Automatic detection and transmission machine of concrete test blocks

Abstract

The invention discloses an automatic detection and transmission machine of concrete test blocks. The machine comprises a transmission device, a detection device, a lifting device and a power device, wherein the transmission device is positioned below a rack and used for transporting the concrete test blocks; the detection device comprises a visual camera, the visual camera is positioned on the rack and used for shooting the concrete test blocks on the transmission device and identifying the size information of the concrete test blocks; the lifting device is positioned at the downstream position of the transmission device and used for lifting the concrete test blocks transported from the transmission device and transporting the concrete test blocks to the upper surface of a test table; andthe power device is connected with the transmission device and the lifting device and used for providing power for the transmission device and the lifting device. According to the machine, the transmission device and the lifting device can replace manual work to complete the process of transporting the test blocks from a stacking area to the test table, and the detection device can directly measure the precise sizes of the concrete test blocks to judge whether the concrete test blocks meet the requirements, so that the labor cost is reduced, the experimental testing process is accelerated, andthe test environment is improved.

Description

technical field [0001] The invention belongs to the technical field of concrete test block detection equipment, and in particular relates to a concrete test block automatic detection transmission machine. Background technique [0002] In the current stage of the construction project engineering material quality control experiment, in order to ensure that the actual strength of the concrete test block (concrete block) can meet the requirements of the relevant grade, it is generally necessary to perform a strength test on the concrete test block to check whether it meets the strength level. Requirements, and use the test results as an important data basis in the process of project acceptance. In the strength test of the concrete test block, in addition to the need for a large number of precision experimental instruments, manual participation is also necessary. For example, the size of the test block needs to be manually measured and accurate to millimeters before the test, and...

AI Technical Summary

Problems solved by technology

These tasks have to be repeated every time a piece of concrete test block is tested, so there will inevitably be adverse consequences such as low efficiency in the entire testing process and high labor costs.

At the same time, because the concrete test blocks need to be continuously transported during the testing process, the testing personnel usually need to transport a large number of concrete test blocks to the laboratory in advance for the convenience of the experiment, which makes the whole laboratory messy, the environment is harsh, and the testing process is extremely time-consuming. force

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