Modularized lead protection system

Abstract

The invention relates to a modularized lead protection system comprising an installing structure face and a plurality of rectangular lead protection modules. Each rectangular lead protection module comprises a liner and a main protection lead plate, wherein the main protection lead plate wraps the bottom face of the liner and is fixedly connected with the liner. The edges of every two corresponding rectangular lead protection modules abut against each other to form a modularized lead protection plate. The four corners of the rectangular lead protection modules are each provided with a tenon. All the tenons corresponding to all joints on the modularized lead protection plate are connected together through joggle joint parts. Fixing parts fixing the modularized lead protection plate to the installing structure face penetrate through all the joggle joint parts to be arranged. A main protection lead plate abuts against the installing structure face. The modularized lead protection system is simple in structure and can be installed fast by a single person, material transport, construction labor intensity and labor cost are reduced, the effect that the health of an operator is not influenced is ensured, and radiation leakage is prevented effectively.

Description

technical field [0001] The invention relates to the field of radiation protection, in particular to a modular lead protection system. Background technique [0002] As the main material for radiation protection, lead plates are widely used in environments with severe radiation such as laboratories and hospital photo rooms. Installation form, this installation form requires a lot of on-site construction, resulting in extremely labor-intensive material transportation and construction, and requires multiple people to cooperate in construction, resulting in high labor costs; and because the lead plate is soft, it is prone to deformation under long-term use (Especially installed on the wall), the bolts are prone to gaps, causing radiation leakage accidents; due to the toxicity of lead, the lead plate will inevitably affect the health of the operator during manual operation. After the radiation protection construction is completed, there are generally no proper protection measures...

AI Technical Summary

Problems solved by technology

[0002] As the main material for radiation protection, lead plates are widely used in environments with severe radiation such as laboratories and hospital photo rooms. Installation form, this installation form requires a lot of on-site construction, resulting in extremely labor-intensive material transportation and construction, and requires multiple people to cooperate in construction, resulting in high labor costs; and because the lead plate is soft, it is prone to deformation under long-term use (especially when installed on the wall), gaps are likely to appear at the bolt fixing place, causing radiation leakage accidents; due to the toxicity of lead, the manual operation of the lead plate will inevitably affect the health of the operator

After the radiation protection construction is completed, there are generally no proper protection measures, and the decoration construction in the latter stage is very likely to damage the radiation protection layer (ie lead plate) and cause radiation leakage.

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