Device for detecting compost temperature

Abstract

The invention discloses a device for detecting compost temperature, belonging to the organic fertilizer production field. The device for detecting the compost temperature comprises a stainless steel housing, a temperature sensor, a battery and a signal emitter. The temperature sensor is welded on the stainless steel housing, and the battery and the signal emitter are fixed inside the stainless steel. The device for detecting the compost temperature dost not has cable connection, can accurately detect temperature of any orientation and depth in a moving or static material, is easy to use and guarantees temperature monitoring during a process of aerobic composting.

Description

technical field [0001] The invention relates to the field of composting, in particular to a device for measuring the composting temperature. Background technique [0002] Temperature change is an important feature of the aerobic composting process. At present, people generally use thermometers to measure the temperature of the compost. However, the length of the thermometers currently on the market is generally about 300mm, which leads to the use of thermometers to only measure the compost between 0~ Material temperature at a depth of 300 mm. At present, the depth of aerobic composting reactors used in small-scale experiments is generally between 1000 mm and 2000 mm. Obviously, if you use a thermometer sold on the market, you can only measure the temperature of the upper layer of the pile, but the temperature in the middle and lower parts of the pile cannot be measured. Measurement. In addition, in other reactors equipped with stirring paddles, the material is in a state o...

AI Technical Summary

Problems solved by technology

[0002] Temperature change is an important feature of the aerobic composting process. At present, people generally use thermometers to measure the temperature of the compost. However, the length of the thermometers currently on the market is generally about 300mm, which leads to the use of thermometers to only measure the compost between 0~ Material temperature at 300 mm depth

The depth of aerobic composting reactors currently used in small-scale experiments is generally between 1000 mm and 2000 mm. Obviously, if you use a thermometer sold on the market, you can only measure the temperature of the upper layer of the pile, but the temperature in the middle and lower parts of the pile cannot be measured. Measurement

In addition, in some other reactors equipped with stirring paddles, the materials are in a state of continuous motion. In this case, it is impossible to use a thermometer to measure the temperature of the materials. The stirring paddles must be stopped before the thermometer can be used to measure the temperature.

In the process of aerobic composting, the intensity of microbial metabolism in each area is different, so the temperature in each area is also different. If you use a thermometer to measure, you must insert the heap multiple times and wait for the temperature counter to stabilize, which will make the temperature measurement process very complicated.

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