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    • 1. 发明授权
    • Fluid dispensing system
    • 流体分配系统
    • US6010740A
    • 2000-01-04
    • US941855
    • 1997-09-30
    • Clinton W. RutledgeMichael GodfreyIan J. BuckleyWilliam W. Weil
    • Clinton W. RutledgeMichael GodfreyIan J. BuckleyWilliam W. Weil
    • G03G15/10B05B12/04B05C5/02B21D51/30B65B7/00B05D1/00
    • B05C5/022B05C5/0216B05C5/0225
    • An apparatus and method for controlling the opening of a solenoid actuated valve in a sealant dispensing gun are disclosed. A proximity sensor is provided adjacent a portion of the needle valve stem in order to sense when the needle valve has reached its open position. A dispense timer is initiated when the proximity sensor indicates that the needle valve has reached its open position. In this manner, the needle valve may be maintained in its open position for the desired dispense time only without regard to the response time of the solenoid device. Also disclosed is an apparatus and method for adjusting the valve open limit of a sealant dispensing device which incorporates a solenoid or motor actuated valve open limit device. A flow sensor is located in-line with the sealant supply path of a dispensing gun in order to monitor the dispense weight during each valve open cycle. A moving average of the dispense rates may then be calculated and compared to predetermined limits. If the limits are exceeded, the processor the processor automatically adjusts the solenoid or motor actuated valve open limit device in the proper direction in order to bring the dispense rate back into the proper dispense rate range.
    • 公开了一种用于控制密封剂分配枪中的电磁致动阀的打开的装置和方法。 在针阀杆的一部分附近设置接近传感器,以便在针阀到达其打开位置时感测。 当接近传感器指示针阀已经达到其打开位置时,启动分配定时器。 以这种方式,针阀可以保持在其打开位置以达到期望的分配时间,而不考虑螺线管装置的响应时间。 还公开了一种用于调节密封剂分配装置的阀开启极限的装置和方法,其包括螺线管或电动机致动阀开启极限装置。 流量传感器与分配枪的密封剂供应路径成一直线,以便在每个阀打开循环期间监测分配重量。 然后可以计算分配速率的移动平均值并将其与预定限制进行比较。 如果超出极限值,则处理器处理器将自动调整电磁阀或电动阀驱动的阀门开启极限装置的正确方向,以使分配速率恢复到适当的分配速率范围。
    • 2. 发明授权
    • Apparatus and method for moving articles to desired locations
    • 将物品移动到所需位置的装置和方法
    • US5636447A
    • 1997-06-10
    • US227450
    • 1994-04-14
    • Gary L. YountRoger L. KobakWilliam J. KeenerClinton W. Rutledge
    • Gary L. YountRoger L. KobakWilliam J. KeenerClinton W. Rutledge
    • F26B25/00
    • F26B25/001
    • Apparatus for moving articles, such as lids for containers, from one location to other locations depending on processing requirements of a manufacturing operation wherein a continuous supply of lids are separated into units, each having a plurality of lids, which units are moved into a plurality of infeed stations and transferred to one of a plurality of inclined generally planar surfaces in spaced apart generally parallel relationship and wherein the lids roll over the inclined generally planar surfaces under the influence of gravity and wherein the transfer of a unit from an infeed station to one of the plurality of inclined generally planar surfaces and the movement thereover is controlled by a plurality of pivotally mounted gates. Heating means are provided for curing a heat curable coating on portions of the lids when necessary. Also, storage trays are provided so that the longitudinal axis of a plurality of lids can be aligned with the longitudinal axis of one of a plurality of compartments in the tray and the plurality of lids can be pushed into or removed from one of the compartments.
    • 根据制造操作的处理要求将诸如容器盖的物品移动到容器的盖子的装置,其中连续供应的盖子被分成单元,每个单元具有多个盖子,这些单元被移动到多个单元中 的馈电站并且以间隔开的大致平行关系转移到多个倾斜的大致平坦的表面中的一个,并且其中盖在重力的影响下在倾斜的大致平坦的表面上滚动,并且其中单元从馈电站到一个 的多个倾斜的大致平坦的表面,并且其上的运动由多个可枢转地安装的门控制。 提供加热装置用于在必要时固化盖子的部分上的可热固化涂层。 而且,提供存储托盘,使得多个盖子的纵向轴线可以与托盘中的多个隔室中的一个的纵向轴线对准,并且多个盖子可以被推入或从其中一个隔室移除。
    • 3. 发明授权
    • Fluid dispensing system and method for container closure members
    • US06547878B2
    • 2003-04-15
    • US10016802
    • 2001-10-29
    • Clinton W. RutledgeTracy J. Fowler
    • Clinton W. RutledgeTracy J. Fowler
    • B05C1300
    • B05C5/0216
    • A sealant dispensing system is disclosed which is capable of applying sealant material to irregularly shaped, i.e., non-circular, closure members. To accomplish this, the closure member is loaded onto a rotary chuck in a conventional manner. The sealant applying gun, however, is moveable relative to the end. In this manner, through a combination of rotation of the closure member and movement of the gun, the gun is able to follow the outline of a closure member of any shape. In order to allow non-circular closure members to be loaded onto a chuck, the chuck must first be stopped. After the closure member is loaded, chuck rotation is then initiated. In order to allow this selective chuck rotation, the chuck may be attached to a servo motor. An electromagnet may be located in proximity to each chuck of the sealant dispensing system. In this manner, the electromagnet may be activated during loading of the end of the closure member onto the chuck and then deactivated when it is time to unload the closure member from the chuck. In an indexing type sealant dispensing system, the shuttle mechanism may be driven by a cam device, rather than a conventional crank mechanism. The cam device allows the motion characteristics of the shuttle mechanism to be precisely controlled such that machine cycle time can be reduced.
    • 4. 发明授权
    • Pivoting fluid dispensing method
    • 枢轴液体分配方法
    • US06391387B1
    • 2002-05-21
    • US09447448
    • 1999-11-22
    • Clinton W. RutledgeTracy J. Fowler
    • Clinton W. RutledgeTracy J. Fowler
    • B05D700
    • B05C5/0216
    • A sealant dispensing system is disclosed which is capable of applying sealant material to irregularly shaped, i.e., non-circular, closure members. To accomplish this, the closure member is loaded onto a rotary chuck in a conventional manner. The sealant applying gun, however, is moveable relative to the end. In this manner, through a combination of rotation of the closure member and movement of the gun, the gun is able to follow the outline of a closure member of any shape. In order to allow non-circular closure members to be loaded onto a chuck, the chuck must first be stopped. After the closure member is loaded, chuck rotation is then initiated. In order to allow this selective chuck rotation, the chuck may be attached to a servo motor. An electromagnet may be located in proximity to each chuck of the sealant dispensing system. In this manner, the electromagnet may be activated during loading of the end of the closure member onto the chuck and then deactivated when it is time to unload the closure member from the chuck. In an indexing type sealant dispensing system, the shuttle mechanism may be driven by a cam device, rather than a conventional crank mechanism. The cam device allows the motion characteristics of the shuttle mechanism to be precisely controlled such that machine cycle time can be reduced.
    • 公开了一种密封剂分配系统,其能够将密封剂材料施加到不规则形状,即非圆形封闭构件。 为了实现这一点,封闭构件以常规方式装载到旋转卡盘上。 然而,密封剂施加枪相对于端部是可移动的。 以这种方式,通过关闭构件的旋转和枪的移动的组合,枪能够跟随任何形状的关闭构件的轮廓。 为了允许将非圆形封闭构件装载到卡盘上,卡盘必须首先停止。 在封闭构件被装载之后,开始卡盘旋转。 为了允许该选择性卡盘旋转,卡盘可以附接到伺服电动机。 电磁体可以位于密封剂分配系统的每个卡盘附近。 以这种方式,在将封闭构件的端部加载到卡盘上之前,可以启动电磁体,然后当它从卡盘卸载封闭构件时,电磁体被激活。 在分度式密封剂分配系统中,梭机构可以由凸轮装置驱动,而不是常规的曲柄机构。 凸轮装置允许精确地控制梭机构的运动特性,从而可以减少机器循环时间。