mhurhangee/ep-ind-claims huggingface dataset:
A method for high-resolution fluorescence microscopy, wherein - a number of N partial images of a specimen marked by fluorophores and excited to emit fluorescence is recorded, wherein the specimen is successively illuminated by N different effective illuminating patterns, a composite image is calculated from the partial images, the composite image having a higher structural resolution than the partial images, and the composite image is finally output, - wherein each effective illuminating pattern is generated from the superimposition of at least two basic illuminating patterns, with the basic illuminating patterns varying statistically in space and differing from each other and for each partial image, and - wherein the fluorophores contained in the specimen are excited to emit fluorescence only where the at least two basic illuminating patterns superimpose to illuminate the specimen, with the illuminating superimposition of the at least two basic illuminating patterns triggering off non-linear excitation and/or emission effects and/or switching effects in the fluorophores. - a number of N partial images of a specimen marked by fluorophores and excited to emit fluorescence is recorded, wherein the specimen is successively illuminated by N different effective illuminating patterns, a composite image is calculated from the partial images, the composite image having a higher structural resolution than the partial images, and the composite image is finally output, - wherein each effective illuminating pattern is generated from the superimposition of at least two basic illuminating patterns, with the basic illuminating patterns varying statistically in space and differing from each other and for each partial image, and - wherein the fluorophores contained in the specimen are excited to emit fluorescence only where the at least two basic illuminating patterns superimpose to illuminate the specimen, with the illuminating superimposition of the at least two basic illuminating patterns triggering off non-linear excitation and/or emission effects and/or switching effects in the fluorophores.
A laundry dryer comprising: a cabinet; a drum rotatably supported in the cabinet and configured to receive hot air and steam; a steam unit disposed in the cabinet and configured to generate the steam; a storage tank disposed in the cabinet and configured to store water to be supplied to the steam unit; a supply pump disposed between the steam unit and the storage tank and configured to transfer water stored in the storage tank to the steam unit; a water level sensor configured to sense a water level of water stored in the steam unit; a steam controller configured to operate the steam unit upon receiving a steam supply command so that the steam is supplied to the drum, characterized in that the laundry dryer further comprises a a storage-tank water level sensor configured to sense a water level of water stored in the storage tank, and in that the steam controller, based on that steam is completely sprayed into the drum, is configured to operate the supply pump in a manner that the steam unit is filled with water corresponding to a predetermined target water level, so that water is supplied to the steam unit, and based on that a water level of at least one of water stored in the steam unit and water stored in the storage tank is equal to or less than a predetermined water level after water is completely supplied to the steam unit, the steam controller is configured to provide a water shortage notification message for user recognition. a cabinet; a drum rotatably supported in the cabinet and configured to receive hot air and steam; a steam unit disposed in the cabinet and configured to generate the steam; a storage tank disposed in the cabinet and configured to store water to be supplied to the steam unit; a supply pump disposed between the steam unit and the storage tank and configured to transfer water stored in the storage tank to the steam unit; a water level sensor configured to sense a water level of water stored in the steam unit; a steam controller configured to operate the steam unit upon receiving a steam supply command so that the steam is supplied to the drum, characterized in that the laundry dryer further comprises a a storage-tank water level sensor configured to sense a water level of water stored in the storage tank, and in that the steam controller, based on that steam is completely sprayed into the drum, is configured to operate the supply pump in a manner that the steam unit is filled with water corresponding to a predetermined target water level, so that water is supplied to the steam unit, and based on that a water level of at least one of water stored in the steam unit and water stored in the storage tank is equal to or less than a predetermined water level after water is completely supplied to the steam unit, the steam controller is configured to provide a water shortage notification message for user recognition.
A nacelle for a wind turbine having a nacelle cover, wherein the nacelle cover comprises a plurality of panels made of a composite, wherein the panels comprise flanges, and the flanges are coupled via flange connections (110, 120, 130), a) wherein the flange connections (110, 120, 130, 140) comprise metal bars arranged adjacent to and along the flanges of the flange connections (110, 120, 130, 140), wherein the metal bars are configured to i) reinforce the flange connection (110, 120, 130, 140), and ii) provide a Faraday cage surrounding internal components of the nacelle, such that the internal components are protected from lightning; and b) wherein at least a majority of the flange connections (110, 120, 130, 140) are planar flange connections, and wherein the planar flange connections are configured in an overlapping high-point drainage arrangement, wherein the nacelle cover comprises at least a first type of flange connection and a second type of flange connection, wherein the first type of flange connection is located on a lateral wall (9, 10) of the nacelle and the second type is located on a roof of the nacelle and the first type differs from the second type in that the first type comprises rivet nuts that are riveted to the metal bars and the second type comprises clinch bolts that are pressed into the metal bars. a) wherein the flange connections (110, 120, 130, 140) comprise metal bars arranged adjacent to and along the flanges of the flange connections (110, 120, 130, 140), wherein the metal bars are configured to i) reinforce the flange connection (110, 120, 130, 140), and ii) provide a Faraday cage surrounding internal components of the nacelle, such that the internal components are protected from lightning; and b) wherein at least a majority of the flange connections (110, 120, 130, 140) are planar flange connections, and wherein the planar flange connections are configured in an overlapping high-point drainage arrangement,
A cathode active material comprising a lithium transition metal oxide based on at least one transition metal selected from a group consisting of Ni, Mn and Co, wherein the lithium transition metal oxide contains fluorine, the fluorine is present on a surface of the lithium transition metal oxide in an amount which ranges from 50 to 99.9% of a total weight of fluorine, the remaining fluorine is doped inside the lithium transition metal oxide, and at least one metal selected from a group consisting of Mg, Ti, Zr, Al and Fe as well as sulfur are further contained in the lithium transition metal oxide, wherein the fluorine is in the form of compounds of fluorine, characterized in that a content of fluorine in the lithium transition metal oxide is 10 wt.% or less and more than 0% relative to a total weight of the lithium transition metal oxide, and wherein 0.01 to 7 wt.% of fluorine relative to a total weight of the lithium transition metal oxide is coated on the surface of the lithium transition metal oxide.
An inflow or outflow cannula apparatus, the apparatus comprising: a conduit having an exterior surface and an interior surface; an inlet portion arranged at a first end of the conduit including a plurality of elongate members arranged about a circumference of the inlet portion configured to deploy against a tissue wall; and a graft portion covering and arranged between the plurality of elongate members and extending along the interior surface of the conduit, the inflow or outflow cannula apparatus being characterized in that the conduit includes an adjustable cannula portion having a threaded surface and a stop, and the stop is configured to travel along a length of the threaded surface to adjust a position of the inlet portion relative to the tissue wall. a conduit having an exterior surface and an interior surface; an inlet portion arranged at a first end of the conduit including a plurality of elongate members arranged about a circumference of the inlet portion configured to deploy against a tissue wall; and a graft portion covering and arranged between the plurality of elongate members and extending along the interior surface of the conduit, the inflow or outflow cannula apparatus being characterized in that the conduit includes an adjustable cannula portion having a threaded surface and a stop, and the stop is configured to travel along a length of the threaded surface to adjust a position of the inlet portion relative to the tissue wall.
A process for making a multilayered article, the process comprising the steps of: Providing a mold comprising: a mold housing comprising (a) at least one injection port, and (b) defining a mold cavity within which are positioned two deformable, pre-molded polymeric sheets; and a removable, hollow core equipped with at least one vent, the removable, hollow core positioned between and spaced apart from the two polymeric sheets; Chilling the mold to an internal mold temperature prior to injection of the polymer to 10°C to 20°C; Injecting at a pressure from 1 MPa to 300 MPa a viscous, crosslinkable, thermoplastic polymer into the mold cavity between the two polymeric sheets and around the removable core; Drawing a vacuum on the mold cavity through the vent in the removable, hollow core before, during and/or after the polymer has been injected into the mold; Forming a less than fully cured multilayered article in the mold cavity; and Removing the less than fully cured multilayer article from the mold cavity. Providing a mold comprising: a mold housing comprising (a) at least one injection port, and (b) defining a mold cavity within which are positioned two deformable, pre-molded polymeric sheets; and a removable, hollow core equipped with at least one vent, the removable, hollow core positioned between and spaced apart from the two polymeric sheets; a mold housing comprising (a) at least one injection port, and (b) defining a mold cavity within which are positioned two deformable, pre-molded polymeric sheets; and a removable, hollow core equipped with at least one vent, the removable, hollow core positioned between and spaced apart from the two polymeric sheets; Chilling the mold to an internal mold temperature prior to injection of the polymer to 10°C to 20°C; Injecting at a pressure from 1 MPa to 300 MPa a viscous, crosslinkable, thermoplastic polymer into the mold cavity between the two polymeric sheets and around the removable core; Drawing a vacuum on the mold cavity through the vent in the removable, hollow core before, during and/or after the polymer has been injected into the mold; Forming a less than fully cured multilayered article in the mold cavity; and Removing the less than fully cured multilayer article from the mold cavity.
A grounding structure for a driving unit of a motor-driven vehicle, the driving unit comprising a dynamoelectric machine that outputs driving power to a rotating shaft (S o) and a driving power transmission mechanism including a counter shaft (S c) coupled to the rotating shaft (S o), the dynamoelectric machine being connected to the driving power transmission mechanism, the grounding structure comprising: a coupling portion (41,42) provided to a machine casing serving as an outer shell of the dynamoelectric machine and being coupled to a mechanism casing serving as an outer shell of the driving power transmission mechanism; a coupling portion (51,52) provided to the mechanism casing and being coupled to the coupling portion (41,42) of the machine casing; and a circumference wall that forms a space by arranging the coupling portion (41,42) of the machine casing and the coupling portion (51,52) of the mechanism casing so as to face each other between the machine casing and the mechanism casing; characterized by further comprising an oil seal (O C) with which the counter shaft (S c) is wrapped at a position where the counter shaft (S c) penetrates the mechanism casing to avoid leak of oil and intrusion of foreign matter; a casing hole (H C1) through which the space communicates with an inside of the mechanism casing; a pressure release hole (H A) that releases a pressure of the space by causing the space to communicate with an outside of the mechanism casing; and a grounding object that is disposed in the space and that grounds the counter shaft (S c). a coupling portion (41,42) provided to a machine casing serving as an outer shell of the dynamoelectric machine and being coupled to a mechanism casing serving as an outer shell of the driving power transmission mechanism; a coupling portion (51,52) provided to the mechanism casing and being coupled to the coupling portion (41,42) of the machine casing; and a circumference wall that forms a space by arranging the coupling portion (41,42) of the machine casing and the coupling portion (51,52) of the mechanism casing so as to face each other between the machine casing and the mechanism casing; characterized by further comprising an oil seal (O C) with which the counter shaft (S c) is wrapped at a position where the counter shaft (S c) penetrates the mechanism casing to avoid leak of oil and intrusion of foreign matter; a casing hole (H C1) through which the space communicates with an inside of the mechanism casing; a pressure release hole (H A) that releases a pressure of the space by causing the space to communicate with an outside of the mechanism casing; and a grounding object that is disposed in the space and that grounds the counter shaft (S c).
Apparatus for inspecting containers with a transport device which transports the containers along a predetermined transport path and with an inspection device which inspects the containers, wherein the apparatus has a cleaning device which precedes the inspection device in the transport direction of the containers and which cleans the containers at least in sections on their outer surface areas, characterized in that the cleaning device comprises at least one sound generating device which is at least also aligned to the bottom of the containers in such a way that foam on this bottom is destroyed.
A simulator (10, 2400) for facilitating virtual welding said simulator comprising: a logic processor based subsystem operable to execute coded instructions for generating an interactive welding environment in virtual reality space that emulates welding activity on a virtual welding coupon, wherein the interactive welding environment simulates a virtual weld puddle on the virtual welding coupon, having dynamic real time molten metal fluidity and heat dissipation characteristics, responsive to performing the virtual welding activity in real time; displaying means (140, 150, 200) operatively connected to the logic processor based subsystem and configured to visually depict the interactive welding environment, including the virtual weld puddle on the virtual welding coupon, in real time; characterised by: a mock filler wire represented in virtual reality space by a virtual filler wire; and one or more second sensors (2812, 2821) configured to facilitate tracking movement of at least a tip of the mock filler wire in real time by communicating data about a temporally changing position of the mock filler wire to the spatial tracking subsystem, wherein the logic processor based subsystem is configured to accept tracking information from the spatial tracking subsystem and determine when the tip of the virtual filler wire, corresponding to the tip of the mock filler wire, touches the virtual welding tool in virtual reality space during the virtual welding activity, and wherein the logic processor based subsystem is further configured to generate an indication, to be provided to a user, that the virtual welding tool has become contaminated due to the touching. a mock filler wire represented in virtual reality space by a virtual filler wire; and one or more second sensors (2812, 2821) configured to facilitate tracking movement of at least a tip of the mock filler wire in real time by communicating data about a temporally changing position of the mock filler wire to the spatial tracking subsystem, wherein the logic processor based subsystem is configured to accept tracking information from the spatial tracking subsystem and determine when the tip of the virtual filler wire, corresponding to the tip of the mock filler wire, touches the virtual welding tool in virtual reality space during the virtual welding activity, and wherein the logic processor based subsystem is further configured to generate an indication, to be provided to a user, that the virtual welding tool has become contaminated due to the touching.
An intraocular shunt formed from a material comprising a non-degrading swellable polymer having the formula: wherein: R and R" are methyl; R' is -COOR 1; R 1 is alkyl; and R′′′ is a carboxylic acid; and the ratio of m:n is from about 99.99:0.01 to about 90:10; wherein the intraocular shunt has a first diameter in a dehydrated state and a second diameter in a hydrated state, wherein the second diameter is greater than the first diameter. R and R" are methyl; R' is -COOR 1; R 1 is alkyl; and R′′′ is a carboxylic acid; and the ratio of m:n is from about 99.99:0.01 to about 90:10;
Method for combustion of an assembly comprising: - a first gas expansion turbine, a first combustion chamber and an air compressor, the first gas expansion turbine being supplied by all the gases from the combustion chamber, the compressor supplying air to the first combustion chamber, - a second combustion chamber supplied by all the gases from the expansion in the first gas expansion turbine, a second gas expansion turbine supplied by the combustion gases from the second combustion chamber, characterized in that - a combustion controlled to limit nitrogen oxide (NOx) emissions is carried out in the first combustion chamber, without constraints on carbon monoxide and unburned hydrocarbons, - a combustion controlled to reduce carbon monoxide is carried out in the second combustion chamber and unburned hydrocarbons. - a first gas expansion turbine, a first combustion chamber and an air compressor, the first gas expansion turbine being supplied by all the gases from the combustion chamber, the compressor supplying air to the first combustion chamber, - a second combustion chamber supplied by all the gases from the expansion in the first gas expansion turbine, a second gas expansion turbine supplied by the combustion gases from the second combustion chamber, characterized in that - a combustion controlled to limit nitrogen oxide (NOx) emissions is carried out in the first combustion chamber, without constraints on carbon monoxide and unburned hydrocarbons, - a combustion controlled to reduce carbon monoxide is carried out in the second combustion chamber and unburned hydrocarbons.
An ophthalmic instrument for use with a subject's eye, comprising: an interferometer having a test arm in which the subject's eye is to be positioned and a reference arm, the reference arm including a mirror adapted to be positioned such that the reference arm has a predetermined length; and an ophthalmic apparatus coupled to the interferometer such that, by altering a test arm length, a length between the ophthalmic apparatus and the eye is also altered, whereby, when the mirror is positioned to achieve the predetermined length and a length of the test arm is adjusted such that interference between the light reflected from the eye and the light reflected from the mirror is achieved, the ophthalmic apparatus is optically aligned with the eye. an interferometer having a test arm in which the subject's eye is to be positioned and a reference arm, the reference arm including a mirror adapted to be positioned such that the reference arm has a predetermined length; and an ophthalmic apparatus coupled to the interferometer such that, by altering a test arm length, a length between the ophthalmic apparatus and the eye is also altered,
System for assembling at least two parts (A, B), in particular parts forming the fuselage or the wings of an aircraft, including means for aiding the positioning of the parts and control means configured to control positioning tools as a function of signals emanating from the positioning aid means so as to juxtapose said at least two parts (A, B) at the level of an assembly zone, said assembly system being characterized in that it further includes a set of Eddy current sensors intended to be positioned in at least one of said at least two parts (A, B), said control means being configured to acquire signals emanating from the sensors of the set of sensors to determine the separation (d) of said at least two parts (A, B) at the level of the assembly zone on the basis of the signals acquired and to generate commands addressed to the positioning tools to move at least one of the parts (A, B) if the separation (d) does not conform to a predetermined criterion.