MOTORCYCLE HELMET CLEANING AND DISINFECTION MACHINE

Abstract

This invention relates to a machine that enables the rapid, effective, and hygienic cleaning and disinfection of motorcycle helmets. It is a system specifically designed to remove dirt, sweat, and bacteria that accumulate on the inner surface of the helmet.

Description

1 TARIFF MOTORCYCLE HELMET CLEANING AND DISINFECTION MACHINE Technical Area This invention enables the rapid, effective, and hygienic cleaning and disinfection of motorcycle helmets. It relates to a machine that enables the removal of dirt, sweat, and bacteria that accumulate on the inner surface of the helmet. It is a system specifically designed to ensure its elimination. State of the Art Head injuries are among the most common injuries in motorcycle accidents. The helmet absorbs the impact of collisions between the head and hard surfaces, significantly reducing brain damage. It reduces the risk of injury. Furthermore, wearing a helmet draws attention not only to the driver but also to other drivers, making them more aware of the dangers. It creates a safe driving environment. More precisely, the habit of wearing a helmet It contributes to its formation. Indeed, according to the Highway Traffic Regulations; “For the driver and, if applicable, the passengers; It will not burn and will protect the head from heat, impact and external influences, and will not impair vision or hearing. 15 will not be, will be easy to attach and detach (European Economic Commission ECE R 22) (In accordance with regulations) must wear a protective headgear. Failure to possess a helmet and If it is not used properly, an administrative fine will be imposed and the equipment will be installed in accordance with the procedure. "The vehicle is not allowed to travel on the road without the necessary safety features." Motorcycle helmets become unhygienic after prolonged use, and 20 It harbors elements that pose health risks, such as bacteria, fungi, and bad odors. Current methods (manual cleaning, spray disinfectants, etc.) are ineffective, and users It is troublesome for them. For cleaning, deodorizing, disinfecting, and even cleaning motorcycle helmets. There are many well-known devices used in sterilization. The cleaning process primarily involves 25 Drying the inner lining of the helmet due to sweating, bacteria, germs and It involves the process of trapping and destroying, or at least rendering harmless, pathogens. This is achieved by blowing and managing the airflow inside the helmet, drying the helmet. and the use of tools for disinfecting and sanitizing the inside of the helmet is required. 2 Among the simple methods used today is to dry the inner lining of the helmet by placing something inside the helmet. Using hand-blown air and hand-applied disinfectant and deodorizers to disinfect the inside of the helmet. The methods involve applying or spraying. Some cleaning processes involve going inside the helmet. While some can be placed in a specific location, others require more detailed cleaning processes to perform tasks. It can be placed in a separate compartment or enclosure. 5 One example of an application related to this topic under the known state of the art is CN219230808. This is a Chinese utility model document. The invention described in the document concerns electric vehicle users. an electric helmet sterilization system that could alleviate concerns about helmet hygiene It aims to provide this system. This system includes a sterilization lamp; the sterilization lamp, The sterilization component used to sterilize the inside of an electric vehicle helmet, sterilization 10. a circuit connected to a device and arranged within a protective cover. control mechanism consisting of a card; protective enclosure outside the sterilization component. The component and protective casing are mounted onto it, replacing the electric car helmet. It consists of an induction component used to induce that it is not sitting properly. Another document is the European patent document numbered EP3993842B1. This document describes helmet 15 A carrying device (helmet case) for cleaning purposes is described. It is mostly personal. This portable design, suitable for various uses, can hold helmets of different sizes inside the helmet bag. It can be placed. These applications are not practical applications and lead to mass production which results in high costs. These are unsuitable applications that need improvement. Therefore, motorcycle helmets should be made more suitable in the future. To clean, deodorize, disinfect, and disinfect in a comfortable, safe, effective, and economical way. By using a separate box or container for disinfection, it is convenient, easily portable and the same There is a need for a system and device that provides convenience and security to the user. Purpose of the Invention The invention was created by drawing inspiration from existing situations and aims to solve the aforementioned problems. 25 The aim is to automate the helmet cleaning process and improve hygiene with this invention. A system that meets the standards is presented. The system described in the invention achieves high levels in a short time. It aims to protect user health by providing efficient cleaning and disinfection. The purpose of the invention is to clean motorcycle helmets quickly, effectively and hygienically, and The goal is to obtain a machine that enables disinfection. 30 3 The invention aims to remove dirt, sweat, and bacteria that accumulate on the inner surface of helmets using special technology. The aim is to obtain a system designed in this way. 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 becomes clearer. This will be understood, and therefore the evaluation should also take these figures and detailed explanations into account. 5 It must be done by taking it. Figures that will help understand the invention. Figure 1 - Representative overview of the invention's structure. Figure 2 - Representation of internal elements on an AA section of the structure subject to the invention. References Explanation 10 1. Main Body 2. Cleaning Container 3. Cover 4. Disinfection Unit 4.1 Solution Tank 15 4.2 Solution Nozzle 5. UV-C Light Module 6. Air Drying Unit 7. Filtering System 8. Control Panel 20 9. Sensor 10. Energy Source 11. Solar Panel 12. Payment Unit 13. Fixing Unit 25 4 Detailed Description of the Invention The invention concerns the rapid, effective and hygienic cleaning of motorcycle helmets and It relates to a machine that enables disinfection, and in its most basic form is shown in Figure 1 and Figure 2. As shown in 2; the main body (1), the cleaning located on the aforementioned main body (1) 5 To provide access to the compartment (2), the lid (3) is placed in the cleaning compartment (2). The fastening mechanism ensures that the helmet to be cleaned is secured in place, preventing it from moving. unit (13) from the solution tank for carrying out the cleaning and disinfection process (4.1) and from the solution nozzle for applying the solution in the tank to the product (4.2) The disinfection unit (4) consists of ultraviolet (UV-10) located in the aforementioned cleaning chamber (2). C) light module (5), air drying unit for drying the product cleaned with solution (6) provides communication with the energy source (10) to control the system and the system It consists of a control panel (8) for monitoring. The aforementioned main body (1) has a steel body and can be placed on a concrete floor if desired. It is possible to increase safety during use by fixing it. The cleaning compartment (2) is placed inside the helmet 15 It is an enclosed area where the cleaning and disinfection process is carried out. In this area There is a fixing unit (13) to ensure the helmet is held stationary. The fastening unit in question may be in the form of a clamp that grips the helmet from both sides. It could also take the form of a structure consisting of a slot into which the edges of the helmet fit. After the helmet to be cleaned is placed in this cleaning compartment (2) and secured, and the lid (3) is closed 20 After it is switched off, the placement of the helmet is detected by the sensor (9) and the system control panel (8) becomes active. Control panel (8) provides control of the system, power source of the system components (10) It is a panel through which communication is established. This panel is implemented in the form of a touchscreen. It is possible. A 25 that offers the user the option of time-scheduled or automatic programmed operation. It can also be defined as an interface. The energy source (10) is a connection to the grid electricity. This could involve restructuring the system or generating energy from sunlight to save energy. It can be a setup that includes solar panels (11). On the other hand, the system will receive payment It is possible to arrange it in this way. Accordingly, the payment integrated with the control panel (8) unit (12) will ensure that payment is made for the transaction to be performed and the payment will be made on 30 It enables the system to function upon completion. The aforementioned payment unit... (12), payment by paper money, coins, specially adapted tokens for the machine and / or credit card. It is designed to allow this to happen. Disinfection unit (4) with solution tank (4.1) containing special disinfectant liquid and this solution It consists of a solution nozzle (4.2) that allows the solution to be applied to the product to be cleaned. and the necessary cleaning with the UV-C light module (5) placed inside the cleaning chamber (2) 5 It is the system that kills microorganisms. The air drying unit (6) ensures that the helmet is dried quickly after cleaning. It is an airflow mechanism. One of the most important features of the invention is the filtering system (7) it has used This ensures the recycling of the cleaning fluid and the filtration of waste particles. 10 The system in question may optionally include more than one cleaning chamber (2). It is feasible. With this kind of setup, multiple cleaning and disinfection operations can be carried out simultaneously. This will ensure that the process is completed. Thus, those who wish to benefit from the cleaning service will be able to do so. The waiting time will be shortened. On the other hand, the invention can be used not only for helmets but also for other motorcycle equipment such as gloves and shoes. It is also possible to configure it in such a way that it can be cleaned. In this case, the control panel (8) If a product is selected, the specific conditions of that product will be taken into consideration. The cleaning process will be carried out by taking these precautions. 25

Claims

6 REQUESTS 1- The subject of the invention is a motorcycle helmet cleaning and disinfecting machine, the feature of which is; main body (1) to provide access to the cleaning chamber (2) located on the aforementioned main body (1). The lid (3) prevents the movement of the helmet to be cleaned, which is placed in the cleaning compartment (2), i.e. 5 fixing unit (13) to ensure fixation, cleaning and disinfection process from the solution tank (4.1) and the solution in that tank for carrying out the process Disinfection unit (4) consisting of solution nozzle (4.2) for application to the product, mentioned UV-C light module (5) located in the cleaning tank (2) of the product cleaned with solution air drying unit for drying (6), energy for controlling the system 10 The control panel (8) which enables communication with the source (10) and controls the system, to ensure the recycling of cleaning fluid and the filtration of waste particles. The filtering system (7) is placed and secured in this cleaning compartment (2) of the helmet and the lid (3) consists of a sensor (9) that detects when the helmet is put in place after it has been closed. 2- The motorcycle helmet cleaning and disinfecting machine mentioned in Claim 1 has the following features: 15 It has a payment unit (12) integrated with the control panel (8). 3- Power source for the motorcycle helmet cleaning and disinfecting machine mentioned in Claim 2. (10) and its feature is that it contains a solar panel (11) to produce energy from sunlight. 4- Cleaning for the motorcycle helmet cleaning and disinfecting machine mentioned in Claim 3. It has a reservoir (2) and its feature is to keep the helmet stationary by holding it in place from both sides 20 It includes a clamp-shaped fixing unit (13) that can grip. 5- Cleaning for the motorcycle helmet cleaning and disinfecting machine mentioned in Claim 4. The helmet has a reservoir (2) and its feature is to keep the helmet stationary. It includes a fixing unit (13) in the form of a socket into which its edges will fit.