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    • 2. 发明授权
    • Method for applying metallic coating
    • 应用金属涂层的方法
    • US5620750A
    • 1997-04-15
    • US400754
    • 1995-03-08
    • Shuji MinouraKazuo NakagawaDaisuke Nakazono
    • Shuji MinouraKazuo NakagawaDaisuke Nakazono
    • B05D1/04B05B3/10B05B5/04B05B5/16B05B7/08B05D1/02B05D1/36B05D5/06B05D7/14B05D7/00
    • B05B3/1064B05B5/0407B05D1/02B05D5/068B05B3/1092B05B5/0426B05B5/1608
    • The disclosed present invention relates to a method of applying a metallic coating, such as a finish paint coating to an automobile. This method comprises two processes or stages using a bell-shaped rotary atomizer and a metallic paint. The amount of paint ejected from the rotary atomizer, shaping air pressure, and coating speed are maintained at approximately the same values during both the first and second processes. In the first process, the peripheral speed of the bell-shaped atomizing head is set within a range of 39 to 65 m/s. In the subsequent second process, the peripheral speed of the bell-shaped atomizing head is set to a lower value than in the first process, that is, within the range of 21 to 39 m/s, and the reduction rate of the nonvolatile (NV) value is set to 3% or more. This method improves the orientation of a bright pigment, enabling the automobile to appear high-grade, and providing a quality metallic coating.
    • 所公开的本发明涉及一种将金属涂层(例如涂漆涂料)涂覆到汽车上的方法。 该方法包括使用钟形旋转雾化器和金属涂料的两个工艺或阶段。 在第一和第二过程中,从旋转雾化器喷射的油漆的数量,成形气压和涂布速度都保持在大致相同的值。 在第一工序中,钟形雾化头的圆周速度设定在39〜65m / s的范围内。 在随后的第二工序中,将钟形雾化头的圆周速度设定为比第一工序(即21〜39m / s)的范围内的低的值,将非挥发性( NV)值设置为3%以上。 该方法改善了光亮颜料的取向,使得汽车出现高档,并提供优质的金属涂层。
    • 4. 发明授权
    • Method of metallic painting
    • 金属绘画方法
    • US5647535A
    • 1997-07-15
    • US546884
    • 1995-10-20
    • Daisuke NakazonoShuji MonouraKazuo Nakagawa
    • Daisuke NakazonoShuji MonouraKazuo Nakagawa
    • B05D1/02B05D1/04B05D5/06B05D7/14B05B7/04
    • B05D1/02B05D5/068
    • The present invention relates to an efficient method of applying a metallic paint using both an air atomized spray machine and a spin coating machine. In the method of painting, matching the color shade of metallic painting using an air atomized spray machine with the color shade of metallic painting using a spin coating machine is achieved in the following manner. The overall content of the metallic pigment in the metallic paint for said air atomized spray machine and for said spin coating machine is maintained almost the same, but the ratio of the brilliant pigment and the color pigment composing said metallic pigment is varied to increase the content of the brilliant pigment in the metallic paint for the spin coating machine compared with the content in the metallic paint for the air atomized spray machine. The disclosed method enables metallic painting using both an air atomized spray machine and a spin coating machine in combination under the condition of less color difference than has conventionally been possible.
    • 本发明涉及一种使用空气雾化喷涂机和旋涂机应用金属涂料的有效方法。 在绘画方法中,使用旋转涂布机,使用空气雾化喷雾机与金属漆的色调匹配金属漆的色调以下列方式实现。 用于所述空气雾化喷涂机和所述旋涂机的金属涂料中的金属颜料的总含量保持几乎相同,但是,改变构成所述金属颜料的辉光颜料和着色颜料的比例以增加含量 用于旋涂机的金属涂料中的辉光颜料与用于空气雾化喷涂机的金属涂料的含量相比。 所公开的方法能够在比常规可能的色差小的条件下组合使用空气雾化喷雾机和旋涂机的金属喷涂。
    • 5. 发明授权
    • Rotary atomization coating device
    • 旋转雾化涂装装置
    • US08840043B2
    • 2014-09-23
    • US13344320
    • 2012-01-05
    • Daisuke NakazonoJunichi FukunoMasayuki YamaguchiYusuke Nakajima
    • Daisuke NakazonoJunichi FukunoMasayuki YamaguchiYusuke Nakajima
    • B05B3/00B05B5/04B05B3/10B05B15/02
    • B05B15/0258B05B3/1014B05B3/1092B05B5/0407B05B5/0426B05B15/555
    • A rotary atomization coating device is provided with a rotary atomizing head including a paint storage and adapted to atomize paint supplied to the paint storage and to discharge the paint onto a work, and a paint supplying nozzle adapted to supply the paint to the paint storage. The rotary atomizing head includes a plurality of bell cups. Each of the bell cups includes, at a front face thereof, a paint discharging face adapted to thin the paint by a centrifugal force. The rotary atomizing head includes a plurality of paint supplying holes corresponding to the respective bell cups. The paint supplying holes are adapted to supply the paint from the paint storage to the respective paint discharging faces. A plurality of grooves extending along a radial direction of the rotary atomizing head are formed at circumferential portions of the respective paint discharging faces.
    • 一种旋转雾化涂覆装置设置有旋转雾化头,该旋转雾化头包括油漆储存器,并适于雾化供应到油漆储存​​器的油漆并将油漆排放到工件上;以及油漆供应喷嘴,其适用于将油漆供应到油漆储存​​器。 旋转雾化头包括多个钟形杯。 每个钟形杯在其前面包括适于通过离心力使涂料变薄的涂料排出面。 旋转雾化头包括与各个钟罩对应的多个涂料供给孔。 涂料供应孔适于将油漆从油漆储存器供应到相应的涂料排出面。 沿着旋转雾化头的径向方向延伸的多个槽形成在各个喷涂面的周向部分。
    • 7. 发明申请
    • ROTARY ATOMIZATION COATING DEVICE
    • 旋转原位涂装置
    • US20120193453A1
    • 2012-08-02
    • US13344320
    • 2012-01-05
    • Daisuke NakazonoJunichi FukunoMasayuki YamaguchiYusuke Nakajima
    • Daisuke NakazonoJunichi FukunoMasayuki YamaguchiYusuke Nakajima
    • B05B1/26
    • B05B15/0258B05B3/1014B05B3/1092B05B5/0407B05B5/0426B05B15/555
    • A rotary atomization coating device is provided with a rotary atomizing head including a paint storage and adapted to atomize paint supplied to the paint storage and to discharge the paint onto a work, and a paint supplying nozzle adapted to supply the paint to the paint storage. The rotary atomizing head includes a plurality of bell cups. Each of the bell cups includes, at a front face thereof, a paint discharging face adapted to thin the paint by a centrifugal force. The rotary atomizing head includes a plurality of paint supplying holes corresponding to the respective bell cups. The paint supplying holes are adapted to supply the paint from the paint storage to the respective paint discharging faces. A plurality of grooves extending along a radial direction of the rotary atomizing head are formed at circumferential portions of the respective paint discharging faces.
    • 一种旋转雾化涂覆装置设置有旋转雾化头,该旋转雾化头包括油漆储存器,并适于雾化供应到油漆储存​​器的油漆并将油漆排放到工件上;以及油漆供应喷嘴,其适用于将油漆供应到油漆储存​​器。 旋转雾化头包括多个钟形杯。 每个钟形杯在其前面包括适于通过离心力使涂料变薄的涂料排出面。 旋转雾化头包括与各个钟罩对应的多个涂料供给孔。 涂料供应孔适于将油漆从油漆储存器供应到相应的涂料排出面。 沿着旋转雾化头的径向方向延伸的多个槽形成在各个喷涂面的周向部分。