mhurhangee/ep-ind-claims huggingface dataset:
An ophthalmologic apparatus comprising: an examination optical system configured for examining an eye; a drive part configured to move the examination optical system; two or more imaging parts configured to substantially simultaneously photograph an anterior segment (Ea) of the eye from different directions; an analyzer configured to analyze photographic images simultaneously captured by the two or more imaging parts to obtain a three-dimensional position of the eye, and displacement information indicating displacement direction and displacement amount of the eye due to eye movement; and a controller configured to perform a first alignment process of controlling the drive part based on the three-dimensional position to move the examination optical system and a second alignment process of controlling the drive part based on the displacement information to move the examination optical system, wherein the controller is configured to perform the second alignment process after the first alignment process, and wherein the analyzer includes a characteristic region specifying part configured to analyze the photographic images simultaneously captured by the two or more imaging parts, to specify a characteristic region in the photographic images corresponding to a characteristic site of the anterior segment (Ea), a shape information acquisition part configured to analyze the characteristic region to acquire shape information of the characteristic region, and a displacement information acquisition part configured to acquire the displacement information based on the shape information. an examination optical system configured for examining an eye; a drive part configured to move the examination optical system; two or more imaging parts configured to substantially simultaneously photograph an anterior segment (Ea) of the eye from different directions; an analyzer configured to analyze photographic images simultaneously captured by the two or more imaging parts to obtain a three-dimensional position of the eye, and displacement information indicating displacement direction and displacement amount of the eye due to eye movement; and a controller configured to perform a first alignment process of controlling the drive part based on the three-dimensional position to move the examination optical system and a second alignment process of controlling the drive part based on the displacement information to move the examination optical system, wherein the controller is configured to perform the second alignment process after the first alignment process, and wherein the analyzer includes a characteristic region specifying part configured to analyze the photographic images simultaneously captured by the two or more imaging parts, to specify a characteristic region in the photographic images corresponding to a characteristic site of the anterior segment (Ea), a shape information acquisition part configured to analyze the characteristic region to acquire shape information of the characteristic region, and a displacement information acquisition part configured to acquire the displacement information based on the shape information.
A method for operating a system for the control of entrances that comprises a plurality of access control units, wherein each entrance is allocated an access control unit with a data acquisition device assigned to it and wherein the access control units are coupled to a control device via a network, comprising: detection of an error signal by the control device, wherein the error signal indicates that a first data acquisition device at a first entrance is not ready for operation and is unable to capture authorization data of a person wishing to gain access at the first entrance; display of a message at the first entrance to the effect that at least a second data acquisition device is available at a second entrance for capturing the authorization data of the person wishing to gain access at the first entrance; reception of a data signal by the control device, wherein the data signal is produced by the second data acquisition device at the second entrance, when the second data acquisition device captures the authorization data of the person wishing to gain access at the first entrance; checking of an identification code contained in the data signal as to whether it is valid for the first or second entrance, and generation of an activation signal if the identification code is valid for the first entrance; and transmission of the activation signal by the control device to the access control unit at the first entrance, in order to release the first entrance and grant the person access. detection of an error signal by the control device, wherein the error signal indicates that a first data acquisition device at a first entrance is not ready for operation and is unable to capture authorization data of a person wishing to gain access at the first entrance; display of a message at the first entrance to the effect that at least a second data acquisition device is available at a second entrance for capturing the authorization data of the person wishing to gain access at the first entrance; reception of a data signal by the control device, wherein the data signal is produced by the second data acquisition device at the second entrance, when the second data acquisition device captures the authorization data of the person wishing to gain access at the first entrance; checking of an identification code contained in the data signal as to whether it is valid for the first or second entrance, and generation of an activation signal if the identification code is valid for the first entrance; and transmission of the activation signal by the control device to the access control unit at the first entrance, in order to release the first entrance and grant the person access.
Receptacle for receiving a sample during an optical analysis of the sample, characterized in that a) the receptacle comprises a bottom which is at least partially transparent so that the sample within the receptacle can be optically analysed by an image sensor from below the bottom, b) the bottom of the receptacle comprises a thickness of less than 500μm, 200μm, 150μm or even less than 120μm, c) the thickness of the bottom of the receptacle is sufficiently small to allow gas diffusion through the bottom, d) an upper filter is arranged above the sample between the sample and a light source illuminating the sample from above, and a lower filter is arranged below the sample between the sample and the image sensor viewing the sample from below, e) wherein e1) the upper filter is an upper polarization filter and the lower filter is a lower polarization filter, and an optical wave guide structure is arranged between the upper polarization filter and the lower polarization filter, and the upper polarization filter and the lower polarization filter are aligned perpendicular to each other thereby restricting the light received by the image sensor from the light source to specific optical modes, or e2) the upper filter is an upper color filter and the lower filter is a lower color filter. a) the receptacle comprises a bottom which is at least partially transparent so that the sample within the receptacle can be optically analysed by an image sensor from below the bottom, b) the bottom of the receptacle comprises a thickness of less than 500μm, 200μm, 150μm or even less than 120μm, c) the thickness of the bottom of the receptacle is sufficiently small to allow gas diffusion through the bottom, d) an upper filter is arranged above the sample between the sample and a light source illuminating the sample from above, and a lower filter is arranged below the sample between the sample and the image sensor viewing the sample from below, e) wherein e1) the upper filter is an upper polarization filter and the lower filter is a lower polarization filter, and an optical wave guide structure is arranged between the upper polarization filter and the lower polarization filter, and the upper polarization filter and the lower polarization filter are aligned perpendicular to each other thereby restricting the light received by the image sensor from the light source to specific optical modes, or e2) the upper filter is an upper color filter and the lower filter is a lower color filter. e1) the upper filter is an upper polarization filter and the lower filter is a lower polarization filter, and an optical wave guide structure is arranged between the upper polarization filter and the lower polarization filter, and the upper polarization filter and the lower polarization filter are aligned perpendicular to each other thereby restricting the light received by the image sensor from the light source to specific optical modes, or e2) the upper filter is an upper color filter and the lower filter is a lower color filter.
Test method for the determination of an oil separation tendency of lubricating greases under pressure load, wherein a predetermined test pressure is applied to a test volume filled with lubricating grease during a predetermined test period, the lubricating grease of the test volume is contacted with an oil absorption or oil separation element, and the change of the test volume is detected on the basis of an absorption or separation of oil separated from the lubricating grease by the oil absorption or oil separation element at the end of the test period, characterized in that the time history of the change of the test volume representative of the oil separation is detected over the test period.
A method of characterising the mode of action of a test compound comprising a) A first biological sample and a second biological sample, wherein there is at least one isotopic difference between the samples, and wherein the first and second biological samples are isolated from a living system exposed to the test compound; b) A third biological sample and a fourth biological sample, wherein there is at least one isotopic difference between the samples, and wherein the third and fourth biological samples are isolated from a living system not exposed to the test compound; c) Performing chromatograph and mass spectrometry analysis of metabolites extracted from the biological samples to provide mass spectra data; d) Calculating the mass isotopomer distribution for the metabolites from the mass spectra; e) Identifying metabolites that have a significant different isotopomer distribution when the living system was exposed to the test compound to the isotopomer distribution when the living system was not exposed to the test compound. a) A first biological sample and a second biological sample, wherein there is at least one isotopic difference between the samples, and wherein the first and second biological samples are isolated from a living system exposed to the test compound; b) A third biological sample and a fourth biological sample, wherein there is at least one isotopic difference between the samples, and wherein the third and fourth biological samples are isolated from a living system not exposed to the test compound; c) Performing chromatograph and mass spectrometry analysis of metabolites extracted from the biological samples to provide mass spectra data; d) Calculating the mass isotopomer distribution for the metabolites from the mass spectra; e) Identifying metabolites that have a significant different isotopomer distribution when the living system was exposed to the test compound to the isotopomer distribution when the living system was not exposed to the test compound.
A grate carriage for receiving bulk material, in particular in a traveling grate of a pellet firing or sintering machine, with a plurality of grate bars arranged parallel to each other, wherein the grate bars are movably held in lateral receptacles of the grate carriage and wherein between the grate bars a gap each is provided, characterized in that a force application means is provided, which elastically presses the grate bars arranged in parallel against each other wherein on both sides of the grate carriage force application means are provided, which press the grate bars against each other, wherein the force application means includes at least one spring which exerts a compressive force on the grate bars, wherein the spring applies the compressive force onto the grate bars via a transmission plate to achieve a uniform two-dimensional transmission of force from the spring to the grate bars.
A heating device for an exhaust system of an internal combustion engine; the heating device comprises: a tubular body, where a combustion chamber is obtained on the inside; a fuel injector, which is mounted through a base wall of the tubular body so as to inject fuel into the combustion chamber; at least one inlet opening, which can be connected to a fan so as to receive an air flow which is directed to the combustion chamber and gets mixed with the fuel; a feeding channel, which receives air from the inlet opening, surrounds an end portion of the fuel injector and ends with a nozzle, which is arranged around an injection point of the fuel injector; and a spark plug, which is mounted through a side wall of the tubular body so as to trigger the combustion of a mixture of air and fuel and has electrodes (31, 32); the feeding channel is delimited, on the outside, by an outer tubular body having an inner surface of the feeding channel and is delimited, on the inside, by an inner tubular body, which surrounds the fuel injector and contains, on the inside, the fuel injector; the heating device is characterized in that: the fuel injector is configured to spray at least part of the fuel against the outer tubular body; and the outer tubular body has a through opening, through which a spray tip of the fuel injector letting out the fuel directly aims at the electrodes (31, 32) of the spark plug. a tubular body, where a combustion chamber is obtained on the inside; a fuel injector, which is mounted through a base wall of the tubular body so as to inject fuel into the combustion chamber; at least one inlet opening, which can be connected to a fan so as to receive an air flow which is directed to the combustion chamber and gets mixed with the fuel; a feeding channel, which receives air from the inlet opening, surrounds an end portion of the fuel injector and ends with a nozzle, which is arranged around an injection point of the fuel injector; and a spark plug, which is mounted through a side wall of the tubular body so as to trigger the combustion of a mixture of air and fuel and has electrodes (31, 32); the feeding channel is delimited, on the outside, by an outer tubular body having an inner surface of the feeding channel and is delimited, on the inside, by an inner tubular body, which surrounds the fuel injector and contains, on the inside, the fuel injector; the heating device is characterized in that: the fuel injector is configured to spray at least part of the fuel against the outer tubular body; and the outer tubular body has a through opening, through which a spray tip of the fuel injector letting out the fuel directly aims at the electrodes (31, 32) of the spark plug. the fuel injector is configured to spray at least part of the fuel against the outer tubular body; and the outer tubular body has a through opening, through which a spray tip of the fuel injector letting out the fuel directly aims at the electrodes (31, 32) of the spark plug.
A nicotine chewing gum comprising i. a gum core comprising nicotine, ii. a polymer based film coating comprising at least one flavor and at least one sweetener covering the chewing gum core, iii. at least one polyol-based hard coating covering the chewing gum, comprising at least one sugar alcohol or mixtures of sugar alcohols, iv. at least one portion/layer fused onto the outside of the polyol-based hard coating, wherein the portion/layer comprises nicotine salt and at least one sugar alcohol or a mixture of sugar alcohols, v. at least one portion/layer fused onto the outside of the polyol-based hard coating, wherein the portion/layer comprises one or more buffer(s) in an amount of from about 3 mg to about 7.5 mg and at least one sugar alcohol or a mixture of sugar alcohols, and wherein the nicotine release from the outer portion/layer (iv) is immediate and the nicotine release from the gum core (i) is extended and wherein the buffer(s) (v) outside the core promotes a rapid uptake of nicotine from (iv) through the oral mucosa. i. a gum core comprising nicotine, ii. a polymer based film coating comprising at least one flavor and at least one sweetener covering the chewing gum core, iii. at least one polyol-based hard coating covering the chewing gum, comprising at least one sugar alcohol or mixtures of sugar alcohols, iv. at least one portion/layer fused onto the outside of the polyol-based hard coating, wherein the portion/layer comprises nicotine salt and at least one sugar alcohol or a mixture of sugar alcohols, v. at least one portion/layer fused onto the outside of the polyol-based hard coating, wherein the portion/layer comprises one or more buffer(s) in an amount of from about 3 mg to about 7.5 mg and at least one sugar alcohol or a mixture of sugar alcohols, and wherein the nicotine release from the outer portion/layer (iv) is immediate and the nicotine release from the gum core (i) is extended and wherein the buffer(s) (v) outside the core promotes a rapid uptake of nicotine from (iv) through the oral mucosa.
Friction stir welding device for mounting on a handling device, with a tool drive, with a mounting element for connection to the handling device, and with a friction stir welding tool which is driven by the tool drive in a rotating manner about an axis of rotation, characterized by a counter-bearing roller and a counter-bearing drive, wherein the counter-bearing drive is driving the counter-bearing roller in a rotating manner about a counter-bearing axis, and wherein the circumferential surface of the counter-bearing roller is arranged opposite the friction stir welding tool. with a tool drive, with a mounting element for connection to the handling device, and with a friction stir welding tool which is driven by the tool drive in a rotating manner about an axis of rotation, characterized by a counter-bearing roller and a counter-bearing drive, wherein the counter-bearing drive is driving the counter-bearing roller in a rotating manner about a counter-bearing axis, and wherein the circumferential surface of the counter-bearing roller is arranged opposite the friction stir welding tool.
A passenger boarding bridge including a tunnel section including a plurality of tunnels which are telescopically fitted to each other and are movable relative to each other in a front-rear direction so that the tunnel section is extendable and retractable, the passenger boarding bridge comprising: a first walkway section constituting a walkway of an inner tunnel of adjacent tunnels (1, 2); and a second walkway section constituting a walkway of an outer tunnel of the adjacent tunnels, the walkway of the outer tunnel including a plurality of floor members which are arranged in the front-rear direction and are coupled to each other, wherein a walkway surface of the first walkway section of the inner tunnel and a walkway surface of the second walkway section of the outer tunnel are at a predetermined equal height position, characterised in that the second walkway section includes an endless string-shaped member supported so that the endless string-shaped member is rotatable along a virtual vertical plane parallel to the front-rear direction, and the plurality of floor members are supported by the endless string-shaped member, wherein in a case where the tunnel section is retracted, the endless string-shaped member of the second walkway section is guided so that the floor members are moved down to an underside of the inner tunnel, and wherein in a case where the tunnel section is extended, the endless string-shaped member of the second walkway section is guided so that the floor members are moved up from the underside of the inner tunnel. a first walkway section constituting a walkway of an inner tunnel of adjacent tunnels (1, 2); and a second walkway section constituting a walkway of an outer tunnel of the adjacent tunnels, the walkway of the outer tunnel including a plurality of floor members which are arranged in the front-rear direction and are coupled to each other, wherein a walkway surface of the first walkway section of the inner tunnel and a walkway surface of the second walkway section of the outer tunnel are at a predetermined equal height position, characterised in that the second walkway section includes an endless string-shaped member supported so that the endless string-shaped member is rotatable along a virtual vertical plane parallel to the front-rear direction, and the plurality of floor members are supported by the endless string-shaped member, wherein in a case where the tunnel section is retracted, the endless string-shaped member of the second walkway section is guided so that the floor members are moved down to an underside of the inner tunnel, and wherein in a case where the tunnel section is extended, the endless string-shaped member of the second walkway section is guided so that the floor members are moved up from the underside of the inner tunnel.
A corneal inlay for treating presbyopia, comprising: a diameter from imam to 5mm; a refractive index between about 1.36 and 1.39; and an anterior surface including a spherical corrective portion and an outer beveled portion, a posterior surface, and a flat outer edge surface abutting the posterior surface and the beveled portion, wherein the flat outer edge surface is oriented in only the Z direction, parallel to the central axis. a diameter from imam to 5mm; a refractive index between about 1.36 and 1.39; and an anterior surface including a spherical corrective portion and an outer beveled portion, a posterior surface, and a flat outer edge surface abutting the posterior surface and the beveled portion, wherein the flat outer edge surface is oriented in only the Z direction, parallel to the central axis.
A vehicle control device that calculates a yaw angle displacement amount and a travel distance of a vehicle from a wheel speed pulse count counted from a pulse waveform respectively generated by a wheel speed sensor (61, 62, 63, 64) provided in right and left non-steering wheels (53, 54) of the vehicle, detects a forward and backward traveling direction of the vehicle, and outputs a relative position and a relative direction of the vehicle from an estimation start state to estimate a vehicle position of the vehicle on a basis of the yaw angle displacement amount, the travel distance, and the forward and backward traveling direction of the vehicle, characterized in that: the yaw angle displacement amount of the vehicle is corrected in a direction of reducing an error in the yaw angle displacement amount at an estimation start point with respect to a reference direction in which the vehicle is to travel, wherein the yaw angle displacement amount is corrected depending on an output of the pulse waveform respectively generated by the wheel speed sensor (61, 62, 63, 64) provided in the right and left non-steering wheels (53, 54) of the vehicle immediately after a startup.