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    • 42. 发明申请
    • Numerical control system
    • 数控系统
    • US20060229760A1
    • 2006-10-12
    • US11397624
    • 2006-04-05
    • Koji SuzukiToshiyuki Ogata
    • Koji SuzukiToshiyuki Ogata
    • G06F19/00
    • G05B19/408G05B19/4148G05B2219/31421G05B2219/34273G05B2219/34376
    • When the system is powered on, a BOOT device detecting unit detects which data exchange device (memory card or the like) is to be booted first, and the detected data exchange device is booted first. A data exchange process program which is set as software starting at BOOT is started to detect a data exchange file. At this time, with reference to a type code of a numerical control apparatus to be used, data matched to the type code is selected. A data exchange file is transferred to an internal storing device to which the data exchange device is connected. Then, a data exchange file is transferred to an internal storing device to which the data exchange device is not connected.
    • 当系统通电时,BOOT设备检测单元首先检测哪个数据交换设备(存储卡等)被引导,并且检测到的数据交换设备首先启动。 开始设置为以BOOT开始的软件的数据交换处理程序来检测数据交换文件。 此时,参考要使用的数字控制装置的类型代码,选择与类型代码相匹配的数据。 数据交换文件被传送到数据交换设备连接到的内部存储设备。 然后,将数据交换文件传送到未连接数据交换装置的内部存储装置。
    • 44. 发明申请
    • Process for producing dried powdery soybean and dried powdery soybean produced thereby
    • 由此生产干粉状大豆和干粉状大豆的方法
    • US20060165869A1
    • 2006-07-27
    • US10563871
    • 2003-11-13
    • Koji Suzuki
    • Koji Suzuki
    • A23L1/20
    • C12Y302/01015A23L11/07A23L11/31A23L11/33
    • To provide a method for producing a dried powdery soybean in a relatively short time which contains almost no substance except ingredients of soybean, is resistant to oxidation, and is excellent in shelf life. The method comprises: (Immersing step) wherein water-washed soybeans and tocopherol are immersed in water for a certain time; (Steaming step) wherein the immersed soybeans are steamed; (Crushing step) wherein the steamed soybeans are crushed to a specified size; (Enzyme treating step) wherein a pectinase enzyme and the tocopherol are supplied to the crushed soybeans to prepare a mixture solution, then the mixture solution is agitated for a specified time at an activation temperature of the pectinase enzyme; (Deactivating step) wherein the mixture solution after the enzyme treatment is rapidly heated to deactivate the enzyme, then rapidly cooled; (Separating step) wherein the mixture solution is passed through a screen to micropulverize the solid material to a single cell level, then separated to obtain a slurry; (Drying step) wherein the slurry is dried by spray drying to obtain the dried powdery soybean.
    • 为了提供在相对短的时间内生产干粉状大豆的方法,其几乎不含大豆成分以外的物质,耐氧化,保质期优异。 该方法包括:(浸渍步骤),其中将水洗大豆和生育酚浸入水中一定时间; (蒸煮步骤),其中浸渍的大豆蒸; (破碎步骤),其中将蒸过的大豆粉碎至规定尺寸; (酶处理步骤),其中将果胶酶和生育酚供应至粉碎的大豆以制备混合溶液,然后将混合溶液在果胶酶的活化温度下搅拌规定时间; (去活化步骤),其中快速加热酶处理后的混合溶液以使酶失活,然后快速冷却; (分离步骤),其中使混合物溶液通过筛子以将固体材料微粉化至单细胞水平,然后分离以获得浆料; (干燥步骤),其中通过喷雾干燥将浆料干燥以获得干粉状大豆。
    • 46. 发明申请
    • Object detection system and method of detecting object
    • 物体检测系统及物体检测方法
    • US20060139204A1
    • 2006-06-29
    • US10560307
    • 2004-09-09
    • Kyoichi AbeSetsuo TokoroKoji Suzuki
    • Kyoichi AbeSetsuo TokoroKoji Suzuki
    • G01S13/86G01S13/93
    • G01S17/936G01S13/865G01S13/867G01S13/931G01S17/023G01S17/48G01S2013/9375
    • An object detection system is provided with radar detection means (2), image detection means (3), and collating means (4). The collating means (4) detects a combination of an object detected by the radar detection means (2) and an object selected among those detected by the image detection means (3), which is the closest to the object detected by the radar detection means (S1, S2), detects a combination of an object detected by the image detection means (3) and an object selected among those detected by the radar detection means (2), which is the closest to the object detected by the image detection means (S3, S4), and determines when there is a coincidence between the combination of the object detected by the radar detection means (2) and the selected object as being closest thereto and the combination of the object detected by the image detection means (3) and the selected object as being closest thereto, that the object detected by the radar detection means (2) is the same as the object detected by the image detection means (S5).
    • 物体检测系统具有雷达检测装置(2),图像检测装置(3)和对照装置(4)。 对照装置(4)检测由雷达检测装置(2)检测到的物体与由图像检测装置(3)检测到的物体中选择的物体的组合,该物体最接近雷达检测装置检测到的物体 (S 1,S 2)检测由图像检测装置(3)检测到的物体与由雷达检测装置(2)检测到的物体中选择的物体的组合,该雷达检测装置(2)最接近由图像检测到的物体 检测装置(S 3,S 4),并且确定由雷达检测装置(2)检测到的物体的组合与所选择的对象最接近的对象之间的重合以及由图像检测到的对象的组合 检测装置(3)和所选择的对象最接近,由雷达检测装置(2)检测到的物体与由图像检测装置检测到的物体相同(S 5)。