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    • 2. 发明授权
    • Information processing method and apparatus for deposition
    • 用于沉积的信息处理方法和装置
    • US07079909B2
    • 2006-07-18
    • US10742859
    • 2003-12-23
    • Mitsuru IkedaMasato Honda
    • Mitsuru IkedaMasato Honda
    • G06F19/00
    • G05B19/4099G05B2219/49021G05B2219/49034Y02P90/265
    • An object of this invention is to enable to appropriately carry out deposition due to a design change of an object. This invention comprises the steps of: calculating a difference between three dimensional data representing a form of an object before a design change and three dimensional data representing a form of the object after the design change; and generating deposition data for a shortage portion in the form of the object before the design change by using the calculated difference data, when cutting the object to make the form after the design change. Thus, it is possible to correctly grasp information concerning the deposition necessary to machine the object to make the form after the design change, and to avoid waste of deposition material and cutting work after the deposition. Moreover, this invention may further comprise a step of calculating a region for one or a plurality of deposition layers based on an attribute of a deposition material. Because the maximum thickness of one deposition layer or the like differs according to the attribute of the deposition material, it is useful in the deposition process to obtain regional information for each layer when the deposition is carried out by putting the deposition layers on top of each other.
    • 本发明的目的是能够由于物体的设计变化而适当地执行沉积。 本发明包括以下步骤:计算表示设计变更前的对象的形式的三维数据与表示设计变更后的对象的形式的三维数据之间的差; 以及在设计改变之后,通过使用所计算的差异数据,在设计改变之前,以对象形式的短缺部分生成沉积数据。 因此,可以正确地掌握关于在设计改变之后对物体进行加工所需的沉积物的信息,并且避免沉积材料的浪费和沉积后的切割作业。 此外,本发明还可以包括基于沉积材料的属性来计算一个或多个沉积层的区域的步骤。 由于一个沉积层等的最大厚度根据沉积材料的属性而不同,所以在沉积过程中通过将沉积层放置在每个层的顶部来进行沉积来获得每个层的区域信息是有用的 其他。
    • 6. 发明授权
    • Electronic component conveying device
    • 电子元件输送装置
    • US07017731B2
    • 2006-03-28
    • US10810891
    • 2004-03-29
    • Mitsuru IkedaYoshikazu Sasaoka
    • Mitsuru IkedaYoshikazu Sasaoka
    • B65G43/08
    • H05K13/028
    • An electronic-component conveying device includes a conveying plate which moves in one conveying direction and has a plurality of component-holders arranged at a predetermined pitch along the conveying direction. This conveying device further includes component-containers each containing a plurality of electronic components for supplying the components to the holders. The electronic components are held by the holders while being conveyed by the conveying plate. Cameras, i.e. a component-detecting unit, are provided for detecting the presence of the electronic components in the holders. A controller, i.e. a component-feeding unit, is provided for feeding additional electronic components to each of the containers based on the detection of the presence of the electronic components.
    • 一种电子部件输送装置,包括沿一个输送方向移动的输送板,具有沿输送方向以规定的间距配置的多个部件保持架。 该输送装置还包括各自包含用于将部件供给到保持器的多个电子部件的部件容器。 电子部件在被传送板传送的同时被保持件保持。 相机,即组件检测单元,用于检测保持器中电子部件的存在。 提供控制器,即组件馈送单元,用于基于对电子部件的存在的检测,将附加的电子部件馈送到每个容器。
    • 7. 发明申请
    • Electronic component conveying device
    • 电子元件输送装置
    • US20050010328A1
    • 2005-01-13
    • US10810891
    • 2004-03-29
    • Mitsuru IkedaYoshikazu Sasaoka
    • Mitsuru IkedaYoshikazu Sasaoka
    • B65G47/14B07C5/344G06F7/00H05K7/00H05K7/20H05K13/02
    • H05K13/028
    • An electronic-component conveying device includes a conveying plate which moves in one conveying direction and has a plurality of component-holders arranged at a predetermined pitch along the conveying direction. This conveying device further includes component-containers each containing a plurality of electronic components for supplying the components to the holders. The electronic components are held by the holders while being conveyed by the conveying plate. Cameras, i.e. a component-detecting unit, are provided for detecting the presence of the electronic components in the holders. A controller, i.e. a component-feeding unit, is provided for feeding additional electronic components to each of the containers based on the detection of the presence of the electronic components.
    • 一种电子部件输送装置,包括沿一个输送方向移动的输送板,具有沿输送方向以规定的间距配置的多个部件保持架。 该输送装置还包括各自包含用于将部件供给到保持器的多个电子部件的部件容器。 电子部件在被传送板传送的同时被保持件保持。 相机,即组件检测单元,用于检测保持器中电子部件的存在。 提供控制器,即组件馈送单元,用于基于对电子部件的存在的检测,将附加的电子部件馈送到每个容器。