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    • 1. 发明授权
    • Rechargeable cordless vacuum cleaner apparatus
    • 充电式无绳吸尘器
    • US4670701A
    • 1987-06-02
    • US799073
    • 1985-11-18
    • Yukinobu SakoTatsuya ShimoyamaYoshinori Matsunaga
    • Yukinobu SakoTatsuya ShimoyamaYoshinori Matsunaga
    • A47L5/24H02J7/00A47L9/00
    • A47L5/24Y10S15/01
    • A rechargeable cordless vacuum cleaner apparatus includes a hand-held cordless vacuum cleaner containing rechargeable batteries, a motor, a fan driven by the motor and a dust-collection filter, and a charging unit containing a power transformer and rectifier diode, with the charging unit being formed with a pocket to removably retain the vacuum cleaner with charging terminals of the charging unit engaged in an electrical receptacle of the vacuum cleaner. Ribs or grooves are formed on an end of the vacuum cleaner which is inserted in the charging unit pocket, and these slidably engage with corresponding grooves or ribs formed on the charging unit, for accurate engagement. A microswitch on the vacuum cleaner acts to disconnect the batteries from a motor drive circuit and connect them to a charging circuit when the vacuum cleaner is inserted in the charging unit.
    • 一种可充电式无绳电动吸尘器装置,包括可充电电池的手持无绳真空吸尘器,电动机,由电动机驱动的风扇和集尘过滤器,以及包含电力变压器和整流二极管的充电单元,充电单元 形成有口袋以可拆卸地保持吸尘器,该充电单元的充电端子接合在真空吸尘器的电插座中。 在真空吸尘器的端部形成有肋或槽,该真空吸尘器插入到充电单元袋中,并且与形成在充电单元上的对应的槽或肋可滑动地接合,以便精确地接合。 当真空吸尘器插入充电单元时,真空吸尘器上的微动开关用于将电池与电动机驱动电路断开并将其连接到充电电路。
    • 2. 发明授权
    • Substrate supply apparatus
    • 基板供应装置
    • US5263569A
    • 1993-11-23
    • US942169
    • 1992-09-08
    • Kouji HiramotoHiromi KinoshitaTadashi TannoTatsuya Shimoyama
    • Kouji HiramotoHiromi KinoshitaTadashi TannoTatsuya Shimoyama
    • B65B15/04B65B41/06B65B47/00
    • B65B15/04B65B41/06Y10T29/53178Y10T29/53191Y10T29/53261
    • A substrate supply apparatus includes a substrate-accommodating section for accommodating a substrate on which electronic components are to be mounted, a substrate-width-adjusting device, a transporting device, a substrate-sucking device, and an elevating device. The accommodating section has substrate-width-regulating sections a distance between which can be adjusted in a width direction of the substrate. The adjusting device adjusts the distance between the regulating sections by moving one of the regulating sections in the width direction. The transporting device is supported by the regulating sections, has a pair of rails, is arranged above the accommodating section, and transports the substrate to an electronic component-mounting apparatus. The sucking device has a long substrate-sucking arm and a plurality of short substrate-sucking arms. Each of the substrate-sucking short arms is position-changeably installed on the long substrate-sucking arm. The elevating device supports and vertically moves the sucking device so that the sucking device transfers the substrate to the transporting device. The elevating device is disposed at a center of a space between the pair of rails in the width direction.
    • 基板供给装置包括用于容纳其上安装有电子部件的基板的基板容纳部,基板宽度调节装置,输送装置,基板吸引装置和升降装置。 容纳部具有可以在基板的宽度方向上调整其间距离的基板宽度调节部。 调节装置通过在宽度方向上移动调节部中的一个来调整调节部之间的距离。 传送装置由调节部支承,具有一对导轨,设置在容纳部的上方,将基板输送到电子部件安装装置。 吸引装置具有长的基板吸附臂和多个短的基板吸附臂。 基板吸附短臂中的每一个位置可变地安装在长基板吸附臂上。 升降装置支撑并垂直移动吸引装置,使得吸引装置将基板传送到输送装置。 升降装置设置在宽度方向上的一对轨道之间的空间的中心。