Intelligent box girder mold

Abstract

The invention relates to the technical field of box girder molds, and provides an intelligent box girder mold. The intelligent box girder mold comprises a side template, a rack, a vertical jacking oil cylinder, a horizontal opening and closing oil cylinder, a moving trolley, a first FRID radio frequency tag, a first FRID radio frequency tag recognizer corresponding to the first FRID radio frequency tag, a signal tag, a signal tag recognizer corresponding to the signal tag and a control system; the first FRID radio frequency tag identifier is used for identifying storage information of the first FRID radio frequency tag; the signal tags are arranged on the rack at intervals in the moving direction of the side templates, and the signal tag recognizer is used for recognizing signal tag information; and the control system establishes communication with the first FRID radio frequency tag identifier and the signal tag identifier, and is used for receiving information identified by the first FRID radio frequency tag identifier, controlling the vertical jacking oil cylinder to ascend and descend to adjust the height of the side template, receiving information identified by the signal tag identifier, and completing control of step-by-step deceleration of the trolley. According to the intelligent box girder mold, alignment and calibration in the height direction and the length direction of the side template and the rack can be rapidly completed, and the working efficiency is greatly improved.

Description

technical field [0001] The invention relates to the technical field of box girder molds, in particular to an intelligent box girder mold. Background technique [0002] like Figure 1 to Figure 2 Shown is a certain type of box girder mold, including side formwork 1, platform 2, mobile trolley 3, guide rail 4, horizontal opening and closing cylinder 5 and vertical jacking cylinder 6, which will form a straight line during the process of making the box girder Arrange multiple benches. After the previous box girder is completed, the formwork on both sides needs to be moved outward through the horizontal opening and closing cylinder, and then the power source drives the trolley to move the trolley to transport the side formwork to the next bench for fabrication. In the process of transporting to the next bench, it is necessary to complete the alignment with the length direction and height direction of the bench respectively. However, the side formwork and the length direction of ...

AI Technical Summary

Problems solved by technology

[0002] like Figure 1 to Figure 2 Shown is a certain type of box girder mold, including side formwork 1, platform 2, mobile trolley 3, guide rail 4, horizontal opening and closing cylinder 5 and vertical jacking cylinder 6, which will form a straight line during the process of making the box girder Arrange multiple benches. After the previous box girder is finished, it is necessary to move the formwork on both sides outward through the horizontal opening and closing cylinder, and then drive the trolley to move the trolley through the power source to transport the side formwork to the next bench for fabrication. In the process of transporting to the next bench, it is necessary to complete the alignment with the length direction and height direction of the bench respectively. However, the side formwork and the length direction of the bench cannot be aligned due to the untimely or inaccurate braking of the side formwork when it is moving. Accurate alignment and uneven bottom surface lead to the problem of inconsistent heights of each bench. It is necessary to adjust the height of each bench to perform a height alignment operation. For such a large-scale box girder mold, repeated debugging is very troublesome, with a large workload and high efficiency. Low

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