一种阀芯

By adopting a hollow structure shell and a through-passage design in the valve core, combined with irregularly shaped gaskets and stainless steel pins, the problems of limited flow area adjustment range and insufficient handle strength of traditional valve cores are solved, realizing flexible flow adjustment and improved strength.

CN224516031UActive Publication Date: 2026-07-17SHANGHAI YJ CARTRIDGE

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Utility models(China)
Current Assignee / Owner
SHANGHAI YJ CARTRIDGE
Filing Date
2025-07-29
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Traditional valve core adjustment modules are limited by the internal space of the housing, resulting in a short travel distance and a limited range of flow area adjustment, making it difficult to meet the needs of high-flow scenarios, and the handle is not strong enough.

Method used

The device features a hollow housing with a through-hole clearance section, allowing the adjustment module to move along a preset plane within the housing. Combined with irregularly shaped gaskets and stainless steel pins, the handle strength is enhanced, enabling flexible adjustment of the flow area and increased flow rate.

Benefits of technology

The movement distance and flow area of ​​the adjustment module have been expanded, improving the flow adjustment capability and the strength of the handle, meeting the needs of large flow rates and enhancing the user's operating experience.

✦ Generated by Eureka AI based on patent content.

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Abstract

本申请实施例涉及流量阀,公开了一种阀芯,包括:壳体,为中空结构,且侧壁构造有贯穿设置的避让部;调节模块,可在壳体内沿预设平面移动,调节模块与避让部的位置相对应,且调节模块的部分区域可移动至避让部内;进水模块,设于壳体,且位于调节模块的下方;其中,进水模块具有进水部,调节模块具有一通道;在阀芯处于打开状态下,调节模块至避让部的距离,与通道和进水部的对应流通面积呈负相关。壳体采用中空结构并开设贯穿的避让部,使调节模块能在壳体内沿预设平面移动时部分进入避让部,有效扩大了调节模块的移动距离;在阀芯打开状态下,可通过调节模块的移动灵活改变流通面积,实现进水量和出水量的增加,提升阀芯的流量调节能力。
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