Smart Toothbrush with Spectral Analysis, Automatic Microfluidic Dispensing, Adaptive Control, Performance Evaluation, and Integrated Supply System.

Abstract

This invention relates to an integrated smart toothbrush system designed to improve oral and dental health, capable of real-time analysis during brushing, automatically applying toothpaste, and evaluating user performance. The system analyzes intraoral data using a spectral analysis module integrated into the brush head, while delivering toothpaste in a controlled manner thanks to its microfluidic dispensing system. Usage data is collected via sensors and processed by the control unit to provide the user with performance output. Furthermore, the system can monitor consumable levels and initiate an automated ordering process. In these respects, the invention combines analysis, automation, and user feedback in a single device.

Description

1 TARIFF SPECTRAL ANALYSIS, AUTOMATIC MICROFLUID DISTRIBUTION, ADAPTIVE CONTROL, PERFORMANCE EVALUATION AND INTEGRATED PROCUREMENT SMART TOOTHBRUSH WITH A SYSTEM 5 Technology Field: This invention includes smart oral care devices, opto-analysis systems, and microfluidic delivery. technologies, embedded control systems and wireless data communication technologies fields l şk nd r. 10 Current State of Technology: The current technology includes spectral analysis, adaptive study methods, and automated part sequencing. The process is initiated by an intelligent brush system that analyzes tooth texture and tooth surfaces. It is not included. Description of the invention: 15 Thanks to this invention, external surfaces and gum tissue are analyzed in real time. This allows for the detection of pathological changes at an early stage. Thanks to the microfluidic delivery system in Buluştak, toothpaste is automatically dispensed into the brush head. and is distributed homogeneously. 20 Thanks to the micro pump system in Buluştak, controlled flow is ensured and flow interruption is prevented. r sk mnm ze ed lmekted r. The control unit at the meeting adapts to the user's brushing habits by analyzing them. 25 It offers. The subject matter of the invention is the system, brushing time, applied pressure, surface area covered, and By evaluating spectral analysis data, a performance algorithm is created and It presents the result to the user as a percentage performance score. 30 2 The invention relates to mobile applications and cloud systems through wireless communication within the system. The transaction is taking place. The subject of the invention is the toothpaste in the system cartridge. The wireless signal is currently being monitored and will stop working if it falls below a certain threshold. The automatic order process will be initiated via the let module. It is structured. The system in question reduces user intervention and improves hygiene and cleaning efficiency. It increases, provides personalized use, and promotes oral and dental health. It detects problems at an early stage and automates consumable material management. 10 Furthermore, the system optimizes microfluidic distribution based on analytical data. It provides targeted cleanliness. Explanation of the Figures: Figure 1 shows the general view of the toothbrush system that is the subject of the invention. 15 Figure 2 shows the exploded assembly of the toothbrush system, which is the subject of the invention. Figure 3 shows a detail illustrating the microfluidic path in the toothbrush system, which is the subject of the invention. It is appearance. Figure 4 is a block diagram of the toothbrush system that is the subject of the invention. Explanation of References: 100th Body 110. Brush head 120. Front cover 130. Back cover 25 140. Bottom cover 150. Head connection neck 160. LED screen 170. Key module 180. Control unit 30 181. Microcontroller c 3 182. Main control board 190. Microfluidic distribution system Cartridge 191 192. Micro pump 193. Microfluidic transmission channel 5 194. Outlet nozzles 200. Spectral analysis module 201. UV light source 202. Visible light source 203. Optic filter 10 204. CMOS imaging sensor 210. Obstruction sensor 220. Pressure sensor 230. Love / Ye Sensor 240. Wireless communication module 15 250. Silicone gasket 260. Battery Detailed Description of the Invention: The subject of the invention is the system; brush head (110), body (100), removable cartridge (191), micro 20 pump (192), micro fluid let m channel (193), blockage sensor (210), pressure sensor (220), br level sensor (230), spectral analysis module (200) and br control unit (180) It contains. The subject of the invention is the spectral analysis module (200) in the system, the brush head (110) contains 25 It is positioned. The module in question has at least one UV light source (201), at least one visible light source (202), opt kf filter (203) and CMOS imaging sensor (204) It contains. The subject of the invention is the microfluidic delivery system (190) included in the system; removable cartridge 30 (191), micro pump (192), micro fluid transmission channel (193), silicone tubes and outlet 4 It includes nozzles (194). The outlet nozzles (194) distribute the toothpaste homogeneously. It distributes. Microfluidic dispensing system (190) automatically dispenses toothpaste into the brush head (110) It ensures homogeneous transmission. The micro pump (192) system 5 The perstaltic pump structure consists of a pump motor, eccentric coil, perstaltic rotor, and elastic casing. It contains a silicone cone tube. Thanks to this structure, controlled flow is ensured and flow interruption is prevented. r sk mnm ze ed lmekted r. The sensor system included in the invention is; a blockage sensor (210), a pressure sensor 10 It includes a sensor (220) and a level sensor (230). The blockage sensor (210) is a micro Detecting flow interruptions in the fluid line; pressure sensor (220), user measuring the force applied by; level sensor (230) inside cartridge (191) The toothpaste is being watched. The subject of the invention is the control unit (180), unit controller (181) and main control in the system. It contains the card (182). Control brm (180) manages the system components and the blockage and pressure sensors. (210, 220) and data obtained from the spectral analysis module (200) are processed. It is structured. Also control brm (180); motor driver, micro pump driver and user interface The components operate in a way that controls them. The subject of the invention is the control system. brm (180) analyzes user brushing habits; brushing modes, 25 The vibration level and microfluidic distribution amount are dynamically adjusted. The subject of the invention is the wireless communication module (240) in the system, W-F and / or Bluetooth It establishes a connection. In this way, the system provides data through mobile applications and cloud systems. The shopping process is taking place. 30 The system in question monitors the toothpaste level in the cartridge (191), If the value of the wireless communication module (240) falls below a certain threshold value It is configured to initiate the automated order processing process. 10 20

Claims

6 REQUESTS 1- The invention is a smart toothbrush system, consisting of a brush head (110), a body (100), br removable cartridge (191), brm kro pump (192) and brm kro fluid conveying channel (193) çeren brm kroakışkan servis s sistem (190), br clogging sensor (210), br 5 pressure sensor (220), br level sensor (230), the blockage sensor (210) and By processing the data obtained from the pressure sensor (220), the operating parameters of the device are determined. a control unit (180) that adjusts d nam k and d surfaces and d tooth tissue a spectral system containing at least one light source and at least one optical sensor for analysis analysis module (200) includes d r. 10 2- The smart toothbrush system mentioned in Claim 1 is characterized by its spectral analysis module. (200); at least one UV light source (201), at least one visible light source (202), opt kf ltre (203) and CMOS imaging sensor (204) are the features that characterize it. 3- The smart toothbrush system mentioned in Claim 1 has the following feature: microfluidic delivery. to the outlet nozzles (194) which are located in the system (190) and distribute the toothpaste homogeneously. It has been characterized by its owner. 4- The smart toothbrush system mentioned in Claim 1 is a micro pump (192) 20 The system consists of a perstal pump structure with a pump motor, eccentric shaft, and perstal rotor. and the character is made with elastane conical tube inclusion. 5- The smart toothbrush system mentioned in Claim 1 is characterized by its control unit (180), 25 components will control the motor driver, micro pump driver and user interface. Its structured form is what characterizes it. 6- The smart toothbrush system mentioned in Claim 1 has the following features: Wi-Fi and / or Bluetooth. wireless communication that exchanges data via mobile application and / or cloud system The module (240) has the characterization of the . 30 7 7- The smart toothbrush system mentioned in Claim 1 is characterized by the cartridge (191) inside. If the toothpaste level drops below a certain threshold by monitoring it A structure that initiates the automatic ordering process via a wireless communication module (240). Because of this, the character is not degraded. 8- The smart toothbrush system mentioned in Claim 1 has the following features: brushing time, pressure, By evaluating coverage area and spectral analysis data, percentages are provided to the user. It is characterized by being a structure that provides a performance score. 15 25

Images