INNOVATION IN MUSCLE EXERCISE MACHINES WITH TOUCHSCREEN FEATURE

Abstract

The invention relates to an innovation in a muscle training machine with a touch screen (1.1.21) structure, developed to strengthen muscles by applying an electric current to the body. This invention relates particularly to devices that enable the exercise of muscles through electrical stimulation, and in particular to a muscle strengthening machine (1) with a touch screen (1.1.21), biosensor-based feedback mechanism and personalized adjustment capabilities.

Description

1 TARIFF MUSCLE EXERCISE MACHINE WITH TOUCHSCREEN STRUCTURE INNOVATION Technical area: The invention aims to strengthen muscles by applying an electric current to the body. A muscle trainer with a touchscreen interface developed for this purpose. It is related to innovation in machinery. This invention is particularly useful for enabling the exercise of muscles through electrical stimulation. This relates to devices, particularly touchscreen-based and biosensor-based feedback. muscle strengthener with a mechanism that allows for personalized adjustment. It relates to the machine. State of the art: From the day humankind appeared on Earth, they have been able to meet their needs. It is in a continuous process of development in this direction. The most important aspect of this development process is... The key element is the protection of human health. In this sense, changing daily life conditions Taking this into consideration, a number of improvements are being made. 20 Today, the demands of daily life and especially work life Difficulties in human life give rise to certain unhealthy conditions. These negative situations require exercise and nutrition to maintain a person's physical health. This manifests itself as the inability to fulfill basic needs such as rest. 25 Nowadays, especially people who work at desks need to get the necessary exercise for their bodies. In addition to their inability to function properly, they experience muscle weakness, osteoarthritis, and poor blood circulation. They may encounter problems caused by this deficiency. Today, people working at desks or in other jobs have in common... They are facing the problem of unhealthy eating. Due to time constraints. 2 Consuming readily available processed foods leads to unhealthy eating habits and consequently... Lack of exercise negatively affects metabolism. This also... It has a detrimental effect on bodily health. Most people who experience deteriorating physical health and muscle loss in certain groups will experience this condition as part of the 5-year-old cycle. Unhealthy and often unconscious behaviors within limited social and professional life. They try to alleviate it with diets of some kind. Most of them are based on starvation. These types of diets can disrupt the metabolism and worsen the problem. Another method used to address this situation is through the use of drugs and similar products. It is used. This method, seen as an easy solution in a limited time frame, 10 While it causes chemical substances to enter the body, it also causes the person to experience side effects from the medication. It exposes them to the consequences. Apart from that, muscle groups can be worked using electric current. They are available in operating machines. However, these machines are button-operated 15 It has a structure and contains many mechanically functional parts. Today, many machines have touch screens due to their ease of use. It has been restructured and is currently in this state for the machines in question. No improvement is visible. Current devices apply constant current values ​​to the user's muscle groups, but they do not apply to the individual. Individual physiological responses are not taken into account. Furthermore, these devices do not provide real-time data. There is no automatic programming based on sensor data. This situation, for some This can lead to a risk of insufficient or excessive muscle stimulation for users. Description of the invention: The invention eliminates the aforementioned disadvantages in the prior art. It was developed for this purpose. This invention represents an improvement over the previous technique, with the following improvements: 30 • A personalized muscle training system has been added. This means the device has features that... thanks to the biosensors (EMG, heart rate, skin resistance sensor) 3 the user's muscle activity, fatigue level, and response to electrical current. It can measure in real time. • The touchscreen allows not only manual adjustment, but also this It performs automatic programming based on data from sensors (personalized). (voltage, pulse width, duration, and mode selection). 5 • The device can also communicate wirelessly with the mobile application. It can record and analyze Bluetooth / Wi-Fi and user data. This allows... The device is not just a standard current controller, but also has an intelligent feedback mechanism. It has become a personalized muscle strengthening system. • Also, for safety reasons, the system detects things like muscle contractions or heart rhythm 10 It has an automatic shut-off circuit if it detects a risk in the parameters. The invention allows for manual control via a touchscreen, as well as on-device functionality. Thanks to the biosensors located there, the user's muscle responses (e.g. EMG signals, By measuring skin resistance and heart rate, it automatically determines current values ​​and application modes. 15 It is a muscle training machine that can be customized to the individual. Furthermore, the invention enables wireless communication with mobile devices, providing users with access to the past. It provides training data and progress reports. This feature makes the device superior to ordinary muscle. This is the fundamental innovation that distinguishes it from conventional machines. The invention, thanks to its electronic circuitry, produces a bioacceptable device. By transmitting low levels of electrical current to the body through its devices, it stimulates the muscles. It has a touchscreen structure that allows it to gain power through operation. It is a muscle strengthening machine. A muscle strengthening machine primarily targets the outer body. with electronic circuitry inside the outer casing and touch screen on the outer casing 25 It consists of options on the screen platform. Mains electricity values. This muscle strengthening machine, which can operate with 220V electricity, has an electronic circuit. By reducing this value using transformers, it can be applied to the human body. It reduces [the levels] to [unclear] levels. Applied to the face area with a muscle strengthening machine. Values ​​of 5mV, 7.5mV and 15mV applied to other parts of the body are 30 is provided. 4 The 5mV applied ensures the safety of the head area while also protecting the face. An electrical current is applied to strengthen the muscles. This is a 5mV current. This treatment is specifically applied to strengthen the muscles in the cheek area. The muscle strengthening machine has a metal tip with a ball-shaped end suitable for this area. It has a tip made of antibacterial material. These tips consist of two separate parts. 5 It is formed by having one positive (+) and one negative (-) pole. The two ends face each other. When applied to the area, the circuit is completed by the body and electricity is released. The current is applied to the body. Values ​​of 7.5mV and 15mV can be applied to other parts of the body with appropriate probes. This is applied. The ends used for this purpose are in one piece, perpendicular to the handle. It is an end made up of balls arranged to the right and left, with positive (+) and negative (-) poles. It includes end-type balls; these balls are used to strengthen muscles in the body. so that it can be applied to the group area in the form of massage movements around the center It has the ability to rotate freely. When these tips are brought into contact with the body, 15 The desired current values ​​are delivered to the body. When the electricity generated by the muscle-strengthening machine is applied to the body, Gel is used to increase conductivity. Muscle that needs to be strengthened. In the area where the group is located, after applying the gel to the skin, use the appropriate tip for 20 minutes. An electric current is applied to the body. The electrical stimulation of the nerves provided to the body by the muscle strengthening machine This provides; consequently, signals from the stimulated brain connect to the nerves. The involuntary functioning of the muscle groups involved is ensured. 25 muscle groups Its function involves contracting and then relaxing the muscles. This contraction and relaxation... Stress events create a pumping effect in the blood vessels located in this region, causing blood to flow. It positively affects circulation by speeding it up. In this case, the muscle groups The oxygen requirement is also met thanks to the electricity supplied from outside. As a result of these events, muscle groups that receive more oxygen... 30 Their strength is enhanced, and the threshold for fatigue or exhaustion is increased. The muscle strengthening machine has 3 different modes that can be selected. It includes various processing types. These processing types are vibration, stimulation, and impact processing types. The maximum current values ​​obtained from the muscle strengthening machine are 40mA, and this In this way, the application of substances that could affect human health to the body is prevented. The voltages of 5mV, 7.5mV and 15mV produced in the transformers are being passed through. The muscle strengthening machine is powered by an electric current delivered at the desired values. It can be adjusted with its pulse width setting. The correct pulse applied to the body. Current conversion is performed in miniature circuits. Furthermore, it can be increased. Each of the body device outputs has specific current settings. 10 In addition, increased blood circulation promotes the production of corrective and healing hormones and similar substances in the body. The production of these materials is increased. This, in turn, leads to increased production in the region where electricity is applied. Hormones and other substances are used to provide relief in the area, while also It is revitalized by being renewed deep within. 15 In this invention, all options are available on the touchscreen. Since this can be done, there is no need for additional buttons and switches. Therefore, due to the low number of parts, the risk of potential mechanical problems is minimized. Although it has been modified, the production and use of the machine are also simplified. 20 Reference list: 1. Muscle Strengthening Machine 1.1. Electrical circuit 1.1.1. Power Cable 25 1.1.2. Key 1.1.3. Transformer 1 1.1.4. Transformer 2 1.1.5. Transformer 3 1.1.6. Miniature Circuit 1 30 1.1.7. Miniature Circuit 2 1.1.8. Transformer 4 6 1.1.9. Transformer 5 1.1.10. Terminals 1.1.11. Pulse Width Adjustment Option 1.1.12. Pulse Count Setting Option 1.1.13. Mode Switching Option 5 1.1.14. Facial Apparatus Output 1.1.15. Body Apparatus Output 1.1.16. Timer Circuit 1.1.17. Launch Option 1.1.18. Stop Option 10 1.1.19. Time Setting Option 1.1.20. Display Circuit 1.1.21. Touch screen 1.1.22. Connection Cables 1.1.23 Fan 15 1.1.24. Time display 1.1.25. Insurance 1.1.26. Output Current Adjustment option 1.2 Outer casing Explanation of the figures: Figure 1. Electrical circuit of the muscle strengthening machine. Figure 2. Perspective view of the muscle strengthening machine. Description of the invention: 25 The invention consists of an electrical circuit (1.1), power cable (1.1.1), switch (1.1.2), transformer 1 (1.1.3), transformer 2 (1.1.4), transformer 3 (1.1.5), miniature circuit 1 (1.1.6), Miniature circuit 2 (1.1.7), transformer 4 (1.1.8), transformer 5 (1.1.9), terminals (1.1.10), face attachment output (1.1.14), body attachment output (1.1.15), timer 30 containing circuit board (1.1.16), connecting cables (1.1.22), fan (1.1.23), fuse (1.1.25) muscle strengthening machine (1) and pulse width adjustment option (1.1.11), pulse Number setting option (1.1.12), mode switching option (1.1.13), startup 7 option (1.1.17), stop option (1.1.18), timer option (1.1.19), touchscreen circuit (1.1.20), touchscreen (1.1.21), time display (1.1.24) consists of the output current adjustment option (1.1.26) and the outer casing (1.2). A muscle that obtains the energy it needs from the 220V mains electricity supply. Muscle strengthening machine (1). Muscle strengthening machine (1) uses mains electricity It includes the power cable (1.1.1) that supplies power to the system. All elements inside the muscle strengthening machine (1) are connected to each other. It is connected with cables (1.1.22). The muscle strengthening machine (1) has 10 electrical circuits. the fuse connected to the connection cable at the beginning (1.1.22) and ensuring safety It includes (1.1.25). Muscle strengthening machine (1), switch that turns the system on and off. (1.1.2) is included. 15 The muscle strengthening machine (1) receives 220V of electricity from the power cord (1.1.1). Transformer 1 that reduces the levels to values ​​acceptable to the human body. (1.1.3) includes transformer 2 (1.1.4) and transformer 3 (1.1.5). Transformer 1 (1.1.3) miniature that produces 5mV applied to the face area It is connected to circuit 1 (1.1.6). The alternating current from the mains is directly connected. Miniature circuit 1 (1.1.6) converting current to face apparatus with connecting cables (1.1.22) It is connected to the output (1.1.14). Transformer 2 (1.1.4) which produces the 7.5mV value applied to the body area and Transformer 3 (1.1.5) which produces a value of 15mV is connected to miniature circuit 2 (1.1.7). It is a miniature device that converts alternating current from the grid to direct current. circuit 2 (1.1.7) connection cables (1.1.22) with transformer 4 (1.1.8) and transformer It is connected to 5 (1.1.9). The obtained 7.5mV and 15mV 30 Transformer 4 (1.1.8) and Transformer 5 (1.1.9) connections to which the values ​​are sent The cables (1.1.22) are connected to the body device output (1.1.15). 8 The body device output (1.1.15) is connected via miniature circuit 2 (1.1.7). Its number can be increased by adding more transformers. Connection cables coming from miniature circuit 1 (1.1.6) and miniature circuit 2 (1.1.7) (1.1.22) terminals are separated from each other by (1.1.10). 5 Timer circuit (1.1.16) to miniature circuit 1 (1.1.6) and miniature circuit 2 (1.1.7) It is connected. The adjustment button is used to select the desired processing time. (1.1.19), the start button (1.1.17) to start the process and the stop button (10) to stop the process The stop button (1.18) is connected to the timer circuit (1.1.16). The time display showing the selected time (1.1.24) is connected to the timer circuit. (1.1.16) is connected. The pulse width adjustment option (1.1.11) where the desired current values ​​are selected is miniature 15 It is connected to circuit 2 (1.1.7). The pulse count setting selects the number of pulses desired to be applied per unit time. Option (1.1.12) is connected to miniature circuit 2 (1.1.7). The vibration, stimulating and impact process of the muscle strengthening machine (1) Mode switching option (1.1.13) where types can be selected miniature circuit 2 (1.1.7) and depends on the pulse count setting option (1.1.12). Output current adjustment option 25, which adjusts the current coming to the body device output (1.1.15). (1.1.26) connection cables (1.1.22) with miniature circuit 2 (1.1.7) and body apparatus It is dependent on the output (1.1.15). Screen circuit that enables display of images according to the selected operation type (1.1.20) It is connected to miniature circuit 2 (1.1.7). There are 30 on the outer casing (1.2). located and enabling the viewing of the image coming from the display circuit (1.1.20). The touchscreen (1.1.21) is connected to the display circuit (1.1.20). 9 Fan (1.1.23) is connected to transformer 1 (1.1.3). The device includes the output ports, touchscreen (1.1.21) and module described in the previous application. In addition to selector circuits; 5 - Biosensor module (EMG sensor, heart rate sensor, skin conductivity sensor) sensor), - Automatic feedback algorithm (processor-based), - Wireless communication module (Bluetooth / Wi-Fi), - Includes an automatic safety circuit breaker. 10 After turning on the device, the user can select “manual” or via the touchscreen (1.1.21). It selects "smart mode". - In manual mode, the device operates as in the previous system. - In smart mode, the device analyzes signals from biosensors to determine current. It adjusts its value and frequency in real time. 15 For example, when the fatigue level of muscle groups increases, the device detects it via sensors. It ensures safety by reducing the current. If the heart rate exceeds the predetermined threshold value... The device detects the problem via sensors and automatically cuts off the power. Mobile With application support, the user can view their past sessions and personal schedule. can generate and obtain health reports. 20 30

Claims

REQUESTS 1. The invention is a muscle strengthening machine (1), the feature of which is; electrical circuit (1.1), power cable (1.1.1), switch (1.1.2), transformer 1 (1.1.3), transformer 2 (1.1.4), transformer 3 (1.1.5), miniature circuit 1 (1.1.6), miniature circuit 2 5 (1.1.7), transformer 4 (1.1.8), transformer 5 (1.1.9), terminals (1.1.10), Face device output (1.1.14), body device output (1.1.15), timer circuit (1.1.16), connecting cables (1.1.22), fan (1.1.23), fuse (1.1.25) muscle strengthening machine (1) and pulse width adjustment option (1.1.11), Pulse count setting option (1.1.12), mode switching option (1.1.13), 10 Start option (1.1.17), stop option (1.1.18), timer setting option (1.1.19), touch screen circuit (1.1.20), touch screen (1.1.21), time display (1.1.24), output current adjustment option (1.1.26), external body (1.2), at least one biosensor measuring the user's physiological parameters, Based on the measured parameters, the electric current values ​​are automatically set to 15. It contains a control circuit that adjusts it.

2. The muscle strengthening machine mentioned in Claim 1 is (1), and its features are: The biosensor may include an EMG, heart rate, or skin conductivity sensor.

3. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is; measured touchscreen that displays biosensor data to the user in real time (1.1.21) includes.

4. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is that the device has 25 Bluetooth or Wi-Fi enables wireless communication with mobile devices. It includes the module.

5. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is; operation Mode switching on the touchscreen (1.1.21) where the type can be selected 30 It includes option (1.1.13). 11 6. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is; unit Touch screen with adjustable wave count in time (1.1.21) It includes a wave number adjustment option (1.1.12).

7. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is; wave 5 Wave on the touch screen (1.1.21) where the current ratio can be adjusted It includes a width adjustment option (1.1.11).

8. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is that each The body apparatus is connected to the output (1.1.15) and the incoming current values ​​are independently 10 Output current setting on the touchscreen (1.1.21) It includes option (1.1.26).

9. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is; connection. terminals that allow cables (1.1.22) to tangle and facilitate easy use 15 (1.1.10) includes.

10. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is; the desired Touch screen that allows selection of the electric current exposure duration. (1.1.21) includes the time setting option (1.1.19). 20 11. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is; selection The image to be displayed on the touchscreen (1.1.21) according to the settings It includes the screen circuit (1.1.20) which adjusts the screen (1.1.21).

12. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is; which providing the user with a visual notification that the option is enabled It includes a touchscreen (1.1.21).

13. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is; selected 30 A touchscreen display provides the user with information about the time and the remaining time. The screen (1.1.21) includes the time display (1.1.24). 12 14. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is; the entered a touch screen that enables the application of electric current by starting the timer The screen (1.1.21) includes the launch option (1.1.17). 5 15. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is that it is electric. optional stopping or interruption while the current is being applied Stop on the touchscreen (1.1.21) that enables operations It includes option (1.1.18). 10 16. The muscle strengthening machine mentioned in Claim 1 is (1), and its feature is; invention. the outer casing (1.2) which holds the constituent parts together It includes. 20 30