TR201802492A2 - HEAT CHANNEL PLATE EXCHANGER FOR COMBIES - Google Patents

Abstract

The invention relates to a new heat-channel plate heat exchanger system for combi boilers which prevents the circulating gas from entering the boiler casing by the o-ring used between the two plates, circulating the gas circulating in the combustion chamber over the entire plate in the (circulating) wall.

Description

TECHNICAL FIELD Invention, the circulating water in the combustion chamber, the gas, the whole plate Two plates, with heat channel circulating on it, prevent the circulated gas from exiting to the boiler case. new heat channel plate heat exchanger for combi boilers that prevent with o-ring used between relates to the system. PRIOR ART In a time when energy costs are constantly increasing and resources are decreasing The importance of saving has increased significantly. Using resources efficiently It is much more important in foreign-dependent economies that do not have the resources is doing. Large amounts of solids, liquids and gases are used to heat living spaces during the winter months. Fuel Heaters are used. Among these heaters, gas fueled ones are a serious problem. takes place.

The gas burned in a combustion chamber, the combi boilers, as it goes towards the chimney, water through it. that it works by heating the water inside by heating the spirally positioned pipes passing through Gas Point S.R.L. In the patent document of the company, instead of pipes, walled plates are the gaps between the plates after they are placed on top with spaces between them The upper part of the plates is closed in a U form and is formed near the upper corner of the plate. the heating of the burning gas in a combustion chamber by burning it and circulating it between the plates is explained. The gas circulating inside of the plate set created here can be be placed in a closed box so that it can be transmitted to the chimney without danger, and By sending the gas coming out of the lower part of the plates to the chimney in this box. is provided. In the combustion chamber with the help of the vacuum created by the fan in the box. Since the burning gas will quickly want to go to the box from the lower part, which is the open part of the plates, It is possible, in terms of physics, to touch the entire surface of the plate. does not appear. In addition, by reducing the energy of the hot gas as much as possible, throwing into the atmosphere ensures that the damage to the environment is minimized. This In such a system, the heated gas does not touch the entire surface of the plates and after Since it is sent directly to the chimney from the box, it is sufficiently energy not utilized and the gas that will cause more harm to the environment has been released into the atmosphere. will be. In addition, due to the heating of the box, which is collected and directed to the chimney, A second case is needed again in order not to give heat to the outside of the combi. First Another striking fact is that plates were placed around the box to insulate it.

This situation provides a surface increase and is released from the energy of the gas that burns efficiently. These are the technical problems seen at first glance in the system built on the utilization of Combi boiler with heat exchanger, which we put forward to solve all these problems we have identified Our work, which started with our invention, also addressed new technical problems that emerged. necessitated the need for solving. Burning in the combustion chamber located in the middle of the plate the plate by coming out of the entire combustion chamber of the gas and touching all the faces. In the study carried out with the aim of reaching the chimney on the due to the vacuum, the gas moves intensively from the path closest to the chimney. has been seen. In this situation, the homogeneous contact of the burning gas on the entire surface of the plate is ensured. causes unavailability. Although it is efficient according to the known technique, we It is seen as a technical problem that needs to be overcome. The water on the wall, which we have created in the middle parts of the plates that I have included, comes out. O-ring is used around the combustion chamber to prevent leakage. These o-rings are hot Although they are durable, they lose these properties over time and cause problems. potentials are seen. For this reason, the water bodies of the plates are permanent such as press, welding. created by solution.

BRIEF DESCRIPTION OF THE INVENTION By solving the problems experienced in the state of the art, the invention After the burning gas in the chamber touches all the surfaces of the plate, heat channels and sets that will transmit to the chimney, during this time the gas outside the edges of the plate It is related to the new system created with the new o-ring that will prevent leakage and heat transfer.

LIST OF FIGURES Figure 1. Plate Heat Exchanger Top Perspective View Figure 2. Plate Heat Exchanger Top View Figure 3. A-A Section View Figure 4. Perspective View with O-ring Placed on Plate Heat Exchanger Figure 5. O-ring Perspective View Figure 6. Top View of Two Plate Heat Exchanger with O-ring Between Figure 7. 8-5 Section View Correspondence of the parts numbered in the figures: 1. Plate 1.1. Combustion Chamber 1.2. Heat Set 1.3.Second Heat Set 1.4.Heat Duct 1.5.Chimney 1.6.0-ring channel 2. O-ring DETAILED DESCRIPTION OF THE INVENTION The invention is the combustion chamber (1 .1) located on the plate (1) with water on the wall, which directs the gas burned in the combustion chamber from the combustion chamber (1) to the heat channels (1.4). The heat set (1 .2) prevents the burnt gas from going to the chimney (1.5) without a short cut. the second heat set (1.3) that directs and the plates of the burning gas in the combustion chamber (1) (1), the o-ring (2) that prevents it from being transferred between the o-ring (2) on the plate (1) It is characterized by the O-ring channel (1.6) in which it is placed.

By circulating the entire surface of the plate (1), the burning gas in the combustion chamber (1.1) from the chimney after transferring the maximum energy transfer to the water on the wall of the plate (1) Heating is provided by throwing (1.5). Burning gas covers the surface of the plate (1). In order for it to circulate, the gas outlet must be provided from a certain area.

Keep the combustion chamber up to this section where the heat channels (1.4) on the plate (1) start. (1.1) external limiting heat set (1.2) from the open part of the burning gas heat set (1.2) It ensures that it is directed to the heat channels (1.4). The gas coming out of this section goes to the chimney. By bypassing the close section, it prevents it from going to the chimney (1.5) and closes this section. the second work set (1.3) is positioned. In this way, the gas heats up the entire surface of the plate (1). by circulating in the channels (1 .4) and transferring all its energy to the water on the wall of the plate. It is discharged to the atmosphere as damped from the chimney (1 .5).

Since our invention is collected in a single case, there is no combustion between the plates (1). It is best to prevent the burnt gas in the room from leaking into the safe and heating the safe. is one of the important things. This function is connected to the side sections of the plate (1) into the o-ring groove. (1.6) will be provided with the inserted o-ring (2).

Thanks to our invention, the gas burned in the combustion chamber (1.1) can be efficiently It is thrown into the atmosphere from the chimney by transferring its energy to the water/liquid to be heated.

It works with minimum environmental pollution and maximum efficiency.

Claims (1)

REQUESTS 1. It is a heat channel plate heat exchanger for combi boilers and its feature is; The heat set (1.2) limiting the combustion chamber (1.1) from the outside, the second heat set (1.3) that prevents the gas transferred from the open part of the heat set (1.2) to the heat channels (1.4) bypassing the chimney (1.5), the burnt gas in the combustion chamber between the plates (1) It is characterized by an o-ring channel (1.6) and an o-ring (2), which prevents it from heating the case by leaking into the case.