Glove capable of feeding back data of touch sensation

Abstract

A data gloves of tactile feedback is prepared by bending transducer consisting of flexible circuit board, force sensing element and elastic packaging material. It is featured as connecting it to signal processing circuit through wires, setting two wires on flexible circuit board, covering greater part of flexible circuit board by force sensing element being coated by layer of elastic packaging material, keeping one end of flexible circuit board outside for being connected to external circuit.

Description

technical field [0001] The invention relates to the field of computer technology, and relates to a human-computer interaction interface, which is a human-computer contact interaction interface in a virtual reality system and a force sense presence system in the field of robot teleoperation. technical background [0002] In the real world, hands are an important means for human beings to interact with the outside world. People use their hands to grasp objects, express thoughts, and perceive the material world. However, in the early days of the development of virtual reality, facing the virtual objects generated by computers, due to the lack of necessary human-computer interaction interfaces, people had to use keyboards, mice, joysticks and other peripherals to manipulate them. This not only greatly reduces the operator's sense of immersion, but also confines the operator's hands. If the operator's gestures can be input to the computer and tactile feedback information can be...

AI Technical Summary

Problems solved by technology

In these systems, electromagnetic tracking can accurately track the pose, but it is susceptible to interference from surrounding magnetic fields and ferromagnetic substances, and its high price also limits its wide application.

Although the optical tracking system can also obtain very high pose accuracy, its system structure is complex and the measurement range is also limited to a certain extent.

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