Habit analysis-based smart hair comb system and method.

Abstract

It is a habit analysis smart hair comb system, its features are: Pressure sensor (1) which detects the force applied to the comb teeth (14), Microcontroller (2) which controls the entire system, processes sensor data, manages memory and provides feedback, Internal memory (3) which records the user's past pressure sensor (1) data, LED feedback system (4) which gives the user a visual warning with colored light according to the instantaneous pressure level on the comb teeth (14), Vibration motor (5) which gives the user a vibrating warning in case of long-term hard pressure habits on the comb teeth (14), Habit tracking algorithm (6) which analyzes the pressures applied in a certain number of recent combs and detects repeated excessive pressure, Feedback decision algorithm (7) which controls the LED and vibration combination according to instantaneous and historical data, Housing (8) which protects the electronic components and offers the user comfortable use, Power unit (9) which provides portable energy to the hair comb.It includes a calibration and power button (10) that allows the user to reset and adjust the sensor thresholds and turn the power on and off, an audible warning system (12) that gives the user an audible warning in case of excessive pressure, and comb teeth (14) that make contact with the hair and comb it, and transmit the resulting pressure directly to the pressure sensors (1).

Description

1 TARIFF Habit analysis-based smart hair comb system and method. Technical Area 5 The invention detects the pressure applied by users while brushing their hair, providing both real-time and real-time results. A standalone system that provides habit-based feedback and does not require a mobile application. It relates to a smart hair comb system and method based on habit analysis. State of the Art Some smart hairbrushes currently on the market reduce pressure during brushing. It has sensors that can measure in real-time and simple feedback mechanisms like LEDs. However, the vast majority of these systems: 15 - It cannot work without a mobile application connection. - It does not analyze the user's browsing habits; it only provides real-time feedback. - It is designed in the form of a brush, not a comb. - Due to the lack of energy management systems, it remains constantly on, draining battery life. It can be shortened. 20 Therefore, the user is not informed about their habits, even if they consistently apply high pressure. And the effect of the hair comb device remains limited. The application with the number CN110604387A was revealed as a result of technical investigations. Summary: “The invention describes a pressure-sensing and remembering comb. The comb teeth and comb handle are a 25 It is connected via a connector and a pressure sensor, a signal processor, is placed in the inner cavity of the comb handle. A circuit board and a rechargeable lithium battery are installed. The pressure sensor is fitted with a Huygens bridge. its structure consists of a cantilever beam type elastic body and 4 metal foil type strain gauges pressure between the comb teeth and the scalp is provided through the connecting piece; The signal is transmitted to the sensor and the output voltage of the Gens bridge changes; the signal processing circuit board, a 30 Huygens bridge signal processing circuit, an audible alarm drive circuit, and a lithium battery charging circuit. This is achieved through pressure sensing, which allows the comb to move its teeth in real time as it combs the hair. It serves as a reminder for perception. The pressure on the scalp is compared to the pressure threshold. Perceived When the pressure is higher than the pressure threshold, excessive force while brushing the hair causes a headache. An automatic warning sound is emitted that can effectively prevent damage to the skin.” 35 2 As can be seen, the system involves a pressure sensing comb, and in addition to that, as mentioned above... It does not mention a structure that could provide a solution to the aforementioned disadvantages. In conclusion, due to the negative aspects described above and the current solutions, the subject matter... Due to its shortcomings, it has become necessary to make improvements in the relevant technical field. 5 Purpose of the Invention The invention represents a new breakthrough in this field, unlike the structures used in existing technology. It aims to create a structure with different technical specifications that bring about different results. 10 The primary purpose of the invention is to develop it for use in the field of personal care and hygiene. The goal is to develop a smart hair comb system and method based on habit analysis. One aim of the invention is to reduce hair breakage caused by brushing hair with excessive pressure, hair 15 The aim is to prevent negative effects such as skin irritation. The invention alerts the user by detecting both the instantaneous scanning intensity and long-term scanning. It analyzes habits. This applies to both professional and individual use in hair salons. It is also a suitable system and method for home use. 20 Another aim of the invention is to create a device that works without the need for a mobile application, allowing the user to experience both real-time information. a hair comb system and method that can analyze both pressure and pressure habits to reveal. To achieve the objectives described above, the invention is a smart hair comb with habit analysis. It is a system, and its feature is;  A pressure sensor that detects the force applied to the teeth of the comb,  A system that controls the entire system, processes sensor data, manages memory, and retrieves data. microcontroller that executes notifications, 30  Internal memory that records the user's past pressure sensor data,  Visual warning to the user with colored light according to the instantaneous pressure level on the teeth of the comb. LED feedback system,  Vibrating warning for the user in case of long-term, hard pressure habits on the comb teeth. vibrating motor, 35 3  Analyzing the pressures applied in a specific number of recent scans, recurring overpressure habit tracking algorithm that detects pressure,  Feedback that controls the LED and vibration combination based on current and historical data. notification decision algorithm,  The housing protects the electronic components and offers the user comfortable use, 5  A power unit that provides portable energy to the hair comb,  Allows the user to reset and adjust sensor thresholds, and Calibration and power button that enables the power to be turned on and off.  Audible warning system that provides an audible alert to the user in cases of excessive pressure,  By making contact with the hair, it enables hair combing and directly applies the resulting pressure. comb teeth that transmit to sensors It includes. The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to the figures, it is clearer than ever. 15 This will be understood, and therefore the evaluation should also take these figures and detailed explanations into account. It must be done by taking it. Figures that will help understand the invention. Figure 1 shows a general representation of the system that is the subject of the invention. Figure 2 is a schematic representation of the method described in the invention. The drawings do not necessarily need to be scaled and are necessary for understanding the invention. Details that are not present may have been overlooked. Furthermore, at least to a large extent, 25 Elements that are identical or at least have substantially identical functions are numbered the same. It is shown. Explanation of Part References 1. Pressure sensor 2. Microcontroller 3. Internal memory 4. LED feedback system 5. Vibration motor 35 6. Habit tracking algorithm 4 7. Feedback decision algorithm 8. Body 9. Power Unit 10. Calibration and power button 11. Bluetooth BLE module 5 12. Audible warning system 13. Sleep mode algorithm 14. Comb teeth 15. Usage labels 16. Mobile application 10 17. Energy management unit 1001. Switching on the hair comb via the calibration and power button (10), 1002. The force applied by the pressure sensor (1) to the comb teeth (14) during scanning perception, 15 1003. The microcontroller (2) processes the instantaneous pressure sensor (1) data and with threshold values. comparison, 1004. LED feedback system (4) via LED lights according to the pressure level providing color feedback, 1004.1 Green LED illumination in ideal printing, 20 1004.2 Yellow LED illumination at low pressure, 1004.3 Red LED illuminates under excessive pressure. 1005. Warning of the user with the vibration motor (5) in case of excessive pressure, 1006. The pressure data detected by the pressure sensor (1) in each scan is internal to the hair comb. (3) storage in memory, 25 1007. Habit tracking algorithm (6) applied in a certain number of recent scans analyzing the pressures and identifying repeated instances of excessive pressure, 1008. If persistent hard pressure is detected by the habit tracking algorithm (6), feedback decision algorithm (7) by LED feedback system (4) and vibration Strong warning is given by the vibration generated by the motor (5), 30 1009. Energy management when no usage is detected via sleep mode algorithm (13) Automatic sleep mode of the hair comb by unit (17), 1010. When the hair comb is finished, press the calibration and power button (10) closure. 35 Detailed Description of the Invention In this detailed explanation, the preferred configurations of the invention are not merely for better understanding the subject. in order to facilitate understanding and without imposing any limiting effects It is explained. The invention detects the pressure applied by users while brushing their hair, providing both real-time and real-time results. A standalone system that provides habit-based feedback and does not require a mobile application. It relates to a smart hair comb system and method based on habit analysis. The elements and functions used in the system and method that are the subject of this invention are as follows: 10 The pressure sensor (1) is the sensor that detects the force applied to the teeth of the comb (14) FSR or It can be used as a piezo sensor. The microcontroller (2) controls the entire system, processes sensor data, and has memory 15 It is the unit that manages and handles feedback. Internal memory (3) records the user’s past pressure sensor (1) data and habits It is the unit that enables analysis. The LED feedback system (4) displays colored light according to the instantaneous pressure level on the comb teeth (14). It is a system that provides visual warnings (green / yellow / red) to the user. The vibration motor (5) provides the user with long-term hard pressure habits on the comb teeth (14). It is a motor that provides a vibrating warning. 25 The habit tracking algorithm (6) analyzes the pressures applied in a certain number of recent scans. It is an algorithm that detects repetitive overpressure. Feedback decision algorithm (7), LED and vibration 30 based on current and historical data. It is an algorithm that checks the combination. The body (8) is the structure that protects the electronic components and offers the user comfortable use. Water resistant It has a durable and ergonomic design. 35 6 The power unit (9) provides portable power to the hair comb, enabling cordless operation. It is a unit. It consists of a battery and a charging circuit. Calibration and power button (10) allows the user to reset and adjust the sensor thresholds. This is the button that enables and allows the power to be turned on and off. 5 Bluetooth BLE module (11) provides data when an external mobile application (16) connection is required. It is the module that allows the transfer. The audible warning system (12) is the unit that gives an audible warning to the user in case of excessive pressure. 10 Sleep mode algorithm (13) puts the hair comb to sleep automatically when not used for a certain period of time. It is the algorithm that directs the energy management unit (17) to switch to energy management mode. The teeth of the comb (14) make contact with the hair, enabling it to be combed and relieving the pressure that is created. 15 It is the structure that transmits directly to the pressure sensors (1). Usage Labels (15) are labels containing signs / symbols that explain the meaning of LEDs. The mobile application (16) allows detailed display of user data and setting of the hair comb 20 It is the application that enables the performance of all functions without a mobile application (16). It can be done independently. If desired, the mobile can be activated via the bluetooth module (11). Data transfer to the application (16) is possible. The energy management unit (17), according to the command from the sleep mode algorithm (13), turns the hair comb 25 It is a unit that cuts off the power if it is not used for a certain period of time. The steps involved in the process carried out with the system that is the subject of the invention are listed below:  Switching on the hair comb via the calibration and power button (10) (1001),  During scanning, the force applied by the pressure sensor (1) to the comb teeth (14) is 30 perception (1002),  The microcontroller (2) processes the instantaneous pressure sensor (1) data and with threshold values comparison (1003),  LED feedback system (4) via LED lights according to the pressure level Providing color feedback (1004), 35 Green LED illumination in ideal printing (1004.1), 7 o Yellow LED illuminates at low pressure (1004.2), Red LED illuminates under excessive pressure (1004.3),  Warning of the user by vibration motor (5) in case of excessive pressure (1005),  The pressure data detected by the pressure sensor (1) in each scan is internal to the hair comb (3) storage in memory (1006), 5  The habit tracking algorithm (6) applied in a certain number of recent scans analysis of pressures and detection of repeated overpressure (1007), (For example, if high pressure was applied in 7 out of the last 10 scans, that's a negative sign.) (It is considered a habit.)  If persistent hard pressure is detected by the habit tracking algorithm (6), 10 feedback decision algorithm (7) by LED feedback system (4) and vibration Strong warning is given by the vibration generated by the motor (5) (1008), (This combination, (This means "you are constantly performing intensive scanning.")  Energy management when no usage is detected via sleep mode algorithm (13) Automatic sleep mode of the hair comb by unit (17) (1009), 15  When the use of the hair comb is finished, press the calibration and power button (10) closure (1010).

Claims

8 REQUESTS 1. It is a smart hair comb system with habit analysis, and its features include:  Pressure sensor (1) that detects the force applied to the teeth of the comb (14),  A system that controls the entire system, processes sensor data, manages memory, and retrieves data. microcontroller (2) which executes the notifications,  Internal memory (3) which records the user's past pressure sensor (1) data,  Visual to the user with colored light according to the instantaneous pressure level on the teeth of the comb (14). Warning LED feedback system (4),  Vibrating warning to the user in case of long-term hard pressure habits on the teeth of the comb (14) 10 vibrating motor (5),  Analyzing the pressures applied in a specific number of recent scans, recurring overpressure habit tracking algorithm that detects pressure (6),  Feedback that controls the LED and vibration combination based on current and historical data. notification decision algorithm (7), 15  Housing that protects electronic components and offers comfortable use to the user (8),  Power unit that provides portable energy to the hair comb (9),  Allows the user to reset and adjust sensor thresholds, and Calibration and power button (10) that enables the power to be turned on and off.  Audible warning system that gives an audible warning to the user in case of excessive pressure (12), 20  By making direct contact with the hair, it enables hair combing and directly relieves the resulting pressure. comb teeth (14) transmitting to its sensors (1) It includes.

2. A system that conforms to Claim 1, and whose feature is a pressure sensor consisting of an FSR or piezo sensor. 25 (1) is included.

3. The system is compliant with Claim 1 and its feature is a water-resistant and ergonomically designed body (8) It includes.

4. The system is compliant with Claim 1 and its feature is that it requires an external mobile application (16) connection. In this case, it contains a Bluetooth BLE module (11) which allows data transfer.

5. The system complies with Claim 1 and its feature is that the hair comb automatically turns off when not used for a certain period of time. Sleep mode 35 directs the energy management unit (17) to be put into sleep mode. It includes the algorithm (13). 9 6. A system that complies with Claim 1, and whose feature is: signs / symbols explaining the meaning of the LEDs. It includes usage labels (15).

7. The system complies with Request 1 and its feature is; detailed display of user data and 5 It includes a mobile application (16) that allows the hair comb to be adjusted.

8. The system is compliant with claims 1 and 5, and its feature is derived from the sleep mode algorithm (13). According to the command, the power supply cuts off if the hair comb is not used for a certain period of time. It includes the management unit (17). 10 9. This is a smart hair comb method with habit analysis, its feature is;  Switching on the hair comb via the calibration and power button (10) (1001),  The force applied to the comb teeth (14) by the pressure sensor (1) during scanning perception (1002), 15  The microcontroller (2) processes the instantaneous pressure sensor (1) data and with threshold values comparison (1003),  LED feedback system (4) via LED lights according to the pressure level Providing color feedback (1004),  Warning of the user by vibration motor (5) in case of excessive pressure (1005), 20  The pressure data detected by the pressure sensor (1) in each scan is internal to the hair comb (3) storage in memory (1006),  The habit tracking algorithm (6) applied in a certain number of recent scans analysis of pressures and detection of repeated overpressure (1007),  If persistent hard pressure is detected by the habit tracking algorithm (6), 25 feedback decision algorithm (7) by LED feedback system (4) and vibration Strong warning is given by the vibration created by the motor (5) (1008), It includes the steps of the process.

10. The method is in accordance with claim 9 and its feature is; via LED feedback system (4); 30 Green LED illumination in ideal printing (1004.1), o Yellow LED illuminates at low pressure (1004.2), Red LED illuminates under excessive pressure (1004.3) It includes the steps of the process. 35 11. The method is in accordance with claim 9 and its feature is; use of the sleep mode algorithm (13). When not detected, the hair comb is automatically put to sleep by the energy management unit (17). Switching to mode (1009) involves the process step.

12. The method is in accordance with claim 9, and its characteristic is that calibration and 5 when the use of the hair comb is finished. Turning it off by pressing the power button (10) involves the operation step (1010).