Household interactive intelligent pillow

Abstract

The invention provides a household interactive intelligent pillow which comprises a first pillow body and a second pillow body, the first pillow body is in interactive connection with the second pillow body, the first pillow body and the second pillow body are located in the same room, and a first judgment module is used for judging whether the snore of a second snore monitoring module exceeds a preset value or not when a first control end receives the snore of the second snore monitoring module, the sleep state of the first pillow user is judged according to a first sleep state monitoring module; if the sleep state of the first pillow user is a waking state or a light sleep state, the first judgment module sends the sleep state to a second sleep posture adjustment module through a first control end; and the second sleep posture adjustment module is used for receiving the sleeping state information of the first judgment module, and adjusting the sleeping posture of the second pillow user when the sleeping state of the first pillow user is a waking state or a light sleeping state so as to reduce the influence of snore on the first pillow user.

Description

technical field [0001] The invention relates to the field of smart pillows, in particular to a family interactive smart pillow. Background technique [0002] Existing smart pillows have many functions to eliminate snoring, or measure sleep quality, and can also measure body temperature, etc., such as patent document CN205795414U discloses a smart pillow for eliminating sleep snoring, including a pillow body, which is provided with a sleeping pillow. The snoring elimination device includes a sound collector, a microcontroller, a micro air pump and a concave-convex air bag. The sound collector and the micro air pump are connected to the microcontroller, and the concave-convex air bag is connected to the micro air pump. The sound collector is used to collect the snoring sound signal generated by the user during sleep, and send the snoring sound signal to the microcontroller. The microcontroller is used to generate anti-snoring control instructions according to the snoring sou...

AI Technical Summary

Problems solved by technology

The microcontroller is used to generate anti-snoring control instructions according to the snoring sound signal, and through the anti-snoring control instructions to control the micro air pump to inflate or deflate the concave-convex airbag to change the height and inclination of the pillow to adjust the user's head sleeping position To eliminate the user's snoring degree, but in fact, snoring does not have a great impact on the human body, but if the user's sleep time and sleep quality are affected due to the prevention of snoring, the gain outweighs the gain

However, the existing smart pillows can only detect sleep, sleeping position, body temperature, etc. alone, and cannot interact. For example, smart pillows suitable for family interaction can adjust the sleeping couple or parent-child relationship according to the interaction of multiple smart pillows.

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