Smart IT-Pheromone Trap System for Insect Management
A wireless pest monitoring system utilizes insect pheromones to attract and capture pests, employing sensors to collect data on pest activity and environmental conditions. This data is then transmitted wirelessly to a user for analysis and pest control decision-making.
Technology Overview
1. Product Overview:
1.1 IT-pheromone Trap System
1.2 Structure and Functions of the IT-pheromone Trap
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System classification |
Structure |
Function |
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Power supply unit |
Solar device, storage battery AC power |
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Sensor unit |
Camera (Image sensor) |
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Communication and control unit |
Short video transmission Battery control and notification Communication device |
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Central image processing unit |
Realization of live video through wired/wireless Thumbnail image output control Demonstration program |
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1.3 System Operation Flow
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Pheromone release and pest capture |
Disposal of captured pests |
Wireless data transmission |
Receiving server DB construction |
DB processing |
Sharing of the processed DB |
Technology Video
Problem & Solution
Market Problem: Challenges in Implementing the Pest Control and Monitoring System
Greenhouses provide a controlled environment for crops, but they also create an ideal haven for harmful insects. These pests are often difficult to detect due to their small size, secretive behaviors, and camouflage. The problem gets worse because insects can quickly adapt to control measures and pesticides, leading to:
- Reduced crop yields
- Increased costs due to heavy pesticide use
- Health risks for farmworkers and consumers
- Environmental damage from pesticide runoff
The Need
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Effective and sustainable solutions are needed to detect and control insect infestations in greenhouses early on, preventing them from reaching damaging levels.
Mekonglink Solution: Pheromone Traps for Smart Pest Management
The Pheromone Trap System offers a sustainable and effective approach to insect management in greenhouses. These traps utilize species-specific pheromones to attract and capture target pests, providing several key benefits:
- Early Detection: Traps capture insects as soon as they enter the greenhouse, allowing for early intervention before infestations escalate.
- Species Identification: Captured insects can be analyzed to identify the specific pest species, enabling targeted control measures.
- Population Monitoring: The number of trapped insects indicates infestation levels, guiding decisions on pest control strategies.
- IPM Integration: Pheromone traps serve as a cornerstone of Integrated Pest Management (IPM) programs, minimizing pesticide use and promoting a more sustainable approach.
Application & Case
- Early Detection: Accurately monitoring insect populations and identifying potential outbreaks before significant damage occurs.
- Targeted Control: Minimizing pesticide use by focusing control efforts on specific areas and insect species.
- Protecting High-Value Forests: Safeguarding endangered species, preserving timber resources, and maintaining ecosystem services.
- Enhancing Research: Providing valuable data for understanding insect behavior and ecology, informing management decisions, and promoting collaboration.
Not only applied in agriculture, this solution can also be applied in the forestry sector. By empowering forest managers with early detection, targeted control, and informed decision-making, the IT-pheromone trap system plays a pivotal role in protecting, preserving biodiversity, and ensuring sustainable forests forestry practices.
| System Classification | Data Collection | Data Analysis | Reporting and Alerts |
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