TWM646197U - Furnace for burning joss money - Google Patents

Abstract

A gold-burning furnace is composed of a barrel body, a bottom leg, a high plate, a ventilation tube and a ventilation mesh. When assembled, the high plate suppresses the ventilation mesh, and the ventilation mesh suppresses the ventilation The ventilator is connected with a large hole on the bottom of the barrel, and then uses a set of connecting rods (such as bolts) to pass through the bottom legs, the bottom of the barrel and the elevated plate, and is connected by a lock Use parts (such as nuts) to lock the set of connecting rods, so that the elevated plate, the ventilation mesh, the ventilation tube, the tube body and the bottom legs are firmly assembled into a gold-burning furnace; when in use, The hot air rises and the cold air is naturally replenished and directed into the interior of the cylinder, providing sufficient oxygen to accelerate the combustion of the stacked gold paper.

Description

gold burning furnace

This creation is about a gold-burning furnace, especially a gold-burning furnace that is easy to assemble, has high assembly stability, and has good ventilation at the bottom, allowing the gold paper to be burned quickly.

According to the "gold burning furnace", it refers to a furnace used to place the gold paper of religious beliefs and burn the gold paper inside. It is usually referred to as "gold furnace". When searching for patents, there are Those called "incinerators", "incinerators" or "stoves" essentially mean "gold-burning furnaces" as long as they are specifically used to burn gold paper for religious beliefs.

The structure of the conventional gold-burning furnace basically has a cylinder body, which forms a holding space inside, with an open top, and a plurality of ventilation holes surrounding the surrounding wall, so that the holding space can circulate air with the outside world. ; a high support leg, at least three in number, evenly spaced and connected to the peripheral wall on the bottom edge of the cylinder, thereby elevating the cylinder; and a high plate, placed in the container of the cylinder within the space, and is appropriately elevated so as to leave a distance from the bottom wall of the barrel. When in use, the storage space inside the barrel is used to place gold paper. Generally, the gold paper is first bent regularly or irregularly, and then the bent gold paper is stacked on the elevated tray. When burning, the ventilation holes help the storage space to circulate (exchange) air with the outside world. At the same time, the numerous gaps between the gold papers that are bent and stacked irregularly help circulate air to aid combustion. Then the burned gold paper residue will stay downward in the space between the elevated plate and the bottom wall, waiting to be cooled and then removed. The same author has applied for patents for M410535, M411886, M441416, M452710, and M452713, which are essentially gold-burning furnaces.

It is known that there are many types of structures and assemblies of gold-burning furnaces. Generally, a ventilator is inserted between the bottom of the barrel and the elevated plate to allow outside air to pass through the ventilator from the bottom of the barrel. Introducing a large number of stacked gold papers to support combustion, but this will cause the problem of how to assemble and fix the cylinder body, the elevated plate and the ventilation tube. When the assembly is not stable or loose due to long-term heating, the The cylinder body, elevated plate and ventilation tube are prone to dissociation. Therefore, it is extremely important for a gold-burning furnace to ensure that there is a stable assembly relationship between the barrel body, the elevated plate and the ventilation tube, and that the air at the bottom can be truly introduced into the stacked gold paper to support combustion. key points.

In response to the above-mentioned deficiencies, the author immediately started research and innovation to think of a solution. After several times of creating new structures and conducting actual tests, he finally completed this creation.

The reason is that the main purpose of this invention is to provide a gold-burning furnace that is easy to assemble, has high assembly stability, and has good ventilation at the bottom, so that the gold paper can be burned quickly.

In order to achieve the above purpose, this invention creates a gold-burning furnace, which has a cylinder body, a holding space is formed inside the cylinder body, the top is open, and the peripheral wall is surrounded by a plurality of ventilation holes. The bottom surface of the cylinder body There is a large perforation in the central part of the cylinder, and the bottom of the cylinder is provided with a perforation at equal intervals close to the outer ring. The number of the perforations is at least three; a bottom foot, the number corresponding to the perforations of the cylinder, is averaged. It is assembled in a dispersed state at the peripheral wall on the bottom edge of the barrel, and a joint hole is provided on the top surface of the bottom leg; and a high plate is assembled on the barrel to form a plate-shaped object with many upper and lower penetrations. Inside the holding space; it is characterized in that: there is a ventilation tube, which is snap-fitted and fixed with the large perforation on the bottom surface of the tube body; there is a ventilation net part, which is covered on the top edge of the ventilation tube. The ventilation net part is made of a continuous mesh. The mesh is formed; and the elevated plate is bent downward at equal fractions close to the outer ring to form a support rod, and a transverse bend is made near the bottom to form a joint hole slot. The number of the support rods is consistent with the bottom support. Corresponding to the feet, when the elevated plate stands on the bottom surface of the barrel body by the support rod, the joint hole grooves surround the corresponding through holes, and at the same time, the elevated plate just presses the top edge of the ventilation mesh, and then A set of connecting rods is passed through the corresponding joint holes, through holes and joint hole slots, and then a locking component is used to lock the set of connecting rods and suppress the rod body of the joint hole slot, thereby making the elevated plate, the The ventilation mesh, the ventilation tube, the tube body and the bottom leg are assembled.

In the above-mentioned gold-burning furnace, the peripheral wall of the large perforation of the barrel is folded upward to form a shield wall, and the bottom edge of the wall of the ventilator is slightly arc-shaped and turned outward to form a lower clamping edge. The inner diameter of the lower clamping edge is the same as that of the lower clamping edge. The outer diameter of the shield wall corresponds to the outer diameter of the ventilator. When the ventilator is matched with the large perforation cover, the lower clamping edge and the shield wall are engaged with each other, so that the ventilator and the large perforation achieve a fixed position.

In the above-mentioned gold-burning furnace, the top edge of the wall of the ventilation tube is slightly arc-shaped and bent inward to form an upper clamping edge, and the bottom edge of the ventilation mesh is turned outward to form a lower clamping edge. The inner diameter of the lower clamping edge corresponds to the outer diameter of the upper clamping edge of the ventilation duct. When the ventilation mesh is corresponding to the top edge cover of the ventilation duct, the lower clamping edge of the ventilation mesh is in contact with the upper clamping edge of the ventilation duct. The ventilation mesh and the ventilator are locked together to achieve a fixed position.

According to the structure of the gold-burning furnace mentioned above, this invention presses the ventilation mesh through the elevated plate, and the ventilation mesh suppresses the ventilator. The ventilator is engaged with the large perforation on the bottom surface of the barrel, and then the ventilation mesh is used to The assembly rods (such as bolts) pass through the corresponding joint holes, through holes and joint hole slots, and the assembly rods are locked by a locking component (such as nuts), thereby connecting the bottom legs, barrel body and frame. The high plate is locked, that is, the elevated plate, the ventilation mesh, the ventilator, the cylinder body and the bottom legs are firmly assembled together; when in use, the airflow will be completely guided through the ventilator and poured in. There will be no other gaps or channels inside the holding space that will affect the integrity of the air flow introduced, so the air flow will completely reach the inside of the holding space to accelerate the combustion, so that the stacked gold paper will not be burned due to lack of air. When smoldering occurs, the main purpose of this gold burning furnace is to burn the gold paper quickly to avoid incomplete combustion of particulate powder causing smoke and environmental pollution.

Regarding the technical means used and the achievable effects of this invention to achieve the above objectives, the following preferable and feasible embodiments are described in detail below with the accompanying drawings for ease of understanding.

Please refer to Figure 1. The embodiment of this invention is a gold-burning furnace 1. From the appearance, it can be seen that the gold-burning furnace 1 has a barrel 10. A storage space 11 is formed inside the barrel 10, and the top 12 is open. It is empty, and there are a plurality of ventilation holes 13 surrounding the peripheral wall. Through the existence of the plurality of ventilation holes 13, the holding space 11 can circulate (exchange) air with the outside world. The cylinder body 10 is close to the periphery of the top edge. There is a set of lifting rings 14 symmetrically arranged on the wall for lifting and moving or dumping the integral gold-burning furnace 1. The peripheral wall at the bottom of the barrel 10 is provided with a set of bottom legs 15, the number of which is at least There are three pieces, which are evenly dispersed and assembled on the peripheral wall on the bottom edge of the barrel 10 to facilitate stable standing and reduce the excessive contact of the combustion hot gas with the ground. In addition, the top 12 of the barrel 10 can be connected with a barrel The cover (not shown in the figure) is closed. Since the cover has nothing to do with the improvement of the present invention, and the use or non-use of the cover depends on the user's choice, it is not shown.

Next. Please refer to Figures 1 to 5. In addition to the above-mentioned basic structure, the gold-burning furnace 1 is equipped with a high tray 20 inside the storage space 11. As shown in Figures 2 and 3, the elevated The plate 20 is a plate-shaped object made of a number of straight rods extending radially and surrounded by large and small ring rods and fixedly connected to the straight rods, forming a plate-shaped object that penetrates up and down in most parts. The elevated plate 20 is mainly used to carry a large number of gold papers. To allow air to pass up and down, the elevated plate 20 is bent downward at equal fractions close to the outer ring for a distance to become the support rod 21, and is further bent laterally near the bottom to form a structure of a joint hole slot 22. , the number of the support rods 21 corresponds to the aforementioned bottom legs 15, and the number is at least three. Therefore, if the number of the aforementioned bottom legs 15 is three, the number of the support rods 21 is also three.

Please refer to Figure 3. The bottom surface of the barrel 10 has a large through hole 16 in the center. The peripheral wall of the large hole 16 is folded upward to form a shield wall 161. The bottom surface of the barrel 10 is close to the outer ring. A through hole 100 is opened at several equal locations. The number of the through hole 100 is the same as that of the support rod 21 , and the positions of the through holes 100 equally divided correspond to the equal angles of the support rod 21 . Therefore, if the number of the support rod 21 is three, then the number of the perforations 100 is also three, so when the elevated plate 20 is stood on the bottom surface of the barrel 10 by the support rods 21 at these locations, the joint hole slots 22 at these locations can be Surrounding the corresponding through holes 100, in addition, a coupling hole 150 is formed on the top surface of the aforementioned bottom leg 15.

The large perforation 16 on the bottom surface of the barrel body 10 can be used for a ventilation duct 30 to be fastened and fixed. The bottom edge of the wall of the ventilation duct 30 is slightly arc-shaped and is turned outward to form a lower clamping edge 31. The inner diameter of the lower clamping edge 31 is consistent with the lower clamping edge 31. The outer diameter of the shield wall 161 corresponds to the outer diameter of the shield wall 161 . Therefore, when the ventilator 30 is covered from top to bottom corresponding to the large through hole 16 , the ventilator 30 can be properly connected through the lower clamping edge 31 and the shield wall 161 . A preliminary fixed positioning is achieved with the large through hole 16; the ventilator 30 is made into a slight arc shape at the top edge of the wall and bent inward to form an upper clamping edge 32.

The top edge of the ventilation tube 30 can be covered with a ventilation mesh 40. The ventilation mesh 40 is formed by a mesh with a continuous mesh, so the ventilation mesh 40 is composed of a plurality of meshes connected. The ventilation mesh 40 The bottom edge of 40 is slightly tilted outward to form a lower clamping edge 41. The inner diameter of the lower clamping edge 41 corresponds to the outer diameter of the upper clamping edge 32, so the ventilation mesh 40 corresponds to the top edge of the ventilator 30 from top to bottom. When the cover is lowered, the ventilation mesh 40 and the ventilator 30 can achieve a preliminary fixed position through the proper engagement of the lower clamping edge 41 and the upper clamping edge 32 with each other.

Please refer to Figures 2, 4, 4a, and 4b. Based on the above structure, the overall assembly steps of the gold-burning furnace 1 are as follows: 1. First, cover the ventilator 30 from top to bottom corresponding to the large perforation 16. During the process, the slightly outwardly tilted lower edge 31 of the ventilator 30 and the folded shield wall 161 of the large perforation 16 are used. , the two can achieve appropriate snap-in, so that the ventilator 30 and the large through hole 16 first achieve preliminary positioning, as shown in Figure 4 and Figure 4a. 2. Next, cover the ventilation mesh 40 from top to bottom corresponding to the top edge of the ventilation duct 30. During the process, the slightly outward lower edge 41 of the ventilation mesh 40 and the ventilation duct 30 are slightly arced. The inwardly curved upper latching edge 32 can correspond to a suitable latching connection, so that the ventilation mesh 40 and the top edge of the ventilation duct 30 can achieve preliminary positioning, as shown in Figures 4 and 4b. 3. Then, place the elevated plate 20 into the several joint hole grooves 22 corresponding to the through holes 100 on the bottom surface of the barrel 10, so that the several joint hole grooves 22 surround the corresponding through holes 100, At this time, the inner ends of the plurality of outwardly extending straight rods on the elevated plate 20 will jointly suppress the top edge of the ventilation mesh 40, as shown in Figures 4, 4b and 5. 4. Next, place the bottom legs 15 in the standing position, and make the joint holes 150 on the top surface of each bottom leg 15 correspond one-to-one with the through holes 100 on the bottom surface of the barrel 10 (alignment) , that is, at this time, the coupling hole slot 22 , the through hole 100 and the coupling hole 150 have reached a one-to-one correspondence (alignment), so a set of connecting rods 50 (for example, bolts) can be used from bottom to top. Pass through the corresponding joint holes 150, through holes 100 and joint hole grooves 22, and then use a locking component 51 (for example: a nut) to lock the set of posts 50 from above. During the process, the locking component 51 is pressed Hold the rod body of the joint hole slot 22, and at the same time lock the bottom leg 15, the barrel body 10 and the elevated plate 20 to a stable level of assembly, as shown in Figure 4, Figure 4c and Figure 5 If further explanation is given, the elevated plate 20 , the ventilation mesh 40 , the ventilation tube 30 , the tube body 10 and the bottom legs 15 have been assembled into a complete gold-burning furnace 1 .

After the above assembly is completed, the gold-burning furnace 1 of the present invention presses the ventilation mesh 40 through the elevated plate 20, and the ventilation mesh 40 suppresses the ventilation tube 30. The ventilation tube 30 is in contact with the large surface of the bottom surface of the cylinder body 10. The through holes 16 are connected, and then the set of connecting rods 50 (for example, bolts) are used to pass through the corresponding joint holes 150, the through holes 100 and the joint hole grooves 22, and a locking member 51 (for example, a nut) is used to lock the joint. The assembly rod 50 is used to lock the bottom legs 15, the barrel body 10 and the elevated plate 20. In fact, the elevated plate 20, the ventilation mesh 40, the ventilation tube 30 and the barrel body 10 and Together with the bottom leg 15, a stable assembly is achieved.

When in use, the holding space 11 of the barrel 10 is used to place the bent gold paper into a stack, and the gold paper can only stay in the space above the surface of the elevated plate 20, and then when burned, the gold paper is removed. The paper ignites each other and the air flows from the ventilation hole 13 to the outside of the combustion support. Because the hot gas rises during combustion, the internal pressure of the holding space 11 decreases, so the pressure difference will push the cold air from the bottom of the large perforation 16 of the barrel 10 Introduced and guided through the ventilator 30, the air flow will be completely poured into the interior of the holding space 11 to help accelerate combustion. During this process, it can be seen that the air flow will be completely guided and poured into the holding space 11 through the ventilator 30. In other words, there will be no other gaps or pathways to affect the integrity of the introduced air flow, so the air flow will be complete. Reach the inside of the storage space 11 to accelerate the combustion, so that the stacked gold paper will not smolder due to lack of air. Therefore, the most important thing about using the gold burning furnace 1 of this invention is to allow the gold paper to be burned quickly. , to avoid incompletely burned particulate powder causing smoke and environmental pollution; at the same time, the set of connecting rods 50 (for example: bolts) and the locking parts 51 (for example: nuts) have tightly locked the entire gold-burning furnace 1, Avoid loosening due to thermal expansion and contraction.

To sum up, this invention not only has a structure and composition that has never been seen in the past, but also can indeed achieve the expected purpose and effect. It has met the requirements for patent approval; however, the above embodiments are only used to illustrate the composition of this invention. and functions, this does not limit the patent scope of this creation, so all equivalent structural changes and similar modifications that do not depart from this creation fall within the scope of the creation.

1:Gold burning furnace 10: Barrel body 100: perforation 11: Storage space 12:Top 13:Ventilation hole 14:lifting ring 15: Bottom feet 150:joint hole 16:Large piercing 161:Shield wall 20: Elevated plate 21:Support rod 22: Joint hole slot 30:Ventilator 31: Lower card edge 32: Upper card edge 40: Ventilation mesh 41: Lower card edge 50: Assembling the connecting rod 51:Lock connector

Figure 1 shows an appearance perspective view of an embodiment of this invention. Figure 2 shows a three-dimensional partial cross-sectional view of an embodiment of the present invention. Figure 3 shows an exploded three-dimensional view of the embodiment of this invention. Figure 4 shows a longitudinal cross-sectional view of the embodiment of this invention. Figure 4a shows an enlarged view of part A in Figure 4. Figure 4b shows an enlarged view of part B in Figure 4. Figure 4c shows an enlarged view of part C in Figure 4. Figure 5 shows a top view of an embodiment of this invention.

1:Gold burning furnace

10: Barrel body

11: Storage space

12:Top

13:Ventilation hole

14:lifting ring

15: Bottom feet

16:Large piercing

161:Shield wall

20: Elevated plate

21:Support rod

22: Joint hole slot

30:Ventilator

31: Lower card edge

40: Ventilation mesh

41: Lower card edge

50: Assembling the connecting rod

51:Lock connector

Claims (3)

A gold-burning furnace has a cylinder body, a holding space is formed inside the cylinder body, the top is open, a plurality of ventilation holes are provided around the peripheral wall, and a large perforation is provided in the center of the bottom surface of the cylinder body , the bottom surface of the barrel is provided with a perforation at equal intervals close to the outer ring, and the number of the perforations is at least three; a bottom leg, the number corresponding to the perforations of the barrel, is assembled on the bottom edge of the barrel in an evenly distributed state On the peripheral wall of the top, a joint hole is provided on the top surface of the bottom leg; and a high plate is formed to form a plurality of plate-shaped objects that pass through the upper and lower parts, and is assembled inside the holding space of the barrel; it is characterized by: : There is a ventilation duct, which is snap-fitted and fixed with the large perforation on the bottom surface of the cylindrical body; a ventilation mesh is covered on the top edge of the ventilation duct, and the ventilation mesh is formed by a mesh with a continuous mesh; and the elevated plate The equal parts near the outer ring are bent downward for a distance to form support rods, and a horizontal bend is made near the bottom to form a joint hole slot. The number of the support rods corresponds to the bottom leg. The elevated plate is formed by the When the support rod stands on the bottom surface of the barrel, the joint slots surround the corresponding through holes, and the elevated plate just presses the top edge of the ventilation mesh, and then a set of connecting rods pass through the corresponding holes. The joint holes, perforations and joint hole slots are used, and a locking component is used to lock the set of connecting rods and suppress the rod body of the joint hole slot, thereby making the elevated plate, the ventilation mesh, the ventilation duct and the The barrel body and the bottom legs are assembled. The gold-burning furnace as described in claim 1, wherein the peripheral wall of the large perforation of the barrel is folded upward to form a shield wall, and the bottom edge of the wall of the ventilator is slightly arc-shaped and is turned outward to form a lower clamping edge. The inner diameter of the clamping edge corresponds to the outer diameter of the shield wall. When the ventilator is matched with the large perforation cover, the lower clamping edge and the shield wall are engaged with each other, so that the ventilator and the large perforation achieve a fixed position. The gold-burning furnace as described in claim 1, wherein the top edge of the wall of the ventilation tube is slightly arc-shaped and bent inward to form an upper clamping edge, and the bottom edge of the ventilation mesh is turned outward to form a lower clamping edge. , the inner diameter of the lower edge of the ventilation mesh corresponds to the outer diameter of the upper edge of the ventilation duct. When the ventilation mesh is corresponding to the top edge of the ventilation duct, the lower edge of the ventilation mesh corresponds to the outer diameter of the upper edge of the ventilation duct. The upper card edges of the ventilation duct are engaged with each other so that the ventilation mesh and the ventilation duct are fixedly positioned.

Images