A single-blade type high-protection level shutter

By using a single-layer louvered maze flow channel and a multi-level interception design, the problem of protection level and maintenance compatibility in outdoor energy storage cabinets is solved, achieving efficient IPX5 protection and maintenance compatibility, and avoiding the complexity and increased cost of traditional designs.

CN122407058APending Publication Date: 2026-07-17MAYAIR TECH (CHINA) CO LTD

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
MAYAIR TECH (CHINA) CO LTD
Filing Date
2026-05-18
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing louvers in outdoor energy storage cabinets are limited to IPX5 protection level. Their multi-component stacking design is complex and costly, has low water droplet interception efficiency, poor maintenance compatibility, and cannot maintain protective performance when subjected to high-pressure water jet washing.

Method used

It adopts a single-layer louver design, and through the maze flow channel and multi-stage interception zone, combined with the design of airflow inertia, gravity and flow velocity, it achieves multi-stage water droplet interception. By utilizing the composite maze flow channel and high-speed interception zone, it avoids the addition of additional components and ensures a high level of protection.

Benefits of technology

It achieves IPX5 protection rating without adding components, effectively blocking rainwater and high-pressure water flow, avoiding disassembly and maintenance, reducing costs, improving maintenance compatibility, preventing water seepage and condensation, and protecting electrical components.

✦ Generated by Eureka AI based on patent content.

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Abstract

本发明提供一种单百叶型高防护等级的百叶窗,包括边框和叶片,多个叶片从上到下依次排列固定在边框内;叶片包括竖板,竖板的下端向进风口方向倾斜向下设置的第一斜板,竖板的上端向进风口方向倾斜向上设有第二斜板;第二斜板的顶端连接第三斜板的中部,第三斜板的顶端向远离进风口方向倾斜设有第四斜板,第三斜板的顶端还连接有第一钩型板;第二斜板朝向下方的板面连接设有向进风口方向倾斜设置的第一挡板,边框的底部远离进风口的侧面设有排水孔。本发明通过单层叶片实现防水拦截,在超薄空间内构建的复合防水体系,防护性能高,满足IPX5标准,叶片结构优化,实现高效防水与维修兼容,兼具耐用性与维护性,降低长期使用成本。
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