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    • 3. 发明授权
    • Apparatus for detecting a document size in a copier and others
    • 用于检测复印机和其他文件尺寸的装置
    • US4778272A
    • 1988-10-18
    • US932863
    • 1986-11-20
    • Koichi Asakura
    • Koichi Asakura
    • B65H7/14G03B27/62G03G15/00G01N21/55
    • G03G15/607B65H7/14G03B27/625G03G2215/00185
    • A document size detecting apparatus for a copier and others is disclosed which is capable of identifying the size of a document by use of photosensors the numbers of which is smaller than that of the kinds of documents. A scanner is loaded with a pair of photosensors, or light-sensitive elements, which are spaced from each other in a direction perpendicular to a direction in which a scanner scans a document, the photosensors sensing light which is reflected by a document. A length of a document is determined based on a distance travelled by the scanner from a document scanning start position which is in turn calculated based on a light sensing condition of one of the photosensors, while a width of the document is determined based on a light sensing condition of the other photosensor. Even if a document is placed aslant or in any other dislocated position on a glass platen, its size is identified accurately by positioning the photosensor, which is adapted for the detection of a width, offset relative to a direction which is perpendicular to a scanning direction, or by causing the two photosensors to sense at different timings, or by causing each photosensor to sense twice and deciding outputs of the photosensors valid only when the sensed conditions of the photosensors are identical individually.
    • 公开了一种用于复印机的文件尺寸检测装置,其能够通过使用其数量小于文档种类的光传感器来识别文档的大小。 扫描仪装载有一对光敏元件或光敏元件,它们在与扫描仪扫描文档的方向垂直的方向上彼此间隔开,感光体感测由文档反射的光。 基于扫描仪从文档扫描开始位置行进的距离来确定文档的长度,该原稿扫描开始位置又根据光传感器之一的光感测条件进行计算,同时基于光确定文档的宽度 检测其他光电传感器的状态。 即使将文件放置在玻璃台板上的任何其它脱位位置,也可以通过将适合于检测宽度的光传感器相对于与扫描方向垂直的方向偏移来准确地识别其尺寸 或通过使两个光电传感器在不同的定时感测,或者通过使每个光电传感器感测两次,并且仅当感光体的感测条件单独相同时才决定光电传感器的输出才有效。
    • 5. 发明授权
    • Thread cutting machine with synchronized feed and rotation motors
    • 螺纹切割机具有同步进给和旋转电机
    • US4879660A
    • 1989-11-07
    • US174508
    • 1988-03-28
    • Koichi AsakuraMakoto DemuraTakenori Matsumoto
    • Koichi AsakuraMakoto DemuraTakenori Matsumoto
    • G05B19/18
    • G05B19/186G05B2219/42186G05B2219/43006G05B2219/45216Y10T408/165Y10T408/17
    • A thread cutting machine is provided with a control system in which, according to one aspect, the rotation of the spindle is controlled in the synchronous manner following up the feed amount of the spindle head and the rotation instruction is computed in accordance with the feed deviation, In another aspect, the feed of the spindle head is controlled in the synchronous manner following up the rotation of the spindle and the feed instruction is computed in accordance with the rotation deviation. In a further aspect, the rotation instruction is operated in accordance with the feed speed and the feed acceleration. In still a further aspect, the feed instruction is computed in accordance with the rotation speed and the rotation acceleration. In the preferred embodiments disclosed herein, the synchronism between the rotation of the spindle and the feed of the spindle head can be remarkably improved with various control modes, thus achieving the high speed thread cutting working with high accuracy.
    • 螺纹切割机设置有控制系统,根据一个方面,主轴的旋转以跟随主轴头的进给量的同步方式被控制,并且旋转指令根据进给偏差计算 另一方面,主轴头的进给以跟随主轴旋转的同步方式被控制,并且根据旋转偏差来计算进给指令。 在另一方面,旋转指令根据进给速度和进给加速度来操作。 在另一方面,根据转速和旋转加速度来计算进给指令。 在本文公开的优选实施例中,通过各种控制模式可以显着提高主轴的转动和主轴头的进给之间的同步性,从而实现高精度的高速螺纹加工。
    • 8. 发明申请
    • Surface-finishing agent and finished material and method of surface finishing
    • 表面处理剂和成品材料及表面处理方法
    • US20060266258A1
    • 2006-11-30
    • US10572492
    • 2004-09-16
    • Koichi AsakuraAkihiro KurodaHikari Takeshige
    • Koichi AsakuraAkihiro KurodaHikari Takeshige
    • C09D5/20
    • C23C30/00B05D5/08C08K3/08C08K3/22C09D7/62C09D7/67C23C8/36C23C24/08C23C26/00
    • The present invention provides a surface-treating agent to form fine roughness on the surface of a material and more specifically a surface treating-agent which forms fine roughness on the surface of a material and is easy to process, thereby being useful for materials for highly water-repellent glass, lenses and fabric, materials with an excellent anti-soiling property, panels having an excellent light scattering property, illumination of optical fiber and the like, materials and coatings to prevent accumulation and adhesion of snow or icicle formation on antennas, wires and steel towers, and roughness formation on the surface of semiconductor substrates; the treated materials; and a method of surface treatment to develop the roughness. The surface-treating agent of the present invention has an average primary particle diameter in the range of 1-50 nm, contains fine particles in the range of 5-60% by mass of the total amount of the surface-treating agent in a slurry of nanoparticles which are treated for water repellency and mechanically dispersed in a solvent containing a volatile solvent, and forms a roughness structure with upward protrusions having a spatial periodicity of 0.1-50 μm on the surface of a material by volatilizing the solvent or dipping repeatedly in water upon treating the surface of the material.
    • 本发明提供一种在材料表面形成细小粗糙度的表面处理剂,更具体地说,在材料表面形成细微粗糙度且易于加工的表面处理剂,因此可用于高度的材料 防水玻璃,镜片和织物,具有优异防污性能的材料,具有优异的光散射性的面板,光纤的照明等,防止雪或冰柱形成在天线上的积聚和粘附的材料和涂层, 电线和钢塔,以及半导体基板表面的粗糙度; 经处理的材料; 以及表面处理以显现粗糙度的方法。 本发明的表面处理剂的平均一次粒径在1-50nm范围内,含有在浆料中的表面处理剂总量的5-60质量%范围内的微粒子 的纳米颗粒,其被处理为拒水性并机械分散在含有挥发性溶剂的溶剂中,并且通过使溶剂挥发或重复浸渍在材料的表面上形成具有空间周期为0.1-50μm的向上突起的粗糙结构 处理材料表面时的水。
    • 9. 发明授权
    • Method for preparing numerical control data for a machine tool
    • 制备机床数控数据的方法
    • US4972322A
    • 1990-11-20
    • US404057
    • 1989-09-08
    • Koichi AsakuraShouki Yasuda
    • Koichi AsakuraShouki Yasuda
    • G05B19/4093
    • G05B19/40938G05B2219/36357G05B2219/36569Y02P90/265
    • A method for preparing numerical control data for a machine tool by displaying various kinds of operation information on a display for causing data necessary for preparing the numerical control data to be inputted and by inputting the data in accordance with the displayed information, comprising the steps of selecting a working operation input screen for inputting working operations in accordance with first indications on the display, inputting working operations at the selected working operation input screen, selecting a working program input screen for inputting working programs, and inputting data in accordance with second indications of input items required for working operations, the second indications being displayed on the display by reading inputted working operations. As a result, a series of working programs are inputted to prepare the numerical control data.
    • 一种用于通过在显示器上显示各种操作信息来产生用于准备要输入的数字控制数据所需的数据并根据所显示的信息输入数据的方法来制备机床的数字控制数据的方法,包括以下步骤: 根据显示器上的第一指示选择用于输入工作操作的工作操作输入屏幕,在所选择的工作操作输入屏幕上输入工作操作,选择用于输入工作程序的工作程序输入画面,以及根据第 工作操作所需的输入项目,通过读取输入的工作操作将第二指示显示在显示器上。 结果,输入一系列工作程序以准备数字控制数据。