摘要：【中文】本发明涉及一种机械吊装装置的施工方法，属于建筑机械设备技术领域，用于解决建筑结构复杂、施工空间小无法安装塔吊的位置单元体结构的搬运问题。它包括通过垂直设置的固定支撑固定于屋面上的框架平台，固定于框架平台上的固定臂和调节臂，框架平台上还设有卷扬机、配重，卷扬机的卷筒上缠绕钢丝绳，钢丝绳设有挂钩的一端绕过固定于调节臂上的导向滑轮悬垂设置；固定臂的一端固定于所述框架平台上，所述固定臂上沿着其长度方向设有一列螺栓孔；调节臂与所述固定臂通过螺栓连接；配重设置于框架平台远离固定臂的一侧。该装置实现了在建筑结构复杂、施工空间较小或塔吊已经拆除的情况下单元体结构的搬运。 【EN】The invention relates to a construction method of a mechanical hoisting device, belongs to the technical field of construction mechanical equipment, and is used for solving the problem of carrying a unit structure at a position where a tower crane cannot be installed due to a complex building structure and a small construction space. The roof support device comprises a frame platform fixed on a roof through a vertically arranged fixed support, a fixed arm and an adjusting arm fixed on the frame platform, wherein a winch and a balance weight are also arranged on the frame platform; one end of the fixed arm is fixed on the frame platform, and a row of bolt holes are formed in the fixed arm along the length direction of the fixed arm; the adjusting arm is connected with the fixed arm through a bolt; the counter weight sets up in the frame platform and keeps away from one side of fixed arm. The device has realized the transport of cell structure under the condition that building structure is complicated, construction space is less or the tower crane has been demolishd.

摘要：【中文】本发明涉及一种可解决材料垂直运输装置的施工方法，属于建筑机械设备技术领域，用于解决建筑结构复杂、施工空间小无法安装塔吊的位置单元体结构的搬运问题。它包括框架平台、工字钢悬臂及配重，工字钢悬臂通过支撑结构固定，框架平台一侧设置支撑结构，另一侧设置配重；工字钢悬臂两端通过焊接的吊耳和加强钢丝绳与悬臂支架顶部连接；工字钢悬臂前端固定手拉葫芦；框架平台四角分别设置万向轮，框架平台下焊接支撑座；支撑结构由固定架和调节架垂直套接组成，其中，位于下端的固定架底端与框架平台焊接连接，位于上端的调节架与工字钢悬臂固定连接。该装置实现了在建筑结构复杂、施工空间较小或塔吊已经拆除的情况下单元体结构的搬运。 【EN】The invention relates to a construction method capable of solving a material vertical transportation device, belongs to the technical field of construction machinery equipment, and is used for solving the problem of carrying a position unit structure which is complex in building structure, small in construction space and incapable of being provided with a tower crane. The I-steel cantilever is fixed through a support structure, one side of the frame platform is provided with the support structure, and the other side of the frame platform is provided with the counterweight; two ends of the I-shaped steel cantilever are connected with the top of the cantilever support through welded lifting lugs and reinforced steel wire ropes; a chain block is fixed at the front end of the I-shaped steel cantilever; universal wheels are respectively arranged at four corners of the frame platform, and a supporting seat is welded below the frame platform; the supporting structure is formed by vertically sleeving a fixing frame and an adjusting frame, wherein the bottom end of the fixing frame at the lower end is connected with the frame platform in a welding mode, and the adjusting frame at the upper end is fixedly connected with the I-shaped steel cantilever. The device has realized the transport of cell structure under the condition that building structure is complicated, construction space is less or the tower crane has been demolishd.

摘要：【中文】本发明涉及一种可同时解决材料垂直和水平运输的装置的安装方法，属于建筑机械设备技术领域，用于解决传统吊具吊装作业时受场地限制且吊装成本较高，无法兼顾水平和竖向吊装的问题。平台底板呈高低错落设置，能够满足具有高差的屋面的吊装需求，通过在平台底板上间隔设置门型支架，并在门型支架上方设置顶面骨架，顶面骨架底端设有工字钢轨道，工字钢轨道上滑动连接吊具，从而吊具能够沿着工字钢轨道沿着水平方向滑动，门型支架与平台底板之间，门型支架与顶面骨架之间，以及顶面骨架与工字钢轨道之间均为可拆卸式连接，实现了装配式施工。可以通过改变平台底板的高差来适应不同的吊装高度，并根据实际吊装需要，移动吊具，实现水平和竖向吊装。 【EN】The invention relates to an installation method of a device capable of simultaneously solving the problems of vertical and horizontal material transportation, belongs to the technical field of construction machinery equipment, and is used for solving the problems that a traditional lifting appliance is limited by a field during lifting operation, the lifting cost is high, and horizontal and vertical lifting cannot be considered at the same time. The platform bottom plate is the setting of high-low straggling, can satisfy the hoist and mount demand of the roofing that has the discrepancy in elevation, set up door type support through the interval on the platform bottom plate, and set up the top surface skeleton above door type support, top surface skeleton bottom is equipped with the I-steel track, sliding connection hoist on the I-steel track, thereby the hoist can slide along the I-steel track along the horizontal direction, between door type support and the platform bottom plate, between door type support and the top surface skeleton, and be detachable the connection between top surface skeleton and the I-steel track, the assembly type construction has been realized. Can adapt to different hoist and mount heights through the discrepancy in elevation that changes the platform bottom plate to according to actual hoist and mount needs, remove the hoist, realize level and vertical hoist and mount.

摘要：【中文】本发明涉及一种可解决材料垂直运输的装置，属于建筑机械设备技术领域，用于解决建筑结构复杂、施工空间小无法安装塔吊的位置单元体结构的搬运问题。它包括框架平台、工字钢悬臂及配重，工字钢悬臂通过支撑结构固定，框架平台一侧设置支撑结构，另一侧设置配重；工字钢悬臂两端通过焊接的吊耳和加强钢丝绳与悬臂支架顶部连接；工字钢悬臂前端固定手拉葫芦；框架平台四角分别设置万向轮，框架平台下焊接支撑座；支撑结构由固定架和调节架垂直套接组成，其中，位于下端的固定架底端与框架平台焊接连接，位于上端的调节架与工字钢悬臂固定连接。该装置实现了在建筑结构复杂、施工空间较小或塔吊已经拆除的情况下单元体结构的搬运。 【EN】The invention relates to a device capable of solving the problem of vertical transportation of materials, belongs to the technical field of construction machinery equipment, and is used for solving the problem of carrying a unit structure at a position where a tower crane cannot be installed due to the fact that a building structure is complex and a construction space is small. The I-steel cantilever is fixed through a support structure, one side of the frame platform is provided with the support structure, and the other side of the frame platform is provided with the counterweight; two ends of the I-shaped steel cantilever are connected with the top of the cantilever support through welded lifting lugs and reinforced steel wire ropes; a chain block is fixed at the front end of the I-shaped steel cantilever; universal wheels are respectively arranged at four corners of the frame platform, and a supporting seat is welded below the frame platform; the supporting structure is formed by vertically sleeving a fixing frame and an adjusting frame, wherein the bottom end of the fixing frame at the lower end is connected with the frame platform in a welding mode, and the adjusting frame at the upper end is fixedly connected with the I-shaped steel cantilever. The device has realized the transport of cell structure under the condition that building structure is complicated, construction space is less or the tower crane has been demolishd.