A Separating Apparatus and Method for Separating an Insect and a Selecting Apparatus for Selecting Insects from a Group of Insects

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This patent describes an apparatus and method for individually separating and selecting social insects, particularly honey bees, from a group within a cooperative dwelling such as a beehive. The system uses a channel and screening system to detect individual insects carrying certain features (like parasitic mites), and separates affected insects from the main group without injuring them or disrupting hive activity, allowing for continuous, automated health monitoring and disease control inside the hive.

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• Automated detection and removal of honey bees infested with Varroa destructor mites to protect bee colonies.
• Continuous health screening of social insects in managed hives for beekeeping operations.
• Selective breeding programs by isolating bees based on genetic or phenotypic markers detectable by the screening system.
• Application in research environments requiring non-destructive, continuous observation and selection of insects from colonies.
• Integration into smart beehives for large commercial apiaries to reduce manual inspection and labor.

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• Continuous, automated screening throughout the season reduces manual labor and stress on bee colonies.
• Reduces spread of diseases and parasites such as Varroa mites by early and efficient removal of affected insects.
• Minimizes injury to the insects during separation due to careful mechanical design.
• Allows gentle and individual handling of insects, preserving colony health and productivity.
• Facilitates implementation in both existing and new hive designs.
• Enables real-time monitoring, counting, and data logging for better hive management and research.

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Patent Abstract

The present invention deals with a separating apparatus and method for separating an individual insect from a group of social insects which have a single cooperative dwelling, preferably honey bees, furthermore, the invention relates to a selecting apparatus for continuously selecting individual insects from a group of social insects which have a single cooperative dwelling, preferably honey bees, based on at least one predetermined feature of the individual insects, which are being continuously screened, and to a cooperative dwelling for social insects, preferably a man-made beehive. This invention in particular deals with control of the parasitic varroa destructor mite population by screening individual bees and separating such bees carrying mites from the bee colony within a beehive. The proposed invention makes it feasible to carry out continuous screening of a group of insects throughout the season.