Mobile laboratory for monitoring quality safety of agricultural products

Abstract

The invention discloses a mobile laboratory for monitoring the quality safety of agricultural products. The mobile laboratory for monitoring the quality safety of agricultural products comprises a bus body, wherein a driving area and a detection working area are arranged inside the bus body and are arranged in the direction from a bus head to a bus tail of the bus body, a bus-outside illumination lamp is arranged on a bus ceiling inside the bus body, an experiment operation table and a comprehensive processing platform are oppositely arranged along compartment walls at two sides of the bus body and arranged inside the detection working area, a plurality of drawers and at least one vehicle-mounted constant-temperature water tank are arranged at the lower portion of the experiment operation table, a gas chromatography-mass spectrograph, a liquid chromatograph, an atomic absorption instrument, a Raman spectrograph, a microplate reader and a cleaning pool are arranged on the platform surface of the comprehensive processing platform, a power generator, a storage cabinet and a water tank are arranged at the lower portion of the comprehensive processing platform, and the water tank is communicated with the cleaning pool. The mobile laboratory is capable of providing quality safety detection for large-scale collective activities and emergencies, and can complete the detection of conventional physical and chemical indicators and poisonous and harmful residues in real time, rapidly and accurately on site.

Description

technical field [0001] The invention relates to a mobile laboratory for monitoring the quality and safety of agricultural products. Background technique [0002] The scale of feed production and livestock breeding in my country is relatively low, and the degree of intensification of agricultural planting products is limited. The mode of production is still based on the one-household farming model, and most of the production entities are distributed in rural areas or suburban areas. However, the grass-roots regulatory agencies responsible for monitoring the quality and safety of agricultural products at the source are weak in detection, lack of venues, equipment and personnel, and lack the ability to obtain real-time, fast and accurate information on the quality and safety of feed production, animal breeding, slaughtering and planting products on site. , the monitoring capabilities of grassroots regulatory agencies need to be improved urgently. Equipping the grassroots with ...

AI Technical Summary

Problems solved by technology

However, the grass-roots regulatory agencies responsible for monitoring the quality and safety of agricultural products at the source are weak in detection, lack of venues, equipment and personnel, and lack the ability to obtain real-time, fast and accurate information on the quality and safety of feed production, animal breeding, slaughtering and planting products on site. , the monitoring capabilities of grassroots regulatory agencies need to be improved

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