Intelligent cushion system

Abstract

The invention belongs to the field of intelligent home and provides an intelligent cushion system. The intelligent cushion system comprises an intelligent cushion, wherein the intelligent cushion comprises a cushion body, a pressure sensor, a microprocessor module and a sitting posture adjusting module; the pressure sensor is arranged on the cushion body and used for collecting pressure data; the microprocessor module is connected with the pressure sensor and is used for receiving the pressure data, calculating adjustment data according to the pressure data and controlling the sitting posture adjusting module to operate. Under the condition that the use experience is not influenced, a sitting posture is detected through analysis processing by the aid of the pressure sensor and the microprocessor module; a user is reminded or the sitting posture of the user is adjusted forcibly, and occupational injuries caused by long-time sitting or wrong sitting posture are avoided; the defect that other intelligent cushions can only detect the sitting posture and cannot adjust the sitting posture or correct the wrong sitting posture forcibly is overcome, and the limitation that a seat cannot be reasonably adjusted according to the sitting posture is overcome.

Description

technical field [0001] The invention belongs to the field of smart home, and in particular relates to a smart cushion system. Background technique [0002] The seat surface of existing office chairs is designed to be high at the front and low at the back, which is more suitable for resting rather than working. Users need to lean forward at a greater angle to adapt to working. Disc prominent. Ordinary cushions have a limited ability to correct the seat surface due to their fixed shape, and cannot be adjusted individually for different users. The sitting posture of the office crowd, because the computer and other office supplies are in front of the body, causing the sitting posture to lean forward, resulting in a backward bending of the lumbar spine, which is the cause of lumbar spine injury and lumbar disc herniation; some users have incorrect sitting posture, body weight Uneven distribution will cause scoliosis, sciatica and other occupational diseases over time; users wil...

AI Technical Summary

Problems solved by technology

[0002] The seat surface of existing office chairs is designed to be high at the front and low at the back, which is more suitable for resting rather than working. Users need to lean forward at a greater angle to adapt to working. herniated disc

Ordinary cushions have a limited ability to correct the seat surface due to their fixed shape, and cannot be adjusted individually for different users

The sitting posture of the office crowd, because the computer and other office supplies are in front of the body, causing the sitting posture to lean forward, resulting in a backward bending of the lumbar spine, which is the cause of lumbar spine injury and lumbar disc herniation; some users have incorrect sitting posture, body weight Uneven distribution will cause scoliosis, sciatica and other occupational diseases over time; users will unconsciously maintain the same sitting posture for a long time, thus causing compression on the spine, causing aging or even damage to the spine

[0003] Some existing smart cushions only solve the functions of sitting posture detection and sedentary reminder, and cannot correct the sitting posture

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