mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an insulation coil comprising: a step of stacking a mica layer sheet to which a resin is stuck and glass cloth to which a resin is stuck followed by pressurizing to obtain a mica layer sheet to which the glass cloth is stuck; a step of coating, on the surface of the glass cloth of the mica layer sheet to which the glass cloth is stuck, a mixture of inorganic particles having the thermal conductivity of 5 W/mK or more, a resin and a solvent to form a layer of mixture of the inorganic particles, the resin and the solvent; a step of cutting the layer of mixture with a doctor blade followed by pressurizing; a step of volatilizing the solvent in the cut and pressurized layer of mixture to dispose a thermally conductive layer containing the inorganic particles having the thermal conductivity of 5 W/mK or more on a surface to which the glass cloth is stuck of the mica layer sheet; a step of cutting the mica layer sheet to which the thermally conductive layer is disposed to obtain a mica insulation tape provided with the thermally conductive layer on the surface to which the glass cloth is stuck; and a step of winding the mica insulation tape around a coil conductor.
Method for monitoring combustion in a combustion chamber in a power station, having the steps: - linearly measure (28, 30) an actual concentration distribution and an actual temperature distribution of a substance in two measurement planes (12, 14) in the combustion chamber, wherein the measurement is based on a combination of measurement technology and Computer Aided Tomography technology; - draw conclusions about the nature of the fuel on the basis of the measured actual concentration distribution and on the basis of the measured actual temperature distribution, wherein a comparison is made between a characteristic concentration distribution for the substance, determined with a sample fuel, and the measured actual concentration distribution and a comparison is made between a characteristic temperature distribution, determined with a sample fuel, and the measured actual temperature distribution. - linearly measure (28, 30) an actual concentration distribution and an actual temperature distribution of a substance in two measurement planes (12, 14) in the combustion chamber, wherein the measurement is based on a combination of measurement technology and Computer Aided Tomography technology; - draw conclusions about the nature of the fuel on the basis of the measured actual concentration distribution and on the basis of the measured actual temperature distribution, wherein a comparison is made between a characteristic concentration distribution for the substance, determined with a sample fuel, and the measured actual concentration distribution and a comparison is made between a characteristic temperature distribution, determined with a sample fuel, and the measured actual temperature distribution.
A vehicle airflow control apparatus comprising an air blowing arrangement (34; 900) located at or in a vehicle body surface, preferably near a rear of the vehicle body surface, for blowing air into flow passing the vehicle, in which the blowing arrangement is configured with at least one exit aperture thereof located in a movable vehicle surface panel (16; 914) which is movable relative to a fixed portion of vehicle bodywork, the ducting having an openable joint for permitting movement between the vehicle surface panel and the fixed portion of vehicle bodywork.
Steam motor comprising a cylinder, a piston guided moveably in the cylinder between a top dead centre and a bottom dead centre, a working chamber in the cylinder which is limited by the piston, a steam chamber for the provision of live steam, an inlet valve with a valve opening connecting the steam chamber and the working chamber, a valve seat surrounding the valve opening and a moveable valve member interacting with the valve seat to close and release the valve opening, a valve control for moving the valve member, characterised in that the valve control has: a control cylinder and a control piston which interacts with the valve member and divides the control cylinder into a pneumatic chamber and a hydraulic chamber, wherein the hydraulic chamber can be pressurised with hydraulic fluid to lift the valve member from the valve seat and release the valve opening. a cylinder, a piston guided moveably in the cylinder between a top dead centre and a bottom dead centre, a working chamber in the cylinder which is limited by the piston, a steam chamber for the provision of live steam, an inlet valve with a valve opening connecting the steam chamber and the working chamber, a valve seat surrounding the valve opening and a moveable valve member interacting with the valve seat to close and release the valve opening, a valve control for moving the valve member, characterised in that the valve control has: a control cylinder and a control piston which interacts with the valve member and divides the control cylinder into a pneumatic chamber and a hydraulic chamber, wherein the hydraulic chamber can be pressurised with hydraulic fluid to lift the valve member from the valve seat and release the valve opening. a control cylinder and a control piston which interacts with the valve member and divides the control cylinder into a pneumatic chamber and a hydraulic chamber, wherein the hydraulic chamber can be pressurised with hydraulic fluid to lift the valve member from the valve seat and release the valve opening.
A seat slide device for supporting a seat frame constituting a vehicle seat and adjusting a position in a forward and backward direction of the vehicle seat, the seat slide device being structured to have a pair of lower rails (41, 41) attached to a floor of the vehicle at a predetermined interval in a width direction from each other, and a pair of upper rails (42, 42), which are provided slidably on the lower rails (41, 41), respectively, and to which the seat frame is adapted to be coupled, and lock mechanisms (43, 43) for locking the upper rails (42, 42) with respect to the lower rails (41, 41) at an appropriate slide position, wherein the lock mechanisms (43, 43) have an elastic lock member supported on the upper rails (42, 42) and formed of an elastic member having lock claws (433, 433) engaging with engaged parts formed in the lower rails (41, 41), and the elastic lock member is structured to become an elastic fulcrum and elasticity of the elastic lock member operates on the lower rails (41, 41) and the upper rails (42, 42), characterized in that the elastic lock member is formed of a spring steel and is structured to have an attaching plate part attached to the vertical wall parts of the upper rails (42, 42), and an operating plate part which is integrally formed with the attaching plate part, has an elastic force to be constantly biased in a direction to depart from the attaching plate part attached to the vertical wall parts, and has the lock claws (433, 433) projecting in a direction to depart from the vertical wall parts and engaging with the plural engaged parts formed along the longitudinal direction in opposing parts in the respective lower rails (41, 41), and the lock mechanisms (43, 43) are structured to have the elastic lock member and a lock release member which displaces the operating plate part in a direction of the vertical wall parts against the elastic force of the operating plate part, so as to release an engaging state of the lock claws and the engaged parts of the lower rails (41, 41).
A rotor disc retention assembly of a gas turbine engine, the rotor disc retention assembly comprising a tension bolt, a rotor disc, a drive shaft, and a rotational axis; the tension bolt and the rotor disc are arranged around the rotational axis; the rotor disc comprising: - a hub, a web, a blade retention arrangement, the rotational axis, a first axial side and a second axial side, - the hub having a central bore around the rotational axis, - the web integrally formed with and extending radially outwards from the hub to the blade retention arrangement; - the blade retention arrangement has a centre of mass and a radial plane passes through the centre of mass and perpendicular to the rotational axis, - the first axial side engages the tension bolt and the second axial side engages the drive shaft in staggered load transmission; and - the radial plane intersects the hub defining a first axial side portion towards the first axial side and a second axial side portion towards the second axial side, characterised in that, - the second axial side portion has an axial extent between 10% and 30% greater than an axial extent of the first axial side portion. - a hub, a web, a blade retention arrangement, the rotational axis, a first axial side and a second axial side, - the hub having a central bore around the rotational axis, - the web integrally formed with and extending radially outwards from the hub to the blade retention arrangement; - the blade retention arrangement has a centre of mass and a radial plane passes through the centre of mass and perpendicular to the rotational axis, - the first axial side engages the tension bolt and the second axial side engages the drive shaft in staggered load transmission; and - the radial plane intersects the hub defining a first axial side portion towards the first axial side and a second axial side portion towards the second axial side, - the hub having a central bore around the rotational axis, - the web integrally formed with and extending radially outwards from the hub to the blade retention arrangement; - the blade retention arrangement has a centre of mass and a radial plane passes through the centre of mass and perpendicular to the rotational axis, - the first axial side engages the tension bolt and the second axial side engages the drive shaft in staggered load transmission; and - the radial plane intersects the hub defining a first axial side portion towards the first axial side and a second axial side portion towards the second axial side, - the second axial side portion has an axial extent between 10% and 30% greater than an axial extent of the first axial side portion.
A child safety seat for use in a vehicle seat, the child safety seat comprising a frame structure on which frame structure a child seat is arranged, where the child seat comprises a sitting section, a back section and a head section, an adjustable floor support connected to the frame structure, and fastening means for fastening the child safety seat to the vehicle seat, where the frame structure comprises a first part facing a sitting section of the vehicle seat and a second part facing a back section of the vehicle seat, characterized in that a support and connection device for the child seat is connected to the frame structure and the child seat, where an upper surface of the support and connection device forms an angle with a surface of the first part of the frame structure, such that the upper surface of the support and connection device can be adjusted to a substantially horizontal position by adjusting the length of the adjustable floor support, whereby a part of the child safety seat facing the back section of the vehicle seat is pushed even further into abutment with the back section of the vehicle seat and at least a foremost part of the frame structure of the child safety seat is raised from the sitting section of the vehicle seat.
A floor surface maintenance machine, comprising: a longitudinally extending frame,; wheels operatively connected to the frame; and a scrub head operatively connected to the frame and adjustable to an operational mode and a transport mode, the scrub head including a housing and a floor-engaging brush carried by the housing; and a lift mechanism and suspension including: a linear actuator operable to adjust the scrub head to the operational mode and the transport mode; a main suspension arm pivotally coupled to the scrub head about a first pivot axis, a bell crank pivotally coupled to the main suspension arm about a second pivot axis, the linear actuator pivotally coupled to the bell crank about a third pivot axis; and, a biasing linkage that restricts the pivoting between bell crank and main suspension arm, the restricted pivoting permitting the scrub head to rise and fall while passing over any undulations in the floor without requiring engagement of the linear actuator. a longitudinally extending frame,; wheels operatively connected to the frame; and a scrub head operatively connected to the frame and adjustable to an operational mode and a transport mode, the scrub head including a housing and a floor-engaging brush carried by the housing; and a lift mechanism and suspension including: a linear actuator operable to adjust the scrub head to the operational mode and the transport mode; a main suspension arm pivotally coupled to the scrub head about a first pivot axis, a bell crank pivotally coupled to the main suspension arm about a second pivot axis, the linear actuator pivotally coupled to the bell crank about a third pivot axis; and, a biasing linkage that restricts the pivoting between bell crank and main suspension arm, the restricted pivoting permitting the scrub head to rise and fall while passing over any undulations in the floor without requiring engagement of the linear actuator. a linear actuator operable to adjust the scrub head to the operational mode and the transport mode; a main suspension arm pivotally coupled to the scrub head about a first pivot axis, a bell crank pivotally coupled to the main suspension arm about a second pivot axis, the linear actuator pivotally coupled to the bell crank about a third pivot axis; and, a biasing linkage that restricts the pivoting between bell crank and main suspension arm, the restricted pivoting permitting the scrub head to rise and fall while passing over any undulations in the floor without requiring engagement of the linear actuator.
A method for depositing a protective coating upon a substrate of a gas turbine engine component, comprising the steps of: dipping a substrate into a slurry, said slurry comprising an aqueous solution, at least one refractory metal oxide, and at least one transient fluid additive for promoting grain growth and eliminating formation of pores between grains present in an amount of 0.1 percent to 10 percent by weight of said slurry, wherein said at least one transient fluid additive comprises a silica based material selected from the group consisting of silicon oxide, lithium silicate, fumed silica powder and colloidal silica, or a titania based material; heat treating said substrate; and cooling said substrate to form a protective coating thereon: characterised in that said heat treating comprises the following steps: heating said substrate to a first temperature of 400 °C at a rate of 3°C per minute; maintaining said first temperature for three hours; heating said substrate from said first temperature to a second temperature of 1350°C at a rate of 3°C per minute; and maintaining said second temperature for seven hours. dipping a substrate into a slurry, said slurry comprising an aqueous solution, at least one refractory metal oxide, and at least one transient fluid additive for promoting grain growth and eliminating formation of pores between grains present in an amount of 0.1 percent to 10 percent by weight of said slurry, wherein said at least one transient fluid additive comprises a silica based material selected from the group consisting of silicon oxide, lithium silicate, fumed silica powder and colloidal silica, or a titania based material; heat treating said substrate; and cooling said substrate to form a protective coating thereon: characterised in that said heat treating comprises the following steps: heating said substrate to a first temperature of 400 °C at a rate of 3°C per minute; maintaining said first temperature for three hours; heating said substrate from said first temperature to a second temperature of 1350°C at a rate of 3°C per minute; and maintaining said second temperature for seven hours. heating said substrate to a first temperature of 400 °C at a rate of 3°C per minute; maintaining said first temperature for three hours; heating said substrate from said first temperature to a second temperature of 1350°C at a rate of 3°C per minute; and maintaining said second temperature for seven hours.
A chopping aid (1, 1') for use in chopping of wood, said chopping aid comprising: an upper section (4, 4') which in an upper part of the chopping aid (1, 1') at least partly surrounds and supports in an upright position wood arranged in the chopping aid during chopping, a base section (6, 6') which in a lower part of the chopping aid (1, 1') extends at least partially along the upper section (4, 4'), and wherein the upper section (4, 4') is supported on top of the base section (6, 6') by a plurality of springs (7, 7'), which provide dampening characteristics against impacts on the upper section (4, 4') of the chopping aid, characterized in that the chopping aid comprises a separate and replaceable collar (3, 3') covering an upper surface (5, 5') of the upper section. an upper section (4, 4') which in an upper part of the chopping aid (1, 1') at least partly surrounds and supports in an upright position wood arranged in the chopping aid during chopping, a base section (6, 6') which in a lower part of the chopping aid (1, 1') extends at least partially along the upper section (4, 4'), and wherein the upper section (4, 4') is supported on top of the base section (6, 6') by a plurality of springs (7, 7'), which provide dampening characteristics against impacts on the upper section (4, 4') of the chopping aid, characterized in that the chopping aid comprises a separate and replaceable collar (3, 3') covering an upper surface (5, 5') of the upper section.
Layer arrangement which changes the transmission of incident visible and near-infrared light depending on its temperature, where the layer arrangement has a first polarization layer, a switching layer which influences the polarization of said light depending on the temperature, and a second polarization layer, characterized in that both the first polarization layer and the second polarization layer are arranged to affect polarization both in the visible wavelength region of 320 nm to 780 nm and in the near-infrared wavelength region of 780 nm to 3000 nm, and characterized in that the switching layer comprises a nematic liquid crystal which is arranged to switch by temperature between a dark isotropic state and a transparent twisted-nematic liquid crystalline state in a second or higher minimum of its spectral transmission for a given visible or near-infrared wavelength with d·Δn > 0.75 μm, preferably > 0.8 μm, more preferably > 0.85 μm, most preferably > 0.9 μm, wherein the twist angle of the twisted nematic liquid crystalline state corresponds to the angle through which the planes of polarization of the polarization layers are rotated with respect to one another.
A lens device for an image capturing apparatus incorporating a photographing lens (31,32) and a diaphragm device configured to narrow an aperture area, the lens device comprising: a cylindrical housing that incorporates the photographing lens (31,32) and the diaphragm device, a first operation ring that is mounted on an outer peripheral portion of the housing to be rotatable in a circumferential direction of the outer peripheral portion so as to adjust the aperture area of the diaphragm device; and a second operation ring that is mounted on the outer peripheral portion of the housing in parallel to the first operation ring to be rotatable coaxially with the first operation ring so as to adjust a transmittance of a light transmittance variable filte, wherein a correspondence relationship between an operation amount of the first operation ring and a change rate of an amount of transmitted light of the diaphragm device, and a correspondence relationship between an operation amount of the second operation ring and a change rate of an amount of transmitted light of the light transmittance variable filter are set to be the same. a cylindrical housing that incorporates the photographing lens (31,32) and the diaphragm device, a first operation ring that is mounted on an outer peripheral portion of the housing to be rotatable in a circumferential direction of the outer peripheral portion so as to adjust the aperture area of the diaphragm device; and a second operation ring that is mounted on the outer peripheral portion of the housing in parallel to the first operation ring to be rotatable coaxially with the first operation ring so as to adjust a transmittance of a light transmittance variable filte, wherein a correspondence relationship between an operation amount of the first operation ring and a change rate of an amount of transmitted light of the diaphragm device, and a correspondence relationship between an operation amount of the second operation ring and a change rate of an amount of transmitted light of the light transmittance variable filter are set to be the same.
A method for initiating deployment of an instance (no) of an actor (A1, A2, A3, A4, A5, A6), the method being performed by a peer runtime environment, the method comprising: obtaining an indication of changed dynamic capabilities of a first runtime environment; evaluating, based on the changed dynamic capabilities, constraints for actor initiation at the first runtime environment, wherein the changed dynamic capabilities are matched with the constraints for actor initiation for triggering actor instance migration or replication; and initiating deployment of the instance of the actor (A1, A2, A3, A4, A5, A6) at the first runtime environment when the constraints are met. obtaining an indication of changed dynamic capabilities of a first runtime environment; evaluating, based on the changed dynamic capabilities, constraints for actor initiation at the first runtime environment, wherein the changed dynamic capabilities are matched with the constraints for actor initiation for triggering actor instance migration or replication; and initiating deployment of the instance of the actor (A1, A2, A3, A4, A5, A6) at the first runtime environment when the constraints are met.
A production method of an electrode (1, 6) for a secondary battery, the secondary battery including an electrode laminated assembly that has a configuration in which electrodes (1, 6) and a separator are laminated, wherein said electrode (1, 6) includes a current collector (3, 8) and an active material layer (2, 7) formed on a surface of said current collector (3, 8), said active material layer (2, 7) includes a thick-layer portion and a thin-layer portion that is positioned at an edge portion of said active material layer (2, 7) and that is smaller in thickness than the thick-layer portion, and is formed by discharging slurry containing an active material from a discharge port of a die head toward the surface of said current collector (3, 8), the slurry being supplied to said die head through a coating valve, and at the time of forming the thin-layer portion of said active material layer (2, 7), the slurry supplied through said coating valve having a smaller opening than at the time of forming the thick-layer portion is discharged toward said current collector (3, 8) from the discharge port that is closer to said current collector (3, 8) than at the time of forming the thick-layer portion.