ENCLOSED COMBUSTION CHAMBER GAS-POWERED SAMOVAR

Abstract

The invention is a gas-fired system integrated into the body that performs the water heating and boiling process. The invention relates to a tube samovar with a closed tube cabinet. The subject of the invention is the samovar in the upper section. the water reservoir and lid located inside, the closed tube cabinet positioned in the bottom or side section and The refillable or replaceable gas cylinder located inside this cabinet allows gas flow from the outside. an on / off valve that allows control and observation of the combustion status. flame view opening and ventilation grilles providing air circulation It includes a combustion process that takes place inside a closed chamber, thus avoiding open flames. It eliminates the need for a separate heating system, providing a safe, smokeless, and integrated water heating system.

Description

1 TARIFF ENCLOSED COMBUSTION CHAMBER GAS-POWERED SAMOVAR The invention is a gas-powered device that can be used indoors and outdoors, particularly in picnic and similar outdoor areas. It is a samovar with a fuel-powered, integrated tube system; the water heating and boiling process is done using wood and... Without the need for solid fuels such as coal, inside a closed sheet metal cabin, a special 5 This is done through a ventilation system, with the gas cylinder integrated into the body. Positioned inside an enclosed cabin, the combustion process takes place in controlled air. This is carried out under circulation and the gas flow can be controlled externally. It is characterized by its structure. Thanks to the structure that is the subject of the invention, the need for an open flame is eliminated. is eliminated, the combustion process is controlled and ensured in a safe manner, and a hygienic 10 A boiling environment is created. Technical Area: The invention, a samovar, falls within the technical field of liquid heating systems and gas-fired heating devices. It is used in; especially in samovar-type water boiling systems, it is safe, integrated and closed. It relates to a structure that offers a combustion solution. The invention also describes a gas-fired, integrated cylinder cabinet, 15 It includes a samovar system that operates on the principle of controlled airflow and closed combustion. State of the Art: The invented samovar-type water heating systems have been used for many years, especially in open areas and picnics. It is used in fields and rural areas. Water heating and boiling in existing systems. The process is mostly carried out by burning wood, coal, or similar solid fuels. 20 2 This is carried out in these systems. In these systems, the combustion process takes place in an open environment and directly into the environment. It occurs depending on the conditions. In solid fuel samovar systems, the first requirement is to procure fuel. Wood and Transporting, storing, and burning fuels like coal is cumbersome for the user. It forms a process. Lighting the fire, maintaining the flame, and continuously adding fuel. 5 This needs to be done, but it is causing a waste of time. Open flame systems create a fire risk because combustion occurs uncontrollably. Especially in picnics and outdoor areas where dry grass and similar flammable materials are present. Lighting fires in public spaces can pose a serious safety hazard. Therefore, many open areas... Lighting fires in the area is prohibited or restricted. 10 Solid fuel samovars produce smoke and soot during combustion. This smoke can harm the user. It causes discomfort, leads to air pollution in the surrounding area, and creates an unhygienic usage environment. This occurs. In addition, soot formation causes contamination of the samovar body, and It increases the need for cleaning. Since the combustion process takes place in an open environment, environmental factors such as wind can directly affect the flame. It affects the water as a result of the wind extinguishing the flame or disrupting the combustion balance. The boiling time is longer and fuel consumption increases. This reduces efficiency. In gas-fired systems, water is usually boiled using a portable gas cylinder. However, In current practices, the tube is positioned in an open environment, independent of the samovar. 3 In this situation, there is no integrated and safe structure between the gas cylinder and the heating unit. It's exposed. The gas cylinders found are affected by the wind and should be covered by users with cardboard, cloth or similar materials. They are being surrounded by materials to try and protect it. These temporary solutions ensure fire safety. It reduces and increases the risk of fire. Additionally, in existing systems, the samovar, gas cylinder, gas cylinder grill, and water boiling pot are each sold separately for 5. It is being transported. This multi-part structure creates transportation difficulties and reduces user comfort. It reduces. In gas systems, gas flow is often controlled directly through the cylinder, and the shell There is no integrated control mechanism accessible via the system. The combustion situation... The cabinet or system may need to be opened for inspection, which compromises safety. It reduces. In addition, some systems use disposable gas cartridges, and these cartridges Once empty, it cannot be reused and requires a constant supply of new cartridges. This situation reduces both the continuity of use and leads to costs and waste generation. is happening. 15 In conclusion, existing samovar and gas heating systems; ▪ It poses a safety risk due to open burning, ▪ It produces smoke and soot, ▪ It is affected by the wind. ▪ Due to its multi-part structure, it presents difficulties in transportation. 20 4 ▪ It does not offer an integrated and controlled combustion system, ▪ It does not provide a long-term and reusable fuel solution. Therefore, it features a safe, closed combustion system, an integrated tube cabinet, and controlled airflow. A samovar system is needed that provides heat and has a reusable tube structure. Purpose of the Invention: 5 The purpose of the invented gas-powered samovar is to use wood and charcoal for picnics and outdoor activities. Heating and boiling water with a gas-fired system without the need for solid fuels. The goal is to develop a gas-powered samovar that operates safely and in a controlled manner. The invention also involves: ▪ Eliminating the need to light open fires, 10 ▪ Preventing smoke and soot formation, ▪ Reducing fire hazards, ▪ Ensuring a hygienic water heating environment, ▪ The gas cylinder forms a single integrated structure with the samovar body, ▪ Eliminating the need to transport multi-part equipment, 15 ▪ Ensuring stable combustion unaffected by wind, ▪ Achieving fuel and time savings, ▪ It offers practical and easy-to-use features, ▪ The aim is to create a compact system with a long service life. Solutions to the State of the Art: Within the scope of the invention, the gas cylinder is securely mounted onto the samovar body, forming a single piece. A product structure has been created. This eliminates the need for separate tube transport. The invention. The subject is the gas combustion system in the samovar, housed in a specially designed, enclosed sheet metal cabinet. It is working. Thanks to this enclosed cabin structure: 5 ▪ The need for open flames is eliminated, ▪ Precautions are being taken against fire hazards, ▪ Combustion is isolated from the external environment, ▪ Wind damage is prevented, ▪ Water boils in a shorter time, 10 ▪ Fuel consumption is reduced. The special ventilation grilles incorporated in the invention control the airflow necessary for combustion. By providing this, it creates a stable and efficient combustion environment. Thanks to this structure, the open There is no need for dangerous practices in the area, such as covering the gas cylinder with temporary materials. It is not heard. 15 The invention describes a gas-fueled system that allows for water heating and boiling without the need for fires involving wood and coal. This process is completed in a shorter time compared to combustion. Thus, the user saves time. This allows them to dedicate more time to their social activities. Furthermore, the system is smoke-free. Because it operates without air pollution, users do not experience discomfort caused by smoke. not exposed 20 6 Explanation of the Figures: Figure 1: A perspective view of the tube-type samovar, the subject of the invention, is shown. Reference Parts: 1. Body: The main supporting structure of the samovar, on which the water reservoir and tube cabinet are located. Heat-resistant metal housing. 5 2. Water tank: Located at the top of the body, where the water is heated and boiled. receptacle. 3. Water tank lid: The lid that covers the top of the water tank and allows for water to be added. element. 4. Cylinder cabinet: The body in which the samovar cylinder is placed, providing a closed combustion environment. 10 integrated section. 5. Cylinder cabinet cover: A hinged cover element that provides access to the cylinder cabinet. 6. On / off valve: Controls the gas flow from the samovar cylinder and is located externally. an accessible control mechanism. 7. Flame view gap: Located on the cylinder cabinet lid, indicating the state of combustion. An opening or gap that allows for external observation. 8. Samovar cylinder: A refillable cylinder located inside the cylinder cabinet that provides gas fuel. or replaceable fuel cylinder. 9. Tap: A drain that allows the heated water in the water tank to be released in a controlled manner. element. 20 7 10. Ventilation vents: Located on top of the cylinder housing, these vents provide the air necessary for combustion. openings that allow entry. How the Invention Works: In the invention, the tube of the samovar (8) is integrated with the body (1). The tubes are placed inside the designed tube cabinet (4), and after the tube cabinet lid (5) is closed, 5 Gas flow via the on / off valve (6) which is accessible from the outside through the shell (1). It is started in a controlled manner. With the gas flow provided in the invention, the combustion process takes place not in an open environment, but in a cylinder cabinet (4) It takes place inside the closed sheet metal structure, on the tube cabinet (4) Ventilation vents (10) also provide controlled oxygen intake necessary for combustion. This allows for the formation of a stable and continuous flame. In the samovar that is the subject of the invention, the heat generated during combustion is transferred to the upper section via the body (1). The water is conveyed to the reservoir (2) and the water in the reservoir is heated to boiling point. The system delivers heat when the water tank lid (3) included in the invention is in the closed position. It ensures efficient boiling by maintaining the temperature. 15 During the combustion process, the user can see the flame on the tube cabinet cover (5) in the invention. He can observe whether the flame is burning or not through the gap (7) without opening the cabin, If needed, the gas flow can be reduced or completely shut off by using the on / off valve (6). It can be cut off. In the invention, the water being boiled is cut off by the tap (9) located at the bottom of the water reservoir (2). 8 It is released in a controlled manner via this mechanism, combustion ends when the gas flow is cut off, and The system is shut down securely. The subject of the invention is the samovar tube (8) in the samovar. Because it is refillable or replaceable, the cylinder can be refilled in case the fuel runs out. The system can be restarted by refilling it or replacing it with another tube. Thanks to this operating principle, it is a smokeless, safe process without the need to light an open fire, 5 A controlled water heating process unaffected by wind is achieved. Detailed Description of the Invention: The subject of the invention is a tube-powered samovar; it heats and boils water using a gas-fueled system. It is a heating device that performs the function of a closed combustion chamber and has an integrated structure, and the system especially picnic areas, campsites, gardens, rural areas and outdoor events 10 Although developed for use in these areas, suitable ventilation conditions It is also suitable for use in indoor spaces where electricity is available. In this respect, the invention allows for access to electricity. In environments where water heating and tea brewing are unavailable or limited, practical solutions are needed. It offers a secure solution. Within the scope of the invention, the system consists of a body (1), a water reservoir (2) located on the upper part of the body (1), water 15 tank lid (3), tube cabinet (4) located in the lower or side section of the body (1), tube cabinet lid (5), on / off valve (6), flame view gap (7), samovar tube (8), tap (9) and It consists of ventilation vents (10). The body (1) which is the subject of the invention constitutes the main supporting structure of the system, and the water reservoir (2) and the tube The cabin (4) is integrated on the fuselage. Thanks to this integrated structure, 20 9 The samovar and fuel unit are not transported separately; the system is considered a single, integrated product. Thus, the need to transport multi-part equipment such as separate tubes, tube grids, and boiling pots. It disappears. The subject of the invention is the water tank (2) which is used to heat and boil water on the upper part of the body (1). It is located in the part and the water tank lid (3) located in the upper part of the tank, water 5 It allows for the addition of new ingredients and reduces heat loss during boiling. The invention includes... The boiled water is discharged in a controlled manner through the tap (9). The main part of the invention, the tube cabinet (4), is a closed sheet metal in which the samovar tube (8) is placed. It consists of a closed structure. This closed structure isolates the combustion process from the open environment. By providing this, it prevents the flame from spreading directly to the outside environment. Tube cabinet (4), tube cabinet 10 It has a structure that can be opened and closed via its lid (5). The subject of the invention is the samovar tube (8), tube It is located inside the cabinet (4) and is refillable or replaceable. If the fuel runs out, the cylinder can be refilled or replaced with another one. The system can be restarted. In the invention, the gas flow is connected to the burner with the samovar tube (8). It is transmitted to the system and this flow is controlled via the on / off valve (6). 15 The subject is the on / off valve (6), which is accessible from the outside via the body (1), i.e., the tube It is located on the cabinet cover (5) and gas flow is prevented until the cylinder cabinet (4) is opened. It allows for its initiation and termination. In the invention, the combustion process takes place in a closed environment inside the tube cabinet (4), and the tube cabinet The ventilation vents (10) located on (4) provide the necessary air intake for combustion, 20 It allows for controlled and stable flame formation. Thanks to this structure, the flame is protected from the wind. It is not directly affected, combustion continuity is ensured, and the water is consumed in a shorter time. It is being boiled. The invention also includes a flame view gap (7) on the tube cabinet lid (5) for combustion. This allows the situation to be observed from the outside. This integrated and closed combustion system 5 Thanks to this, the need to light an open fire is eliminated, the risk of fire is reduced, and smoke is eliminated. This prevents soot formation. The invention provides a smokeless working principle. In this way, hygienic use is ensured and a contribution is made to preventing air pollution. The invention, a tube-type samovar, is presented here. It also offers practical use and ease of transport. It provides fuel savings and a long service life. 10

Claims

11 REQUESTS 1. The invention is a tube samovar with a closed combustion chamber, characterized by: - located in the upper part of the body (1) for the purpose of heating and boiling the water a water tank (2) and a water tank lid (3) covering the top of this tank, - water tank (2) located in the lower section and heated water is released in a controlled manner 5 a tap that allows it to be taken (9), - a closed tube located in the lower or side section of the body (1) and integrated with the body (1) cabin (4), - a flip-open tube cabinet door (5) providing access to the tube cabinet (4), - a refillable or replaceable 10 located inside the tube cabinet (4) samovar tube (8), - connected to the samovar tube (8) and accessible from the outside via the body (1) a shut-off valve (6), - a flame view opening (7) located on the tube cabinet cover (5), - Ventilation located on the tube cabinet (4) and providing air intake for combustion 15 It includes vents (10).