Method and device for encapsulating embedded type sensor system with self-correcting function

Abstract

The invention discloses a method for encapsulating an embedded type sensor system with self-correcting function; the method comprises two steps including internal encapsulation and external encapsulation, wherein the internal encapsulation comprises the steps of: encapsulating a sensor in a base and an upper cover, building a spherical shape by asphalt or cement, and putting the product into an encapsulation outer shell; and the external encapsulation can be completed by sealing the encapsulation outer shell. The encapsulated sensor system is in the spherical shape, and the centre of gravity of the sensor system is arranged at the bottom of the whole structure, so that the encapsulated sensor is at the beast monitoring position in the encapsulation outer shell all the time under the action of a counter weight screw rod, and the detection position of the sensor can be automatically corrected; and high temperature-resistant brittle material is adopted by external encapsulation and can be crushed when being extruded by the external force, so that the spherical structure obtained by the internal encapsulation can be completely blended with the monitored environment.

Description

technical field [0001] The invention relates to a sensor packaging method, in particular to a packaging method of an embedded sensor system with a self-correcting function. Background technique [0002] The safety monitoring of highways, bridges, tunnels, etc. is an important means to ensure their safe operation. At present, most of the safety monitoring of highways, bridges, tunnels, etc. are embedded sensor platforms. When the sensor platform is embedded in the roadbed or structure, it is often squeezed by structural deformation, high temperature, and external impact loads. Damaged by other factors, resulting in the failure of normal safety monitoring. Therefore, it is very important to properly package the embedded sensor platform so that it can still maintain a normal working state after being embedded in the object under test. Contents of the invention [0003] Aiming at the above problems existing in the current embedded sensors, the present invention discloses an ...

AI Technical Summary

Problems solved by technology

At present, most of the safety monitoring of highways, bridges, tunnels, etc. are embedded sensor platforms. When the sensor platform is embedded in the roadbed or structure, it is often squeezed by structural deformation, high temperature, and external impact loads. Damaged by factors, resulting in the failure of normal safety monitoring

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