天津科技大学学报
天津科技大學學報
천진과기대학학보
Journal of Tianjing University of Science & Technology
2015年
5期
58-61
,共4页
远程控制%驱动阀门%行星齿轮减速器%系统设计
遠程控製%驅動閥門%行星齒輪減速器%繫統設計
원정공제%구동벌문%행성치륜감속기%계통설계
remote control%drive valve%planetary gears reducer%system design
从节省能源以及控制方便等角度出发，设计了一种采用行星齿轮减速器驱动、且可远程控制的阀门系统．阀门驱动系统采用三级行星齿轮减速机构，控制系统采用基于 GSM 通信技术的手机终端进行远程控制，电力供应采用太阳能电池板并联蓄电池供电．系统具有1.5,s的快速响应时间，以太阳能为能源供电，节能环保．
從節省能源以及控製方便等角度齣髮，設計瞭一種採用行星齒輪減速器驅動、且可遠程控製的閥門繫統．閥門驅動繫統採用三級行星齒輪減速機構，控製繫統採用基于 GSM 通信技術的手機終耑進行遠程控製，電力供應採用太暘能電池闆併聯蓄電池供電．繫統具有1.5,s的快速響應時間，以太暘能為能源供電，節能環保．
종절성능원이급공제방편등각도출발，설계료일충채용행성치륜감속기구동、차가원정공제적벌문계통．벌문구동계통채용삼급행성치륜감속궤구，공제계통채용기우 GSM 통신기술적수궤종단진행원정공제，전력공응채용태양능전지판병련축전지공전．계통구유1.5,s적쾌속향응시간，이태양능위능원공전，절능배보．
The drive valve of the planetary gear reducer based on remote control was designed for saving energy and con-venient control. Three-level planetary gear retarding mechanism was used in the drive valve system,and the GSM interna-tional communication base station technology was applied to the remote control system.Both solar panels and silicate battery were used as power to maintain the normal running of the system. The mechanism has the characteristics of energy efficiency,environmental protection and short response time of 1.5,s only.
