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    • 82. 发明申请
    • WATER-SPRAY SEPARATOR
    • 湿式洗涤器
    • WO1995019834A1
    • 1995-07-27
    • PCT/EP1995000072
    • 1995-01-10
    • ABB FLÄKT ABENEROTH, Jan-MatsJOSEFSSON, LeifMILOJEVIC, Dragoslav
    • ABB FLÄKT AB
    • B01D47/02
    • B01D47/10B05B14/46B05B14/468F24F3/16F24F13/04F24F13/24Y10S55/46
    • A water-spray separator for purifying particle-polluted discharged air (9) from a working area, especially for purifying discharged air containing paint particles from a spray-painting booth, with a flow duct adjacent to the working area and with a cross-sectional extent set by two spaced duct walls (1, 2) into which the polluted discharged air (9) flows and into which a fluid (8) is introduced to run along the channel walls (1, 2). The duct comprises and inlet (1a, 2a), and adjacent expansion section (1c, 2c), an adjacent deflection section (4) which deflects the flow of discharged air transversely to the direction of flow in the inlet (1a, 2a), an adjacent nozzle (5), an adjacent duct outlet (6) in which there is an abrupt narrowing (7) in the duct cross-section, and a reflector section (3) formed on the duct wall opposite the nozzle (5) against the direction of flow through said nozzle and reflecting the noise generated in the region of the nozzle (5) substantially back towards the nozzle (5).
    • 一种用于从工作室清洗粒子污染的排气风(9),特别是用于清洁排气的空气与从喷漆室邻近于特定的工作空间的涂料粒子,由两个延伸的间隔通道壁湿式洗涤器(1,2)在其横截面形状定义的流道, 到其中的受污染的排气风(9)流动,并且在中,通道壁(1,2)上entlangrinnend,液体(8)被启动。 流动通道包括入口(1A,2A),随后的扩张部(1C,2C),邻接的偏转部(4)横向于所述入口的流动方向偏转排气流入方向(1A,2A),随后的 喷嘴(5),该信道的其上提供的突然降低(7)的横截面的邻接管道出口(6),和一反射器部分(3),其上的喷嘴(5)的方向相反于喷嘴流动方向相反的通道壁(2 )形成和声音所产生的(在喷嘴5的区域)基本上反射回到喷嘴(5)。
    • 83. 发明申请
    • METHOD AND DEVICE FOR SUCTION OF DELETERIOUS SUBSTANCES AT MANUFACTURE OF LARGE PLASTIC DETAILS
    • 用于在制造大型塑料制品时吸收去除物质的方法和装置
    • WO1992005937A1
    • 1992-04-16
    • PCT/SE1991000663
    • 1991-10-03
    • INSTITUTET FÖR VERKSTADSTEKNISK FORSKNINGPALMERS, GöranMAUPOIX, Max
    • INSTITUTET FÖR VERKSTADSTEKNISK FORSKNING
    • B29C41/34
    • B29C37/006B29C35/08B29C41/08B29C41/34B29C70/30Y10S55/46
    • Method for production harmless to the environment of large objects of plastic by conventional plastic material application, and where around the application area is placed in adjustable proportion sealing cover (5, 6), and with the area under the cover connected exhaust air terminal devices (4), whereby the plastic application is carried out through an opening (B) in the cover during simultaneous moderate air flow through the exhaust air terminal devices (4), whereby the smallest required opening (B) in the cover for performing of the work is set and during the plastic application work this opening (B) is moved in correspondence to a change of the position of the present application location, and a device comprising a cassette (2) provided with an exhaust air terminal device (4) ending in its interior, and with a cover sealing against the upper edges of the cassette (2) said cover consisting of at least two cover units (5, 6), which are individually movable on the upper side of the cassette (2) between a completely covering and sealing position on the top side of the cassette and to size and position freely settable opening (B).
    • 通过常规塑料应用对生物对大型塑料物体的环境无害化的方法,并且其周围的应用区域被放置在可调节比例的密封盖(5,6)中,并且覆盖物下方的区域连接排气终端装置( 4),由此在通过排气终端装置(4)同时适度的空气流动期间,通过盖中的开口(B)进行塑料施加,由此,用于执行工作的盖中最小的所需开口(B) 并且在塑料施加作业期间,该开口(B)对应于当前施加位置的位置的变化而移动,并且该装置包括设有排气终端装置(4)的盒(2),该排气终端装置 其内部,并且具有密封抵靠盒(2)的上边缘的盖,所述盖由至少两个盖单元(5,6)组成,所述盖单元可在所述卡的上侧单独移动 (2)在盒的顶侧上的完全覆盖和密封位置之间并且尺寸和位置可自由设定的开口(B)。
    • 86. 发明申请
    • 粉体塗装装置
    • 粉末涂料设备
    • WO2013140647A1
    • 2013-09-26
    • PCT/JP2012/076132
    • 2012-10-09
    • 株式会社デンソー
    • 長谷部 雄太水鳥 和典木田 耕二
    • B05B5/08B05B5/025B05B15/04B05C9/10
    • B05B15/1214B05B5/001B05B5/025B05B5/08B05B5/081B05B5/082B05B5/12B05B7/1486B05B13/0228B05B16/40Y10S55/46Y10S118/07
    • 本発明は、金属円筒体(1)の内周面(2)を保持して回転させる回転ステージ(3)と、回転ステージ(3)に保持された金属円筒体(1)の一部を、金属円筒体(1)が回転可能な状態で覆う第1のブース(10)と、所定の内部空間(21)を隔てて第1のブース(10)を収容する第2のブース(20)と、第2のブース(20)の外側に位置する1つの粉体塗料の注入口(31)及び第1のブース(10)内で自由に位置を変更でき、金属円筒体(1)の表面部分に対向する複数の粉体塗料の噴口(32)を有する粉体塗料導入ノズル(30)と、を備える粉体塗装装置(5)である。 当該構成により、粉体塗装装置において、粉体塗料の金属円筒体への付着率を向上させ、粉体塗料の最終利用率を向上できる。
    • 本发明是一种粉末涂覆装置(5),其具有:用于保持和旋转金属圆筒(1)的内周面(2)的旋转台(3); 在金属圆筒(1)能够旋转的状态下,用于覆盖保持在旋转台(3)上的金属圆筒(1)的一部分的第一展位(10) 第二展台(20),用于将第一展位(10)容纳在其间的预定内部空间(21); 和具有位于第二间隔室(20)的外侧的一个粉末涂料入口(31)的粉末涂料引入喷嘴(30),以及多个粉末涂料排出口(32),其面向 金属缸(1),排出口(32)在第一展位(10)内的位置是可自由变化的。 通过这种结构,可以提高粉末涂料对金属圆筒的粘附速度,并且可以在粉末涂布装置中提高粉末涂料的最终利用率。
    • 88. 发明申请
    • FLUID WASHER FOR A SPRAY BOOTH
    • 流体喷雾器
    • WO2005080005A1
    • 2005-09-01
    • PCT/US2004/003592
    • 2004-02-06
    • THIERICA, INC.MCGOUGH, Louis, F.
    • MCGOUGH, Louis, F.
    • B05B15/12
    • B05B14/44B05B14/46B05B16/95Y10S55/46Y10S118/07
    • A water washer for a spray booth includes a gas exhaust duct (100), an exhaust fan and a fluid pump (116). The duct includes an entrance (130) and an exit (132), with the entrance of the duct including a plurality of apertures. The entrance of the duct is positioned to receive a gas mixed with a spray from a spray application area of a spray booth. The exhaust fan (104) is positioned to draw the gas from the spray application area into the gas exhaust duct. The fluid pump is coupled to a source of fluid and a fluid supply pipe, which is positioned to direct a fluid into the plurality of apertures at the entrance of the enclosure and thereby remove overspray from the gas drawn from the spray application area.
    • 用于喷雾室的水洗涤器包括排气管道(100),排气风扇和流体泵(116)。 管道包括入口(130)和出口(132),管道的入口包括多个孔。 管道的入口被定位成接收与来自喷雾室的喷涂应用区域的喷雾混合的气体。 排气风扇(104)被定位成将气体从喷涂应用区域抽吸到排气管道中。 流体泵耦合到流体源和流体供应管,其定位成将流体引导到外壳入口处的多个孔中,从而从喷雾施加区域抽出的气体去除过量喷雾。
    • 89. 发明申请
    • IMPROVED PAINTING BOOTH, PREFERABLY OF THE ELECTROSTATIC PAINTING TYPE
    • 改进的绘画笔,优雅的静电画类型
    • WO01081006A1
    • 2001-11-01
    • PCT/EP2001/004358
    • 2001-04-17
    • B05B15/12
    • B05B14/41B05B14/48Y02P70/36Y10S55/46Y10S118/07
    • A painting booth, which comprises: a frame which supports a plurality of movable walls (3) made of deformable material, whose internal surfaces bound a volume which can contain objects to be painted, at least one distributor being arranged inside the volume and being suitable to distribute painting powders meant to be applied to the surface of the objects to be painted; and removal means (10) which are suitable to interact operatively with the movable walls, so as to facilitate the removal of residual painting powders which deposit on their internal surfaces; and actuation means (6, 7, 11) which are suitable to move the movable walls with respect to the removal means. The particularity of the invention consists of the fact that the actuation means comprise coupling means (11) for coupling to said movable walls, which are suitable to move the movable wall so as to keep the internal surfaces constantly taut.
    • 一种绘画室,包括:框架,其支撑由可变形材料制成的多个可移动壁(3),其内表面结合有可容纳待涂漆物体的体积,至少一个分配器布置在体积内并且适合 将涂料粉末分散在被涂物品的表面上; 和移除装置(10),其适于与可移动壁操作地相互作用,以便于去除沉积在其内表面上的残留喷涂粉末; 以及适于相对于移除装置移动可移动壁的致动装置(6,7,11)。 本发明的特殊之处在于,致动装置包括用于联接到所述可移动壁的联接装置(11),该装置适于移动可动壁,以保持内表面不断拉紧。
    • 90. 发明申请
    • DISCRETE VENTURI GAS SCRUBBER SYSTEM
    • 分离VENTURI气体系统
    • WO01047621A1
    • 2001-07-05
    • PCT/US2000/032562
    • 2000-11-29
    • B01D47/10B05B15/12
    • B01D47/10B05B14/46B05B14/468Y10S55/46
    • A discrete pod gas scrubber system for removing contaminants from the air of a work area, such as a paint spray booth (22). Each scrubber pod (26) includes an inlet section (42) having opposed diverging walls (48, 52) and side walls communicating with the inlet section through a reduced diameter venturi (50), and an outlet section (46) having a bottom wall (60) perpendicular to the longitudinal axis of the scrubber pod, a diverging top wall (62) and an end wall. The end wall includes an orifice opening (80) and orifice plates (70, 72) for adjusting the orifice opening and the combined lengths of the aligned scrubber pods are between fifty and ninety percent of the total length of the scrubber system, more preferably between sixty percent and eighty five percent of the total length. The scrubber system of this invention significantly reduces the noise generated in the work area normally located above the gas scrubber system.
    • 用于从工作区域的空气中除去污染物(例如喷漆室(22))的独立的荚式气体洗涤器系统。 每个洗涤器容器(26)包括具有相对的发散壁(48,52)的入口部分(42)和通过减小直径的文丘里管(50)与入口部分连通的侧壁,以及具有底壁 (60),垂直于洗涤器舱的纵向轴线,发散的顶壁(62)和端壁。 端壁包括用于调节孔口的孔口(80)和孔板(70,72),并且排列的洗涤器荚的组合长度在洗涤器系统的总长度的百分之五十到百分之九十之间,更优选在 百分之六十和百分之八十五。 本发明的洗涤器系统显着降低了通常位于气体洗涤器系统上方的工作区域中产生的噪声。