KR20040069956A - Juice saucer of inner-frame-type burner - Google Patents

Abstract

PURPOSE: A sauce receiving plate for a fire-resistance burner is provided to exactly extract the sauce receiving plate disposed at the inner diameter of the burner and to increase strength of the sauce receiving plate by integrally forming a projection and a plate body by an extrusion molding. CONSTITUTION: In a sauce receiving plate(9) detachably installed to the lower side of the inner diameter of an annular fire-resistance burner(4) mounted to a portable cooking furnace, a projection(93) having a closed upper section and being a knob unit for the sauce receiving plate is set up in the center of the body. The height of the projection is higher than a peripheral wall surface(91) of a plate body(90), and the projection is integrally formed with the plate body by extrusion molding.

Description

Dish tray for flame retardant burner {JUICE SAUCER OF INNER-FRAME-TYPE BURNER}

The present invention relates to a soup plate dish for an annular flame retardant burner disposed in a furnace.

When arranging an annular flame-resistant burner in the furnace, the soup boiled in the cooking vessel (hereinafter simply referred to as broth) may fall on the inner diameter of the burner, so the lower inner diameter of the burner is lower. A soup tray is installed in the soup tray so that the soup can be picked up by the soup tray (see Patent Document 1, for example).

The soup tray needs to be pulled upward to clean. Thus, conventionally, as shown in Fig. 3, the arch-shaped handle b formed of a wire on the upper end of the circumferential wall portion of the soup dish plate a is axially supported in a undulating manner, and in the state where the handle b is upright. The soup tray (a) is pulled out.

[Patent Document 1] Japanese Patent No. 2904627 (2 pages, Fig. 2)

In the conventional soup tray, the handle (b) is laid on the vicinity of the circumferential wall of the soup tray (a) so that the flame of the burner does not touch the handle (b) during the use of the burner. Here, the broth falls from the bottom of the cooking vessel to the soup dish plate (a), which rarely reaches the center of the bottom surface of the cooking vessel. Therefore, the broth often falls near the circumferential wall portion of the broth dish, and the broth tends to bury the handle b. In addition, when the handle (b) sticks to the soup tray (a) by the drying and solidification of the broth, the handle (b) cannot be raised, and sometimes it becomes difficult to take out the soup tray (a).

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and an object thereof is to provide a soup bowl for flame retardant burners having a simple structure that can be reliably maintained.

BRIEF DESCRIPTION OF THE DRAWINGS The perspective view of the furnace provided with the soup bowl of embodiment which concerns on this invention.

FIG. 2 is a sectional view of principal parts of the furnace shown in FIG. 1; FIG.

3 is a perspective view of a conventional soup tray

Explanation of symbols on the main parts of the drawings

4-flame retardant burner 4a-flamehole

9-Dish tray 90-Dish body

91-perimeter wall 93-projection

93a-top side

MEANS TO SOLVE THE PROBLEM In order to solve the said subject, this invention becomes a handle part of the said soup tray in the center part of a dish main body in the soup tray which is detachably installed below the inner diameter part of the annular flameproof burner arrange | positioned in a stove. Protuberances with occluded top surfaces are formed.

According to the above structure, the soup tray can be taken out by holding the projection with a finger. And unlike the conventional handle, it is difficult to catch the projections under the influence of the soup, and the detachability of the soup tray is reliably maintained. In addition, even when the broth falls on the bottom of the cooking vessel and falls from the center to the protrusion, the broth is reliably captured by the soup tray because the top surface of the protrusion is blocked.

Here, it is preferable that the height of the projection is set higher than the height of the circumferential wall of the main dish body so that a finger touches the soup in the soup tray when possible.

It is also possible to form the projections as a separate member and to fix the projections to the dish body by welding or the like. However, when the protrusions are integrally formed with the dish body by extrusion molding, the rigidity of the soup tray is improved and the number of parts is increased. It is advantageous because the production cost can be reduced by reducing the cost.

Embodiment of the Invention

EMBODIMENT OF THE INVENTION Hereinafter, embodiment of this invention is described in detail based on drawing.

FIG. 1 shows a glass top furnace of a drop-in type in which an upper plate (hereinafter referred to as a glass upper plate) 2 formed of heat-resistant glass such as ceramic glass is mounted on the upper surface of the furnace body 1. A pair of left and right furnace openings 3 and 3 are formed in the glass upper plate 2, and an inward flame hole is provided at the lower side of the glass upper plate 2 so as to face each furnace opening 3 as shown in FIG. 2. Arrange flame-retardant burner (4) having a portion (4a), and through the flame guide (5) installed on the burner (4) so that the flame (f) of the burner (4) is guided into the furnace opening (3) have. In addition, a protective ring 6 for preventing cracks is attached to the edge of the furnace opening 3.

On the glass upper plate 2, a pair of left and right operation knobs 7 and 7 for the left and right burners 4 and 4 are arranged on the front side thereof, and the pair of left and right pairs of furnace openings 3 and 3 are corresponded to each other. A pair of left and right trivets 8 and 8 on which the cooking vessel P is placed is placed. The trivet main body 80 of each trivet 8 is comprised by the some tricycle protrusion 81 arrange | positioned at intervals in the circumferential direction, and the annular tricycle frame 82 which connects these tricycle protrusions 81. As shown in FIG. In the present embodiment, the trivet 81 and the trivet 82 are integrally casted with an iron-based material, for example, stainless steel.

The trivet 82 is also used as a covering for covering the protective ring 6 at an interval from above. Then, the triangular protrusion (83) inserted into the furnace opening (3), that is, the protective ring (6) at relatively small intervals is formed on the lower surface of the tricycle (82), so that the tricycle (8) is the furnace opening ( The movement in the direction shifted with respect to the center of 3) can be regulated by the contact of the protrusion 83 with the protective ring 6. However, since the tricycle 8 cannot be rotated in the circumferential direction of the furnace opening 3, if the tricycle 81 is placed directly on the glass top plate 2, the tricycle 8 rotates by the rotation of the tricycle 8. The top plate 2 is scratched.

Therefore, in the present embodiment, the brass spacer member 84 is attached to the seating portion with respect to the glass top plate 2 of the triangular protrusion 81, and the trivet protrusion 81 is the spacer member 84. The upper surface of the glass upper plate 2 is placed through. Here, brass has a lower hardness than glass, so that scratches caused by the spacer member 84 on the glass upper plate 2 are less likely to occur. In addition, since aluminum is also lower in hardness than glass, the spacer member 84 may be made of aluminum. However, aluminum is preferably made of brass because aluminum is easily oxidized.

In the case where the spacer member 84 is brought into point contact with the glass upper plate 2, the contact pressure increases, which may cause scratches. Therefore, the lower end of the spacer member 84 is disposed on the flat surface 84a. The spacer member 84 is in surface contact with the glass upper plate 2.

In addition, the spacer member 84 is formed in a hexagonal columnar shape, protrudes the male screw 85 on the upper end, and forms a female screw 86 at the lower portion of the trident protrusion 81 to form the spacer member ( 84) is screwed to the trivet (81).

Below the inner diameter part (the space enclosed by the burner) of the said burner 4, the soup receiving plate 9 for receiving the soup falling to this inner diameter part is provided. The soup tray 9 is detachably provided with a flange 92 formed to bend outwardly from the upper end of the circumferential wall portion 91 of the dish main body 90 to the annular support frame 10 fixed to the burner 4. Supported.

The soup receiving plate 9 is formed with a protrusion 93 having an upper surface 93a occluded at the central position of the dish main body 90. And holding the projection 93 with a finger, it is possible to lift the soup plate (9). In this embodiment, the protrusion 93 is formed integrally with the dish main body 90 by extrusion molding.

The height of the projection 93 is set higher than the height of the circumferential wall portion 91 of the dish main body 90 so that a finger can contact the soup in the soup receiving plate 9 when the projection 93 is held. It is.

At the time of burning of the burner 4, the secondary as shown by the arrow 에 in FIG. 2 directed to the flame hole portion 4a through a gap between the burner 4 and the support frame 10 due to the negative pressure generated in the inner diameter portion. An air stream is created. Here, if the upper end of the projection 93 is open, air is sucked into the inner diameter portion of the burner 4 through the inner circumference of the projection 93, so that the amount of secondary air directed to the flame hole portion 4a is reduced and combustibility is achieved. Will adversely affect. However, in this embodiment, since the upper end surface 93a of the projection 93 is blocked, such a bad situation as described above does not occur.

In addition, even when the broth falls on the bottom surface of the cooking vessel P and falls from the center to the protrusion 93, the broth is secured by the soup tray 9 since the upper surface 93a of the protrusion 93 is blocked. Is captured.

In addition, although it is also possible to comprise the protrusion 93 as a separate member which attaches to the dish main body 90, when the protrusion 93 is integrally formed in the dish main body 90 by extrusion molding like the present embodiment, a broth It is advantageous because the rigidity of the receiving plate 9 can be improved and the production cost can be reduced.

As mentioned above, although embodiment of this invention was applied to the soup tray 9 arrange | positioned at the inner diameter part of the flameproof burner 4 provided in the glass top stove of a drop-in type, the sheet metal stove and the upper plate were described. The present invention can also be applied to the soup tray for flame retardant burners installed in zero furnace.

As described above, according to the present invention, it is possible to provide a soup bowl for flame retardant burners having a simple structure so that detachability can be reliably maintained.

Claims (3)

In the soup tray which is detachably installed below the inner diameter part of the annular flame-retardant burner arrange | positioned in a stove, A soup plate for flame retardant burners, characterized by forming a projection having a closed upper surface to be a handle portion of the soup plate in the central portion of the dish body. The method according to claim 1, The height of the projection is set so as to be higher than the height of the circumferential wall portion of the plate body, flame resistant burner soup plate. The method according to claim 1 or 2, The projections are dish plate for flame resistant burner, characterized in that formed integrally with the dish body by extrusion molding.