CN-119908887-B - Active reminding type wearing device for scoliosis correction

Abstract

The invention discloses an active reminding type wearing device for scoliosis correction, which belongs to the technical field of scoliosis and comprises a monitoring regulator and a plurality of reminders. The monitoring regulator consists of an angle sensing module, a horizontal detection module and a logic processing module, and is used for detecting the angle change of the shoulder and back detection line and the iliac crest detection line, and comparing the angle with a target range. When the deviation is detected, the logic processing module sends a signal to the reminder through the communication module, and the reminder feeds back in a vibration or low-frequency stimulation mode to induce the wearer to actively adjust the whole position. The device overcomes the defect of passive correction, enhances the correction effect, has the functions of static correction and dynamic correction, and monitors the posture change of a patient in a motion state in real time. The portable design promotes wearing comfort and compliance, is suitable for patients with slight scoliosis and poor postures, is especially suitable for children, helps to correct posture, strengthen muscle strength and form good posture habit, and remarkably promotes treatment effect.

Inventors

• FENG JIANJIN
• XIA LIANG
• XU XUELIANG

Assignees

• 泰州市中西医结合医院

Dates

Publication Date

20260508

Application Date

20250207

Claims (3)

1. 1. An active reminding type wearing device for scoliosis correction comprises a monitoring regulator (1) and a plurality of reminders (2) covered on the whole body, and is characterized in that, The lumbar vertebra monitoring device comprises a monitoring regulator (1), a shoulder detection line (4.1) and an iliac crest connecting line (3.2), wherein the monitoring regulator (1) is arranged at the central position of the lumbar vertebra, the shoulder detection line (4.1) extends towards the shoulder through the shoulder connecting line (3.1), a shoulder fixing strap (5.2) is arranged on the shoulder, a shoulder locating point (5.1) is arranged at the joint of the shoulder connecting line (3.1) and the shoulder fixing strap (5.2), the lower end of the monitoring regulator (1) extends towards the hip through the iliac crest connecting line (3.2), the hip is provided with the hip fixing strap (5.4), and an iliac crest locating point (5.3) is arranged at the joint of the iliac crest connecting line (3.2) and the hip fixing strap (5.4); The monitoring regulator (1) comprises an angle sensing module, a level detection module and a logic processing module (1.13), wherein the angle sensing module comprises a built-in angle sensor I (1.5) and an angle sensor II (1.12) which are used for respectively monitoring a shoulder back deviation angle (1.3) and an iliac crest deviation angle (1.10), the level detection module comprises a built-in level gauge sensing module (1.6) and a level gauge constructed by a gyroscope (1.14) and is used for determining the position of a level gauge line (6), the level gauge (6) is measured by the level gauge sensing module (1.6) and is used for cooperating with the gyroscope (1.14) to define a level gauge line in a motion state so as to stably obtain a level gauge line under dynamic monitoring, when the state is set up to be corrected to the neutral position, a target iliac crest (1.9) is parallel to the level gauge line, the target back gauge line (1.1) is perpendicular to the level gauge line, and the over-corrected target gauge line exceeds the neutral position gauge line; The logic processing module (1.13) is provided with a static correction mode and a dynamic correction mode, the static mode compares an actually measured shoulder back deviation angle (1.3) and an iliac crest deviation angle (1.10) with a target angle in real time and triggers a reminding signal according to a deviation value, in the dynamic correction mode, the internal logic module (1.13) repeatedly monitors the shoulder back deviation angle (1.3) and the iliac crest deviation angle (1.10) at high frequency to obtain an average shoulder back deviation angle and an average iliac crest deviation angle in a short period of time, carries out logic judgment according to a target angle range, and when the average shoulder back deviation angle or the average iliac crest deviation angle of a shoulder back line (4.1) or an iliac crest detection line (4.2) is detected to deviate from the target range, the logic processing module (1.13) sends a signal to a corresponding reminder (2) through the communication module (1.15); The reminder (2) comprises a wireless reminder shell (2.1), the wireless reminder shell (2.1) is provided with a built-in battery (2.2) for providing power supply for internal elements, a Bluetooth signal receiver (2.6) receives Bluetooth signals released by a monitoring regulator (1), a corresponding signal instruction is identified and responded to, a vibrator (2.7) is controlled to send out vibration reminding, or a low-frequency signal generator (2.3) is started to output low-frequency stimulation according to the instruction requirement, the low-frequency signal generator (2.3) is connected with an electrode plate (2.5) through a low-frequency output port (2.4), and the electrode plate (2.5) is used for stimulating a target muscle group; The monitoring regulator (1) is of a flat structure and can be attached to the front bending position of the lumbar vertebra of a wearer, and the angle sensor, the horizontal detection module and the logic processing module (1.13) are arranged in the monitoring regulator shell (1.4).
2. 2. The active reminding type wearable device for scoliosis correction according to claim 1, wherein signal transmission is realized between the monitoring regulator (1) and the reminder (2) through a Bluetooth module (1.15) or other wireless communication modes, and the reminder (2) comprises a shoulder reminder and a waist reminder, and the stimulation of a specific area is triggered according to the signal.
3. 3. Active reminding wearing device for scoliosis correction according to claim 1, characterized in that the monitoring regulator (1) further comprises a data storage module (1.8) and a power supply module (1.7) for recording posture data of the wearer and performing data synchronization or analysis with external devices through a communication module (1.15).

Description

Active reminding type wearing device for scoliosis correction Technical Field The invention relates to the technical field of scoliosis, in particular to an active reminding type wearable device for correcting scoliosis. Background Teenagers have a very common scoliosis problem, poor sitting postures and poor standing postures are common, and the market demand of spinal orthoses is continuously expanding. Medical institutions, rehabilitation centers, and individual consumers are all pressing needs for high quality spinal orthoses. Meanwhile, along with the continuous progress of medical technology and the improvement of the importance of consumers on the health of the spine, the application prospect of the scoliosis orthosis wearing products is wider. The principle adopted by the commonly used spinal column orthopedic wearing equipment is basically that the adjustment of a mechanical system (such as a three-point force system, dispersion and support of pressure, muscle guidance and balance restoration) basically belongs to passive limiting adjustment, the wearing equipment needs to be worn for a long time, the trunk movement is limited, the wearing equipment is not only heavy and poor in comfort, but also the modern spinal column orthopedic appliance technology is continuously innovated, the prior art CN109907864A discloses a 3D printing scoliosis orthopedic instrument, the 3D printing technology is utilized, and the orthopedic instrument which meets the requirements of patients is accurately manufactured according to the specific illness state and the body type characteristics of the patients, so that the orthopedic instrument better fits the body surfaces of the patients, the individuation and rationality of treatment are improved, but the cost is high, and the body type of children in the growth period is greatly changed and needs repeated reproduction. At present, the wearable device for stimulating the protruding side muscle group through the electrode by sensing the human body posture is also available, but the portable device is mostly lacking, and other three-dimensional space devices such as intelligent posture and movement monitoring devices have high requirements on the field and are high in price. To sum up, the existing scoliosis wearable equipment generally has a plurality of defects in comfort level and compliance: 1. passive correction is mainly, and the prior orthoses mostly adopt a correction mode of passive shaping, so that patients need to wear equipment for a long time, and the spinal activity is limited by external force constraint. However, this approach often ignores the ability of the patient to actively adjust overall position, and long-term dependence on orthoses may lead to impaired muscle strength and reduced behavioral compliance, especially limitations on the ability of the infant to exercise, and the development of physical strength may also be negatively affected. 2. The wearing comfort level is poor, the compliance is insufficient, the design of the partial spine orthopedic wearing equipment is too heavy or inconvenient to wear, the long-term wearing of the equipment can cause discomfort and even tenderness of patients, the normal activities and the comfort level are affected, the compliance is lower especially for children patients, and the treatment effect is further weakened. 3. The prior art is often designed based on a general spine orthopedic principle, and is difficult to carry out personalized correction aiming at specific conditions (such as bending positions, severity and body type characteristics) of different patients, so that the accuracy and effectiveness of treatment are affected. 4. Dynamic correction cannot be realized, and most of the existing correction devices only work in a static state, so that the physical change of a patient in the motion process cannot be monitored and adjusted in time. However, the correction in motion has stronger correction effect, so the mechanical balance and posture correction of the spine in the motion state are particularly important for improving the scoliosis effect. Disclosure of Invention The invention provides a wearing device with an active reminding function, which induces a wearer to actively adjust the whole position in a vibration, low-frequency stimulation mode and the like, overcomes the defect that the passive correction is mainly carried out in the traditional spinal column orthopedic equipment, enhances the correction effect, simultaneously improves the wearing comfort and compliance of the device, meets the personalized correction requirements of different patients, combines the static and dynamic correction functions, and realizes the real-time monitoring and adjustment of the motion state of the patient. In order to solve the problems, the invention provides an active reminding type wearing device for scoliosis correction, which comprises a monitoring regulator and a plurality of reminders covering the whol