CAJ | 학술논문

目的研制一种集智能温箱与可调式支架为一体的手外科专科用具,用于手显微外科术后肢体保温,使其更安全、更科学,肢体放置更舒适.方法分析现有用具的弊端,针对显微外科术后的需求,采用新型材料来解决当前用具存在的问题.结果使用纳米电热膜发热,温控探头测温,温控器控温,使箱内温度控制在30～35℃,并实现在此范围内可调节.不锈钢可调式支架调试角度为0～45°.结论纳米电热膜是一种安全性高、可靠性强、稳定性好的发热材料,可用于显微外科术后保温；加以温控,使术后保温更安全、更科学.可调式支架可自由调节高度,使肢体放置更为舒适.经试验后,设定温度值30～31℃,放置角度20～25°较为合适.
목적 연제일충집지능온상여가조식지가위일체적수외과전과용구,용우수현미외과술후지체보온,사기경안전、경과학,지체방치경서괄.방법 분석현유용구적폐단,침대현미외과술후적수구,채용신형재료래해결당전용구존재적문제.결과 사용납미전열막발열,온공탐두측온,온공기공온,사상내온도공제재30～35℃,병실현재차범위내가조절.불수강가조식지가조시각도위0～45°.결론 납미전열막시일충안전성고、가고성강、은정성호적발열재료,가용우현미외과술후보온；가이온공,사술후보온경안전、경과학.가조식지가가자유조절고도,사지체방치경위서괄.경시험후,설정온도치30～31℃,방치각도20～25°교위합괄.
Objective To develop an intelligent cabinet with constant temperature and adjustable height,which is safer,more scientific and comfortable for heat preservation after surgical operation.Methods According to the demands of microscopic surgery we analyzed the disadvantages of existing equipment in order to seek new materials to solve the current problems.Results Using nanometer electric heating film to control temperature at 30～35 ℃ and adjust temperature in this range.Moreover debugging angle of stainless steel adjustable upholder at 0～45°.Conclusions Nanometer electric heating film is a kind of high safety,reliability and strong stability heating material and can be used for the microscopic surgery insulation.Adjustable lifting upholder makes limbs more comfortable with freely height.It shows that setting temperature at 30～31℃,angel value at 20～25°would be relatively suitable after our experiment.