Liquid charging device and charging method based on hydrostatic level monitoring system

Abstract

The invention discloses a liquid charging device and method based on a hydrostatic level monitoring system, which comprises a plurality of liquid storage tanks that are connected by pipelines in sequence. The liquid charging device comprises a liquid storage device for containing liquid, a submerged pump arranged in the liquid storage device, and a generator, which is connected to the submerged pump through a wire. The water outlet of the submerged pump is provided with a water outlet adapter, which is connected to a water filling pipeline. The liquid charging device carries out liquid charging based on the hydrostatic level monitoring system; the artificial installation speed of hydrostatic level system is accelerated, the construction difficulty is reduced, and the measurement precision of hydrostatic level system is improved. The liquid charging device is suitable for the systems that are used to charge liquid into long-distance pipelines. Because the work efficiency of the provided liquid charging device is high, and no bubble is generated during the liquid charging process, the measurement error caused by bubbles in pipelines is reduced. The liquid charging device is especially suitable for precise liquid monitoring systems.

Description

technical field [0001] The invention belongs to the field of automatic static level monitoring, and in particular relates to a liquid filling device and a filling method based on a static level monitoring system. Background technique [0002] With the development of society, more and more large-scale architectural structures, including large bridges, high-rise buildings, and high-speed railways, are being built and faster. People's requirements for the safety of these buildings are also getting higher and higher. In order to improve the safety of the building, it is necessary to continuously track and measure the position changes of the key parts of the structure with high precision during the construction process and after the construction is completed. Large-scale structures or buildings that are under construction or have been completed, whether during the construction process or during the entire life of construction and operation, need to monitor the displacement chang...

AI Technical Summary

Problems solved by technology

Due to the non-vacuum inside the pipeline, when the liquid filling length is long, the filling speed is slow and a large number of air bubbles are likely to be generated in the connecting pipeline, so after the liquid filling is completed, it takes a lot of time to manually remove the air bubbles in the pipeline

Images