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    • 51. 发明授权
    • Industrial solid detergent dispenser and cleaning system
    • 工业固体洗涤剂分配器和清洁系统
    • US5137694A
    • 1992-08-11
    • US277898
    • 1988-11-30
    • James L. CopelandHenry A. SnyderSherwood A. BergseidThomas H. Indieke
    • James L. CopelandHenry A. SnyderSherwood A. BergseidThomas H. Indieke
    • A47L15/44B01F1/00
    • A47L15/4436B01F1/0027B01F5/10Y10T137/034Y10T137/2509Y10T137/4891Y10T137/85954
    • A cleaning system and dispenser are disclosed which feature a reservoir for retaining a liquid detergent solution; a chamber for retaining a mass of solid, dissolvable detergent; a measurement device for measuring the concentration of detergent in the liquid detergent solution; and a flow control device for circulating the liquid detergent solution from the reservoir into contact with the solid detergent so as to dissolve a portion of the solid detergent and increase the concentration of detergent in the liquid detergent solution. The circulation of the liquid detergent solution is in response to a signal from the concentration measuring device that the concentration of detergent in the liquid detergent solution has fallen below a predetermined minimum. The dispenser also includes a measurement device for measuring the volume of solution in the reservoir and for adding fresh water to the reservoir when the volume of solution is below a predetermined minimum. The dispenser also includes flow control apparatus for dispensing the solution from the reservoir to a use point.
    • 公开了一种清洁系统和分配器,其特征在于用于保持液体洗涤剂溶液的储存器; 用于保持大量固体,可溶性洗涤剂的室; 用于测量液体洗涤剂溶液中的洗涤剂浓度的测量装置; 以及流量控制装置,用于使来自储存器的液体洗涤剂溶液与固体洗涤剂接触,以溶解一部分固体洗涤剂并增加洗涤剂在液体洗涤剂溶液中的浓度。 液体洗涤剂溶液的循环是响应于来自浓度测量装置的信号,即液体洗涤剂溶液中的洗涤剂的浓度已经降到预定的最小值以下。 分配器还包括用于测量储存器中的溶液体积的测量装置,并且当溶液体积低于预定最小值时,将淡水添加到储存器。 分配器还包括用于将溶液从储存器分配到使用点的流量控制装置。
    • 56. 发明授权
    • Chemical solution filling system
    • 化学溶液灌装系统
    • US5651398A
    • 1997-07-29
    • US624992
    • 1996-03-29
    • James D. DeckerJames L. Copeland
    • James D. DeckerJames L. Copeland
    • B67D7/34B67D7/74B65B1/04
    • B67D7/344B67D7/741Y10T137/87619
    • A method for dispensing and handling chemical solutions by using a dispensing station. The dispensing station includes a cabinet having a fill compartment and at least one concentrate bottle compartment. The cabinet's top wall has a funnel for supporting a dilution gun. The gun is in fluid communication with a water source and has a removable insert containing an aspirator. The insert's outlet tube fits within the cabinet's funnel. A pickup tube extends from the concentrated chemical solution to the gun. A use container such as a spray bottle is sized and configured to fit within the fill compartment. In the preferred embodiment, the concentrate container has a plurality of grooves which are sized and configured to correspond with a plurality of ribs within the concentrate compartments. Additionally, the concentrate compartment's lower portion forms a track to accommodate a bottom portion of the concentrate container.
    • 一种通过使用分配站分配和处理化学溶液的方法。 分配站包括具有填充室和至少一个浓缩瓶隔室的机壳。 机柜顶壁有一个漏斗,用于支撑稀释枪。 枪与水源流体连通,并且具有包含吸气器的可移除插入件。 刀片的出口管装在机柜的漏斗内。 拾取管从浓缩的化学溶液延伸到枪。 诸如喷雾瓶的使用容器的尺寸和构造适于装配在填充隔间内。 在优选实施例中,浓缩物容器具有多个槽,其尺寸和构造适于与浓缩物隔室内的多个肋对应。 此外,浓缩物室的下部形成轨道以容纳浓缩物容器的底部。
    • 57. 发明授权
    • Self-optimizing detergent controller for minimizing detergent set-point
overshoot
    • 自动优化洗涤剂控制器,用于最小化洗涤剂设定点过冲
    • US5556478A
    • 1996-09-17
    • US372052
    • 1995-01-12
    • Daniel F. BradyJohn E. McCall, Jr.Clyde A. BaileyJames L. Copeland
    • Daniel F. BradyJohn E. McCall, Jr.Clyde A. BaileyJames L. Copeland
    • G01N27/10A47L15/44B08B3/10D06F39/02G05B13/02G05D21/00B08B7/04
    • G05B13/024A47L15/0055A47L15/449D06F33/02D06F39/02A47L2301/00A47L2401/20A47L2501/26D06F2202/02D06F2212/02
    • An apparatus and method for programming a detergent controller to vary the detergent concentration set-point according to the time of day and to achieve detergent concentration levels quickly without incurring overshoot. Thus, the present invention insures that the warewashing machine is operated at optimum efficiency and cost. To vary the set-point according to the time of day, the invention combines the features of a microprocessor, a clock and a controller into one unit. The user enters the time setting and set point into the controller. The microprocessor then compares the real-time clock signal with the user time settings and outputs an appropriate set-point value from the microprocessor to the controller. To achieve detergent concentration levels quickly without incurring overshoot, the controller senses the detergent concentration and dispenses the proper detergent level to the warewashing machine according to a predetermined detergent feed time based on the previous response time and the programmed set-point. Thus, the controller can change the response function if and when conditions change.
    • 一种用于编程洗涤剂控制器以根据一天中的时间改变洗涤剂浓度设定点并快速实现洗涤剂浓度水平而不引起过冲的装置和方法。 因此,本发明确保了器皿洗涤机以最佳的效率和成本运行。 为了根据时间改变设定点,本发明将微处理器,时钟和控制器的特征组合成一个单元。 用户将时间设置和设定点输入控制器。 然后微处理器将实时时钟信号与用户时间设置进行比较,并从微处理器向控制器输出适当的设定值。 为了快速达到洗涤剂浓度水平而不会引起过冲,控制器根据预先确定的洗涤剂进料时间,根据先前的响应时间和程序设定值,检测洗涤剂浓度,并将适当的清洁剂水份分配给器皿洗涤机。 因此,如果条件变化,控制器可以改变响应功能。
    • 58. 发明授权
    • Chemical solution dispensing and handling system
    • 化学溶液分配和处理系统
    • US5033649A
    • 1991-07-23
    • US495288
    • 1990-03-19
    • James L. CopelandWendell D. Burch
    • James L. CopelandWendell D. Burch
    • B01F3/08B01J4/02B67D7/74
    • B67D7/74Y10T137/87587
    • A dispensing and handling system for solutions is disclosed. The system includes a container (11) for mixing, storing and dispensing a use solution (44) through a spigot (17). The container (11) is mounted upon a cart (12), and is interconnected to a water supply conduit (16) and a concentrate solution tube (14). The concentrate solution (15) is contained within containers or bags (13). An aspirator (26) is permanently mounted within the storage container (11). The water conduit (16) and pick-up tube (14) are releasably connected to the storage container (11) by means of a quick-connect assembly (35). Also disclosed is a method for storing and handling solutions.
    • 公开了用于解决方案的分配和处理系统。 该系统包括用于混合,储存和分配通过套管(17)的使用溶液(44)的容器(11)。 容器(11)安装在推车(12)上,并且与供水管道(16)和浓缩液管道(14)互连。 浓缩液(15)容纳在容器或袋子(13)内。 吸气器(26)永久地安装在储存容器(11)内。 水导管(16)和拾取管(14)通过快速连接组件(35)可释放地连接到储存容器(11)。 还公开了一种用于存储和处理解决方案的方法。