足部健康對我們來說至關重要，但卻是全身上下我們最容易忽略的地方，量 測足底壓力為找到自己合適鞋墊的主要關鍵，過去為了解足底壓力分佈狀況，大 多是以拓印的方式進行。然而現今市面上較常見的足底壓力檢測設備不僅機型龐 大且設備昂貴，因此本研究希望建立一種量輕且攜帶方便足底壓力量測系統。
本設備包含灰色矽膠薄膜、黑色矽膠薄膜、攝影裝置、手機雙平台應用程式 (APP)，透過 APP 控制攝影裝置垂直拍攝矽膠薄膜上的足印，分別計算完足掌 指數、足弓指數及足跟指數及足壓分佈，再將結果呈現在 APP 上，APP 上的個 人資料、量測結果也會被儲存在資料庫中，以利觀察追蹤後續健康狀況。
研究方法是使用本設備分別於有無外在光源環境中量測足掌、足弓、足跟指 數進行統計分析，了解外在光源是否會影響量測結果，驗證方式為使用本設備與 F-scan 鞋墊式足底壓力分析系統分別量測足掌、足弓、足跟指數進行統計分析。
研究結果顯示，本研究所開發之足底壓力量測系統量測結果並不會被外在光 源所影響，且與 F-scan 鞋墊式足底壓力分析系統在統計學結果上均無無顯著關 係。

It is very important that keep our feet healthy, but we tend to neglect taking good care of our body. Measuring the foot plantar is the main key to finding suitable insoles. In the past, to understand the distribution of foot pressure, the Harris foot mat used rubber cushion to measure people’s foot pressure. However, the most common foot pressure systems on the market are not only large in model but also expensive. The purpose of this study was to develop a foot pressure measurement system that is lightweight and portable.
This system includes gray rubber film, black rubber film, a camera device, and an application for iOS and Android. The camera device is directed by the app to photo the footprints on the rubber film vertically, and foot index, arch index, heel index and distribution of foot pressure are calculated separately. After calculating, the results are displayed on the screen. The personal data and measurement results are stored in the database.
To understand whether external light affect the measurement result or not, we measure the foot, arch, and heel index in an environment with or without external light. and verify the results with F-scan.
The results of the study were that the foot pressure measurement system developed by this study will not be affected by external light sources, and there is no statistically significant relationship with F-scan.

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