Cannabis Ashtray Sifter for Ash-Free Reuse
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Solution Overview
Problem
Cannabis cigarettes reused from ashtrays often retain unpleasant ash flavors, as existing ashtrays do not effectively separate ashes from the remaining tobacco, leading to a compromised smoking experience.
Innovation Solution
A combined ashtray and sifter design where ashes from the top portion flow through a mid-section sifter, separating them from the reusable Cannabis cigarettes, with a unique sifter screen and funnel preventing ash re-entry, storing ashes at the bottom until disposal.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If ashes are collected in a traditional ashtray for reuse of Cannabis cigarettes, then the cigarettes can be reused, but the cigarettes retain unpleasant ash flavors and compromised taste
Solution Approach 1:
The ashtray is divided into three distinct sections: a top portion for holding cigarettes, a mid-section with a sifter for ash separation, and a bottom portion for ash collection. This segmentation allows cigarettes to remain isolated from ashes while enabling reuse, resolving the contradiction between productivity and harmful factors.
Solution Approach 2:
A sifter mechanism acts as an intermediary between the top portion and bottom portion, selectively allowing ashes to pass through while blocking cigarettes. This intermediary component enables ash removal without compromising cigarette integrity or flavor, addressing both the reuse capability and flavor contamination issues.
2Object-affected harmful factors
If a sifter is added to separate ashes from cigarettes, then ash-free reuse is achieved, but the device complexity increases
Solution Approach 1:
The sifter, ash collection chamber, and cigarette holding area are merged into a single integrated ashtray unit. This combination achieves effective ash separation and elimination while avoiding the need for multiple separate devices, thus reducing overall system complexity despite adding sifter functionality.
Solution Approach 2:
The sifter mechanism is nested within the ashtray structure, with the bottom ash collection portion nested beneath the mid-section sifter. This nested arrangement achieves complex separation functionality within a compact form factor, minimizing device complexity while maintaining effective ash-free reuse.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Maintains the cleanliness and flavor of Cannabis cigarettes by ensuring they remain ash-free, allowing for reusable, clean, and flavorful smoking sessions.
Implementation Method 1
the ashes flow through the sifter located in the mid-section of the Combined Ashtray and Sifter, separating the ashes from the top portion
Data Source
AI summary
This is a Combined Ashtray and Sifter. This product serves as an ashtray and sifter combination for Cannabis smokers. Its function is that it allows the Cannabis smoker to ash their Cannabis cigarettes through the top portion of the ashtray. Then the ashes flow through the sifter located in the mid-section of the Combined Ashtray and Sifter, separating the ashes from the top portion. The ashtray is now ashes free and the smoker can save their Cannabis Cigarettes for reuse in a clean and ash free ashtray. The ashes have now been filtered to the bottom part of the Combined Ashtray and Sifter, where they are held until they are discarded.