Integral 3D printed titanium alloy front fork
CN224868540UActive Publication Date: 2026-10-20TSB TECH CO LTD
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Patent Information
- Application Number
- CN202522639369.3
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2025-12-12
- Publication Date
- 2026-10-20
- Estimated Expiration
- 2035-12-12
AI Technical Summary
Technical Problem
[0002]自行车自诞生以来就是备受人们青睐的一种便捷式交通工具，近些年低碳环保的生活主题的深入人心，自行车几乎成为了每家每户不可少的一员，尤其钛合金自行车在高端玩家的追捧与宣传下，更是成为了国内自行车行业一飞冲天的新星，钛合金自行车作为自行车行业的高端产品，热度也是一直居高不下，然而消费者们对于钛合金，已经不仅仅追求自行车架产品，他们对钛合金自行车前叉产品的呼声也是日益高涨，钛合金自行车以及自行车配件虽然受到人们的热烈追捧与青睐，但是钛合金自行车架与自行车配件的制作却不像传统材料自行车架的制作那么简单，因为钛合金材料硬度高，且目前现有加工技术难以在保证零件强度的前提下完成更为轻盈且美观的空腔类结构
Benefits of technology
[0007]与现有技术相比，本实用新型具有以下优点：本实用新型设计合理；一体式3D打印钛合金前叉制造方便，且运用空腔结构，可以大幅度减少材料的浪费并且使重量进一步的降低，一体式3D打印钛合金前叉的设计可以省略传统焊接前叉焊接时所需要的定位工装，大大缩减工人生产过程中在调试定位工装阶段所花费的时间，从而达到快速生产，高效生产的目的；一体式3D打印钛合金前叉的设计一体性性强，可以满足公路自行车产品的定制化或量产化需求，并且一体式3D打印钛合金前叉在打印完毕，去除支撑后无其他更为复杂的加工步骤，可以直接对接焊接，大幅度减少后续生产过程中的作业时间。
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Figure CN224868540U_ABST
Abstract
The utility model discloses an integrated 3D printing titanium alloy front fork, including connecting vertical tube, fork shoulder cover, left fork leg pipe, right fork leg pipe, fork leg joint, round hole, the lower extreme of connecting vertical tube is connected with the fork shoulder cover, and the upper extreme of connecting vertical tube is connected with the bicycle handle, and the upper portion of fork shoulder cover is equipped with the integrated butt joint, the lower portion of fork shoulder cover is equipped with left fork leg pipe and right fork leg pipe respectively, and left fork leg pipe and right fork leg pipe are oppositely arranged, and the bottom of left fork leg pipe and right fork leg pipe is equipped with fork leg joint, and the front wheel of bicycle is connected with fork leg joint, be equipped with round hole on right fork leg pipe, and the fork shoulder cover, left fork leg pipe, right fork leg pipe are all hollow design, the utility model discloses reasonable in design, and 3D printing has improved the efficiency and reduced the processing difficulty.
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