Control system of pre-embedded reinforcement binding device in concrete

Abstract

The invention discloses a control system of a pre-embedded reinforcement binding device in concrete and belongs to the field of buildings. The control system of the pre-embedded reinforcement binding device in the concrete comprises a primary-setting modeling module, a position regulatory and control module, a feeding and thread-cutting module, a binding module and a control module. According to the control system of the pre-embedded reinforcement binding device in the concrete, binding for a reinforcing mesh can be automatically completed, the multiple disadvantages that in the binding process of an existing reinforcement, binding which fully relies on human power are overcome, reinforcement binding before concrete casting is competed through the intelligent device, the overall binding process is automatically completed, and workers are prevented from constructing under an exposure environment.

Description

technical field [0001] The invention relates to the field of building construction, in particular to an intelligent facility specially used for bundling pre-embedded steel bars during the concrete construction process of buildings. Background technique [0002] During the construction of buildings (buildings, bridges, roads, etc.), before concrete pouring, it is necessary to pre-embed several steel bars in the horizontal and vertical directions, and then bind them with steel wires at the intersection points of the steel bars to form a steel bar network. [0003] At present, at the scene of the formation of the steel bar network, it is generally to squat on the steel bars manually, and manually bind the intersection points of the steel bars with steel wires. The binding efficiency of the steel bar nets is extremely low. In addition, the construction site of the mixed reinforcement of the building is often in a harsh environment such as exposure to the sun, which makes the con...

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Problems solved by technology

[0004] The purpose of the present invention is to: aim at the above existing problems, provide a control system for pre-embedded steel bar binding equipment in concrete, solve the many drawbacks in the existing steel bar binding process that all rely on manpower, and complete the pre-concrete pouring process through intelligent equipment. The whole binding process is completed automatically, avoiding workers to carry out construction in the sun-exposed environment, greatly improving work efficiency and reducing construction costs

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