CN203240622U - Energy-saving stove with secondary air flow path - Google Patents

Abstract

The utility model relates to an energy-saving cooker with a secondary air flow path, comprising a cooker panel, a furnace groove, a liquid receiving plate, a secondary air channel, a burner head secondary air intake channel, a burner head, a burner, a furnace frame, Hob secondary air intake channels. The furnace head is connected with the furnace groove, the furnace head is provided with a furnace secondary air intake channel above the furnace groove, and a furnace frame is arranged above the furnace groove, and the furnace frame is connected with the liquid receiving plate; the furnace frame secondary The air intake channel, the gap between the liquid receiving plate and the furnace tank, and the secondary air intake channel of the furnace head form at least one secondary air channel. The beneficial effects of the utility model are as follows: adopting a concentrated intensified burner, and setting a one-piece furnace frame on the burner, so that the heat generated by the cooking stove is radiated to the water tray and then radiated back to produce energy gathering effect; at the same time, the preheating The secondary air allows the heat energy radiated from the burner to be used again to achieve energy-saving effects; in addition, the secondary air channel formed makes the air flow path for the air to be drawn in smoother, which can reduce the burner's secondary air intake. The energy required to achieve the effect of energy saving.

Description

An energy-saving cooker with a secondary air flow path

technical field

The utility model relates to cooking utensils, in particular to an energy-saving cooking utensil provided with a secondary air flow path. the

Background technique

At present, the thermal efficiency of most cookers is basically the same as the national standard, and because the burner of the gas cooker is an atmospheric burner, it is more difficult to improve the efficiency, and the shortage of energy makes people have to find ways to think Improve energy utilization. The current stoves are generally provided with natural secondary air without special channels, which will cause the secondary air to interfere with each other during the supply process, resulting in insufficient supply of secondary air and affecting combustion efficiency. In addition, the heat radiated by the burner is generally radiated out and not used, so that the efficiency cannot be improved. In view of the above details, an energy-saving cooker with a secondary air flow path has been developed. the

Utility model content

In view of the above defects, the utility model provides an energy-saving and environment-friendly energy-saving stove with a secondary air flow path, which can make full use of radiated heat energy, ensure a smooth secondary air flow path, and help improve cooking efficiency. Many deficiencies in technology. the

In order to achieve the above object, the utility model adopts the following technical solutions:

An energy-saving cooker with a secondary air flow path, comprising a cooker panel 1, a furnace tank 2, a liquid receiving plate 3, a secondary air channel 4, a burner head secondary air intake channel 5, a burner head 6, a burner 7, Stove rack 8, hob rack secondary air intake channel 9, the cooker panel 1 is provided with a furnace tank 2, and a furnace rack 8 is installed in the furnace tank 2, and the feature is that the furnace head 6 is connected to the furnace tank 2 Get up, the furnace head 6 has a furnace head secondary air intake channel 5 above the furnace tank 2, a furnace rack 6 is arranged above the furnace tank 2, and the furnace rack 8 is connected with the liquid receiving tray 3; The gas channel 5, plus the gap between the liquid receiving plate 3 and the furnace tank 2, and the furnace head secondary air inlet channel 5 form at least one secondary air channel 4. the

The beneficial effect of the energy-saving cooker with the secondary air flow passage described in the utility model is that: a concentrated and strengthened burner is adopted, and a one-piece hob is arranged on the burner, so that the heat generated by the burner of the cooker radiates to the water tray and is then absorbed by the water tray. Radiate back to produce energy gathering effect; at the same time, preheating the secondary air makes the heat energy radiated from the burner to be used again to achieve energy saving effect; in addition, the formed secondary air channel makes the air flow path of the air lead in more efficient Smooth, can reduce the energy required by the burner to lead the secondary air, and achieve the effect of energy saving. the

Description of drawings

Below according to accompanying drawing, the utility model is described in further detail. the

Fig. 1 is a schematic diagram of the decomposition structure of the energy-saving cooker described in the embodiment of the present invention;

Fig. 2 is an internal cross-sectional view of the secondary air flow path of the energy-saving cooker according to the embodiment of the present invention. the

In the picture:

1. Cooker panel, 2. Furnace tank, 3. Liquid receiving plate, 4. Secondary air channel, 5. Secondary air intake channel of burner head, 6. Burner head, 7. Burner, 8. Stove frame, 9 , The secondary air intake channel of the hob. the

Detailed ways

As shown in Figure 1-2, the energy-saving cooker with secondary air flow passage described in the embodiment of the utility model includes a cooker panel 1, a furnace tank 2, a liquid receiving plate 3, a secondary air channel 4, and a burner secondary Air intake channel 5, burner head 6, burner 7, stove rack 8, stove rack secondary air intake channel 9, the cooker panel 1 is provided with a furnace tank 2, and a furnace rack 8 is installed in the furnace tank 2, It is characterized in that the furnace head 6 is connected with the furnace tank 2, the furnace head 6 has a furnace head secondary air intake channel 5 above the furnace tank 2, and a furnace rack 6 is arranged above the furnace tank 2, and the furnace rack 8 is connected with the liquid receiving plate 3; the secondary air intake channel 5 of the furnace rack, plus the gap between the liquid receiving plate 3 and the furnace tank 2, and the secondary air intake channel 5 of the furnace head form at least one secondary air channel 4 The furnace groove (2) of the cooker panel (1) can be directly punched and formed on the cooker panel (1); the furnace groove (2) of the cooker panel (1) can be an independent furnace groove (2), and both sides are connected when connected; The frame (8) and the liquid receiving tray (3) are a conjoined structure. the

The above embodiment is one of the more preferred specific implementations of the utility model, and ordinary changes and substitutions performed by those skilled in the art within the scope of the technical solution shall be included in the protection scope of the utility model. the

Claims (4)

1. energy-saving kitchen range that possesses the auxiliary air current path, comprise stove panel (1), stove groove (2), liquid-bearing pan (3), secondary-air passage (4), burner auxiliary air inlet channel (5), burner (6), burner (7), grate (8), grate auxiliary air inlet channel (9), described stove panel (1) is provided with stove groove (2), and grate (8) is installed in the stove groove (2), it is characterized in that: burner wherein (6) couples together with stove groove (2), burner (6) has burner auxiliary air inlet channel (5) in the top of stove groove (2), stove groove (2) top is provided with grate (6), and grate (8) couples together with liquid-bearing pan (3); Grate secondary air inlet passage (5), add and the gap of liquid-bearing pan (3) and stove groove (2) add that burner auxiliary air inlet channel (5) forms at least one secondary-air passage (4).

2. the energy-saving kitchen range that possesses the auxiliary air current path according to claim 1 is characterized in that: the stove groove (2) of described stove panel (1) can be in directly punch forming of stove panel (1).

3. the energy-saving kitchen range that possesses the auxiliary air current path according to claim 1 is characterized in that: the stove groove (2) of described stove panel (1) can be stove groove (2) independently, and both sides connect during connection.

4. the energy-saving kitchen range that possesses the auxiliary air current path according to claim 1 is characterized in that: grate (8) is conjoined structure with liquid-bearing pan (3).

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