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    • 2. 发明公开
    • PAINTING METHOD AND PAINTING FACILITY
    • LACKIERVERFAHREN UND LACKIERANLAGE
    • EP3147035A1
    • 2017-03-29
    • EP15795732.5
    • 2015-04-09
    • Taikisha, Ltd.
    • MANABE KeijiTAGOMORI Takaaki
    • B05D1/02B05B13/02B05B15/12B05D1/36B25J15/04
    • B05B13/0431B05B12/006B05B12/122B05B13/0221B05B14/412B05B14/43B05B15/72B05B16/00B05B16/20B05D1/02B25J9/0084B25J11/0075B25J15/0052B25J15/0441B25J15/0616
    • After completion of a preceding painting in a preceding painting area (2'), by an action of a preceding painting robot (6'), a painting object (object to be painted) (W) is caused to be held together with a holder (8) by a transfer section (20) near two painting areas (2'), (2"). In succession, with maintaining connection between the painting object (W) and the holder (8), connection between an arm leading end portion (7a) of the preceding painting robot (6') and the holder (8) is released. Thereafter, by an action of a subsequent painting robot (6"), an arm leading end portion (7a) of the subsequent painting robot (6") with keeping its connection to the painting object (W) is connected to the holder (8) held to the transfer section (20). With this, in the course of transfer of the painting object (W) between the painting robots (6'), (6") for displacing the painting object (W) relative to a spraying means (4), a relative positional relation between the arm leading portions (7a) of the painting robots (6'), (6") and the painting object (W) can be maintained same.
    • 在前一个绘画区域(2')中完成前一次绘画之后,通过前一个绘画机器人(6')的动作,使一个绘画对象(待绘画的对象)(W)与一个保持器 (2),(2“)附近的转印部(20),连续地保持涂漆对象(W)和保持器(8)之间的连接,臂前端 之后,通过后续的涂装机器人(6“)的动作,将后续的涂装机器人的臂前端部(7a) (W)的连接部(6“)与保持在转印部(20)的保持架(8)连接,由此,在涂装物(W) 用于相对于喷涂装置(4)移动所述涂漆物体(W)的机器人(6'),(6“),所述臂引导部分(7a)之间的相对位置关系 绘画机器人(6'),(6“)和绘画对象(W)可以保持相同。
    • 4. 发明公开
    • PAINT DRYING OVEN
    • LACKTROCKNUNGSOFEN
    • EP0803296A1
    • 1997-10-29
    • EP96942980.2
    • 1996-10-02
    • Taikisha, Ltd.
    • WATANABE, MakotoOHASHI, IsaoUMEDA, HisashiHAYASHI, KojiKUSUNOKI, Gen
    • B05C9/14F26B13/10F26B21/04
    • F26B23/022B05B16/60F26B3/283F26B3/305F26B15/12F26B23/02F26B2210/12
    • A paint drying oven for baking a paint film of a painted article for drying following a painting process. In a conventional device, an indirect heating system is used so as to avoid the generation of a reaction product affecting the paint film quality, this resulting in a great thermal loss, and therefore higher device cost and larger installation space. A combustion type heating device (19b, 19c) is provided in which in-oven heating means (Hb, Hc) are installed at the portions of fresh air paths (18b, 18c) usptream of connecting points between in-oven air circulation paths (9b, 9c) and the fresh air paths (18b, 18c) and which heats circulating fresh air (OA). This combustion type heating device (19b, 19c) is of a direct heating type in which fuel is burned directly in the atmosphere of the circulating fresh air (OA) which is to be heated, and therefore the above problems inherent in the prior art can be solved.
    • 一种用于烘烤涂漆物品的漆膜的油漆干燥炉,用于在涂漆过程之后进行干燥。 在常规装置中,使用间接加热系统以避免产生影响涂膜质量的反应产物,导致大的热损失,因此装置成本更高,安装空间更大。 提供一种燃烧式加热装置(19b,19c),其中,加热装置(Hb,Hc)安装在新鲜空气路径(18b,18c)的部分内部炉内空气循环路径 9b,9c)和新鲜空气路径(18b,18c),并且加热循环的新鲜空气(OA)。 该燃烧式加热装置(19b,19c)是在被加热的循环新鲜空气(OA)的气氛中直接燃烧燃料的直接加热型,因此现有技术中固有的上述问题可以 要解决
    • 6. 发明公开
    • Method of maintaining an artificial snow layer
    • 保持人造雪层的方法
    • EP0658732A2
    • 1995-06-21
    • EP95100473.8
    • 1992-04-08
    • TAIKISHA, LTD.
    • Morioka, KojiKasahara, Ko
    • F25C3/04
    • F25C3/04F25C2303/0481
    • A method of forming an artificial snow layer (3) is disclosed. Water content is added to to atmosphere (7) above a floor by a humidifying device (13), or water mist is added to the atmosphere (7) by a water-mist supplying device. The water content or the water mist is frost-frozen by a refrigerating device (6) incorporated at the floor, thus forming on the floor an accumulated frost layer as an artificial snow layer (3). A method of maintaining the formed artificial snow layer (3) is also disclosed. After the formation of the artificial snow layer (3), an atmosphere refrigerating device (12) is stopped or reduced in its operation so as to release the maintenance of the atmosphere below the freezing point. Then, the refrigerating device of the floor (6) is operated to prevent melting of the formed artificial snow layer (3) so as to prevent coagulation of water content in said atmosphere (7) on a surface of the artificial snow layer (3) through humidity adjustment of the atmosphere by a humidity adjusting device.
    • 公开了一种形成人造雪层(3)的方法。 通过加湿装置(13)将水分添加到地板上方的大气(7)中,或者通过水雾供应装置将水雾添加到大气(7)中。 水分或水雾通过组装在地板上的制冷装置(6)进行冷冻,由此在地面上形成作为人造雪层(3)的积聚霜层。 还公开了保持形成的人造雪层(3)的方法。 在形成人造雪层(3)之后,气氛制冷装置(12)停止或减少其操作,以释放维持在冰点以下的气氛。 然后,操作地板(6)的制冷装置以防止所形成的人造雪层(3)融化,以防止所述气氛(7)中的水分在人造雪层(3)的表面上凝结, 通过湿度调节装置调节大气的湿度。
    • 8. 发明公开
    • Method of forming artificial snow surface, ice crusher machine used in the method and method of maintaining snow surface
    • 一种用于生产人造雪盖,用于破冰船和方法,用于保持该雪过程。
    • EP0541867A1
    • 1993-05-19
    • EP91310436.0
    • 1991-11-12
    • TAIKISHA, LTD.
    • Morioka, Koji
    • F25C3/04
    • F25C3/04F25C2303/042
    • A method of forming an artificial snow surface and an ice crusher machine used in the method are disclosed. Also disclosed is a method of maintaining a snow surface. The surface forming method has the steps of spraying water onto a floor incorporating a refrigerating unit; freezing the water by the refrigerating unit to form an ice layer on the floor; shaving a surface of the ice layer to generate artificial snow consisting of fine ice particles; and forming an artificial snow layer having an artificial snow surface by leaving the shaved snow on the remain of the ice layer in the course of the shaving step. The ice crushing machine has a self-propeling device for propelling the machine body on the ice layer while shaving the surface of the layer to produce fine ice particles behind the propelling path of the machine. The surface maintaining method has the step of dehumidifying air present adjacent the snow surface to avoid frosting of water content in the air on the surface.
    • 人造雪面的形成的方法和该方法中使用的碎冰机机中游离缺失光盘。 所以盘游离缺失是维护雪表面的方法。 表面的形成方法具有将水喷到地板装有一个制冷单元的工序; 由制冷单元的冷冻水,以形成在地板上的冰层; 剃刮冰层的表面,以产生人造雪细小冰粒由......组成; 并且通过使在剃削步骤的过程中保持在冰层的剃雪上形成在人造雪表面具有人造雪层。 碎冰机具有用于推进冰层在机体而剃须的层的表面,以产生机器的推进路径后面细小冰粒的自propeling设备。 表面维护方法具有空气除湿本邻雪面,以避免在表面上的空气的水含量结霜的步骤。