Concrete internal vibration type pouring process

Abstract

The invention discloses a concrete internal vibration type pouring process, and belongs to the technical field of concrete pouring. The process comprises the following steps of burying an embedded rodinto a pouring foundation pit, arranging an embedded vibration mechanism on the embedded rod, and driving the vibration mechanism to rotate by using an electric driving mechanism embedded at the topend of the embedded rod, wherein the vibration mechanism rotates along the outer side of the embedded rod to vibrate and exhaust concrete poured into the pouring foundation pit, after pouring is completed, the electric driving mechanism is dismantled upwards, the embedded rod is filled with the poured concrete to be full, and the embedded rod and the vibration mechanism are reserved in the concrete and do not need to be pulled out; and meanwhile, the embedded rod is matched with the vibration mechanism to be reserved in the concrete to achieve a reinforcing effect on the concrete, so that a certain reinforcing mechanisms similar to reinforcing steel bars do not need to be additionally loaded in the concrete to improve the overall mechanical strength of the concrete; and in addition, a vibration rod does not need to be manually held for operation.

Description

technical field [0001] The invention relates to the technical field of concrete pouring, in particular to a concrete internal vibration pouring process. Background technique [0002] With the acceleration of the level of urbanization, more and more buildings and roads are being built in the city, and most of the buildings in residential areas use concrete frame structures, which have good stability and earthquake resistance. , so the concrete needs to be vibrated when pouring concrete to achieve a good stability effect, and the vibrator in the existing equipment has certain disadvantages when it is working. [0003] According to the concrete material and pouring process requirements, the concrete is vibrated. Most of the existing vibrators are artificially controlled vibrating rods. There may be vibration rods that are not vertical when inserted into the concrete, inserted too slowly and pulled out too quickly, and concrete vibrations. Poor practical effect and other proble...

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Problems solved by technology

[0003] According to the concrete material and pouring process requirements, the concrete is vibrated. Most of the existing vibrators are artificially controlled vibrating rods. There may be vibration rods that are not vertical when inserted into the concrete, inserted too slowly and pulled out too quickly, and concrete vibrations. Poor practical effect and other problems, it is easy to leave pores in the concrete, and for some construction sites with large pouring area, it is inconvenient to manually control and the work efficiency is low

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