A new type of tower crane for construction engineering includes tower body, fixed plate, pressure plate, support plate, positioning plate, positioning nail and screw. The tower body has four tower body supporting rods. The fixed plate has four tower body supporting rod holes. The tower body supporting rod is suitable for the tower body supporting rod holes. The tower body supporting rod passes through the tower body supporting rod holes. The lower part of the tower body supporting rod has a supporting rod convex ring, and the upper surface of the supporting rod convex ring connects the fixed plate. The supporting plate has an inner groove of the supporting plate, the bottom surface of the supporting plate of the tower body is connected with the bottom of the inner groove of the supporting plate, the surface of the supporting plate is connected with the fixed plate, the lower surface of the supporting plate is connected with the ground, and the lower surface of the positioning plate is connected with the ground, the positioning plate has a lower groove of the pressing plate, the lower plate of the pressing plate is suitable for the lower plate groove of the pressing plate, the lower plate is inserted into the lower plate groove of the pressing plate, and the upper plate has a The lower surface of the plate is connected with the fixing plate, and the lower part of the plate has a plurality of pins. The fixing plate has a plurality of pin holes, which are suitable for the pin holes.
【技术实现步骤摘要】
新型建筑工程用塔吊
本技术涉及建筑工程领域,尤其涉及一种新型建筑工程用塔吊。
技术介绍
塔吊是建筑工地上最常用的一种起重设备又名“塔式起重机”,以一节一节的接长,用来吊施工用的钢筋、木楞、混凝土、钢管等施工的原材料,现有的塔吊直接将塔身下部埋入地下,容易造成晃动。
技术实现思路
本技术针对现有技术存在的上述不足,提供一种避免倾斜晃动的新型建筑工程用塔吊。本技术的目的是通过以下技术方案来实现:一种新型建筑工程用塔吊,包括塔身、固定板、压板、支撑板、定位板、定位钉、螺杆,所述塔身具有四个塔身支杆,固定板具有四个塔身支杆孔,塔身支杆与塔身支杆孔相适应,塔身支杆穿过塔身支杆孔,塔身支杆下部具有支杆凸环,支杆凸环上表面连接固定板,支撑板具有支撑板内槽,塔身支杆下表面连接支撑板内槽底面,支撑板上表面连接固定板,支撑板下表面连接地面,定位板下表面连接地面,定位板具有压板下板槽,压板下部具有压板下板,压板下板与压板下板槽相适应,压板下板插入压板下板槽,压板上部具有压板上板,压板上板下表面连接固定板,压板上板下部具有多个插柱,固定板具有多个插柱孔,插柱与插柱孔相适应,插柱插入插柱孔,多个插柱在压板上板底部均匀分布。所述定位板在塔身两侧对称设置,对称设置的定位板相连接,定位板上部具有多个沉孔,沉孔下部具有定位钉孔,定位钉与定位钉孔相适应,定位钉穿过定位钉孔插入地下,定位板具有定位侧凸板,定位侧凸板在定位板前后两侧对称设置,螺杆穿过对称的定位侧凸板连接螺母。有益效果:塔身支杆穿过塔身支杆孔,使固定板相对塔身水平方向、前后方向位置固定,支撑板上表面连接固定板,支撑板对固定板底面进行支撑, ...
【技术保护点】
1.一种新型建筑工程用塔吊,其特征是:包括塔身、固定板、压板、支撑板、定位板、定位钉、螺杆,所述塔身具有四个塔身支杆,固定板具有四个塔身支杆孔,塔身支杆与塔身支杆孔相适应,塔身支杆穿过塔身支杆孔,塔身支杆下部具有支杆凸环,支杆凸环上表面连接固定板,支撑板具有支撑板内槽,塔身支杆下表面连接支撑板内槽底面,支撑板上表面连接固定板,支撑板下表面连接地面,定位板下表面连接地面,定位板具有压板下板槽,压板下部具有压板下板,压板下板与压板下板槽相适应,压板下板插入压板下板槽,压板上部具有压板上板,压板上板下表面连接固定板,压板上板下部具有多个插柱,固定板具有多个插柱孔,插柱与插柱孔相适应,插柱插入插柱孔,多个插柱在压板上板底部均匀分布。
【技术特征摘要】
1.一种新型建筑工程用塔吊,其特征是:包括塔身、固定板、压板、支撑板、定位板、定位钉、螺杆,所述塔身具有四个塔身支杆,固定板具有四个塔身支杆孔,塔身支杆与塔身支杆孔相适应,塔身支杆穿过塔身支杆孔,塔身支杆下部具有支杆凸环,支杆凸环上表面连接固定板,支撑板具有支撑板内槽,塔身支杆下表面连接支撑板内槽底面,支撑板上表面连接固定板,支撑板下表面连接地面,定位板下表面连接地面,定位板具有压板下板槽,压板下部具有压板下板,压板下板与压板下板槽相适应,压板下板插入压板下板...
【专利技术属性】
技术研发人员:王丽华,王知玉,刘勇,
申请(专利权)人:牡丹江大学,
类型:新型
国别省市:黑龙江,23
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