CN208547007U - A kind of energy-saving stove - Google Patents

Abstract

The utility model discloses a kind of energy-saving stoves, including hearth, it further include wind chamber, sliding bar, stove ring, wind chamber is connect by blast pipe with ring pipe, multiple flow valves two are equidistantly equipped on ring pipe, port of supplying gas is connected on flow valve two, it supplies gas and is connected to inside port and hearth, hearth top is equidistantly equipped with multiple sliding bars, and sliding bar is equipped with supporting plate, and stove ring is located at right above hearth inner cavity, stove ring lower end is connect with frame, lower frame is equipped with ring frame, and multiple blocks are equidistantly equipped on ring frame, and frame lower end is connect by groups of springs with annular chassis.The energy-saving stove of the utility model passes through in time to the supplement air of hearth inner cavity, so that combustion gas or fuel oil mix well with air, helps to burn, so that burning is more abundant, saves combustion gas.Realize that Combustion System high degree of automation, combustion efficiency is good, energy-efficient to the three class control for being passed through air capacity by groups of springs, flow valve two, supporting plate.

Description

A kind of energy-saving stove

Technical field

The utility model relates to kitchen range technical field, specially a kind of energy-saving stove.

Background technique

Kitchen range are a kind of culinary articles, all kinds of cooking stoves currently on the market, it is, in general, that function is more single, mainly Burning, and there are a variety of disadvantages, if combustion mode is rear mixing burning, i.e. combustion gas or fuel oil while furnace chamber inner combustion, Mixed with air, this necessarily causes Some gases or fuel oil to fail to mix well with air, thus cause Some gases or Fuel oil fails full combustion and is discharged from flue, not only energy waste, and environmental pollution is serious, and efficiency of combustion can not achieve Effectively control, consumption gas quantity is big, not energy-efficient.

Utility model content

The purpose of this utility model is to provide a kind of energy-saving stoves, have Combustion System high degree of automation, combustion efficiency Good, energy-efficient advantage solves big, the not energy-efficient problem of existing kitchen range consumption gas quantity.

To achieve the above object, the utility model provides the following technical solutions:

A kind of energy-saving stove, including hearth, further include wind chamber, sliding bar, stove ring, and the wind chamber passes through blast pipe and ring pipe Connection, the ring pipe are set on hearth excircle, and wind is intracavitary to be equipped with fan, are equidistantly equipped with multiple flow valves on ring pipe Two, port of supplying gas is connected on flow valve two, is connected to inside supply gas port and hearth, is set on the ring pipe of blast pipe side There is discharge pipe, discharge pipe one end is connected with conical opening；The hearth top is equidistantly equipped with multiple sliding bars, and sliding bar is equipped with branch Frame plate, the stove ring are located at right above hearth inner cavity, and stove ring lower end is connect with frame, and lower frame is equipped with ring frame, ring frame On equidistantly be equipped with multiple blocks, stop location is corresponding with port of supplying gas, frame lower end pass through groups of springs connect with annular chassis, ring Bottom is arranged in hearth in shape chassis, is equipped with ignition platform below hearth.

Preferably, the blast pipe, be equipped with flow valve one on discharge pipe.

Preferably, the flow valve two, port of supplying gas, block number be 4 or more.

Preferably, it is provided with bayonet on the sliding bar, supporting plate one end card and on bayonet, the length of supporting plate is greater than The horizontal distance of sliding bar and stove ring.

Preferably, the number of the fan is greater than 4.

It preferably, is concave arc shape on the outside of the block, concave arc shape is bonded with port side symmetrical shape of supplying gas.

Preferably, the spring number of the groups of springs is greater than 8.

Compared with prior art, the beneficial effects of the utility model are as follows:

The energy-saving stove of the utility model passes through in time to the supplement air of hearth inner cavity, so that combustion gas or fuel oil are filled with air Divide mixing, help to burn, so that burning is more abundant, saves combustion gas.To send by groups of springs, flow valve two, supporting plate The openings of sizes of gas port is controlled, and is realized to the three class control for being passed through air capacity, Combustion System high degree of automation, burning Effect is good, and consumption gas quantity is small, energy-efficient.

Detailed description of the invention

Fig. 1 is the utility model overall structure diagram；

Fig. 2 is the cross-sectional view of the utility model wind chamber；

Fig. 3 is the structural schematic diagram of the utility model sliding bar；

Fig. 4 is the structural schematic diagram of the utility model stove ring and associated components；

Fig. 5 is the structural schematic diagram of the utility model flow valve two, port of supplying gas.

In figure: wind chamber 1, fan 101, blast pipe 102, flow valve 1, ring pipe 104, flow valve 2 105, aspirating end Mouthfuls 106, discharge pipe 107, conical opening 108, sliding bar 2, supporting plate 201, stove ring 3, frame 301, ring frame 302, block 303, Groups of springs 304, annular chassis 305, hearth 4, ignition platform 401.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-5, a kind of energy-saving stove, including hearth 4 are please referred to, further includes wind chamber 1, sliding bar 2, stove ring 3, the wind chamber 1 It is connect by blast pipe 102 with ring pipe 104, the ring pipe 104 is set on 4 excircle of hearth, and fan is equipped in wind chamber 1 101, it is equidistantly equipped with multiple flow valves 2 105 on ring pipe 104, is connected with port 106 of supplying gas, aspirating end on flow valve 2 105 Mouthfuls 106 be connected to inside hearth 4, the ring pipe 104 positioned at 102 side of blast pipe is equipped with discharge pipe 107, discharge pipe 107 1 End is connected with conical opening 108；4 top of hearth is equidistantly equipped with multiple sliding bars 2, and sliding bar 2 is equipped with supporting plate 201, institute It states stove ring 3 to be located at right above 4 inner cavity of hearth, 3 lower end of stove ring is connect with frame 301, and 301 lower part of frame is equipped with ring frame 302, ring Multiple blocks 303 are equidistantly equipped on shape frame 302,303 position of block is corresponding with port 106 of supplying gas, and 301 lower end of frame passes through spring Group 304 is connect with annular chassis 305, and bottom is arranged in hearth 4 in annular chassis 305, is equipped with ignition platform 401 below hearth 4.

Flow valve 1 is equipped on the blast pipe 102, discharge pipe 107.

The flow valve 2 105, port 106 of supplying gas, block 303 number be 4 or more.

It is provided with bayonet on the sliding bar 2,201 one end card of supporting plate and on bayonet, the length of supporting plate 201 is greater than The horizontal distance of sliding bar 2 and stove ring 3.

The number of the fan 101 is greater than 4.

It is concave arc shape on the outside of the block 303, concave arc shape is bonded with 106 side symmetrical shape of port of supplying gas.

The spring number of the groups of springs 304 is greater than 8.

In use, by frying pan frame on stove ring 3, the switch ignition on ignition platform 401 is opened, since frying pan has when frame pot Certain weight can make groups of springs 304 compress downwards, so that stove ring 3, frame 301, ring frame 302, block 303 are whole Body moves downward certain displacement, its position is no longer completely corresponding with port 106 of supplying gas after block 303 moves down, and supplies gas port 106 not Opening is exposed by 303 block of block again, port 106 of supplying gas can be passed through sky from ring pipe 104 by the control of flow valve 2 105 Gas, supplement air and oxygen atmosphere to 4 inner cavity of hearth are sufficiently mixed with combustion gas, help to burn, so that burning is more abundant, save Combustion gas.Fan 101 in wind chamber 1 is constantly to 102 air blast of blast pipe, so that ring pipe 104 is passed through enough air, and by outlet air Air is discharged by conical opening 108 to realize that the air inside ring pipe 104 constantly recycles to for port of supplying gas in pipe 107 106 supply gas use.Flow valve 1 on blast pipe 102 can control air inlet rate, the flow valve 1 on discharge pipe 107 It can control out airspeed, flow valve 2 105 can control the rate that port 106 of supplying gas is supplied gas to 4 inner cavity of hearth.Supporting plate 201 can move up and down card and fixation on sliding bar 2, can adjust the height of supporting plate 201 as needed, supporting plate 201 can To block stove ring 3 to control the extreme displacement that stove ring 3 moves down, to supply gas to control the position that block 303 moves down The openings of sizes of port 106 is effectively controlled, and realizes the size for automatically controlling and being passed through air capacity.Pass through groups of springs 304, flow valve 2 105, supporting plate 201 may be implemented to the three class control for being passed through air capacity, Combustion System high degree of automation, combustion efficiency It is good, it is energy-efficient.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (7)

1. a kind of energy-saving stove, including hearth (4), it is characterised in that: it further include wind chamber (1), sliding bar (2), stove ring (3), it is described Wind chamber (1) is connect by blast pipe (102) with ring pipe (104), and the ring pipe (104) is set on hearth (4) excircle, Fan (101) are equipped in wind chamber (1), are equidistantly equipped with multiple flow valves two (105) on ring pipe (104), on flow valve two (105) It is connected with port of supplying gas (106), is connected to inside port of supplying gas (106) and hearth (4), is located at the annular of blast pipe (102) side It manages (104) and is equipped with discharge pipe (107), discharge pipe (107) one end is connected with conical opening (108)；Hearth (4) top is equidistant Equipped with multiple sliding bars (2), sliding bar (2) is equipped with supporting plate (201), the stove ring (3) be located at hearth (4) inner cavity just on Side, stove ring (3) lower end are connect with frame (301), and frame (301) lower part is equipped with ring frame (302), equidistant on ring frame (302) Equipped with multiple blocks (303), block (303) position is corresponding with port of supplying gas (106), and frame (301) lower end passes through groups of springs (304) it is connect with annular chassis (305), annular chassis (305) setting is equipped with igniting below hearth (4) interior bottom, hearth (4) Platform (401).

2. a kind of energy-saving stove according to claim 1, it is characterised in that: on the blast pipe (102), discharge pipe (107) It is equipped with flow valve one (103).

3. a kind of energy-saving stove according to claim 1, it is characterised in that: the flow valve two (105), port of supplying gas (106), the number of block (303) is 4 or more.

4. a kind of energy-saving stove according to claim 1, it is characterised in that: be provided with bayonet, bracket on the sliding bar (2) Plate (201) one end card and on bayonet, the length of supporting plate (201) are greater than the horizontal distance of sliding bar (2) and stove ring (3).

5. a kind of energy-saving stove according to claim 1, it is characterised in that: the number of the fan (101) is greater than 4.

6. a kind of energy-saving stove according to claim 1, it is characterised in that: be concave arc shape, concave arc on the outside of the block (303) Shape is bonded with port of supplying gas (106) side symmetrical shape.

7. a kind of energy-saving stove according to claim 1, it is characterised in that: the spring number of the groups of springs (304) is greater than 8 It is a.