Precise machining equipment for bridge reinforcing steel plate

Abstract

The invention relates to precise machining equipment for a bridge reinforcing steel plate. The precise machining equipment comprises a bottom plate, and the bottom plate is provided with a conveying device and a cutting device from rear to front in sequence. The conveying device comprises a conveying supporting frame installed on the bottom plate, the upper end of the conveying supporting frame isprovided with a conveying execution slot, the conveying execution slot is internally provided with a conveying execution mechanism, and conveying assisting rollers are installed between inner walls of the conveying supporting frame from front to rear at an equal interval through bearings. By means of the precise machining equipment, the problems that when an existing steel plate is used for reinforcing a bridge, the steel plate needs to be machined, conveyed and cut manually, manual conveying of the steel plate is unstable, the steel plate is prone to be inclined in the conveying process, manual cutting of the steel plate is inaccurate, only one piece of steel plate can be machined at a time when steel plates of different specifications are cut manually, and splashed disintegrating slag generated when the steel plate is cut manually produces potential safety hazards can be solved.

Description

technical field [0001] The invention relates to the technical field of bridge reinforcement equipment, in particular to a precise processing equipment for bridge reinforcement steel plates. Background technique [0002] Bridge reinforcement generally refers to the restoration or improvement of the bearing capacity of existing bridges through the reinforcement of components and the improvement of structural performance, so as to prolong their service life and meet the requirements of modern transportation. For bridges with serious defects or due to heavy traffic For weak members that cannot meet the requirements of safe load-carrying, the cross-section of the main girder or main arch ring is usually increased by means of shotcrete, concrete, steel plate, glass fiber reinforced plastic, steel bar or carbon fiber, and the steel plate is used to strengthen the bridge. The location needs to cut the steel plate to ensure that the steel plate can effectively strengthen the bridge. ...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the above problems, the present invention provides a precise processing equipment for bridge reinforcement steel plates, which can solve the existing problems in the process of steel plate reinforcement bridges that the steel plates need to be manually processed, the steel plates need to be manually transported, and the steel plates need to be manually cut. Manually transporting steel plates is unstable, the steel plates are easy to tilt during the conveying process, manual cutting of steel plates is not accurate, manual cutting of different specifications of steel plates can only process one steel plate at a time, and there is safety in the splashing of debris during manual cutting and processing of steel plates. Hidden dangers, lack of fixing measures for manual cutting steel plates, easy shaking of steel plates during cutting, poor stability, high labor intensity and low work efficiency, etc., can realize the function of automatic and precise cutting of bridge reinforcement steel plates, and can process multiple steel plates at a time Processing, without manual operation, there is no potential safety hazard, and has the advantages of high cutting accuracy, good stability, simple operation, low labor intensity and high work efficiency

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