AUTOMATIC TOOTHPASTE DISPENSER WITH SENSOR AND FIXED DOSAGE.

Abstract

The invention is a device that requires no physical contact from the user; simply by placing a standard toothbrush into a specially shaped container, a contactless sensor system activates and sends a trigger signal to the electronic control unit, enabling the dispensing of a predetermined amount of toothpaste onto the brush via a spray system through a constant dosing mechanism. Any leaks or spills that may occur after this process are passively collected hygienically by a drip-prevention structure located at the bottom of the device, ensuring the cleanliness of the device's surroundings. It incorporates a UV sterilization module (optional) to enhance hygiene by reducing bacterial load. It can operate with stationary or portable power sources (battery or adapter) and is designed for both individual and multi-user environments, suitable for children, the elderly, and other individuals.This refers to an automatic toothpaste dispensing device with sensor and fixed dosage, designed to be easy to use for people with disabilities and poor motor coordination, preventing waste and improving brushing quality with its standardized toothpaste dispensing independent of the user, compatible with most manual toothbrushes, and featuring a brush holder. Technically, it falls within the fields of personal care electronics, automated hygiene systems, medical device engineering, and microfluidic dosing technologies, offering a fast, practical, and hygienic solution, especially in areas such as hotels, hospitals, clinics, shopping malls, gyms, restaurants, campuses, dormitories, and home use. In terms of structure and function, it provides a more modern, contactless, and standardized user experience compared to traditional toothpaste application methods.

Description

AUTOMATIC TOOTHPASTE DISPENSER WITH SENSOR AND FIXED DOSAGE. Technical Area The invention is a contactless device that dispenses a fixed amount of toothpaste to the user. sensor-based automation structure that prioritizes hygiene conditions at the highest level It is a device that performs the function of dispensing toothpaste; especially in medical applications. device technologies, precision automation systems, consumer electronics products and personal It is positioned in the field of maintenance technologies; and also in mechanical-electronics. (Mechatronics) operates on the principle of integration; microcontroller Thanks to its controlled structure and passive triggering feature without a user interface, it supports health. within the scope of technologies, automatic hygiene systems are classified. can be evaluated; the same amount of toothpaste each time and without contact By transferring the design onto the brush, it adapts to user habits and manual skills. aiming to eliminate classical methods based on variability; in this context, dentistry to ensure health, oral hygiene and standardization of cleanliness in public areas Developed for; primarily hotels, hospitals, clinics, nursing homes, dormitories, sports facilities public spaces such as lounges, campuses, airport waiting areas, restaurants, and shopping malls Providing the same hygiene standard to multiple users in living spaces. to offer convenience and hygiene safety; also for home users By offering technological and practical solutions, it has also found a place in the personal care sector. It relates to a functional and interdisciplinary device, and the sub-components of this technical field. respectively, mechanical structural engineering, sensor technologies, automated liquid dosing systems, microfluidic control and UV sterilization technologies a sensor-equipped and fixed-dose automatic toothpaste dispenser currently in use It is related to. The Invention's Infrastructure Brushing your teeth is the most basic and daily part of personal hygiene. It is one of the applications, and technological developments in this field mainly involve brushes. around the types, the structure of the brush bristles, or the mechanical properties of electric brushes One method has been developed, but the process of applying toothpaste has remained essentially the same for many years. It has remained based on manual methods. In traditional systems, toothpaste is used in tubes. It is presented in this form and is applied manually to the brush by the user. Although this method... Although widespread and low-cost, it brings with it usage errors, waste, and hygiene issues. Due to vulnerabilities and problems such as wasted time, especially in multi-user environments and This leads to significant inefficiencies in fast-paced lifestyles. Depending on user habits, excessive amounts of toothpaste may be used during the application process. Situations such as toothpaste being squeezed out, dripping into the sink, or the lid being left open are common occurrences. This is happening and this poses both a hygiene risk and leads to product waste. This opens the door. In most current systems, dosage control depends on the user's dexterity and Because it depends on habits, brushing routines vary from person to person. This shows that the results are not standardized in terms of effectiveness. To compensate for these shortcomings, some semi-automatic solutions have been introduced to the market over time. It has been presented. Pump-type toothpaste dispenser, fun dosing devices for children or Products such as mini tube systems integrated into the brush offer partial innovations. Together, these often result in limited capacity, dosage inconsistencies, lack of contactless interaction, and poor hygiene. It is unable to fully solve their problems. Especially entertainment produced for children. Dosage precision is virtually nonexistent in base-based products, and the products are mostly It is classified as a toy. On the other hand, in pump solutions, the paste... such as leakage, dirt accumulation on pump heads, and the need for constant contact. There are disadvantages. The invention developed in this context addresses all aspects of the preparation process before brushing teeth. a more advanced approach than current technology that aims to eliminate these fundamental problems It is a unique automation device at this level. The most fundamental difference of the device is the user without the need for any intervention, by detecting the toothbrush via sensors It automatically dispenses a fixed amount of toothpaste. This approach is beneficial for both user experience. It ensures standardization and is especially suitable for multiple users because it operates on the principle of contactless hygiene. public environments (hotel, hospital, clinic, shopping mall, dormitory, gym, restaurant) It ensures the continuity of hygiene without the risk of infection (such as). 2. User behavior was analyzed during the development of the device, especially in the morning. Under the time pressure experienced during these hours, the speed, accuracy, and efficiency of the putty application process are crucial. It was determined that it was inadequate in terms of cleanliness. This invention comes into play at this point. The user only needs to place the brush on the relevant area, and the device It enables the device to automatically start the process through its sensors. The constant dosing mechanism ensures that each user receives the same amount of paste at the same speed and in the same amount. This ensures that the brushing is done in the correct position; this increases brushing effectiveness and improves psychological well-being. This results in a feeling of being "completely clean". Another remarkable innovation of the invention is its drip-preventing passive reservoir design. Any additional leaks that may occur after paste application are contained within a special structure. It is collected in a hygienic manner, thus preventing the sink or appliance surroundings from getting dirty. This prevents dripping, runoff, and other issues frequently encountered in classic systems. It is a powerful solution against problems such as surface contamination. The device is also designed to be compatible with different toothbrushes. This makes the product... This makes it flexible for both individual users and corporate facilities. It is especially important for special groups such as the elderly, children, and individuals with impaired motor skills. It offers a convenience. Thanks to its contactless usage feature, it is suitable for individuals with disabilities. It can also be used effectively in maintenance. In conclusion, the invention is functional in many areas where existing technologies cannot provide solutions. It offers a hygienic and user-friendly structure; automation, contactless, fixed. Versatile features such as dosing, hygienic operation, drip-free design, and brush compatibility. Its features clearly distinguish it from previous techniques and include advanced technical contributions. It provides. The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such, and therefore the evaluation will be based on these forms and details. This should be done taking the explanation into consideration. Detailed Description of the Invention 3 This detailed description describes the invention as a sensor-equipped and fixed-dose automatic toothpaste. This relates to the squeezing device and is intended solely for the purpose of better understanding the subject. It is explained in a way that will not create any limiting effects. The invention in question; • Compact, ergonomic, and wall-mountable, housing all components of the device. An outer casing designed to be able to withstand • The toothpaste is stored in a removable tube located at the top of the device. inner toothpaste dispenser with lid, • Dispense the paste stored in the reservoir evenly and in a specific amount with each use. a constant dosing mechanism that delivers, • The system is triggered by the placement of the brush on the front surface of the device. integrated contactless sensor system, • Activates the spraying system by evaluating the signal from the sensor electronic control unit, • a spray that directs a specified amount of toothpaste onto the brush system (pumping unit), • a brush that the user places and ensures correct positioning. docking compartment, • Any discharge that may occur after applying the paste should be handled hygienically. drip-preventing collection tray (bottom tray structure), • Powered by battery or external adapter and integrated into the control unit. energy source, • Optionally, it can be mounted in the area where the brush is placed and UV sterilization unit that aims to reduce bacteria with ultraviolet light, It consists of parts. The invention is a device that is activated simply by the user inserting their toothbrush, without any... The system automatically dispenses a specific amount of toothpaste onto the brush without requiring any manual intervention. It operates as a system that leaves a contactless residue. The device has a contactless design on its front surface. When the sensor detects the brush, this information is transmitted to the electronic control unit. The unit sends a signal to the constant dosing mechanism, dispensing the toothpaste from the reservoir. It transfers a predetermined amount of spray onto the brush via the spray unit. Spraying The system automatically stops when all 4 steps are completed. Any issues that may occur after each operation... Leaks are collected by the drip-prevention structure located at the bottom of the device. If necessary, the lid on top of the device can be opened and the reservoir refilled. It can be powered by batteries, an external adapter, or a portable power supply. It can also be supported by [another method]. This allows the device to be used in both fixed and mobile settings. available. Each request includes a reference number for the mentioned technical specifications. These reference numbers are used solely to facilitate understanding of the requests. Therefore, these are indicated with these reference numbers for illustrative purposes only. It should not be thought that any of the elements limit its scope. A technical expert can assess the novelty of the invention and similar structures. by using and / or demonstrating this structure in the relevant technique It is clear that this can be applied to other fields with similar purposes. Therefore, such a the criteria for structures are innovation and especially exceeding the known state of the art. It is also obvious that he will be deprived of it. 5

Claims

1. The invention relates to an automatic toothpaste dispensing device with sensor and fixed dosage, feature; • Compact, ergonomic, and wall-mounted, housing all components of the device. An outer casing designed for mounting, • The toothpaste is stored in a removable compartment located at the top of the device. inner toothpaste dispenser with lid, • Dispense the paste stored in the reservoir evenly and in a specific amount with each use. a constant dosing mechanism that delivers, • The system is triggered by the placement of the brush on the front surface of the device. integrated contactless sensor system, • Activates the spraying system by evaluating the signal from the sensor electronic control unit, • a spray that directs a specified amount of toothpaste onto the brush system (pumping unit), • a brush that the user places and ensures correct positioning. docking compartment, • Any discharge that may occur after applying the paste should be handled hygienically. drip-preventing collection tray (bottom tray structure), • Powered by battery or external adapter and integrated into the control unit. energy source, • Optionally, it can be mounted in the area where the brush is placed and UV sterilization unit that aims to reduce bacteria with ultraviolet light. It is characterized by its parts.

2. Automatic toothpaste dispensing device with sensor and fixed dosage according to claim 1. It is related to and its feature is that the outer casing can be mounted on a wall or flat surface. It has fastening elements on its back surface.

3. Automatic toothpaste dispensing device with sensor and fixed dosage according to claim 1. It is related to and its feature is that it is located at the top of the inner toothpaste dispenser, by the user. It has an openable and closable lid. 6.

4. According to Claim 1, with a sensor-equipped and fixed-dose automatic toothpaste dispensing device. It is related to and its characteristic is that the constant dosing mechanism ensures uniform dosage with every use. It is formulated to provide a sufficient amount of toothpaste.

5. Automatic toothpaste dispensing device with sensor and fixed dosage according to claim 1. It is related to and features a contactless sensor system that allows the brush to be used only on the designated area. The front surface of the device will be activated by placing it in the area. It involves being positioned.

6. Automatic toothpaste dispensing device with sensor and fixed dosage according to claim 1. It is related to and its feature is that it prevents leaks that may occur after the spraying process. It has a removable drip-stop container at the bottom for collecting water. It is the fact that.

7. Automatic toothpaste dispensing device with sensor and fixed dosage according to claim 1. It is related to and features the area where the brush is placed in the UV sterilization unit. It is fixed in place and only activates when in use.

8. Automatic toothpaste dispensing device with sensor and fixed dosage according to claim 1. It is related and its feature is that it is compatible with different manual toothbrushes. It has a specially designed brush holder compartment.

9. Automatic toothpaste dispensing device with sensor and fixed dosage according to claim 1. It is related to and its feature is that the process only requires the user to place the toothbrush. It has an electronic control unit programmed to start it. 7