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    • 48. 发明授权
    • Notch alignment apparatus and adjustment jig for the same
    • 凹槽对准装置和调整夹具相同
    • US5970818A
    • 1999-10-26
    • US922371
    • 1997-09-03
    • Hisashi KikuchiMitsuru Obara
    • Hisashi KikuchiMitsuru Obara
    • H01L21/68B21F41/00B65G49/07G05G1/04H01L21/00
    • H01L21/67265Y10S414/136Y10T29/41Y10T74/2063
    • A notch alignment apparatus has a unit body (15), which can advance into a carrier (3) through a bottom opening (4) of the carrier (3), for aligning notches (2) formed in the peripheral edges of semiconductor wafers (1), which are contained in the carrier (3) and arrayed in a facing state. The unit body (15) is provided with a rotationally driving shaft (25) having a cylindrical shape, for coming into contact with the peripheral edges of the wafers (1) from below and driving the wafers (1) to rotate all together. A plurality of idle pulleys (26) independent of each other are arranged on one side of the driving shaft (25), for coming into contact with the peripheral edges of the wafers (1) from below. The idle pulleys (26) are supported by a common pulley shaft (27) to be independently and freely rotatable. A stopper or wafer guide (28) is arranged on the other side of the driving shaft (25), for stopping rotation of the wafers (1) by means of contact with the peripheral edges of the wafers (1). The stopper (28) is arranged such that the peripheral edge of each wafer (1) comes into contact with the stopper (28) when that the wafer (1) engages with the driving shaft (25) by its notch (2) and inclines. The driving shaft (25) and the pulley shaft (27) are driven to rotate along with each other in the same direction.
    • 凹口对准装置具有单元体(15),其能够通过载体(3)的底部开口(4)前进到载体(3)中,用于对准形成在半导体晶片的周边边缘的凹口(2) 1),其包含在载体(3)中并且以面对状态排列。 单元体(15)设置有具有圆筒形的旋转驱动轴(25),用于从下面与晶片(1)的周边接触并驱动晶片(1)一起旋转。 彼此独立的多个怠速滑轮(26)布置在驱动轴(25)的一侧上,用于从下方与晶片(1)的周边接触。 怠速滑轮(26)由公共皮带轮轴(27)支撑以独立且可自由旋转。 在驱动轴(25)的另一侧设置止动器或晶片引导件(28),用于通过与晶片(1)的周缘接触来停止晶片(1)的旋转。 当晶片(1)通过其凹口(2)与驱动轴(25)接合并且倾斜时,止动器(28)被布置成使得每个晶片(1)的周边边缘与止动器(28)接触, 。 驱动轴(25)和滑轮轴(27)被驱动以沿相同的方向彼此旋转。
    • 49. 发明授权
    • Instant photographic method and apparatus
    • 即时照相方法和装置
    • US4745442A
    • 1988-05-17
    • US000572
    • 1986-12-31
    • Yuji OshikoshiMasashi KatohHisashi Kikuchi
    • Yuji OshikoshiMasashi KatohHisashi Kikuchi
    • G03B17/52G03B29/00G03B27/30
    • G03B17/52
    • An instant photographic apparatus uses a photosensitive member in the form of a roll, of a length to receive a plurality of exposures, and an image-receiving member in the form of either a roll or a sheet. The photosensitive member is cut off to the length of a single frame of film after the exposure of its leading end. Before or after cutting off the member or members, the exposed leading end of the photosensitive member and the image-receiving member are superposed. Between the superposed members a processing liquid is distributed and spread in a uniform layer for diffusion transfer processing. During the processing, negative and positive images are produced simultaneously on the photosensitive and image-receiving members, respectively, according to the latent image previously created on the photosensitive member by exposure.
    • 一种即时摄影装置使用长度可接受多次曝光的卷形式的感光构件,以及卷或片形式的图像接收构件。 在其前端曝光之后,感光构件被切割成单个胶片的长度。 在切断构件之前或之后,使感光构件和图像接收构件的暴露的前端重叠。 在重叠的构件之间,处理液体被分散并扩散在均匀的层中用于扩散转移处理。 在处理期间,根据通过曝光预先在感光构件上产生的潜像,分别在感光和图像接收构件上产生负像素和正像。
    • 50. 发明授权
    • Instant photographic method and apparatus
    • 即时照相方法和装置
    • US4735886A
    • 1988-04-05
    • US909879
    • 1986-09-22
    • Yuji OshikoshiMasashi KatohHisashi Kikuchi
    • Yuji OshikoshiMasashi KatohHisashi Kikuchi
    • G03B17/52G03C5/54G03C3/00
    • G03B17/52
    • An image-receiving member of sheet material has a portion on which a positive image is adapted to be formed. A pod of processing liquid is secured to the sheet material outside of the image-forming portion. Each pod is preferably divided into two processing fluid containing portions, such that an advancing roller can contact the flat portion devoid of processing liquid in order to advance the image-receiving sheet without rupturing the pod. The mask defining the area on which a positive image is formed, can be either a continuous sheet having openings at regular intervals, or it can be formed by connector sheets alternately coupled to image-receiving sheets in combination with longitudinal masking strips affixed directly to the image-receiving sheet.
    • 片材的图像接收部件具有适于形成正像的部分。 处理液体的囊被固定到图像形成部分之外的片材。 每个容器优选分为两个处理流体容纳部分,使得前进辊可以接触没有处理液体的平坦部分,以便推进图像接收片材而不破坏荚果。 限定形成正像的区域的掩模可以是具有规则间隔的开口的连续片,或者可以由连接片形成,连接片与图像接收片交替耦合,并与直接贴在 图像接收表。