CAJ | 학술논문

为缩短玉米果穗的干燥制种时间及降低玉米果穗的干燥成本，充分利用太阳资源，设计了一种计算机远程控制式的小型太阳能集热玉米果穗干燥装置。装置采用计算机局域网远程控制，实现了太阳能集热器干燥装置的风机风速调节，提高了玉米果穗干燥的自动化操作水平。为了实现该功能，本次研究基于 Pstools 工具包、Socket 网络通信及远程唤醒技术设计实现一个局域网计算机远程控制系统。该系统具有远程开关机和创建操作进程等管理功能，大大提高了机械化生产的管理效率。最后，对传统的干燥装置和本文设计的玉米果穗干燥装置的干燥效率进行了测试。结果表明：本设计的太阳能集热器干燥装置最快降水率达到了0．132％，最短干燥时间仅为6．1h，满足玉米果穗等农产品的贮藏、制种干燥要求，为农业现代化生产机械的研究提供了理论参考。
위축단옥미과수적간조제충시간급강저옥미과수적간조성본，충분이용태양자원，설계료일충계산궤원정공제식적소형태양능집열옥미과수간조장치。장치채용계산궤국역망원정공제，실현료태양능집열기간조장치적풍궤풍속조절，제고료옥미과수간조적자동화조작수평。위료실현해공능，본차연구기우 Pstools 공구포、Socket 망락통신급원정환성기술설계실현일개국역망계산궤원정공제계통。해계통구유원정개관궤화창건조작진정등관리공능，대대제고료궤계화생산적관리효솔。최후，대전통적간조장치화본문설계적옥미과수간조장치적간조효솔진행료측시。결과표명：본설계적태양능집열기간조장치최쾌강수솔체도료0．132％，최단간조시간부위6．1h，만족옥미과수등농산품적저장、제충간조요구，위농업현대화생산궤계적연구제공료이론삼고。
In order to shorten the time for drying seed corn ear , reducing the cost of drying corn ear , the full use of re-sources , the design of a small solar a computer remote control type heat collecting corn ear drying device .The remote control device of computer local area network , the fan speed solar drying device for heat regulation , improve the level of automation of the corn ear drying .In order to realize the function , the study is based on the realization of a LAN of com-puter remote control system design Pstools kit , Socket network communication and remote wake-up, the system has a re-mote switch machine and create operation process management function , can greatly improve the production management efficiency .The drying efficiency and finally to the traditional drying device and the design of the corn ear drying device for testing , found that the design of the corn ear solar drying device for heat faster precipitation rate reached 0 .132%by the test , the shortest drying time is only 6 .1 hours , corn and other agricultural products to meet the requirements of the storage , seed drying , to provide a theoretical reference for the research of agricultural modernization of production ma-chinery .