本研究將以紅外線定位、化學感知器與電子控制系統進行勞動現場有害氣體個人暴露評估。此系統將可精確的測定勞工工作時所在之活動位置，暴露時之活動性質及其暴露量之高低。本計畫將進行兩處有害氣體作業場所勞工作業模式及個人暴露量之調查, 並分析其結果。 另外也將建立以工作別與勞工活動模式為主的個人評估方法及其作業準則。 計畫將製作有害氣體作業勞工暴露調查之標準作業建議書(SOP)及教學光碟. 希望在完成後能有效提升國內在勞工作業模式與個人暴露量調查的與分析的研究能力。 In this research, two field studies will be conducted to evaluate the performance of a new device designed for investigating time-activity pattern and personal exposure among workers. This device consists of three major components: the infrared position detector, the chemical sensor, and the electronic control unit. The device is expected to precisely measure the locations, durations and levels of exposure. The results from field studies will be used in constructing a new occupational exposure assessment model based on time-activity patterns and exposed concentrations. A guideline for the field study based on the new method will also be established and tested during these field studies. At the end, a standard operation protocol (SOP) and a training video will be submitted to the IOSH, Taiwan for field investigations using this new method. 研究期間：9103 ~ 9111
