KR-20260066326-A - Automatic thermostatic smart pillow

Abstract

The present invention automatically adjusts the temperature of the pillow according to changes in the user's body temperature, providing a comfortable It provides a sleep environment and allows users to directly adjust the temperature through smartphone connectivity. This is about an automatic temperature-controlled smart pillow. It also features biosignal detection and humidity. Various additional features such as control, music playback, vibration alarm, and sleep report provision Includes.

Inventors

• 신율

Assignees

• 신율

Dates

Publication Date

20260512

Application Date

20241104

Claims (3)

1. A body temperature sensor that detects changes in the user's body temperature, a temperature control device that automatically adjusts the temperature of the pillow according to the changes in body temperature, and a device linked with the user's smartphone so that the user Automatic temperature including a smartphone-linked module that allows direct adjustment of the pillow temperature Adjustable smart pillow.
2. Claim 1 further comprises a biosignal module for detecting a user's biosignal. Automatic temperature control smart pillow.
3. An automatic temperature-controlled smart pillow according to claim 1, further comprising a humidity control module for controlling the humidity of the pillow.

Description

Automatic thermostatic smart pillow The present invention automatically adjusts the temperature of the pillow according to changes in the user's body temperature, providing a comfortable This is about a smart pillow that provides a sleep environment. While conventional pillows merely provided comfort, smart pillows equipped with features such as temperature control and biosignal monitoring are emerging due to the recent rise in interest in user health and sleep quality. Figure 1 is a block diagram showing the configuration of the smart pillow of the present invention. The smart pillow of the present invention is connected to a user's body temperature sensor, a temperature control device, and a smartphone. It includes modules, etc. A sensor that detects the user's body temperature is installed inside the pillow. The temperature control device automatically adjusts the temperature of the pillow according to the detected changes in body temperature. Additionally, the user can directly adjust the temperature of the pillow through a smartphone app. The smart pillow of the present invention includes various additional functions such as a biosignal detection function, a humidity control function, a sound playback function, a vibration alarm function, and a sleep report provision function.