CN202403301U

CN202403301U - Full-automatic safe energy-saving cooking stove

Info

Publication number: CN202403301U
Application number: CN2011204915196U
Authority: CN
Inventors: 郑勇
Original assignee: SICHUAN XINXING HOTEL EQUIPMENT INDUSTRY Co Ltd
Current assignee: SICHUAN XINXING HOTEL EQUIPMENT INDUSTRY Co Ltd
Priority date: 2011-12-01
Filing date: 2011-12-01
Publication date: 2012-08-29
Anticipated expiration: 2021-12-01

Abstract

The utility model discloses a full-automatic safe energy-saving cooking stove which comprises a frame body, a cooking bench, a back plate, a flue and a hearth body, wherein the back plate is arranged on the rear side of the frame body; the flue is fixed on the rear side of the back plate; the cooking bench is arranged on the frame body; the hearth body is embedded and fixed on the cooking bench; the hearth body mainly comprises a first combustion chamber, a second combustion chamber, a round ditch arch body, a fire outlet and a flue outlet; the fire outlet and the flue outlet horizontally arranged adjacently are arranged on the inner side of the hearth body; the flue outlet is communicated with the flue; the round ditch arch body is arranged on the bottom part of the hearth body; the round ditch arch body extends from the position between the fire outlet and the flue outlet and near to the flue outlet in a rotating manner; one end of the round ditch arch body near to the flue outlet is higher than the other end, and the round ditch arch body divides the internal part of the hearth body into the first combustion chamber and the second combustion chamber. The full-automatic safe energy-saving cooking stove also comprises a numerical control burner adopting full-automatic control electronic ignition; the numerical control burner is arranged at the lower part of the frame body, and the outlet of the numerical control burner is communicated with the fire outlet of the hearth body.

Description

The automatic safety energy-saving large stove

Technical field

The utility model relates to commercial large stove technical field, specifically is the automatic safety energy-saving large stove.

Background technology

The tradition pot and stove adopts manual ignition and vertical flame; (now on the market all being employing traditional type pot and stove 90% or more) shortcoming: 1, vertical flame directly heats the bottom of a pan small size; Cause the too high inequality of being heated of local temperature, make the life-span of pot short, during culinary art because local heating; Make the food inequality of being heated, can not satisfy the needs of culinary art.2, secondly since in the burner hearth combustor bocca and flue outlet distance have only the distance of burner hearth bottom radius, make natural gas also not be fully burned and just taken away by the Middle pressure draught fan pressure, cause the waste of the energy and the pollution of environment.3, the blower fan of traditional large stove is need be very big with 550W～750W Middle pressure draught fan noise.

The utility model content

The purpose of the utility model provides a kind of automatic safety energy-saving large stove, has overcome the above-mentioned deficiency of prior art, simple in structure, easy to use, safe, energy savings.

In order to reach above-mentioned purpose of design, the technical scheme that the utility model adopts is following:

A kind of automatic safety energy-saving large stove comprises support body, the kitchen range top, backboard, flue, hearth body, and said support body downside is provided with support; The support body rear side is provided with backboard, and the backboard rear side is flue fixedly, and said support body is provided with the kitchen range top; Place pot in the build-in hearth body on the kitchen range top, hearth body, said hearth body mainly comprises first combustion chamber, second combustion chamber, circle ditch type donor, crater, floss hole; The hearth body inboard is provided with horizontally disposed crater, floss hole adjacent to one another; Floss hole communicates with flue, and the hearth body bottom is provided with round ditch type donor, and circle ditch type donor extends between crater, floss hole and near the revolution of floss hole place; Circle ditch type donor is higher than the other end near floss hole one end, and said round ditch type donor is divided into first combustion chamber and second combustion chamber with hearth body inside; Said automatic safety energy-saving large stove also comprises the numerical control combustor of Automatic Control electronic ignition, and the numerical control combustor is arranged on the support body bottom, and the outlet of numerical control combustor is communicated with the crater of hearth body.

Further, said first combustion chamber around forming, is downward arcuate structure by circle ditch type donor; The distance of 5cm～10cm is arranged at the said the bottom of a pan and bottom, first combustion chamber.

Further, said second combustion chamber is formed by circle ditch type donor and hearth body sidewall.

Further, said numerical control combustor be provided with manually, automatic by-pass cock.

Further, said numerical control combustor is provided with safe flame detector system.

Preferably, be provided with outlet pipe in the said backboard, the outlet pipe upper end connects tap, and tap is arranged on the pot top of placing in the hearth body, and said outlet pipe lower end is communicated with water inlet pipe.

More preferably, said outlet pipe one side is provided with the table top water pipe, and table top water pipe upper end is fixed on the kitchen range top, and table top water pipe lower end is communicated with water inlet pipe.

The beneficial effect of the described automatic safety energy-saving large stove of the utility model is: need not conventional fan and accessory etc., and simple in structure, easy to use, safe, energy savings.

Adopt the numerical control combustor as thermal source, avoided traditional kitchen range to cause personal injury, equipment fault and kitchen fire alarm fire etc. because of manual operation is improper; The blower fan of being furnished with 85W～120W in the numerical control combustor, traditional relatively blower fan saves energy 60% to 80%; The numerical control combustor has hand, automatic by-pass cock, if the malfunctioning situation of automatic control system electronic ignition or safe flame detector system can just become the manual electronic igniting semicircular opening rotation in the burnt gas switch downwards, plays an emergent effect.

Hearth body is provided with two combustion chambers, forms circling round of flame, thereby natural gas is able to burn more fully and plays the effect that a good energy-conservation reduction is polluted, and reaches 20%～35% through the experiment measuring and calculating is energy-conservation; The distance of 5cm～10cm is arranged at the bottom of a pan and furnace chamber bottom; Pot can be heated uniformly, and the service life and the food that have increased pot greatly are heated and evenly are more conducive to culinary art.

Description of drawings

Fig. 1 is the sketch map of the described automatic safety energy-saving large stove of the utility model embodiment.

Fig. 2 is the side view of the described automatic safety energy-saving large stove of the utility model embodiment.

Fig. 3 is the sketch map of the hearth body of the described automatic safety energy-saving large stove of the utility model embodiment.

Fig. 4 is the hearth body cutaway view of the described automatic safety energy-saving large stove of the utility model embodiment.

The specific embodiment

Below in conjunction with accompanying drawing the optimum implementation of the utility model is done further detailed description.

Shown in Fig. 1-4, the described automatic safety energy-saving large stove of the utility model embodiment comprises support body 1, the kitchen range top 2, backboard 3, flue 4, outlet pipe 5, hearth body 6, numerical control combustor 7, support 8, tap 9, table top water pipe 10, water inlet pipe 11; Said support body 1 downside is provided with support 8, and through the balance of support 8 scalable support bodys 1, support body 1 bottom is provided with the numerical control combustor 7 as thermal source; The outlet of numerical control combustor 7 is communicated with the crater of hearth body 6, and said hearth body 6 is arranged on the kitchen range top 2 of support body 1, places pot in the hearth body 6; Said support body 1 rear side is provided with backboard 3, and backboard 3 rear sides are flue 4 fixedly, is provided with outlet pipe 5 in the said backboard 3; Outlet pipe 5 upper ends connect tap 9; Tap 9 is arranged on the pot top of placing in the hearth body 6, and said outlet pipe 5 lower ends are communicated with water inlet pipe 11, and said outlet pipe 5 one sides are provided with table top water pipe 10; Table top water pipe 10 upper ends are fixed on the kitchen range top 2, and table top water pipe 10 lower ends are communicated with water inlet pipe 11.

Said hearth body 6 mainly comprises the first combustion chamber 6-1, the second combustion chamber 6-2, circle ditch type donor 6-3, crater 6-4, floss hole 6-5, and said hearth body 6 inboards are provided with horizontally disposed crater 6-4, floss hole 6-5 adjacent to one another, and crater 6-4 is communicated with the outlet of numerical control combustor 7; Floss hole 6-5 communicates with flue 4; Flue gas in the hearth body 6 is discharged through floss hole 6-5, flue 4, and said hearth body 6 bottoms are provided with round ditch type donor 6-3, and circle ditch type donor 6-3 extends between crater 6-4, floss hole 6-5 and near the revolution of floss hole 6-5 place; Circle ditch type donor 6-3 is higher than the other end near floss hole 6-5 one end; Said round ditch type donor 6-3 is divided into the first combustion chamber 6-1 and the second combustion chamber 6-2 with hearth body 6 inside, and the first combustion chamber 6-1 is centered on by circle ditch type donor 6-3 and forms, for downward arcuate structure and with similar with form of pot bottom; The distance of 5cm～10cm is arranged at the bottom of a pan and first combustion chamber 6-1 bottom; The said second combustion chamber 6-2 is formed by circle ditch type donor 6-3 and hearth body 6 sidewalls, and during use, the flame that crater 6-4 level is come out gets into the first combustion chamber 6-1; And justifying the turning down that stops of ditch type donor 6-3; Get into the second combustion chamber 6-2 from the low end of circle ditch type donor 6-3, play a combustion process of circling round like this, can both be full of flame in the whole furnace chamber; Pot can be heated uniformly, and the service life and the food that have increased pot greatly are heated and evenly are more conducive to culinary art; And because the circling round of flame, crater 6-4 has the distance of 4 to 5 times of furnace chamber radiuses to floss hole 6-5, thereby natural gas is able to burn more fully and plays the effect that a good energy-conservation reduction is polluted, and calculates through experiment energy-conservationly to reach 20%～35%.

When said numerical control combustor 7 uses, before the igniting 7 seconds prepurges are carried out in the combustion chamber, make in the combustion chamber and possibly residual natural gas emptying avoid producing detonation, autoelectrinic igniting behind the prepurge; Be furnished with safe flame detector system having a power failure, stop the supple of gas or steam and the automatic air to close electricity that closes in flame-out back, avoided traditional kitchen range to cause personal injury, equipment fault and kitchen fire alarm fire etc. because of manual operation is improper; The blower fan of being furnished with 85W in the numerical control combustor 7, traditional relatively blower fan saves energy 60% to 80%.

Numerical control combustor 7 has hand, automatic by-pass cock, if the malfunctioning situation of autoelectrinic igniting can just become the manual electronic igniting semicircular opening rotation in the burnt gas switch downwards, plays an emergent effect.

The preferred embodiment of this specific embodiment the utility model can not limit the utility model, and concrete each item rights protection scope is defined by the claims.

Claims

1. an automatic safety energy-saving large stove comprises support body, the kitchen range top, backboard, flue, hearth body, and said support body rear side is provided with backboard; The backboard rear side is flue fixedly, and said support body is provided with the kitchen range top, build-in hearth body on the kitchen range top; Place pot in the hearth body; It is characterized in that: said hearth body mainly comprises first combustion chamber, second combustion chamber, circle ditch type donor, crater, floss hole, and the hearth body inboard is provided with horizontally disposed crater, floss hole adjacent to one another, and floss hole communicates with flue; The hearth body bottom is provided with round ditch type donor; Circle ditch type donor extends between crater, floss hole and near the revolution of floss hole place, and circle ditch type donor is higher than the other end near floss hole one end, and said round ditch type donor is divided into first combustion chamber and second combustion chamber with hearth body inside; Said automatic safety energy-saving large stove also comprises the numerical control combustor of Automatic Control electronic ignition, and the numerical control combustor is arranged on the support body bottom, and the outlet of numerical control combustor is communicated with the crater of hearth body.

2. automatic safety energy-saving large stove according to claim 1 is characterized in that: said first combustion chamber around forming, is downward arcuate structure by circle ditch type donor.

3. automatic safety energy-saving large stove according to claim 2 is characterized in that: the distance of the said the bottom of a pan and bottom, first combustion chamber is 5cm～10cm.

4. automatic safety energy-saving large stove according to claim 1 is characterized in that: said second combustion chamber is formed by circle ditch type donor and hearth body sidewall.

5. according to claim 1 or 2 or 4 described automatic safety energy-saving large stoves, it is characterized in that: said numerical control combustor is provided with manually, automatic by-pass cock.

6. according to claim 1 or 2 or 4 described automatic safety energy-saving large stoves, it is characterized in that: said numerical control combustor is provided with safe flame detector system.

7. according to claim 1 or 2 or 4 described automatic safety energy-saving large stoves; It is characterized in that: be provided with outlet pipe in the said backboard; The outlet pipe upper end connects tap, and tap is arranged on the pot top of placing in the hearth body, and said outlet pipe lower end is communicated with water inlet pipe.

8. according to claim 1 or 2 or 4 described automatic safety energy-saving large stoves, it is characterized in that: said outlet pipe one side is provided with the table top water pipe, and table top water pipe upper end is fixed on the kitchen range top, and table top water pipe lower end is communicated with water inlet pipe.