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    • 2. 发明专利
    • COATING DEVICE
    • JP2001129449A
    • 2001-05-15
    • JP31537499
    • 1999-11-05
    • TOYOTA AUTO BODY CO LTD
    • ABE YOSHIYUKIYUCHI AKIHIKO
    • B05B15/12B05B12/00B62D65/00
    • PROBLEM TO BE SOLVED: To provide a coating device improved in the working efficiency of a coating robot regardless of the quantity of the production by solving problems that the ratio of the non-working time such as the color changing in the coating robot is increased to decrease the working efficiency when the quantity of production is decreased, for example, in a coating line of a body for automobile, in which conventionally many robots are provided on the assumption that a work is moved at a high speed corresponding to the maximum production. SOLUTION: Plural coating moduli A and B each having a same coating process are arranged in parallel, the production capacity of each of the coating moduli A and B is set for small production and the production capacity is increased by simultaneously operating the plural coating moduli A, B and is decreased by stopping, the coating modulus B. As a result, the number of the coating robots 11, 21 in each of the coating moduli A and B enables to be decreased to increase the working efficiency of the robots.
    • 3. 发明专利
    • Coating gun
    • JP2004167397A
    • 2004-06-17
    • JP2002336796
    • 2002-11-20
    • Toyota Auto Body Co Ltdトヨタ車体株式会社
    • NISHIDA AKIRAYOSHIHARA MITSUHIROABE YOSHIYUKI
    • B05B7/08
    • PROBLEM TO BE SOLVED: To provide a coating gun which has a miniaturized head thereof and can diffuse atomized coating material widely.
      SOLUTION: The coating gun is provided with a coating material discharge port 22b for discharging the coating material, an atomizing air blowing port 32b which releases air for atomizing the coating material released from the coating material discharge port 22b and a plurality of pattern air blowing ports 34b which are formed around the atomizing air blowing ports 32b at a nearly equal interval and release the air so as to intersect the scattering direction of the atomized coating material. The respective pattern air passages 34 are formed linearly, virtual axial lines Jp of the respective pattern air passages 34 which are extended in the air releasing directions are inclined to the same side with respect to a virtual straight line L connecting the center Cf of the corresponding pattern air blowing port and the center C0 of the coating material releasing port when observing the coating material discharge port 22b from the front and the angle of inclination is set to 0° to 90°.
      COPYRIGHT: (C)2004,JPO
    • 6. 发明专利
    • COATING METHOD FOR METALLIC COATING MATERIAL
    • JPH06134391A
    • 1994-05-17
    • JP30819992
    • 1992-10-22
    • TOYOTA AUTO BODY CO LTD
    • ABE YOSHIYUKI
    • B05D5/06B05D7/14
    • PURPOSE:To improve productivity and coating finish in the coating of automobile body, etc., by specifying the axial central direction of air atomization coating guns, injecting a coating material from the one gun and air or coating material from another gun and acting both on each other during flying, thereby lowering the collision speed against a material to be coated. CONSTITUTION:The axial centers 111,112 of the air atomization coating guns (hereafter described simply as the 'guns') 11, 12 are respectively set at 0 to 30 deg. disposition angle A, B with a perpendicular 71 on the coating surface of the material 7 to be coated. The metallic coating material 6 is injected from the gun 11 and only the air 5 from the gun 12, respectively under the same injection pressure. Pigments 61 under flying toward the material 7 to be coated receive the interference of the reflected air 51 which is injected by the gun 12 and is reflected by the material 7 to be coated to lower the collision speed thereof. As a result, the orientability of the pigments 61 on the coating surface are randomized and the coating free from lightness differences and color tone differences is attained.