A Control System for Settlement and Stable Installation of Composite Cylinder Foundation

Abstract

The invention discloses a composite cylinder type foundation sinking stably-installed control system which comprises a control cabinet and external electric appliances. The external electric appliances are all placed at appropriate positions of a composite cylinder type foundation and are used for detecting related data and executing corresponding motions; the external electric appliances comprise a touch screen, an audible and visual alarm, a two-axis inclinometer, a water depth sensor, a total flowmeter, a hole pressure meter, a content gauge, an in-cabin electric valve and a pipe electric valve; the control cabinet comprises a PLC, an analog quantity extended module, a digital quantity extended module and a relay; two serial ports of the PLC are connected with the touch screen and the two-axis inclinometer, and directly collect signals of the two-axis inclinometer and the touch screen; the PLC is connected with the in-cabin electric valve through the relay; the PLC is connected with the water depth sensor, the total flowmeter, the hole pressure meter and the content gauge through the analog quantity extended module; and the PLC is connected with the audible and visual alarm and the pipe electric valve through the digital quantity extended module and the relay.

Description

technical field [0001] The invention relates to the field of engineering construction control systems, in particular to a control system for sinking and stably installing composite cylindrical foundations. Background technique [0002] Nowadays, the problem of energy shortage is becoming more and more obvious. The storage of non-renewable energy such as oil and coal on the earth is limited, and countries all over the world are scrambling to develop new green energy. Wind energy is one of the focuses of everyone's common concern. At present, there are six types of offshore foundations that are most widely used in the world: tripod foundation, single pile foundation, steel truss gravity foundation, reinforced concrete gravity foundation, floating foundation and composite barrel foundation. The composite cylindrical foundation of offshore wind turbines is a foundation type suitable for the development of offshore wind power generation, and it can bear high loads. The sinking ...

AI Technical Summary

Problems solved by technology

The problem is that the collected parameters are not comprehensive enough, the data collected once every 5 minutes does not achieve real-time performance, the button control of the valve lacks intuitive effect, and the final water entry depth is only 1.7m, but the actual project needs to achieve the water entry The depth is 12m

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