JPS6124816Y2 - - Google Patents

Description

[Detailed description of the invention] This invention relates to a gas stove. Conventionally, as shown in FIG. 1, a gap C is provided in an opening B provided in a soup pan A to allow the main burner D to protrude, and a juice pan cover E is provided to cover the gap C to prevent the boiling liquid from flowing into the gap C. Gas stoves are known that prevent the fall of the strands and further provide a window F in the cover E for the flame of the ignition burner G to ignite the main burner D (for example, Utility Model Publication No. 56-144932). ).
According to this, it is possible to prevent the boiling liquid from falling into the inside of the stove, but if the position of the ignition burner G and the window F becomes misaligned when the soup cover E is removed and reinstalled for cleaning etc., the main burner D This causes the inconvenience of not being able to ignite.

Therefore, this invention provides a gas stove that eliminates the above-mentioned disadvantages, and will be described in detail below with reference to the drawings. Reference numeral 2 denotes a juice tray placed on the main body 1, and is provided with an opening 3. A main burner 5 projects from the opening 3 with a gap 4 therebetween. The main burner 5 includes a burner body 6 attached to the body 1.
and a removable burner cap 7, and the burner main body 6 is provided with a juice receiving cover 8 which covers the gap 4 and is removably attached to the burner body 6. Reference numeral 9 denotes a window provided in the juice pan cover 8 through which the flame 1 of the ignition burner 10 can be seen.
1 will help pass.

12 is a juice receiving member that receives the broth from the window 9;
Even if boiled over water occurs during cooking and falls through the window 9, it is collected in the soup receiving part 13 and prevented from flowing out to other parts. 1
4 is the upper end of the liquid receiving member 12, and the window 9 serves as a positioning portion for the liquid receiving cover 8 to correspond to the ignition burner 10. In this example, the window 9 is the ignition burner 10
2, the upper end 14 protrudes from the window 9 as shown in FIG. 2, so that the juice receiving cover 8 is securely attached to the burner body 6. However, if the window 9 is located away from the ignition burner 10 as shown in FIG. The window 9 of the upper end 14 serves as a positioning portion for the liquid receiving cover 8 corresponding to the ignition burner 10. 15 is a receiving part of the juice receiving member 12.

In FIG. 5 showing another example, the upper end 14 serving as the positioning portion engages with the lower side of the window 9 in the inclined soup pan cover 8, so that the window 9 corresponds to the ignition burner 10. 8 is being positioned. This example has a frame guide 16 that reliably guides the flame 11 of the ignition burner 10 to the window 9. 17 is a window for the flame 11 in the juice receiving member 12. In these examples, the burner cap 7 and the burner body 6 are separate and removable bodies, but it is of course possible to use an integral structure in which the two are integrated.

In FIG. 6, which shows still another example, the upper end 14 of the juice receiving member 12, which is the positioning part of the juice receiving cover 8, does not protrude beyond the window 9, but the upper end 14 of the juice receiving member 12, which is the positioning part of the juice receiving cover 8, does not protrude beyond the window 9, but a recess 19 formed on the back surface 18 of the window 9. and position the juice pan cover 8. If the window 9 is removed from the ignition burner 10, the upper end 14 will not fit into the recess 19, so the back surface 18
When this occurs, the juice receiver cover 8 can be lifted up to prevent secure attachment to the burner body 6. In this example, the juice receiving cover 8 is integrally constructed with the burner cap 7.

The present invention is as described above. First, when the ignition burner 10 is ignited, the flame 11 comes out from the window 9 and ignites the main burner 5. Even if boiled over water occurs during cooking, the gap 4 is covered with the soup cover 8, so that it can be prevented from falling into the inside of the main body. Even if the broth falls from the window 9, it is received by the juice receiving part 13 of the soup receiving member 12, so that it does not flow out to the outside and does not stain other parts. When the juice receiving part 13 is full of broth, it can be removed from the receiving part 15 and thrown away.

When removing the soup cover 8 to clean the soup pan 2 and the soup receiving member 12 and reinstalling it on the burner body 6, if the window 9 comes off from the ignition burner 10 and you try to install it in a state where it does not fit, the soup pan cover 8 will be damaged. 8 is not securely installed due to the upper end 14 and the ignition burner 10
It is reported that the window 9 for the flame 11 has come off from the ignition burner 10 and is not compatible with the main burner 5, making it impossible to ignite the main burner 5. Therefore, if the juice receiving cover 8 is attached to the burner body 6 so that the window 9 corresponds to the ignition burner 10, the attachment can be ensured.

As mentioned above, the proposed gas stove has 1 ignition burner.
Since the soup receiving member 12 is provided to receive the broth from the window 9 for the zero flame 11, the broth that falls from the window 9 is collected in the soup receiving portion 13 of the soup receiving member 12 and prevented from flowing out to the outside. In addition, since the upper end 14 of the juice receiving member 12 is used as a positioning part for the window 9 to correspond to the ignition burner 10, the window 9
0 and the flame 11 cannot fly toward the main burner 5, the juice pan cover 8 is not securely attached to the burner body, and it is possible to notify the incorrect position of the window 9 and eliminate the conventional inconvenience. I can do it.

[Brief explanation of the drawing]

Figure 1 is a cutaway diagram of the main parts of a conventional gas stove, Figure 2
The figure is a cutaway side view of the proposed gas stove, Figure 3 is a perspective explanatory view of the main parts, Figure 4 is an enlarged cutaway side view of the main parts when the juice pan cover is not securely attached to the burner body, and Figure 5 is another example. Fig. 6 is an enlarged cut side view of the main part of still another example. 1...Main body, 2...Soup saucer, 3...Opening, 4...
...Gap, 5...Main burner, 8...Soup pan cover, 9...Window, 10...Ignition burner, 11...
flame, 12... juice receiving member, 13... juice receiving part, 14...
...Top end, 16...Frame guide, 19...Recess.

Claims (1)

[Scope of utility model registration request] The main burner is provided with a gap in an opening provided in a soup tray placed on the main body so that the main burner projects therefrom, and a soup tray cover that covers the gap is removably attached to the burner body of the main burner. A gas stove in which the cover is provided with a window for the flame of an ignition burner, characterized in that the upper end of the soup receiving member that receives the boiled liquid from the window is a positioning part so that the window corresponds to the ignition burner. .