Working platform for engineering quality management

Abstract

The invention relates to a working platform for engineering quality management, which comprises a box body, an open groove, a branch groove, a fixed motor, a connecting rod, a placing block, an accommodating groove, an outlet, a closed cylinder, a closed plate and a first positioning plate, a second positioning plate is connected below the first positioning plate, and a rotating motor is arrangedon one side of the second positioning plate; the rotating motor is connected with a driving disc, one side of the driving disc is integrally connected with threaded stripes, three driving blocks matched with the threaded stripes are arranged on one side of the driving disc and are symmetrically distributed relative to the center of the driving disc, and the second positioning plate is connected with a third positioning plate arranged on the outer side of the driving disc in a sleeving mode. And the third positioning plate is provided with a driving groove used for driving the driving block tomove, the side, located outside the driving disc, of the driving block is connected with an arc-shaped plate, and the third positioning plate is provided with scales at an opening of the driving groove. The platform has the advantages of detecting the aperture of the reinforcement cage and monitoring building materials in the box body.

Description

technical field [0001] The invention relates to the technical field of work platforms, in particular to a work platform used for project quality management. Background technique [0002] Steel bars in the construction field are frequently used building materials. Traditional building steel bars are usually made into steel cages. The steel cages are generally hollow and long tubes. The inner diameter of the steel cages has different detection methods. Weld the steel bars together, place the intersection point in the center of the steel cage, and then use a tape measure to measure the length of both ends of the steel bars on the circumference of the steel cage. When the hole diameter of the steel cage is large, this is a relatively stupid method, and it is difficult to align the center of the circle. It is heavy and cumbersome to move the welded long steel bar to measure the hole diameter, and the measurement error is also large. In order to improve the accuracy and measuremen...

AI Technical Summary

Problems solved by technology

[0002] Steel bars in the construction field are frequently used building materials. Traditional building steel bars are usually made into steel cages. The steel cages are generally hollow and long tubes. The inner diameter of the steel cages has different detection methods. Weld the steel bars together, place the intersection point in the center of the steel cage, and then use a tape measure to measure the length of both ends of the steel bars on the circumference of the steel cage. When the hole diameter of the steel cage is large, this is a relatively stupid method, and it is difficult to align the center of the circle. It is heavy and cumbersome to move the welded long steel bar to measure the hole diameter, and the measurement error is also large. In order to improve the accuracy and measurement efficiency of the steel cage hole diameter detection, it is necessary to improve the design

[0003] In addition, at present, during the working process of construction units, excessive loss of building materials often occurs, and when resting at night, building materials may also cause waste of raw materials due to theft or external pollution. Monitoring and supervision of the body, but there is no such setting at present, and it needs to be improved

[0004] And currently there is no work platform for engineering quality management that can solve the above two problems at the same time, so the present invention provides a work platform that can solve the above problems

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