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非接觸式體溫量測系統

Non-contact body temperature measurement system

摘要


在疫情緊繃的時刻,急需建構人員管制的系統,掌握人員防疫配合的情況。但是防疫物資欠缺,或者成本太高,或者系統架構不易,會讓防疫工作出現破口,嚴重影響人民的健康。本文執行「非接觸式體溫量測系統」之專案,藉由長茂公司的CmorePaas平台建構防疫機器人App,運用簡易開關機器人搭配醫療級額溫槍,利用二維條碼、RFID讀取,來做人員的識別、體溫的量測等防疫工作。結合長茂公司、嘉南藥理大學與明新科技大學多位人員的研究專長,共同致力於研發適用於疫情緊繃的時期,運用現有的防疫設備,架構防疫系統。本計畫優勢為:1.低成本:使用開放源碼的資源來開發系統。使用自由軟體,可以使應用軟體的成本趨近於零。開源硬體以及簡易的機構,讓防疫機器人可快速搭建。2.跨平台:所用的自由軟體,均為跨平台的函式庫,可以輕易地移植到如Linux、Windows...等作業系統平台上,可做不同的整合應用。

並列摘要


At the tense epidemic moment, it is urgent to build a personnel control system and grasp the situation of personnel epidemic prevention cooperation. However, lack of epidemic prevention materials, high cost, or complex system architecture, that will cause breakdown in the epidemic prevention work and seriously affect health of people. In this research we implemented the project of "Non-contact body temperature measurement system". By using the CmorePaas platform of EVERMORE TECHNOLOGY, the epidemic prevention App was built, which uses simple switch robot with medical grade forehead temperature gun, QR code, RFID reading, to do personnel identification, body temperature measurement and other epidemic prevention work. Combining the research expertise of EVERMORE TECHNOLOGY, Chia Nan University of Pharmacy and Science and Minghsin University of Science and Technology, we jointly committed to the research and development of suitable system for the tense epidemic period. The benefits of this system are: 1. Low cost: using open source resources to develop the system. Using free software can make the cost of application software closer to zero. Open source hardware and simple construction allow epidemic prevention robots to be built quickly. 2. Cross-platform: the free software used is a cross-platform library, which can be easily ported to such as Linux, Windows... and other operating system platforms.

參考文獻


衛生福利部疾病管制署https://www.cdc.gov.tw/
行政院-院會議案-製造業紓困及振興輔導措施https://www.ey.gov.tw/Page/448DE008087A1971/98d9c88f-975e-4fea-ba2d-b36c52fce996
全國法規資料庫 https://law.moj.gov.tw/LawClass/LawAll.aspx?pcode=L005003
中華民國經濟部-主管法規查詢系統https://law.moea.gov.tw/LawContentSource.aspx?id=GL000971。
S. N. Swamy and S. R. Kota, "An Empirical Study on System Level Aspects of Internet of Things (IoT)," IEEE Access, vol. 8, pp. 188082-188134, 2020.

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