Building block type touch interaction system

Abstract

The embodiment of the invention provides a building block type touch interaction system. The system comprises a plurality of same single-point touch interaction devices and a three-dimensional reconstruction device. The single-point touch interaction devices are used for collecting pressure data of a single test point and executing th received vibration strength instruction. The three-dimensionalreconstruction device is used for providing a three-dimensional structure chart of the interaction object, performs modeling according to an actual three-dimensional model of the single-point touch interaction device and building a three-dimensional model of the interaction object, and the single-point touch interaction devices are in wireless communication with the three-dimensional reconstruction device through LORA; the system is subjected to fusion processing by a plurality of single-point touch interaction devices; real-time mapping aware is real; according to the different shapes and hardness of an object, a user feels different degrees of force and the shape of an object, object three-dimensional reconstruction is carried out through the three-dimensional reconstruction device and interaction object association is carried out, application scenes are wider, single-point touch interaction devices are increased and reduced at will, building block type touch data interaction is carried out, and each single-point touch interaction device is simple in mechanism, low in cost and flexible in combination mode.

Description

technical field [0001] The present application relates to the technical field of electronic circuits, and in particular to a building block type tactile interaction system. Background technique [0002] In recent years, virtual technology has great potential in the fields of training, education, medical care, games, simulation, aerospace and other fields. The real and natural tactile interaction experience technology can allow users to get a richer virtual experience, so that the use process is more accurate and efficient. [0003] At present, mainstream somatosensory interaction devices mainly focus on enhancing vision and hearing. A small number of devices have integrated hand touch and force feedback interaction dimensions, which bring rich visual and auditory experiences to the experiencer, and the visual experience brings the experiencer an approximate reality. The natural visual experience and auditory experience bring the experiencer an immersive auditory experience,...

AI Technical Summary

Problems solved by technology

[0003]Current mainstream somatosensory interaction devices mainly focus on enhancing vision and hearing, and a small number of devices have integrated hand touch and force feedback interaction dimensions, bringing visual The visual experience brings the experiencer an almost real and natural visual experience, the auditory experience brings the experiencer an immersive auditory experience, and the form of hand touch and force feedback is single

[0004] Due to the lack of real touch and force feedback interaction experience in the whole set of somatosensory interaction system, the experiencer cannot feel the touch of the action in the virtual scene, resulting in action failure, and the interactive object A single, fixed form leads to poor reconfiguration, and the limitations of current haptic and force feedback interactive devices cannot provide users with the most realistic haptic interaction experience

Images