Stackable Feeding Device for Predatory Mite Population Control
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Solution Overview
Problem
Conventional methods for feeding predatory mites face challenges in controlling the population density and quantity accurately, leading to inefficiencies and waste in large-scale production, which hampers commercialization and standardized management.
Innovation Solution
A continuous feeding device comprising a stackable feeding system with feeding boxes, climbing pieces, and an inducer to facilitate the upward movement of predatory mites, along with an isolation part to prevent escape and contamination, allowing for controlled and efficient feeding and harvesting.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If conventional inoculation and feeding methods are used for predatory mites, then the feeding process is simple to implement, but the population density and quantity of predatory mites cannot be accurately controlled, leading to waste of materials and products
Solution Approach 1:
The feeding device is divided into multiple independent feeding boxes (first feeding box, second feeding box, third feeding box, etc.) that can be stacked in sequence. Each feeding box operates independently with its own bottom screen and supporting base, allowing separate control of predatory mite populations in different stages of the feeding process. This segmentation enables precise control over population density at each stage while maintaining operational simplicity.
2Manufacturing precision
If multiple feeding devices are used to control predatory mite population, then the population density can be controlled, but the number of devices increases, increasing feeding cost
Solution Approach 1:
Multiple feeding boxes are vertically stacked and connected through detachable connections between the bottom end of each feeding box and the top end of the next feeding box. This vertical merging allows multiple feeding stages to occupy less horizontal space and reduces the overall number of separate devices needed. The feeding boxes work together as an integrated system while maintaining individual controllability for precise population density management.
3Ease of operation
If predatory mites are harvested from conventional feeding systems, then the harvesting process is simple, but the separation and harvesting efficiency is low, affecting large-scale production
Solution Approach 1:
The bottom screen is extracted as a separate functional component that can be detached from the feeding box. This extracted bottom screen serves as an effective separation means that allows predatory mites to be gently separated and harvested from the feeding system. The detachable bottom screen maintains operational simplicity while significantly improving harvesting efficiency by providing dedicated separation functionality.
4Device complexity
If conventional feeding methods are used, then the equipment requirement is low, but the product quality consistency is poor due to uncontrolled predatory mite density
Solution Approach 1:
The feeding system is designed with dynamic adjustability through detachable connections between feeding boxes and removable bottom screens. This dynamic structure allows flexible adjustment of feeding box quantities and configurations based on production requirements. The system can be easily expanded or contracted while maintaining consistent population density control, thereby improving product quality consistency without requiring overly complex fixed equipment.
Data Source
AI summary
A continuous feeding device for predatory mites, including a feeding part and an isolation part to solve problems existing in the prior art of accurately controlling a feeding quantity of predatory mites, and reducing a number of the feeding devices required for feeding predatory mites, thereby reducing a feeding cost of predatory mites.