With the development of science and technology, intelligent agricultural farming and planting has become increasingly prominent. This article mainly introduces some functions and product use methods of intelligent agricultural environment monitor, that is, hand-held agricultural environment measuring instrument, in agriculture, so as to show readers the charm of science and technology in agriculture! In order to support the article, the products in the article are introduced based on the products of Zhejiang top instrument.

As we all know, the effects of temperature, humidity, light intensity, photosynthetic effective radiation, wind direction and speed, rainfall, CO2 concentration, soil temperature, soil moisture, soil pH and soil EC conductance on the yield of crops in the growing season may have been slash and burn farming according to the weather and climate before the development of science and technology; However, today, scientists have studied the impact of these factors on crops. If we still cultivate in the original way, we will give up the first and lose the value of scientific research. In addition, we know the temperature, humidity, light intensity, photosynthetic effective radiation, wind direction and speed, rainfall, CO2 concentration, soil temperature, soil moisture, soil pH, soil EC conductivity and other indicators of the crop environment, and then use chemical or physical methods (of course, this is the scope of scientific Research) to apply fertilizer manually according to the needs of different crops in each stage. Why should crops worry about obtaining high yield. This kind of measuring instrument for agricultural environment came into being.

The instrument is divided into tnhy-4 (temperature, humidity, light intensity, photosynthetic effective radiation), tnhy-5 (wind direction and speed are increased on the basis of tnhy-4), tnhy-6 (rainfall is increased on the basis of tnhy-5), tnhy-7 (CO2 concentration is increased on the basis of tnhy-6), tnhy-8 (soil temperature is increased on the basis of tnhy-7), tnhy-9 (soil moisture is increased on the basis of tnhy-8), tnhy-10 (soil pH is increased on the basis of tnhy-9) Tnhy-11 (soil EC conductance is increased on the basis of tnhy-10). The detailed classification of the instrument is designed considering the cost and different measurement types required by different environments, which reflects the customer-oriented design concept of top instrument. Small and beautiful, easy to carry, touch button, large screen dot matrix LCD display, all Chinese menu operation. One click switching, you can record manually, or set the sampling interval away from the computer at any time, and automatically record and store data. Manual mode: the working mode is to press and save once at a time, which can not only record the time and various environmental parameters pressed at that time, but also switch between automatic mode and manual mode at any time, stop at any time, connect the data to the computer, and the software will automatically generate curve graphics for printing. Automatic mode: set the interval first, and the instrument can automatically record data according to the set interval. The data can be connected to the computer, and the software will automatically generate curve graphics, which can be printed. It can be connected to the computer for data upload, processing and backup. The data can be collected in the field at any time and place for a long time. Powerful data saving function, with a maximum storage capacity of 120000 pieces of data. The data saved in the host will not be lost after power failure. The computer software has powerful data processing functions (statistics, analysis, display and query), which can form a graph of the collected data for visual display. The collected data can also be stored as Excel spreadsheet file, which is convenient for users to save and process data, or draw bar chart, pie chart, printing, etc. the software is permanently upgraded free of charge. The probe has consistency, and the probe sockets with different parameters can be interchanged without affecting the accuracy. The instrument has 64 channel synchronous detection capacity, which can be within the capacity range, and the number of probes is unlimited. The parameters can be combined as needed, and the sampling interval of each sensor can be set separately. Its technical parameters are test time: ≤ 2 seconds, recording capacity: 120000 pieces of data (two parameters are 60000 groups, three parameters are 40000 groups, four parameters are 30000 groups, and so on)

Science and technology coexist with agriculture. I believe that intelligent agricultural production will be realized in the near future.