KR20220000427A - Smart sitting cushion apparatus for correcting backbone and operating method thereof - Google Patents

Abstract

The present invention relates to an automatic spine diagnosis and correction system using a smart cushion, which enables medical staff to clearly diagnose a spinal condition in a non-face-to-face manner. According to the present invention, the smart cushion comprises: a load cell sensor unit detecting pelvic pressure patterns in each of four directions; a smart cushion management unit; a spinal tilt detection unit transmitting an ultrasound signal from the back toward the spine and receiving a signal reflected by the spine to detect a spine tilt pattern; and a calibration guide input/output unit inputting and outputting an audio signal, inputting a command signal by a touch, and outputting a visual signal.

Description

Smart cushion spine automatic diagnosis and correction system {Smart sitting cushion apparatus for correcting backbone and operating method thereof}

The present invention relates to a smart cushion spine automatic diagnosis and correction system, and more particularly, monitors the pelvic position and spine tilt state in a sitting posture with a plurality of sensors to maintain the correct posture pelvic position and spine tilt, and to maintain the detected sitting posture. Smart cushion spine automatic diagnosis and correction system that enables accurate diagnosis and treatment, protects pelvic health, prevents scoliosis, and maintains physical therapy by sending postural information to remote medical staff through multiple communication paths will be.

In modern society, computers, laptops, etc. have become very common, and the frequency of use of multimedia technology mixed with audio and video using a computer is increasing significantly. If the sitting time increases, it is not easy to maintain a correct and balanced posture for a long time due to the unconscious posture change.

In addition, examining students in the growing stage take a posture in which the upper body and head are bowed for a long time to study, which has a risk of causing a deformation of the spine, etc. by bending the cervical spine forward, and a driver or driver who drives for a long time In the case of workers, drowsy driving can also bring serious risks to traffic safety, and office workers sit on average for more than 8 hours a day, so prolonged chair life can put a great strain on the back, especially the spine.

If sitting with an incorrect posture continues, it will physically affect other muscles, organs, and bones of the body, leading to diseases such as shoulder pain, neck pain, neck disc, lumbar disc, back pain, turtle neck, and scoliosis. do.

On the other hand, in some countries such as Denmark and the United States, a culture of standing work is spreading for spinal health, etc., and some domestic companies are also partially changing the working environment to a standing work, but it is known that the implementation level and response level are not expected. .

Since the spine plays an important role in transmitting brain commands to each organ in the body, if the skeletal state of the spine is abnormal or rigid, not only primary diseases such as muscle pain, disc, and chronic fatigue, but also hematopoietic dysfunction due to organ dysfunction , indigestion, and headaches may follow.

Since the habit of sitting with a correct posture for modern people is very important because it is directly related to health, the importance and necessity of sitting with a correct posture is being greatly emphasized, and it is necessary to develop various instruments and systems to correct sitting posture.

As a prior art that partially solved these problems, there is a 'smart cushion for health promotion' according to Korean Patent Registration No. 10-1536688 (2015. 07. 08.).

1 is a functional configuration diagram of a smart cushion for health promotion according to an embodiment of the prior art.

Hereinafter, when described in detail with reference to the accompanying drawings, it includes a smart cushion 100 that measures the pressure according to the user's load, and a smart device 200 interlocking with the smart cushion 100, and the smart device 200 is healthy Download and use the promotion application or run the built-in application to use it.

The prior art has advantages such as analyzing the signal detected by the smart cushion 100 in the smart device 200 in which the application is installed, analyzing the posture, providing the correct posture as an image, and notifying the accumulated working time, but the smart device 200 ), there is a problem such as inconvenient in use, which cannot be quickly informed of the correct posture correction method, and must be checked using the smart device 200 .

Therefore, the smart cushion enables self-physical therapy while actively performing posture correction, and it detects and records the information on the usual sitting posture and transmits it to the designated medical staff without errors. There is a need to develop a technique for correcting posture and treating the spine and providing information about the treatment process to the person or the designated person without error.

Republic of Korea Patent Registration No. 10-1536688 (2015. 07. 08.) ‘Smart Cushion for Health Promotion’

The present invention, devised to solve the problems and necessity of the prior art as described above, detects the sitting posture on the smart cushion and, when it is determined that correction is necessary, actively starts treatment and promptly proceeds with physical therapy when physical treatment is needed. It is an object to provide a smart cushion spine automatic diagnosis and correction system.

On the other hand, the present invention detects and records the seated state information on the smart cushion and provides it to the designated remote medical staff accurately without transmission error via multiple paths, so that the medical staff can clearly determine the spine state through non-face-to-face visits without directly visiting the hospital. Its purpose is to provide a smart cushion spine automatic diagnosis and correction system that can be easily diagnosed.

In addition, the present invention records the sitting state information on the smart cushion and transmits it in real time to a designated smartphone, and compares the past and the present state by real-time analysis. It is an object of the present invention to provide an automatic spine diagnosis and correction system.

The smart cushion spine automatic diagnosis and correction system of the present invention devised to solve the above object and necessity is a smart cushion 1000 that detects a sitting posture and a smart phone unit that communicates with the smart cushion through multiple communication paths (2000) In the smart cushion spine automatic diagnosis and correction system 900 including a load cell sensor unit 1100 for detecting each; It connects to the load cell sensor unit 1100, inputs the detected pelvic pressure pattern, records and manages it in the allocated area in connection with time information, compares and analyzes it with the standard pressure pattern, and outputs and monitors a control signal for the operation of the entire system. Smart cushion operation unit 1200; Spinal tilt detection unit 1300 that is activated and operated according to the corresponding control signal of the smart cushion operation unit 1200, transmits an ultrasound signal from the back of the back to the spine, and receives a signal reflected by the spine to detect a spine tilt pattern; Calibration guide input/output unit 1400 that is activated by the corresponding control signal of the smart cushion operation unit 1200, inputs and outputs an audio signal, inputs a command signal by touch, and outputs a visual signal; may include

The smart cushion operation unit 1200 is activated and operated by the corresponding control signal, and the pattern frame unit pelvic spine pattern information including the detected pressure pattern and the spine tilt pattern is transmitted to the designated counterpart via each communication channel of multiple communication paths. Calibration radio unit 1500 for transmitting and receiving at the same time; a physical vibration treatment unit 1600 that is activated and operated according to the corresponding control signal of the smart cushion operation unit 1200 and outputs vibration signals for physical treatment of the pelvis and spine; may further include.

The spinal tilt detection unit 1300 transmits an ultrasound signal to a portion of the caudate vertebrae of the spine and receives an ultrasound signal reflected from a bone portion of the caudate vertebrae to analyze and search the reception intensity and the shape and position of the caudate vertebrae. (1310); a second ultrasonic sensor 1320 that transmits an ultrasonic signal to a portion of the sacrum of the spine and receives an ultrasonic signal reflected from a bone portion of the sacrum to analyze and search reception intensity and the shape and position of the sacrum; a third ultrasonic sensor 1330 that transmits an ultrasonic signal to a portion of the lumbar vertebrae of the spine and receives an ultrasonic signal reflected from a bone portion of the lumbar vertebrae to analyze and search reception intensity and the shape and position of the lumbar vertebrae; may include

The present invention configured as described above has an advantage in that when it is determined that correction is necessary by detecting a sitting posture on a smart cushion, the treatment is actively started and physical treatment is quickly performed when physical treatment is required.

On the other hand, it detects and records the seated state information on the smart cushion and provides it to the designated remote medical staff accurately without transmission errors via multiple paths. There are advantages that can be

In addition, the seated state information on the smart cushion is accumulated and transmitted to a designated smartphone in real time, and the past and present state are compared by real-time analysis, so there is an advantage in accurately checking the sitting posture correction and treatment effect compared to before treatment.

1 is a functional configuration diagram of a smart cushion for health promotion according to an embodiment of the prior art;
2 is an explanatory diagram of a human spine for explaining the present invention;
3 is a block diagram of a smart cushion spine automatic diagnosis and correction system according to an embodiment of the present invention;
4 is a detailed functional configuration diagram of a smart cushion for automatic spine diagnosis and correction according to an embodiment of the present invention;
5 is a detailed functional configuration diagram of a pattern packet frame of a smart cushion spine automatic diagnosis and correction system according to an embodiment of the present invention;
6 is a manufacturing arrangement photograph of the load cell sensor unit installed inside the smart cushion according to an embodiment of the present invention;
7 is a diagram illustrating an example of a sitting posture corresponding to a pelvic pressure pattern detected by a smart cushion spine automatic diagnosis and correction system according to an embodiment of the present invention;
8 is an explanatory diagram for correcting a sitting posture by using a smart cushion spine automatic diagnosis and correction system according to an embodiment of the present invention;
and
9 is an exemplary diagram of a spinal correction app operating in a smartphone unit according to an embodiment of the present invention.

Since the present invention can apply various transformations and can have various embodiments, specific embodiments are illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, it should be understood to include all modifications, equivalents and substitutes included in the spirit and scope of the present invention. In describing the present invention, if it is determined that a detailed description of a related known technology may obscure the gist of the present invention, the detailed description thereof will be omitted.

Figure 2 is a configuration explanatory diagram of a human spine for explaining the present invention, Figure 3 is a configuration diagram of a smart cushion spine automatic diagnosis and correction system according to an embodiment of the present invention, Figure 4 is an embodiment of the present invention It is a detailed functional configuration diagram of a smart cushion for automatic spine diagnosis and correction according to an embodiment of the present invention. According to an embodiment of the present invention, it is a photograph of the production arrangement of the load cell sensor unit installed inside the smart cushion. A corresponding sitting posture example display diagram, FIG. 8 is an explanatory view of sitting posture correction by using a smart cushion spine automatic diagnosis and correction system according to an embodiment of the present invention, and FIG. 9 is an exemplary embodiment of the present invention As a result, it is an embodiment diagram of a spinal correction app that operates on a smartphone unit.

Hereinafter, it will be described in detail with reference to the accompanying drawings.

The human spine corresponds to the tailbone and consists of the coccyx or tailbone located below the pelvis, the sacrum or hipbone connected to the upper part of the tailbone and connected to the pelvis; It is well known that it is composed of 12 thoracic or spine vertebrae connected to the upper part of It is a technology related to the position detection and analysis of the sacrum (hip bone) and lumbar spine (lumbar spine).

In today's society, the importance of back health of office workers and students (examinees) is being highlighted. According to the known content, the research result that about 70% of the adult population suffers from large and small back pain disproves this problem. Back health problems may be caused by diseases, but most of them are identified as acquired pains and diseases caused by repetition of incorrect postures. The configuration as described above is not a simple pelvis and spine correction cushion, but various sensors and devices are built-in, and it is a cushion for pelvic and spine correction having a notification function so as to have a correct posture while monitoring the posture in conjunction with a smartphone.

As health becomes the central value of society, the wearable healthcare device industry can respond to the increasing demand for personalized services such as specialization and diversification, and can solve some of the problems of the face-to-face medical system. In line with paradigm shifts such as medical services, the necessity is being evaluated more highly.

Due to the rapid change and rapid development of technology of the times, the industrial boundary defined as the medical industry is relatively blurred, and the industrial boundary according to the medical law and the pharmacist law is a new, more consumer-friendly product in the medical industry. Development and service development, and the diversification of boundary areas and services for consumer goods have significantly changed the industry boundaries that have been defined so far. On the other hand, the existing spinal orthodontic device artificially pulls or twists the spine in a short time, so side effects are highly likely to occur during correction.

The smart cushion spine automatic diagnosis and correction system 900 is configured to include a smart cushion 1000 , a smart phone unit 2000 , a multi-public communication network 3000 , and a telemedicine unit 4000 .

The smart cushion 1000 detects and analyzes the posture of a person sitting by checking the pelvis and spine position, and treats and corrects it. Control and monitor so that it is transmitted by being encrypted in units of pattern packet frames (5000) through multiple communication paths, and signals received in units of pattern packet frames (5000) are decoded.

The smart cushion 1000 includes a load cell sensor unit 1100, a smart cushion operation unit 1200, a spine tilt detection unit 1300, a calibration guide input/output unit 1400, a wireless calibration unit 1500, and a physical vibration treatment unit 1600. and a flat sensor unit 1700 .

The load cell sensor unit 1100 is fixedly installed inside the cushion, activated and operated by the corresponding control signal of the smart cushion operation unit 1200, and detects pelvic pressure patterns in 4 directions, respectively.

The load cell sensor unit 1100 includes a first load cell 1101 installed at an anterior position of the left pelvis, a second load cell 1102 installed at a rear position of the left pelvis, and a third load cell 1103 installed at an anterior position of the right pelvis. ) and a fourth load cell 1104 installed in the rear position of the right pelvis.

The first load cell 1101, the second load cell 1102, the third load cell 1103, and the fourth load cell 1104 are each configured to measure a weight of 1 to 60 kilograms (Kg).

If the weight value measured by the first to fourth load cells 1101, 1102, 1103, 1104 is less than 1 kilogram, it is relatively sensitive and malfunctions frequently. There is a problem in that the installation configuration for supporting the weight becomes complicated. For users who are relatively overweight, there is a solution to the operation program, and since these methods are general, further detailed description will be omitted.

The smart cushion operation unit 1200 connects to the load cell sensor unit 1100 and inputs the detected pelvic pressure pattern, records and manages it in the allocated area in connection with time information, compares and analyzes with the standard pressure pattern, and for the operation of the entire system It outputs a control signal and monitors it.

The smart cushion operation unit 1200 includes the load cell sensor unit 1100, the spine tilt detection unit 1300, the calibration guide input/output unit 1400 and the calibration wireless unit constituting the smart cushion 1000 according to the built-in operation program and operation data. (1500), the physical vibration treatment unit (1600) and the flat sensor unit (1700) connected to and outputting the necessary corresponding control signals, respectively, to monitor the operating state. The smart cushion operation unit 1200 has a memory for recording and storing various information data, has a function of encrypting and decrypting with the pattern packet frame 5000, and records, stores, and manages standard patterns of the pelvis and spine. Specific functions of the smart cushion operation unit 1200 will be described again in detail in the description of each functional unit below.

On the other hand, it will be described and understood that the function and the functional unit for encrypting and decrypting the pattern packet frame 5000 are provided in the same manner in the smartphone unit 2000 and the telemedicine unit 4000 .

The spine tilt detection unit 1300 is activated and operated according to the corresponding control signal of the smart cushion operation unit 1200, transmits an ultrasound signal from the back of the back to the spine, and receives the signal reflected by the bones of the spine to detect the spine tilt pattern. do.

The spine tilt detection unit 1300 is configured to include a first ultrasonic sensor 1310 , a second ultrasonic sensor 1320 , and a third ultrasonic sensor 1330 .

The first ultrasound sensor 1310 transmits an ultrasound signal to a portion of the caudate vertebrae, receives an ultrasound signal reflected from a bone portion of the caudate vertebra, and analyzes and searches for reception intensity and the shape and position of the caudate vertebra.

The second ultrasound sensor 1320 transmits an ultrasound signal to the portion where the sacrum of the spine is located and receives the ultrasound signal reflected from the bone portion of the sacrum to analyze and search for reception intensity and the shape and position of the sacrum.

The third ultrasonic sensor 1330 transmits an ultrasonic signal to the lumbar vertebrae of the spine and receives the reflected ultrasonic signal from the bony part of the lumbar vertebrae to analyze and search for reception intensity and the shape and position of the lumbar vertebrae.

Since the first ultrasonic sensor 1310, the second ultrasonic sensor 1320, and the third ultrasonic sensor 1330 transmit an ultrasonic signal and receive and analyze the reflected signal, the technology for estimating the shape and exact position of each part of the spine is Since it is well known, further detailed description will be omitted. This technology may be well known as a radar (RADAR) application technology in general, and it can be easily confirmed that it is being used in many parts of the vicinity, especially as a front and rear object detection sensor of a vehicle. Since it is well known that the spine tilt detection unit 1300 can analyze a frequency signal used and a received signal and analyze it with a corresponding shape, distance, location, etc. due to a difference in technology to analyze and apply, further description will be omitted.

The calibration guide input/output unit 1400 is installed in a portion where the pressure of the smart cushion 1000 is not applied as much as possible or a sufficiently small pressure that cannot be damaged is applied, and is activated and operated by the control signal of the smart cushion operation unit 1200. It inputs and outputs an audio signal, inputs a command signal by touch, and outputs a visual signal.

The calibration guide input/output unit 1400 includes an audio input/output unit 1410 for inputting and outputting audio-level signals, and a touch display unit 1420 for inputting a command signal by touch and outputting and displaying a visual message or information. Since these configurations and functions of the audio input/output unit 1410 and the touch display unit 1420 are well known, detailed descriptions thereof will be omitted.

The wireless calibration unit 1500 is activated and operated according to the corresponding control signal of the smart cushion operation unit 1200, and provides pelvic spine pattern information in units of pattern packet frames 5000 including the detected pressure pattern and spine tilt pattern to the designated counterpart. It transmits and receives simultaneously via each communication channel of multiple communication paths.

The wireless calibration unit 1500 is equipped with both the CDMA wireless communication unit 1510, the Bluetooth wireless communication unit 1520 and the Wi-Fi wireless communication unit 1530 that are activated and operated by the corresponding control signal of the smart cushion operation unit 1200 at the same time.

The wireless calibration unit 1500 connects to the multi-public communication network 3000 through three communication paths of the CDMA wireless communication method, the Bluetooth wireless communication method, and the Wi-Fi wireless communication method according to the corresponding control signal of the smart cushion operation unit 1200, and It connects to a specific smart cushion 1000 designated by a switching request and a specific designated telemedicine unit 4000 and transmits and receives all signals in the pattern packet frame 5000 .

Hereinafter, a CDMA wireless communication unit configuration that transmits and receives a corresponding signal in a CDMA communication method at the same time as the calibration wireless unit 1500, a Bluetooth wireless communication unit that transmits and receives a corresponding signal simultaneously in a Bluetooth communication method, and a Wi-Fi communication method The configuration of the WiFi wireless communication unit that transmits and receives the It will be explained and understood as simultaneous transmission and reception via two communication paths.

Simultaneous transmission and reception of the same communication signal via three communication paths has the advantage of eliminating the problem of erroneously transmitting a signal detected due to a transmission error or incorrectly transmitting a diagnostic treatment signal.

When the same signal is received through the three communication paths, the receiving side selects the signal of the communication path without transmission error. On the other hand, when there is no transmission error in all signals received through the three communication paths, the communication signal of the communication path having the fastest transmission speed is selected. In addition, when the transmission rates of signals received through each of the three communication paths are all the same, a communication signal received through any one of the communication paths that is arbitrarily designated and selected may be selected or a signal subjected to arithmetic average processing may be selected. It is very natural that if there is a known and convenient selection method among the methods using the three communication paths according to necessity, it can be used.

Therefore, there is an advantage in that a transmission error of a signal that must be accurate and valuable related to medical treatment does not occur.

The transmission error of the communication signal may be caused by a spark signal caused by thunder and lightning, an electric spark signal generated in a factory area, etc., an electrical spark signal generated by driving a vehicle, or the like. In addition, various transmission errors may occur as the communication signal is reflected, diffracted, or refracted by various obstacles as it propagates.

Removal of such a transmission error corresponds to the reason for using three communication paths and selecting a signal having no transmission error among the received communication signals.

The physical vibration treatment unit 1600 is activated and operated according to the corresponding control signal of the smart cushion operation unit 1200, and outputs signals of pressure and vibration for physical treatment of the pelvis and spine, respectively. Since the configuration for outputting the signals of pressure and vibration is well known, further detailed description will be omitted.

The physical vibration treatment unit 1600 is configured to include a first vibration unit 1610 for physical therapy by applying pressure and vibration to the pelvis, and a second vibration unit 1620 for physical therapy by applying pressure and vibration to the spine. . The first vibrating unit 1610 may be configured for the left pelvis and the right pelvis, respectively, and the second vibrating unit 1620 may be configured for the coccyx, sacral, and lumbar vertebrae, respectively. It is very natural that it can be added or subtracted.

The flat sensor unit 1700 detects the state in which the smart cushion 1000 is installed in two perpendicular directions or in the X direction and the Y direction, respectively.

The flat sensor unit 1700 includes a first flatness sensor 1710 that detects the X-direction flatness of the smart cushion 1000 installed state and a second flatness sensor 1710 that detects the Y-direction flatness of the smart cushion 1000 installed state. It is a configuration including a sensor 1720 . It is very natural that the flat sensor unit 1700 may further include an n-th flat sensor if necessary.

If the pattern packet frame 5000 does not know the size of bits and bytes, the size of each field constituting the entire frame, and the recorded contents, the recorded information or contents cannot be decoded. The conversion into the packet frame 5000 is referred to as encryption, and the reading of the information converted into the pattern packet frame 5000 and recorded is described and understood as decryption.

The pattern packet frame 5000 has a total of 185 bytes and includes an overhead field, a first packet frame data field, a second packet frame data field, a third packet frame data field, a check data field, and an end field.

A byte means a collection of 8 bits, which is the minimum unit for recording the presence or absence of one pulse signal in a digital signal, and 8 bits or more may be defined as one byte if necessary. In the following description, 8 bits are defined as one byte.

The OVHD (overhead) field consists of 10 bytes, and the starting position of the data composing the frame starts recording, the transmission destination, the transmission time, the generation coordinate information, and the total data by bits. When the size and amount of data are large, it can consist of multiple frames, so frame serial number information indicating the connected state is included and recorded.

The first packet frame data field consists of 50 bytes with an interval of 1 byte from the overhead field, and designated gap control data is recorded.

The second packet frame data field is formed of 50 bytes with an interval of 1 byte from the first packet frame data field, and the same data stored in the first packet frame data field is repeatedly recorded.

The third packet frame data field consists of 50 bytes with an interval of 1 byte from the second packet frame data field, is managed as a blank, and is used for an undefined purpose or purpose. can increase

The check (CHK) data field consists of 10 bytes with an interval of 1 byte from the third packet frame data field, and compares the data recorded in the first packet frame data field and the second packet frame data field to obtain the same data. If it is judged that is not recorded, error detection and recovery are processed using the cyclic redundancy check method.

The END field consists of 10 bytes with an interval of 1 byte from the check data field, and includes information on error detection and recovery, retransmission request, data generator information, frame end position, and frame serial number information.

The smartphone unit 2000 installs and operates the spinal correction app, connects to the smart cushion 1000 through three communication paths: CDMA wireless communication method, Bluetooth wireless communication method, and Wi-Fi wireless communication method, receives, decodes, and analyzes pattern frames In addition, the state of the pelvis and the inclination of the spine can be checked, and, if necessary, a correction request signal can be transmitted to the smart cushion 1000. The smartphone unit 2000 decodes a signal received in units of pattern frames, and encrypts and transmits signals to be transmitted in units of pattern frames.

The multi-public communication network 3000 connects to the smart cushion 1000 and the smart phone unit 2000, switches and connects a communication path with the other party designated by the corresponding switching request signal, and transmits and receives a communication signal including a pattern frame. is the composition

The telemedicine unit 4000 connects to the smart cushion 1000 and the smartphone unit 2000 via the multi-public communication network 3000, and decodes the signals received in units of pattern frames to diagnose the condition of the pelvis and spine and requires treatment. In this case, the corresponding calibration request signal is encrypted with a pattern frame and transmitted to the designated counterpart, and the designated counterpart becomes the smart cushion 1000 or the smart phone unit 2000 . The telemedicine unit 4000 decodes a signal received in units of pattern frames, and encrypts and transmits signals to be transmitted in units of pattern frames.

In the above, the present invention has been described in detail with respect to the described embodiments, but it is apparent to those skilled in the art that various changes and modifications are possible within the scope of the technical spirit of the present invention.

900 : Smart cushion spine automatic diagnosis correction system
1000: smart cushion 1100: load cell sensor unit
1200: smart cushion operation unit 1300: spine tilt detection unit
1400: calibration guide input/output unit 1500: wireless calibration unit
1600: physical vibration therapy unit 1700: flat sensor unit
2000: Smartphone part 3000: Multi-public communication network
4000: Telemedicine Department

Claims (3)

In the smart cushion spine automatic diagnosis and correction system 900 including a smart cushion 1000 that detects a sitting posture and a smart phone unit 2000 that communicates with the smart cushion via multiple communication paths,
The smart cushion 1000 is
a load cell sensor unit 1100 that is fixedly installed inside the smart cushion 1000, activated and operated by a corresponding control signal, and detects pelvic pressure patterns in 4 directions;
It connects to the load cell sensor unit 1100 and inputs the detected pelvic pressure pattern, records and manages it in the allocated area in connection with time information, compares and analyzes it with the standard pressure pattern, and outputs and monitors a control signal for the operation of the entire system Smart cushion operation unit 1200;
Spinal tilt detection unit 1300 that is activated and operated according to the corresponding control signal of the smart cushion operation unit 1200, transmits an ultrasound signal from the back of the back to the spine, and receives a signal reflected by the spine to detect a spine tilt pattern;
Calibration guide input/output unit 1400 that is activated and operated according to the corresponding control signal of the smart cushion operation unit 1200, inputs and outputs an audio signal, inputs a command signal by touch, and outputs a visual signal; Smart cushion spine automatic diagnosis correction system that includes.
The method of claim 1,
The smart cushion operation unit 1200 is activated and operated by the corresponding control signal, and the pattern frame unit pelvic spine pattern information including the detected pressure pattern and the spine tilt pattern is transmitted to the designated counterpart via each communication channel of multiple communication paths. Calibration radio unit 1500 for transmitting and receiving at the same time;
a physical vibration treatment unit 1600 that is activated and operated according to the corresponding control signal of the smart cushion operation unit 1200 and outputs vibration signals for physical treatment of the pelvis and spine; Smart cushion spine automatic diagnosis correction system further comprising.
3. The method according to claim 1 or 2,
The spine tilt detection unit 1300 is
a first ultrasound sensor 1310 that transmits an ultrasound signal to a portion of the caudate vertebra of the spine and receives an ultrasound signal reflected from a bone portion of the vertebra to analyze and search reception intensity and the shape and position of the caudate vertebra;
a second ultrasound sensor 1320 that transmits an ultrasound signal to the sacrum portion of the spine and receives the ultrasound signal reflected from the bone portion of the sacrum to analyze and search the reception intensity and the shape and position of the sacrum;
a third ultrasonic sensor 1330 that transmits an ultrasonic signal to a portion of the lumbar vertebrae of the spine and receives an ultrasonic signal reflected from a bone portion of the lumbar vertebrae to analyze and search reception intensity and the shape and position of the lumbar vertebrae; Smart cushion spine automatic diagnosis correction system characterized by a configuration comprising a.

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