mhurhangee/ep-ind-claims huggingface dataset:
A toilet system configured for operation on-board an aircraft comprising: a toilet bowl; a left side support bracket supporting the toilet bowl; a right side support bracket supporting the toilet bowl; a control box including a first set of pins (310,...310 M); and a harness connector configured to electrically couple the control box to the aircraft, the harness connector including a set of pins; wherein the first set of pins (310 1...310 M) of the control box are configured to be connected to the set of pins included in the harness connector; and the control box is configured to determine a platform of the aircraft based on the presence or absence of a pin in the set of pins included in the harness connector. a toilet bowl; a left side support bracket supporting the toilet bowl; a right side support bracket supporting the toilet bowl; a control box including a first set of pins (310,...310 M); and a harness connector configured to electrically couple the control box to the aircraft, the harness connector including a set of pins; wherein the first set of pins (310 1...310 M) of the control box are configured to be connected to the set of pins included in the harness connector; and the control box is configured to determine a platform of the aircraft based on the presence or absence of a pin in the set of pins included in the harness connector.
A device for controlling an amplifier of a mobile radio transmission device in a mobile radio network, comprising - a recording unit for gathering at least one mobile radio network parameter of radio cells of individual or several mobile radio transmission devices, - an evaluation unit for determining a nominal value with respect to the size of the pilot channel output by means of the at least one mobile radio network parameter and - a sender unit for control parameters which is adapted for the transmission of the determined nominal value, characterized in that the evaluation unit calculates nominal values for the following parameters amplifier operating point as well as output of other permanent control channels, and the calculated nominal value of the operating point of the amplifier ensures that this one will be efficiently reduced to a power input required for an undisturbed data transmission depending on the data transmission load, wherein a determination of the specific nominal values of control parameters of the amplifier for a utilization of the mobile radio network to be expected in the near future will be carried out by means of utilizations of the mobile radio network determined in the past. - a recording unit for gathering at least one mobile radio network parameter of radio cells of individual or several mobile radio transmission devices, - an evaluation unit for determining a nominal value with respect to the size of the pilot channel output by means of the at least one mobile radio network parameter and - a sender unit for control parameters which is adapted for the transmission of the determined nominal value,
A medical image processing apparatus comprising: an emphasis processing unit that is configured to emphasize a position of a region of interest included in a plurality of medical images sequentially displayed on a display unit, wherein the medical images are endoscopic images; and a transition time setting unit that is configured to set a transition time in accordance with a feature quantity of the region of interest, wherein the emphasis processing unit is configured to emphasize the position of the region of interest at a first emphasis level and, after the transition time has elapsed from emphasis at the first emphasis level, emphasize the position of the region of interest at a second emphasis level relatively lower than the first emphasis level. an emphasis processing unit that is configured to emphasize a position of a region of interest included in a plurality of medical images sequentially displayed on a display unit, wherein the medical images are endoscopic images; and a transition time setting unit that is configured to set a transition time in accordance with a feature quantity of the region of interest, wherein the emphasis processing unit is configured to emphasize the position of the region of interest at a first emphasis level and, after the transition time has elapsed from emphasis at the first emphasis level, emphasize the position of the region of interest at a second emphasis level relatively lower than the first emphasis level.
Belt buckle having at least one belt fastening element for at least one belt and having at least one fastening component which is prestressed by means of at least one elastic prestressing element, characterized in that the prestressing element is formed integrally on the fastening component and in that the fastening component or at least one of the fastening components is a clamping web for fixedly clamping the belt which is guided around the clamping web and, for mounting on the belt buckle, the clamping web can be pivoted onto said belt buckle.
Impression cap for a dental implant, with a recess extending in the longitudinal direction between two end areas (4, 6) of the impression cap, which recess is configured in such a way that it can receive a fastening element, which is intended to connect the impression cap to the dental implant via a first of the two end areas, characterized in that the impression cap, at its second end area remote from the first end area, has a connection element that is configured in such a way as to produce a releasable snap-fit connection between the impression cap and the dental implant and in that both end areas (4, 6) of the impression cap have a bearing surface (40, 46), that is configured in such a way as to bear on a mating bearing surface of matching shape of the dental implant.
A system, comprising: a substantially dome-shaped diffuser comprising a top portion, a side portion, and a bottom portion, and being positioned about an optical axis, the diffuser including a camera lens hole positioned along the optical axis in a top portion of the dome, an interior surface of the diffuser to face an object to be inspected, said diffuser being made of an optically translucent diffuser material, at least one set of low angle lights (1600, 1650) mounted on the side portion of the diffuser, the low angle lights (1600, 1650) adapted to direct light through a thinned portion of the diffuser, thereby diffusely illuminating the interior zone of the diffuser and directing low angle light at the object; a plurality of dome lights mounted on the bottom part of said diffuser and adapted to substantially face at least a part of the side portion of said diffuser such that light emitted from the dome lights is reflected by the interior surface of the diffuser and directed towards the object to be inspected; and a plurality of bright field lights mounted on the top portion of said diffuser, substantially adjacent said camera lens hole such that light emitted from the bright field lights is directed towards the object to be inspected. a substantially dome-shaped diffuser comprising a top portion, a side portion, and a bottom portion, and being positioned about an optical axis, the diffuser including a camera lens hole positioned along the optical axis in a top portion of the dome, an interior surface of the diffuser to face an object to be inspected, said diffuser being made of an optically translucent diffuser material, at least one set of low angle lights (1600, 1650) mounted on the side portion of the diffuser, the low angle lights (1600, 1650) adapted to direct light through a thinned portion of the diffuser, thereby diffusely illuminating the interior zone of the diffuser and directing low angle light at the object; a plurality of dome lights mounted on the bottom part of said diffuser and adapted to substantially face at least a part of the side portion of said diffuser such that light emitted from the dome lights is reflected by the interior surface of the diffuser and directed towards the object to be inspected; and a plurality of bright field lights mounted on the top portion of said diffuser, substantially adjacent said camera lens hole such that light emitted from the bright field lights is directed towards the object to be inspected.
Overvoltage protection element comprising a housing, terminals (2, 3) for electrically connecting the overvoltage protection element to a current path or a signal path to be protected, two varistors (4, 5) electrically connected in parallel and located within the housing, and a middle electrode located at least partially between the varistors (4, 5), wherein the housing has two metal housing halves (7, 8) electrically connected to one another, wherein the middle electrode is electrically insulated from the housing halves (7, 8) and each opposite sides of the middle electrode is electrically connected to a respective first connecting region of each of the varistors (4, 5), and wherein the two varistors (4, 5) and the middle electrode are sandwiched between the housing halves (7, 8), characterized in that at least one temperature-dependent short-circuit switch is arranged within the housing, such that, when a given boundary temperature T 1 is reached due to an excess heating of at least one of the varistors (4, 5), at least one varistor (4, 5) is short-circuited, that the housing halves (7, 8) are each electrically connected to a second connecting region of a varistor (4, 5), that the short circuit switch has a shorting jumper, an insulating retaining element mechanically connected to the shorting jumper, at least one spring element, and a retaining metal, wherein in the normal state of the varistors (4, 5), the shorting jumper is spaced apart from the middle electrode against the spring force of the spring element acting on the retaining element, that the retaining element is supported by a spacer element projecting through an opening in the middle electrode on the retaining metal connected to the middle electrode via a solder connection, and wherein, when the solder connection is broken due to heating of the varistors (4, 5), the retaining element with the shorting jumper is moved by the spring force of the spring element into a second position, at which the shorting jumper contacting both the middle electrode and the housing, so that the varistors (4, 5) are short-circuited via the shorting jumper 19).
Method for detecting a movement of a rail vehicle, in particular a freight or passenger train, in a warning zone of a level crossing, characterized in that the method comprises: - determining a first temperature in the warning zone of the level crossing or in a section of the warning zone at a first time, - wherein the determination of the first temperature at the first time is performed only after a predetermined first time period after the entry of the rail vehicle into the warning zone, - determining a second temperature in the warning zone of the level crossing or in a section of the warning zone at a second time, wherein the first time is chronologically before the second time, - comparing the first temperature with the second temperature, and - if the comparison shows that the second temperature is higher than the first temperature, the method furthermore comprises: - outputting a warning signal, and - initiating a block of the level crossing. - determining a first temperature in the warning zone of the level crossing or in a section of the warning zone at a first time, - wherein the determination of the first temperature at the first time is performed only after a predetermined first time period after the entry of the rail vehicle into the warning zone, - determining a second temperature in the warning zone of the level crossing or in a section of the warning zone at a second time, wherein the first time is chronologically before the second time, - comparing the first temperature with the second temperature, and - if the comparison shows that the second temperature is higher than the first temperature, the method furthermore comprises: - outputting a warning signal, and - initiating a block of the level crossing.
Device for clamping a part to be clamped on a tool, comprising a jack and a flange, the flange being actuated by the jack via transmission means, the jack being selectively actuated by a pressurised fluid and itself comprising a body fixed to the tool during operation by a fastening face, and a slide slidably mounted relative to the body along a slide axis substantially parallel to the fastening face, the flange travels under the action of the jack between a clamping position and a release position wherein it is retracted relative to the clamping position, the device being characterised in that it further comprises guiding members provided to drive the flange following a movement comprising a rotation around a pivot axis at least at the end of its travel toward its release position and following a translational movement in a clamping direction oblique or perpendicular to the axis of the slide and perpendicular to the pivot axis at least at the end of its travel toward its clamping position.
An endoscope which is equipped with a fixed focus image pickup unit which is constructed of an objective optical system, and a solid state color image pickup device in which a color filter is arranged every pixel, characterized in that the solid state image pickup device fulfills a conditional expression; wherein the objective optical system fulfills a conditional expression and a conditional expression; and wherein an image pickup plane of the solid state image pickup device is arranged in a position where an MTF on an optical axis in a spatial frequency 1/(3 × P) of the objective optical system at 4 mm of object distance, and an MTF on the optical axis in the spatial frequency 1/(3 × P) at 50 mm of object distance become 10% or more together: 300 < IH / P < 550, 300 < Fl / P < 550, 2400 / mm < Fno. / P < 4200 / mm, where P: horizontal pixel pitch [mm] of solid state image pickup device, IH: distance [mm] to most distant position from center in display area of solid state image pickup device, Fl: focal length [mm] of objective optical system, Fno.: effective f-number of objective optical system. P: horizontal pixel pitch [mm] of solid state image pickup device, IH: distance [mm] to most distant position from center in display area of solid state image pickup device, Fl: focal length [mm] of objective optical system, Fno.: effective f-number of objective optical system.
A process for preparing phthalic anhydride by gas phase oxidation of aromatic hydrocarbons, in which a gas stream comprising at least one aromatic hydrocarbon and molecular oxygen is passed continuously over a thermostatted catalyst, which comprises interrupting the supply of the at least one aromatic hydrocarbon to the catalyst for a period after putting the catalyst on stream and resuming the supply of the at least one aromatic hydrocarbon to the catalyst at the end of the period and setting the temperature of the heat carrier medium to a higher value than before the interruption of the supply of the aromatic hydrocarbon to the catalyst.
A process for treating low strength wastewater with less than 1000 mg/L COD comprising the steps of, a) treating the wastewater with a primary treatment to produce a primary effluent and a primary sludge; b) treating the primary sludge by anaerobic digestion; c) treating the primary effluent by a secondary treatment, and, d) adding a co-digestion waste to the anaerobic digester at a rate of 30% or more of the total volatile solids loading to the digester, comprising two or more of the steps of, a) the primary treatment comprises i) solids contact aeration of the wastewater or the addition of a coagulant and/or a flocculant to the wastewater prior to ii) passing the wastewater through a clarifier or micro-screen thereby producing primary sludge that contains at least 50% of the BOD in the wastewater; b) the anaerobic digestion is performed at a solids content of 4% dry solids or more produced or maintained by way of influent thickening or recuperative thickening; and, c) the secondary treatment comprises i) nitritation and denitritation, ii) nitrogen removal by anammox bacteria, or iii) passing through a moving bed bioreactor at a hydraulic retention time of 90 minutes or less or at a loading rate of 6 kg BOD per cubic meter of tank per day or more. a) treating the wastewater with a primary treatment to produce a primary effluent and a primary sludge; b) treating the primary sludge by anaerobic digestion; c) treating the primary effluent by a secondary treatment, and, d) adding a co-digestion waste to the anaerobic digester at a rate of 30% or more of the total volatile solids loading to the digester, a) the primary treatment comprises i) solids contact aeration of the wastewater or the addition of a coagulant and/or a flocculant to the wastewater prior to ii) passing the wastewater through a clarifier or micro-screen thereby producing primary sludge that contains at least 50% of the BOD in the wastewater; b) the anaerobic digestion is performed at a solids content of 4% dry solids or more produced or maintained by way of influent thickening or recuperative thickening; and, c) the secondary treatment comprises i) nitritation and denitritation, ii) nitrogen removal by anammox bacteria, or iii) passing through a moving bed bioreactor at a hydraulic retention time of 90 minutes or less or at a loading rate of 6 kg BOD per cubic meter of tank per day or more.
Air/gas mixing apparatus for premix burners; apparatus comprising: - - means for feeding combustion air to a mixing chamber; - - means for feeding and distributing a fuel gas to said mixing chamber so as to achieve the desired air/gas mixture; wherein said means for the intake and distribution of the fuel gas comprising: (a) - a first vertical portion, symmetrically extending around a longitudinal vertical symmetry axis; (b) - a second horizontal portion, having a longitudinal horizontal symmetry axis perpendicular to said axis, spatially oriented towards an air inlet opening in said means for the intake and distribution of a gas; said second horizontal portion being adapted to enter into said means for the intake and distribution of a gas a first amount of fuel gas in counter-current with respect to the air flow, so as to form a first air/gas mixture; and (c) - a third horizontal portion, aligned with said second horizontal portion along said axis, spatially oriented towards an air/gas mixture outlet opening; said third horizontal portion being able to enter, in co-current with respect to the flow of said first air/gas mixture, in said means for the intake and distribution of a gas, a second amount of fuel gas so as to form a second air/gas mixture; and wherein said second horizontal portion and said third horizontal portion are respectively provided with a first gas distribution assembly and with a second gas distribution assembly; mixing apparatus characterized in that each of said first gas distribution assembly and said second gas distribution assembly comprises a pair of respectively parallel plates (15A, 15B) (16A, 16B); a plate of each pair being provided with an horizontal axial hole (15A**), respectively (16A**), to allow the passage of fuel gas fed by said intake and distribution means. - - means for feeding combustion air to a mixing chamber; - - means for feeding and distributing a fuel gas to said mixing chamber so as to achieve the desired air/gas mixture; (a) - a first vertical portion, symmetrically extending around a longitudinal vertical symmetry axis; (b) - a second horizontal portion, having a longitudinal horizontal symmetry axis perpendicular to said axis, spatially oriented towards an air inlet opening in said means for the intake and distribution of a gas; said second horizontal portion being adapted to enter into said means for the intake and distribution of a gas a first amount of fuel gas in counter-current with respect to the air flow, so as to form a first air/gas mixture; and (c) - a third horizontal portion, aligned with said second horizontal portion along said axis, spatially oriented towards an air/gas mixture outlet opening; said third horizontal portion being able to enter, in co-current with respect to the flow of said first air/gas mixture, in said means for the intake and distribution of a gas, a second amount of fuel gas so as to form a second air/gas mixture; and
A beam former for a single-reflector MFPB antenna with source sharing in two spatial dimensions, comprising a mechanical architecture, wherein the beam former comprises a plurality of elementary combination circuits and a support structure, the elementary combination circuits being independent from each other, each elementary combination circuit being intended to form a beam, the support structure comprising two metal interface plates (13, 14), respectively upper and lower plates, the two interface plates being arranged parallel to each other and being spaced apart from each other, in a direction Z orthogonal to the two interface plates, the elementary combination circuits being mounted in the space between the two interface plates (13, 14) and being fixed perpendicular to the two interface plates, and each elementary combination circuit has a one-piece chandelier structure, each chandelier being formed by a lower access waveguide, at least four upper access waveguides, and intermediate connection waveguides connecting the upper access waveguides to the lower access waveguide; the two interface plates (13, 14), respectively upper and lower plates, comprise a plurality of through-holes (30, 31), the lower access waveguide of each elementary combination circuit is connected to a corresponding through-hole of the lower interface plate and the at least four upper access waveguides of each elementary combination circuit are respectively connected to corresponding through-holes of the upper interface plate; and the connection between the lower access waveguide of each elementary combination circuit and a corresponding through-hole of the lower interface plate is a contactless junction formed by a connection flange comprising a male portion rigidly connected to the lower access waveguide and a female portion formed by a ring, the ring being mounted, whilst leaving a clearance, around the male portion of the connection flange, an internal surface of the ring, and/or an external surface of the male portion of the connection flange, being provided with evenly distributed metal pads.
A composition for steel sheet surface coating comprising, in terms of solid content weight: 30 to 50 wt% of colloidal silica; 40 to 60 wt% of silane; 5 to 15 wt% of a monomer; 0.1 to 5.0 wt% of an organic resin; 0.01 to 1.00 wt% of an acidity regulator; and 0.01 to 12 wt% of a long-term corrosion resistance improver, wherein the long-term corrosion resistance improver is cerium nitrate. 30 to 50 wt% of colloidal silica; 40 to 60 wt% of silane; 5 to 15 wt% of a monomer; 0.1 to 5.0 wt% of an organic resin; 0.01 to 1.00 wt% of an acidity regulator; and 0.01 to 12 wt% of a long-term corrosion resistance improver, wherein the long-term corrosion resistance improver is cerium nitrate.
Method for operating a fermentation assembly having at least one fermenter which is loaded with a substrate and which is to be flushed, wherein the substrate is percolated with a percolate from a percolate container, and biogas forming in the fermenter which is to be flushed, and/or in the percolate container is extracted through the percolation process, wherein CO 2 -containing biogas arising in a further fermenter in the fermentation process and which has accumulated during an early phase of the fermentation process and therefore has an increased C 2 content, is introduced by means of a flushing pipeline for discharging the biogas, which has arisen in the fermenter which is to be flushed, into the fermenter which is to be flushed, wherein the CO 2 - containing flushing gas is introduced into the fermenter which is to be flushed, so that it is directed through the substrate, in that a flushing gas connection of the fermenter, which is to be flushed, is connected to a biogas line of the further fermenter.