SMART LI4 ACUPRESSURE GLOVE

Abstract

The invention is a non-invasive smart LI4 acupressure glove (10) capable of applying precise, even and controlled pressure to the LI4 acupuncture point, and its features include: a body (11) worn on the user's hand and secured to the wrist; a sensor group (12) integrated into the upper part of the body (11) for accurate detection of the LI4 point in the area between the thumb and index finger and feedback of the applied force; a pressure mechanism (13) to apply an even and constant force to the LI4 point in accordance with the data from the sensor group (12); a user interface (14) for selecting control parameters such as pressure level, application time and massage mode and receiving feedback; and a power source (15) integrated into the body (11) to operate the smart LI4 acupressure glove (10).

Description

1 TARIFF SMART LI4 ACUPRESSURE GLOVE Technical Area The invention describes a system for precise, even, and controlled acupuncture to 4 (LI4) acupuncture points in the Large Intestine (Large Intestine). It relates to a non-invasive, smart LI4 acupressure glove that can apply pressure. 5 The invention addresses, in particular, the difficulties caused by manual application in traditional methods and existing Developed to overcome the shortcomings of technologies, for those without acupressure training. intelligent system that allows users to apply pressure to the LI4 point accurately and effectively. This relates to LI4 acupressure gloves. 10 State of the Art Acupressure involves applying pressure to specific points on the body using fingers, hands, or special tools. Traditional 15 treatments aimed at regulating energy flow and alleviating various ailments are applied. Acupressure is a method of Chinese medicine. While acupressure is based on similar principles to acupuncture, it does not involve needles. It is applied in a completely non-invasive way without the use of any tools. Thanks to the applied pressure, the body Energy (Chi) flow is regulated along meridians, which are considered energy pathways, and pain management is achieved. Stress reduction leads to improved overall health. The Large Intestine 4 (LI4) point, which plays an important role in acupressure applications, is located on the thumb. It is located in the fleshy area between the thumb and index finger. In traditional Chinese medicine, this point is... Its stimulation can cause headaches, toothaches, menstrual cramps, labor pains, and various musculoskeletal problems. It is believed to help alleviate their pain. Manual pressure applied to the LI4 point. These applications are one of the basic techniques of acupressure therapy. LI4 acupressure involves applying pressure to this specific point for 25 minutes. as a method of managing pain by applying continuous and controlled pressure. It is defined. However, for this method to be effective, it must be done at the correct pressure and for a specific period of time. It must be implemented. Current techniques utilize different methods to apply pressure to the LI4 point. However, every 30 Some problems have emerged with the method. In manual pressure applications performed by hand, long-term and Maintaining a consistent level of pressure becomes difficult, leading to fatigue and sensitivity in the practitioner's hand muscles. This causes the pressure to not be applied continuously and evenly. Opening it reduces the effectiveness of treatment. Hot and cold compresses, on the other hand, directly target the LI4 point. 2 It doesn't eliminate the problem; it only provides localized relief. Also, because the temperature decreases quickly, the effect doesn't last long. It is also limited. In electrical acupressure devices, stimulation is provided using electric current. However, this method may be uncomfortable or painful for some users. Suitable for sensitive skin. It can cause irritation in individuals with this condition, and the discomfort may necessitate the continuation of the application. This may not be possible. Medical tapes or devices applying constant pressure, however, can be applied to point LI4. Although it applies a constant pressure, it does not allow the user to adjust the pressure, resulting in a loss of effectiveness. This leads to adverse effects such as discomfort and skin irritation with long-term use. It can be seen. All of these methods share common shortcomings. Manual methods are long-term and ineffective. 10 It is impractical in terms of applying pressure and requires constant human intervention. Hot-cold The bags limit the duration of the effect. Electrical devices are always important for user comfort. That is not suitable. However, belts and devices that provide constant pressure offer the possibility of individual adjustment. Because it doesn't offer any of these, it fails to provide effective treatment. Today, it is easy for a person to apply acupressure to points on their own without needing a specialist. One of the frameworks developed for printing applications is utility model number CN201949315. This is the invention that is the subject of the application. The invention relates to a wearable acupressure device. This device is used on the body. It aims to regulate energy flow by applying pressure to specific acupuncture points. It also includes sensors and pressure application mechanisms to identify acupuncture points. 20 The device is specifically designed for traditional Korean medicine practices that aim to regulate energy circulation. It is based on a system that uses sensors to detect acupuncture points and apply pressure. It is aimed at wearable acupressure devices. However, the main problem with this device is its overall structure. It is about having a specific acupuncture point (for example, a small and sensitive point like LI4). It is not optimized. Because the device is designed to cover a large area, a small 25-inch screen like the LI4 is not suitable. There may be a lack of sensitivity in pressure applications in these areas. Also, the sensor and mechanism... The systems make the device complex and costly, which makes a practical, lightweight and user-friendly solution necessary. It may not fully meet expectations. Comfort, ease of use, and continuous adjustability for personal use. Features such as pressure cannot be adequately provided in this structure. Another development is the invention that is the subject of patent application number WO2018173309. This invention, It relates to the structure of the bracelet, specifically the name Nei Guan, which is worn on the wrist and located on the inside of the wrist. This invention involves a wristband structure that can apply pressure to a given acupuncture point. It has been developed taking into account some of the problems encountered previously, at least Nei Guan It can apply pressure to 35 points, has excellent ease of use, and is compact. a foldable device that allows easy adjustment of the protrusion amount of the acupressure element. It aims to offer bracelets. The bracelet body is made of metal sheet and a strap that can be attached to the inside. 3 Thanks to its round-headed acupressure elements, it can apply pressure especially to the Nei Guan point. Easy to use, compact to store, and allows for easy adjustment of the protrusion amount of the acupressure element. The goal is to provide a wristband that allows for adjustment. This design allows for adjustment to a specific point, on the inside of the wrist. It aims to apply pressure to the Nei Guan on the surface, unlike a different area on the back of the hand such as LI4. It is not directly compatible. The wrist structure is anatomically suitable for applying pressure to the back of the hand. It does not offer positioning. Furthermore, the pressure mechanism is limited to only a simple protrusion adjustment; the ability to dynamically increase or decrease pressure, or to apply sustained, controlled pressure. It is not available. Because it is based on the principle of fixed mechanical pressure, it depends on the person's current needs. Precisely adjusting the pressure intensity is difficult. In addition, the device's compactness is a major drawback. and detailed customization (e.g., adaptation to different anatomical structures) due to priority given to ease of use. 10 The possibility is limited. Another invention is the subject of patent application number CN111135456. The invention concerns the pulse. wearable that combines electrical stimulation with features such as heart rate and acceleration sensors It is related to acupuncture point bracelets. The bracelet is connected to a mobile application for remote control and monitoring. This device is connected. It targets acupuncture points using electrical stimulation. It is used for various purposes and in the treatment of chronic diseases such as pain, digestive problems, and insomnia. The application describes a wearable acupuncture bracelet that uses pulse electrical stimulation and sensors. It defines this structure. This structure is based on the principle of electrical stimulation instead of mechanical compression. However, electrical Stimulation is not comfortable for every user; some people experience discomfort, a pins and needles sensation, or 20 It can cause unwanted side effects such as skin irritation. Also, the electrical method differs from traditional acupressure. It does not directly correspond to the application of "physical-mechanical pressure," which is its basic principle. Traditional Instead of a technically compatible "pressure" sensation, it offers a different type of stimulation. However, the structure of the device... It is complex, requires energy, and the need for regular charging or maintenance reduces user practicality. This method addresses the need to provide simple, sustained, and natural-feeling pressure application. 25 It cannot meet the demand. Current technology is capable of applying continuous and controlled pressure to the LI4 point and automatically pinpointing the correct location. There is no practical system available that can detect this and prioritize user comfort. Therefore, 30 manual methods that can effectively and effortlessly apply LI4 acupressure. It eliminates its tiring effects, can adjust the pressure according to individual needs, and is safe. New technologies offering usability are needed. Consequently, the existing technology... The need for a smart LI4 acupressure glove that eliminates the disadvantages and the existing The inadequacy of the solutions has made it necessary to make improvements in the relevant technical field. 35 4 Brief Description of the Invention The present invention meets the aforementioned requirements while eliminating all disadvantages. and precise, even and controlled pressure on the LI4 acupuncture points, which offers some additional advantages. It relates to a non-invasive, smart LI4 acupressure glove that can be used. 5 Building on the current state of the art, the aim of this invention is to perform Large Intestine 4 (LI4) acupuncture. A smart device that provides pain relief by applying controlled pressure positioned to the correct point. It is the development of acupressure gloves. The aim of the invention is to identify the correct acupuncture point thanks to a sensor group that can detect the LI4 point. The goal is to ensure its detection. Another purpose of the invention is to provide a pressure mechanism that works with piezoelectric actuators. The goal is to ensure controlled pressure application that meets the user's needs. 15 Another purpose of the invention is to allow the pressure level and application time to be controlled via a user interface. The ability to track the treatment allows for a personalized treatment experience. Another aim of the invention is to adjust the pressure application by 20 thanks to the sensor system that provides instant feedback. The goal is to ensure that it is optimized in a safe manner. Another purpose of the invention is to make the glove portable and durable thanks to its rechargeable power source. The goal is to ensure its usability. Another aim of the invention is to design the device so that it can be used without requiring training. This allows access to a wide user base. Another aim of the invention is to manage pain without the need for pharmacological methods. The aim of the invention is to provide 30 minutes of use during application thanks to a non-invasive application method. The goal is to increase comfort. Another purpose of the invention is to enable manual operation by applying continuous and constant pressure to the correct point. It provides a more consistent therapeutic effect compared to acupressure applications. 35 Another purpose of the invention is that, thanks to its portable structure, it can be used not only for a long time, but also... The goal is to provide therapy at the desired location and time. The structural and characteristic features and all the advantages of the invention are given in the figures below and in relation to these figures. This will be understood more clearly thanks to the detailed explanation written with references. Therefore, the evaluation should be made taking these figures and detailed explanations into consideration. is required. Brief Description of the Figures The structure of the current invention and the best understanding of its advantages, including additional components. This should be evaluated together with the figures explained below. Figure 1 shows a schematic overview of the smart LI4 acupressure glove worn on the hand. Reference Numbers 10. Smart LI4 acupressure glove 15 11. Body 12. Sensor group 13. Printing mechanism 14. User interface 15. Energy source 20 Detailed Description of the Invention This detailed description explains that the invention applies precise, even, and controlled pressure to the LI4 acupuncture point. A non-invasive smart LI4 acupressure glove (10) that can be applied, only better than the subject 25 It is explained as an example to facilitate understanding and in a way that does not create any limiting effects. The invention involves acupuncture at LI4 (Large Intestine 4), also known as the "Hegu" point, located in the human hand. A sensor-assisted and user-friendly device capable of applying even, controlled, and continuous pressure to a specific point. It relates to a smart acupressure glove (10) containing an interactive system. The smart LI4 30 shown in figure-1. acupressure glove (10); a body designed to fit ergonomically on the user's hand (11), this A sensor group (12) integrated into the upper part of the body (11) applies pressure to the LI4 point. Interaction of a pressure mechanism positioned on (13) with a smart acupressure glove (10) a user interface (14) and an energy source that powers an entire smart acupressure glove (10) It includes the source (15). The mentioned sensor group (12) includes the anatomical structure of the hand, fingers and 35 By monitoring the space between the thumbs and the pressure responses in this area, the LI4 point can be accurately identified. This enables detection. The mentioned sensor group (12) consists of piezoelectric pressure sensors, 6 These may include force sensors and optionally optical or temperature sensors. (mentioned) Data received from sensor group (12) ensure the correct positioning of LI4 point and the applied It is used for force feedback. The pressure mechanism (13) receives data from the sensor group (12). It is configured to apply a constant and even force to the LI4 point, based on the pressure. its mechanism (13) preferably includes a piezoelectric or electromechanical actuator and is controlled as 5 It applies force at certain intervals (e.g. 2–5 Newtons). The pressure mechanism (13) allows the user to move It is designed to maintain its sensitivity even when in motion. User interface (14); body (11) This can be done via an integrated screen, button and / or a mobile device application. User Thanks to the interface (14), the user can adjust parameters such as application time and pressure level. You can monitor the operation of the smart LI4 acupressure glove (10) and receive data from the sensor group (12). It can also access visual or audible information about the status of the smart LI4 acupressure glove (10). can receive notifications. Power source (15); preferably rechargeable lithium polymer battery, smart LI4 The acupressure glove (10) is placed inside the body (11) in such a way as to maintain its lightness and portability. It is integrated. All electronic components are optimized for low energy consumption and long lifespan. It offers the possibility of prolonged use. With this structure, the smart LI4 acupressure glove (10); manual 15 By eliminating user errors and inconsistencies in applications, it focuses precisely on the right point. It ensures the application of firm and continuous pressure. This increases the effectiveness of the treatment, while... Ease of use and repeatability are also ensured. The Smart LI4 acupressure glove (10) enables the user to achieve pain relief and relaxation effects through pressure. It is designed to enable the user to use the smart LI4 acupressure glove (10) on the hand. He passes his hand through the body (11) which is designed in accordance with its anatomical structure and to his wrist By stabilizing it, it ensures that it stays in place without slipping. At this stage, the body (11) holds the user's hand in a natural position. Because it is designed to be supportive, no discomfort is felt. Smart LI4 The system is activated automatically after the acupressure glove (10) is put on. Sensor group (12), 25 By scanning the area between the thumb and index finger, it identifies the LI4 acupuncture point. This After detection, the user can press a button on the smart LI4 acupressure glove (10) or a mobile button. Through the application, the user selects the application mode and duration via the user interface (14). The user can adjust the pressure intensity if desired, or use the automatic settings suggested by the system. It can use it. Then, the printing mechanism (13) engages and a controlled 30° press is made towards the LI4 point. It starts applying force. This force is either at a constant level or intermittently according to a specific program. It can be implemented as follows. During the application, the sensor group (12) ensures that the pressure is at the correct point and sufficient. It monitors whether it is applied with force. This data is provided to the user via the user interface (14). It is presented as visual or auditory feedback. The smart LI4 acupressure glove (10), user It closes automatically after the time determined by [the system]. When the application is complete, 35 The smart LI4 acupressure glove (10) is removed and the power supply (15) is used for the next use. Rechargeable. Thanks to the lightweight and flexible structure of the Smart LI4 acupressure glove (10), the user 7 During the application process, users can continue with their daily tasks or take a break. This usage process... Thanks to this, it is more precise, safe and effective compared to traditional manual acupressure methods. Therapy options are available.

Claims

8 REQUESTS 1. A non-invasive device that can apply precise, even, and controlled pressure to LI4 acupuncture points. The smart LI4 acupressure glove (10) has the following features: - a body that the user wears on their hand and attaches to their wrist (11); 5 - Correct identification of the LI4 point in the area between the thumb and index finger. and integrated into the upper part of the body (11) for feedback of the applied force sensor group (12); - a constant force equal to point LI4 in line with the data from sensor group (12). a pressure mechanism to implement (13); 10 - User controls such as pressure level, application time, and massage mode. a user interface for selecting parameters and receiving feedback (14); - integrated into the body (11) to operate the smart LI4 acupressure glove (10) It contains an energy source (15).

2. Smart LI4 acupressure glove (10) conforming to claim 1, its feature is; sensor group (12) 15 piezoelectric pressure sensor, force sensor, optical and / or temperature sensor, at least It involves one of them.

3. Smart LI4 acupressure glove (10) conforming to Claim 1, whose feature is the pressure mechanism (13) It contains a piezoelectric or electromechanical actuator.

4. The smart LI4 acupressure glove (10) conforming to Claim 1, features a user interface (14) 20 It is an interface that can communicate wirelessly with mobile devices.

5. The smart LI4 acupressure glove (10) conforming to claim 1, features a user interface (14); a screen, button and / or a mobile device application integrated into the body (11) It includes.

6. Smart LI4 acupressure glove (10) conforming to Claim 1, its feature is; real 25 during application. a system that automatically adjusts pressure force by analyzing real-time sensor data It contains a microcontroller.

7. Smart LI4 acupressure glove (10) conforming to claim 1, its feature is that the power source (15) is charged. It is a rechargeable battery.

8. Smart LI4 acupressure glove (10) conforming to claim 7, its feature is that the energy source (15) 30 Ideally, it should be a lithium polymer battery.

9. The smart LI4 acupressure glove (10) conforming to Claim 1, its feature is that its body (11) is flexible, It is made of breathable and skin-friendly material.

10. Smart LI4 acupressure glove (10) conforming to Claim 1, its feature is; during its operation 35 via the user interface (14) about the status of the smart LI4 acupressure glove (10) This includes visual or audio notifications.

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