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A platform for research: civil engineering, architecture and urbanism
Self-adaptive mechanical perpendicularity adjusting inclined strut
The invention provides a self-adaptive mechanical perpendicularity adjusting inclined strut. A perpendicularity monitoring instrument, and a first rod section, an automatic adjustment device and a second rod section which are connected in sequence are adopted. The perpendicularity monitoring instrument is arranged on a supported component; the automatic adjustment device comprises a control system, a power system, a fine adjustment shaft, an adjustment gear and a driven wheel; two ends of the fine adjustment shaft are respectively in threaded connection with the first rod section and the second rod section; the directions of the screw threads at the two ends of the fine adjustment shaft are opposite; the control system controls the power system to drive the adjustment gear according to thesituation of the perpendicularity of the supported component measured by the perpendicularity monitoring instrument; the adjustment gear drives the driven wheel; the driven wheel drives the fine adjustment shaft; the first rod section and the second rod section move to or away from each other simultaneously through the rotation of the fine adjustment shaft, so that the adjustment of the distancebetween the first rod section and the second rod section is realized until the perpendicularity of the supported component meets a requirement; and high-precision, high-efficiency and intelligent self-adaptive mechanical perpendicularity adjustment with a self-locking function of the supported component is realized.
本发明提供一种自适应机械调垂斜撑，采用垂直度监测仪及依次连接的第一杆段、自动调节装置及第二杆段，垂直度监测仪设置于被支撑构件上，自动调节装置包括控制系统、动力系统、精调节轴、调节齿轮及从动轮，精调节轴的两端分别与第一杆段以及第二杆段螺纹连接，且精调节轴的两端的螺纹方向相反，控制系统根据垂直度监测仪测得的被支撑构件的垂直度情况控制动力系统驱动调节齿轮，调节齿轮带动从动轮，从动轮带动精调节轴，精调节轴的转动使得第一杆段与第二杆段同时相向移动或者相背移动，实现第一杆段与第二杆段之间距离的调整，直至被支撑构件的垂直度满足要求，实现了对被支撑构件的带自锁功能的高精度、高效率、智能的自适应机械调垂。
Self-adaptive mechanical perpendicularity adjusting inclined strut
The invention provides a self-adaptive mechanical perpendicularity adjusting inclined strut. A perpendicularity monitoring instrument, and a first rod section, an automatic adjustment device and a second rod section which are connected in sequence are adopted. The perpendicularity monitoring instrument is arranged on a supported component; the automatic adjustment device comprises a control system, a power system, a fine adjustment shaft, an adjustment gear and a driven wheel; two ends of the fine adjustment shaft are respectively in threaded connection with the first rod section and the second rod section; the directions of the screw threads at the two ends of the fine adjustment shaft are opposite; the control system controls the power system to drive the adjustment gear according to thesituation of the perpendicularity of the supported component measured by the perpendicularity monitoring instrument; the adjustment gear drives the driven wheel; the driven wheel drives the fine adjustment shaft; the first rod section and the second rod section move to or away from each other simultaneously through the rotation of the fine adjustment shaft, so that the adjustment of the distancebetween the first rod section and the second rod section is realized until the perpendicularity of the supported component meets a requirement; and high-precision, high-efficiency and intelligent self-adaptive mechanical perpendicularity adjustment with a self-locking function of the supported component is realized.
本发明提供一种自适应机械调垂斜撑，采用垂直度监测仪及依次连接的第一杆段、自动调节装置及第二杆段，垂直度监测仪设置于被支撑构件上，自动调节装置包括控制系统、动力系统、精调节轴、调节齿轮及从动轮，精调节轴的两端分别与第一杆段以及第二杆段螺纹连接，且精调节轴的两端的螺纹方向相反，控制系统根据垂直度监测仪测得的被支撑构件的垂直度情况控制动力系统驱动调节齿轮，调节齿轮带动从动轮，从动轮带动精调节轴，精调节轴的转动使得第一杆段与第二杆段同时相向移动或者相背移动，实现第一杆段与第二杆段之间距离的调整，直至被支撑构件的垂直度满足要求，实现了对被支撑构件的带自锁功能的高精度、高效率、智能的自适应机械调垂。
Self-adaptive mechanical perpendicularity adjusting inclined strut
一种自适应机械调垂斜撑
GONG JIAN (author) / WU LIANDING (author) / FANG TINGCHEN (author) / HUANG YULIN (author) / YANG JIALIN (author) / ZHAO YIMING (author) / PAN XI (author)
2020-07-03
Patent
Electronic Resource
Chinese
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