CAJ | 학술논문

生物及医学领域的研究人员在进行动物实验时,经常需要向动物饲养空间按照预定模式连续通入某些气体、液体以营造特定的生存环境,这造成了实验人员体力负担,并且在精度、可靠性方面存在不足.为此本文设计了一种可远程操作的实验动物饲养环境自动调节监控系统,利用单片机与电磁阀实现精确的流体通断自动控制,而上位P C机基于B/S架构、用We b站点方式提供了远程设置流体输送模式与现场远程监控功能.
생물급의학영역적연구인원재진행동물실험시,경상수요향동물사양공간안조예정모식련속통입모사기체、액체이영조특정적생존배경,저조성료실험인원체력부담,병차재정도、가고성방면존재불족.위차본문설계료일충가원정조작적실험동물사양배경자동조절감공계통,이용단편궤여전자벌실현정학적류체통단자동공제,이상위P C궤기우B/S가구、용We b참점방식제공료원정설치류체수송모식여현장원정감공공능.
For the researchers majored in the biology and medical area, when performing the animal experiment, they often need to inlet the specific gas and liquid according to a predetermined pattern to create the specific raising environment. Those manual work could waste a huge effort of the researchers and do harm to the precision and reliability of the experiment result. In this paper, we designed a remotely controlled animal feeding environment adjusting and monitoring system. The system uses the micro-chip computer and solenoid valve to achieve the automotive control of the fluid. While the upper PC computer uses the B/S architecture to provide remote regulating of control mode and environment monitoring in web manner.