CN203940429U - An energy-saving gas stove - Google Patents

Abstract

The utility model discloses an energy-saving gas cooking range, including water conservancy diversion conical member, play fire copper lid, embedded surface mixing component and base, play fire copper lid, embedded surface mixing component, base and even gas board mutually support and form mixed combustion exocoel and mixed combustion inner chamber, and mixed combustion exocoel and mixed combustion inner chamber communicate through a plurality of meshs of embedded surface mixing component, be equipped with a plurality of outer flame throws hole with mixed combustion exocoel intercommunication on the outer lane of going out fire copper lid, be equipped with a plurality of inner flame throws holes with mixed combustion inner chamber intercommunication on the inner circle of going out fire copper lid; and the middle parts of the flow guide conical piece and the fire outlet copper cover are provided with vent holes which are communicated with the top from the bottom, and the vent holes are provided with air holes which are respectively communicated with the mixed combustion outer cavity and the mixed combustion inner cavity. The utility model discloses an energy-conserving gas range head makes the gas abundant homogeneous mixing in the gas mixing chamber, makes the burning more abundant, improves combustion efficiency.

Description

An energy-saving gas stove

technical field

The utility model relates to the technical field of gas stoves, in particular to an energy-saving gas stove head. the

Background technique

The so-called gas stove refers to kitchen utensils that are directly heated by gaseous fuels such as liquefied petroleum gas, artificial gas, and natural gas. In the gas stove, the most important thing is the gas stove head, which can convert gas into flame for heating. In the gas cooker of the prior art, the air intake pipe generally enters from the side of the gas mixing chamber of the cooker head. For a larger cooker head, since the mixing chamber surrounding the embedded surface combustion component is relatively large, it is easy to cause uneven distribution of gas in the mixing chamber. This results in an uneven distribution of heat along the circumference. the

Today, with the soaring international oil price and the promotion of energy saving and emission reduction, how to improve the efficiency of gas use and prolong the life of the stove has become an urgent problem to be solved. the

Contents of the invention

Aiming at the deficiencies in the above-mentioned prior art, the utility model provides an energy-saving gas cooker, which adopts multi-hole air intake to make the gas fully and evenly mixed in the gas mixing chamber, so that the combustion is more complete and the combustion efficiency is improved. the

In order to achieve the above object, the utility model is realized through the following technical solutions:

An energy-saving gas cooktop, comprising a diversion cone, a fire outlet copper cover, a fitted surface mixing component and a base, the fire outlet copper cover is installed above the base, and the base is provided with an air intake pipe extending into the base of the base Inner cavity, the inside of the base is equipped with a uniform gas plate, the embedded surface mixing component is an annular mesh structure with a plurality of mesh holes, its top is detachably connected to the fire outlet copper cover, and its bottom is connected to the uniform The gas plate is detachably connected, and the fire outlet copper cover, the embedded surface mixing component, the base and the gas uniform plate cooperate with each other to form a mixed combustion outer cavity and a mixed combustion inner cavity, wherein the mixed combustion outer cavity is located on the embedded surface Outside the annular mesh of the mixing member, the mixing combustion inner chamber is located inside the annular mesh of the embedded surface combustion member, and the mixed combustion outer chamber and the mixing combustion inner chamber pass through the plurality of meshes of the embedded surface mixing member The holes communicate with each other, the diversion cone is set in the mixed combustion cavity, and is located above the gas uniform plate and below the fire copper cover, and the outer ring of the fire copper cover is provided with a plurality of The outer fire hole communicating with the mixed combustion outer cavity, the inner ring of the fire copper cover is provided with a plurality of internal fire holes communicated with the mixed combustion inner cavity; the diversion cone and the fire copper The middle part of the cover is provided with a ventilation hole leading from the bottom to the top, and the ventilation hole is provided with air holes, which communicate with the mixed combustion outer cavity and the mixed combustion inner cavity respectively.

As an improvement to the above technical solution, the outer flame spray holes are 1-2 circles, and are evenly dislocated on the outer circle of the fire outlet copper cover. the

Compared with prior art, the beneficial effect of the utility model is:

In the gas stove head of the utility model, ventilation holes are added in the middle of the diversion cone, and are respectively connected with the mixed combustion outer cavity and the mixed combustion inner cavity, which increases the sufficient mixing of oxygen in the air and liquefied petroleum gas, and makes the combustion more complete , reaching 20% of the original energy-saving effect, the combustion chamber is enlarged to increase the mixing degree of air, save gas, make combustion more complete, and improve combustion efficiency.

Description of drawings

Fig. 1 is the structural representation of the utility model. the

Reference signs: 1. diversion cone; 2. fire copper cover; 3. embedded surface mixing component; 4. base; 5. air intake pipe; 6. gas uniform plate; Mixed combustion inner cavity; 9. Outer fire hole; 10. Inner fire hole; 11. Ventilation hole. the

Detailed ways

In order to make the above-mentioned features and advantages of the present invention more comprehensible, the following specific examples are given together with the accompanying drawings and described in detail as follows, but the present invention is not limited thereto. the

The utility model discloses an energy-saving gas stove head, which comprises a diversion cone, a fire outlet copper cover, an embedded surface mixing component and a base, and the fire outlet copper cover, the embedded surface mixing component, the base and a gas uniform plate cooperate with each other to form a mixed combustion The outer cavity and the mixed combustion inner cavity, and the mixed combustion outer cavity and the mixed combustion inner cavity are communicated through a plurality of mesh holes of the embedded surface mixing component, and the outer ring of the fire copper cover is provided with a plurality of The outer fire hole communicating with the mixed combustion outer cavity, the inner ring of the fire copper cover is provided with a plurality of internal fire holes connected with the mixed combustion inner cavity; the diversion cone and the fire copper cover The middle part is provided with a ventilation hole leading from the bottom to the top, and the ventilation hole is provided with air holes, which communicate with the mixed combustion outer cavity and the mixed combustion inner cavity respectively. The energy-saving gas range head of the utility model enables the gas to be fully and evenly mixed in the gas mixing chamber, so that the combustion is more complete and the combustion efficiency is improved. the

Claims (2)

1. an energy saving gas range, comprise water conservancy diversion Tapered Cup, copper lid fires, inserted type surface hybrid component and base, it is characterized in that: described in the copper lid that fires be arranged on described base top, described base is provided with air inlet pipe, extend into the inner chamber of base, described base inside is provided with uniform gas board, described inserted type surface hybrid component is the ring network structure with multiple mesh, its top with described in the copper lid that fires removably connect, its bottom and described uniform gas board removably connect, the described copper lid that fires, inserted type surface hybrid component, base and uniform gas board complement each other to form mixed combustion exocoel and mixed combustion inner chamber, wherein, described mixed combustion exocoel is positioned at the ring network outside of described inserted type surface hybrid component, described mixed combustion inner chamber is positioned at the ring network inside of described inserted type surface combustion member, and described mixed combustion exocoel and mixed combustion inner chamber communicate by multiple mesh of described inserted type surface hybrid component, described water conservancy diversion Tapered Cup is arranged in described mixed combustion inner chamber, and be positioned at the top of described uniform gas board and the below of copper lid of firing, the described outer ring that fires copper lid is provided with the outer fire jetting hole that multiple and described mixed combustion exocoel is communicated with, the described inner ring that fires copper lid is provided with the interior fire jetting hole that multiple and described mixed combustion inner chamber is communicated with, the middle part of described water conservancy diversion Tapered Cup and the copper lid that fires is provided with from the air vent at sensible top, bottom, and described air vent is provided with pore, is communicated with respectively with mixed combustion exocoel and mixed combustion inner chamber.

2. energy saving gas range according to claim 1, is characterized in that: described outer fire jetting hole is 1-2 circle, on the outer ring of the described copper lid that fires, is evenly dislocatedly distributed.