Bed Frame Crevice Design for Bed Bug Harboring and Inspection
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Current methods for treating bed bugs in hotel rooms are ineffective due to pesticide resistance and the tendency of bed bugs to hide in difficult-to-inspect areas, leading to widespread infestations and increased risk of infesting neighboring rooms.
Innovation Solution
A bed system with a mattress supporting assembly, spacer frame, and skirt member that creates a crevice for crawling insects to be trapped and easily inspected, using a combination of slippery surfaces and pesticide-coated materials to encourage bed bugs to harbor within the bed frame, allowing for frequent and economical inspections and treatments.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Object-affected harmful factors
If encasements are used on mattress and box spring, then harbourage area is reduced, but bugs move to difficult-to-inspect areas like baseboards and headboards
Solution Approach 1:
The invention extracts the bed bug harbourage problem from the entire room environment and concentrates it into a specific, contained location - the crevice between the mattress supporting assembly and the bed frame. This allows inspection and treatment to focus on this specific area rather than searching throughout the entire room.
Solution Approach 2:
The skirt member acts as an intermediary element that creates a physical barrier and defines a specific harbourage zone. It mediates between the mattress supporting assembly and the bed frame, creating a controlled environment where bugs are concentrated and easily accessible for inspection.
2Reliability
If pesticide treatment is applied, then bed bugs are killed, but treatment is ineffective due to pesticide resistance and bugs hiding in established harbourages
Solution Approach 1:
The invention performs preliminary action by creating the crevice harbourage structure before pesticide treatment is applied. This pre-positioned harbourage ensures that bugs will congregate in the treated area, making subsequent pesticide applications more effective since the bugs are already located in the treatment zone.
Solution Approach 2:
The easily inspectable crevice provides visual feedback that allows frequent monitoring of bed bug presence and treatment effectiveness. This feedback mechanism enables timely re-treatment if bugs are still present, improving overall treatment reliability.
3Reliability
If room is left empty for 3 weeks after treatment, then treatment can be effective, but bugs look for blood meals in neighboring rooms and remain in harbourages
Solution Approach 1:
The invention extracts the harbourage function from the entire room and concentrates it into the bed frame crevice area. This allows treatment to be focused and effective while the room remains usable, as the harbourage is contained and inspectable without requiring complete room closure.
Solution Approach 2:
The invention changes the spatial parameters of harbourage from distributed throughout the room to concentrated in a specific, accessible location. This parameter change allows for more frequent inspections and shorter treatment closure periods while maintaining effectiveness.
4Difficulty of detecting and measuring
If frequent inspections are conducted, then infestations are detected early, but inspection time and resources are required
Solution Approach 1:
The invention extracts the inspection task from a comprehensive room search and reduces it to examining a specific, defined crevice area. This extraction dramatically reduces inspection time while maintaining detection effectiveness, as inspectors only need to examine the concentrated harbourage zone rather than the entire room.
Solution Approach 2:
The crevice structure is designed to be self-presenting for inspection, with the skirt member and mattress supporting assembly creating an easily accessible harbourage zone that requires minimal effort to examine. The design essentially inspects itself by concentrating all potential harbourage in one visible location.
Data Source
AI summary
A bed system for the inspection and treatment of crawling insects, for example bed bugs, includes a main support panel and at least one movable mattress panel upon the main support panel to define a crevice between the panels for harboring crawling insects for subsequent inspection and treatment. A sleeping mattress is then supported on the mattress panel. The support panel is supported above a supporting surface, for example the floor or a boxspring mattress, by a spacer frame. The support panel further includes a skirt member extending down from the perimeter edge of the support panel by a height of the spacer frame so that the bottom free edge of the skirt member is in close, non-contacting proximity to the supporting surface. Treatment chemicals may optionally be provided in the space below the main support panel which is defined by the spacer frame mounted between the supporting surface and the main support panel.