Remote real-time damage perceiving and prewarning system for transportable pressure vessel

Abstract

The invention relates to a remote real-time damage perceiving and pre-warning system for a transportable pressure vessel. The remote real-time damage perceiving and pre-warning system comprises a signal generating unit, a ceramic piezoelectric sheet component, a wireless signal transceiver integrated total serial port, a signal displaying unit and a computer, wherein the ceramic piezoelectric sheet component is arranged on the transportable pressure vessel and connected with the signal generating unit and the signal displaying unit through the wireless signal transceiver integrated total serial port; the computer is connected with the signal displaying unit; and the ceramic piezoelectric sheet component comprises at least one pair of wireless ceramic piezoelectric sheets. Compared with the prior art, the remote real-time damage perceiving and pre-warning system has the advantages of being real-time and full-automatic, and can remotely monitor the health states of a plurality of transportable pressure vessels in real time, the problems that a traditional detection technique wastes time and labor and is low in efficiency when used for detecting the transportable pressure vessels are solved, failures of the vehicle-mounted transportable pressure vessels can be pre-warned in time to provide guidance for further shutdown detection, and accordingly, disastrous accidents are effectively avoided.

Description

technical field [0001] The invention relates to a pressure vessel monitoring system, in particular to a remote real-time sensing and early warning system for damage to a mobile pressure vessel. Background technique [0002] Pressure vessels such as vehicle-mounted mobile oil storage tanks and liquefied fuel tanks are subject to internal medium pressure and environmental loads during use, which can easily cause leakage and explosion. Vehicle-mounted mobile pressure vessels often work in harsh environments such as vibration, high pressure, and high humidity. During use, these harsh environments will aggravate excessive deformation and fracture of mobile pressure vessels. At the same time, under the coupled conditions of load fluctuations and complex and changeable environments, the multiple damage modes of the vehicle-mounted mobile pressure vessel are interactively coupled rather than simply linearly superimposed, which will lead to failure of the mobile pressure vessel at a ...

AI Technical Summary

Problems solved by technology

However, this method is time-consuming and laborious, and cannot completely avoid the failure of the vehicle-mounted mobile pressure vessel

At the same time, one inspection equipment can only test a single pressure vessel, and cannot realize the simultaneous inspection of multiple mobile pressure vessels, which is inefficient

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