Helmet that can be heated with solar energy.

Abstract

The invention relates to a solar-powered heated helmet, designed for all riders who wear helmets, such as cyclists, motorcyclists, and scooter riders, and which helps keep these riders warm, especially in cold weather conditions, by saving energy, and is particularly used in the automotive sector.

Description

1 TARIFF Helmet that can be heated with solar energy. TECHNICAL AREA 5 The invention is designed for all riders who wear helmets, such as cyclists, motorcyclists, and scooter riders. energy saving in keeping drivers warm, especially in cold weather conditions. Solar energy, which helps provide power, is used especially in the automotive sector. It relates to a helmet that can be heated. 10 PREVIOUS TECHNIQUE Motorcycle riders and similar individuals who wear helmets, riding in low temperatures. They get seriously cold when they do this. Especially with the effect of the wind, the temperature inside the helmet drops to 15. The temperature is dropping rapidly, negatively impacting driver comfort. It's cold. The air increases heat loss felt in the face and head area, causing discomfort while driving. This is why drivers need to take extra precautions to protect themselves from the cold during long drives. They are forced to take precautions. Current solutions include thermal hoods, face masks, and helmet liners. However, these solutions are not able to fully regulate temperature and often These methods are insufficient, especially in extremely cold weather, to prevent heat loss. It is insufficient for this purpose and does not fully provide driver comfort. Furthermore, this type of Equipment often has some disadvantages in terms of breathability and ease of use. 25 On the other hand, moisture and evaporation problems that occur inside the helmet also affect driving. This negatively affects comfort. In cold weather, the condensation from breath builds up inside the helmet. It is intensifying and reducing the field of vision. This situation jeopardizes safety and It negatively affects the driver's reflexes. At the same time, prolonged cold... Exposure can lead to circulatory problems in the head area and affect the driver's health. This puts motorcycle riders at risk. Considering all these factors, An energy-efficient helmet heating system is needed. This system requires both low energy consumption. It should operate with low fuel consumption and also in a way that will increase the comfort and safety of the driver. It should be designed. 35 As a result of research conducted in the literature, the application number "2021 / 003550" and "RETURNS" Turkish patent titled "BICYCLE HELMET THAT SIGNALS ACCORDING TO HELMET ANGLE" 2 An application was found regarding the system installed in the bicycle helmet. By measuring the slope through sensors, the system determines which direction the bicycle should head compared to other vehicles in traffic. It relates to a system that notifies vehicles and pedestrians. However, the application in question mentions bicycles. Designed specifically for all riders who wear helmets, such as motorcycle and scooter riders. The aforementioned energy-saving solar 5 helps drivers stay warm in cold weather conditions. solar energy that can be used to heat, especially in the automotive sector. No evidence of a helmet was found. Ultimately, the problems mentioned above, which cannot be solved with current technology, are the subject of this technical analysis. This has made it necessary to make an innovation in the field. 10 A BRIEF DESCRIPTION OF THE INVENTION The present invention aims to eliminate the aforementioned disadvantages and introduce new technologies to the relevant technical field. It relates to a helmet that can be heated using solar energy, offering several advantages. The main purpose of the invention is to enable drivers / users who wear helmets in cold weather conditions. The purpose is to provide warmth. All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention is designed to make helmets suitable for bicycle, motorcycle, and scooter riders. Designed for all drivers using, especially in the aforementioned cold weather conditions. especially those that help drivers warm up using energy-saving solar energy. It is a helmet that can be heated using solar energy, used in the automotive industry; its feature is that it allows drivers to... He uses it as personal protective equipment, which has a solar energy system integrated into it. The helmet, which is a protective element, is designed to keep the heat generated inside the helmet at a certain level. The diode used, which stops the resistance cable from working, is connected inside the helmet. The resistance cable, which uses electrical energy from the solar panel to heat the helmet, connected to it, generating electricity to provide heating for the driver's head area, It contains the aforementioned solar panel, which powers the resistance cable with the electricity it generates. The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For it to be understood, it must be considered together with the figures explained below. BRIEF DESCRIPTION OF THE FIGURES 35 Figure 1 shows a representative illustration of the solar-heated helmet that is the subject of the invention. 3 Figure 2 is a representative illustration of the product's interior and the location of the resistance wires. Figure 3 is a representative illustration of the diodes connected. 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, 5 Elements that are identical or at least have substantially identical functions are numbered the same. It is shown. REFERENCE NUMBERS 1. Solar panel 2. Helmet 3. Diode 4. Resistance cable DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject of the invention, a solar heated helmet (2), is only with examples that will not have any limiting effect on a better understanding of the subject It is explained. 20 Solar heated helmet (2), solar panel (1), helmet (2), diode (3), resistance cable (4) It includes a solar panel (1) which is attached to the helmet (2) and fits over the driver’s head. It generates electricity to provide heating and operates the resistance cable (4) with the electricity it generates. It is a panel. Helmet (2) is used by drivers as personal protective equipment, preferably 25 A protective cover made of polycarbonate material, with an integrated solar energy system. The element is the diode (3), which is used to keep the heat generated inside the helmet (2) at a certain level. and is the circuit element that stops the resistance cable (4) from working. The resistance cable (4) is the element of the helmet. (2) heating of the helmet (2) with the electrical energy from the solar panel (1) connected inside. It is a heater that provides 30. In the helmet (2) which can be heated by solar energy, a diode (3) is used to prevent excessive heat. In addition, enough panels are used in the design of the helmet (2) and a product suitable for balance is obtained. The solar heated helmet (2) provides the consumer with the service he wants and expects. It offers maximum energy savings. The goal of the invention is user comfort and health. 35 With the increasing use of helmets (2) on motorcycles, scooters, etc. today, heated helmets (2) are an important It occupies a significant place. 4 With a helmet that can be heated by solar energy (2); The solar panel (1) is used to make the product work in an energy-efficient way. Helmet (2), a protective casing used in the production of the product and integrated with a solar energy system It is an element. The diode (3) is used to prevent excessive heat for user use. 5 The resistance cable (4) acts as a heater. The purpose of the solar heated helmet (2) is to enable motorcyclists in cold weather conditions The aim is to provide heating for its users. Heating needs are met with minimum energy, especially solar power. It meets its heating needs with solar energy. Helmet (2) meets its heating needs with energy saving. It uses panel (1). It also preferably uses polycarbonate for maximum durability. The material is used. Solar panels (1) produce electrical energy from heat and the produced It provides heat distribution with electric resistance cables (4). To prevent maximum heat. A diode (3) is used in the helmet (2). In this way, the heat remains at a certain level. The solar panel (1), preferably located on the back of the helmet (2), converts solar energy into an electric current. It converts the electric current into resistance wires (4) and the resistance wires (4) are surrounded inside the helmet (2). Resistance cables (4) are transmitted to them. It converts the electric current into heat energy and thus provides heat inside the helmet (2). It will be. The diode (3) element / circuit to be added to the current will protect the helmet (2) from overheating. It protects.

Claims

REQUESTS 1. For all drivers who wear helmets (2), such as bicycle, motorcycle, scooter riders 5 designed to keep drivers warm, especially in cold weather conditions. solar energy helps save energy, especially in the automotive sector. The helmet used is heated by solar energy (2), and its feature is;  Personal protective equipment used by drivers, with solar panels attached Helmet (2), which is a protective element integrated into the system, 10  used to keep the heat generated inside the helmet (2) at a certain level and diode (3) that stops the resistance cable (4) from working,  connected inside the helmet (2) with electrical energy from the solar panel (1) resistance cable (4) which provides heating of the helmet (2),  Heating of the driver's head area, which is connected to the helmet (2) 15 producing electricity to provide resistance cable (4) with the electricity it produces solar panel (1) that is powered by It includes.

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