Intelligent spring support system with load convenient to debug

Abstract

The invention discloses an intelligent spring support system with a load convenient to debug. The intelligent spring support system comprises a cover cylinder assembly, a cover plate assembly, a supporting column, a data collection module, a first locking bolt, a second locking bolt and an intelligent management module. The cover cylinder assembly comprises a first cylinder, a top plate fixed to an opening in the top of the first cylinder and a bottom plate fixed to an opening in the bottom of the first cylinder. A first circular hole, a second circular hole and a third circular hole are formed in the circular top plate; the cover plate assembly comprises a disc, a cylindrical shaft sleeve, a cylindrical load sensor and a displacement sensor; and the supporting column comprises a second cylinder and a linear bearing. According to the system, the phenomenon that the spring support load column inclines can be avoided, load debugging is convenient and fast, the efficiency is high, and meanwhile loads and displacement can be accurately monitored in real time.

Description

technical field [0001] The invention relates to a spring support, in particular to an intelligent spring support system whose load is easy to debug. Background technique [0002] Spring support is an important load-bearing equipment for pipelines, tanks, valves, pumps and rotating machinery in power plants. Its load and displacement directly affect the safe operation of the equipment. Since the spring support does not require a large space for installation and suspension structures, the spring support has been widely used. Due to the structural characteristics of the traditional spring support, the support is often skewed and jammed. When the load of the spring support deviates from the design value, it is usually manual to use simple tools to rotate the support to achieve the purpose of roughly adjusting the load. Its disadvantages are as follows: (1) When the equipment supported by the spring support is not in the center of the support or when horizontal thermal displacem...

AI Technical Summary

Problems solved by technology

Its disadvantages are as follows: (1) When the equipment supported by the spring support is not in the center of the support or when horizontal thermal displacement occurs, the spring support pillar is easily unstable and skewed. Even if it is corrected, it will still be skewed after the working condition changes

(2) Due to its own structural reasons and narrow space location, the debugging accuracy of its load is low, debugging is extremely difficult and the efficiency is extremely low, especially when the load of the spring support is large, it is almost impossible to adjust it using traditional methods

(3) The load of the spring support is measured by attaching strain gauges. The measurement accuracy is greatly affected by temperature, humidity and the quality of the patch, and the efficiency is extremely low; the spring support needs to be unloaded when the strain gauge is measured, but it cannot be unloaded when it is hot , so it is impossible to detect thermal loads; other on-site load detection devices are aimed at suspension hangers. At present, there is no equipment to perform load detection on the spring support on site, and there is no real-time and accurate monitoring of load and displacement and rating of the results. spring bracket

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