Hammock Tree Stand with Adjustable Suspension Platform
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Solution Overview
Problem
Traditional tree stands fail to provide users with a combination of convenience, comfort, and efficiency, particularly in terms of accessibility and user positioning for hunting and other outdoor activities.
Innovation Solution
A universal hammock tree stand system that includes a suspended seat platform with a base platform, vertical support stanchion, canted seat support, and an elongated flexible hammock body that can be removably secured to the canted seat support and a vertical post, allowing for adjustable orientations for archery or rifle hunting.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If traditional tree stands (ladder stands, hanging stands, box stands) are used to elevate the user for hunting, then the user gains a vantage point for visual optics and stealth, but the user experiences poor accessibility and discomfort
Solution Approach 1:
The tree stand is divided into separate modular components: a platform assembly, a stanchion assembly, and a hammock assembly. These segments can be independently assembled and configured, allowing for easier setup and adjustment while maintaining structural integrity. The segmentation enables users to access different parts of the stand independently, improving overall ease of operation.
Solution Approach 2:
The hammock component provides dynamic positioning capability, allowing the user to adjust their orientation between upright and reclined positions. This dynamic element contrasts with static traditional stands, enabling the user to adapt to different hunting scenarios and improve comfort while maintaining the necessary vantage point.
2Ease of operation
If traditional tree stands are used to elevate the user, then the user gains an elevated position for hunting, but the user experiences poor comfort and efficiency
Solution Approach 1:
The hammock assembly enables the user to dynamically adjust their position between upright and reclined orientations. This dynamic positioning improves comfort by allowing the user to find the most suitable angle for extended periods, while also enhancing hunting efficiency by providing optimal viewing angles for different hunting scenarios.
Solution Approach 2:
The stand is designed to accommodate multiple hunting scenarios through its versatile configuration options. The hammock can be positioned for archery hunting in an upright orientation or for rifle hunting in a reclined orientation, making the single stand structure suitable for multiple purposes and improving overall hunting efficiency.
3Adaptability or versatility
If the user is suspended above the ground in a traditional stand, then the user gains stealth and visibility, but the user lacks adjustable positioning for different hunting orientations
Solution Approach 1:
The adjustment mechanism is segmented into simple, independent components: the hammock attachment points on the platform and the stanchion. This segmentation allows for easy adjustment without complex mechanisms, maintaining positioning flexibility while avoiding unnecessary complexity in the adjustment system.
Solution Approach 2:
The hammock assembly provides dynamic positioning capability through simple reconfiguration of the hammock attachment points and stanchion connections. This dynamic adjustment is achieved through straightforward mechanical repositioning rather than complex mechanisms, enabling the user to switch between upright and reclined orientations as needed.
Data Source
AI summary
A hammock tree stand device and assembly. In one embodiment, a suspended seat includes a base platform; a vertical support stanchion secured at one end of the base platform; a canted seat support secured at an opposing end of the platform; and an elongated flexible body removably secured to the canted seat support at one end and to the vertical post at the opposite end. The result is a hybrid lock-on suspended seat adapted to receive a weight of a user above a surface in a variety of configurations.