A high-frequency vibrating table for a bracket type cement component

Abstract

A support type cement component high-frequency vibration table comprises a vibrator. A fixed sleeve is connected to the outer end face of the vibrator in a sleeving mode. A vibration table body is installed at the top end of the fixed sleeve. A movable to-be-vibrated cement component mold non-fixedly connected to the vibration table body is placed on the vibration table body. At least three sets of extending supports are installed at the side end of the vibration table body. At least three sets of stretching type locking seats corresponding to the at least three sets of extending supports are slidably installed on the at least three sets of extending supports, are located on the outer end face of the to-be-vibrated cement component mold and lock the to-be-vibrated cement component mold on the vibration table body fixedly. Bearing plates are installed on the end side bottom faces of the at least three sets of extending supports. Elastic parts are installed under the bearing plates. The bottom ends of the elastic parts abut against the bearing parts of a machine body. The support type cement component high-frequency vibration table can achieve high-frequency vibration, the compactness of a cement component is improved, and meanwhile, the usage requirements of molds of different shapes can be met.

Description

technical field [0001] The invention relates to a support type cement component high-frequency vibrating table. Background technique [0002] In the field of road or engineering construction, cement components are often used. Nowadays, cement components are mostly prepared by prefabricated molds and assembled during use. This method greatly improves the installation efficiency. In order to increase the compactness of cement prefabricated structures, it is usually required Vibrate the cement construction. According to different usage requirements, the cement construction is in various styles, such as round, rhombus, square, etc., which requires a variety of corresponding cement construction molds. Because the cement construction molds are diverse, so , Different vibrating tables need to be matched during actual vibration. There is no vibrating table suitable for molds of various shapes in the prior art. As a result, various types of vibrating tables need to be purchased, whic...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the problem that the existing vibrating table cannot meet the needs of various types and styles of cement component molds, the present invention arranges a sliding locking mechanism on the top surface of the vibrating table, and the technical scheme of using the sliding locking mechanism can be used according to different needs. Sliding locking adjustment for cement components with different shapes. When in use, only need to place the cement construction mold on the vibrating table and lock it, so as to meet different use needs. At the same time, it can effectively fix the vibrating cement components. Increase the vibration effect of the next step

[0004] The present invention also solves the problem of poor vibration effect in the prior art. In the prior art, the vibrating table is designed as a flat plate, and the vibrating table is installed on the body through elastic parts. This method has the following defects: because the vibrating table is flat One-piece design, therefore, there will be a power transmission between the connection points of the vibrating table and the body, especially the power transmission between adjacent connection points is more obvious. This kind of power transmission is essentially the consumption of vibration force. Thus, the vibration effect is reduced; in order to solve this technical problem, the present invention adopts the technical solution of the extension bracket. Due to the adoption of this technical solution, there is no bracket connection between the extension bracket and the connection point of the body, only through The bracket is connected to the vibrating table in the middle, and the vibrating table directly bears the cement component to be vibrated, so the vibration force is directly transmitted to the cement component to be vibrated, making full use of the vibration effect, increasing the compactness of the cement, and realizing high-frequency vibration

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