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    • 86. 发明公开
    • ADHESIVE APPLYING APPARATUS
    • VORRICHTUNG ZUM AUFTRAGEN VON KLEBSTOFF
    • EP0838268A4
    • 2003-05-02
    • EP97918405
    • 1997-05-12
    • MATSUSHITA ELECTRIC IND CO LTD
    • KAKISHIMA NOBUYUKIWACHI AKIHIKONAKAHIRA HITOSHIMIBUCHI TAKAYUKI
    • B05C5/00B05B15/02B05C5/02B05C11/00B05C11/10H05K13/04
    • B05C11/1034B05B15/0208B05C5/0208H05K13/0469Y10T156/1798
    • An adhesive applying apparatus comprises an adhesive applying nozzle (1), an elevation drive device (B) for elevating the adhesive applying nozzle, a preliminarily coating station (6) provided on an upper surface thereof with a tape (5) to be preliminarily coated, a device (10) supporting a circuit board (4), and an XY direction drive device (30) for effecting relative movements of the adhesive applying nozzle to position the nozzle in a predetermined location in a horizontal direction of the circuit board and said tape. The elevation drive device is constructed to enable optionally setting the lowest position of the adhesive applying nozzle, and there is provided control means (D) for giving the elevation drive device a command for setting the lowest position of the adhesive applying nozzle at a predetermined position above the preliminary coating station.
    • 的粘接剂涂敷装置包括粘接剂涂敷喷嘴(1),升降驱动装置(B)用于提升上述粘接剂涂敷喷嘴,预先涂覆站(6)设置在其上表面用胶带体(5)是预先涂覆 ,一个装置(10)支撑的电路板(4),和用于实现涂敷喷嘴的粘合剂的相对运动到喷嘴定位在预定位置,在电路板的水平方向的XY方向的驱动装置(30)和所述 胶带。 升降驱动装置被构造为能够任选地设置粘接剂的最低位置涂敷喷嘴,并提供了一种用于给升降驱动装置的命令,用于设置上述粘接剂涂敷喷嘴的最下方位置处的预定位置提供的控制装置(d) 在初步涂层站之上。
    • 90. 发明公开
    • A dispensing method and assembly for liquid droplets
    • Vorrichtung und Verfahren zur Verabreichung von Tropfen
    • EP1099484A1
    • 2001-05-16
    • EP99650106.0
    • 1999-11-11
    • THE PROVOST, FELLOWS AND SCHOLARS OF THE COLLEGE OF THE HOLY AND UNDIVIDED TRINITY OF QUEEN ELIZABETH NEAR DUBLIN
    • Shvets, IgorMakarov, SergeiOsing, Juergen
    • B05C11/10B05C11/105F16K31/06B05B1/30
    • B05C11/1034B01L3/0265B01L3/0268B05B1/02B05B1/302B05B1/3053Y10T137/7761Y10T436/2575
    • A dispensing assembly for liquid droplets which comprises a dispenser (40) connected to a liquid carrying pipe (32) which in turn is connected to a source of pressurised liquid. The dispenser has an elongate body member (41) having a main bore (42) connected to the liquid carrying pipe 32. At the other end, the main bore (42) has a valve seat (43) which is connected to a nozzle (44) having a nozzle bore (45) terminating in a dispensing tip (46). A valve boss (47) of a ferromagnetic material covered with a soft polymer (48) is mounted in the main bore (42) and has a cross-sectional area less than that of the main bore (42). A separate valve boss actuating coil assembly comprising upper and lower coils (50) and (51) are provided which are separate from the main body (41) which can be unplugged from both the coils (50) and (51) and from the liquid carrying pipe (32). It is thus a disposable body member (41). In operation the valve boss is accelerated away from the initial position with the valve closed, by the coils (50) and (51) typical for a time of the order of 0.2 to 0.5 ms. The valve is then maintained open and the current in the coils are considerably reduced. The duration of this second phase determines the volume of the droplet dispensed. The second phase can be of duration of 0.1 to 5 ms, which will result in a volume of droplet dispensed in the range of 100 nl to some microlitres. Then in the third phase the valve is closed with a short pulse of a high current, typically in the range of 0.2 to 0.4 ms. The fourth phase is maintaining the valve in the closed position until the next droplet has to be dispensed. There is further disclosed various electrodes to provide drop-off of any droplet on the tip (46) of the nozzle (44). Reflection electrodes are also described in conjunction with various substrates and various means for measuring the volume of droplet is also described.
    • 一种用于液滴的分配组件,其包括连接到液体输送管(32)的分配器(40),分配器又连接到加压液体源。 分配器具有细长本体构件(41),其具有连接到液体输送管32的主孔(42)。另一端,主孔(42)具有阀座(43),其连接到喷嘴 44)具有终止于分配尖端(46)中的喷嘴孔(45)。 覆盖有软质聚合物(48)的铁磁材料的阀座(47)安装在主孔(42)中,其截面积小于主孔(42)的横截面面积。 提供了一个单独的阀座驱动线圈组件,其包括上和下线圈(50)和(51),其与主体(41)分离,主体(41)可以从线圈(50)和(51)和液体 承载管(32)。 因此它是一次性本体构件(41)。 在操作中,通过线圈(50)和(51)的阀门关闭,阀门凸起加速离开初始位置,典型值为0.2至0.5ms的时间。 阀然后保持打开,并且线圈中的电流显着减小。 该第二阶段的持续时间决定了分配的液滴的体积。 第二阶段的持续时间可能为0.1至5 ms,这将导致液滴的体积分配在100 nl至几微升的范围内。 然后在第三阶段中,阀门以大电流的短脉冲闭合,通常在0.2至0.4ms的范围内。 第四阶段是将阀保持在关闭位置,直到必须分配下一个液滴。 还公开了各种电极,以便在喷嘴(44)的尖端(46)上提供任何液滴的脱落。 反射电极也结合各种基板进行描述,并且还描述了用于测量液滴体积的各种装置。