IMPROVED ASH REMOVAL MECHANISM FOR CAST IRON STOVES.

Abstract

The invention relates to at least one cast ash discharge mechanism (10) which has at least one rotating grate (30) for discharging the ash accumulated as a result of combustion in cast iron stoves, and at least one fixed grate (20) containing at least one slot (21) for positioning the said rotating grate (30). Accordingly, its novelty is characterized by the fact that the said cast ash discharge mechanism (10) has multiple holes (31) on it for discharging the ash from the rotating grate (30), that the rotating grate (30) is positioned to rotate around at least one center of rotation (32) within the slot (21) for discharging the ash from the said holes (31), that it contains at least one connecting rod (40) extending outwards on the rotating grate (30) for rotating the rotating grate (30) within the slot (21), and that the rotating grate (30) contains at least one recess (33) connected to the said connecting rod (40). Figure 1

Description

1 TARIFF IMPROVED ASH REMOVAL MECHANISM FOR CAST IRON STOVES. TECHNICAL AREA 5 The invention provides a solution for disposing of ash that accumulates as a result of combustion in cast iron stoves, at a minimum. a rotary grill, at least one to be positioned inside the aforementioned rotary grill at least one cast ash drain with at least one fixed grate containing a slot It is related to the mechanism. 10 PREVIOUS TECHNIQUE Grate-type ash removal mechanisms, combustion in cast iron stoves. 15 developed to ensure that the ash accumulating in the region is directed to the lower hopper. It is a structure. In these systems, the grid is an arm that can be accessed from the outside by the user. or by rotating it around its axis with the help of a rotary wheel, the ash passes through the grates This allows the ash that accumulates on the grill to pass through. Cleaning becomes easier and airflow is not interrupted. It is sustainable. 20 The cast iron stoves used in current technology have a rotating ash grate. Discharge mechanisms are made from sheet metal parts produced using laser cutting methods. It is formed. However, these structures are especially resistant to high temperatures and continuous mechanical stress. It appears that it cannot provide sufficient resistance in environments exposed to movement. 25 Rotary grates made from thin-section steel bend over time, mechanically... deforming or loosening at the connection points This reduces the system's functionality and, in the long run, negatively impacts the user. It creates maintenance difficulties. In addition, ash deposits occur during rotation in existing grating systems. Getting stuck in the grid gaps and interfering with the operation of moving parts is common. This is a common problem. These blockages prevent the system from working efficiently. like, it forces the user to clean more frequently and reduces user comfort. 2 This reduces thermal resistance. Furthermore, the structural weakness of the rotating mechanism causes thermal damage. Expansions over time lead to component incompatibilities, which in turn causes the system to malfunction. It significantly shortens the service life. In conclusion, all the problems mentioned above require an innovation in the relevant technical field. 5 This has made it necessary to do it. A BRIEF DESCRIPTION OF THE INVENTION The present invention aims to eliminate the aforementioned disadvantages and the related technical 10 Ash removal systems developed for cast iron stoves to bring new advantages to the field. It is related to the mechanism. One purpose of the invention is to allow the user to collect the ashes that accumulate inside the cast iron stove. a casting ash removal mechanism that allows it to be emptied when desired 15 to reveal. Another aim of the invention is to create a durable and high-strength casting ash. The goal is to establish a discharge mechanism. All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention aims to achieve this by removing the ash that accumulates as a result of combustion in cast iron stoves. at least one rotating grill that causes the spillage, inside the aforementioned rotating grill at least one fixed grid that contains at least one slot for positioning It is a casting ash removal mechanism. Accordingly, its innovation lies in the aforementioned casting ash 25 the discharge mechanism for the ash to fall off the rotating grate It has multiple holes on its surface, through which ashes are poured. the grid will rotate around at least one center of rotation within the housing its positioning and the rotating grill rotates within the housing. At least one connecting rod extending outwards in a single piece on the grid 30 It must include and at least one connecting rod of the rotating grill mentioned above. It includes an indentation. This allows the pouring process to be carried out under the user's control. A cast ash removal mechanism with increased strength and long service life is obtained. is being done. 3 The feature of a possible construction of the invention is that the cast iron furnace uses pellet material and It is a hybrid structure that burns wood. Thus, ash disposal from the casting process. In its mechanism, pellet material and wood ash can be discharged together. Another possible configuration of the invention features pellet material inside. It is connected to the inside of the cast iron stove where it burns. Thus, the pellets that are burned The ashes of the material can be disposed of in a controlled manner. Another possible configuration of the invention features 10 chambers in which wood burns. It is connected to the inside of the cast iron stove. Thus, the ashes of the burned wood It can be poured in a controlled manner. Another possible configuration of the invention features a cylindrical form of the rotating grate. This is the case. Thus, the rotary grill fits seamlessly into the stationary grill. It is connected and does not encounter any restrictions during rotational movement. Another possible configuration of the invention features a design suitable for a rotating grill. Its cylindrical form is such that the rotary grate fits inside the fixed grate. They are connected. 20 Another possible configuration of the invention features a fixed grid in a four-cornered form. This is why the cast iron ash removal mechanism is safely installed inside the stove. It is positioned in this way. Another possible configuration of the invention features a rotating grill with a thickness of 8 mm. It has the following. Thus, during the production of the casting ash removal mechanism... The ideal strength value is obtained. Another possible configuration of the invention features chromium alloy ductile iron 30. It is a casting with high strength and a long service life. An ash removal mechanism is obtained. 4 Another possible configuration of the invention features the aforementioned rotary grill. at least one fixing arm for attachment to the slot in the fixed grid It includes. Thus, the rotating grill is reliably secured inside the fixed grill. They are connected. Another possible configuration of the invention features the aforementioned fixing arm. The three pieces should be positioned at equal angles to each other. This allows the rotating grill to rotate. It does not wobble during its movement. Another possible configuration of the invention features rotating holes. the surface area will increase as you move from the center of the grid towards the edges It is connected to a rotary grate. Thus, the cast iron ash discharge Its mechanism is capable of removing ashes of varying sizes that fall upon it. BRIEF DESCRIPTION OF THE FIGURE 15 Figure 1 shows a representative sub-section of the casting ash discharge mechanism, which is the subject of the invention. The appearance is given. Figure 2 shows a representative perspective of the casting ash discharge mechanism, which is the subject of the invention. 20 The appearance is given. Figure 3 shows the fixed grate in the cast ash discharge mechanism, which is the subject of the invention. A representative bottom view is provided. DETAILED DESCRIPTION OF THE INVENTION This detailed explanation of the invention only serves to better understand the subject. This is explained with examples that will not create any limiting effect. Figure 1 shows a representative sub-section of the casting ash discharge mechanism (10) that is the subject of the invention. The appearance is given. The mentioned casting ash discharge mechanism (10), casting It allows for the removal of ash that accumulates in the combustion zone of stoves. Thus, the ash on top of the hopper where the burned pellets or wood are poured... cleaning becomes easier and the oxygen necessary for combustion is not interrupted. It is able to enter the stove. The preferred design of the invention is casting. Ash removal mechanism (10) is used in cast iron stoves. In a cast iron stove, wood, pellet material, or a hybrid of wood and pellet material They can burn together. 5 The subject of the invention is a cast ash discharge mechanism (10) with at least one fixed grate (20) It includes the fixed grate (20) mentioned, the casting ash discharge mechanism. (10) serves as the carrier body in the grid structure consisting of two parts. Figure 3 shows a representative sub-view of the fixed grid (20). 10 In the preferred configuration of the invention, the fixed grid (30) consists of four corners. At least one of the surfaces smaller than itself can be placed inside the fixed grid (20). A rotary grill (30) is connected. The mentioned rotary grill (30) is a cast iron stove. It is a structure that allows the burning wood or pellet material to be dumped inside. There is at least one cylindrical slot (21) on the fixed grid (20). 15 The mentioned socket (21) has a rotating grill (30) to be connected to. It is designed to fit the dimensions of the grill (30). Rotary grill (30) cleaning For various reasons, it can be easily mounted into the corresponding slot (21) on the fixed grid (20) and It can be disassembled. Into a chamber where burning wood or pellets from a cast iron stove fall. The positioned rotating grill (30) contains at least one hole (31). The mentioned hole (31), the ashes of wood or pellet material burned in the cast iron stove It allows for drainage. The holes on the rotating grill (30) (31), the surface area increases as it moves away from the center of the rotating grill (30) 25 They are of different sizes. The hole structure (31) has different sizes. All the ashes of different sizes falling on the rotating grill (30) are discharged This ensures that ash does not accumulate on the rotating grill (30). Consequently, they do not encounter any blockage problems. The rotating grill (30) contains at least one center of rotation (32). The mentioned rotation The center (32) is located in the center of the (30) rotating grill and the (30) rotating grill It allows it to rotate around itself. Rotating grill (30) It contains at least one indentation (33). The indentation mentioned (33) is the rotating grill (30) 6 It is located in the part furthest from the center. The preferred method of the invention. In its configuration, the user is positioned at least on the side surface of the cast iron stove. When you pull a connecting rod (40) the rotary grid (30) rotation center (32) It rotates around. The aforementioned connecting rod (40) is a The user pulls from one end and the other end of the connecting rod (40) is the rotary grid 5 The indentation on (30) is linked to (33). The user connects to the connection bar (40) by pulling, the rotating grill (30) rotates around the center of rotation (32) and the rotating grill The holes (31) on (30) can be opened and closed. This allows the user to cast The ash that accumulates in the chamber inside the stove can be emptied whenever desired. The subject of the invention is a cast ash discharge mechanism (10) with at least one fixing lever (50) It includes. The mentioned fixing arm (50) is attached to the lower surface of the fixed grid (20). It is connected. The fixing arm (50) in the preferred configuration of the invention There are three of them, positioned at an angle of 120 degrees between them. The fixing lever (50) rotates. It is concentric with the center (32) and 15 from the center of the rotating grill (30) to its edge. It extends correctly. The rotary slot (21) is placed in the slot (20) inside the fixed grid (20). The grill (30) is securely fixed thanks to the fixing lever (50). The center of rotation of the fixing arm (50) is located in the center of the rotating grid (30). (32) being concentric with the rotating grill (30) during the rotational movement It ensures that it does not experience any restrictions. The number of fixing arms (50) is 20 It does not constitute a restriction on the invention and can be increased at will. Figure 2 shows a representative image of the casting ash discharge mechanism (10) which is the subject of the invention. A perspective view is provided. The subject of the invention is casting ash removal. The rotating grate (30) in the mechanism (10) is made of chrome alloy ductile iron 25 It is produced by this method. Thanks to this production method, the rotary grill (30) is high. It exhibits superior resistance to temperature and mechanical stress. It provides long-term use without deformation. In addition to these... Disadvantages such as low strength, clogging, and short lifespan are eliminated with this special production structure. This is being eliminated, thus improving both user comfort and casting ash disposal. 30 The overall performance of the mechanism (10) is improved. The preferred method of the invention in its structure, the rotary grill is produced by the chrome alloy ductile iron method. (30) The thickness is 8 mm. 7 Based on all of this, the invention works as follows: it contains pellets. pellets are burned in cast iron stoves where the material, wood, or both are burned. or a fixed grid in the form of a square in the bin into which the wood falls (20) and The rotating grid (30) is placed in the slot (21) in the center of this fixed grid (20) It is located. The connecting rod (40) on the side surface of the cast iron stove is a 5 When pulled by the user from one end, the rotating grill (30) comes out from the other end. It is connected to the indentation (33) located in the far part of the center. In this way, the rotating It can rotate around the center of rotation (32) located in the center of the grid (30) and The holes (31) on the rotating grill (30) are opened. Thus, the rotating The ashes that accumulate on the grill (30) are poured out. This rotating grill (30) is made of chrome 10 High strength and long service life due to production using alloy ductile iron casting method. It has a lifespan. Therefore, it is resistant to high temperatures, does not deform, and has a long lifespan. A structure is presented that allows the user to easily intervene from the outside. Thanks to the system, ash removal is effortless and controlled. This is achieved. Furthermore, thanks to its perforated structure that does not create blockages, combustion is prevented. A casting ash discharge system where efficiency and airflow are continuously maintained. mechanism (10) is obtained. 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. 8 REFERENCE NUMBERS GIVEN IN THE FIGURE Casting Ash Removal Mechanism Fixed Grid 5 21 Nests Doner Grill 31 Holes 32 Center of Rotation 10 33 Indentations 40 Connecting Rods 50 Fixing Levers

Claims

9 REQUESTS 1. The invention enables the disposal of ash that accumulates as a result of combustion in cast iron stoves. at least one kebab grill (30), 5 inside the mentioned kebab grill (30) at least one fixed grid (20) containing at least one slot (21) for its positioning It has at least one casting ash discharge mechanism (10) and its feature is; the mentioned casting ash discharge mechanism (10) rotary grate (30) It has multiple holes (31) on it for the ashes to be poured out. slot 10 of the rotating grate (30) for the ash to be poured through the mentioned holes (31). (21) to rotate around at least one center of rotation (32) positioned and the rotating grill (30) inside the housing (21) in one-piece structure on the rotating grill (30) for turning outwards It must include at least one connecting rod (40) and the rotating grill (30) at least one indentation (33) connected to the aforementioned connection bar (40) 15 It includes.

2. According to claim 1, a casting ash discharge mechanism (10) has the following characteristics; The cast iron stove is a hybrid structure that burns both pellets and wood. that is. 20 3. According to claim 1, a casting ash discharge mechanism (10) has the following characteristics; connected to a cast iron stove in which pellet material is burned. It is the fact that.

4. According to claim 1, a casting ash discharge mechanism (10) has the following characteristics; It is connected to a cast iron stove in which wood is burned.

5. According to claim 1, a casting ash discharge mechanism (10) has the following characteristics; The rotating grill (30) is cylindrical in form. 30 6. According to claim 5, a casting ash discharge mechanism (10) has the following characteristics; The housing (21) is cylindrical in form to fit the rotating grill (30).

7. According to claim 1, a casting ash discharge mechanism (10) has the characteristic of being fixed. The grid (20) is in a four-cornered form.

8. According to claim 1, a casting ash discharge mechanism (10) has the following characteristics; The rotating grill (30) has a thickness of 8 mm. 5 9. According to claim 1, a casting ash discharge mechanism (10) has the characteristic of being; chrome It is made of alloyed ductile iron.

10. According to claim 1, a casting ash discharge mechanism (10) has the following characteristics; 10 into the slot (21) inside the fixed grill (20) of the mentioned rotary grill (30) It must include at least one fixing arm (50) for connection.

11. A casting ash discharge mechanism (10) according to claim 10, and its feature is; The fixing arm (50) mentioned has three 15-inch brackets positioned at equal angles to each other. It is the fact that.

12. According to claim 1, a casting ash discharge mechanism (10) has the following characteristics; from the center of the mentioned holes (31) to the edges of the rotating grill (30) The surface area will increase as you move towards the rotating grill (30) 20 It is the fact that they are linked.

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