SHOE CARE BOX

Abstract

The invention relates to a shoe care box (2) which combines multiple care modules within the same housing to remove moisture, bad odor and bacterial contamination from shoes. The care box (2) includes a filtered UV light source (3) that provides antibacterial cleaning, optical mirrors (1) placed on its inner surface that allow the filtered UV rays to reach the entire surface of the shoe, at least two air motors (8) that create reverse airflow to remove odor from the shoe, an odor-filtered air outlet (9) that filters odor molecules, a dehumidifier module (4) that provides moisture removal by applying low heat treatment, and a humidity sensor (5) that continuously measures the humidity level in the environment and automatically stops the dehumidification process by alerting the dehumidifier module (4) when the measurement result falls below a predetermined threshold value.

Description

1 TARIFF SHOE CARE BOX Technical Area The invention addresses issues such as moisture, odor, and bacterial growth that occur after the use of shoes. To solve hygiene problems, antibacterial cleaning with UV light, moisture detection and 5 Multimodular, automated system offering odor removal and filtering functions in one device. It relates to shoe care boxes. State of the Art Today, the main problems encountered with shoes after daily use are... These include dampness, odor formation, and bacterial growth. These conditions affect all 10 This shortens the lifespan of the shoes and negatively affects user comfort and hygiene. This has an impact. Various manual approaches are currently available in the technology to address these problems. and semi-automatic solutions are available. Applications in current technology include airing out shoes in open environments, Manually applying various chemical-based shoe perfumes or sprays and 15 This includes placing odor-removing tablets or pads inside the shoes. In addition, some users can place UV light inside their shoes via electrical devices. or utilizes antibacterial cleaning systems that apply heat. However, current solutions have various technical shortcomings. Manual ventilation. And the processes of applying perfume require regular intervention from the user, which makes the process 20... This reduces its effectiveness and durability. Similarly, devices placed inside shoes They usually offer only a single function (e.g., drying or sterilization), They cannot offer integrated maintenance. Furthermore, these devices often lack portability. Limited in terms of aspects such as energy efficiency and simultaneous use for multiple shoes. remains. 25 Application number TR2019 / 15861 requests the washing and cleaning of all types of shoes. a shoe cleaning machine that disinfects, eliminates germs and bad odors It is related to this. The cleaning machine is used to clean the outer surface of the shoe. It is designed and operates with cleaning fluid and motor-driven brushes. The machine works left and right. and with the bristle brushes located in the toe area, following the shape of the shoe, the surface is cleaned in 30 2 It cleans by brushing. The shoe is moved back and forth with the help of the transport cart. The cleaning process is completed. However, the application states that after use, the inside of the shoe... UV rays, heat treatment and filtration are used to remove bacteria, moisture and bad odors. a contactless and automated maintenance process that uses these methods It is not being carried out. 5 In conclusion, due to the negative aspects described above and the current solutions being the subject of discussion... Due to its shortcomings, an improvement is needed in the relevant technical field. It has been made. Purpose of the Invention The invention was created by drawing inspiration from existing situations and addressing the aforementioned drawbacks. 10 It aims to solve the problem. The invention addresses the moisture, odor, and bacterial growth that shoes encounter after daily use. an automated and multifunctional system developed to address hygiene issues such as formation. It relates to shoe care boxes. The main purpose of the invention is to effectively eliminate bacteria that form inside shoes. 15 to remove, eliminate bad odors and control humidity reducing the need for user intervention through a single integrated device. It is about doing it without being noticed and in a safe way. The purpose of the invention is to provide a round and reflective surface suitable for different types of footwear (closed, open). (with a toe, slipper, etc.) is about adapting. 20 The invention incorporates a filtered UV light source and optics that will not damage the shoe. It provides antibacterial cleaning, supported by mirrors. The invention removes odors through an odor removal module that operates on the principle of reverse airflow. It eliminates their molecules by filtering them out. The invention operates as needed, continuously monitored by a humidity measurement sensor. 25 The structural and characteristic features and all the advantages of the invention are given in the figures below. This becomes clearer thanks to the detailed explanation written with references to these figures. This will be understood, and therefore the evaluation should also take these forms and detailed explanations into consideration. It needs to be done by taking precautions. 3 Figures that will help understand the invention. Figure 1 shows the diffraction of light rays from a UV light source through optical mirrors. This is a representative view. Figure 2 shows a representative view of the heat treatment applied to the shoe using a moisture-removing module. Figure 3 shows the air passing through the air motors located at the odor filter air outlet, 5 It is a representative view of its orientation. Figure 4 shows the technical box inside the maintenance box. Figure 5 shows a front view of the maintenance box with the lid open. Figure 6 shows a detailed view of the inside of the technical box. Figure 7 shows a technical box detail view. 10 Explanation of Part References 1. Optical mirror 2. Maintenance box 3. Radiation source 4. Dehumidifier module 15 5. Humidity sensor 6. Motherboard 7. Battery module 8. Air motor 9. Odor-filtered air outlet 20 10. Item control sensor 11. Locking mechanism Detailed Description of the Invention The invention eliminates moisture, bad odor, and bacterial contamination that forms on shoes. The shoe care 25 combines multiple maintenance modules within the same housing for this purpose. It is related to the cleaning box (2). The cleaning box (2) generally provides antibacterial cleaning. 4 A filtered UV light source (3) is placed on the inner surface, and the filtered UV rays are placed on the entire shoe. optical mirrors (1) that allow it to reach the surface, to remove the odor in the shoe At least two air motors (8) that create a reverse airflow, odor filtering molecules Filtered air outlet (9), dehumidifier that removes moisture by applying low heat treatment module (4) continuously measures the humidity level in the environment, the measurement result is given in advance 5 When the humidity falls below the specified threshold value, the dehumidifier module (4) is activated to reduce humidity. It includes a humidity sensor (5) which automatically stops the removal process. The maintenance kit (2) contains a filtered UV light source (3) for antibacterial cleaning purposes. The light source (3) has a special filtering feature so as not to damage the shoe surfaces. It has. All 10 UV rays emitted from the light source (3) inside the maintenance box (2) The box has a rounded interior volume so that it can reach all surfaces and every point of the shoe. It is in this form. The round structure, optical mirrors (1) placed on the inner surfaces of the maintenance box (2) Thanks to its concave structure, it allows light to be reflected and distributed homogeneously. This structure Thanks to this, the rays reach the entire shoe, not just specific areas, providing antibacterial properties. This enhances the effect. Thus, regardless of the type of shoe (closed toe, open toe) (2) care box (for shoes, slippers, etc.) can function effectively. In the shoe care kit, to eliminate bad odors that develop after using shoes. (2) odor removal module is included. This module has air motors (8) inside it. This creates a reverse airflow. The generated airflow passes through the maintenance box 20 It passes through and is expelled through the odor filter air outlet (9). Odor filter air outlet (9), through its filter structure, removes odor molecules in the air. It captures and only lets clean air out. One of the air motors (8) one on the top of the maintenance box (2) and the other on the odor filter air outlet (9) It is positioned in a way that increases the effectiveness of odor removal. 25 A dehumidifier module (4) is used to remove moisture from the shoe. Moisture The moisture removal module (4) removes moisture from the inside of the shoe without damaging it by applying low heat. It allows it to be expelled. The humidity level inside the maintenance box (2) is constantly maintained. The humidity sensor (5) measures the humidity level in the environment beforehand. When the humidity falls below the specified threshold value, the dehumidifier module (4) is activated, raising the humidity to 30. It automatically stops the cleaning process. Thanks to this system, both energy efficiency is achieved. This ensures both efficiency and prevents unnecessary work. Various items are included in the maintenance box (2) to ensure the safe and efficient operation of the device. Control systems are included: Maintenance box (2) thanks to the item control sensor (10) It only starts working when there is an item inside (for example, a shoe). This feature, developed to prevent idle operation, allows the device to save energy. While improving efficiency, it also prevents the misuse of the system. 5 The box (2), which is equipped with a locking mechanism (11), requires maintenance after it starts working. It does not allow the lid to be opened until the process is complete. This feature benefits both the user. It is important for security and also prevents the process from being interrupted. The lid The locking process is ensured by an automatically operating locking mechanism (11). All modules of the maintenance box (2) are connected to the motherboard (6) 10 which is responsible for controlling the system. It is managed by a battery located inside the device. The necessary energy is supplied by the battery. This is provided by module (7) and is an important element that increases the portability of the device. Motherboard (6), UV light duration, humidity detection level, motor operating time, etc. It keeps the parameters under control. The working principle of the invention is 15 The user first opens the lid of the care box (2) and places the shoe inside the care box (2) Place it inside. Then the device is activated by pressing the on / off button. When the maintenance box (2) starts working, the items inside the box are checked. The sensor (10) is activated to check if there are shoes inside the maintenance box (2). If there are no items inside, the system does not proceed to the next step. However, 20 If a shoe is placed inside the care box (2), the lid locks automatically. The locking mechanism (11) is engaged and the maintenance process is started. The cover is maintained. It remains locked for security reasons until completion. First, the antibacterial cleaning process is started. For this process, a filtered UV light source (3) It is activated and UV rays are sent into the care box (2). Care box (2) 25 Because it is round in shape and has optical mirrors (1) on its inner surfaces, the rays are each It breaks and disperses in one direction, reaching all surfaces of the shoe. This allows the shoe to... The bacteria on it are effectively eliminated, and some of the moisture present in the environment is also removed. It is reduced in stages. Following the UV irradiation process, the odor removal module starts working. Odor removal 30 During the operation, the first air motor (8) located on the top of the maintenance box (2), outside 6 While transferring the air it takes from the environment into the maintenance box (2), it simultaneously performs maintenance The second air motor (8), located in the air outlet area of ​​the box (2), pumps the air that flows in. It draws in and directs the odor out through the odor-filtered air outlet (9). This reverse airflow Thanks to this, unpleasant odors inside the maintenance box (2) are transferred to the odor-filtered air outlet (9). This filter system captures odor molecules carried from the environment and releases them outside. It ensures the release of only filtered clean air. This stage also includes the maintenance box. (2) It helps to remove some of the moisture inside. After the deodorization process is completed, the dehumidification module (4) is activated. enters. The humidity sensor (5) located in the dehumidification module (4) first measures the humidity of the environment. It measures the humidity level. If the humidity level is below the determined threshold, the shoe care process is 10 minutes. It is terminated. However, if the humidity level is high, the dehumidifier module (4) undergoes a low amount of heat treatment. It starts removing moisture from the shoe by applying heat control. During this process, heat control is used. And because it is applied over a long period of time, the risk of damaging the shoe is minimized. Heat treatment The resulting steam is discharged outside the maintenance box (2) with the help of the air motor (8). The humidity sensor (5) continuously monitors the ambient humidity throughout this process. The humidity level reaches the limit value of 15 Once this point is reached, the dehumidification process is also terminated, and the maintenance process is complete. When the maintenance process is complete, the user can end the maintenance by pressing the on / off switch. closes the maintenance box (2). When the maintenance box (2) is closed, the locking mechanism (11) is deactivated. and the shoe is safely removed by opening the lid of the care box (2).

Claims

7 REQUESTS 1. Eliminating bacteria, odor, and moisture that build up on shoes after use. The maintenance box (2) provides control of the motherboard (6), and its feature is;  UV light source with filter that provides antibacterial cleaning (3),  Filtered UV rays placed on the inner surface allow light to reach the entire surface of the shoe. optical mirrors that enable it to reach (1),  At least two air conditioners that create a reverse airflow to eliminate odor in the shoes engine (8),  Air outlet with odor filter that filters odor molecules (9),  Dehumidifier module (4) which provides moisture removal by applying low heat treatment, 10  continuously measures the humidity level in the environment, and the measurement results are displayed in advance. When the specified threshold value falls below, the dehumidifier module (4) is alerted. It contains a humidity sensor (5) which automatically stops the dehumidification process.

2. Maintenance box (2) according to claim 1, its feature is; to prevent idle work, shoe 15 It includes an object control sensor (10) that detects whether or not it is present.

3. Maintenance box (2) according to claim 1, and its feature is that the box is used during the maintenance process. It contains a locking mechanism (11) which locks the lid for security purposes.

4. The maintenance box (2) is in accordance with claim 1 and its feature is that the mentioned optical mirrors (1) are concave. It is in the structure.

5. Maintenance box (2) according to claim 1, its feature is; air outlet with odor filter (9) on it. It includes a positioned air motor (8). 25 6. According to claim 1, the care box (2) is suitable for use with different types of shoes. It has a rounded structure.

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