CN203131869U

CN203131869U - Multifunctional high-temperature semi-gasification energy-saving air return stove

Info

Publication number: CN203131869U
Application number: CN 201320155214
Authority: CN
Inventors: 黄吉双
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-10-06
Filing date: 2013-03-20
Publication date: 2013-08-14
Anticipated expiration: 2023-03-20

Abstract

The utility model discloses a multifunctional high-temperature semi-gasification energy-saving air return stove. The multifunctional high-temperature semi-gasification energy-saving air return stove consists of a stove seat, an ash hopper, a stove seat plate, an ash leakage plate, an outer stove ring, an upper inner stove ring, a lower inner stove ring, a stove bridge, an air inlet door, a material feeding door, a stove panel, a stove hole cover, a stove chamber inner cover, an oven and a smoke exhaust pipe, wherein the stove seat is arranged at the lower part, the stove seat plate is arranged at the upper part, and the outer stove ring is arranged on the stove seat plate; the lower inner stove ring is arranged at the lower part in the outer stove ring, and the upper inner stove ring is arranged at the upper part in the outer stove ring; the stove panel is arranged at the opening edge of the outer stove ring, the stove bridge is arranged in the stove, the stove chamber inner cover is arranged close to the opening edge of the outer stove ring, and a stove hole of the stove panel is provided with the stove hole cover; and one side of the outer stove ring is provided with the air inlet door, the material feeding door is arranged above the air inlet door, one opposite side of the air inlet door is provided with the oven, the lower end of the oven is provided with the smoke exhaust pipe, and the ash hopper is arranged in the stove seat. The multifunctional high-temperature semi-gasification energy-saving air return stove disclosed by the utility model can realize multiple purposes of heating, cooking, baking food and being used as a dinner table and can be widely applied to the fields of heating and cooking for people, fuel can be saved, indoor air quality can be improved, and ecological civilization construction can be promoted.

Description

The multifunctional high-temperature energy-conservation air return stove that partly gasifies

Technical field

The utility model relates to a kind of heat supply heating, cooking field, can fuel saving, improve IAQ, promote the life use stove kitchen range that conservation culture is built.

Background technology

Known cooking stove product heat energy utilization rate is lower, and Fuel Consumption is big, and it is time-consuming to cook, insufficiency, and dust deposit in furnace is difficult to remove clean, and influence is normally used.

Summary of the invention

Existing stove thermal efficiency is lower, energy consumption big in order to overcome, it is time-consuming to cook, insufficiency, dust deposit in furnace are difficult to remove clean deficiency, the purpose of this utility model provides a kind of multifunctional high-temperature energy-conservation air return stove that partly gasifies, use this multifunctional high-temperature energy-conservation air return stove that partly gasifies, can fuel saving, save time, sanitation and hygiene, easy to use.

The scheme that the utility model solves its technical problem is: stove seat board central authorities have circular ash leakage hole, the circular hole both sides have two strip ash leakage holes of symmetry, be equipped with two sliding trays corresponding with the strip ash leakage hole below the stove seat board, leaking one group of opposite side of hawk embeds in the sliding tray, the realization level pulls and pushes, 3 ash leakage holes are opened and closed simultaneously, remove dust stratification.Form reversing chamber between interior stove circle and the outer furnace ring, the outer furnace ring lower diameter is bigger, and cavity is bigger, forms the tempering band.Flue gas fully heats outer furnace ring in reversing chamber and tempering band; Shutter is opened in tempering band upper edge, and cold air is subjected to entering in the stove after the preheating, is beneficial to burning.The outer furnace ring bottom has outlet flue, top has secondary outlet flue, and baking box has the advance mouth corresponding with two outlet flues of outer furnace ring, and baking box and outer furnace ring are welded as a whole, pass through in the flue of high-temperature flue gas between the inside and outside wall of baking box, utilize food in the waste heat baking box.The baking box bottom has outlet flue, and socket smoke exhaust pipe, smoke exhaust pipe are close to the floor and are stretched out outside the wall, and vertical bending is upwards got rid of flue gas.The baking box bottom sides has shoot door, is beneficial to remove dust stratification in the case.

The beneficial effects of the utility model are to have utilized waste heat, fuel saving, and function is many, and is easy to use, improves IAQ, favourable conservation culture construction.

Description of drawings

Below in conjunction with drawings and Examples the utility model is made and to further specify:

Fig. 1 is the subjective figure of the utility model.

Fig. 2 is the vertical view that the utility model omits furnace panel.

Fig. 3 is the utility model left view.

Fig. 4 is the right view that the utility model omits baking box.

Fig. 5 is the utility model desktop vertical view.

Fig. 6 is the local figure that analyses and observe behind the utility model installation furnace panel.

Fig. 7 is stove seat board upward view.

Among the figure: 1, the stove seat, 2, ash bucket, 3, leak the hawk handle, 4, leak hawk, Fig. 5, outer furnace ring, Fig. 6, under the interior stove circle, 7, shutter, 8, the grate position, 9, feeding door, 10, on the interior stove circle, 11, baking box, 12, flue, 13, oven door, 14, smoke exhaust pipe, 15, the baking box shoot door, 16, the door closure that feeds intake, 17, feeding door sealing door bolt, 18, the air intake door closure, 19, shutter sealing door bolt, 20, the stove seat board, 21, secondary outlet flue, 22, outlet flue, 23, sliding tray, 24, furnace panel, 25, kitchen range

orifice ring lid

1,26, kitchen range orifice ring lid 2,27, kitchen range hole central lid, 28, ring cowling in the burner hearth, 29, central lid in the burner hearth, 30, reversing chamber, 31, the tempering band, 32, the circle ash leakage hole, 33, the strip ash leakage hole.

The specific embodiment

1, leakage hawk sliding tray (23) will be installed, the stove seat board (20) that leaks hawk (4) and leakage hawk handle (3) is welded on the stove seat (1), welding outer furnace ring (5) on stove seat board (20), in outer furnace ring (5), place under the interior stove circle (6), insert shutter (7) from air inlet, align with the square hole of (6) under the interior stove circle, welded seal, then interior stove circle (10) is put into outer furnace ring, dock with (6) under the interior stove circle, insert feeding door (9) welded seal in the corresponding square hole of outer furnace ring (5), grate is laid in the grate position (8) of (6) under interior stove circle, becomes the combustion chamber.With baking box (11) up and down two advance the mouth welded seal that aligns with secondary outlet flue (21), outlet flue (22) on the outer furnace ring, then at the mouth of outer furnace ring along furnace panel (24) is installed.Central lid (29) in the ring cowling (28) and burner hearth is installed in burner hearth in the burner hearth; Lay kitchen range orifice ring lid 1 (25), kitchen range orifice ring lid 2 (26) and kitchen range hole central lid (27) in the central kitchen range hole of furnace panel (24).In stove seat (1), put into ash bucket (2) at last, at baking box (11) bottom opening smoke exhaust pipe (14) is installed.

When 2, warming oneself, open air intake door closure (18), the door closure that feeds intake (17), put fuel ignition into.The tail gas that burning produces is stopped by burner hearth inner cap (29) and ring cowling (28), enter on outer furnace ring (5) and the interior stove circle reversing chamber (30) between (6) and tempering band (31) under (10), the interior stove circle, fully heat outer furnace ring, heat is realized heating through outer furnace ring (5) and furnace panel (24) conduction to external radiation.High-temperature flue gas enters flue (12) in the baking box (11) through outlet flue (22) and secondary outlet flue (21), discharges outdoor from smoke exhaust pipe (14).After the igniting, the door closure (16) that will feed intake is closed, and during sealing, with feeding door sealing door bolt (17) rotation, is pressed in the bayonet socket on feeding door (9) edge.During heating, as required, regulate the folding degree of air intake door closure (18), control air quantity and temperature adjustment.The furnace bottom dust stratification more for a long time, hawk handle (3) is leaked in pulling, opens to leak hawk (4), dust stratification just falls into ash bucket (2) from the grey hole of circle (32) and strip ash hole (33), baking box bottom dust stratification is opened baking box shoot door (15) removing.When stopping heating, close Lou hawk (4), the door closure that feeds intake (17), be sealed into air door lid (18), will seal door bolt (19) and be pressed into bayonet socket.

When 3, cooking, open the central lid (27) in furnace panel (24) kitchen range hole, according to the pan diameter, can open ring cowling (26) and ring cowling (25) successively, and open central lid (29) in the burner hearth, place pan in the kitchen range hole, realize cooking.

4, during baked goods, open oven door (13), food is put in the case sealed, high-temperature flue gas is baked food through flue (12) heating oven.

5, summer in winter no matter, the utility model cooking stove all can be made dining table and use.

Claims

1. a multifunctional high-temperature energy-conservation air return stove that partly gasifies, stove seat board (20) central authorities have circular ash leakage hole (32), circular hole (32) both sides have two strip ash leakage holes (33) of symmetry, below the stove seat board (20), two sliding trays (23) corresponding with the strip ash leakage hole are installed, the one group of opposite side that leaks hawk (4) embeds in the sliding tray (23), can level pull and push, and three ash leakage holes are opened and closed simultaneously; Form reversing chamber (30) and tempering band (31) on the interior stove circle under (10), the interior stove circle between (6) and the outer furnace ring (5), shutter (7) is opened on the tempering band (31), followingly flushes with tempering band (31) upper edge; Outer furnace ring (5) bottom has outlet flue (22), top has secondary outlet flue (21), baking box (11) has the advance mouth corresponding with two outlet flues of outer furnace ring, baking box (11) is welded as a whole with outer furnace ring, flow through in the flue (12) of flue gas between baking box (11) inside and outside wall, outlet flue socket smoke exhaust pipe (14) in baking box (11) bottom, smoke exhaust pipe (14) stretches out outside the wall with pasting, upwards vertical bending; Baking box (11) bottom sides has shoot door (15).

2. according to claim 1, the multifunctional high-temperature energy-conservation air return stove that partly gasifies, it is characterized in that: stove seat board central authorities have a circular ash leakage hole (32) and two strip ash leakage holes (33).

3. according to claim 1, the multifunctional high-temperature energy-conservation air return stove that partly gasifies is characterized in that: be equipped with the sliding tray (23) of two symmetries below the stove seat board, the one group of opposite side that leaks hawk (4) embeds in the sliding tray (23), can level pull and push, 3 ash leakage holes are opened and closed simultaneously.

4. according to claim 1, the multifunctional high-temperature energy-conservation air return stove that partly gasifies, it is characterized in that: outer furnace ring (5) lower diameter is bigger, and forms the tempering band (31) up to stove seat board (20) between (6) under the interior stove circle.

5. according to claim 1, the multifunctional high-temperature energy-conservation air return stove that partly gasifies, it is characterized in that: shutter (7) is opened on the tempering band (31), and is following concordant with tempering band (31) upper edge.

6. according to claim 1, the multifunctional high-temperature energy-conservation air return stove that partly gasifies, it is characterized in that: baking box (11) lower side has shoot door (15).

7. according to claim 1, the multifunctional high-temperature energy-conservation air return stove that partly gasifies, it is characterized in that: smoke exhaust pipe does not take the interior space, and close proximity to ground stretches out outdoor.