Automatic bee collecting device

Abstract

The invention discloses an automatic bee collecting device. The automatic bee collecting device is comprises an anesthesia box and a CO2 gas source connected with the anesthesia box, and further comprises a sorting device arranged below the anesthesia box and used for scattering and arranging bees falling after being anaesthetized. The sorting device is composed of a first conveying belt and a second conveying belt which are symmetrically arranged along the axis of the anesthesia box, and the conveying belts move in opposite directions respectively. Conveying devices are arranged below outletsin the two sides of the sorting device respectively, and collecting devices are arranged at the tail ends of the conveying devices. The sorting device, the CO2 gas source, the conveying devices and the collecting devices are controlled through a control cabinet. According to the automatic bee collecting device, the bees can be highly automatically anesthetized, sorted and collected, the sorting and arranging efficiency is high, the bees which adhere to one another and are stacked can be separated, the collecting process is high in precision, and consumed time is short. Vibration is not needed, secondary damage to the bees is avoided, the service life of the device is long, the operation is convenient, and the collecting process is simple.

Description

technical field [0001] The invention relates to a bee automatic collecting device. Background technique [0002] Because bees are small and aggressive, they are difficult to control, which makes the test operation extremely difficult, and even affects the test results. Taking the study of the acute oral toxicity of pesticides on bees as an example, it is necessary to pack 10-20 bees into bee boxes for testing, which requires that the bees must be subpackaged. In the prior art, such as "a photoelectric sensor-based honeybee colony vitality counting system" (invention patent application number CN201510354813.5) equipment can only count the number of bees entering and leaving the honeybee hive, but cannot realize the number of honeybees Quantitative allocation of groups. Carbon dioxide anesthesia has become a method for honeybee group anesthesia, but the existing carbon dioxide anesthesia device ("A method for using a honeybee honeycomb anesthesia device to carry out honeybee...

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Problems solved by technology

In the prior art, such as "a photoelectric sensor-based honeybee colony vitality counting system" (invention patent application number CN201510354813.5) equipment can only count the number of bees entering and leaving the honeybee hive, but cannot realize the number of honeybees Quantitative assignment of groups

Carbon dioxide anesthesia has become a method for honeybee group anesthesia, but the existing carbon dioxide anesthesia device ("A method for using a honeybee honeycomb anesthesia device to carry out honeybee group anesthesia" CN201210154982.0) is after bees are anesthetized in a closed space, Then implement manual sorting and counting. This process is often time-consuming and labor-intensive. Experimenters are also vulnerable to individual unanesthetized or awakened bees. Hours, and can only work in the early morning or evening, the whole packaging process is time-consuming and labor-intensive, and the cost of human time is high

The sorting and arrangement efficiency of the vibrating plate used to arrange items in the prior art is low, and there is no separation. Due to bees spitting honey and other reasons, the vibration will cause secondary damage to the seal. At the same time, the bees also have a certain probability of waking up during transportation. , leading to a decrease in collection efficiency

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