智能牙科设备的发展

N. Torsutkanok, N. Thongpance, A. Wongkamhamg
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引用次数: 2

摘要

此次智能牙科设备的开发是由朗实大学生物医学工程学院和中控汽车科技有限公司合作完成的。该项目的目的是开发智能牙科单元系统,以获得泰国工业标准的产品认证,减少国外医疗器械的进口。开发过程从审查,研究原型开发和符合泰国工业标准的效率改进开始。在本研究中,课课组重点研究了牙科单元系统的技术开发过程和功能修正,以获得符合实验室标准的测试结果,该系统主要由两个部分组成:(1)牙科椅的结构采用铸铁制成,可通过PIC18F26K22单片机进行操作;水压系统在2 - 8bar范围内,主气压在4 - 12bar范围内,牙压在2 - 6bar范围内,核心电压在184 - 240vac范围内。液压系统:100 - 300ma。,电磁阀,其活动范围在100-300毫安。牙灯电流100 - 300ma,油位(HL),安全开关,1 - 30分钟定时将数据保存到服务器。这两个部分的初步测试结果分别由NECTEC和PTEC实验室建立。结果表明,它们符合TIS 2610-2556,原型机在不久的将来具有商业化产品的潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Development of Smart Dental Unit
This development of smart dental unit is the collaboration between College of Biomedical Engineering, Rangsit University and C.C. AUTOPART Co., Ltd. The purpose of this project is to develop the smart dental unit system to obtain product certification for Thai Industrial Standard and reduce the import of medical instruments from foreign country. The development process started from review, the research prototype development and efficiency improvement that comply with the Thai Industrial Standard. In this study, the research team focused on the technical development process and the functional corrections of the dental unit system in order to obtain the test results conform with laboratory standards, which consists of two main components as follows: (1) Structure of dental chair have made from cast iron that can be operated by using PIC18F26K22 microcontroller and (2) Online monitoring and notification system which are; Water Pressure System in the range of 2–8 Bar, Main Air Pressure in the range of 4–12 Bar, Air Pressure of Dental Bur in the range of 2–6 Bar, Core Voltage in the range of 184–240 VAC., Hydraulic system which has 100–300 mA., Solenoid Valve which active in the range of 100–300 mA., Electric Current of Dental Lamp which has range between 100–300 mA, Oil level (HL) and Safety Switch can save the data to the server at a prescribed period of time from 1 to 30 minutes. The preliminary test results of both parts were established from the NECTEC and PTEC labs, respectively. The results show that they are in accordance with TIS 2610-2556 and the prototype has the potential to a commercial product in near future.
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