| 摘要 |
The present invention relates to an instantaneous multistage and water-saving valve wherein a swinging rod is used to trigger the pushing element and the value, and the number of the sloping teeth on the engaging hook block can provide multiple stage of water flow rate so as to provide a rapid and convenient operation in supplying water. When the swinging rod is triggered so as to turn off water supply, the upper half of the pushing rod is urged and this will urge the pushing element to become slanting, and the end terminal edge will urge the blocking section of the cavity chamber. Thus, the valve is moved forward to achieve the turning on and turning off action in a multiple stage of operation.
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