摘要:
An image formation apparatus includes a scanner unit entering image data, a printer unit printing out input image data, a signature information detection unit detecting additional information including destination information from the image data, and a communication processing unit transmitting information related to printing of image data to the detected destination. Additional information including destination information is detected from the image data. Information related to printing of image data is transmitted to the destination detected from the image data. Accordingly, information related to printing when image data is printed is audited at the destination side.
摘要:
An image-taking apparatus permits annotation information to be added to a region within an image not only with an image that has already been recorded but also with an image that is going to be captured, and thus with higher efficiency. In one screen, either an image that is going to be captured or an image recorded on a recording medium is specified as a parent image to which to add annotation information. When the former is specified, a parent image is newly captured; when the latter is specified, in another screen, which of already recorded images to select is specified, and the specified image is used as a parent image. Within the parent image, a region to which to add annotation information is specified, and then, as the annotation information, an image is captured or a sound is recorded.
摘要:
An image sensing apparatus includes: a yaw sensor for detecting a shake of the image sensing apparatus in a yaw direction, a pitch sensor for detecting a shake of the image sensing apparatus in a pitch direction, the pitch sensor having a detection precision higher than the yaw sensor, and a shake correcting section for correcting a shake of the image sensing apparatus based on an output signal from the yaw sensor and an output signal from the pitch sensor. The shake correction can be performed with higher precision.
摘要:
An information display device provided with a prism having at least two reflecting surfaces arranged in facing each other and a hologram surface formed of a reflection-type hologram. And at least one of the two reflecting surfaces is a light-beam-selective surface that selectively transmits or reflects light in accordance with its incident angle. An image light emitted from an image display means enters the prism, and is reflected between the reflecting surfaces, and then is diffractively reflected on the hologram surface, and, after being transmitted through the light-beam-selective surface, is directed to an observer's pupil.
摘要:
Additive information for restoring the contour of an image is generated and embedded in the image data. The format of the additive information is determined beforehand. When a hard copy is produced, the additive information is extracted from received image data. The additive information is for example vary small characteristic points of a density different from the density assigned for image data and arranged inside the contour. The image data is restored according to the extracted additive information. The additive information can be generated for example from the code information for generating patterns such as control points data of an outline font. For a half-tone image, a plurality of density bands is assigned to the additive information. A read error is detected by comparing the restored image with the received image data.
摘要:
An image taking apparatus has a solid-state image-sensing device, a shutter for shutting off the light incident on the solid-state image-sensing device, and a zoom optical system. The optical aperture stop of the zoom optical system and the shutter are located both on the optical axis but at different positions. During zooming, while the optical aperture stop moves along the optical axis, the shutter is kept stationary. The zoom optical system has an optical member having an optical power disposed on the image-plane side of the shutter.
摘要:
A disclosed photographing apparatus has a LCD display, a select member, and a controller. The display displays information about a photographic condition, in arbitrary display form using a dot-matrix. The select member selects one display mode among a plurality of display modes. In each mode of the plurality of display modes, display forms are different to each other, standard information required for photographing is displayed common to every display mode, and at least one information inherent to each display mode is displayed. The controller controls the display to display the display mode selected by the selector, and at a time of starting the camera, to display a display mode which has been displayed when the camera was previously switched off.
摘要:
A glass material for a substrate, or a glass substrate, consists essentially of the following glass ingredients: from 45 to 70 wt % of SiO2, from 1 to 10 wt % of Al2O3, from 0.5 to 8 wt % of B2O3, from 7 to 20 wt % of Li2OnullNa2OnullK2O, from 0.1 to 10 wt % of MgO, from 0.1 to 10 wt % of CaO, from 1 to 15 wt % of MgOnullCaO, from 0.5 to 10 wt % of TiO2, from 0.5 to 10 wt % of ZrO2, from 0 to 5 wt % of ZnO, and from 0 to 8 wt % of La2O3. The glass material, or the glass substrate, has uniform composition between at the surface and in the interior and has an amorphous structure. With this design, it is possible to obtain high mechanical strength without strengthening treatment, a linear thermal expansion coefficient close to motor components, and excellent chemical durability.
摘要翻译:用于基材或玻璃基材的玻璃材料基本上由以下玻璃成分组成:45至70重量%的SiO 2,1至10重量%的Al 2 O 3,0.5至8重量%的B 2 O 3,7至 20重量%的Li 2 O + Na 2 O + K 2 O,0.1〜10重量%的MgO,0.1〜10重量%的CaO,1〜15重量%的MgO + CaO,0.5〜10重量%的TiO 2,0.5 至10重量%的ZrO 2,0至5重量%的ZnO和0至8重量%的La 2 O 3。 玻璃材料或玻璃基底在表面和内部之间具有均匀的组成并具有无定形结构。 通过这种设计,可以在不加强处理,靠近电动机部件的线性热膨胀系数和优异的化学耐久性的情况下获得高机械强度。
摘要:
An optical pickup apparatus has a diffractive optical element and an objective lens that focuses light beams of different wavelengths, namely a first wavelength null1, a second wavelength null2, and a third wavelength null3, on an information recording surface formed on different types of recording medium, namely a first recording medium, a second recording medium, and a third recording medium, respectively. The diffractive optical element has a first diffractive surface that does not diffract the light beams of the first and third wavelengths null1 and null3 but that diffracts the light beam of the second wavelength null2 and a second diffractive surface that does not diffract the light beams of the first and second wavelengths null1 and null2 but that diffracts the light beam of the third wavelength null3.
摘要:
An object of the present invention is to automatically determine the orientation of a newly generated surface, etc. when performing such processing as filling a dropout portion of three dimensional shape data, and to generate more natural three dimensional shape data. The present invention provides a method for generating a grid-patterned surface in three dimensional shape data, and comprises a first step (null11) for detecting the orientation of a polygon in the three dimensional shape data that is located at a periphery of a surface to be fitted, a second step (null12) for determining the orientation of the surface so that a grid orientation of the surface matches the orientation of the detected polygon, and a third step (null13) for fitting the surface onto the three dimensional shape data while maintaining the thus determined orientation.