NATURAL GAS HOT AIR GENERATOR

Abstract

This invention relates to a natural gas-fired hot air generator (1) used for heating commercial establishments such as cafes, restaurants, and hotels. The hot air generator (1) heats the surrounding environment by heating the cold indoor gas (air) without mixing it with the hot burning gas. During this process, the heat from the hot CO gas released after the burning natural gas is utilized as much as possible, and thermal efficiency is increased.

Description

1 TARIFF NATURAL GAS HOT AIR GENERATOR Technical Area This invention is used for heating commercial establishments such as cafes, restaurants, and hotels. This relates to natural gas-fired hot air generators. 5 State of the Art Existing natural gas-fired hot air generators convert the energy released when burning natural gas into CO2. It releases carbon monoxide gas into the external atmosphere over the shortest possible distance. Therefore, this The thermal efficiency of heat generators is in the low range of 89-91%. Nowadays, natural gas It traps the energy generated when it burns through its internal mechanical components and 10 This eliminates the need for hot air generators that increase thermal efficiency to 95-96%. It is heard. Utility model application number TR2007 / 08553, which is included in the prior art. The document describes innovations in hot air blowing machines. The relevant application... In the document, it is stated that the energy released when natural gas burns is processed by its own mechanical components. The text does not describe a structure that confines people through evenings. In conclusion, solutions that address the needs described above are relevant to the subject. Due to its shortcomings, it has become necessary to make improvements in the relevant technical field. Brief Description of Find The invention was created by drawing inspiration from existing situations and addressing the aforementioned drawbacks. 20 It aims to solve the problem. The purpose of this invention is to harness the energy released when natural gas burns using its own mechanical components. by trapping it through the components and thus achieving thermal efficiency levels of 95-96%. The hot air emitted is produced by the generator. The subject of the invention is a natural gas-fired hot air generator with two separate air flows within its own body. It consists of two sections. One of them is the clean air flow duct and the other is the exhaust gas duct. It is a flow channel. The gases in these two channels, which operate on the principle of a heat exchanger, interact with each other. They do not mix. The hot air generator mixes hot burning gas with cold indoor gas (air). 2 By heating the cold indoor gas (air) without mixing them together, it creates a warm environment. It heats. During this process, the hot CO₂ released after the natural gas burns is used. The heat from the gas is utilized as much as possible, and thermal efficiency is increased. 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 these figures, a clearer 5 This will be understood as such, and therefore the evaluation will also take these forms and detailed explanations into account. This should be done taking that into consideration. Ways to Help Understand the Discovery Figure 1 shows a side view of the hot air generator, which is the subject of the invention. Figure 2 shows the rear view of the hot air generator, which is the subject of the invention. 10 Figure 3 shows the heated clean air produced by the hot air generator, which is the subject of the invention. This is a representative illustration of the transfer of CO2 gas. Explanation of Part References 1. Hot air generator 2. Fresh air outlet box 15 3. Fresh air exhaust fan 4. Exhaust gas outlet fan 5. Wait 6. Range Hood 7. Exhaust gas distribution box 20 8. Pipe 9. Exhaust gas outlet box Detailed Description of Find 3 In this detailed description, the preferred hot air generator (1) which is the subject of the invention is described. Their structures are explained solely to facilitate a better understanding of the subject. This invention is used for heating commercial establishments such as cafes, restaurants, and hotels. natural gas hot air generator (1) is concerned. The hot air generator (1) converts the energy produced when natural gas is burned into its own 5 by trapping it through mechanical components and thus achieving a thermal efficiency of 95-96%. It raises them to these levels. The subject of the invention is a natural gas-fired hot air generator (1), with two separate air flows in its body. It consists of two sections. One of them is the clean air flow duct and the other is the exhaust gas duct. It is a flow channel. The gases in these two channels, which operate on the principle of a heat exchanger, interact with each other in a ratio of 10. They do not mix. The hot air generator (1) mixes the hot burning gas with the cold indoor gas. (air) by heating the cold indoor gas (air) without mixing it with each other, thus enhancing the environment. It heats. During this process, the hot CO₂ released after the natural gas burns is used. The heat from the gas is utilized as much as possible, and thermal efficiency is increased. The subject of the invention is a hot air generator (1); 15  Clean air outlet that allows the generated clean hot air to exit to the outside environment box (2),  creates positive pressure, thereby allowing the conditioned warm air to circulate in the space. clean air is transmitted to the environment from the outlet box (2) for heating air outlet fan (3), 20  CO (carbon monoxide) gas released as a result of the combustion of natural gas exhaust gas outlet fan (4) used for releasing into the environment,  Burner (5) that distributes natural gas and ensures even burning of the flame.  It draws the CO gas coming out of the burner (5) where the natural gas flame is burning and thus CO Hood (6) which prevents the release of gas into the environment, 25  Exhaust gas distribution box (7) which takes and distributes the CO gas drawn by the hood (6),  Maximizing the use of heat from CO gas and increasing thermal efficiency CO distributed via exhaust gas distribution box (7) developed for. absorbing the gas, and due to this absorbed hot CO gas, the outer surfaces become heated. The heat generated on their surfaces is removed with the help of a clean air outlet fan (3) 30 the temperature transferred from the box (2) to the environment, thus presenting the environment multiple pipes (8) which contribute to its increase and 4  harmful CO found in the pipes (8) and conveyed by means of the exhaust gas outlet fan (4) exhaust gas outlet that allows the gas to be released to the outside environment without being condensed box (9) It includes. The subject of the invention is the natural gas hot air generator (1), the burner (5) where the natural gas flame burns. The CO gases emitted are drawn in by the hood (6) and thus the exhaust gas is removed from the outside. It is ensured that it is not released into the environment (Figure 1). The gases drawn in by the hood (6) are exhaust The gas reaches the distribution box (7) and from there to the pipes (8) which increase heat efficiency. (Figure 2). The fact that there are more than one of these pipes (8) means that they are heated due to the hot CO gas. This increases the temperature that will be released from the pipes (8). Due to the hot CO gas, 10 The outer surfaces of the pipes (8) are heated. The hot air formed here is heated clean air. Clean air is pushed by the exhaust fan (3) into the exhaust box (2) and from there to the environment. Heat harmful air in the pipes (8) which increase efficiency is directed to the exhaust gas outlet box (9) It progresses and is expelled through the CO waste exhaust gas outlet fan (4) (Figure 3).

Claims

REQUESTS 1. Fresh air outlet that allows the generated clean, hot air to exit to the outside environment. into the box (2), creating positive pressure and thus conditioned hot air providing fresh air to the environment from the outlet box (2) for heating the space to the clean air outlet fan (3), CO 5 released as a result of the combustion of natural gas exhaust gas outlet used to release (carbon monoxide) gas into the external environment For heating commercial establishments such as cafes, restaurants, hotels which have a fan (4). It is a natural gas-fired hot air generator (1) and its feature is;  Burner (5) that distributes natural gas and ensures even burning of the flame.  It draws in the CO gas coming out of the burner (5) where the natural gas flame is burning and thus CO 10 Hood (6) which prevents the release of gas into the environment.  Exhaust gas distribution box (7) which takes and distributes the CO gas drawn by the hood (6),  Maximizing the use of heat from CO gas and maximizing thermal efficiency. through the exhaust gas distribution box (7) which was developed to increase it. The system receives the distributed CO2 gas and, due to this received hot CO2 gas, emits 15 externally. surfaces heated, heat generated on the outer surfaces clean air outlet fan (3) With the help of which clean air is transferred to the environment from the outlet box (2), multiple factors that contribute to increasing the temperature supplied to the environment pipes (8) and  harmful CO20 found in the pipes (8) and conveyed by the exhaust gas outlet fan (4) exhaust gas outlet that allows the gas to be released to the outside environment without being condensed box (9) It includes.