SMART ORTHOPEDIC INSOLES

Abstract

The present invention belongs to the field of orthopedic insoles, wearable health technologies, and smart biomedical systems, and specifically relates to an advanced smart orthopedic insole with functions such as gait analysis, foot health monitoring, muscle movement tracking, risk zone heating, and position tracking.

Description

1 TARIFF 5 SMART ORTHOPEDIC INSOLES Technological Field: The current invention is relevant to orthopedic insoles, wearable health technologies, and smart devices. It belongs to the field of biomedical systems, specifically gait analysis and foot health monitoring. It has functions such as muscle movement tracking, risk zone warm-up, and location tracking. It relates to an advanced smart orthopedic insole. State of the Art: Current systems perform pressure analysis while standing or detect gait abnormalities. Insoles exist, but these systems mostly only provide basic feedback. It remains limited. EMG-assisted systems that measure muscle contractions or location tracking 15 Integrated with GPS modules, it also provides heating in hazardous pressure zones. There is no structure that activates it. Therefore, in the utility model on which the application is based... integrated with the aforementioned multi-sensor combination and used for medical purposes An orthopedic system represents an innovation. Patent database searches revealed that there are 20 utility models for which an application has been filed. Examples falling within its scope have been examined and are listed below. Ø CN109567812B – Smart insole, sensor + app + cloud; Gait analysis sensors, Data communication with the cloud via the app. Real-time data logging. Ø US7726206B2 – Foot pressure detection + data display; Pressure sensor data It collects and transfers it to an external device. 25 Ø CN205611880U – Internet of Things corrective shoe; Sensor, control The unit is integrated with a warning unit. Ø US20200000373A1 – DeepSole: Pressure sensor + vibration motor insole; Pressure sensor + vibration motor integrated system. Ø US10238316B2 – Five-sensor real-time feedback insole; Real-time 30 Detection and feedback on deviations from the ideal distribution. As stated in the list, in terms of the characteristics included in the application file. Because it has no equivalent, the pressure, temperature, humidity, and muscle in the user's foot By analyzing your activity, it provides both comfort and health monitoring, and location services when needed. an advanced 35 that provides information and also gives local heater feedback to high-risk areas. The aim is to create a smart insole system. 2 Figure Description 5 Figure 1 - Shoe insole Figure 2 - Side view of shoe insole placement. References: 1. Shoe insoles 2. Weight sensor a 10 3. Flex sensor 4. Heating pad 5. Piezo sensor a 6. Weight sensor b 7. Temperature and humidity sensor 15 8. EMG sensor 9. GPS module 10. Piezo sensor b 11. Compartment for the shoe insole. 12. Microprocessor with wireless connectivity 20 13. Power supply 14. LED light Description of the Invention: The existing shoe insole is the insole located on the bottom of a shoe. Wireless 25 that can be placed in the compartment (11) and works with a power supply (13). Connectivity-enabled microprocessor (12) that enables control via mobile devices, Shoe insole (1) connected to microprocessor (12) with wireless connectivity Weight Pressure sensor a (2) and weight sensor b (6) detect the user's weight status The user can monitor with Piezo sensor a (5), Piezo sensor b (10) and Flex sensor (3). Foot 30 with heat and humidity sensor (7) that can monitor foot balance and foot stability. Detecting the temperature and sweating conditions and giving a warning with the LED light (14) which can provide, and consequently, when the heat level decreases, the foot with the heating pad (4) capable of heating from the ground, detecting foot muscle activity with EMG sensor (8), GPS module (9) can provide location information, all of which are connected to the user via smart device. It is a system that can be monitored but not controlled by anyone. 35

Claims

3 REQUIREMENTS 5 1. The present invention relates to orthopedic insoles, wearable health technologies, and smart devices. It belongs to the field of biomedical systems, specifically gait analysis and foot health. functions such as monitoring, muscle movement tracking, risk zone heating, and location tracking. It is related to an advanced smart orthopedic insole; Shoe insole (1), Weight sensor a (2), Flex sensor (3), Heating pad (4), Piezo sensor a (5), Weight 10 sensor b (6), Heat and humidity sensor (7), EMG sensor (8), GPS module (9), Piezo sensor b (10), Shoe compartment (11), Wireless connectivity It is characterized by a microprocessor (12), power supply (13) and LED light (14).

Images