923results about How to "Reliable removal" patented technology

An applied flavoring-material inspecting device suitable to inspect that a flavoring material containing a fluorescent substance is applied on cigarette wrapping paper evenly and in a proper amount. The inspecting device comprises a light source (10) for casting ultraviolet light onto a flavoring-material application surface of cigarette wrapping paper on which a flavoring material with a fluorescent substance added or containing a fluorescent substance is applied, a camera (20) for obtaining an image of the flavoring-material application surface from fluorescence radiated due to the ultraviolet light, and an image processing means (30) for detecting an area of a fluorescence irradiation region in an image for inspection obtained by digitizing the image obtained by the camera and determining an applying state of the flavoring material applied on the cigarette wrapping paper, from the area of the fluorescence irradiation region.

A weather radar detects and removes spurious aircraft from a weather radar display by using one of the methods of differentiating radar return length, estimating a vertical gradient of reflectivity, tracking radar returns into regions that are eliminated from the weather display to provide differentiation, tracking areas of radar returns that allow detection and removal of the spurious aircraft in relative geometries, differentiating Doppler velocity, and differentiating spectral width. The methods may be used individually or in combination to improve performance.

A portable, lightweight digital imaging device uses a slit scanning arrangement to obtain an image of the eye, in particular the retina. In at least one embodiment, a digital retinal imaging device includes an illumination source operable to produce a source beam, wherein the source beam defines an illumination pathway, a scanning mechanism operable to cause a scanning motion of the illumination pathway in one dimension with respect to a target, an optical element situated within the illumination pathway, the optical element operable to focus the illumination pathway into an illumination slit at a plane conjugate to the target, wherein the illumination slit is slit shaped, a first two dimensional detector array operable to detect illumination returning from the target and acquire one or more data sets from the detected illumination, wherein the returning illumination defines a detection pathway, and a shaping mechanism positioned within the illumination pathway, wherein the shaping mechanism shapes the source beam into at least one arc at a plane conjugate to the pupil. In at least one exemplary embodiment, the digital retinal imaging device is operable to minimize at least one aberration from the optical element or an unwanted reflection from the target or a reflection from a device.