mhurhangee/ep-ind-claims huggingface dataset:
Cooking appliance comprising at least one cooking chamber which has a plurality of cooking levels and which can be heated by means of at least one steam source arranged outside the cooking chamber, a plurality of steam inlet openings being provided on the cooking chamber for introducing steam from the steam source into the cooking chamber, the steam inlet openings being arranged on a plurality of levels so as to be vertically offset, and the steam inlet openings being oriented laterally, approximately in parallel with a wall of the cooking chamber and approximately in opposite directions, and at least one steam outlet opening being provided on the cooking chamber, via which opening steam can escape from the cooking chamber and which opening establishes a gas exchange between the cooking chamber and the surroundings, characterised in that the steam outlet opening is provided in a lower region of the cooking chamber and the steam inlet openings and the steam outlet opening are arranged on a common modular unit which is provided on the cooking chamber so as to be replaceable.
A blood separation chamber for rotation about an axis comprising a low-G wall and a high-G wall extending circumferentially about the axis in a spaced apart relationship to define between them an annular separation channel having an annular boundary wall forming an axial boundary of the separation channel, an inlet passage to convey blood into the separation channel for separation into blood components along a circumferential flow path, a barrier wall spaced In a downstream flow direction from the inlet passage, the barrier wall extending partially into the separation channel generally in a radial direction from the high-G wall toward the low-G wall, to thereby define a constricted channel along the low-G wall, into which a blood component adjacent the low-G wall is directed, the barrier wall having a surface that is tapered in an axial direction along the high-G wall toward the annular boundary wall, along which a blood component adjacent the high-G wall is directed, a first passage communicating with the separation channel through a first opening that is adjacent the low-G wall, the constricted channel adjoining the first opening, so that a blood component directed into the constricted channel enters the first passage for removal from the separation channel, and a second passage communicating with the separation channel through a second opening that is adjacent the high-G wall axially spaced from the annular boundary wall, the surface of the barrier wall adjoining the second opening, so that a blood component directed along the surface enters the second passage for removal from the separation channel.
A method for ion beam processing of a sample having a subsurface feature (44, 54), the method comprising: extracting first ions of a first ion species and second ions of a second ion species from an ion source, the first ions being lighter and of a different element than the second ions; focusing the first ions and the second ions onto the sample; locating the subsurface feature of the sample by imaging the sample, wherein imaging the sample includes detecting secondary electrons emitted from the sample as a result of impacts of the first ions with the subsurface feature and forming an image of the subsurface feature; using the location of the imaged subsurface feature to direct the second ions towards the subsurface feature; and exposing the subsurface feature by milling material from the sample, wherein milling material from the sample comprises impacting the sample with the second ions. extracting first ions of a first ion species and second ions of a second ion species from an ion source, the first ions being lighter and of a different element than the second ions; focusing the first ions and the second ions onto the sample; locating the subsurface feature of the sample by imaging the sample, wherein imaging the sample includes detecting secondary electrons emitted from the sample as a result of impacts of the first ions with the subsurface feature and forming an image of the subsurface feature; using the location of the imaged subsurface feature to direct the second ions towards the subsurface feature; and exposing the subsurface feature by milling material from the sample, wherein milling material from the sample comprises impacting the sample with the second ions.
An LED lamp (200, 300, 400), comprising - an LED package (210, 310, 410); and - a reflector having a reflection pattern for compensating for a lighting characteristic of the LED package (210, 310, 410), the reflector comprising a body configured to be matched and coupled with the LED package having a discontinuous chip arrangement structure to improve the lighting characteristic of the LED package for divergent light; wherein the body includes an inner wall having a diameter which is increased upwardly to form a narrow bottom and a wide top and including an opening formed at a lower end thereof so as to arrange the LED package therein; wherein the inner wall of the body is formed with a trigonometric cross-wave pattern part which is patterned such that sine wave-type waves curved to form peaks and valleys are arranged to cross in a horizontal direction and a vertical direction at predetermined intervals over the whole area; and wherein, assuming that a pattern cycle of the trigonometric cross-wave pattern part is "H1" and a chip mounting cycle of the LED package is "L1", the trigonometric cross-wave pattern part is formed to satisfy Condition Equation 1 and Condition Equation 2 as follows: m H 1 = n L 1, wherein m and n are integers H 1 = H i i = 2, 3, 4,..., L 1 = L j j = 2, 3, 4,.... - an LED package (210, 310, 410); and - a reflector having a reflection pattern for compensating for a lighting characteristic of the LED package (210, 310, 410), the reflector comprising a body configured to be matched and coupled with the LED package having a discontinuous chip arrangement structure to improve the lighting characteristic of the LED package for divergent light;
A heat exchange plate comprising: a front face that defines a first heat exchange surface, a back face on a side of the plate opposed to the front face, the back face defining a second heat exchange surface; a peripheral edge; a tab manifold region extending outward from the peripheral edge; an interior fluid passageway disposed between the front face and the back face, the surface of the interior fluid passageway defining a third heat exchange surface, the interior fluid passageway comprising a fluid inlet (1076, 1078) having an inlet area, a fluid outlet (1076, 1078) having an outlet area that is different than the inlet area, and parallel fluid channels, each fluid channel of the parallel fluid channels configured to direct fluid in parallel from the inlet to the outlet, the parallel fluid channels including at least one transition point (1914, 1916, 1920, 1922, 1924) between the fluid inlet and the fluid outlet at which the number of fluid channels changes; wherein the fluid inlet and the fluid outlet each open in a plane parallel to the front face, and wherein the fluid inlet and the fluid outlet are disposed in the tab manifold region. a front face that defines a first heat exchange surface, a back face on a side of the plate opposed to the front face, the back face defining a second heat exchange surface; a peripheral edge; a tab manifold region extending outward from the peripheral edge; an interior fluid passageway disposed between the front face and the back face, the surface of the interior fluid passageway defining a third heat exchange surface, the interior fluid passageway comprising a fluid inlet (1076, 1078) having an inlet area, a fluid outlet (1076, 1078) having an outlet area that is different than the inlet area, and parallel fluid channels, each fluid channel of the parallel fluid channels configured to direct fluid in parallel from the inlet to the outlet, the parallel fluid channels including at least one transition point (1914, 1916, 1920, 1922, 1924) between the fluid inlet and the fluid outlet at which the number of fluid channels changes; a fluid inlet (1076, 1078) having an inlet area, a fluid outlet (1076, 1078) having an outlet area that is different than the inlet area, and parallel fluid channels, each fluid channel of the parallel fluid channels configured to direct fluid in parallel from the inlet to the outlet, the parallel fluid channels including at least one transition point (1914, 1916, 1920, 1922, 1924) between the fluid inlet and the fluid outlet at which the number of fluid channels changes; wherein the fluid inlet and the fluid outlet each open in a plane parallel to the front face, and wherein the fluid inlet and the fluid outlet are disposed in the tab manifold region.
Disposable injector having a housing comprising at least one pressure rod, having a piston-actuating ram that is preloaded by means of a spring energy store, and having a triggering unit locking the pressure rod, wherein, by means of the triggering unit being moved along the housing, the pressure rod is unlockable, triggering the spring energy store, wherein the piston-actuating ram bears a plunger part and wherein the single pressure rod comprises a cam having a supporting face, characterized - in that a wedge part is fastened to the pressure rod in an interlocking manner, - in that the wedge part engages over the supporting face of the pressure rod, and - in that the plunger part and the wedge part are parts of a wedge mechanism, wherein the wedge part is displaceable, triggering the wedge mechanism, when the disposable injector is triggered by means of the plunger part. - in that a wedge part is fastened to the pressure rod in an interlocking manner, - in that the wedge part engages over the supporting face of the pressure rod, and - in that the plunger part and the wedge part are parts of a wedge mechanism, wherein the wedge part is displaceable, triggering the wedge mechanism, when the disposable injector is triggered by means of the plunger part.
A process for the production or purification of methylbutynol (2-methyl-3-butyn-2-ol), comprising the steps of (a) providing a feed composition comprising methylbutynol, water, and acetone (b) subjecting the feed composition to distillation in a distillation device, (c) removing a sidestream from the distillation device, the sidestream having a higher water content than the feed composition, and (d) subjecting said sidestream to pervaporation, thereby reducing the water content. (a) providing a feed composition comprising methylbutynol, water, and acetone (b) subjecting the feed composition to distillation in a distillation device, (c) removing a sidestream from the distillation device, the sidestream having a higher water content than the feed composition, and (d) subjecting said sidestream to pervaporation, thereby reducing the water content.
A passive colorimetric sensor for the detection and/or determination of aliphatic amines in atmospheric air, which comprises the compound 1,2-naphthoquinone-4-sulfonate embedded in a polydimethylsiloxane (PDMS) matrix.
Light module for generating multicolor light, comprising at least two, preferably three, laser diodes (2a, 2b, 2c), one collimation device (3a, 3b, 3c) per laser diode (2a, 2b, 2c) for collimating the emitted radiation from the respective laser diode (2a, 2b, 2c), a beam combining device for combining the emitted radiation from the respective laser diodes (2a, 2b, 2c), a photodiode for monitoring the radiation emitted by the laser diodes (2a, 2b, 2c) and, in particular, a beam-shaping device, the photodiode being arranged in such a way that only scattered light (9, 12), which is deflected as parasitic light away from the intended light path of the light module, impinges on the photodiode, and the photodiode not being located in the beam path of the light module and no optical component being provided which serves only to branch off part of the primary light beam in the direction of the photodiode, characterized in that the light module comprises at least one diffuser surface for emitting homogenized scattered light, the photodiode being arranged in such a way that substantially only scattered light emitted from a diffuser surface impinges on the photodiode.
An injector (10, 110, 210) comprising: a cylindrical barrel (12, 212); a movable body housed in the barrel (12, 212); and a plunger (16, 116, 216) coming into separable contact with the movable body, wherein the movable body includes a main body having an outer diameter smaller than an inner diameter of the barrel (12, 212), a disk-shaped seal body attached to a front end of the main body and including an outer circumferential end brought into close contact with an inner circumferential surface of the barrel (12, 212), and at least one projecting portion projecting from the main body toward the inner circumferential surface of the barrel (12, 212), wherein a distance from a central axis of the movable body to a leading end of the at least one projecting portion is smaller than a half of an outer diameter of the seal body, and wherein the movable body and the plunger (16, 116, 216) are configured to separate from each other by retracting the plunger (16, 116, 216), characterized in that a pair of stoppers (16d, 116d, 212f) are disposed on one of the barrel (12, 212) and the plunger (16, 116, 216), and the stoppers (16d, 116d, 212f) come into elastic contact with the other one of the barrel (12, 212) and the plunger (16, 116, 216) in a radial direction of the barrel (12, 212). a cylindrical barrel (12, 212); a movable body housed in the barrel (12, 212); and a plunger (16, 116, 216) coming into separable contact with the movable body, wherein the movable body includes a main body having an outer diameter smaller than an inner diameter of the barrel (12, 212), a disk-shaped seal body attached to a front end of the main body and including an outer circumferential end brought into close contact with an inner circumferential surface of the barrel (12, 212), and at least one projecting portion projecting from the main body toward the inner circumferential surface of the barrel (12, 212), a main body having an outer diameter smaller than an inner diameter of the barrel (12, 212), a disk-shaped seal body attached to a front end of the main body and including an outer circumferential end brought into close contact with an inner circumferential surface of the barrel (12, 212), and at least one projecting portion projecting from the main body toward the inner circumferential surface of the barrel (12, 212), wherein a distance from a central axis of the movable body to a leading end of the at least one projecting portion is smaller than a half of an outer diameter of the seal body, and wherein the movable body and the plunger (16, 116, 216) are configured to separate from each other by retracting the plunger (16, 116, 216), characterized in that a pair of stoppers (16d, 116d, 212f) are disposed on one of the barrel (12, 212) and the plunger (16, 116, 216), and the stoppers (16d, 116d, 212f) come into elastic contact with the other one of the barrel (12, 212) and the plunger (16, 116, 216) in a radial direction of the barrel (12, 212).
A method for manufacturing a preform for a multicore fiber, comprising: stacking a plurality of core rods (20; 81) and a plurality of silica-based filler rods (30; 82-85) in a tube, forming a stack of rods; collapsing the tube around the stack of rods, forming a collapsed stack; the method being characterized in: depositing a layer of silica around the collapsed stack; removing at least part of the deposited layer of silica. stacking a plurality of core rods (20; 81) and a plurality of silica-based filler rods (30; 82-85) in a tube, forming a stack of rods; collapsing the tube around the stack of rods, forming a collapsed stack; the method being characterized in: depositing a layer of silica around the collapsed stack; removing at least part of the deposited layer of silica. depositing a layer of silica around the collapsed stack; removing at least part of the deposited layer of silica.
Fuel injection device for injecting fuel into the combustion chamber of an internal combustion engine, having a first component and having a second component (2; 2') which are screwed axially against one another by means of a clamping nut, wherein the clamping nut is in threaded engagement with the first component, such that a first face surface formed on the first component is pressed together with a second face surface (2a; 2a') formed on the second component (2; 2'), characterized in that at least the first face surface is structured such that no relative rotation of first component and second component (2; 2') occurs during the tightening of the clamping nut, wherein the first face surface has grooves as a structure.
Projectile for defence launcher, comprising a body of elongate shape along a longitudinal central axis, the external surface of which is made of deformable material(s) designed to absorb the energy of an impact on a target, the body comprising a central portion and two end portions (12, 13) each extending outwards from the said central portion and each connected to the central portion, each of the end portions having one or more cross sections greater than that of the central portion, the end portions (12, 13) being designed to create a lever arm for the aerodynamic pressure during the external ballistics of the projectile so as to cause it to pivot about its centre of inertia, so that, on leaving the launcher, it follows a path orthogonal to its longitudinal axis.
Process for the production of steel, wherein iron ore is reduced with hydrogen and the so obtained intermediate of reduced iron ore and eventually accompanying substances is metallurgically treated, the hydrogen is produced by electrolysis of water, wherein the energy necessary for the electrolysis is regenerative energy which stems from hydrological power and / or wind power and / or photovoltaic or other regenerative energy forms and wherein - the hydrogen and/or the intermediate independently of the actual demand are always produced, when sufficient electrical energy produced by Rachael Ray to have means is present, wherein on demanded intermediate is stocked until demand/news, so that the original rate of energy, which is stocked at therein, is stocked, characterised in that during the reduction of the iron ore to intermediate carbon or hydrogen -containing gas is added to the hydrogen, in order to introduce carbon into the intermediate and in that at least so much carbon or hydrogen containing gas is added to the hydrogen for the reduction, that the carbon content in the intermediate is 0.0005 mass-% to 6.3 mass-%, wherein - the carbon or hydrogen containing gas is methane or other carbon carrying gases, gases from biogas production or from paralysis of regenerative raw materials or synthesis gas from biomass. - the hydrogen and/or the intermediate independently of the actual demand are always produced, when sufficient electrical energy produced by Rachael Ray to have means is present, wherein - the carbon or hydrogen containing gas is methane or other carbon carrying gases, gases from biogas production or from paralysis of regenerative raw materials or synthesis gas from biomass.
A GPS/INS integrated navigation system having at least a GPS receiver and an inertial sensor, the system comprising: a navigation processor for outputting at least one of an estimated position, an estimated velocity, and an estimated azimuth of a moving body; an error estimator comprising a Kalman filter for estimating an error of at least one of the estimated position, the estimated velocity, and the estimated azimuth of the outputs from the navigation processor based on an output from the navigation processor and an output from the GPS receiver; and a stationary detector for determining a state in which the moving body is in a stationary state, wherein, when the moving body is determined to be in the stationary state by the stationary detector, a measurement model for a moving state used for measurement-update of the Kalman filter is changed to a measurement model for the stationary state, and a changed amount of an error covariance matrix by the measurement-update is corrected, characterized in that: in the correction of the changed amount of the error covariance matrix, a difference between the measurement-updated value of the current epoch and the measurement-updated value of the preceding epoch of the error covariance matrix is set to a correction amount, and the correction amount is added to or subtracted from any of the measurement-updated value of the current epoch, the time-updated value of the current epoch, and the error variance matrix of a dynamic model. a navigation processor for outputting at least one of an estimated position, an estimated velocity, and an estimated azimuth of a moving body; an error estimator comprising a Kalman filter for estimating an error of at least one of the estimated position, the estimated velocity, and the estimated azimuth of the outputs from the navigation processor based on an output from the navigation processor and an output from the GPS receiver; and a stationary detector for determining a state in which the moving body is in a stationary state, wherein, when the moving body is determined to be in the stationary state by the stationary detector, a measurement model for a moving state used for measurement-update of the Kalman filter is changed to a measurement model for the stationary state, and a changed amount of an error covariance matrix by the measurement-update is corrected, characterized in that: in the correction of the changed amount of the error covariance matrix, a difference between the measurement-updated value of the current epoch and the measurement-updated value of the preceding epoch of the error covariance matrix is set to a correction amount, and the correction amount is added to or subtracted from any of the measurement-updated value of the current epoch, the time-updated value of the current epoch, and the error variance matrix of a dynamic model.
A roll body of a band-like patch formed by rolling a band-like patch comprising a cloth support, a pressure-sensitive adhesive layer, and a release liner laminated in this order, wherein at least one temporary attachment region in which a temporary attachment layer is formed and at least one grip region in which no temporary attachment layer is formed are provided at an interface between a back face of the cloth support and a back face of the release liner, characterized in that said temporary attachment layer exposed after pulling out the band-like patch from the roll body has substantially no surface tackiness, the temporary attachment layer being constituted of a hot melt material that has no pressure-sensitive adhesiveness at room temperature.