mhurhangee/ep-ind-claims huggingface dataset:
An immersion microscope objective comprising, in order from the object side: a first lens group having positive refractive power, said first lens group including a cemented lens component formed of, in order from the object side, a lens element of positive refractive power and a meniscus lens element having its concave surface on the object side; a second lens group having positive refractive power; a third lens group; a fourth lens group having negative refractive power with its surface nearest the image side being concave; and a fifth lens group having positive refractive power with its surface nearest the object side being concave; wherein the following condition is satisfied: 0.8 < h 3 / h 1 < 1.3 characterized in that: said second lens group includes a cemented lens component that is formed of three lenses, wherein the following conditions are satisfied: 0.75 < h 1 / h 0 < 1 0.4 < h 2 / h 1 < 0.6 where h0 is the largest ray height on any lens surface in the immersion microscope objective, h1 is the marginal ray height on the surface of the fourth lens group nearest the object side, h2 is the marginal ray height on the surface of the fourth lens group nearest the image side, and h3 is the marginal ray height on the surface of the fifth lens group that is nearest the image side. a first lens group having positive refractive power, said first lens group including a cemented lens component formed of, in order from the object side, a lens element of positive refractive power and a meniscus lens element having its concave surface on the object side; a second lens group having positive refractive power; a third lens group; a fourth lens group having negative refractive power with its surface nearest the image side being concave; and a fifth lens group having positive refractive power with its surface nearest the object side being concave; said second lens group includes a cemented lens component that is formed of three lenses, wherein the following conditions are satisfied: 0.75 < h 1 / h 0 < 1 0.4 < h 2 / h 1 < 0.6 where h0 is the largest ray height on any lens surface in the immersion microscope objective, h1 is the marginal ray height on the surface of the fourth lens group nearest the object side, h2 is the marginal ray height on the surface of the fourth lens group nearest the image side, and h3 is the marginal ray height on the surface of the fifth lens group that is nearest the image side. h0 is the largest ray height on any lens surface in the immersion microscope objective, h1 is the marginal ray height on the surface of the fourth lens group nearest the object side, h2 is the marginal ray height on the surface of the fourth lens group nearest the image side, and h3 is the marginal ray height on the surface of the fifth lens group that is nearest the image side.
An aircraft system for an own-ship aircraft, comprising: an Automatic Dependent Surveillance-Broadcast (ADS-B) unit configured to receive ADS-B messages with flight information from other aircraft over a plurality of time periods, the other aircraft including a first aircraft; a database coupled to the ADS-B unit and configured to store at least a portion of the flight information associated with the other aircraft over the plurality of time periods; and characterized in that the system further comprises: a processing unit coupled to the ADS-B unit and the database and configured to; compare the flight information for a current time period to the flight information for a previous time period to identify missing flight information from the current time period relative to the previous time period, the missing flight information including the flight information associated with the first aircraft, and initiate an annunciation to an operator of the own-ship aircraft based on the missing flight information associated with the first aircraft. an Automatic Dependent Surveillance-Broadcast (ADS-B) unit configured to receive ADS-B messages with flight information from other aircraft over a plurality of time periods, the other aircraft including a first aircraft; a database coupled to the ADS-B unit and configured to store at least a portion of the flight information associated with the other aircraft over the plurality of time periods; and compare the flight information for a current time period to the flight information for a previous time period to identify missing flight information from the current time period relative to the previous time period, the missing flight information including the flight information associated with the first aircraft, and initiate an annunciation to an operator of the own-ship aircraft based on the missing flight information associated with the first aircraft.
Method for reducing standby-state energy consumption of an electric household appliance comprising an electronic command unit, the electronic command unit comprising an electronic control unit, a switching mode low power supply unit which supplies a main prefixed supply voltage to said electronic control unit, and switching means; the switching mode low power supply unit comprising at least a first control terminal and at least an output terminal which supplies said main prefixed supply voltage to said electronic control unit; the switching mode low power supply unit being further configured to switch from an operating state to a standby state when said first control terminal receives a command signal (Soff); said electronic control unit having a sensing terminal and being configured to generate said command signal (Soff) when it detects a predetermined voltage variation on said sensing terminal; said switching means being configured to connect said output terminal to said sensing terminal; the method being characterized by the step of connecting by said switching means, temporarily, said output terminal having said main prefixed supply voltage to said sensing terminal having a different prefixed voltage, for generating said predetermined voltage variation on the sensing terminal to cause the electronic control unit to generate said command signal (Soff) so that said switching mode low power supply unit switches from the operating state to the standby state.
A probe, comprising: a rod-shaped plunger including a tip section and an insertion section connected to the tip section; and a tube-shaped barrel in which the insertion section of the plunger is located inside; characterized in that the probe comprises: a conductive first fixing member which is located in an area where the plunger and the barrel face each other and is configured to fix the plunger to the barrel, the first fixing member having a lower melting point than that of the material of both of the plunger and barrel, wherein the gap between the plunger and the barrel is filled with the first fixing member without any voids, in a cross section of the probe in an area where the plunger and the barrel overlap each other, including the area where the first fixing member is located. a rod-shaped plunger including a tip section and an insertion section connected to the tip section; and a tube-shaped barrel in which the insertion section of the plunger is located inside; characterized in that the probe comprises: a conductive first fixing member which is located in an area where the plunger and the barrel face each other and is configured to fix the plunger to the barrel, the first fixing member having a lower melting point than that of the material of both of the plunger and barrel, wherein the gap between the plunger and the barrel is filled with the first fixing member without any voids, in a cross section of the probe in an area where the plunger and the barrel overlap each other, including the area where the first fixing member is located. a conductive first fixing member which is located in an area where the plunger and the barrel face each other and is configured to fix the plunger to the barrel, the first fixing member having a lower melting point than that of the material of both of the plunger and barrel, wherein the gap between the plunger and the barrel is filled with the first fixing member without any voids, in a cross section of the probe in an area where the plunger and the barrel overlap each other, including the area where the first fixing member is located.
A control device for a rocket (1, 3), cutting-off a rocket engine (11b, 13b, 31b) during flight of the rocket (1, 3) and discarding a discarded object, the control device comprising: a flight path predicting processor configured to periodically predict a flight path, wherein the flight path predicting processor is configured to predict a first cycle, which was predicted in the past time of the predicted flight paths, a second cycle, which is predicted in the present time of predicted flight paths, and a third cycle, which is predicted in the next time of the predicted flight paths, wherein the rocket (1, 3) flies therealong from now on by residual fuel, based on a flight speed, a flight position and flight attitude of the rocket (1, 3); an impact point predicting processor configured to periodically predict impact points of the discarded object in a case of cutting-off the rocket engine (11b, 13b, 31b) at respective scheduled passing points on the predicted flight path of the rocket (1, 3); and an engine cut-off controller configured to cut-off the rocket engine (11b, 13b, 31b) and discard the discarded object in a case where the flight position of the rocket (1, 3) coincides with a scheduled passing point farthest from a launching spot of the rocket (1, 3), the scheduled passing point also being where the discarded object discarded at a scheduled passing point is expected to impact within a safe area on predetermined topographic data, the scheduled passing point being among respective scheduled passing points on the predicted flight path predicted in the first cycle. a flight path predicting processor configured to periodically predict a flight path, wherein the flight path predicting processor is configured to predict a first cycle, which was predicted in the past time of the predicted flight paths, a second cycle, which is predicted in the present time of predicted flight paths, and a third cycle, which is predicted in the next time of the predicted flight paths, wherein the rocket (1, 3) flies therealong from now on by residual fuel, based on a flight speed, a flight position and flight attitude of the rocket (1, 3); an impact point predicting processor configured to periodically predict impact points of the discarded object in a case of cutting-off the rocket engine (11b, 13b, 31b) at respective scheduled passing points on the predicted flight path of the rocket (1, 3); and an engine cut-off controller configured to cut-off the rocket engine (11b, 13b, 31b) and discard the discarded object in a case where the flight position of the rocket (1, 3) coincides with a scheduled passing point farthest from a launching spot of the rocket (1, 3), the scheduled passing point also being where the discarded object discarded at a scheduled passing point is expected to impact within a safe area on predetermined topographic data, the scheduled passing point being among respective scheduled passing points on the predicted flight path predicted in the first cycle.
A food, food supplement or food additive composition comprising: (i) a substantially lycopene-free extract of fruit of the Solanaceae family comprising: (a) glycosylated phenolic acid or a phenolic ester; (b) a glycosylated flavonoid; and (c) a nucleoside; wherein the extract is a powder and contains <1% sugars and contains >95% of the bioactive components (a), (b) and (c) that are contained in a start mix from which the extract is prepared; and (ii) a nutritionally acceptable excipient or ingredient. (i) a substantially lycopene-free extract of fruit of the Solanaceae family comprising: (a) glycosylated phenolic acid or a phenolic ester; (b) a glycosylated flavonoid; and (c) a nucleoside; wherein the extract is a powder and contains <1% sugars and contains >95% of the bioactive components (a), (b) and (c) that are contained in a start mix from which the extract is prepared; and (a) glycosylated phenolic acid or a phenolic ester; (b) a glycosylated flavonoid; and (c) a nucleoside; (ii) a nutritionally acceptable excipient or ingredient.
Illumination device for an apparatus for establishing the colour of a tooth, including in the mouth, comprising a support with its objective provided with at least one lens and a defined field of vision, illumination means, image capture means, a front protection, wherein: - the illumination means are arranged on the periphery of the field of vision of the objective and are adapted to be positioned in the immediate proximity of the tooth, in other words at a distance from the tooth that can lie in a range of distances from 5 millimetres to 50 millimetres, characterised in that it comprises: - polarising means (58, 60) with a first part positioned on the path of the incident beam emitted by the Illumination means polarising at 0° and a second part polarising at 90°, arranged in central part, on the path of the reflected light beam and backscattered by the tooth D, the polarising means being composed of a film in which two concentric parts (60-1, 60-2) are cut out, oriented at à 90° to each other, with one cutout forming a foolproofing system. - the illumination means are arranged on the periphery of the field of vision of the objective and are adapted to be positioned in the immediate proximity of the tooth, in other words at a distance from the tooth that can lie in a range of distances from 5 millimetres to 50 millimetres, characterised in that it comprises: - polarising means (58, 60) with a first part positioned on the path of the incident beam emitted by the Illumination means polarising at 0° and a second part polarising at 90°, arranged in central part, on the path of the reflected light beam and backscattered by the tooth D, the polarising means being composed of a film in which two concentric parts (60-1, 60-2) are cut out, oriented at à 90° to each other, with one cutout forming a foolproofing system. - polarising means (58, 60) with a first part positioned on the path of the incident beam emitted by the Illumination means polarising at 0° and a second part polarising at 90°, arranged in central part, on the path of the reflected light beam and backscattered by the tooth D, the polarising means being composed of a film in which two concentric parts (60-1, 60-2) are cut out, oriented at à 90° to each other, with one cutout forming a foolproofing system.
A drive shaft assembly, comprising: a shaft; and an end fitting welded to the shaft, the end fitting comprising: a shaft weld side including a face configured for fluid communication with an interior of the shaft with the shaft weld side welded to the shaft; a coupling side shaped to be operatively connected to a component for transferring rotational motion from the end fitting to the component; a pressure relief bore defined in the end fitting between the face of the shaft weld side and the coupling side such that fluid can flow between the shaft weld side and the coupling side through the pressure relief bore, characterised in that the end fitting further comprises a balance weight aperture defined in the coupling side to retain one or more balance weights; wherein the pressure relief bore is defined in the balance weight aperture. a shaft; and an end fitting welded to the shaft, the end fitting comprising: a shaft weld side including a face configured for fluid communication with an interior of the shaft with the shaft weld side welded to the shaft; a coupling side shaped to be operatively connected to a component for transferring rotational motion from the end fitting to the component; a pressure relief bore defined in the end fitting between the face of the shaft weld side and the coupling side such that fluid can flow between the shaft weld side and the coupling side through the pressure relief bore, characterised in that the end fitting further comprises a balance weight aperture defined in the coupling side to retain one or more balance weights; wherein the pressure relief bore is defined in the balance weight aperture. a shaft weld side including a face configured for fluid communication with an interior of the shaft with the shaft weld side welded to the shaft; a coupling side shaped to be operatively connected to a component for transferring rotational motion from the end fitting to the component; a pressure relief bore defined in the end fitting between the face of the shaft weld side and the coupling side such that fluid can flow between the shaft weld side and the coupling side through the pressure relief bore, characterised in that the end fitting further comprises a balance weight aperture defined in the coupling side to retain one or more balance weights; wherein the pressure relief bore is defined in the balance weight aperture.
An in vitro method for producing an mRNA encoding a NOTCH3 protein having EGFL repeats with even numbers of cysteine residues from a pre-mRNA encoding a mutant NOTCH3 protein having an EGFL repeat with an uneven number of cysteine residues, wherein said EGFL-repeat with an uneven number of cysteines is encoded by exon 4 and/or exon 5, comprising providing an in vitro cell expressing said pre-mRNA with anti-sense oligonucleotides that are complementary to and hybridize with said pre-mRNA and that thereby induce the exclusion of exon 4 and exon 5 from mRNA produced from said pre-mRNA.
A connecting element for a light-band rail system / support rail system for luminaries, comprising preferably U-shaped rail profiles, which can be connected flush by means of equally U-shaped connecting elements, wherein the end regions of the rail profiles to be connected can be pushed / plugged onto the connecting element manufactured at a certain tolerance, and wherein the end regions can be affixed to the connecting element, wherein the connecting element has manually operated tensioning elements arranged on it, which cause the respective end region of the rail profile and the connecting element to be tensioned against each other in a tool-free manner, wherein when in a tensioned state the rail profiles form an electrically conducting connection, wherein the tensioning element includes a spring element designed as a spring steel tongue which is arranged in a breakthrough opening on the connecting element and pivotably mounted, wherein the spring steel tongue cooperates with a pusher arranged on the breakthrough opening by means of which the spring steel tongue can be tensioned / relaxed in relation to the pushed-on rail profile, characterised in that the pusher consists of a plate-shaped element which has grooves and formed on its lateral edges, which grooves engage in the longitudinal sides of the breakthrough opening.
A rotary jig for battery cells to successively manufacture battery cells having different sizes, comprising: a main body configured to have a hexahedral structure having a rotary rod mounted at a lower end thereof, the main body being provided at sides thereof with mounting frames having sizes corresponding to sizes of battery cells so that the battery cells can be uprightly mounted in the mounting frames in a state in which electrode terminals of the battery cells are exposed upward; a die disposed at a lower end of the main body, the die connected to the rotary rod so that the die can be rotated manually or by a rotary motor; and support members formed at the die to support the mounting frames of the main body and the battery cells mounted in the mounting frames, wherein: the rotary rod is rotatable so that resistance welding is performable with respect to a portion of one of battery cells to be welded using a welding rod located above the battery cell in a state in which the battery cells are mounted to the corresponding sides of the main body, and the mounting frames and the support members have different sizes at four sides of the main body, and: the rotary rod is movable upward above a height of a corresponding one of the support members and is then rotatable by 90 degrees for successive welding. a main body configured to have a hexahedral structure having a rotary rod mounted at a lower end thereof, the main body being provided at sides thereof with mounting frames having sizes corresponding to sizes of battery cells so that the battery cells can be uprightly mounted in the mounting frames in a state in which electrode terminals of the battery cells are exposed upward; a die disposed at a lower end of the main body, the die connected to the rotary rod so that the die can be rotated manually or by a rotary motor; and support members formed at the die to support the mounting frames of the main body and the battery cells mounted in the mounting frames, wherein: the rotary rod is rotatable so that resistance welding is performable with respect to a portion of one of battery cells to be welded using a welding rod located above the battery cell in a state in which the battery cells are mounted to the corresponding sides of the main body, and the mounting frames and the support members have different sizes at four sides of the main body, and: the rotary rod is movable upward above a height of a corresponding one of the support members and is then rotatable by 90 degrees for successive welding. the rotary rod is rotatable so that resistance welding is performable with respect to a portion of one of battery cells to be welded using a welding rod located above the battery cell in a state in which the battery cells are mounted to the corresponding sides of the main body, and the mounting frames and the support members have different sizes at four sides of the main body, and: the rotary rod is movable upward above a height of a corresponding one of the support members and is then rotatable by 90 degrees for successive welding.