通过对墩-水耦合振动的研究，尤其是水位高度对桥墩振动特性影响的研究，为今后高水位桥梁设计和抗震分析提供了参考和依据。
Research the coupling of pier-water, especially the influence to the vibration speciality of pier from high water lever to give the referenced.
采用分立元件电路实现了水塔水位的自动控制，设计出一种低成本、高实用价值的水塔水位控制器。
Using discrete components circuit towers to achieve the level of automation, design a cost-end, high practical value of the water tower water level controller.
另外，在常水位与高水位之间，设计中的主体水面能够提供15厘米高度的水量存留，这样便提供了1300立方的缓冲蓄水能力。
In addition to this, the main area of water can still offer a reserve of 15 centimetres between the normal and the maximum water level, which provides a storage buffer of 1,300 cubic metres.
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