mhurhangee/ep-ind-claims huggingface dataset:
An earphone comprising: a first driver unit (2d, 2e) reproducing sound waves in a high-frequency range; a second driver unit (2f, 2g) reproducing sound waves other than reproduced sound waves of the first driver unit; a unit case for housing the respective driver units; and a sound delivery tube for leading sound waves from the driver units to a user's ear canal, the sound delivery tube being formed to communicate with the unit case, wherein a sound emission axis of the first driver unit and a sound emission axis of the second unit driver are disposed in parallel to each other, and the sound emission axis of the first driver unit passes through in an opening of the sound delivery tube, characterised in that the first driver unit is positioned adjacent to the second driver unit, and wherein the first driver unit is disposed in the unit case such that the sound emission axis of the first driver unit coincides with a central axis of the opening of the sound delivery tube. a first driver unit (2d, 2e) reproducing sound waves in a high-frequency range; a second driver unit (2f, 2g) reproducing sound waves other than reproduced sound waves of the first driver unit; a unit case for housing the respective driver units; and a sound delivery tube for leading sound waves from the driver units to a user's ear canal, the sound delivery tube being formed to communicate with the unit case, wherein a sound emission axis of the first driver unit and a sound emission axis of the second unit driver are disposed in parallel to each other, and the sound emission axis of the first driver unit passes through in an opening of the sound delivery tube, characterised in that the first driver unit is positioned adjacent to the second driver unit, and wherein the first driver unit is disposed in the unit case such that the sound emission axis of the first driver unit coincides with a central axis of the opening of the sound delivery tube.
A fiber laser amplifier system suitable for use as part of a spectral beam combining, SBC, fiber laser amplifier system, comprising a wavelength division multiplexing seed beam source, the wavelength division multiplexing seed beam source comprising: a plurality of master oscillators each generating a seed beam at a different wavelength on a separate input fiber; a spectral multiplexer that receives all of the seed beams on the separate fibers and spectrally combines the seed beams onto a common fiber; an electro-optical phase modulator responsive to the combined seed beams on the common fiber, said electro-optical phase modulator modulating the combined seed beams by changing the phase of the combined seed beams to be proportional to an applied voltage from an RF driver; and a spectral demultiplexer responsive to the modulated and combined seed beams on the common fiber and spectrally separating the seed beams onto separate output fibers, wherein the wavelength division multiplexing seed beam source is part of the fiber laser amplifier system, the fiber laser amplifier system further comprising a plurality of respective fiber amplifiers, each respective fiber amplifier being configured to amplify one of the spectrally separated seed beams on a respective output fiber. a plurality of master oscillators each generating a seed beam at a different wavelength on a separate input fiber; a spectral multiplexer that receives all of the seed beams on the separate fibers and spectrally combines the seed beams onto a common fiber; an electro-optical phase modulator responsive to the combined seed beams on the common fiber, said electro-optical phase modulator modulating the combined seed beams by changing the phase of the combined seed beams to be proportional to an applied voltage from an RF driver; and a spectral demultiplexer responsive to the modulated and combined seed beams on the common fiber and spectrally separating the seed beams onto separate output fibers, wherein the wavelength division multiplexing seed beam source is part of the fiber laser amplifier system, the fiber laser amplifier system further comprising a plurality of respective fiber amplifiers, each respective fiber amplifier being configured to amplify one of the spectrally separated seed beams on a respective output fiber.
Electronic paper in which an electrophoretic material layer, an optically transparent electrode layer, an ink fixing layer, a color filter layer including printed pixels created by printing pixel ink on the ink fixing layer by an inkjet method, and a protective film are stacked on an electrode substrate in this order, wherein there is no bank for partitioning the printed pixels, the pixel ink comprising a repellent component, a coloring areal ratio in each of the printed pixels is 60% or more and 99% or less, and an interval between neighboring printed pixels printed on the ink fixing layer is 1 μm or more and 10 μm or less.
A method of controlling operation of a user-adjustable cardiac pacemaker, or a software model thereof, in a training mode, the method comprising generating at least one cardiac event by a feedback-based heart simulator, wherein the cardiac event includes a pulse parameter set defining at least a pulse amplitude; transmitting the at least one cardiac event, or a first signal representation derived therefrom, to an electro cardiogram, ECG, generator configured to generate ECG graphics triggering a user to perform, in the training mode, one or more user adjustments at the cardiac pacemaker or its software model; transmitting the at least one cardiac event, or a second signal representation derived therefrom, to the cardiac pacemaker or its software model; acquiring stimulus information on one or more stimuli generated by the cardiac pacemaker or its software model; and feeding the stimulus information back to the heart simulator for use in generation of one or more further cardiac events. generating at least one cardiac event by a feedback-based heart simulator, wherein the cardiac event includes a pulse parameter set defining at least a pulse amplitude; transmitting the at least one cardiac event, or a first signal representation derived therefrom, to an electro cardiogram, ECG, generator configured to generate ECG graphics triggering a user to perform, in the training mode, one or more user adjustments at the cardiac pacemaker or its software model; transmitting the at least one cardiac event, or a second signal representation derived therefrom, to the cardiac pacemaker or its software model; acquiring stimulus information on one or more stimuli generated by the cardiac pacemaker or its software model; and feeding the stimulus information back to the heart simulator for use in generation of one or more further cardiac events.
An inflator (40, 40a, 40b) for inflating an inflatable vehicle occupant protection device, the inflator (40, 40a, 40b) comprising: a primary stage (50, 50a, 50b) actuatable to produce a primary flow of inflation fluid; a secondary stage (100, 100a, 100b) actuatable to produce a secondary flow of inflation fluid; a filter chamber (150, 150a, 150b) into which the primary and secondary flows of inflation fluid are directed; a flow control disc (130, 200, 250); and a secondary filter assembly (120, 120a, 120b) that is configured to permit the secondary flow of inflation fluid to flow into the filter chamber (150, 150a, 150b) and to block particulates from flowing from the filter chamber (150, 150a, 150b) into the secondary stage (100, 100a, 100b), the secondary filter assembly (120, 120a, 120b) including a secondary filter disc, characterized in that, a central portion of the flow control disc is connected to the secondary filter disc, and wherein the flow control disc is configured such that when pressure resulting from actuation of the secondary stage acts on the outer portion of the flow control disc through openings in the secondary filter disc, the flow control disc is caused to become at least one of: deformed, displaced, and deflected at the interface between the outer portion and the central portion of the flow control disc to establish an opening about the periphery of the flow control disc through which secondary inflation fluid can flow into the filter chamber, or characterized in that, a central portion of the flow control disc includes an opening, and wherein the flow control disc further comprises a peripheral portion radially outside the outer portion that is connected to the secondary filter disc, and wherein the flow control disc is configured such that when pressure resulting from actuation of the secondary stage acts on the outer portion through the openings in the secondary filter disc, the flow control disc is caused to become at least one of: deformed, displaced, and deflected at the interface between the outer portion and the peripheral portion of the flow control disc to move the central portion away from the secondary filter disc to thereby establish flow path through the openings in the secondary filter disc and the opening in the central portion of the flow control disc through which secondary inflation fluid can flow into the filter chamber. or characterized in that, the flow control disc is connected to the filter disc by an adhesive, and wherein the adhesive is configured such that when pressure resulting from actuation of the secondary stage acts on the flow control disc, the adhesive is caused to at least one of being: ruptured and disconnected, thereby allowing the flow control disc to become displaced to unblock the openings in the secondary filter disc and permit secondary inflation fluid to flow through the openings in the secondary filter disc into the filter chamber.
A system comprising: a gas delivery disk coupled to a second shaft, wherein the second shaft and the gas delivery disk are disposed about an axis, wherein the gas delivery disk comprises: an inner axial opening configured to facilitate a first axial flow through a first passage within the second shaft; a duct configured to supply a bearing flow in a radial direction toward the axis; and a bearing face disposed within the first passage and radially interior to the inner axial opening, wherein the bearing face is configured to receive the bearing flow, and the bearing face is configured to form a gas bearing between the bearing face and a first shaft disposed about the axis. an inner axial opening configured to facilitate a first axial flow through a first passage within the second shaft; a duct configured to supply a bearing flow in a radial direction toward the axis; and a bearing face disposed within the first passage and radially interior to the inner axial opening, wherein the bearing face is configured to receive the bearing flow, and the bearing face is configured to form a gas bearing between the bearing face and a first shaft disposed about the axis.
A method for troubleshooting a built-on function pertaining to a vehicle which, after being produced by a manufacturer, undergoes building-on of at least one function which is provided with a computer-readable representation associated with said vehicle, characterised in that when said built-on function malfunctions said method comprises the steps of: - connecting said vehicle to a diagnostic tool, - using said diagnostic tool to determine on the basis of said computer-readable representation of said built-on function at least one first condition for activation of said built-on function, - using said diagnostic tool to determine via said connection to said vehicle whether said at least one first condition for activation of said built-on function is fulfilled, and - generating a signal if said first activation condition is not fulfilled. - using said diagnostic tool to determine on the basis of said computer-readable representation of said built-on function at least one first condition for activation of said built-on function, - using said diagnostic tool to determine via said connection to said vehicle whether said at least one first condition for activation of said built-on function is fulfilled, and - generating a signal if said first activation condition is not fulfilled.
Compressor (4; 6) of an axial turbine engine, comprising: - an inner rotor provided with several annular blade rows and an inner radial annular junction intended to connect the inner rotor to a transmission shaft of the turbine engine, and - an outer rotor surrounding the inner rotor and comprising several annular blade rows; the blade rows of the inner and outer rotors being arranged alternately in order to compress an annular flow (18; 20) when the rotors (30; 32) turn in opposite directions; - a stator; - at least one rotating bearing linked to the outer rotor and arranged axially level with the radial junction of the inner rotor so as to align the rotor support zones axially; the rotating bearing forming a rotating link between the outer rotor and the stator of the compressor (4; 6); characterized in that the inner rotor comprises an inner circular wall linking all its blade rows, the radial annular junction and the rotating bearing being arranged axially level with the middle of the inner circular wall. - an inner rotor provided with several annular blade rows and an inner radial annular junction intended to connect the inner rotor to a transmission shaft of the turbine engine, and - an outer rotor surrounding the inner rotor and comprising several annular blade rows; the blade rows of the inner and outer rotors being arranged alternately in order to compress an annular flow (18; 20) when the rotors (30; 32) turn in opposite directions; - a stator; - at least one rotating bearing linked to the outer rotor and arranged axially level with the radial junction of the inner rotor so as to align the rotor support zones axially;
Method wherein a roof is covered with roof covering elements, said elements being sheets, each sheet having appearance of several tiles, characterised in that the left edge (1.1) of an initial sheet is stabilized by fastening with at least one screw to a roof batten is covered by the right edge (4.1) of the second sheet, and the sheets are mounted by a screw placed through the right lower assembling hole (4.2) of the second sheet and the left lower assembling hole (1.2) of the initial sheet; then the second sheet is stabilized by mounting at least of one screw to a roof batten; thereafter, the lower edge (5.1) of the third sheet is put onto the upper edge (1.3) the initial sheet, and these sheets are mounted by a screw placed through the right lower assembling hole (5.2) of the third sheet and the right upper assembling hole (1.4) of the initial sheet and at the same time, the left lower assembling hole (5.3) of the third sheet appears over the right upper assembling hole (4.3) of the second sheet, then the right edge (6.1) of the fourth sheet is put onto the left edge (5.4) of the third sheet, whilst the lower edge (6.2) of the fourth sheet is placed onto the upper edge (4.4) of the second sheet, and the fourth and the second sheets are mounted by a screw applied through, preferably, the middle lower assembling hole (6.6) of the fourth sheet and through the middle upper assembling hole (4.8) of the second sheet; thereafter a junction comprised of corners of four sheets is mounted with a screw applied through the right lower assembling hole (6.4) of the fourth sheet, the left lower assembling hole (5.3). of the third sheet, the right upper assembling hole (4.3) of the second sheet and through the left upper assembling hole (1.5) of the initial sheet; every time when a sheet is installed, a semicircular bend (5.7, 6.7) of the lower edge end (5.1, 6.2) of said sheet is put onto sheet to be covered, whereby said semicircular bend (5.7, 6.7), is placed in a semicircular deflection (1.6, 4.9) of the sheet to be covered.
A method of culturing mammalian cells expressing a recombinant protein comprising; establishing a mammalian cell culture in a serum-free culture medium in a bioreactor by inoculating the bioreactor with at least 0.5 x 10 6 to 3.0 x 10 6 cells/mL in a serum-free culture medium; growing the mammalian cells during a growth phase and supplementing the culture medium with bolus feeds of a serum-free feed medium starting perfusion on or about day 5 to on or about day 9 of the cell culture, and maintaining the mammalian cells during a production phase by perfusion with a serum-free perfusion medium, wherein the packed cell volume during the production phase is less than or equal to 35%. establishing a mammalian cell culture in a serum-free culture medium in a bioreactor by inoculating the bioreactor with at least 0.5 x 10 6 to 3.0 x 10 6 cells/mL in a serum-free culture medium; growing the mammalian cells during a growth phase and supplementing the culture medium with bolus feeds of a serum-free feed medium starting perfusion on or about day 5 to on or about day 9 of the cell culture, and maintaining the mammalian cells during a production phase by perfusion with a serum-free perfusion medium, wherein the packed cell volume during the production phase is less than or equal to 35%.
A hand-push garden tool, which comprises: a main body, a wheel mounted on the main body, and a handle assembly mounted on the main body, the handle assembly comprising a handle, a first control rod rotatably mounted to the handle and a second control rod rotatably mounted to the handle, wherein the first control rod and the second control rod are rotatable about the same axis, the handle comprises a first arm portion inclining upward in a direction away from the ground on which the garden tool is working and extending backward in a direction opposite the forward moving direction of the garden tool, and a second arm portion parallel to and spaced apart from the first arm portion and a connecting portion connecting the first arm portion and the second arm portion, wherein the connecting portion is substantially parallel to the horizontal plane, and the first control rod and the second control rod are separately arranged on the upper and lower side of the connecting portion, respectively, characterised in that the handle assembly further comprises a first control box mounted on the first arm portion and a second control box mounted on the second arm portion, the first control box is provided with a first switch, which is arranged to be triggered when the first control rod is pressed downwards towards the connecting portion, the second control box is provided with a second switch, which is arranged to be triggered when the second control rod is pulled upwards towards the connecting portion. a main body, a wheel mounted on the main body, and a handle assembly mounted on the main body, the handle assembly comprising a handle, a first control rod rotatably mounted to the handle and a second control rod rotatably mounted to the handle, wherein the first control rod and the second control rod are rotatable about the same axis, the handle comprises a first arm portion inclining upward in a direction away from the ground on which the garden tool is working and extending backward in a direction opposite the forward moving direction of the garden tool, and a second arm portion parallel to and spaced apart from the first arm portion and a connecting portion connecting the first arm portion and the second arm portion, wherein the connecting portion is substantially parallel to the horizontal plane, and the first control rod and the second control rod are separately arranged on the upper and lower side of the connecting portion, respectively, characterised in that the handle assembly further comprises a first control box mounted on the first arm portion and a second control box mounted on the second arm portion, the first control box is provided with a first switch, which is arranged to be triggered when the first control rod is pressed downwards towards the connecting portion, the second control box is provided with a second switch, which is arranged to be triggered when the second control rod is pulled upwards towards the connecting portion.
A multi-layer structure for use in a transparent conductor comprising: a substrate; a conductive layer formed on the substrate, wherein the conductive layer comprises a first plurality of metallic nanowires, the first plurality of metallic nanowires having a concentration above the percolation threshold, which allows for a plurality of the first metallic nanowires to form at least one electrical current path, whereby the conductive layer exhibits in plane-conductivity; and a dielectric overcoat formed on the conductive layer, the dielectric overcoat incorporating a second plurality of conductive particles, the second plurality of conductive particles having a concentration below the percolation threshold, which prohibits the second plurality of conductive particles to form a continuous electrical current path, while allowing the overcoat to exhibit surface conductivity as a result of the contact of the conductive particles in the overcoat with said underlying plurality of metallic nanowires through the thickness of the overcoat. a substrate; a conductive layer formed on the substrate, wherein the conductive layer comprises a first plurality of metallic nanowires, the first plurality of metallic nanowires having a concentration above the percolation threshold, which allows for a plurality of the first metallic nanowires to form at least one electrical current path, whereby the conductive layer exhibits in plane-conductivity; and a dielectric overcoat formed on the conductive layer, the dielectric overcoat incorporating a second plurality of conductive particles, the second plurality of conductive particles having a concentration below the percolation threshold, which prohibits the second plurality of conductive particles to form a continuous electrical current path, while allowing the overcoat to exhibit surface conductivity as a result of the contact of the conductive particles in the overcoat with said underlying plurality of metallic nanowires through the thickness of the overcoat.
Top part for a shaft, having an access part and a shaft cone which is connected to an access part and, with a connecting element on that side of the shaft cone that lies opposite the access part, can be mounted onto a further shaft element, the shaft cone having a substantially convex basic shape, wherein, in the region of the shaft dome, stiffening structures are disposed on the inner surface of this shaft dome, which extend substantially radially or parallelly, angularly or concentrically from one or more imaginary points or lines within or outside the dome downwards over the curved shape of the shaft cone, wherein the outer surface has lift prevention elements and/or lifting aids, wherein, thanks to the arrangement of the stiffening structures in the inner region, the outer side of the top part is substantially smooth in that the outer surface has only the lift prevention elements and/or the lifting aids.