Shoe, lace buckle assembly, and single-piece adjustment buckle
By using a single-unit adjusting buckle structure design and the configuration of receiving grooves and positioning grooves, the problems of high production difficulty and easy rusting and elastic fatigue caused by springs in rope and belt buckles are solved, thus achieving stable fixing of ropes and belts and reducing production difficulty.
CN122398019APending Publication Date: 2026-07-17NIFCO TAIWAN
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- NIFCO TAIWAN
- Filing Date
- 2025-01-15
- Publication Date
- 2026-07-17
AI Technical Summary
Technical Problem
The use of springs in existing rope and strap buckles leads to high production difficulty and problems such as easy rusting or loss of elasticity.
Method used
The structure adopts a single-piece adjustment buckle design, which uses the relative position relationship and slot width configuration of the receiving slot and positioning slot to fix the rope and avoid the use of springs.
Benefits of technology
Without using springs, the ropes are stabilized and fixed, reducing production difficulty and avoiding problems such as rusting and loss of elasticity.
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Smart Images
Figure CN122398019A_ABST
Abstract
本发明公开了一种鞋子、绳带扣具组件、及单体式调整扣。单体式调整扣包含两个板体、一入绳端与一出绳端。单体式调整扣的内部形成有至少一个穿绳通道，其具有一容置槽、及位于出绳端并连通于容置槽的一定位槽。容置槽具有位于入绳端的一入绳口、及凹设于一个板体且邻近于出绳端的一出绳口。定位槽的槽口连通于出绳口，并且定位槽的槽宽自槽口朝向槽底的一固绳方向呈渐缩状。入绳口与定位槽之间定义有一入绳方向，其与固绳方向相夹有介于100度～170度之间的一夹角。由此，单体式调整扣能在不采用弹簧的架构之下，稳定地实现绳带的固定，进而有效地降低整体生产的难度。
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