SMART AND ACTIVELY DEFENDED BEEHIVE

Abstract

The invention relates to an integrated beehive, powered by renewable sources, that includes functions such as remote monitoring of the microclimate (humidity and temperature) inside the hive, biometric tracking (bee species identification), active defense against external threats (acoustic warning), nutrient supply (automatic sugar water spraying), and mechanical positioning (rotating platform) for the hive to adapt to environmental conditions.

Description

1 TARIFF 5 SMART AND ACTIVELY DEFENDED BEEHIVE Technological Field: The invention involves remote monitoring of the microclimate (humidity and temperature) inside the beehive, and biometric tracking (bee). species detection), active defense against external threats (acoustic warning), nutrient supply (automatic (sugar water spraying) and mechanical 10 for the hive to adapt to environmental conditions including positioning (rotating platform) functions, powered by renewable sources. It relates to an integrated beehive that provides... State of the Art: The beehives used in current beekeeping practices have benefited from technological advancements. Nevertheless, they remain largely static structures open to external intervention; 15 The biggest drawback of these systems is that the hive is not resistant to environmental changes and biological threats. It remains in a completely passive position against the elements. Fixed-base hives, harsh weather It is unable to optimize the input direction under these conditions or with varying sun angles, which It has negative effects on colony health and energy efficiency. Also, the hive... Trying to ensure security solely with passive barriers, especially against strong animals like bears, is problematic. It is insufficient to prevent predator attacks and the beekeeper's physical presence outside of it, there is an active acoustic warning mechanism that allows the hive to protect itself. It is needed. Most existing monitoring systems only provide temperature and humidity data. During the collection process, it will be possible to perform biometric analysis of invasive species inside the hive. thanks to its ability and the fact that the beekeeper does not need to go to the field during critical feeding moments 25 It lacks integrated liquid spraying systems that would enable autonomous intervention. This This situation leads to high labor costs, operational difficulties, and Because it leads to colony losses; it needs to have mechanical mobility, monitoring capabilities, and There is an urgent need for an integrated management system that can generate its own energy independently. It is heard. 30 Explanation of the Figures 1. Front view of the beehive References: 1. Hive lid 2. Ground platform 35 3. Lower section of the hive 4. Microprocessor capable of connecting to the internet. 2 5. Power supply 5 6. Solar panel 7. Buzzer 8. Stepper motor 9. In-hive camera 10. Pump 10 11. Sugar water reservoir 12. Outdoor camera 13. Humidity and temperature sensor Description of the Invention: The subject of the invention is an intelligent and actively defended hive management system; all mechanical and electronic 15 A housing cover (1) protecting the control units and a housing bottom carrying the main body. section (3) is located within the structure; the system adapts to environmental conditions A ground platform (2) that performs the circular motion of the bucket to ensure its safety. It is based on this mechanism. The energy required for the operational continuity of the system, Power 20 is generated by means of a solar panel (6) located in the outdoor environment. The source is stored in unit (5); all data processing and control processes are on the Internet. It is run by a connectable microprocessor (4). The system's active management cycle follows the humidity and temperature of the microclimate outside the hive. The In-Hive sensor (13) performs biometric analysis of invasive species within the colony. 25 Camera (9) and External Camera (12) which detects bear or similar predator threats in the external environment by transferring the data to the microprocessor (4) which can connect to the Internet in real time This is happening. The system aims to provide deterrence against perceived external threats. High decibel audible warning via a Buzzer (7) that operates under microprocessor control When delivering; the process of positioning the hive according to the angle of the sun or the direction of the wind, the ground The platform is precisely 30 by means of a Stepper motor (8) that drives it. It is managed. Additionally, the colony feeding process involves a sugar water reservoir integrated into the top of the hive. (11) A pump that is triggered by a command from the microprocessor to pump the liquid stored inside. It is made autonomous by spraying into the hive interior volume via (10). All Thanks to the coordinated work of these components, the hive is both resistant to environmental changes and 35%... capable of both mechanical response and active defense against biological and external threats. It offers an integrated structure that can be improved.

Claims

3 REQUIREMENTS 5 1. Invention; remote monitoring of the microclimate (humidity and temperature) inside the beehive, biometric monitoring (bee species identification), active defense against external threats (acoustic warning), nutrition feeding (automatic sugar water spraying) and the hive's adaptation to environmental conditions. to ensure this, it includes mechanical positioning (rotating platform) functions, It relates to an integrated system that obtains its energy from renewable sources, 10 Features; Hive lid (1), Ground platform (2), Hive bottom section (3), Internet Connectable microprocessor (4), Power supply (5), Solar panel (6), Buzzer (7), Stepper motor (8), In-box camera (9), Pump (10), Sugary water reservoir (11), The external camera (12) is characterized by a humidity and temperature sensor (13). 20