Child garment waistcoat for preventing humpback

Abstract

The invention discloses a child garment waistcoat for preventing humpback. The child garment waistcoat comprises a waistcoat body, cuffs and a neckline. A three-axis acceleration sensor set is sewn on the back of the waistcoat body. Vibration pieces are sewn inside shoulder parts of the waistcoat body. A first elastic cord is sewn at the waist and abdomen position of the back part of the waistcoat body. A controller, an integration module and a button cell are sewn on the first elastic cord. The controller is connected with the three-axis acceleration sensor set, the vibration pieces and the integration module. The button cell and the vibration pieces are connected through conducting fiber. The button cell and the integration module are connected through conducting fiber. The button cell is connected with the three-axis acceleration sensor set through conducting fiber. Flexible sensors are added into a fabric, the posture of a child is monitored in real time by means of the flexible sensors, feedback can be made in time when the posture of the child is not proper and the humpback appears, the child is reminded to correct the posture in time, poor postures of the child are avoided, abnormal vertebration can be corrected, and meanwhile the eyesight of the child can be protected.

Description

technical field [0001] The invention relates to a functional children's clothing, including the field of biomedicine, the field of sensing and the field of clothing technology, in particular to a children's clothing vest for preventing hunchback. Background technique [0002] With the rapid development of science and technology and the rapid improvement of people's living standards, computers, tablet computers, and mobile phones have become popular rapidly. More children have been exposed to tablet computers, game consoles, and smart phones for a long time when they are young. I love all kinds of electronic products, and myopia tends to be younger and more advanced. The earlier the onset of myopia in children, the longer the course of the disease, the easier it is to develop into amblyopia or high myopia, and it is accompanied by complications such as vitreous opacity. The incidence of myopia has risen linearly. The survey report shows that the incidence of myopia in childr...

AI Technical Summary

Problems solved by technology

However, many children's cooperation is not very high, so it is more difficult to implement

People have also developed some instruments and equipment that can test posture, such as goniometrics, photogrammetry, photoelectric analysis, video analysis and acoustic wave analysis, etc. These technologies are widely used in plastic surgery and biomedicine, but these devices are often expensive. The test needs to be completed under certain laboratory conditions, someone needs to record and analyze the data, and it takes a long time

[0006] It can be seen that these instruments are not suitable for ordinary families. Therefore, it is necessary to develop and design a device that can monitor and correct children's incorrect sitting posture in real time, prevent hunchback with chest, or be used to develop the habit of correct sitting posture, and can also prevent school-age A functional children's clothing vest for short-sighted children or to prevent myopia from deepening

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