Interconnected weight weight device for power rolling apparatus

Abstract

The invention provides an interconnection type weight reduction device for power walking equipment. The interconnection type weight reduction device is an additional accessory capable of being connected with wearable equipment driven by independent power of two feet. The acting force opposite to the gravity direction is applied to the connected power walking equipment, and the self weight of the double-foot wearable power walking equipment is counteracted. In addition, by means of a sensing system and a control system, the double-foot wearable power walking equipment (such as electric roller skates) can achieve the in-situ walking function.

Description

technical field [0001] The invention relates to the technical field of virtual reality (VR) in situ walking devices, in particular to an interconnected weight reduction device for power walking equipment. Background technique [0002] With the advancement of science and technology, virtual reality technology (VR for short) has developed rapidly. VR technology uses computer simulation to generate a virtual world of three-dimensional space, providing users with visual, auditory, tactile and other sensory simulations, allowing users to generate Immersive feeling. To experience the virtual world, you need to roam in the virtual scene with natural walking movements. The disadvantage of existing VR omnidirectional walking devices, such as Omni and Infinite Deck, is that they are bulky and difficult to popularize. Afterwards, a powered bi-foot wearable omnidirectional walking device, represented by Ekto one, appeared. This type of device is worn on the user's feet like boots. It i...

AI Technical Summary

Problems solved by technology

To experience the virtual world, you need to roam in the virtual scene with natural walking movements. The disadvantage of existing VR omni-directional walking devices, such as Omni and Infinity Deck, is that they are bulky and difficult to popularize.

Later, a powered biped wearable omnidirectional in-situ walking device represented by Ekto one appeared. This type of device is worn on the user's feet like boots. It is powered by a battery and driven by an electric motor to drive the user without lifting. The foot of the boot moves in the opposite direction of the user's walking action, maintains the user's position within a certain range, and realizes walking on the spot. The disadvantage is that the weight is significantly higher than that of ordinary boots, and the user's feet need to bear the weight of the drive motor and battery. Users are prone to fatigue

[0003]In the prior art, the double-foot wearable power roller skates with battery and power device can drive the user to move on a smooth surface, the cost is low, and it is easy to popularize. Because there is no sensing system and control system, although it can drive the user's feet to move in the opposite direction of the user's walking action, it is difficult to maintain the user's position within a certain range

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