A FILTERING DEVICE

Abstract

The invention is a filtering device (1) connected to the installation of combi boilers, etc., and its feature is that it includes at least one inlet connection (11) and at least one outlet connection (12) connecting to the said installation, a housing (10) to which the said inlet connection (11) and the said outlet connection (12) are connected, at least one magnetic filter (41) connected to the said housing (10) and at least one thermometer (43) for detecting the temperature difference between the system inlet and outlet. Figure 1

Description

1 TARIFF A FILTERING DEVICE TECHNICAL AREA 5 The invention connects to the installations of devices such as combi boilers, offering ease of maintenance and efficiency. It relates to a filtering device that enables enhancement. PREVIOUS TECHNIQUE 10 Heating systems connected to appliances such as combi boilers operate in a closed circuit. These systems typically use radiators. The aforementioned closed-loop system... In heating systems, friction occurs as a result of the continuous circulation of water. Metal particles are formed due to oxidation. The aforementioned metal particles are 15. They can move freely within the plumbing system and may stick together over time. The accumulation and circulation of metal particles within the plumbing system impairs water flow. It can slow down the system and affect the heating system. In this case, the system The pump in place has to exert more effort and energy consumption is 20 is increasing. As a result, fuel consumption is negatively affected. In addition, the accumulation of metal particles can damage other appliances in the system (boiler, radiators, etc.). Metal particles can cause blockages inside devices and shorten their lifespan. This can cause wear and tear. This can reduce the performance of the devices. 25 and causes malfunctions to occur. With current technology, the aforementioned malfunctions and the metal formations within the system are addressed. During maintenance to remove particles, the water in the system is drained, New water is being added. In this case, the added water is hard (contains lime) and also 30 Due to the presence of air in the system, corrosion problems can occur within the installation. This can be the reason. Especially in underfloor heating systems, air can form inside the pipes. Water accumulation is very common, which negatively affects heating efficiency. 2 In conclusion, all the problems mentioned above require an innovation in the relevant technical field. This has made it necessary to do it. BRIEF DESCRIPTION OF THE INVENTION 5 The present invention eliminates the aforementioned disadvantages and the related technical It involves a filtering device, designed to bring new advantages to the field. One aim of the invention is to ensure that the pure water in the installation is 10 during service and maintenance. The cleaning process is carried out by preventing the emptying of the system. One purpose of the invention is to enable individuals to obtain service and maintenance without the need to hire a service provider. The goal is to enable them to easily clean the plumbing themselves. Another purpose of the invention is to clean the water in the plumbing system without draining it. Thanks to the absence of limescale and air ingress into the system, corrosion is prevented within the plumbing. The goal is to prevent its formation. Another aim of the invention is to solve the 20 problems that cause a lot of trouble, especially in underfloor heating systems. The goal is to ensure that air accumulating within the system can be easily removed. Another objective of the invention is to ensure that cleaned water is delivered into the boiler, The aim is to extend the lifespan of the boiler. Another purpose of the invention is to allow cleaned water to circulate within the plumbing system. extending the lifespan of equipment and preventing repair and maintenance costs The goal is to ensure that it can be passed through. All the objectives mentioned above and those that will emerge from the detailed explanation below are 30 The present invention is intended to be applied to the installation of devices such as combi boilers, etc. It is at least one connected filtering device. Accordingly, its novelty lies in the aforementioned installation. at least one input connection and at least one output connection that provides the connection, as mentioned an input connection and a trunk to which the aforementioned output connection is connected, mentioned 3 At least one magnetic filter connected to the housing and system inlet and outlet heat exchangers. It must include at least a thermometer to detect the difference. Thus, the need for service maintenance is eliminated. without any problems, the water inside the plumbing can be easily cleaned and any malfunctions that may occur. In this case, fault detection is ensured. In a preferred configuration of the invention, the magnetic filter in question is surrounded by... There must be at least one sediment filter. This way, the metal that collects around the magnetic filter... This ensures that particles and limescale, etc., are retained during water flow. In a preferred configuration of the invention, at least one pressure contact on the fuselage is 10 It is a measuring device. Thus, the system pressure can be determined. In a preferred configuration of the invention, the body is connected to at least one It has a drain valve. This eliminates the need to drain water from the system. Plumbing maintenance can be easily performed without any interruption. 15 In a preferred configuration of the invention, at least one safety device is attached to the fuselage. It has a valve. This allows excess water in the system to be drained. is provided. In a preferred configuration of the invention, at least one air connection to the fuselage shall be present. It has a valve. This allows the air inside the system to be released. is provided. In a preferred configuration of the invention, at least one filling connected to the body is 25 It has a filling valve. Thus, the filling valve on the boiler, which can spoil quickly, is removed. filling the system with water without needing to use the tap. is provided. BRIEF DESCRIPTION OF THE FIGURE Figure 1 shows a perspective view of the filtering device that is the subject of the invention. 4 Figure 2 shows an exploded perspective view of the filtering device that is the subject of the invention. It has been given. REFERENCE NUMBERS GIVEN IN THE FIGURE 1-Filtering System Body 11 Input links 12 Output connections Pressure Gauge 10 Safety Valve 40 Filter section 41 Magnetic Filter 42 Sediment Filter 43 Thermometer 15 50 Air Valves 60 Drain Valve 70 Filling Valve DETAILED DESCRIPTION OF THE INVENTION 20 In this detailed description, the subject of the invention, the filtering device (1), is only a better understanding of the subject. with examples that will not create any limiting effect on understanding It is explained. Figure 2 shows an exploded perspective view of the filtering device (1). The invention connects to the installations of devices such as combi boilers, offering ease of maintenance and efficiency. It is related to a filtering device (1) that enables the increase. The mentioned filtering in its assembly (1), a fuselage (10) and at least provided on the aforementioned fuselage (10). There is one input connection (11) and at least one output connection (12). The aforementioned 30 inlet connection (11) and the aforementioned outlet connection (12) are closed for combi boilers etc. It is connected to the circuit installations. Essentially, the input connection (11) and the output Connection (12) is connected to the boiler return line in the mentioned installation. The inlet connection (11) is connected to the line coming from the installation. The outlet connection (12) is: It is connected to the line going to the boiler. There is at least one filter section (40) on the housing (10). The aforementioned filter In part (40) at least one magnetic filter (41), the surroundings of the aforementioned media filter (41) 5 There is at least one sediment filter (42) positioned to surround the magnetic The filter (41) allows metal particles formed in the installation to adhere to it. It ensures the purification of the water circulating within the plumbing system. (mentioned) The sediment filter (42) collects metal particles around the magnetic filter (41) and It ensures that particles such as lime are retained during water flow. Thus, 10 The system ensures that cleaned water passes through the line leading to the boiler. At least one thermometer (43) on the filtering device (1), on the housing (10) It is located. Thanks to the mentioned thermometer (43), the water at the inlet and outlet can be measured. The temperature difference is determined. Thus, if a malfunction occurs in the system, 15 In this case, fault detection is ensured. The filtering device (1) contains at least one pressure gauge (20). The mentioned The system pressure is determined by means of the pressure gauge (20). Filtering in its assembly (1) at least one drain valve (60) connected to the body (10) 20 It is located. The filter in the filtering device of the mentioned drain valve (60) For cleaning of the part, the inlet line (11) and outlet line (12) are provided draining the water remaining in the filter assembly after closing the valves This ensures the maintenance of the filter assembly by draining the water and removing sediment. The filter (42) and the magnetic filter (41) can be removed and cleaned. 25 This allows you to easily drain all the water from the plumbing system without needing to do so. Cleaning of accumulated metal particles and limescale, etc., and ensuring clean water flow to the boiler. It can be provided. There is at least one safety valve (30) connected to the body (10). 30 The mentioned safety valve (30) is used to drain excess water in the system. It ensures that at least one air vent is provided on the body (10). (50) ensures that the air inside the installation is evacuated. 6 The filtering device (1) is connected to at least one filling valve (70). The filling valve (70) is used to add new water to the system. Thus The use of the filling tap located on the boiler, which can break down quickly. The system is filled with water without needing to be manually operated. Thanks to the filtering device (1), installation can be done easily without the need for service and maintenance. the water inside is cleaned, thanks to the circulation of cleaned water within the plumbing system. extending the lifespan of equipment, increasing heating efficiency, and repair and maintenance This helps to prevent costs from arising. The scope of protection of the invention is set out in the attached claims and is strictly adhered to. The detailed explanation cannot be limited to the examples given. Because in technology... A specialist, without deviating from the main theme of the invention, will do what is described above. It is clear that similar structures can emerge in light of this.

Claims

7 REQUESTS 1. The invention relates to at least one filtering system connected to the installation of appliances such as combi boilers. The device is (1) and its feature is that it has at least one inlet that provides connection to the said installation. connection (11) and at least one output connection (12), the aforementioned input connection 5 (11) and a trunk (10) to which the aforementioned output connection (12) is connected, At least one magnetic filter (41) connected to the mentioned body (10) and At least one thermometer (43) for detecting the temperature difference between the system inlet and outlet It includes.

2. A filtering device (1) according to claim 1, whose characteristic is; the magnetic mentioned The filter (41) must contain at least one sediment filter (42) surrounding it.

3. A filtering device (1) according to claim 1 or 2, whose characteristic is; body (10) 15 It must contain at least one pressure gauge (20) connected to it.

4. A filtering device (1) according to any of the above requirements, Its feature is that it has at least one drain valve (60) connected to the body (10). It includes. 20 5. A filtering device (1) according to any of the above requirements, Feature; at least one safety valve (30) connected to the body (10) It includes.

6. A filtering device (1) according to any of the above requirements, Its feature is that it contains at least one air valve (50) connected to the body (10).

7. A filtering device (1) according to any of the above requirements, Feature; at least one filling valve (70) connected to the body (10) 30 is included 35

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