System and method for detecting X-ray tube running state

Abstract

The invention provides a system and a method for detecting an X-ray tube running state. The method comprises steps that: a control instruction is inputted in a control platform, and the control instruction is sent to a coordination daughter board; the control instruction is received by a data analyzing module of the coordination daughter board, and timing sending of the control instruction to an X-ray tube is carried out through the control instruction and a data coordination module; operation data of the X-ray tube is acquired by an acquisition module, is sent to the data analyzing module for analysis and is correspondingly sent to a state machine module and a data receiving module of the control platform according to the analyzing result, state correction on the coordination daughter board is carried out by the state machine module according to the received data, and data information transmitted by the coordination daughter board is received by the data receiving module and is transmitted to a data processing module for processing; the data information which is processed by the data processing module is recorded by a data recording module; and the data information recorded by the data recording module is displayed by an image display module. According to the system and the method, the coordination daughter board is employed to improve system compatibility, and the system has properties of simple structure and convenient use.

Description

technical field [0001] The invention relates to the field of data detection, in particular to a system and method for detecting the running state of an X-ray tube. Background technique [0002] X-ray tubes usually work in a state of high voltage and high power, and release ionizing radiation harmful to the human body. During normal use, they are affected by various factors. In case of failure, manual on-site inspection or troubleshooting cannot be performed. This increases the manpower and maintenance costs of the X-ray tube, and improper operation even leads to greater damage to the X-ray tube. [0003] Moreover, at present, the performance test and fault detection of X-ray tubes basically rely on manual control. The exposure parameters and exposure modes are set and controlled manually. If important parameters and error states in the exposure process need to be collected, other means are needed. . Moreover, the automatic execution and recording of the exposure sequence h...

AI Technical Summary

Problems solved by technology

[0002] X-ray tubes usually work in a state of high voltage and high power, and release ionizing radiation harmful to the human body. During normal use, they are affected by various factors. In case of failure, manual on-site inspection or troubleshooting cannot be performed. Increases the manpower and maintenance costs of the X-ray tube, and improper operation even leads to greater damage to the X-ray tube

[0003] Moreover, at present, the performance test and fault detection of X-ray tubes basically rely on manual control. The exposure parameters and exposure modes are set and controlled manually. If important parameters and error states in the exposure process need to be collected, other means are needed.

Moreover, the automatic execution and recording of the exposure sequence has not been achieved, and the troubleshooting of specific exposure sequence faults has certain limitations, and the special instrument with this function is expensive and complicated to use

[0004] The patent application with application number CN201120562564.6 proposes a method for controlling tube exposure and automatic dose control. If it is used for X-ray tube failure performance testing and troubleshooting, the system has certain limitations

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