雙腳承受全身重量，保護雙腳從選鞋開始。大眾常以品牌、外觀或價格為選鞋的考量，忽略鞋子對於足部健康的重要性。透過足壓機量測取得足底壓力資訊，了解足底壓力分佈狀況，提供挑選鞋款、功能性或客製化鞋墊之評估。
本研究在於驗證實驗室先前開發裸足掃描足壓機和裸足照相足壓機，並開發量測鞋墊足壓的設備，量測裸足與鞋墊對足部的壓力分佈，探討足壓量測之表現，提供不同款式與價位的足壓量測設備，使設備在鞋子銷售門市普遍讓消費者使用，建立數位量測、健康挑選鞋墊的新模式。
依測量形態的差異劃分-裸足式與鞋墊式。裸足式足壓機依測量原理分成-掃描式與拍照式，本設備包括灰色光學薄膜、黑色光學薄膜、軟體、APP，透過掃描或照相取得壓力分佈影像，自動計算足弓指數，能判定正常足、扁平足、高弓足。鞋墊式足壓機，設備包括灰色光學薄膜、黑色光學薄膜、止逆閥、排氣閥、吹氣球，不須使用電源即可了解鞋墊與足部的壓力分佈與接觸面積。本研製足壓量測設備，簡易操作並能重複使用，足壓資訊數位保留，以利後續追蹤。
研究方法是使用F-scan足壓設備和掃描與照相式之裸足足壓機，足掌指數、足弓指數和足跟指數，共取正常足、扁平足和高弓足各1位受測者，進行數據統計分析，將再調整實驗組量測參數，再次量測正常足、扁平足或高弓足受測者，並進行足壓數據統計分析，選擇最佳參數達到儀器設備的最佳化。
研究上結果顯示，與F-scan足壓設備在生物統計學上無顯著差異，本研究驗證與開發足壓量測設備在價錢和精度於銷售門市上更有優勢，進而達成了研究目的-提供不同款式與價位的足壓量測設備，改變人們選鞋的習慣，建立數位挑選鞋墊的新模式。

Our feet bear the whole body weight. To protect our feet, we should start from choosing the right shoes. The public often considers the brand, appearance and price when buying shoes. However, sometimes they ignore the importance of shoes to our feet. Using plantar pressure measuring device can understand the distribution of plantar pressure, and provide an assessment when selecting shoes, functional or customized insoles.
The purpose of this research is to validate the MASFoot Scanner and the MASFoot Plate developed by laboratory, and to develop insole pressure measuring equipment, which can measure the pressure distribution of bare foot and insole. By evaluating the performance and providing different types and prices of plantar pressure measuring equipment, it can be widely used by consumers in the shoes store. New fashion of digital measurement and selection of insoles can therefore be established.
Plantar pressure measuring equipment can be categorized into bare foot type and insole type according to the difference of measurement. Bare foot type can be further divided into scanning type and photographing type based on the measuring concept. The equipment consists of gray optical films, black optical films, software, and APP. Plantar pressure distribution image can be obtained by scanning or photographing, and arch index is automatically calculated which can distinguish flat arch, normal arch and high arch. Insole type is composed of gray optical films, black optical films, check valve, exhaust valve, and balloon. Pressure distribution and contact area of insole and foot can be measured without power supply. Foot pressure measuring equipment developed by this study is simple to operate and reusable. In addition, the information is digitally stored in order to do follow-up.
This study use F-scan, scanning type and photography type measuring equipment to measure foot index, arch index and heel index. Subjects includes people with normal arch, flat arch and high arch. Parameters of the equipment of experimental group will be adjusted after statistical analysis, in order to optimize the instrument.
The results show that there is no significant difference between biostatistics and F-scan. The foot pressure measuring equipment validated and developed by this study has advantage in price and precision in sales market, and thus achieves the research purpose which is to provide different types and price of foot pressure measurement equipment, to change people's habits of choosing shoes, and establish a new fashion of digital selection of insoles.

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