水科学与工程技术
水科學與工程技術
수과학여공정기술
WATER SCIENCES AND ENGINEERING TECHNOLOGY
2013年
2期
93-96
,共4页
风杆%风杆受力%千斤顶顶支%斜拉卷扬%风荷载弯矩%抗倾翻力矩
風桿%風桿受力%韆斤頂頂支%斜拉捲颺%風荷載彎矩%抗傾翻力矩
풍간%풍간수력%천근정정지%사랍권양%풍하재만구%항경번력구
wind rod%the wind rod stress%jack support%cable-stayed hoist%wind load bending moment%resistance to overturning moment
气象观测场中风向、风速仪支架杆一般为固定铁管,并用拉丝稳固;由于拉丝影响,使观测场外观形象显得杂乱不美观;又由于风杆是固定的,对风向、风速仪维修及风杆上漆维护不方便.基于此问题,设计出一种方便竖立又容易放倒且无拉丝稳固的风杆,这种风杆如何制作及部件制作的合理分析计算是其关键环节.
氣象觀測場中風嚮、風速儀支架桿一般為固定鐵管,併用拉絲穩固;由于拉絲影響,使觀測場外觀形象顯得雜亂不美觀;又由于風桿是固定的,對風嚮、風速儀維脩及風桿上漆維護不方便.基于此問題,設計齣一種方便豎立又容易放倒且無拉絲穩固的風桿,這種風桿如何製作及部件製作的閤理分析計算是其關鍵環節.
기상관측장중풍향、풍속의지가간일반위고정철관,병용랍사은고;유우랍사영향,사관측장외관형상현득잡란불미관;우유우풍간시고정적,대풍향、풍속의유수급풍간상칠유호불방편.기우차문제,설계출일충방편수립우용역방도차무랍사은고적풍간,저충풍간여하제작급부건제작적합리분석계산시기관건배절.
Wind direction and anemometer support rod is generallyiron pipe fixed by wire drawing in Meteorological obser-vation field, since several root drawing make observation field is disordered and not beautiful appearance, and because the wind rod is fixed, it is not convenient to repair and maintenance the wind direction and anemometer, and japanning the rod. Based on this problem, we designed a rod easy to set up and down without drawing, so how to make and reasonable analysis and calculation of parts production are the main content of this article.