Auxiliary equipment for reinforcing bearing column used in building construction

Abstract

The invention discloses auxiliary equipment for reinforcing a bearing column used in building construction. The auxiliary equipment comprises an adjusting mechanism, an annular linkage gear, a drivingmechanism, a protection mechanism, a plurality of feeding mechanisms and a defoaming mechanism. The annular linkage gear and the multiple feeding mechanisms are installed on the upper end face of theadjusting mechanism in a sliding manner, the feeding mechanisms are matched with the driving mechanism, the annular linkage gear rotates to drive the other feeding mechanisms matched with the annularlinkage gear to move, and the defoaming mechanism is driven to knock repeatedly templates in the pouring process under the limiting action of the protection mechanism. In order to eliminate bubbles in concrete, the protection mechanism limits the feeding mechanisms, the feeding mechanisms drive the deforming mechanism to knock the templates outside the bearing column repeatedly to eliminate the bubbles, the bubble elimination speed is increased, it is ensured that the templates outside the bearing column are stressed evenly, the axis of the bearing column does not deviate, and the bearing capacity of the bearing column is improved.

Description

technical field [0001] The invention belongs to the technical field of building construction, and relates to a load-bearing column reinforcement auxiliary equipment for building construction. Background technique [0002] At present, the building construction technology is basically composed of foundations, beams, columns, floor slabs and roof slabs, etc., and concrete is poured on the construction site, and the walls are filled with traditional types such as clay bricks and various blocks. Longer, the quality of the project depends heavily on the level of on-site workers. [0003] The role of load-bearing columns is particularly important in the construction process. Load-bearing columns are also known as frame columns. Load-bearing columns have the largest bearing capacity in buildings. They are important force-bearing components in house construction and play a role in preventing buildings from collapsing. Currently , during the construction of the load-bearing column, t...

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Problems solved by technology

[0003] The role of load-bearing columns is particularly important in the construction process. Load-bearing columns are also known as frame columns. Load-bearing columns have the largest bearing capacity in buildings. They are important force-bearing components in house construction and play a role in preventing buildings from collapsing. Currently , during the construction of the load-bearing column, the concrete is poured into the formwork, and a vibrator is used to vibrate the concrete. However, when defoaming the upper end of the load-bearing column, it is necessary to manually stand at a high place and hold the vibrator to vibrate the concrete. Vibration at the height of the load-bearing column causes danger during the vibration process for personnel, cannot meet the defoaming requirements at different heights, and increases the danger during operation. At the same time, manual operation consumes a lot of energy and time, and there is vibration Insufficient pounding, the air bubbles are not completely discharged, and there is improper operation so that the vibrator touches the formwork, and the formwork tilts, which in turn causes the axis of the load-bearing column to shift, resulting in non-vertical force, unable to effectively transfer the load, and affecting the load-bearing column. Bearing capacity, in order to solve the above problems, a load-bearing column reinforcement auxiliary equipment for building construction is now designed

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