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    • 46. 发明授权
    • Transfer apparatus
    • 转运设备
    • US5658115A
    • 1997-08-19
    • US521957
    • 1995-08-31
    • Takashi YamazakiHiroyuki SakaiHiroshi SuganoShigeo Moriyama
    • Takashi YamazakiHiroyuki SakaiHiroshi SuganoShigeo Moriyama
    • B65G49/07H01L21/00H01L21/677B65H5/08
    • H01L21/67748H01L21/67069Y10S414/135
    • A transfer apparatus is to be used for a wafer loader of an electron beam drawing apparatus, and is constructed particularly in consideration of downsizing of the apparatus as a whole, high-speed transfer for coping with high throughput, and prevention of adhesion of foreign matters for the application to DRAM of 64 and 256 megabits. A transferring mechanism for positioning and fixing an object to be transferred due to combination of positioning projections which are formed on fixing tables on which an object to be transferred is set and transferring arm assemblies and groove portions which are formed in a lower surface of the transferred object. Positioning projections are formed on fixing tables on which an object to be transferred is set and on a transferring arm, and a transferring mechanism for positioning and fixing the object by means of the combination of the positioning projections and groove portions formed in a lower surface of the object is disposed in parallel with a main apparatus. The transferring arm has a vertically moving mechanism and a waiting position of the arm is set in the middle of the transferring path. This transfer apparatus has the structure suitable for high-speed transfer and has less possibility of generation and adhesion of foreign matters. In addition, the apparatus can be reduced in size as a whole.
    • 转印装置用于电子束拉伸装置的晶片装载机,特别考虑到整体装置的小型化,高速转印,高产量的处理,防止异物附着 适用于64位和256兆位的DRAM。 一种转印机构,用于定位和固定由于形成在待转印物体的固定台上的定位突起的组合而被转印的物体和传送臂组件和形成在被转印物体的下表面中的槽部分 目的。 定位突起形成在其上设置有待转印物体的固定台上,并且在转印臂上形成有用于定位和固定物体的转印机构,该转印机构通过定位突起和形成在下表面的槽部的组合 该物体与主装置平行设置。 传送臂具有垂直移动机构,并且臂的等待位置设置在传送路径的中间。 该转印装置具有适于高速转印的结构,并且异物的产生和附着的可能性较小。 另外,该装置的整体尺寸可以减小。
    • 50. 发明授权
    • Fine displacement transducer employing plural optical fibers
    • 采用多根光纤的精细位移传感器
    • US4739161A
    • 1988-04-19
    • US870814
    • 1986-06-05
    • Shigeo MoriyamaFumihiko Uchida
    • Shigeo MoriyamaFumihiko Uchida
    • G01B11/00G01B11/02G01C3/00G01C3/06G01C3/08H01J5/16
    • G01B11/026
    • A fine displacement transducer, wherein either end of a first and a second optical fibers which are mutually adjacent are respectively provided in alignment with each other opposed to the reflection surface and the illuminating light is made incident from the one end of the first optical fiber and the light irradiated from the other end of the first optical fiber is made to illuminate its reflection surface, while the reflected light therefrom is received by the second optical fiber, so that the amount of displacement of the reflection surface relative to both end surfaces of the second optical fiber can be detected from the variation of intensity of the received light, and a measuring system wherein the reflected light from the reflection surface is received by either of the second or a separately provided third optical fiber to detect the intensity of received light for converting it into the electric signal.
    • 精细位移传感器,其中彼此相邻的第一和第二光纤的任一端分别设置成与反射表面相对准,并且照明光从第一光纤的一端入射, 使从第一光纤的另一端照射的光照射其反射面,同时其反射光被第二光纤接收,使得反射面相对于第二光纤的两个端面的位移量 可以从接收光的强度的变化来检测第二光纤,以及测量系统,其中来自反射表面的反射光由第二光纤或单独提供的第三光纤中的任一个接收,以检测接收光的强度 将其转换为电信号。