Lead chamber and control integrative detection device

Abstract

The invention relates to a lead chamber and control integrative detection device; a detection platform and an X-ray generator are arranged in a lead chamber, an axial flow ventilator is arranged at one end of the X-ray generator, an image enhancer and a lead chamber frame are fixed by an enhancer connecting plate and are arranged in a large protective cover, a control board is fixed below the large protective cover, a monitor, a liquid crystal display, a controller and a keyboard are arranged in the control board, a computer case, an electrical element board and a high-voltage control plate are arranged below the control board, and a lead door is arranged behind the lead chamber; after the lead chamber and the control system are integrated into one body, when detection personnel operates and a piece to be detected is placed, the action is simple, the detection condition can be observed at any time through lead glass, thereby greatly improving the automation degree and the working efficiency; when in installation, the time and labor are saved; the external size of the lead chamber is shortened, the weight is reduced and the cost is reduced.

Description

technical field [0001] The invention relates to a non-destructive testing device, in particular to an X-ray real-time imaging testing device. Background technique [0002] The big difference between X-ray inspection and other equipment is that it is harmful to the human body, and the operator must be well protected, and all actions are completed in the lead room, so people must do it outside the lead room. operate. And the protection requirements of the lead room are extremely strict. As long as there is a slight gap, the X-ray protection test cannot meet the standard. Therefore, the console and the lead room have always been separated, and the X-ray detection system installs the X-ray generator and receiver (referring to the image intensifier here) inside the lead room. Due to their dimensions, It often takes up a large part of the space of the lead room, correspondingly increasing the size of the lead room, increasing the amount of lead used, and increasing the cost. At...

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Problems solved by technology

[0002] The big difference between X-ray inspection and other equipment is that it is harmful to the human body, and the operator must be well protected, and all actions are completed in the lead room, so people must do it outside the lead room. operate

And the protection requirements of the lead room are extremely strict. As long as there is a slight gap, the X-ray protection test cannot meet the standard.

Therefore, the console and the lead room have always been separated, and the X-ray detection system installs the X-ray generator and receiver (referring to the image intensifier here) inside the lead room. Due to their dimensions, Often occupy a large part of the space of the lead room, correspondingly increase the size of the lead room, increase the amount of lead used, and increase the cost

At the same time, there are the following disadvantages: (1) It is not conducive to the operator to take and take the inspected part, and the work efficiency is very low; (2) Due to the separation of the two, the wiring and installation must be carried out on site, resulting in the installation of one device. It takes half a month. If the site conditions are not ideal, it will take longer, time-consuming and laborious, and cause great economic losses; (3) Due to the long installation time, it will affect the customer's use; (4) Due to the long installation distance, the cables are not easy to install. Avoiding, the site environment is not beautiful; (5) The consumption of cables is large

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