mhurhangee/ep-ind-claims huggingface dataset:
A treatment apparatus for refraction-correcting ophthalmic surgery, said apparatus comprising - a laser device configured to deliver a laser beam to the eye, - a control device for controlling the laser device according to control data to generate at least one cut (22, 23) in the cornea of the eye by laser radiation, and - a planning device for generating the control data, wherein the planning device comprising an interface for receiving corneal data and being configured to define the corneal cut (22, 23) on basis of the corneal data and to generate a control dataset including the control data and to provide the control dataset to the control device, - wherein a measurement device is connected to the interface, said measurement device generating the corneal data from a measurement of the eye and supplying them to the planning device, - wherein the treatment apparatus comprises a device which logs advance of the generated cut (22, 23) during surgery. - a laser device configured to deliver a laser beam to the eye, - a control device for controlling the laser device according to control data to generate at least one cut (22, 23) in the cornea of the eye by laser radiation, and - a planning device for generating the control data, wherein the planning device comprising an interface for receiving corneal data and being configured to define the corneal cut (22, 23) on basis of the corneal data and to generate a control dataset including the control data and to provide the control dataset to the control device, - wherein a measurement device is connected to the interface, said measurement device generating the corneal data from a measurement of the eye and supplying them to the planning device, - wherein the treatment apparatus comprises a device which logs advance of the generated cut (22, 23) during surgery.
A method for establishing a communication between mobile computing devices (1104, 1104-1, 1104-2, 1104-3), the method comprising: providing, on a real or virtual object separately from a first and a second mobile computing devices, respectively used by a first user and second user, a graphic code encoding a univocal Uniform Resource Identifier string; a step of capturing the graphic code by said first mobile computing device of said first user to activate said graphic code, wherein activation of the graphic code establishes that the resource over the network corresponding to said Uniform Resource Identifier string is available for instant messaging exchange communication between said first mobile computing device and another mobile computing device; said first user providing the activated graphic code to said second user; a step of capturing the graphic code and decoding the string contained in said graphic code by said second mobile computing device, disposed remotely from the first mobile computing device; in response to capturing the graphic code and decoding the string contained in said graphic code by the second mobile computing device, initiating and establishing, by a web/authentication server, an instant messaging exchange communication between the first mobile computing device and the second mobile computing device at the specific Uniform Resource Identifier. providing, on a real or virtual object separately from a first and a second mobile computing devices, respectively used by a first user and second user, a graphic code encoding a univocal Uniform Resource Identifier string; a step of capturing the graphic code by said first mobile computing device of said first user to activate said graphic code, wherein activation of the graphic code establishes that the resource over the network corresponding to said Uniform Resource Identifier string is available for instant messaging exchange communication between said first mobile computing device and another mobile computing device; said first user providing the activated graphic code to said second user; a step of capturing the graphic code and decoding the string contained in said graphic code by said second mobile computing device, disposed remotely from the first mobile computing device; in response to capturing the graphic code and decoding the string contained in said graphic code by the second mobile computing device, initiating and establishing, by a web/authentication server, an instant messaging exchange communication between the first mobile computing device and the second mobile computing device at the specific Uniform Resource Identifier.
A liquid radiation curable resin comprising: a) one or more di- or multi-functional acrylates; b) one or more epoxy compounds, wherein at least one of said epoxy compounds is selected from the group consisting of cycloaliphatic epoxy compounds, hydrogenated bisphenol A diglycidylether and mixtures thereof; c) a free radical photoinitiator; d) a cationic photoinitiator; and e) a color masking agent selected from the group consisting of blue, violet, red, yellow, orange and green pigments; wherein said liquid radiation curable resin, when cured as described herein, has the following properties i) a clarity and transmittance of greater than 67 % as measured by UV-Visible spectrophotometer in the 400-500 nm range; and ii) a lack of color as measured by a b* value of between minus 0.5 and positive 2.5 in the CIELAB color space using a spectrophotometer in the visible wavelengths of 400-750 nm. a) one or more di- or multi-functional acrylates; b) one or more epoxy compounds, wherein at least one of said epoxy compounds is selected from the group consisting of cycloaliphatic epoxy compounds, hydrogenated bisphenol A diglycidylether and mixtures thereof; c) a free radical photoinitiator; d) a cationic photoinitiator; and e) a color masking agent selected from the group consisting of blue, violet, red, yellow, orange and green pigments; wherein said liquid radiation curable resin, when cured as described herein, has the following properties i) a clarity and transmittance of greater than 67 % as measured by UV-Visible spectrophotometer in the 400-500 nm range; and ii) a lack of color as measured by a b* value of between minus 0.5 and positive 2.5 in the CIELAB color space using a spectrophotometer in the visible wavelengths of 400-750 nm. i) a clarity and transmittance of greater than 67 % as measured by UV-Visible spectrophotometer in the 400-500 nm range; and ii) a lack of color as measured by a b* value of between minus 0.5 and positive 2.5 in the CIELAB color space using a spectrophotometer in the visible wavelengths of 400-750 nm.
A flexible display cover plate, comprising: a first cover-plate layer and at least one auxiliary protective layer that is disposed on a face of the first cover-plate layer, wherein the auxiliary protective layer comprises a bonding layer and a second cover-plate layer that are superimposed along a direction, wherein the direction is away from the first cover-plate layer, wherein the bonding layer is a deformable film layer, and a face that is of an outermost second cover-plate layer in the at least one auxiliary protective layer and that is away from the bonding layer is used to attach to a display substrate; characterized in that the bonding layer meets at least the following condition: a modulus of the bonding layer is equal to 0.2 MPa. a first cover-plate layer and at least one auxiliary protective layer that is disposed on a face of the first cover-plate layer, wherein the auxiliary protective layer comprises a bonding layer and a second cover-plate layer that are superimposed along a direction, wherein the direction is away from the first cover-plate layer, wherein the bonding layer is a deformable film layer, and a face that is of an outermost second cover-plate layer in the at least one auxiliary protective layer and that is away from the bonding layer is used to attach to a display substrate; characterized in that the bonding layer meets at least the following condition: a modulus of the bonding layer is equal to 0.2 MPa.
A manufacturing device for generatively manufacturing a three-dimensional object by layerwise application and selective solidification of a building material, comprising: a building base (11, 12) on which the object is to be built, a lifting system for holding and adjusting the height of the building base, wherein the lifting system includes a holding device which is suitable for holding and height adjusting the building base, wherein in a position corresponding to an operating state within the manufacturing device, the holding device is arranged in such a way that the building base is attached to the underside of the holding device so that the building surface faces towards the holding device, wherein the manufacturing device further comprises: a recoater for applying the building material to the building base or a previously applied building material, and a solidification device for selectively solidifying the applied building material at locations corresponding to a cross-section of the object to be manufactured, wherein the manufacturing device is designed and/or controlled, to repeat the steps of application and selective solidification until the object is completed, and to lower the building base by means of the holding device by a predetermined height before each step of applying a new layer. a building base (11, 12) on which the object is to be built, a lifting system for holding and adjusting the height of the building base, wherein the lifting system includes a holding device which is suitable for holding and height adjusting the building base, wherein in a position corresponding to an operating state within the manufacturing device, the holding device is arranged in such a way that the building base is attached to the underside of the holding device so that the building surface faces towards the holding device, wherein the manufacturing device further comprises: a recoater for applying the building material to the building base or a previously applied building material, and a solidification device for selectively solidifying the applied building material at locations corresponding to a cross-section of the object to be manufactured, wherein the manufacturing device is designed and/or controlled, to repeat the steps of application and selective solidification until the object is completed, and to lower the building base by means of the holding device by a predetermined height before each step of applying a new layer.
A back sheet for solar cells, comprising: a substrate; a fluororesin layer existing on one side of the substrate; and a heat-dissipating ink layer existing on the other side of the substrate, wherein the heat-dissipating ink layer is formed by a heat-dissipating ink composition comprising 20 to 300 weight parts of a heat-dissipating material based on 100 weight parts of a binder resin, wherein the substrate consists of at least one selected from the group consisting of polyethylene terephthalate, polybutylene terephthalate, polyethylene naphthalate, polybutylene naphthalate, low-density polyethylene (LDPE), linear low-density polyethylene (LLDPE), high-density polyethylene (HDPE) and polypropylene. a substrate; a fluororesin layer existing on one side of the substrate; and a heat-dissipating ink layer existing on the other side of the substrate, wherein the heat-dissipating ink layer is formed by a heat-dissipating ink composition comprising 20 to 300 weight parts of a heat-dissipating material based on 100 weight parts of a binder resin, wherein the substrate consists of at least one selected from the group consisting of polyethylene terephthalate, polybutylene terephthalate, polyethylene naphthalate, polybutylene naphthalate, low-density polyethylene (LDPE), linear low-density polyethylene (LLDPE), high-density polyethylene (HDPE) and polypropylene.
Floor element for forming a floor covering consisting of such floor elements, which, at least at a first pair of two opposite sides, comprises coupling parts, which substantially are performed as a male coupling part and a female coupling part, which are provided with vertically active locking portions, which, when the coupling parts of two of such floor elements cooperate with each other, effect a locking in vertical direction, perpendicular to the plane of the floor elements, and also are provided with horizontally active locking portions, which, when the coupling parts of two of such floor elements cooperate with each other, effect a locking in horizontal direction, perpendicular to the respective sides and in the plane of the floor elements, wherein said coupling parts are of the type allowing that two of such floor elements can be connected to each other at said sides by pushing one of these floor elements with the associated male coupling part, by means of a downward movement, home into the female coupling part of the other floor element, wherein the male coupling part as well as the female coupling part, are entirely made of a filled synthetic material composite; wherein said floor element comprises at least a substrate, wherein this substrate substantially consists of said filled synthetic material composite; wherein said substrate forms both sides, of said first pair of opposite sides; characterized in that said filled synthetic material composite comprises an inorganic filling material, such as glass fibers; and in that the floor element comprises a wooden top layer, such as a veneer, or a laminate layer of the DPL (Direct Pressure Laminate) or HPL (High Pressure Laminate) type and in that the floor element has a second pair of opposite sides, which also are provided with mutually cooperating coupling parts, which substantially are made as a male and a female coupling part, which are provided with vertically active locking portions and horizontally active locking portions, said coupling parts at the second pair of opposite sides being of the type allowing interconnecting two of such floor elements at the second pair of sides by providing one of these floor elements with the associated male coupling part, by means of a turning movement, in the female coupling part of the other floor element.
A method of outputting images from a 3-dimensional display device, comprising: setting an optimal viewing distance which is related to a size of a display panel of the 3D display device; determining a user viewing distance, the user viewing distance corresponding to a distance between a user and the 3D display device; calculating a difference value between the determined user viewing distance and the optimal viewing distance, and, when the calculated difference value is greater than or equal to a first reference value, adjusting an output position of 3D image data, wherein the 3D image data comprises left image data and right image data; and displaying the 3D image data at the adjusted output position, wherein the displayed 3D image has a depth value and a tilt value, the depth value and the tilt value of the displayed 3D image data are decreased when the user viewing distance is shorter than the optimal viewing distance by the first reference value or more, and the depth value and the tilt value of the displayed 3D image data are increased when the user viewing distance is longer than the optimal viewing distance by the first reference value or more. setting an optimal viewing distance which is related to a size of a display panel of the 3D display device; determining a user viewing distance, the user viewing distance corresponding to a distance between a user and the 3D display device; calculating a difference value between the determined user viewing distance and the optimal viewing distance, and, when the calculated difference value is greater than or equal to a first reference value, adjusting an output position of 3D image data, wherein the 3D image data comprises left image data and right image data; and displaying the 3D image data at the adjusted output position, wherein the displayed 3D image has a depth value and a tilt value, the depth value and the tilt value of the displayed 3D image data are decreased when the user viewing distance is shorter than the optimal viewing distance by the first reference value or more, and the depth value and the tilt value of the displayed 3D image data are increased when the user viewing distance is longer than the optimal viewing distance by the first reference value or more.
Structure for roof of a container for the intermodal transport of products, the container comprising a casing delimiting a cavity adapted to house the products to be transported, wherein the structure comprises: at least two openings for accessing said cavity, and at least two doors ( 205 n) each one associated with a respective one of said at least two openings and each one comprising a first ( 205 AS n) and a second ( 205 AD n) hinged doors opposite to each other, each door being selectively operable between an opened position that allows insertion from above of the products to be transported into the cavity through the respective opening, and a closed position that prevents insertion of the products into the cavity and exposure thereof to impurities and atmospheric agents during the transport, characterized in that said first ( 205 AS n) and second ( 205 AD n) hinged doors comprise each one a guiding member protruding in a slanted manner from an inner surface ( 205S AS n,205S AD n) of the hinged door ( 205 AS n,205 AD n) that, in the closed position of the hinged door, faces the cavity, in the opened position of the first ( 205 AS n) and second ( 205 AD n) hinged doors said guiding members associated with each door acting as a hopper for guiding the products into the respective opening. at least two openings for accessing said cavity, and at least two doors ( 205 n) each one associated with a respective one of said at least two openings and each one comprising a first ( 205 AS n) and a second ( 205 AD n) hinged doors opposite to each other, each door being selectively operable between an opened position that allows insertion from above of the products to be transported into the cavity through the respective opening, and a closed position that prevents insertion of the products into the cavity and exposure thereof to impurities and atmospheric agents during the transport, characterized in that said first ( 205 AS n) and second ( 205 AD n) hinged doors comprise each one a guiding member protruding in a slanted manner from an inner surface ( 205S AS n,205S AD n) of the hinged door ( 205 AS n,205 AD n) that, in the closed position of the hinged door, faces the cavity, in the opened position of the first ( 205 AS n) and second ( 205 AD n) hinged doors said guiding members associated with each door acting as a hopper for guiding the products into the respective opening.
A fabrication method comprising: forming at least one structure on a substrate which protrudes outwardly from a plane of the substrate; and using a beam to form a layer of superconductor material, at least part of which is in direct contact with a semiconductor structure on the substrate, the semiconductor structure comprising at least one nanowire, wherein the beam has a non-zero angle of incidence relative to the normal of the plane of the substrate such that the beam is incident on one side of the protruding structure, thereby preventing a portion of the nanowire in a shadow region adjacent the other side of the protruding structure in the plane of the substrate from being covered with the superconductor material. forming at least one structure on a substrate which protrudes outwardly from a plane of the substrate; and using a beam to form a layer of superconductor material, at least part of which is in direct contact with a semiconductor structure on the substrate, the semiconductor structure comprising at least one nanowire, wherein the beam has a non-zero angle of incidence relative to the normal of the plane of the substrate such that the beam is incident on one side of the protruding structure, thereby preventing a portion of the nanowire in a shadow region adjacent the other side of the protruding structure in the plane of the substrate from being covered with the superconductor material.
An emergency oxygen supply system for generating oxygen-enriched air out of cabin air in an aircraft in case of a pressure drop in the cabin, wherein the oxygen supply system exhibits the following: a modular cabin unit with an oxygen port; and a decentralized oxygen supply unit with an oxygen outlet; wherein the decentralized oxygen supply unit is set up in the modular cabin unit; wherein the decentralized oxygen supply unit is set up to generate oxygen-enriched air from the cabin air by means of electrical power using an electrolysis process or a molecular sieve; wherein the oxygen-enriched air can be provided at the oxygen outlet of the modular cabin unit via the oxygen outlet; wherein the modular cabin unit is a toilet module, a service facility, a sleep module or a door element; wherein the decentralized oxygen supply unit comprises a control unit; wherein the control unit is set up to activate and control the decentralized oxygen supply unit; wherein the control unit is set up to receive control signals from a central activation device, so that the decentralized oxygen supply unit can be activated; wherein the control unit exhibits a first transmitter and receiver; wherein the activation device exhibits a second transmitter and receiver, so that the control signals can be wirelessly transmitted; wherein the decentralized oxygen supply unit also exhibits a sensor element; wherein the sensor element is set up to measure the oxygen content or the purity of the oxygen-enriched air generated by the oxygen generation device and to detect a contamination of the oxygen-enriched air. a modular cabin unit with an oxygen port; and a decentralized oxygen supply unit with an oxygen outlet; wherein the decentralized oxygen supply unit is set up in the modular cabin unit; wherein the decentralized oxygen supply unit is set up to generate oxygen-enriched air from the cabin air by means of electrical power using an electrolysis process or a molecular sieve; wherein the oxygen-enriched air can be provided at the oxygen outlet of the modular cabin unit via the oxygen outlet; wherein the modular cabin unit is a toilet module, a service facility, a sleep module or a door element; wherein the decentralized oxygen supply unit comprises a control unit; wherein the control unit is set up to activate and control the decentralized oxygen supply unit; wherein the control unit is set up to receive control signals from a central activation device, so that the decentralized oxygen supply unit can be activated; wherein the control unit exhibits a first transmitter and receiver; wherein the activation device exhibits a second transmitter and receiver, so that the control signals can be wirelessly transmitted; wherein the decentralized oxygen supply unit also exhibits a sensor element; wherein the sensor element is set up to measure the oxygen content or the purity of the oxygen-enriched air generated by the oxygen generation device and to detect a contamination of the oxygen-enriched air.
A method for controlling nematodes in or on a plant, plant part, and/or a locus for plant growth comprising applying to a plant, plant part, or locus for plant growth in need of protection from said nematodes an effective amount of Bacillus pumilus QST2808.