Mobile detection station and use method thereof

Abstract

The invention relates to the technical field of test detection, and provides a mobile detection station. The mobile detection station comprises a testing machine for detecting a sample, and further comprises a test box capable of being mounted on a vehicle, wherein the testing machine is arranged in the test box; a sample collection device for automatically conveying the sample into the testing machine and a sample discharging device for conveying the detected sample out of the test box are also arranged in the test box; the mobile detection station further comprises a self-service terminal for procedure handling before sample detection and displaying a sample detection result. The invention further provides a use method of the mobile detection station. According to the mobile detection station disclosed by the invention, the test box is mounted on a vehicle and is transported to the construction site or a district at any time according to an engineering requirement, so that a customercan detect the sample on the site conveniently; the mobile detection station has the advantages of flexibility, openness and transparency, regional coverage and the like; furthermore, the adopted sample collection device and sample discharging device can realize automation; through the self-service terminal, the customer can handle procedures, and a result can be displayed; therefore, unattendedoperation on the site is really realized.

Description

technical field [0001] The invention relates to the technical field of testing and testing, in particular to a mobile testing station and a method for using the same. Background technique [0002] With the acceleration and upgrading of infrastructure investment and construction such as housing construction, highways, and municipal facilities, the quality of the project has gradually attracted the attention of construction participants and construction authorities. The heavy detection task usually occupies more than half of the detection workload. However, during the inspection and transportation process after sampling at the construction site, the samples were irreversibly damaged due to environmental maintenance, transportation damage, manual handling and other reasons, resulting in distortion of the test results and adversely affecting the smooth construction and acceptance of the project; on the other hand , because the inspection unit is usually far away from the constr...

AI Technical Summary

Problems solved by technology

However, during the inspection and transportation process after sampling at the construction site, the samples were irreversibly damaged due to environmental maintenance, transportation damage, manual handling and other reasons, resulting in distortion of the test results and adversely affecting the smooth construction and acceptance of the project; on the other hand , since the inspection unit is usually far away from the construction site, the labor cost and transportation cost generated by the high-frequency sample inspection have a great impact on the project cost

In order to solve these problems, some projects set up temporary sites to build construction site laboratories. However, due to insufficient attention of the participants, coupled with insufficient funds, equipment, and technical capabilities, the test environment is difficult to meet the test requirements, and the test results cannot reflect the actual situation of the project. It lays hidden dangers for project quality; some strong projects set up special construction site laboratories, and rent personnel and equipment from testing units, which can better solve the problem of reliability of test results, but this solution is costly and takes a long time , resulting in greater cost pressure on the project

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