Monitoring system and method for preventing quilt kicking in sleeping

Abstract

The invention discloses a monitoring system and method for preventing quilt kicking in sleeping. The monitoring system is characterized in that a touch module and a vibration module are set in a monitoring unit, a power supply control unit connected with the monitoring unit is controlled through the touch module or the vibration module, thus real-time monitoring of an environment detection module for the external environment is activated, other parts of the monitoring unit are closed when the touch module or the vibration module does not detect touch or vibration information, the touch module adopts a capacitive touch processing chip, and electric signals are generated automatically when the human body touches the component, so that the structure enables the whole monitoring unit to stay at a deep sleep state when being not activated, and the electricity is greatly saved. In addition, a wireless communication module of the monitoring system adopts a low-power-consumption wireless technology, so that the power utilization amount is further reduced, and the service life of a battery is enabled to be longer. The environment detection module detects one or more types of temperature signals, humidity signals or human body detection signals, thereby performing judgment and reminding in a omni-directional manner.

Description

technical field [0001] The invention relates to the technical field of smart home electronics, in particular to a monitoring system and a monitoring method for preventing kicking at night from being reminded. Background technique [0002] Children and the elderly are prone to colds due to their weak constitution and poor resistance. Especially at night, the temperature is usually low. Generally, when the room temperature is lower than 30 degrees, they need to cover the quilt. For infants and young children, It is easy to kick the quilt when sleeping at night. Because infants and young children are weak, it is easy to cause diseases due to cold, which is not conducive to the health of infants and young children. To prevent infants from kicking quilts at night, parents need to wake up several times every night to check on the baby The sleep situation of young children has greatly disturbed the rest time and sleep quality of parents themselves. [0003] In the prior art, there...

AI Technical Summary

Problems solved by technology

[0002] Children and the elderly are prone to colds due to their weak constitution and poor resistance. Especially at night, the temperature is usually low. Generally, when the room temperature is lower than 30 degrees, they need to cover the quilt. For infants and young children, It is easy to kick the quilt when sleeping at night. Because infants and young children are weak, it is easy to cause diseases due to cold, which is not conducive to the health of infants and young children. To prevent infants from kicking quilts at night, parents need to wake up several times every night to check on the baby Children's sleep conditions greatly disturb parents' own rest time and sleep quality

[0003] In the prior art, there are some anti-kick quilts. This quilt is only suitable for infants and young children, and the length of the quilt is limited. The structure of the quilt is similar to a sleeping bag. Not suitable for adults who love to kick the quilt at night

And the prior art also has some monitoring devices that prevent being kicked, but these devices are generally identified by image acquisition, such as the application publication number is CN101937606A, and the patent name is "Sleep monitoring system and method for kicking the alarm", through infrared or near Infrared cameras take images of human sleep, analyze the parts of the human body, and determine whether to kick the quilt. Such a device is complex in design and expensive, so it is not suitable for popularization and application. Moreover, this device needs to use a camera and needs continuous power supply. , the demand for power is large, and it needs to be turned on and off manually. When it is turned on, it cannot automatically stand by, which greatly consumes the battery or power consumption. It needs long-term charging and frequent battery replacement, which is not conducive to environmental protection.

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