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    • 1. 发明授权
    • Coating method
    • US5104682A
    • 1992-04-14
    • US390408
    • 1989-08-07
    • Tadamitsu NakahamaYoshio TanimotoTakakazu Yamane
    • Tadamitsu NakahamaYoshio TanimotoTakakazu Yamane
    • B05B13/02B05D1/00B05D3/02
    • B05D1/002B05B13/0221B05D3/0272B05B13/0452
    • A highly reflective surface coating on a substrate is formed by a coating method in a coating line. A paint is sprayed on the substrate in a viscosity of 18 seconds or lower when measured by means of Ford Cup #4 at 20.degree. C. in a film thickness thicker than a thickness at which the paint sags, the paint containing a solvent or solvents, having a boiling point as high as 110.degree. C. or lower in an amount of 50% by weight or higher.After completion of the spraying, a coat of the paint is dried by a drying step including sequential setting and baking steps. The substrate is held in an ambient temperature during the setting step which is lower than the ambient temperature during the baking step, and the rotation of the substrate in the drying step being carried out about its horizontal axis at a speed which is high enough to rotate the substrate from a vertical position to a horizontal position before the paint coated thereon substantially sags due to gravity yet which is low enough so as to cause no sagging as a result of centrifugal force, thereby allowing the coat formed thereon to achieve a substantially sagless state.This coating method prevents the paint from swelling on an edge portion of the substrate forming a mass, whereby a coat surface is provided with a high degree of flatness.
    • 2. 发明授权
    • Coating method
    • 涂布方法
    • US5009931A
    • 1991-04-23
    • US390546
    • 1989-08-08
    • Takakazu YamaneYoshio TanimotoTadamitsu Nakahama
    • Takakazu YamaneYoshio TanimotoTadamitsu Nakahama
    • B05B13/02B05D1/00B05D3/02
    • B05D1/002B05B13/0221B05D3/0272B05B13/0452
    • A highly reflective surface coating is formed by spraying a paint on a substrate as a vehicle body in a thickness thicker than a thickness at which the paint sags and rotating the substrate about its horizontal axis at a speed between a lower limit and an upper limit in order to cause no sagging until the paint sprayed is cured to a sagless state.Before the paint is sprayed in that thickness, an edge portion of the substrate is lowered than other portions thereof, thus preventing a mass of the paint from swelling on a top coat at its edge portion and providing a good appearance on the surface coating.The lowering of the edge portion thereof is effected by lowering the substrate itself without any coat or by spraying the edge portion in a film thickness thinner than the other portion thereof.The coat sprayed with a paint containing a volatilizable solvent may be dried through sequential setting and baking steps, while a powder paint sprayed may be baked without setting. The paint containing such a solvent may cause sagging in both the setting and baking steps or only in the setting step. The sagging is prevented by rotating the substrate during the time when the paint is sagging.
    • 高反射性表面涂层是通过将涂料喷涂在作为车体的基材上而形成的,所述涂料厚度比所述涂料凹陷的厚度厚,并且以基板的水平轴线的下限和上限之间的速度旋转基板 直到喷涂的油漆固化到无凹陷状态为止,才能产生下垂。 在涂料以该厚度喷涂之前,基材的边缘部分比其它部分下降,从而防止涂料在其边缘部分的顶涂层上膨胀,并在表面涂层上提供良好的外观。 其边缘部分的降低是通过降低基板本身而不用任何涂层或通过以比其它部分薄的薄膜厚度喷涂边缘部分来实现的。 用含有挥发性溶剂的涂料喷涂的涂层可以通过连续设置和烘烤步骤进行干燥,而喷涂的粉末涂料可以在不固化的情况下烘烤。 含有这种溶剂的涂料可能在设定和烘烤步骤中或仅在凝固步骤中下垂。 通过在油漆下垂时旋转基板来防止下垂。
    • 6. 发明授权
    • Coating a rotating vehicle body
    • 涂上旋转车体
    • US5169683A
    • 1992-12-08
    • US745987
    • 1991-08-12
    • Masataka MatsuiToshiaki AonoYoshio TanimotoTadamitsu NakahamaTakakazu Yamane
    • Masataka MatsuiToshiaki AonoYoshio TanimotoTadamitsu NakahamaTakakazu Yamane
    • B05B13/02B05D1/00B05D3/02
    • B05D1/002B05B13/0221B05D3/0272B05B13/0452
    • The coating method contains a spraying step in which a paint is sprayed at least on a coating substrate extending in an upward and downward direction to a film thickness thicker than causing sags of the sprayed paint. The coating substrate on which the paint is sprayed is rotated about the horizontal axis while the sprayed paint is dried until it does not sag any more. The coating apparatus includes a carriage conveying the coating substrate arranged to run along the conveying direction, and the carriage is provided with a supporting base for supporting the coating substrate rotatively about the horizontal axis. One embodiment for rotating the substrate supported by the supporting base is a spring that is disposed on the carriage to rotate the substrate by means of a restoring force produced by the spring. On the passage for conveying the carriage is disposed a force storing mechanism for storing the restoring force in the spring that released the restoring force. Another embodiment therefor is a combination of a chain disposed along the conveying passage for the carriage with a sprocket disposed on the carriage. The sprocket is engageable with the chain and operatively coupled to the coating substrate. By disposing the chain in a fixed manner, on the one hand, the substrate is caused to rotate as the carriage is being conveyed. By dividing the chain, on the other, the substrate is caused to rotate while the conveyance of the carriage is suspended.
    • 涂布方法包括喷涂步骤,其中至少在涂覆基材上喷涂涂料,所述涂布基材沿上下方向延伸至厚度大于使喷涂涂料下垂的膜厚度。 喷涂涂料的涂料基体围绕水平轴线旋转,同时喷涂的涂料被干燥直至不再下垂。 该涂布装置包括:传送涂布基板的托架,布置成沿着传送方向延伸;滑架设置有用于围绕水平轴线可旋转地支撑涂布基板的支撑基座。 用于旋转由支撑基座支撑的基板的一个实施例是设置在滑架上以通过由弹簧产生的恢复力旋转基板的弹簧。 在用于输送托架的通道上设置有用于存储释放恢复力的弹簧中的恢复力的力存储机构。 其另一个实施例是沿着用于滑架的输送通道设置的链条与设置在托架上的链轮一起的组合。 链轮可与链条接合并且可操作地联接到涂层基底。 通过以固定的方式设置链条,一方面使基板随着托架的传送而旋转。 通过分割链条,另一方面,当托架的传送被悬挂时,使基板旋转。
    • 9. 发明授权
    • Methods and apparatus for conducting electrostatic spray coating
    • 用于静电喷涂的方法和设备
    • US4785995A
    • 1988-11-22
    • US26487
    • 1987-03-16
    • Takakazu YamaneYoshio TanimotoTadamitsu Nakahama
    • Takakazu YamaneYoshio TanimotoTadamitsu Nakahama
    • B05B3/10B05B5/04B05D1/04
    • B05B3/1057B05B5/0407
    • The invention provides methods and apparatus for conducting electrostatic spray coating by which an improved coating layer made uniform in gloss, hardness, weather-tightness, and other characteristics is obtained on an object to be coated. The coating layer is formed with use of a rotary spray head device which is provided with a funnel-like body having an inner wall surface and an open end portion. The rotary spray head device is driven to turn on an axis of rotation surrounded by the inner wall surface of the funnel-like body, and supplied with plural kinds of coating material which are discharged to a substantially common location on the inner wall surface of the funnel-like body simultaneously through respective separate paths so as to form their respective layers superimposed on said inner wall surface of the funnel-like body and move toward said open end portion of the funnel-like body.
    • 本发明提供了一种用于进行静电喷涂的方法和装置,通过该方法和装置,在待涂覆的物体上获得在光泽度,硬度,耐候性等特性上均匀的改进的涂层。 涂层使用设置有具有内壁表面和开口端部分的漏斗状体的旋转喷头装置形成。 旋转喷头装置被驱动以使由漏斗状体的内壁表面所包围的旋转轴线转动,并且供给多种涂料,这些涂层材料被排出到 漏斗状体同时通过各自的分离路径,以形成叠加在漏斗状体的所述内壁表面上的各自的层,并且朝向漏斗状体的所述开口端部移动。
    • 10. 发明授权
    • Coating method in coating line and coating apparatus therefor
    • 涂布线及其涂装设备的涂布方法
    • US5565244A
    • 1996-10-15
    • US303749
    • 1994-09-09
    • Masataka MatsuiToshiaki AonoYoshio TanimotoTadamitsu NakahamaTakakazu Yamane
    • Masataka MatsuiToshiaki AonoYoshio TanimotoTadamitsu NakahamaTakakazu Yamane
    • B05B13/02B05D1/00B05D3/02B05D1/02
    • B05D3/0272B05B13/0221B05D1/002B05B13/0452
    • The coating method contains a spraying step in which a paint is sprayed at least on a coating substrate extending in an upward and downward direction to a film thickness thicker than causing sages of the sprayed paint. The coating substrate on which the paint is sprayed is rotated about the horizontal axis while the sprayed paint is dried until it does not sag any more.The coating apparatus includes a carriage conveying the coating substrate arranged to run along the conveying direction, and the carriage is provided with a supporting base for supporting the coating substrate rotatively about the horizontal axis. One embodiment for rotating the substrate supported by the supporting base is a spring that is disposed on the carriage to rotate the substrate by means of a restoring force produced by the spring. On the passage for conveying the carriage is disposed a force storing mechanism for storing the restoring force in the spring that released the restoring force.Another embodiment therefor is a combination of a chain disposed along the conveying passage for the carriage with a sprocket disposed on the carriage. The sprocket is engagable with the chain and operatively coupled to the coating substrate. By disposing the chain in a fixed manner, on the one hand, the substrate is cause to rotate as the carriage is being conveyed. By dividing the chain, on the other, the substrate is caused to rotate while the conveyance of the carriage is suspended.
    • 涂布方法包括喷涂步骤,其中至少在涂覆基材上喷涂涂料,所述涂布基材沿上下方向延伸至厚度大于使喷涂涂料发光的膜厚度。 喷涂涂料的涂料基体围绕水平轴线旋转,同时喷涂的涂料被干燥直至不再下垂。 该涂布装置包括:传送涂布基板的托架,布置成沿着传送方向延伸;滑架设置有用于围绕水平轴线可旋转地支撑涂布基板的支撑基座。 用于旋转由支撑基座支撑的基板的一个实施例是设置在滑架上以通过由弹簧产生的恢复力旋转基板的弹簧。 在用于输送托架的通道上设置有用于存储释放恢复力的弹簧中的恢复力的力存储机构。 其另一个实施例是沿着用于滑架的输送通道设置的链条与设置在托架上的链轮一起的组合。 链轮可与链接并且可操作地耦合到涂层基底。 通过以固定的方式设置链条,一方面,当托架正在被输送时,使基板转动。 通过分割链条,另一方面,当托架的传送被悬挂时,使基板旋转。