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    • 7. 发明授权
    • Readily cleaned liquid transfer system
    • 清洁液体转移系统
    • US5398733A
    • 1995-03-21
    • US209440
    • 1994-03-10
    • Elmer S. Welch
    • Elmer S. Welch
    • B67D1/00B67D7/74B65B31/00
    • B67D7/741B67D1/0021B67D1/0045B67D1/0054B67D2001/0825Y10T137/0329Y10T137/2501
    • A readily cleaned liquid transfer system is designed for use with an associated vessel or container, such as a barrel, having therein a liquid to be removed. The system comprises a recirculation loop, a transfer manifold, and a transfer hose for providing flow communication between the transfer manifold and the recirculation loop. The transfer manifold has an inlet port which is located at about the bottom of the barrel, and an outlet port. The recirculation loop which has water flowing therethrough which is used as a diluent, also includes an eductor pump. The eductor pump hydrodynamically drives or draws the liquid in the barrel, through the transfer manifold and the transfer hose, into the recirculation loop. The recirculation loop discharges a blended product to a product tank.
    • 容易清洁的液体转移系统设计用于与其中具有待除去的液体的相关联的容器或容器(例如桶)一起使用。 该系统包括再循环回路,输送歧管和用于提供输送歧管和再循环回路之间的流动连通的输送软管。 输送歧管具有位于桶的底部附近的入口端口和出口端口。 用作稀释剂的流过其中的水的再循环回路还包括喷射泵。 喷射泵通过传动歧管和输送软管液压驱动或拉出桶中的液体进入再循环回路。 再循环回路将混合产物排出到产品罐中。
    • 9. 发明申请
    • BOTTLED WATER DISPENSER
    • 瓶装水分配器
    • WO1997001490A1
    • 1997-01-16
    • PCT/US1995008323
    • 1995-06-27
    • TODDEN, Terry, J.THORNBERRY, Richard, A.
    • B65D05/66
    • B67D1/0891B67D1/0006B67D1/0008B67D1/08B67D1/1209B67D1/1229B67D2001/0825B67D2210/00097
    • A bottled water dispenser is similar in size to those available on the market today. An upright five gallon bottle (10) slides onto a dolly (11) and is held fast to the dolly (11) by a stretch cord (). The dolly (11) with bottle (10) is wheeled into the bottom of the dispenser. Alternately, the dispensing system may be assembled upon the dolly (11) itself. A tube (15) with a rubber stopper (45) at one end and a check valve (16) at the other end is inserted into the bottle (10). Pushing a button (31) on the dispenser cabinet (40) activates an internal electric pump (24). The pump (24) draws water from the bottle (10) through the check valve (16) and forces it out of the spigot (33) under pressure. Internal solenoid valves (K2-6) force the water through a heating unit, cooling unit or filtration system before exiting through the spigot (33). Each temperature is achieved by pushing a different colored button (SW1-3). The dispenser operates on 240V AC, 120V AC or 12V DC. It has a built in auxiliary battery back up (B1) in the event of power outages or for portable use. The dispenser can be mobile on wheels, free standing, or built into a kitchen cabinet.
    • 瓶装水壶的尺寸与当今市场上相似。 立式五加仑瓶(10)滑入小车(11),并用拉伸绳()紧固到小车(11)上。 具有瓶子(10)的小车(11)被转入分配器的底部。 或者,分配系统可以组装在台车(11)本身上。 一端具有橡胶塞(45)的管(15)和另一端的止回阀(16)插入瓶(10)中。 将分配器机柜(40)上的按钮(31)推入内部电动泵(24)。 泵(24)通过止回阀(16)从瓶(10)中抽出水并在压力下迫使其离开套管(33)。 内部电磁阀(K2-6)通过加热单元,冷却单元或过滤系统,迫使水通过套管(33)。 每个温度通过按下不同的彩色按钮(SW1-3)来实现。 分配器工作在240V AC,120V AC或12V DC。 在断电或便携式使用的情况下,内置辅助电池备用(B1)。 分配器可以在车轮上移动,自由站立或内置在厨房橱柜中。