Simplified radiator assembly system.

Abstract

The invention is a water passage system used for heating living spaces such as homes, offices, workplaces, etc., with two collectors (10) connected side-by-side by brazing at the bottom and top. The radiator structure (R) consists of an extruded main profile (20) containing a monolithic water carrying pipe (21) made of aluminum material, and an extruded closing profile (30) connected to the extruded main profile (20), forming the front surface of the radiator structure (R). Its feature is that the extruded closing profile (30) and the extruded main profile (20) are interlocking to eliminate the use of extra fastening elements during the production and assembly phase. In order to ensure its connection, on the aforementioned water transport pipe (21) It includes a formed female contact claw (211) and a formed male contact claw (31) on an extruded closing profile (30).

Description

1 TARIFF Simplified radiator assembly system. Technical Area 5 The invention is used for the production and assembly of heating systems for living spaces such as homes, offices, and workplaces. with a radiator design that eliminates the need for extra fastening elements during the process. It is related. State of the Art 10 One of the most commonly used devices as a room heater in central and individual heating systems. One of them is radiators. Water heated to the desired temperature by the heating device is used in buildings. Pipes typically enter radiators from the top and exit from the bottom, and then... Through this process, the water returns to the heating device. During this return, the water is heated to some extent. It loses heat because the water entering the radiator releases its heat into the air, heating the room. 15 The airflow created around the radiator helps to heat the entire room. In known technology, radiators come in four types: cast iron, steel, aluminum, and panel. It is located there and due to its high thermal conductivity, it is energy-efficient and has a long lifespan. Therefore, aluminum panel radiators are frequently preferred. Aluminum panel 20 Because the radiators are made of aluminum and the heat fins are located at the front. It distributes heat faster than other types of radiators used in conventional technology. Aluminum panel radiators are manufactured using two different methods. In one of them, double Convector aluminum panel radiator sections are produced as extruded single pieces, 25 In one method, a tight-fitting method is applied by pressing. In another, the main body is pressed. or formed by soldering and the side wings are mounted on slides located on the pipe. They are connected and these wings are attached to the pipes with fastening parts. Panel radiators produced using these aforementioned manufacturing methods accumulate water over time. Undesirable problems such as leaks, noise, etc. are encountered. 30 When aluminum panel radiators are fixed using the press-fit method, they deteriorate over time. Problems such as loosening and water leakage are encountered in the tight fit method. Bushings or rings are used to secure profiles and collectors to the panel. parts that are harder or made of a different material than the body parts that make up the radiator These parts are used. These parts are 35 times larger than the parts that make up the body during heating and cooling. They behave differently, and due to their coefficient of thermal expansion, they cause water leaks over time. This is due to the fact that the same zodiac sign and ring pieces may have different thicknesses or be made of different materials. 2 Due to the heat transfer coefficient, the environment becomes uncomfortable both when heating and cooling. This causes unwanted noises. In addition, the production method... Due to the pressing and tight fit process, the profiles are thicker than they should be. They must be extruded to the required thickness to ensure sufficient strength for pressing. If other production methods are used, to create a single radiator section... The number of parts required is seven. The labor time required to assemble these parts is different from other It is quite high compared to the method. Mounting to the main body is done via slides. It is made with the help of a press, and the main body is designed to have the appropriate strength for pressing. It needs to be produced with a greater wall thickness than necessary. The main body has 10 runners. To secure the wings that are attached with the help of plugs, the product has plugs on both the bottom and top. These plugs must be fitted with screws and bolts that are not made of the same material as the body. They are fixed in place. The aforementioned screws and bolts have different heat transfer coefficients than the body. Because of this, the product produces unwanted and disturbing noises in the environment while heating and cooling. It removes. In addition to all this, panel radiators 15 can be produced using both methods. The thicker the raw material used in its production, the higher the price for the end customer. This is reflected in the price. Consequently, due to the aforementioned drawbacks and shortcomings, the relevant technical... The need for innovation in the field has emerged. 20 Purpose of the Invention The present invention meets the aforementioned requirements while eliminating all disadvantages. with a radiator configuration that removes and adds some additional advantages, and simplifies installation. It is related. 25 The main purpose of the invention is to produce and use heating systems for living spaces such as homes, offices, workplaces, etc. radiator that eliminates the need for extra fastening elements during installation The goal is to establish its structure. The aim of the invention is to eliminate the need for the press-fit production method. The aim is to prevent water leaks that may occur over time. The purpose of the invention is to produce aluminum panel radiators to the extent permitted by the TS EN 442 standard. The aim is to ensure that they are produced with a minimum wall thickness. This allows for a more efficient radiator structure. economically viable to produce, and more environmentally friendly in terms of natural resource use. This ensures efficiency and reduces the carbon footprint. 3 The aim of the invention is to use different materials for fastening during the production and assembly stages. annoying noises during heating and cooling because it is not necessary to prevent it. To fulfill the purposes described above, the invention can be used in home, office, workplace, etc. living environment. Used for heating areas, two collectors are joined at the top and bottom with hard soldering. A single-piece aluminum water pipe, connected to the side and providing water passage. The extruded main profile containing the transport pipe forms the front surface of the radiator structure. It is a radiator structure that includes an extruded closing profile connected to an extruded main profile, Its feature is that it eliminates the need for extra fastening elements during the production and assembly phase. 10 to remove, • The extruded closing profile and the extruded main profile have an interlocking structure. to ensure the connection, on the aforementioned water transport pipe 15 formed on the created female contact tab and extruded closure profile male contact nail, It contains. The structural and characteristic features and all the advantages of the invention are described in detail below. 20 This will make it clearer, and therefore the evaluation will also be based on this detail. This should be done taking the explanation into consideration. Figures that will help understand the invention. Figure 1: Perspective view of the radiator structure. 25 Figure 2: A representative view of the fixing of the collector and the extruded main profile. Figure 3: Top view of the connection between the extruded main profile and the extruded closing profile. It is the appearance. Figure 4: Top view of the extruded main profile connected to the extruded closing profile. It is the appearance. 30 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... Elements that are identical or at least have substantially identical functions are numbered the same. It is shown. 35 Explanation of Part References 4 10. Collector 20. Extruded main profile 21. Water transport pipe 211. Female claw 30. Extruded closure profile 5 31. Male contact nail R. Radiator configuration Detailed Description of the Invention In this detailed explanation, the simplified radiator configuration (R) is only mentioned in section 10. for the purpose of better understanding and without creating any limiting effects It is explained. The invention is used for the production and assembly of heating systems for living spaces such as homes, offices, and workplaces. Radiator configuration (R) 15 that eliminates the need for extra fastening elements during the phase It is related to. The radiator configuration (R), whose perspective view is given in Figure-1, has the following general structure: To form the main body of the radiator structure (R), two collectors (10) are connected to the bottom and top Aluminum 20 sections joined side-by-side by brazing, allowing water passage. extruded main profile (20) containing monolithic water carrying pipe (21) made of material, radiator extruded closure connected to the extruded main profile (20) forming the front surface (R) of its structure It includes profile (30). Figure 2 shows a representative view of the fixing of the collector (10) and the extruded main profile (20). It is given. In obtaining the radiator structure (R), the extruded main profile (20) is lower and They are fixed to the collectors (10) by hard soldering at their upper ends. This process involves one extruded main radiator depending on the desired width (R) of the radiator configuration. The profile (20) can be increased up to twenty. Subsequently, the extruded closing profile (30) The connection to the extruded main profile (20) is carried out. The aforementioned 30 connection, water carrying pipe formed in one piece in the extruded main profile (20) (21) formed on the female contact tab (211), on the extruded closing profile (30) This is achieved by passing the formed male contact nail (31) through the radiator. The extruded main profile (R) in its structure is repeated as many times as (20). Figure- Top view of connection of extruded main profile (20) to extruded closing profile (30) in 3. cross-section view and extruded main profile (20) to extruded closing profile (30) in figure-4 A top section view of the connected state is given. The radiator design (R) subject to the invention is based on the press-fit production method. The need has been eliminated and potential water leaks over time have been prevented. Furthermore, Since there is no need to use different materials for fastening during the production and assembly phase This also prevents the generation of disturbing noises during heating and cooling. 10 20 30 35

Claims

6 REQUESTS 1. Used for heating living spaces such as homes, offices, workplaces, etc., two collectors (10) at the bottom and top. aluminum sections joined side-by-side by brazing, allowing water to pass through. Extruded main profile (20) containing monolithic water carrying pipe (21) made of material, radiator 5 extruded closure connected to the extruded main profile (20) forming the front surface (R) of its structure The radiator configuration (R) includes profile (30), and its feature is that extra during production and assembly. to eliminate the use of fastening elements, • The extruded closing profile (30) and the extruded main profile (20) are interlocking in structure 10 In order to ensure its connection, on the aforementioned water transport pipe (21) on the formed female contact claw (211) and extruded closure profile (30) formed male contact nail (31), It includes. 15 25 35