Interactive throw pillow robot

Abstract

The invention discloses an interactive throw pillow robot based on wireless communication. The interactive throw pillow robot comprises a microcomputer, a wireless signal transceiver, a voice sensor, a heart rate sensor, a respiratory rate sensor, a voice module, a heartbeat simulation module and a respiration simulation module which are arranged in a throw pillow. The robot exchanges signals generated by each other's behaviors and body parameters including hug strength, heartbeats, voice, respiration, flapping and body temperature with a user through wireless signals and then transmits and converts the signals into corresponding behaviors and body parameters of the throw pillow on the opposite side, so that during communication of people, the transmission action is realized; body parameters and reaction of the user are fed back to the opposite side, and simultaneously, the body parameters and reaction of the opposite side are acquired through the robot of the user, so that relatively real interaction feel is provided; and besides, the functions of the robot exceed those of an ordinary throw pillow and simultaneously comprise an auxiliary sleeping function and an awakening function, so that the rest quality of the user is improved to a large extent.

Description

technical field [0001] The invention belongs to the field of medical and health equipment, and in particular relates to a multifunctional interactive pillow robot for remote communication and interaction. Background technique [0002] Before the present invention, existing pillows generally include the following types. One is an ordinary soft pillow, which has no special function and is only used as a sleep aid; the other is a music pillow, which is equipped with a speaker in the pillow, which can output music through the audio interface, has the function of playing music, and provides hypnosis; there is another One is an emotional pillow with multiple sensors that can transmit somatosensory information and get feedback. [0003] In a kind of remote interactive pillow (application number 2012201400.X, authorized announcement number CN202760815U), the pillow has only two functions of temperature and light, and it is difficult to approach people's real communication. [0004...

AI Technical Summary

Problems solved by technology

The Valentine Pillow in the United States (application number US2008 / 0266112A1) provides feedback through light and images, which cannot directly simulate feedback and is not realistic enough

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