容界

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男士理发立柱

Men’s Barber Column

设计师:李芭嫩

Designed by Cedar

指导教师: 赵斌 曼努埃尔·弗拉森 孟繁威

Tutor: FREEZhao Manuel Frasson Simon

所属课程:毕业设计、毕业论文

Course: Graduation Design Project

合作伙伴:石头科技

Partner: Roborock

随着生活节奏加快,传统理发耗时长、费用高,自助理发门槛大。针对“操作盲、效果差”的痛点,本设计开发一款智能男士居家理发系统。采用立柱式形态,用户坐姿贴合设备,通过APP操控机械系统自动修剪。首次扫描构建头颅基准模型,后续比对历史数据精准维持发型。集成AI发型设计与AR虚拟试戴,实现个性化选择。碎发自动吸入底部蓄发仓,并支持地面清扫。旨在提供安全、便捷、高效的居家理发新体验。

With the accelerating pace of modern life, traditional haircuts are time‑consuming and costly, while self‑haircut tools are difficult to use. Targeting the core pain points of “blind operation and poor results”, this project designs an intelligent men’s home haircut system. Adopting a column‑type form, the user sits and leans against the device, controlling the mechanical system via a mobile app for automatic trimming. The first scan builds a reference head model; subsequent scans compare with historical data to precisely maintain the desired hairstyle. Integrated AI hairstyle design and AR virtual try‑on enable personalized choices. Hair clippings are automatically sucked into the bottom storage bin, and the device also supports floor cleaning. The aim is to provide a safe, convenient, and efficient home haircut experience.

容界

男士理发立柱

设计师:李芭嫩

指导教师: 赵斌 曼努埃尔·弗拉森 孟繁威

所属课程:毕业设计、毕业论文

合作伙伴:石头科技

随着生活节奏加快,传统理发耗时长、费用高,自助理发门槛大。针对“操作盲、效果差”的痛点,本设计开发一款智能男士居家理发系统。采用立柱式形态,用户坐姿贴合设备,通过APP操控机械系统自动修剪。首次扫描构建头颅基准模型,后续比对历史数据精准维持发型。集成AI发型设计与AR虚拟试戴,实现个性化选择。碎发自动吸入底部蓄发仓,并支持地面清扫。旨在提供安全、便捷、高效的居家理发新体验。

Visage

Men’s Barber Column

Designed by Cedar

Tutor: FREEZhao Manuel Frasson Simon

Course: Graduation Design Project

Partner: Roborock

With the accelerating pace of modern life, traditional haircuts are time‑consuming and costly, while self‑haircut tools are difficult to use. Targeting the core pain points of “blind operation and poor results”, this project designs an intelligent men’s home haircut system. Adopting a column‑type form, the user sits and leans against the device, controlling the mechanical system via a mobile app for automatic trimming. The first scan builds a reference head model; subsequent scans compare with historical data to precisely maintain the desired hairstyle. Integrated AI hairstyle design and AR virtual try‑on enable personalized choices. Hair clippings are automatically sucked into the bottom storage bin, and the device also supports floor cleaning. The aim is to provide a safe, convenient, and efficient home haircut experience.

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