Precast pile inclination real-time monitoring and alarm apparatus

Abstract

The present invention relates to a precast pile inclination real-time monitoring and alarm apparatus, which comprises a cabinet and a suspending hook, wherein a connection rod is fixed on the upper portion inside the cabinet, the lower portion is provided with a center shaft disc, a special-shaped rod is connected with the center shaft disc and the connection rod, can rotate along the center axis, and is bound with a heavy hammer through a heavy hammer line, a mercury tank is fixed on the special-shaped rod, and an electrical apparatus box is fixed on the mercury tank. According to the present invention, when a precast pile inclines, the heavy hammer moves toward an inclined vertical plane of the precast pile under a gravity effect to drive the mercury tank fixed on the special-shaped rod to move toward the vertical plane; when a mercury tank inclination angle is equal to or more than a designed angle alpha, long copper wires and short copper wires in the mercury tank immerse into mercury, such that an alarm circuit is turned on, and an alarm alarms so as to prompt inclination state generation; and a flashing light flashes, and a direction of the flashing light can be observed so as to know an inclination direction of the precast pile. The apparatus has the following characteristics that: a structure is simple, the apparatus can be installed on the outer portion of the precast pile so as to easily achieve project construction, precast pile construction can be real-timely monitored and guided, and the apparatus can be reused so as to save construction cost.

Description

technical field [0001] The invention relates to a real-time monitoring and alarm device for prefabricated pile inclination. Background technique [0002] Pile foundation is an ancient foundation type. Pile technology has experienced thousands of years of development. Now, both pile foundation materials and pile types, or pile machinery and construction methods have undergone tremendous development, and a modern foundation engineering system has been formed. In some cases, the use of pile foundations can greatly reduce the workload on the construction site and the consumption of materials. With the continuous popularization and application of pile foundations, the problems of prefabricated piles in the construction process have gradually become prominent. Due to the uneven site and the non-vertical piles when the piles are stabilized, the foundation piles will tilt during the sinking process. When the inclination angle of the foundation pile reaches a certain angle, the fo...

AI Technical Summary

Problems solved by technology

However, the setting of the wires will cause inconvenience to the foundation pile construction, and installing the inclinometer sensor and the gyroscope sensor on the foundation pile and driving them into the soil together will undoubtedly increase the cost of the foundation pile construction. a waste of resources

And because the monitoring and early warning system still has problems such as non-reusability, high real-time monitoring cost, and inconvenient monitoring, there is an urgent need to develop a real-time monitoring and alarm device for prefabricated pile tilting that is convenient for construction, reusable, and low in cost.

Images