CN2534485Y

CN2534485Y - Efficient energy-saving range

Info

Publication number: CN2534485Y
Application number: CN 02221928
Authority: CN
Inventors: 刘乔登伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-03-19
Filing date: 2002-03-19
Publication date: 2003-02-05
Anticipated expiration: 2012-03-19

Abstract

The utility model discloses a high efficiency energy saving stove, which relates to the technology field of the stove. The main technology characteristic lies in that a circular interlayer evaporator and a circular interlayer temperature rising pot ring are connected to the upper part of the furnace body, the rising ring is connected to the lower part of the furnace body. One end of the water supply pipe is connected to the automatic water supply device, another end is connected to the circular interlayer evaporator, one end of another water supply pipe is connected to the stove body, another end is connected to the automatic water supply device. One end of three steam exhaust pipe are individually connected to the circular interlayer evaporator, another end are individually connected to a steam distributor and the furnace body and the circular interlayer temperature rising pot ring, one end of another two exhaust pipes are connected to the furnace body, another end is connected to the circular interlayer temperature rising pot ring and one end of the exhaust pipe is connected to the circular interlayer temperature rising pot ring, another end is connect to the steam distributor, the furnace grate is connected to the air blower, which is suitable for application in family, department and troop. The utility model achieves the effect of high heat efficiency, low heat loss, cooking, frying, boiling water and heating, which combines the furnace with the stove.

Description

High efficiency energy saving stove

The utility model high efficiency energy saving stove relates to the cooking stove technical field, be applicable to family, machine-operated unit as steamed rice, cooking, warm oneself, boil water, the hot water cooking stove.

Present domestic existing cooking stove, generally constitute by body of heater, burner hearth, heat-insulation layer, its weak point is that boiler and kitchen range are separately, exist simple in structure, function singleness can not satisfy simultaneously and both burn drinking water, hot water in the family, again can steamed rice, the needs of cooking, also exist heat simultaneously and utilization rate of waste heat is low, the problem that heat energy loss is big.

The purpose of this utility model provides a kind of high efficiency energy saving stove, and this cooking stove has the characteristics of boiler and kitchen range, is a kind of thermal efficiency height, and heat energy loss is little, can satisfy the purpose of drinking water in the family, hot water, heating and steamed rice, cooking simultaneously.

Design (Fig. 1 of the utility model high efficiency energy saving stove, be Fig. 2) by body of heater (1), annular gap evaporimeter (2), annular gap intensification pot circle (3), heat-insulation layer (4,5), circle (6) raises, feed pipe (7,33), gland steam exhauster (8,29,30,31,32), balance recovery tube (9,28), steam (vapor) outlet (10), collection vapour distributor (11), automatic water-supplying device (12), float switch (13), column ball float (14), blowdown outlet (15), guide duct (16), air door ash discharge turnover panel (17), Air fan (18), drainpipe (19), input gas control valve (20), adjustable nozzle (21), blast pipe (22), separating plate (23), action bars (24), electric fan (25), fire bars (26), chimney (27) is formed, it is the top that annular gap evaporimeter (2) and annular gap intensification pot circle (3) are connected body of heater (1) that its structure connects, the circle (6) that raises is connected the bottom of body of heater (1), chimney (27) connects annular gap intensification pot circle (3), feed pipe (7) one ends connect automatic water-supplying device (12), the other end connects annular gap evaporimeter (2), feed pipe (33) one ends connect body of heater (1), the other end connects automatic water-supplying device (12), three gland steam exhausters (8,29,30) end connects annular gap evaporimeter (2) respectively, the other end connects annular gap intensification pot circle (3) respectively, collection vapour distributor (11) and body of heater (1), other two gland steam exhausters (31) one ends connect body of heater (1), the other end connects the annular gap pot circle (3) that heats up and is connected annular gap with gland steam exhauster (32) one ends and heats up and pot enclose (3), the other end connects collection vapour distributor (11), on the collection vapour distributor (11) steam (vapor) outlet (10) is arranged, balance recovery tube (9) one ends connect collection vapour distributor (11), the other end connects automatic water-supplying device (12), another root balance recovery tube (28) one ends connect annular gap intensification pot circle (3), the other end connects feed pipe (33), be connected with float switch (13) in the automatic water-supplying device (12), be connected with column ball float (14) on the float switch (13), blowdown outlet (15) is connected the bottom of automatic water-supplying device (12), be connected with heat-insulation layer (4 on every side what body of heater (1) annular gap heated up that pot circle (3) raises circle (6) and feed pipe (7), 5), fire bars (26) is connected the circle (6) that raises with Air fan (18), be connected with separating plate (23) and air door ash discharge turnover panel (17) in the Air fan (18), action bars (24) connects air door ash discharge turnover panel (17), and be movably connected on the Air fan (18), also be connected with drainpipe (19) and guide duct (16) on the Air fan (18) simultaneously, blast pipe (22) one ends connect guide duct (16), the other end connects the air port of electric fan (25), adjustable nozzle (21) one ends connect guide duct (16), and the other end connects input gas control valve (20) and constitutes.The use of the utility model high efficiency energy saving stove is: running water is entered in the automatic water-supplying device (12) by float switch (13), then by feed pipe (7,33) enter annular gap evaporimeter (2) and body of heater (1), water in annular gap evaporimeter (2) and the body of heater (1) is controlled by column ball float (14), moving action bars (24) closes air door ash discharge turnover panel (17), coal and ignition in the burner hearth of body of heater (1) then, and then connect the power supply of electric fan (25), combustion air is entered in the Air fan (18) through blast pipe (22) and guide duct (16), after steam produces, the size of wind is by input gas control valve (20) control air output, it is combustion-supporting to enter gas by fire bars (26) to burner hearth then, waste gas is discharged by chimney breast (27), water in annular gap evaporimeter (2) and the body of heater (1) is under the heating of coal, form boiling water, hot water, through gland steam exhauster (8,29,30,31,32) enter gas trap distributor (11), steam is supplied with by steam (vapor) outlet (10).Heat up on the pot circle (3) if iron pan is placed on annular gap, can carry out steamed rice, cooking, from steam (vapor) outlet (11) supply with heating, towards hot water etc.

The effect of the utility model high efficiency energy saving stove is compared with prior art: 1, because the utility model has been conceived annular gap evaporimeter and annular gap intensification pot circle on the kitchen range of body of heater, so not only have the characteristics of kitchen range steamed rice, cooking, but also have boil water, the effect of hot water.2, owing to below the utility model fire bars, conceived Air fan and air door ash discharge turnover panel, and electric fan, the structure of guide duct makes cooking stove have energy-efficient effect, is a kind of cooking stove combination, thermal efficiency height, the kitchen range that heat energy loss is little.

Fig. 1 is the upper junction composition of the utility model high efficiency energy saving stove.

Fig. 2 is the lower junction composition of the utility model high efficiency energy saving stove.

The embodiment of the utility model high efficiency energy saving stove selects for use the steel plate of 2mm to make the interlayer body of heater (1) of φ 220 * 80mm and φ 180 * 80mm and the rising circle (6) of φ 200 * 60mm, the circle (6) that raises is welded on the bottom of body of heater (1), interior external application insulation material is made the heat-insulation layer (4 of φ 180 * 200mm and φ 240 * 200mm, 5), make the automatic water-supplying device (12) of φ 100 * 300mm with the steel plate of 2mm, make the evaporimeter (2) of φ 160 * 80mm and φ 120 * 80mm interlayer and the intensification pot circle (3) of φ 270 * 160mm and φ 240 * 60mm interlayer with the steel plate of 2mm, make evaporimeter (2) and the pot circle (3) that heats up is placed on the body of heater (1) with the steel pipe of φ 14mm, make two feed pipes (7 with the steel pipe of φ 14mm, 33), wherein one one end is welded on the evaporimeter (2), the other end is welded on the automatic water-supplying device (12), another root one end is welded on the body of heater (1), the other end is welded on the automatic water-supplying device (12), all make gland steam exhauster (8 with the steel pipe of φ 14mm, 29,30,31,32), three gland steam exhausters (8 wherein, 29,30) end is welded on respectively on the evaporimeter (2), the other end is welded on the pot circle (3) that heats up respectively, on collection vapour distributor (11) and the body of heater (1), another root gland steam exhauster (31) one ends are welded on the body of heater (1), the other end is welded on the pot circle (3) that heats up, and gland steam exhauster (32) one ends are welded on the pot circle (3) that heats up, the other end is welded on the collection vapour distributor (11), and collecting upward welding steam (vapor) outlet (10) of vapour distributor (11), make balance recovery tube (9) with the steel pipe of φ 14mm, one end is welded on the collection vapour distributor (11), the other end is welded on the automatic water-supplying device (12), balance recovery tube (28) one ends are welded on the pot circle (3) that heats up, the other end is welded on the feed pipe (33), column floating drum (14) and float switch (13) with prior art are installed in the automatic water-supplying device (12), and in upward welding blowdown outlet (15) of automatic water-supplying device (12), go up welding chimney breast (27) at the pot circle (3) that heats up, make the fire bars (26) of φ 140mm with the steel bar of φ 10mm, make the Air fan (18) of φ 200mm with the steel plate of 1.5mm, fire bars (26) is installed in the top of Air fan (18), then the bottom of the welded top of fire bars and Air fan at rising circle (6), and air door ash discharge turnover panel (17) and action bars (24) and drainpipe (19) be installed in Air fan (18), make separating plate (23) with the steel plate of 1.5mm, be welded in the Air fan (18), make guide duct (16) and the blast pipe (22) of φ 25 * 150mm with the steel plate of 1mm, one end of guide duct (16) is welded on the Air fan (18), the other end is installed on the adjustable nozzle (21) and input gas control valve (20) that adopts prior art, select the electric fan (25) of prior art for use, the air outlet of electric fan is connected on the blast pipe (22), and the other end of blast pipe (22) is welded on guide duct (16) and goes up formation.

Claims

1, a kind of high efficiency energy saving stove, it is characterized in that annular gap evaporimeter (2) and annular gap intensification pot circle (3) is connected the top of body of heater (1), the circle (6) that raises is connected the bottom of body of heater (1), feed pipe (7) one ends connect automatic water-supplying device (12), the other end connects annular gap evaporimeter (2), feed pipe (33) one ends connect body of heater (1), the other end connects automatic water-supplying device (12), three gland steam exhausters (8,29,30) end connects annular gap evaporimeter (2) respectively, the other end connects annular gap intensification pot circle (3) respectively, collection vapour distributor (11) and body of heater (1), other two gland steam exhausters (31) one ends connect body of heater (1), the other end connects the annular gap pot circle (3) that heats up and is connected annular gap with gland steam exhauster (32) one ends and heats up and pot enclose (3), the other end connects collection vapour distributor (11), balance recovery tube (9) one ends connect collection vapour distributor (11), the other end connects automatic water-supplying device (12), another root balance recovery tube (28) one ends connect annular gap intensification pot circle (3), the other end connects feed pipe (33), fire bars (26) is connected the circle (6) that raises with Air fan (18), be connected with separating plate (23) and air door ash discharge turnover panel (17) in the Air fan (18), also be connected with guide duct (16) on the Air fan (18), blast pipe (22) one ends connect guide duct (16), the other end connects the air port of electric fan (25), adjustable nozzle (21) one ends connect guide duct (16), and the other end connects input gas control valve (20) and constitutes.