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    • 2. 发明授权
    • External method and apparatus for magnetizing metal pieces in rotary
electric apparatus to a permanent magnetization state
    • 旋转电器中永久磁化状态下金属片的外部方法和装置
    • US5075814A
    • 1991-12-24
    • US481192
    • 1990-02-20
    • Toshiharu KubotaAtsushi TsuzakiYoshiyuki YokoyamaSaburo Kimura
    • Toshiharu KubotaAtsushi TsuzakiYoshiyuki YokoyamaSaburo Kimura
    • H01F13/00H02K15/03H02K23/04
    • H02K15/03H01F13/003Y10T29/49009
    • An external magnetizing method and external magnetizing apparatus for a rotary electric apparatus having internal permanent magnets, which obtains permanent magnetization of metal pieces fixed along the internal circumference of a yoke from the outside of the yoke while the rotor is situated within the yoke. The external magnetizing method includes the steps of creating the permanent magnets by applying a voltage from a capacitor power source to a yoke magnetizing device adjacent the external circumference of the motor yoke, then incrementally rotating the rotor in its normal rotating direction and thereafter reapplying the capacitor power source voltage to the yoke magnetizing means to again magnetize the metal pieces to obtain a more uniform magnetization when using a capacitor power supply . The external apparatus includes a yoke magnetizing device adjacent the external circumference of the yoke, a power source voltage applying device for supplying a voltage from a capacitor power source to the yoke magnetizing device, and a step rotating device controlled by the power source applying device for incrementally rotating the rotor at least one or more times in its normal rotating direction after each application of voltage from the capacitor power source.
    • 一种具有内部永磁体的旋转电器的外部磁化方法和外部磁化装置,其具有在转子位于磁轭内部时从轭的外部获得沿轭的内周固定的金属片的永久磁化。 外部磁化方法包括以下步骤:通过将电容器电源施加的电压施加到与电动机磁轭的外周相邻的磁轭磁化装置,然后沿正常旋转方向逐渐旋转转子,然后重新施加电容器 电源电压到磁轭磁化装置,以再次磁化金属片,以在使用电容器电源时获得更均匀的磁化。 外部装置包括与磁轭的外周相邻的轭磁化装置,将来自电容器电源的电压提供给轭磁化装置的电源电压施加装置,以及由电源施加装置控制的步进旋转装置, 在每次从电容器电源施加电压之后,使转子在其正常旋转方向上至少一次或多次地旋转。
    • 3. 发明申请
    • ELECTRIC-HYDRAULIC HYBRID DRIVER
    • 电动液压驱动器
    • US20120324880A1
    • 2012-12-27
    • US13521098
    • 2011-06-23
    • Norihiro KuzuuKenta MiyazakiYukio ImaiToshiharu Kubota
    • Norihiro KuzuuKenta MiyazakiYukio ImaiToshiharu Kubota
    • F15B1/02
    • F15B7/10F15B2211/20561F15B2211/27F15B2211/4159F15B2211/7053
    • The present invention provides an apparatus for electrically and hydraulically driving a hydraulic cylinder, including a hydraulic pump rotatable in opposite directions, an electric motor for driving the hydraulic pump, a reservoir tank containing hydraulic fluid therein, and a servo-valve. The hydraulic cylinder makes fluid-communication at a head-sided hydraulic chamber with a first port of the hydraulic pump, and makes fluid-communication at a rod-sided hydraulic chamber with a second port of the hydraulic pump. The servo-valve allows ones of the head-sided hydraulic chamber and the rod-sided hydraulic chamber to make fluid-communication to the reservoir tank in accordance with a direction in which the hydraulic pump rotates, and varies a degree at which one of the head-sided hydraulic chamber and the rod-sided hydraulic chamber makes fluid-communication with the reservoir tank, to a designated degree.
    • 本发明提供了一种用于电液压驱动液压缸的装置,包括可沿相反方向旋转的液压泵,用于驱动液压泵的电动马达,其中包含液压流体的储存罐和伺服阀。 液压缸在具有液压泵的第一端口的头侧液压室处流体连通,并且在具有液压泵的第二端口的杆侧液压室处流体连通。 伺服阀允许头侧液压室和杆侧液压室中的一个根据液压泵旋转的方向使储液箱流体连通,并且在一定程度上改变 头侧液压室和杆侧液压室与储罐相通,达到指定的程度。
    • 5. 发明授权
    • Coating method and coating apparatus including uniformly floating
rotating member in fluid reservoir
    • 包括在液体储存器中均匀悬浮的旋转构件的涂布方法和涂布装置
    • US5820935A
    • 1998-10-13
    • US733112
    • 1996-10-16
    • Yutaka KashiwabaraShuichi EndoKazuhiko NojoToshiharu KubotaKazuo Ozaki
    • Yutaka KashiwabaraShuichi EndoKazuhiko NojoToshiharu KubotaKazuo Ozaki
    • B05D1/28B05C1/02B05C1/08B05C11/02B05D7/00B05D3/12
    • B05C1/0826
    • In a coating method and apparatus for applying coating liquid onto a web, the coating apparatus includes a rotating member rotatable and contacting with the web; and a support member supporting rotatably the rotating member and including a liquid reservoir formed between the rotating member and the support member, a fluid supply pipe, a cavity filled with the coating liquid and connecting to the fluid supply pipe, and a slit communicating the cavity with the liquid reservoir. The rotating member is supported by a fluid pressure of the liquid reservoir and the coating liquid supplied from the liquid reservoir forms a bead of the coating liquid by the rotating member between the web and the rotating member. The rotating member is floated uniformly in the widthwise direction by the fluid pressure so as to keep a predetermined clearance away from the support member to provide a stable coating. The bead is made uniform in the widthwise direction under any conditions.
    • 在将涂布液涂布在卷材上的涂布方法和装置中,涂布装置包括可旋转并与卷筒纸接触的旋转部件; 以及支撑构件,其可旋转地支撑所述旋转构件,并且包括形成在所述旋转构件和所述支撑构件之间的储液器,流体供给管,填充有所述涂布液并连接到所述流体供给管的空腔,以及连通所述腔 与液体储存。 旋转构件由液体储存器的流体压力支撑,并且从储液器供应的涂覆液体通过旋转构件在腹板和旋转构件之间形成涂覆液体的珠粒。 旋转构件通过流体压力在宽度方向上均匀地浮动,以便与支撑构件保持预定的间隙以提供稳定的涂层。 在任何条件下,胎圈在宽度方向均匀。
    • 6. 发明授权
    • Paper object sorting apparatus having means for erasing bar codes
printed on paper object and paper sorting method using said apparatus
    • 具有用于擦除打印在纸张上的条形码的装置和使用所述装置的纸张分类方法的纸对象分类装置
    • US5607063A
    • 1997-03-04
    • US300998
    • 1994-09-06
    • Yasuo NishijimaKunio HiromoriToshiharu Kubota
    • Yasuo NishijimaKunio HiromoriToshiharu Kubota
    • B07C3/00B07C3/18G06K9/00
    • B07C3/00B07C3/18
    • Information indicating whether or not the current sorting operation is the final one is preset in a control section. Then, a bar code reader recognizes sorting information of paper objects by reading respective bar codes printed on the paper objects that are supplied one by one from a paper object supply section. A bar code erasing section erases the bar codes after the bar codes have been read, if the information indicating the current sorting operation is the final one is preset in the control section. If the current sorting operation is not the final one, the bar codes are not erased. The paper objects are sorted based on the sorting information recognized by the bar code reader, and stacked in stores. Being capable of erasing the bar codes printed on the paper objects before they are distributed to users, a paper object sorting apparatus of the present invention has an advantage that it is free from a possibility of giving the users uncomfortable feeling. Further, since the bar codes can be printed on the paper objects with a substance that can be checked by the naked eye, it is possible to check the printing quality of the bar codes.
    • 指示当前分拣操作是否为最终分拣操作的信息在控制部分中被预设。 然后,条形码阅读器通过读取从纸张对象供应部分逐一提供的纸张对象上打印的各个条形码来识别纸张对象的排序信息。 如果在控制部分中预先设定了指示当前排序操作的信息是最终的条形码,条形码擦除部分将擦除条形码读取之后的条形码。 如果当前的排序操作不是最后的排序操作,则条形码不会被擦除。 纸张对象根据条形码读取器识别的排序信息进行排序,并在商店中堆叠。 在将纸张对象分发给用户之前,能够擦除打印在纸张对象上的条形码,本发明的纸对象分拣装置的优点是没有给予用户不舒适的感觉的可能性。 此外,由于条形码可以用肉眼可以检查的物质印刷在纸物上,因此可以检查条形码的打印质量。