Suspension arrangement for a training device

The suspension arrangement for training devices addresses high maintenance costs by using inclined resilient connections between fixation and connection devices, reducing wear and optimizing costs through efficient force distribution, thus enhancing the durability and affordability of training equipment.

EP3991807B1Active Publication Date: 2025-03-19SENSOPRO AG
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Patent Information

Application Number
EP2020204824
Authority / Receiving Office
EP · EP
Patent Type
Patents
Current Assignee / Owner
Filing Date
2020-10-30
Publication Date
2025-03-19
Estimated Expiration
2040-10-30

AI Technical Summary

Technical Problem

Existing suspension arrangements for training devices, such as trampolines and rebound training devices, suffer from high maintenance costs due to wear and tear, leading to increased maintenance work.

Method used

A suspension arrangement featuring a fixation device, a connection device, and a resilient device that extends inclined between them, reducing wear and maintaining low maintenance costs by distributing force evenly in both used and unused states, utilizing elastic ropes or springs for resilient connection.

Benefits of technology

The suspension arrangement achieves low maintenance and cost-optimization by minimizing wear on components through inclined positioning of resilient devices, allowing for efficient and cost-effective operation and production.

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Abstract

A suspension arrangement (1) for suspending at least one standing device (8) on a frame device (9) of a training device (10) comprises at least one fixation device (2) for fixation to the frame device (9), at least one connection device (3) for connection with the standing device (8), and at least one resilient device (4, 4a) for resiliently connecting the fixation device (2) with the connection device (3). The resilient device (4, 4a) extends inclined between the fixation device (2) and the connection device (3) so as to form at least one first inclination (4u) running along a first inclination direction (du) and at least one second inclination (4d) running along a second inclination direction (dd) being different from the first inclination direction (du).
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