of the dehumidifier, further comprising channelling means for channelling an air stream discharged by the dehumidifier to the boiler, characterised in that mixing means are provided operable to combine ambient air with the air stream discharged by the dehumidifier and wherein the air stream discharged by the dehumidifier is received at a burner of the boiler.
Support frame for electrical devices, said support frame being of the type that is fixed to a housing, which support frame comprises, on two opposite sides, at least one complementary extension (7a, 7b) and one cavity (8a, 8b), disposed in opposition to each other, for joining successive support frames in a coplanar position., characterised in that the cavities (8a, 8b) have upper sections that diverge toward the upper area.
A surgical stapling apparatus, comprising: a cartridge assembly supporting an array of fasteners therein; an anvil assembly (320, 520) movably positioned relative to the cartridge assembly between an unclamped position and a clamped position for forming the array of fasteners; and a camera assembly (330, 430, 530) coupled to the anvil assembly and positioned to collect and transmit image data of a fastened tissue site wherein the camera assembly is coupled to the anvil assembly via a tether (336, 434, 536) and wherein the camera assembly includes a camera member (332, 432, 532) including a distal camera supported on a distal end portion of the camera member characterised in that the camera member further includes a proximal camera supported on a proximal end portion of the camera member. a cartridge assembly supporting an array of fasteners therein; an anvil assembly (320, 520) movably positioned relative to the cartridge assembly between an unclamped position and a clamped position for forming the array of fasteners; and a camera assembly (330, 430, 530) coupled to the anvil assembly and positioned to collect and transmit image data of a fastened tissue site wherein the camera assembly is coupled to the anvil assembly via a tether (336, 434, 536) and wherein the camera assembly includes a camera member (332, 432, 532) including a distal camera supported on a distal end portion of the camera member characterised in that the camera member further includes a proximal camera supported on a proximal end portion of the camera member.
Bobbin for supporting a wound package of an optical fibre, wherein the bobbin is destined for a missile able to be launched underwater, wherein during a mission the missile with the bobbin and the wound package is configured to first move through water and subsequently through air, and to unwind the optical fibre behind it as from the beginning of the mission, wherein - the bobbin extends along a central longitudinal axis and has a shell face which points radially outwards and surrounds an interior, - a longitudinal portion of the shell face forms a winding portion for applying the wound package, - the shell face has an outlet means for discharging potential air and optionally water from the winding portion, wherein the outlet means is formed by geometrical structuring of the shell face, characterized in that the outlet means as geometrical structuring has at least one first groove incorporated into the shell face, wherein each of the first grooves in the winding portion has at least one longitudinal component. - the bobbin extends along a central longitudinal axis and has a shell face which points radially outwards and surrounds an interior, - a longitudinal portion of the shell face forms a winding portion for applying the wound package, - the shell face has an outlet means for discharging potential air and optionally water from the winding portion, wherein the outlet means is formed by geometrical structuring of the shell face,
A medical device comprising: an elongate element having a first end and a second end; and an embolic filter assembly comprising a frame having an attachment section, a capture section distal to the attachment section, and an intermediate section between the attachment section and the capture section, the attachment section of the embolic filter assembly being coupled to the elongate element at one of the first and second ends, wherein the intermediate section is adapted to allow for relative articulation between the capture section of the frame and the attachment section of the frame, and wherein the intermediate section of the frame is tubular and the attachment section, the capture section, and the intermediate section are formed of the same material. an elongate element having a first end and a second end; and an embolic filter assembly comprising a frame having an attachment section, a capture section distal to the attachment section, and an intermediate section between the attachment section and the capture section, the attachment section of the embolic filter assembly being coupled to the elongate element at one of the first and second ends, wherein the intermediate section is adapted to allow for relative articulation between the capture section of the frame and the attachment section of the frame, and wherein the intermediate section of the frame is tubular and the attachment section, the capture section, and the intermediate section are formed of the same material.
Barbecue having a housing, a carrier bowl which is arranged inside the housing with spacing relative to the housing at all sides, a charcoal chamber which is located in the carrier bowl, a barbecue rack which is located above the charcoal chamber and an air supply device which produces a flow of air which is directed into the charcoal chamber from below the carrier bowl, characterised in that the charcoal chamber is constructed in a substantially cylindrical manner and comprises a removable lid which is perforated in the face thereof.
An arc fault protection system for an electrical power system, the arc fault protection system comprising: a light sensor configured to detect a first light event and generate a first signal indicative of the detected first light event, the first light event being a non-arc fault event triggered via operation of the system, the light sensor further configured to detect a second light event and generate a second signal indicative of the detected second light event; a controller in communication with the light sensor, the controller being configured to: receive and process the first signal to determine an arc detection algorithm, receive and process the second signal to determine whether the second signal is indicative of an arc fault event using the arc detection algorithm, and generate an arc fault signal in response to the controller determining that the second signal is indicative of an arc fault event; and a protection device in communication with the controller, the protection device being configured to mitigate the arc fault event in response to the protection device receiving the arc fault signal from the controller. a light sensor configured to detect a first light event and generate a first signal indicative of the detected first light event, the first light event being a non-arc fault event triggered via operation of the system, the light sensor further configured to detect a second light event and generate a second signal indicative of the detected second light event; a controller in communication with the light sensor, the controller being configured to: receive and process the first signal to determine an arc detection algorithm, receive and process the second signal to determine whether the second signal is indicative of an arc fault event using the arc detection algorithm, and generate an arc fault signal in response to the controller determining that the second signal is indicative of an arc fault event; and receive and process the first signal to determine an arc detection algorithm, receive and process the second signal to determine whether the second signal is indicative of an arc fault event using the arc detection algorithm, and generate an arc fault signal in response to the controller determining that the second signal is indicative of an arc fault event; and a protection device in communication with the controller, the protection device being configured to mitigate the arc fault event in response to the protection device receiving the arc fault signal from the controller.
Method for applying an adhesion-promoting product to a rail comprising: - applying an adhesion-promoting product to the rail from a first metering device which, as viewed above the rail towards a rail vehicle which is moving on the rail and in the travelling direction of the rail vehicle, is arranged in front of a wheel of the rail vehicle, which wheel is moving on the rail, characterised by - measuring an adhesion value of the wheel on the rail, and - additionally applying the or another adhesion-promoting product from a second metering device which is arranged above the rail if the adhesion value undershoots a predefined threshold value. - applying an adhesion-promoting product to the rail from a first metering device which, as viewed above the rail towards a rail vehicle which is moving on the rail and in the travelling direction of the rail vehicle, is arranged in front of a wheel of the rail vehicle, which wheel is moving on the rail, - measuring an adhesion value of the wheel on the rail, and - additionally applying the or another adhesion-promoting product from a second metering device which is arranged above the rail if the adhesion value undershoots a predefined threshold value.
Radially/axially movable coupling with two coupling parts which are connected to one another in a torsionally rigid or torsionally elastic manner, and can be moved with respect to one another at least to a limited extent in the radial direction and the axial direction, the two coupling parts having in each case one coupling half for connecting a shaft in a torque-proof manner, each coupling half 1.1 having a flange which supports a coupling toothing system on an axial end side, 1.2 the coupling toothing system being configured as a crown toothing system with a multiplicity of teeth with a trapezoidal cross section which are positioned next to one another and are separated by in each case one tooth gap, in a section perpendicularly with respect to the extent of the tooth tip (5.2) parallel to the tooth gaps and planar tooth flanks (5.1), and 1.3 a flat tooth tip (5.2) which is positioned on the axial end side of the coupling half being arranged between in each case two tooth flanks (5.1); 1.4 the tooth tips (5.2) running between the tooth flanks (5.1) along in each case one tooth tip centre line (5.3), which tooth tip centre lines (5.3) are oriented in a radial direction with respect to a rotational axis of the coupling half, and 1.5 a flange connection running in the one coupling half in the axial direction of the coupling half only through precisely each toothed tip (5.2), and 1.6 a flange connection running, or a bore for a flange connection being made, in the other coupling half in the axial direction of the coupling half only through precisely each tooth gap. 1.1 having a flange which supports a coupling toothing system on an axial end side, 1.2 the coupling toothing system being configured as a crown toothing system with a multiplicity of teeth with a trapezoidal cross section which are positioned next to one another and are separated by in each case one tooth gap, in a section perpendicularly with respect to the extent of the tooth tip (5.2) parallel to the tooth gaps and planar tooth flanks (5.1), and 1.3 a flat tooth tip (5.2) which is positioned on the axial end side of the coupling half being arranged between in each case two tooth flanks (5.1); 1.4 the tooth tips (5.2) running between the tooth flanks (5.1) along in each case one tooth tip centre line (5.3), which tooth tip centre lines (5.3) are oriented in a radial direction with respect to a rotational axis of the coupling half, and 1.5 a flange connection running in the one coupling half in the axial direction of the coupling half only through precisely each toothed tip (5.2), and 1.6 a flange connection running, or a bore for a flange connection being made, in the other coupling half in the axial direction of the coupling half only through precisely each tooth gap.