CN201152567Y - Gas combustion range heat accumulation device - Google Patents

Abstract

The utility model relates to a heat accumulating device of a fuel gas stove, which is composed of an inner heat accumulating device and an outer heat accumulating device, wherein, the inner heat accumulating device is composed of an outer heat accumulating ring, an inner heat accumulating ring and a connecting rib which are connected into a whole, the outer heat accumulating device presents an annular shape, the inner heat accumulating device and the outer heat accumulating device are respectively positioned at the inner end part and the outer end part of a pot support, therefore, defects that when a cookware is directly heated by the prior fuel gas stove, the heat intensity of the outer flame range of the flame is weaker, the heat quantity is lost, and the gas is consumed are overcome, the heat is accumulated, the gas is saved, and the heating effect is good. The heat accumulating device is made of high temperature resistant heat-sensitive material, the appearance adopts a circle or a polygon, the inner heat accumulating device and the outer heat accumulating device can be matched for use or used separately, and the heat accumulating device can be integrally designed with the fuel gas stove or cookware.

Description

Gas stove heat collector

technical field

The utility model relates to a heat collector for a gas stove used for cooking a civil gas appliance.

Background technique

At present, the widely used civilian gas stove directly heats the pot after the gas is burned. During use, the heat intensity of the outer flame zone of the flame is weak, some heat is lost, and the gas consumption is relatively large.

Utility model content

Aiming at the shortcomings of the above-mentioned gas stove, the purpose of this utility model is to provide a heat collector for a gas stove that protects the pot, gathers heat and saves gas.

The technical scheme of the utility model is: 1. the inner heat collector integrated with one or more outer heat-collecting rings, inner heat-collecting rings and several connecting ribs is placed on the inner end of the pot support. ②The outer heat collector is placed on the outer end of the pot support. ③The heat collector is made of heat-resistant heat-sensitive material. ④The appearance can be circular or polygonal. ⑤ When designing with the gas stove as a whole, the connecting ribs are not required.

The advantages of the utility model are: ① After the gas stove is burned, the heat is collected by the heat collector, which can increase the heat intensity of the outer flame area of the flame, and avoid the disadvantages of limited temperature and heat intensity at the bottom of the pot when the gas directly heats the pot. ② It can accumulate lost heat, save gas and enhance the heating effect.

Description of drawings

Fig. 1 is a top view of the circular structure of the utility model;

Fig. 2 is a sectional view along A-A of Fig. 1 .

Detailed ways

Now in conjunction with the accompanying drawings, the technical content of the utility model will be further described by taking the circular and two-layer inner heat collector structure as an example.

The inner heat collector (1) is composed of an outer heat collector ring (2), an inner heat collector ring (3) and three connecting ribs (4), and the connecting ribs (4) connect the outer heat collector ring (2) and the inner heat collector Ring (3) is connected as a whole. The inner heat collector (1) rests on the inner end of the pot support (7).

The outer heat collector (5) is annular and rests on the outer end of the pot support (7).

The quantity of the outer heat collecting rings (2) of the inner heat collecting device (1) of the utility model can be matched with the number of fire path rings of the gas stove burner.

The inner heat collector (1) and the outer heat collector (5) of the present utility model can be used together, and can also be used alone.

The utility model can be integrally designed with the gas stove, and can also be integrally designed with the pan. When integrally designed with the gas stove, the connecting ribs (4) may not be required, and the outer heat-gathering ring (2) and the inner heat-gathering ring (3) are respectively arranged on corresponding burner fire channels.

Claims (3)

1, a kind of gas-cooker heat collector, it comprises stove (6) and pan bracket (7), it is characterized in that: interior heat collector (1) is made up of the outer heat absorbing ring (2) that is connected as a single entity, interior heat absorbing ring (3) and dowel (4), and outer heat collector (5) ringwise.

2, a kind of gas-cooker heat collector according to claim 1 is characterized in that its profile can be circle or polygon.

3, a kind of gas-cooker heat collector according to claim 1, it is characterized in that shouldn't dowel (4) when with the gas-cooker global design.

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