DOMESTIC WATER AND ROOM HEATING DEVICE

Abstract

The invention relates to a combi boiler (K) which provides heating of ambient and domestic water without using fossil fuels, containing at least one main heat exchanger (20) and at least one supply pipe (201) and at least one return pipe (202) connected to the said main heat exchanger (20), and containing at least one plate heat exchanger (30) to provide heating of the said circulating water for domestic water heating; its feature is that it includes at least one magnetron (10) connected to the body of the said main heat exchanger (20) to provide microwave heating of the said main heat exchanger (20), and at least one three-way valve (40) which directs the circulating water to the plate heat exchanger (30) to provide heating of the domestic water.

Description

1 TARIFF DOMESTIC WATER AND ROOM HEATING DEVICE TECHNICAL AREA 5 The invention relates to a system that provides heating using electrical energy in combi-type appliances. It is related to the method. The invention is particularly useful in combi boilers used for heating ambient and domestic hot water using fossil fuels. It relates to an innovation that enables heating to be done using a microwave without the need for manual intervention. PREVIOUS TECHNIQUE 10 Combi boilers are used in our daily lives for heating both indoor and outdoor water. It is mostly preferred by home users. Generally, it opens to the outside environment. It allows waste gas to be expelled outside through a chimney. Due to its light and small size, it can be mounted on the wall. It is easy to assemble, takes up little space, is quiet, and provides the user with independent heating. It operates in connection with the plumbing and domestic water supply systems. 15 For room heating with a combi boiler, heated hot water travels through the house's plumbing system and preferably... Convectional heating is achieved through heat transfer that takes place in panel radiators. For heating both space and domestic water during the winter months, and only for domestic water during the summer months. Water heating can be achieved through combi boilers. Modern boilers produce 20 liters of electricity by burning a mixture of fossil fuels and air. These are devices that heat the water in the system using thermal energy. The use of fossil fuels has an impact on the environment. It harms the economy and human health. Waste is generated after use. These wastes are arriving and causing environmental pollution. Besides the environmental damage caused by fossil fuels, obtaining them is difficult and costly. Fossil fuels are a limited resource that can only be obtained in certain regions of the world and will be depleted. It is a resource. However, it is also a type of fuel whose accessibility is becoming increasingly difficult in terms of cost. It is increasing the carbon footprint we will leave to future generations. 2 In the standard operation of a combi boiler, gas is supplied to the main burner by opening the gas valve, and Combustion begins. The main heat exchanger takes the heat from the burner and distributes the water to the taps and plumbing system. It heats. The water entering the heating circuit circulates in radiators and is used as domestic hot water. 5 When the circuit is complete, it returns to the boiler at a lower temperature. In the application of known technology, the operation of a combi boiler involves continuously generating heat. This process is continuously repeated through the use of fossil fuels. PCT document with publication number US20080197127A1 describes the heating medium and the operating temperature. A heating system for heating water has been mentioned. The system in question contains 10... The magnetron chamber is located inside the housing. The magnetron chamber contains a hollow heating rod. There are microwave guides and instructions on top of each heating element. A magnetron is mounted. Thus, the desired heating process is achieved with a heating rod. This is achieved with the heat sink inside. In the applications mentioned above, magnetrons are mounted on the main heat exchanger of the boilers. It does not include work related to heating and heating domestic water. In conclusion, all the problems mentioned above necessitate innovation in the relevant field. It has brought it to this state. THE PURPOSE OF THE INVENTION The present invention aims to eliminate the problems mentioned above and to provide technical solutions in the relevant field. It is introduced with the aim of creating an innovation. The main purpose of the invention is to produce hot water for domestic use without the need for boilers to use fossil fuels. and the production of heat energy using microwaves for ambient heating to provide. Another aim of the invention is to reduce the carbon footprint by 25% by decreasing the use of fossil fuels. The goal is to prevent its growth. Another aim of the invention is to provide more affordable heating for combi boiler users. Another aim of the invention is to make the heating process faster. This way, much... Significant time and energy savings are achieved. 3 Another aim of the invention is to make heating more efficient due to the reduced energy loss. It is the fact that. BRIEF DESCRIPTION OF THE INVENTION 5 All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention is a device for domestic hot water and ambient heating. The invention relates to at least one main heat exchanger that provides heating of circulating water and the aforementioned main heat exchanger. a heat exchanger containing at least one supply pipe and at least one return pipe, as mentioned To heat the circulating water for domestic use, at least one plate heat exchanger is required. It enables heating of ambient and domestic water without using fossil fuels, thanks to the heat exchanger. It is a combi boiler and its feature is that it is connected to the aforementioned main heat exchanger body, the aforementioned main To enable microwave heating of the heat exchanger, at least one magnetron is required. to provide heating for the water, at least the circulating water is directed to the plate heat exchanger. It is characterized by containing one three-way valve. 15 In a preferred configuration of the invention, the internal structure of the combi boiler is located Antenna and terminal that enable the transmission of microwaves produced in the magnetron to the main heat exchanger. It includes. In a preferred configuration of the invention, at least one water supply nipple and domestic water supply nipple, at least one heating supply nipple and at least one heating supply nipple 20 It includes a four-piece plumbing connection kit. In a preferred configuration of the invention, the magnetron located on the main heat exchanger The Faraday cage of the main heat exchanger's interior, mentioned above, is connected to an antenna that has a structure. It has a main heat exchanger shell that serves as the main heat exchanger. In a preferred configuration of the invention, the main heat exchanger contains a magnetron on the main 25 The interior of the heat exchanger is insulated from the external environment. The scope of protection for the invention is specified in the claims, and this is absolutely concise and detailed. The explanation cannot be limited to what is given for illustrative purposes. A technically expert person... the person, without deviating from the main theme of the invention, in light of what has been described above, similar It is clear that these structures can emerge. 30 4 BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows an exploded perspective view of the invention. Figure 2 shows a perspective view of the disassembled magnetron used in the invention. 5 It has been given. Figure 3 shows another perspective view of the invention. EXPLANATION OF REFERENCE NUMBERS IN THE FIGURES 10. Magnetron 101. Antenna 10 Terminal 102 20. Main Heat Exchanger 201. Outlet Pipe 202. Return Pipe 30. Plate Heat Exchanger 15 40. Three-Way Valve 401. Heater Outlet Nipple 402. Water Supply Nipple 403. Water Supply Nipple 404. Heater Inlet Nipple 20 K. Combi DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject of the invention is only the domestic water and space heating device. to help better understand the subject, with examples that will not create any limiting effects. It is explained. 25 The subject of the invention is the use of combi boilers (K) used in heating processes in buildings. It relates to an innovation that enables the heating of the environment and domestic water using fossil fuels. The invention consists of at least one main heat exchanger (20) that provides heating of the circulating water and the aforementioned at least one supply pipe (201) and at least one return pipe (202) connected to the main heat exchanger (20) containing, the aforementioned recycled water, at least 30 a plate heat exchanger (30) for the processing of ambient and utility water without using fossil fuels It is a combi boiler (K) that provides heating; its feature is the main heat exchanger (20) body mentioned. connected, to enable the microwave heating of the aforementioned main heat exchanger (20) at least 5 a magnetron (10) to heat the water used for domestic use, circulating water It is characterized by having at least one three-way valve (40) directing to the plate heat exchanger (30). It is a device that is manufactured. Figure 1 shows the exploded component located inside the combi boiler (K) that is the subject of the invention. The appearance is given. The combi boiler (K) has at least one main heat exchanger (20) 10 in its upper section. It includes a magnetron (10) mounted on the main heat exchanger (20). Heating of the main heat exchanger (20) in the microwave-insulated magnetic field produced It is provided. When the heated water in the main heat exchanger (20) reaches the desired temperature The heated water is supplied to the circuit. In a preferred configuration of the invention, the working principle of the Faraday cage is taken as the basis. In the invention, the protection of the electric field inside the main heat exchanger (20) was ensured. The supply pipe (201) and the magnetron (10) located in the lower section of the main heat exchanger (20) The main heat exchanger (20) fluid heated by the three-way valve (40) is conveyed to the three-way valve. (40) is found only in double heat exchanger combi boilers (K). Depending on the water demand, in the system When the taps are opened, a signal is generated by the flow sensor and electronic control 20 instead of sending to the system by opening the three-way valve (40) of the panel, send to the plate heat exchanger (30) It transmits. If the invention is to be used for heating the fluid medium coming to the plate heat exchanger (30), then the radiator The transmission is carried out through the supply nipple (401). If the user wants the water to be heated If desired, when the hot part of the tap is opened, the radiator outlet nipple (401) is fully 25 It closes and the heated fluid is conveyed to the plate heat exchanger (30), through the plate heat exchanger (30) Heating is provided. Plate heat exchanger (30) receives cold water from the domestic water inlet nipple (403). By heating the mains water, it is put into use from the water supply nipple (402). It enables the user to be directed to the appropriate page. During the return of used fluid from the heating system, 30 is used as domestic water. from the water supply nipple (403) if used; if used in the heating system The transmission from the heating inlet nipple (404) to the main heat exchanger (20) is via the return pipe (202). is being carried out. 6 Figure 2 shows the disassembled version of the magnetron (10) mounted on the main heat exchanger (20). A perspective view is provided. With the operation of the combi boiler (K), the system suitable for the system comes to the terminal (102) of the magnetron (10). voltage, magnetron (10), insulated and protected from the external environment main heat exchanger (20) power transmission to enable the generation of microwaves in the magnetic field inside. It provides. Another structure that the magnetron (10) has is the antenna (101) and the fluid To provide heating, microwaves are placed in the Faraday cage inside the main heat exchanger (20) 10 It transmits the electronic insulation to the medium within its structure. It is obtained through high-frequency oscillations. The microwaves emitted cause the fluid to heat up.

Claims

7 REQUESTS 1. The invention consists of at least one main heat exchanger (20) and which provides heating of circulating water. at least one supply pipe (201) connected to the main heat exchanger (20) and at least one 5 containing the return pipe (202), the aforementioned recirculating water, the service water fossil fuel containing at least one plate heat exchanger (30) to provide heating. a combi boiler (K) that provides heating of ambient and domestic water without using Its feature is that it is connected to the main heat exchanger (20) shell, the main heat exchanger mentioned above. (20) at least one magnetron (10) to enable heating by microwave. To heat the domestic water, the circulating water is fed into a plate heat exchanger. (30) characterized by containing at least one three-way valve (40) directing. is being done.

2. The 15 produced in the magnetron (10) located in the internal structure of the combi (K). Antenna (101) and terminal (102) that transmit microwaves to the main heat exchanger (20) Device that complies with claim 1.

3. At least one water supply nipple (402) and one water supply nipple (403), four 20 containing at least one heating supply nipple (401) and one heating supply nipple (404) Device conforming to order 1, containing installation connection fittings consisting of parts.

4. Antenna, which is a configuration of the magnetron (10) located on the main heat exchanger (20). (101) referred to as the Faraday cage of the inner part of the main heat exchanger (20). Device conforming to system 1, having a main heat exchanger shell in operation. 25 5. Main heat exchanger (20) containing magnetron inside the main heat exchanger from the outside environment A device that conforms to requirement 1, enabling its isolation.

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