Remote Scent Pod Delivery for Human Scent Control
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Solution Overview
Problem
Hunters face challenges in attracting wild animals without contaminating the area with human scent, as animals have a heightened sense of smell that detects human odor, making it difficult to use artificial scents effectively.
Innovation Solution
A scent luring apparatus with a scent pod and delivery mechanism that launches the scent pod to a remote location, allowing the scent to be dispersed without the hunter entering the area, using biodegradable materials and various delivery methods like air guns, bows, and slingshots.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If hunters use artificial scents to attract wild animals, then hunting success is improved, but human scent contamination increases causing animals to flee
Solution Approach 1:
The patent extracts the harmful human scent element from the scent deployment process by using a remote delivery mechanism (air gun, bow, slingshot) to launch scent pods into the target area. This allows the beneficial scent attraction function to be separated from the harmful human presence, enabling hunters to deploy scents without contaminating the area with their own odor.
Solution Approach 2:
The scent pod acts as an intermediary carrier that transfers the attractant scent from the hunter to the target area without direct human contact. The pod encapsulates the scent material and delivers it remotely, serving as a mediator between the hunter and the wild animals to eliminate direct scent contamination while maintaining the attraction effect.
2Quantity of substance
If hunters enter the area to deploy scents, then scent distribution is improved, but human scent contamination increases
Solution Approach 1:
The patent extracts the harmful human scent element from the scent deployment process by using a remote delivery mechanism (air gun, bow, slingshot) to launch scent pods into the target area. This allows the beneficial scent attraction function to be separated from the harmful human presence, enabling hunters to deploy scents without contaminating the area with their own odor.
3Object-affected harmful factors
If traditional scent control methods are used, then human scent is reduced, but complete elimination is not achieved
Solution Approach 1:
The patent applies preliminary action by using scent-blocking materials (activated carbon, silver nanoparticles) during the manufacturing of the scent pod and its components. This pre-treatment ensures that the delivery mechanism itself does not emit human scent, providing a reliable baseline of scent elimination before the actual scent deployment occurs.
Data Source
AI summary
A scent luring apparatus is disclosed, which includes a scent pod containing a scented material and a scent delivery mechanism designed to launch the scent pod to a remote location. Upon impact, the scent pod is configured to at least partially open, thereby releasing at least some of the scented material. An example scent pod includes a casing with a filling, where the filling is a scented material that retains and disperses the scent upon opening of the outer shell. An example scent delivery mechanism includes a launching device with a handle, at least one arm attached to the handle, at least one retention cord attached to the arm, and a pouch. Alternatively, the scent delivery mechanism could be an air gun, a bow and arrow, a crossbow and bolt, or a slingshot, or even be hand delivered (e.g., by tossing), providing flexibility in deploying the scent pods.