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    • 1. 发明申请
    • IMPROVED PARTICLE SPRAY GUN
    • 改进粒子喷枪
    • WO1989000460A1
    • 1989-01-26
    • PCT/US1988001520
    • 1988-05-10
    • NORDSON CORPORATION
    • NORDSON CORPORATIONSHARPLESS, JohnKNOBBE, Allen, J.WHITE, Kenneth, AllenCRUM, Gerald, W.
    • B05B05/02
    • B05B5/0533
    • An electrostatic particle spray gun (10) having, in one preferred embodiment, a conical deflector (16) of insulative material mounted in the nozzle (14) in the particle path for forming a conical particle spray pattern. A resistive sheet (44) connected to a high voltage electrostatic supply is sandwiched between the forward (40) and rearward (42) ends of the deflector (16), leaving only the perimeter of the sheet exposed at the peripheral region of the conical deflector. The perimeter of the resistive sheet (44) functions as a multi-point circular electrode for charging the particles such that improved coating transfer efficiencies are achieved. Also, because of the resistive nature of the resistive sheet (44), the sheet constitutes a resistor in the electrical current path between the center of the sheet where it connects to a high voltage terminal and the circular periphery of the sheet which serves as the multiple point charging electrode, thereby minimizing unsafe electrical discharges should the electrode inadvertently approach a grounded object.
    • 在一个优选实施例中,静电颗粒喷枪(10)具有安装在用于形成锥形颗粒喷射图案的颗粒路径中的喷嘴(14)中的绝缘材料的锥形偏转器(16)。 连接到高压静电电源的电阻片(44)夹在偏转器(16)的前(40)和后(42)端之间,仅留下在圆锥形偏转器的周边区域露出的片的周边 。 电阻片(44)的周边用作用于对颗粒充电的多点圆形电极,从而实现改进的涂层转移效率。 此外,由于电阻片(44)的电阻性质,片材构成了电阻线圈,该电阻线路连接到高电压端子的片材的中心与用作片状物的片材的圆形周边之间的电流路径 多点充电电极,从而如果电极不经意地接近接地物体,则最小化不安全的放电。
    • 5. 发明申请
    • SELF-SEATING TONING SHOE FOR ELECTROSTATIC DRUM PRINTERS
    • 静电喷墨打印机的自动贴膜
    • WO1987006860A1
    • 1987-11-19
    • PCT/US1987000865
    • 1987-04-16
    • PRECISION IMAGE CORPORATION
    • PRECISION IMAGE CORPORATIONDAY, Gene, F.
    • B05B05/02
    • G03G15/0142G03G15/10G03G15/101G03G15/11G06K15/14
    • A toner applicator assembly (18) for electrostatic drum printers featuring a toning shoe (17) with a biasing mechanism (32) in which the toning shoe is biased only at a single point (40). The toning shoe scans a sheet (13) having an electrostatic latent image supported on a rotating drum (11), in a helical path, and applies liquid developer to the sheet to develop the latent image. The toning shoe has a normal orientation which is skewed with respect to the drum's rotation axis (z) so as to follow a helical path. The toning shoe is movable with respect to three degrees of freedom ( theta , O &cir& /, psi ) relative to the normal orientation so as to automatically adjust its orientation to match the orientation of the sheet.
    • 一种用于静电鼓打印机的调色剂涂抹器组件(18),其特征在于具有偏置机构(32)的调色鞋(17),其中调色鞋仅在单个点(40)处被偏置。 调色鞋以螺旋状的方式扫描具有支撑在旋转鼓(11)上的静电潜像的片材(13),并将液体显影剂施加到片材上以显影潜像。 调色鞋具有相对于鼓的旋转轴线(z)倾斜的正常取向,以便遵循螺旋路径。 调色鞋相对于法线方向可相对于三个自由度(θ,o和cir,和/或psi)移动,以便自动调整其取向以匹配片材的取向。
    • 8. 发明申请
    • A METHOD FOR SUPPLYING AN ELECTRICALLY CONDUCTIVE, FLOATING MEDIUM AND A DEVICE FOR PERFORMING THE METHOD
    • 用于提供电导体,浮动介质和用于执行方法的装置的方法
    • WO1987005832A1
    • 1987-10-08
    • PCT/SE1987000149
    • 1987-03-23
    • TILLY, Leif
    • B05B05/02
    • B05B5/1666B05B5/1625
    • A method for supplying an electrically conductive, floating medium, e.g. paint, from a storage system (11) via a feed conduit to a consumption station (12) in which is incorporated an electrostatically chargeable distribution device (29), e.g. a paint spraying gun, for treatment, e.g. painting of treatment units, whereby the medium is supplied to an intermediate storage forming part of the feed conduit between the consumption station and the storage system, and which feed conduit is adapted to be interrupted electrically and physically between the storage system and the intermediate storage by means of an interruption unit. The purpose is to prevent the electrostatic charge in the spraying nozzle from being transferred to the storage system of the painting plant. This has been solved in that the medium is pumped from the storage system via a first feed conduit to a first closed valve part forming part of said interruption unit, the second valve part of which, which is connected to a second feed conduit, at interconnection thereof establishes a closed medium connection between the feed conduits, that the medium during the interconnection period of the valve parts is pumped to the intermediate storage, whereby the electrostatical charging is interrupted, and that after disconnection of the valve parts the medium is subjected to pressure in the intermediate storage and during electrostatical charging is supplied to the distribution device.
    • 一种用于提供例如导电的浮动介质的方法。 从储存系统(11)经由进料管道到消耗站(12),其中结合有可静电充电的分配装置(29),例如, 喷漆枪,用于处理,例如。 处理单元的涂漆,由此将介质供应到形成消耗站和存储系统之间的进料管道的一部分的中间储存器,并且哪个进料管道适于在存储系统和中间储存器之间电和物理地中断 中断单元的装置。 目的是防止喷嘴中的静电电荷转移到涂装厂的储存系统。 已经解决了这样的问题:介质从存储系统经由第一供给管道被泵送到形成所述中断单元的一部分的第一闭合阀部件,其第二阀部分连接到第二进料管道处于互连 其在进料管道之间建立了一个封闭的介质连接,在阀部件的互连期间的介质被泵送到中间储存器,由此中断静电充电,并且在阀部件断开之后,介质受到压力 在中间存储器中并且在静电充电期间被提供给配电装置。
    • 9. 发明申请
    • ELECTROSTATIC DEVICE FOR POWDER SPRAYING WITH TRIBOELECTRIC POWDER CHARGING
    • 用三氧化硅粉末喷涂粉末的静电装置
    • WO1987004088A1
    • 1987-07-16
    • PCT/DE1987000004
    • 1987-01-09
    • ESB ELEKTROSTATISCHE SPRÜH- UND ...VÖHRINGER, Gerhard, FriedrichPFEIFER, Kurt
    • ESB ELEKTROSTATISCHE SPRÜH- UND ...
    • B05B05/02
    • B05B5/047
    • A stream of carrier gas with powder particles is introduced at the feeding end (2) of a powder pipe (1) in the direction of arrow (3) for coating workpieces. The material of the coating powder, of the powder pipe (1) and of displacement bodies (21, 22) built in the latter have different dielectric constants. At a certain distance from the outlet end (5) is mounted a charging device (12) provided with boosting electrodes (15) projecting inwardly and connected through a protective resistance (15) to a high-voltage supply (17). A rear counter-electrode (7, 26, 27) comprises an earthed conductive body (7). The displacement bodies (21, 22) accelerate the flow of powder particles. The latter come repeatedly in contact with the inner surface (11) of the powder pipe (1) and the displacement bodies (21, 22), communicating negatively charged particles (10) to them, after charge separation, whereas the positively charged particles (4) remain attached to the powder particles. The concentration of negatively (10) and positively (4) charged particles at opposite ends (2, 5) of the pipe is increased through the electrostatic field acting between the boosting electrodes (13) and the counter-electrode (7, 26, 27). The coating powder is thus so highly charged that an outer electrostatic field between a spraying electrode and the workpiece can be dispensed with.
    • 在粉末管(1)的进料端(2)沿箭头(3)的方向引入具有粉末颗粒的载气流,用于涂覆工件。 粉末管(1)的涂层粉末和其中内置的位移体(21,22)的材料具有不同的介电常数。 在与出口端(5)一定距离处安装有充电装置(12),该充电装置(12)具有向内突出并通过保护电阻(15)连接到高压电源(17)的升压电极(15)。 后对置电极(7,26,27)包括接地的导电体(7)。 位移体(21,22)加速粉末颗粒的流动。 后者在电荷分离后与粉末管(1)的内表面(11)和位移体(21,22)反复接触,使带负电的颗粒(10)与它们相通,而带正电的颗粒( 4)保持附着在粉末颗粒上。 通过作用在升压电极(13)和对电极(7,26,27)之间的静电场,管道的相对端(2,5)处的负(10)和正(4)带电粒子的浓度增加 )。 因此涂层粉末具有如此高的充电,可以省去喷涂电极和工件之间的外部静电场。