公开(公告)号：US3815792A

公开(公告)日：1974-06-11

申请号：US30436772

申请日：1972-11-07

Applicant: DEC INT

Inventor： PETRANYI J

IPC: B67C3/06 ,  B67D1/04 ,  F17D1/08 ,  B67D5/52

CPC classification number: B67D1/04 ,  B67D2001/0493

Abstract: A liquid dispensing system including a liquid supply manifold connected to a liquid dispensing reservoir. A check valve is interposed between the manifold and the reservoir to permit liquid flow from the manifold to the reservoir and to prevent reverse flow from the reservoir to the manifold. A dispenser outlet is connected to the reservoir and a dispenser valve is provided thereat to control liquid flow from the dispenser outlet. A source of air under pressure is connected to the reservoir and a control valve is provided to alternately place the reservoir into communication with the source of air under pressure and then subsequently cut off the source of air pressure and place the reservoir into communication with the atmosphere. During the period the reservoir is placed in communication with the air under pressure, the liquid dispenser valve is opened to thereby cause a quantity of liquid to be dispensed from the reservoir out through the dispenser outlet. The manifold assembly includes a plurality of liquid containers connected thereto with the container closest to the reservoir being at a lower elevation than the next adjacent container and so on up the line to the last container which is located at the highest elevation. The end of the reservoir adjacent the last container is open to the atmosphere. With this arrangement liquid flowing from the manifold to displace the liquid dispensed from the reservoir will be supplied first from the container at the highest elevation and then from the container at the second highest elevation and so on down the line to the container at the lowest elevation.

Abstract translation: 液体分配系统，包括连接到液体分配储存器的液体供应歧管。 歧管和储存器之间插入止回阀，以允许液体从歧管流到贮存器，并防止从储存器到歧管的反向流动。 分配器出口连接到储存器，并且在其上设置分配器阀，以控制来自分配器出口的液体流。 在压力下的空气源连接到储存器，并且提供控制阀以交替地将储存器与压力下的空气源连通，然后随后切断空气压力源并将储存器与大气连通 。 在此期间，储存器与空气在压力下放置，液体分配阀打开，从而使一定量的液体从储存器通过分配器出口分配出来。