JPS636325A - Built-in kitchen range - Google Patents

Abstract

PURPOSE:To completely prevent gravy from entering a range and to enable maintenance of a safe and endurable state, by a method wherein a boiling overflow liquid preventing ring cover, with which a through-hole is covered, is formed integrally with an upper covering gravy collecting pan, disposed to the upper surface side of the gravy collecting pan with a gap, through which secondary air is guided, therebetween. CONSTITUTION:An upper cover 10, formed such that a boiling overflow preventing ring 8 part, with which each burner head 3 is covered and a through- hole 7 is covered, is formed integrally with an upper covering lamina pan 9 on the upper surface side of a gravy pan 5 with a specified gap l between the gravy collecting pan 5 and the covering gravy pan. Meanwhile, a part 12 right below a central air intake port 11 of the burner head 3 is covered with the gravy pan 5 so as to prevent the occurrence of boiling liquid overflow. Thus, secondary air for combustion flows through the gap l, and is raised through the central air intake port 11 and is used for combustion. This constitution eliminates a fear of gravy entering the range apparatus to cause corrosion and leak of gas, and ensures further durability.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to the structure of a juice pan in the vicinity of a gas burner section for a stove in a gas combustion device.

Prior Art Conventional technology, for example, Utility Model Application No. 131307/1983
-29028) Publication (Fig. 4), the structure of the soup receiver of the gas staple stove is as follows:
Also, the soup is served by a plate 15.

Directly below the air intake port 17 at the center of the annular burner head 16, the juice tray is covered with a plate 15, and a hole 18 that also serves as an air intake port is provided directly below the burner head 16.
A protrusion 21 is provided to support the support portion 19 of the mixing tube 20 .

Also, Utility Model Application No. 59-70118 (Utility Application No. 57-1602)
79) Publication (Fig. 5), in consideration of secondary air, the soup receiver is provided with a cover plate 22 above the blood 15, and a ventilation gap 23 is provided between them, but the center of the burner head 16 is Directly below the air intake port 17 of the section, no consideration has been given to a liquid receptacle.

Problems to be Solved by the Invention However, in the conventional gas burner section for a stove, for example, the secondary Air can only be taken in through the hole 18 or between the pot and the saucepan 15, so the hole 18 needs to have a sufficiently large hole diameter. This would corrode the mixing tube 20, posing a risk of gas leakage, explosion, etc. Also, Utility Model Application No. 59-70118 (Utility Application No. 57-16027)
No. 9) Publication (Fig. 5) states that the soup tray has a cover plate 2 on the top of the dish 15.
2, and consideration has been given to the intake of secondary air, but there is no consideration given to the liquid receptacle directly below the air intake port 17 in the center of the burner head 16, so that the boiling liquid always enters the equipment. There was a danger that this would corrode the mixing pipes, which could eventually lead to gas leaks and explosions.

Therefore, since table stoves are relatively inexpensive, they were often discarded at the end of their service life, but in the case of built-in stoves built into system kitchens, customers can remove the stove. In addition, compared to table stoves, it is difficult to detect (and almost impossible to replace) dangerous conditions from outside the built-in equipment, making it difficult to maintain safety over a long period of time. It was extremely difficult.

The present invention solves these conventional problems, and takes into consideration the intake of secondary air, is easily removable, is hygienic, has ease of service, and has improved durability. The purpose of the built-in cooktop soup tray is to make it a structure.

Means for Solving the Problems In order to achieve the above object, the built-in cooking stove of the present invention includes a soup receiver disposed on a dish, a plurality of burner heads disposed on the upper side of the dish, and a saucer disposed on the bottom surface of the dish. A plurality of mixing pipes are arranged on the side, a through hole is provided in the saucer plate so that each of the burner heads can be connected to each mixing pipe, and a ring cover to prevent boiling over is placed over the burner head and covers the through hole. The upper cover plate-like soup receiver is provided with a gap for guiding secondary air on the upper side of the plate, and the boiling-over prevention ring cover and the cover plate-like soup receiver are equipped with a plate. It is a configuration that integrates the

Function In the built-in stove of the present invention, the prevention ring cover and the upper cover plate-like soup tray are integrated, so compared to when they are separate,
Not only does it increase the amount of juice received, but the soup pan has a sufficient amount of secondary air between the plate and the plate-shaped soup pan, so we purposely installed the secondary air intake near the air intake in the center of the burner head. There is no need to provide an opening, the infiltration of broth into the equipment is almost completely eliminated, and the equipment can be maintained in a safe and durable state for a long period of time.

EXAMPLE Hereinafter, an example of the present invention will be described based on the drawings.

As shown in FIG. 1, there is a pot 2 on top of the pot 1.

A burner cap 4 is placed on the annular burner head 3.
There is. A saucepan 5 is integrally provided around the burner head 3 to receive the entirety of each burner head 3, and a saucepan 5 is provided to receive the spilled boiling soup from the pot 2. The soup receiver has an annular burner head 3 arranged on the upper side of the dish 5, a mixing pipe 6 arranged on the lower side, and a through hole 7 in the dish 5 to connect them. . In addition to covering each burner head 3, there is also a boil-over prevention ring 8 part that covers the through hole 7, a liquid pan on the top side of the dish 5, and a certain gap 2 between the liquid pan and the blood 5 to form an upper cover plate. The soup tray is an upper cover 10 that integrates a dish portion 9.
has been set up. - On the other hand, a saucer 12 directly below the central air intake 11 of the burner head 3 is covered with a saucer 5 to prevent boiling over. Therefore, the secondary air for combustion flows through the above-mentioned gap 1, rises from the central air intake 11, and is used for combustion.

In addition, although the embodiment shown in FIG. 1 is an example in which the burner head 3 has a central air intake 11, the same structure as shown in FIG. Needless to say, it's a good thing.

Also, considering the amount of liquid that will be absorbed when boiling over, the upper cover 10
If the bottom of the frame part 13 is covered, not only the area will be expanded, but also the amount of juice received will be increased. Also, from the viewpoint of ease of cleaning after boiling over, it is better to make it as small as possible. Therefore, by arranging as many covers 10 on the upper part 6 as there are burner heads 3 in a shape that connects the frame 13 for each burner head 3 as shown in FIGS. It can cover almost the entire area. Their appearance is shown in Figure 3.

Effects of the Invention As described above, according to the built-in stove of the present invention, the following effects can be obtained.

(1) The area directly below the air intake in the center of the burner head is covered with a saucer, and the gap between the upper cover and the saucer serves as the air intake, so the area directly below the Since there is no need to provide an air intake hole, there is no risk of boiling liquid entering the inside of the device and corroding the inside of the device, as well as causing gas leaks, which is required in the past, and the long-term durability required for a built-in stove. It is possible to further improve the quality of the sex.

(2) The burner boat part and the upper plate-like soup pan, which are the most likely to get dirty due to boiling over boiling water, are integrated with the dish part as an upper cover, so the soup pan that covers the entire area does not stain the dish. You can remove the small top cover that divides the dish into separate parts for each burner to clean the spilled liquid pan over the burner area, so it is small and easy to remove, and it is easy to clean, so you can keep it clean for a long time as an assembled stove. be.

(3) Since the burner boat part and the upper plate-shaped soup pan are integrated into the top cover with the dish part, the soup pan can be set to a size that is sufficient to cover the amount of soup per burner. can.

[Brief explanation of the drawing]

Fig. 1 is a cross-sectional view of the main parts of a stove burner section which is an embodiment of the present invention, Fig. 2 is a cross-sectional view of main parts which is an embodiment of another burner, and Fig. 3 is a sectional view of the main parts of the stove burner section. The exploded perspective view, FIGS. 4 and 5, are cross-sectional views of the burner portion of a conventional gas stove. 1...like, 2...pot, 3...
...Burner head, 4...Burner cap, 5...Soup tray, 6...Mixing pipe, 7
...Through hole, 8... Boil-over prevention ring part, 9... Upper cover plate-shaped soup tray is dish part, 10...
...Top cover, 11... Central air intake, 13... Frame. Name of agent: Patent attorney Toshio Nakao / -m-
Gotoku 3- Burner head.

Claims (1)

[Claims] A juice tray, a plurality of burner heads arranged on the upper side of the juice tray, a plurality of mixing tubes arranged on the lower side of the juice tray, and each burner head can be connected to each mixing tube. A through-hole provided in the soup tray, a boiling-over prevention ring cover that covers the burner head and covers the through-hole, and a gap for guiding secondary air on the top side of the soup tray. A built-in cooking stove comprising an upper covered plate-shaped soup tray, and configured such that the overboiling prevention ring and the covered plate-shaped soup tray are integrated for each burner.