Wall-Mounted Exercise Machine Layout for Compact Stable Training
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Solution Overview
Problem
Conventional electronic exercise machines are bulky, require significant wall space, and have cumbersome controls, limiting their usability and discouraging users from engaging in exercise routines.
Innovation Solution
A minimalist, wall-mountable electronic exercise machine with a T-shaped configuration that includes a vertical beam and a smaller horizontal beam for stability, a single-button adjustment mechanism, and a single dial for easy control, along with modular design and cloud service integration for customizable workouts.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Volume of moving object
If conventional electronic exercise machines are used, then resistance training functionality is provided, but the machines are large, bulky, and heavy, occupying significant space
Solution Approach 1:
The exercise machine is divided into separate modular components including a wall mounting structure, a movable carriage, and resistance mechanisms. This segmentation allows the machine to be mounted securely on the wall while keeping the moving parts compact and space-efficient, resolving the contradiction between reduced machine size and maintained structural stability.
Solution Approach 2:
The machine transitions from a floor-standing three-dimensional structure to a wall-mounted system that utilizes vertical wall space. The carriage moves along a vertical rail mounted on the wall, effectively using the vertical dimension for exercise motion while minimizing horizontal floor space occupation, thus reducing overall machine footprint while maintaining stability through wall anchoring.
2Adaptability or versatility
If exercise machines have numerous controls and adjustment mechanisms, then functionality and customization are improved, but the controls become cumbersome and require two-handed adjustments
Solution Approach 1:
The control mechanisms are extracted and simplified to essential single-handed operations. Adjustment features are designed to be operated with one hand during exercise, removing the need for complex two-handed controls. This extraction of unnecessary complexity maintains exercise customization capability while dramatically improving ease of operation during workout sessions.
Solution Approach 2:
The machine incorporates automatic or self-adjusting features that reduce the need for manual control interventions during exercise. For example, the resistance mechanisms and position adjustments are designed to be easily modified with minimal effort, allowing users to maintain workout flow without cumbersome manual adjustments, thus preserving adaptability while enhancing operational ease.
3Ease of operation
If exercise machines offer predefined routines, then user convenience is improved, but adjustment and customization capability is limited
Solution Approach 1:
The machine provides dynamic adjustability where exercise parameters such as resistance, range of motion, and speed can be modified during workout routines. This dynamic control allows users to start with predefined routines for convenience and then adjust parameters in real-time to customize the exercise to their specific needs and progress, combining the benefits of both predefined routines and full customization capability.
Data Source
AI summary
An exercise equipment, that includes (a) a frame that includes a vertically wall-mountable beam; (b) one or more brackets for connecting the vertically wall-mountable beam to a wall; (c) an arm that rotatable in relation to the vertically wall-mountable beam and is selectively positionable along the vertically wall-mountable beam; (d) a cable; (e) a resistance source, and (f) a cable transfer unit that is configured to convey the cable through a cable path formed within the frame.