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    • 8. 发明申请
    • DISPENSER FOR MEDIA
    • 媒体分配器
    • WO1991012895A1
    • 1991-09-05
    • PCT/EP1990002279
    • 1990-12-21
    • ING. ERICH PFEIFFER GMBH & CO. KGFUCHS, Karl-Heinz
    • ING. ERICH PFEIFFER GMBH & CO. KG
    • B05B07/14
    • B05B11/062
    • A dispenser (1a) for dispensing a single dose of a powder medium is incorporated in an essentially hermetically sealed medium chamber (12a) with an essentially hermetically sealed compressed air pump (6a). The pump chamber (9a) can be opened to the medium chamber (12a) through an inlet valve (16a) only after a first partial section of the pump stroke, whereupon the compressed air flow fluidizes the powder and expels it in a spurt to the dispenser outlet (14a). A basic body (2a) forms an outer housing (5a) of elongated cross-section with a freely accessible pump cylinder (7a). The dispenser outlet (1a) can be easily gripped at the handles (34a, 35a) with which it is also actuated.
    • 用于分配单剂量粉末介质的分配器(1a)被安装在具有基本上密封的压缩空气泵(6a)的基本上密封的介质室(12a)中。 泵室(9a)只能在泵冲程的第一部分部分之后通过入口阀(16a)打开到介质室(12a),于是压缩空气流将粉末流出并将其排出到喷嘴 分配器出口(14a)。 基体(2a)形成具有可自由接近的泵筒(7a)的细长横截面的外壳体(5a)。 分配器出口(1a)可以容易地夹在其也被致动的手柄(34a,35a)上。
    • 9. 发明申请
    • HAND-OPERATED APPLICATOR FOR MEDIA
    • 手动操作的媒体应用程序
    • WO1989000086A1
    • 1989-01-12
    • PCT/EP1988000598
    • 1988-07-05
    • ING. ERICH PFEIFFER GMBH & CO. KGFUCHS, Karl-Heinz
    • ING. ERICH PFEIFFER GMBH & CO. KG
    • B05B11/06
    • B05B7/0416B05B7/10B05B11/3016B05B11/3018B05B11/3023B05B11/3087
    • In a hand-operated applicator (1), the applicator nozzle (25) has an at least two-stage atomizer (100) in which the medium flow is essentially more finely atomized, for example by the Laval effect, after preliminary atomization due to sudden acceleration by a swivelling current of compressed air. For this purpose, compressed air is fed to the applicator nozzle (25) immediately before the nozzle end orifice (80)) through a separate compressed air channel section (96), from a time immediately before conveying of the medium to a time immediately after conveying of the medium. The compressed air can be produced in a simple fashion by a compressed air pump (50) integral with the medium pump (2) and actuated jointly therewith by a single handle (22). The compressed air pump (50) is located in an extender of the medium pump (2) in the immediate vicinity of its outer end, and its pump cylinder (5) is formed by the cap-shaped handle (22). The compressed air flow can also be directed to other desired points on the applicator (1), for example for cleaning the medium discharge channel (24) as far as the applicator nozzle (25), and incorporated in control functions of valves, in particular discharge valves.
    • 在手动施加器(1)中,施用喷嘴(25)具有至少两级的雾化器(100),其中介质流基本上被更细微的雾化,例如通过拉瓦尔效应,在初步雾化之后,由于 通过压缩空气的旋转电流突然加速。 为此目的,压缩空气从紧接在介质输送到紧接着的时间之后的时间通过单独的压缩空气通道部分(96)被供给到喷嘴端口(80)之前的施加喷嘴(25) 输送介质。 可以通过与中间泵(2)成一体的压缩空气泵(50)以简单的方式制造压缩空气,并通过单个手柄(22)与其一起致动。 压缩空气泵(50)位于介质泵(2)的延伸器中,紧邻其外端,其泵缸(5)由盖形手柄(22)形成。 压缩空气流还可以被引导到施加器(1)上的其它期望的点,例如用于将介质排出通道(24)清洁到施用喷嘴(25),特别是在阀的控制功能中 排放阀。
    • 10. 发明申请
    • HAND-OPERATED APPLICATOR FOR MEDIA
    • 手动操作的媒体应用程序
    • WO1989000085A1
    • 1989-01-12
    • PCT/EP1988000597
    • 1988-07-05
    • ING. ERICH PFEIFFER GMBH & CO. KGGRAF, LotharFUCHS, Karl-HeinzMÄRTE, Leo
    • ING. ERICH PFEIFFER GMBH & CO. KG
    • B05B11/06
    • B05B7/0416B05B7/10B05B11/3016B05B11/3018B05B11/3023B05B11/3087
    • In a hand-operated applicator (1), the medium pump (2) which conveys the medium has an extender in the form of a compressed air pump (50) located in a cap-shaped common handle (22) connected coaxially and directly to the outer end of the medium pump (2). The compressed air pump (50) forces compressed air through a compressed air channel (90), which is separate from the medium conveying system and produces finer spray, into the application nozzle (25) or into other areas of the applicator, for example into the medium discharge channel (24), so that this channel can also be cleaned by purging. The compressed air pump (50) can be designed so that it begins conveying compressed air before the medium pump (2) starts conveying the medium and stops conveying compressed air after the medium pump (2) stops conveying the medium. In addition, an at least two-stage atomizer (100) for additional atomization of a previously atomized medium flow with an air flow from the nozzle is advantageously provided in the region of the applicator nozzle (25).
    • 在手动施加器(1)中,传送介质的介质泵(2)具有一个形式为位于公共把手(22)中的压缩空气泵(50)形式的扩展器 介质泵(2)的外端。 压缩空气泵(50)迫使压缩空气通过压缩空气通道(90),压缩空气通道(90)与介质输送系统分开并产生更精细的喷雾,进入施加喷嘴(25)或施加器的其它区域,例如进入 介质排出通道(24),使得该通道也可以通过清洗来清洁。 压缩空气泵50可以被设计成在介质泵(2)开始传送介质之前开始输送压缩空气,并且在介质泵(2)停止传送介质之后停止输送压缩空气。 此外,在施加喷嘴(25)的区域中有利地设置用于使来自喷嘴的气流另外雾化的预先雾化的介质流的至少两级雾化器(100)。