A beehive remote monitoring system and intelligent beehive based on classification model

Abstract

The invention relates to a beehive remote monitoring system and an intelligent beehive based on a classification model, and belongs to the technical field of beekeeping equipment. The accommodating cavity of the smart beehive is divided by a transparent partition into a honey-brewing cavity for placing the hive frame, and a monitoring cavity for installing a monitoring device; the monitoring device includes a control unit, an infrared camera, a walking mechanism, a power supply battery and a wireless Communication module; The traveling mechanism is controlled by the control unit to drive the infrared camera to move to obtain the scene image of the honey-brewing chamber; A pressure sensor is arranged between the anti-rain box and the pressure sensor, and the pressure sensor outputs a pressure detection signal to the control unit; the control unit turns on the wireless communication module according to predetermined rules and in emergency situations to send monitoring data to the remote server. The beehive can facilitate remote monitoring of the activities of bees, and can be widely used in fields such as wild bee breeding.

Description

technical field [0001] The invention relates to the technical field of beekeeping equipment, in particular to a beehive remote monitoring system based on Internet of Things technology and machine learning and an intelligent beehive used for constructing the remote monitoring system. Background technique [0002] The beehive is the most basic tool for beekeeping as a place for bees to breed and live in the process of beekeeping. The nest frame in the box shell is used to support, fix and protect the spleen; because the box shell is usually constructed with opaque materials such as wood, to observe the activities of the bees in the box, it is usually necessary to open the box cover. In addition, in order to prevent the beehive from being rained and affecting the normal activities of the bees, a slope-shaped rain cover is usually provided on the beehive, such as the beehive structure disclosed in patent documents such as publication number CN305599969S. [0003] By improving t...

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Problems solved by technology

[0003] By improving the structure of the beehive, it can provide greater convenience for the bees to make honey. However, in order to facilitate the bees to gather honey nearby and reduce the impact of human activities on the life of bees, the beehives are usually placed in a concentrated place far away from human life. In the wild area; during the beekeeping process, relevant personnel are usually required to conduct routine inspections, such as observing the distribution of different bee species such as worker bees and drones, the progress of making honey, and whether the placement of beehives is normal, etc., resulting in the required manual work Large quantities, and in the event of typhoons, heavy rains and other abnormal weather, it will cause danger to the staff

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