Concrete sample sending and standard curing comprehensive unmanned detection system

Abstract

The invention provides a concrete sample feeding and standard curing comprehensive unmanned detection system. The concrete sample feeding and standard curing comprehensive unmanned detection system comprises a curing drawer, an intensive extensible drawer type curing box for containing the curing drawer, a curing drawer storing and taking mechanism, a standard curing sample feeding mechanism connected with the curing drawer storing and taking mechanism, a concrete sample feeding mechanism and an automatic test block detecting and sorting mechanism connected with the standard curing sample feeding mechanism and the concrete sample feeding mechanism. The invention concrete sample sending and standard curing comprehensive unmanned detection system is advantaged in that the curing drawer withtest blocks is subjected to standard maintenance in the intensive extensible drawer type maintenance box, then the test blocks are automatically transferred into the test block automatic detecting andsorting mechanism for pressure detection through the maintenance drawer storing and taking mechanism and the standard maintenance sample conveying mechanism, qualified test blocks are automatically sorted out, unqualified test blocks and fault test blocks are left, full-automatic unmanned operation is achieved, labor cost is greatly reduced, and detection efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of concrete compression test equipment, in particular to a comprehensive unmanned detection system for concrete sample delivery and standard maintenance. Background technique [0002] Concrete is primarily subjected to pressure in structures, so its compressive strength is the most important indicator. The compressive strength of concrete is related to many factors such as its composition and construction method, and is also affected by factors such as the size of the test piece, loading method, and loading speed. Therefore, there must be a standardized concrete strength measurement method and corresponding strength evaluation. specification. At present, there are two kinds of concrete specimen shapes selected for determining the compressive strength of concrete in the world: cylinder and cube. In my country, the compressive strength of concrete is measured by cube specimens, and it is used as the basis fo...

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Problems solved by technology

[0004] At present, most quality inspection institutions still use personnel to carry concrete test blocks in the process of concrete compressive strength experiment determination, and carry out the process by means of material turnover trolleys. The personnel place the concrete test blocks first in the area where the materials are to be inspected. Go to the turnover trolley, use the trolley to transport the concrete test block to be inspected to the testing station, and then one person will take a concrete test block from the material turnover trolley and place it in the center of the press head. Operate the control button, press the pressure head of the press to automatically carry out the concrete compressive strength test. After the experiment is completed, the pressure head will return to its position, and another person will take out the concrete test block from the other side of the press and place it on the waste turnover trolley , After the waste trolley is full, it will be pushed to the waste area or the temporary storage area for unqualified products by personnel, which is labor-intensive, low in efficiency, and high in cost

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