mhurhangee/ep-ind-claims huggingface dataset:
A liquid cosmetic applicator equipped with at least a coating part, a coating liquid reservoir, and a front shaft, wherein the coating part comprises a brush; the fibers of the brush include those having a cross section other than a circle; the coating liquid reservoir stores a liquid cosmetic composition; the front shaft is equipped with a front shaft body, a pipe joint which is installed in the front shaft body, and a conduit tube for connecting the pipe joint with the coating part; a stopper is installed between the coating part and the coating liquid reservoir and the stopper is detached in starting use to make it possible to supply the liquid cosmetic composition from the coating liquid reservoir to the coating part and a piston of a coating liquid discharge mechanism in the rear part of the shaft body is allowed to move forward in a prescribed distance by rotating or pushing a canopy to discharge a prescribed amount of the liquid cosmetic composition to the coating part; wherein the liquid cosmetic composition comprises at least an aqueous emulsion of an acrylic acid base polymer having a glass transition point of 20°C or lower obtained by polymerizing monomers selected from an acrylic acid monomer, a methacrylic acid monomer, an acrylic ester monomer and a methacrylic ester monomer, crystalline cellulose, an inorganic pigment selected from the following group A, and water, and wherein the liquid cosmetic composition has a viscosity of 20 to 500 mPa-s at a temperature of 25°C and a shear rate of 3.83 s -1 by means of a cone plate type viscometer (ELD type viscometer) and a surface tension of 25 to 60 mN/m at 25 °C measured by a Wilhelmy method using a CBVP-Z type surface tension meter (plate method), Group A: carbon blacks, iron oxide particles, chromium oxide, ultramarine blue, Prussian blue, zinc oxide, aluminum oxide, silicon dioxide, titanium oxide, magnesium oxide, chromium hydroxide, calcium carbonate, titanium yellow, red iron oxide.
Valve component in form of a non-return valve or a connecting nipple, in particular for the refuelling of natural gas vehicles, for pressure-tight connection to a fluid line or a quick-connect coupling, wherein the valve component has two housing parts (3, 4) which are connected pressure-tightly to one another and accommodate a valve therein, and wherein a seal bushing is arranged inside at the joint between the housing parts (3, 4) and further forms the sealing surface for the valve, characterised in that the housing parts (3, 4) are pressed together at an annular groove, which is arranged at one of the two housing parts (3, 4) and in the un-pressed condition, the other one of the two housing parts (3, 4) is provided with a projecting bead for press-fitting into the annular groove.
A method for fast, high resolution, 3D printing, the method comprising: generating on a computer a 3D digital model of a sample to be printed, slicing the digital model into a sequence of images, wherein each image of the sequence represents a layer of the 3D digital model, and transferring an image from the sequence of images to a micro display chip of an optical light engine comprising the micro display chip and a light source, wherein the micro display chip comprises a liquid crystal display or a digital light processing panel, projecting the image along with light from the optical light engine through a projection lens of a projection lens complex (105A, 105B) onto printing material, causing the printing material in the bright areas of the projected image are polymerized, while the dark areas remain liquid, and the projection lens complex (105A, 105B) comprises two or more projection lenses with different imaging ratios, and wherein the image and light are projected through only one projection lens at a time, and wherein the projection lens complex is a dual-projection lens comprising two projection lenses with different imaging ratios, one lens having higher resolution and a second lens having lower resolution, wherein both lenses share the same focus plane by design, the method being characterized in that optical shutters in front of the projection lenses (105A, 105B) are used to switch image projection from one projection lens to another projection lens. generating on a computer a 3D digital model of a sample to be printed, slicing the digital model into a sequence of images, wherein each image of the sequence represents a layer of the 3D digital model, and transferring an image from the sequence of images to a micro display chip of an optical light engine comprising the micro display chip and a light source, wherein the micro display chip comprises a liquid crystal display or a digital light processing panel, projecting the image along with light from the optical light engine through a projection lens of a projection lens complex (105A, 105B) onto printing material, causing the printing material in the bright areas of the projected image are polymerized, while the dark areas remain liquid, and the projection lens complex (105A, 105B) comprises two or more projection lenses with different imaging ratios, and wherein the image and light are projected through only one projection lens at a time, and wherein the projection lens complex is a dual-projection lens comprising two projection lenses with different imaging ratios, one lens having higher resolution and a second lens having lower resolution, wherein both lenses share the same focus plane by design, the method being characterized in that optical shutters in front of the projection lenses (105A, 105B) are used to switch image projection from one projection lens to another projection lens.
A flight control system for a rotary wing aircraft comprising: an active collective system in communication with a rotor blade collective pitch control system; a collective controller having a force feedback system; and a collective command module in communication with said collective controller to control said active collective system, said collective command module operable to cue a "level flight" detent defined by said force feedback system, movement of said collective controller within said "level flight" detent operable to command aircraft vertical velocity and movement of said collective controller out of said "level flight" detent operable to directly command said rotor blade collective pitch control system, wherein movement of said collective controller within said "level flight" detent commands vertical aircraft velocity proportional to an applied force. an active collective system in communication with a rotor blade collective pitch control system; a collective controller having a force feedback system; and a collective command module in communication with said collective controller to control said active collective system, said collective command module operable to cue a "level flight" detent defined by said force feedback system, movement of said collective controller within said "level flight" detent operable to command aircraft vertical velocity and movement of said collective controller out of said "level flight" detent operable to directly command said rotor blade collective pitch control system, wherein movement of said collective controller within said "level flight" detent commands vertical aircraft velocity proportional to an applied force.
A system for processing multiple channels for a communications receiver comprising: - a first module adapted to tune and demodulate a plurality of channels of the multiple channels in an input signal, the first module including an analog to digital converter for converting the input signal to a digital signal, a first interface coupled to said analog to digital converter to provide a first digital signal, said first digital signal being said digital signal in a first digital format, and a first processing circuit including a tuner and a demodulator (220, 230, 240) coupled to said first interface for tuning and demodulating said first digital signal, wherein the first module further includes a second interface connected to said analog to digital converter to provide a second digital signal outside of said first module, said second digital signal being said digital signal in a second digital format; and - a second module adapted to receive and process said second digital signal, said second module including a second processing circuit including a tuner and a demodulator (260, 270, 280) adapted to tune and demodulate said second digital signal. - a first module adapted to tune and demodulate a plurality of channels of the multiple channels in an input signal, the first module including an analog to digital converter for converting the input signal to a digital signal, a first interface coupled to said analog to digital converter to provide a first digital signal, said first digital signal being said digital signal in a first digital format, and a first processing circuit including a tuner and a demodulator (220, 230, 240) coupled to said first interface for tuning and demodulating said first digital signal, wherein the first module further includes a second interface connected to said analog to digital converter to provide a second digital signal outside of said first module, said second digital signal being said digital signal in a second digital format; and - a second module adapted to receive and process said second digital signal, said second module including a second processing circuit including a tuner and a demodulator (260, 270, 280) adapted to tune and demodulate said second digital signal.
A method for determining, in vitro, the probability of a patient developing severe dengue, based on a blood sample, wherein: a) the quantity in said blood sample of at least one marker, which is platelet factor 4, is determined, b) the quantity of platelet factor 4 determined in step a) is compared with a reference quantity of said marker obtained from a group of individuals who have been diagnosed with non-severe dengue, wherein, if the quantity of platelet factor 4 determined in step a) is less than the reference quantity established in step b), it is determined that the patient will develop severe dengue. a) the quantity in said blood sample of at least one marker, which is platelet factor 4, is determined, b) the quantity of platelet factor 4 determined in step a) is compared with a reference quantity of said marker obtained from a group of individuals who have been diagnosed with non-severe dengue,
A double-faced pressure-sensitive adhesive tape comprising: a substrate that consists of only an olefinic resin foam substrate, said olefinic resin foam substrate being constituted of closed cells and having a thickness of from 50 to 240 μm; one pressure-sensitive adhesive layer arranged on or above one side of the substrate; and another pressure-sensitive adhesive layer arranged on or above the other side of the substrate, wherein the double-faced pressure-sensitive adhesive tape has a total thickness of 250 μm or less, and wherein the double-faced pressure-sensitive adhesive tape has an elongation of from 100% to 600% as measured according to JIS K 6767. a substrate that consists of only an olefinic resin foam substrate, said olefinic resin foam substrate being constituted of closed cells and having a thickness of from 50 to 240 μm; one pressure-sensitive adhesive layer arranged on or above one side of the substrate; and another pressure-sensitive adhesive layer arranged on or above the other side of the substrate,
An athletic activity monitoring method for use with a sensor module that is physically coupled to an object during an athletic activity conducted by a user, the athletic activity monitoring method comprising: the sensor module detecting movement of the object at a first time; the sensor module determining that the movement of the object corresponds to a predetermined activation movement, wherein the predetermined activation movement comprises a series of discrete movements, and wherein determining that the movement of the object corresponds to the predetermined activation movement comprises comparing acceleration data and/or timing data associated with the predetermined activation movement to acceleration data and/or timing data detected by the sensor module in association with the movement of the object; the sensor module entering an active state in response to the determination that the movement of the object corresponds to the predetermined activation movement; and upon the sensor module entering the active state, detecting movement of the object at a second time. the sensor module detecting movement of the object at a first time; the sensor module determining that the movement of the object corresponds to a predetermined activation movement, wherein the predetermined activation movement comprises a series of discrete movements, and wherein determining that the movement of the object corresponds to the predetermined activation movement comprises comparing acceleration data and/or timing data associated with the predetermined activation movement to acceleration data and/or timing data detected by the sensor module in association with the movement of the object; wherein the predetermined activation movement comprises a series of discrete movements, and wherein determining that the movement of the object corresponds to the predetermined activation movement comprises comparing acceleration data and/or timing data associated with the predetermined activation movement to acceleration data and/or timing data detected by the sensor module in association with the movement of the object; the sensor module entering an active state in response to the determination that the movement of the object corresponds to the predetermined activation movement; and upon the sensor module entering the active state, detecting movement of the object at a second time.
A spinning machine comprising a special yarn spinning apparatus, wherein the special yarn spinning apparatus comprises a plurality of apron draft devices (25, 26, 27) that include a front roller pair and a plurality of apron pairs (26, 27) that are provided upstream of the front roller pair and are adapted to feed a plurality of fiber bundles independently to the front roller pair, characterized in that the special yarn spinning apparatus includes a joining device (22, 50), a control device and an anti-twist device, wherein the joining device (22, 50) is adapted to join a trailing end (S1A) of the fiber bundle fed from at least one of the apron pairs (26, 27) which has operated before switching the feed, and a leading end (S2A) of the fiber bundle fed from another of the apron pairs (26, 27) which has started after switching the feed at a position downstream of the front roller pair, wherein the control device is adapted to control feeding of the fiber bundles so that the trailing end (S1A) of the fiber bundle and the leading end of the fiber bundle are joined in the joining device (22, 50), and wherein the anti-twist device is adapted to hold and deliver the fiber bundles at a position downstream of the joining device (22, 50) to prevent propagation of twist from a twisting device downstream of the anti-twisting device to the joined fiber bundles in the joining device (22, 50). the special yarn spinning apparatus includes a joining device (22, 50), a control device and an anti-twist device, wherein the joining device (22, 50) is adapted to join a trailing end (S1A) of the fiber bundle fed from at least one of the apron pairs (26, 27) which has operated before switching the feed, and a leading end (S2A) of the fiber bundle fed from another of the apron pairs (26, 27) which has started after switching the feed at a position downstream of the front roller pair, wherein the control device is adapted to control feeding of the fiber bundles so that the trailing end (S1A) of the fiber bundle and the leading end of the fiber bundle are joined in the joining device (22, 50), and wherein the anti-twist device is adapted to hold and deliver the fiber bundles at a position downstream of the joining device (22, 50) to prevent propagation of twist from a twisting device downstream of the anti-twisting device to the joined fiber bundles in the joining device (22, 50).
An organomimetic device comprising: a body having a central microchannel therein; and an at least partially porous and at least partially flexible membrane positioned within the central microchannel and along a plane, the membrane configured to separate the central microchannel to form a first central microchannel and a second central microchannel, wherein a first fluid is applied through the first central microchannel and a second fluid is applied through the second central microchannel, the membrane coated with at least one attachment molecule that supports adhesion of a plurality of living cells; and a first operating channel separated from the first and second central microchannels by a first microchannel wall (234, 244), wherein the membrane is mounted to the first microchannel wall, and when a pressure is applied to the first operating channel, it causes the membrane to flex in a first desired direction to expand or contract along the plane within the first and the second central microchannels. a body having a central microchannel therein; and an at least partially porous and at least partially flexible membrane positioned within the central microchannel and along a plane, the membrane configured to separate the central microchannel to form a first central microchannel and a second central microchannel, wherein a first fluid is applied through the first central microchannel and a second fluid is applied through the second central microchannel, the membrane coated with at least one attachment molecule that supports adhesion of a plurality of living cells; and a first operating channel separated from the first and second central microchannels by a first microchannel wall (234, 244), wherein the membrane is mounted to the first microchannel wall, and when a pressure is applied to the first operating channel, it causes the membrane to flex in a first desired direction to expand or contract along the plane within the first and the second central microchannels.
Filtering pulley comprising a hub configured to be fixed to a shaft rotating around an axis, a crown mounted coaxial and rotationally free on said hub, a plurality of elastic groups arranged circumferentially with respect to said hub and to said crown and interposed, each, between a pair of first elements carried by said hub and between a pair of second elements (16,17) carried by said crown, said first elements comprising at least two spokes, said pulley comprising an actuator, said at least two spokes being carried by said actuator, characterized in that said actuator comprises a coupling portion carried slidingly with respect to said axis and rotationally fixed with respect to said axis by said hub and an actuation portion defining said spokes, said coupling and actuation portions (32, 33) being configured to define a first configuration in which they are engaged so that said crown is operatively connected to said hub and a second configuration in which they are operatively separated so that said crown is operatively disconnected from said hub, the pulley comprising actuation means configured to control the position of said coupling portion by the passage between said first and second configurations. said first elements comprising at least two spokes, said pulley comprising an actuator, said at least two spokes being carried by said actuator, characterized in that said actuator comprises a coupling portion carried slidingly with respect to said axis and rotationally fixed with respect to said axis by said hub and an actuation portion defining said spokes, said coupling and actuation portions (32, 33) being configured to define a first configuration in which they are engaged so that said crown is operatively connected to said hub and a second configuration in which they are operatively separated so that said crown is operatively disconnected from said hub, the pulley comprising actuation means configured to control the position of said coupling portion by the passage between said first and second configurations.
Drawer having a side frame and a front panel, which is fastened to the side frame by means of a device for fastening the front panel to the side frame, said device having a support (8, 8', 8") which can be fixed to the front panel and an adapter (10, 11) which is fixed to the side frame and on which the support (8, 8', 8") is held adjustably, the support can be inserted with a retaining web into a receptacle on the adapter (10, 11) and be fixed by means of at least one latching element, the at least one latching element (30, 30') being designed as a flexible spring which engages with at least one leg behind a projection on the retaining web, characterized in that a release lever is mounted on the adapter (10, 11) pivotably around an axis which is arranged vertically in the mounted position that can be used to pull the flexible spring off the retaining web.
A friction disc for a friction device, with a disc body, which has opposing surfaces (6, 7), wherein at least a friction lining is arranged on the surfaces (6, 7) or wherein no friction lining is arranged on the surfaces (6, 7), wherein the disc body is designed to have multiple layers in the axial direction with at least one first friction disc ring, one or multiple second friction disc rings, and at least one third friction disc ring, the second friction disc ring being arranged between the first and the third friction disc ring (14, 16), and the first, the second and the third friction disc rings (14 to 16) being connected to one another, and has lugs on the outer circumference of the disc body or a spline toothing on the inner circumference for an arrangement, secured against rotation, of the friction disc in a friction device, characterized in that the lugs or the spline toothing are arranged only on one or multiple of the second friction disc rings.
Ex vivo cultured activated blood cells for use in reducing a glycated haemoglobin level of a patient with type 2 diabetes mellitus, comprising ex vivo cultured activated peripheral blood mononuclear cells (PBMCs) prepared by a process comprising culturing the PBMCs in a presence of a cytokine to activate the PBMCs, wherein the ex vivo cultured blood cells are autologous, and wherein the cytokine is selected from the group consisting of Interleukin-2 (IL-2), granulocyte-macrophage colony stimulating factor (GM-CSF), and combinations thereof; wherein the use comprises the step of administering 2-20 doses of the PBMCs to the patient over a period of time ranging from 1-26 weeks-wherein a dose of the PBMCs ranges from 1 × 10 5 to 2 × 10 8 cells.
A compound comprising N-[(3β, 5α)-20-Oxopregnan-3-yl] methanesulfonamide; N-ethyl-N'-[(3β, 5α)-17-oxoandrostan-3-yl]urea; (3β,5α)-3,21-Dihydroxypregnan-20-one; or a compound having the formula of Formula I: wherein R is sulfamide, or any combination thereof, or a pharmaceutically acceptable salt (crystal and/or amorphous), non-salt amorphous form, solvate, poly-morph, or tautomer thereof, for use in a method of treating a cardiovascular disorder and/or a pulmonary disorder, wherein the cardiovascular disorder and/or pulmonary disorder is selected from pulmonary hypertension, hypertension, medial hypertrophy, or combinations thereof, and wherein the amount of the compound used in the method of treating a cardiovascular disorder and/or a pulmonary disorder is between 10 mg/day to 300 mg/day.