CN2869679Y - Multifunction civil gas heating apparatus - Google Patents
Multifunction civil gas heating apparatus Download PDFInfo
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- CN2869679Y CN2869679Y CN 200620020280 CN200620020280U CN2869679Y CN 2869679 Y CN2869679 Y CN 2869679Y CN 200620020280 CN200620020280 CN 200620020280 CN 200620020280 U CN200620020280 U CN 200620020280U CN 2869679 Y CN2869679 Y CN 2869679Y
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Abstract
The utility model discloses a multi purpose civil gas warmer device belonging to the civil gas warmer device technology field. The device comprises a gas oven, a flue exhaust machine, an electrics control box, a water auto supplying tank, a shower, a valve, a recycling pump, a flowing switch and a plurality of the warmer fins. When shut on power, set the room temperature controller temperature, ignite, connect the gas by the direct current solenoid valve, the flue exhaust machine starts to spin off the smoke. When the oven temperature reaches certain degrees, the heating coupling connected with the temperature switch K NH3 links and closes the switch K NH2 circuit, then the recycling pump starts to work, until to get to the setting temperature. When the room temperature reaches the preset temperature, the room temperature controller shuts off the socket, the system stops working. When the room temperature lowers to the preset temperature, the room temperature controller shut on the socket to connect with the electricity, the system recovers. If the gas pipe problem happened, the oven didn't burn. After the sensing probe sensed the defect, the feed back impulse automatically shut off the ignition circuit, the direct current solenoid valve shuts off the gas passage, the warning alarms.
Description
Affiliated technical field
The utility model relates to a kind of multifunctional civil combustion gas heating installation, belongs to domestic gas heating installation technical field.
Background technology
At present, known domestic gas heating installation endotherm area is little, and rate of heat exchange is low, and burning time is long, causes fuel effectively not utilize, and in burning heating process, takes place not fire, and the fuel gas buring security incident easily takes place overheated generation steam.
Summary of the invention
In order to overcome above-mentioned technical deficiency, the utility model provides a kind of multifunctional civil combustion gas heating installation, the heat that this multifunctional civil combustion gas heating installation can not only fully effectively utilize fuel gas buring to produce in system, strengthen absorption area, increase rate of heat exchange, and can also combustion gas be controlled automatically according to the automatic amount of makeup water of the needs in the system, steam discharge, prevent from not fire, the overheated security incident that produces.
The technical scheme that its technical problem that solves the utility model adopts is: it is by hot-water valve, hot water outlet, gas fired-boiler, the combustion gas electrically heated boiler, induced-draft fan, the induced-draft fan pipeline, Boiler smoke tube, boiler upper water-out mouth, the water tank overflow valve, automatic extra feed tank, water tank inlet, check valve, threeway, water outlet of water tank, interface on the water level pipe, water level pipe, the water level pipe lower interface, valve, shower nozzle, interface on the radiator, running water inlet, cooling water inlet, electric appliance control box, indicator lamp, press button, boiler is the mouth of a river next time, water flow switch, the water flow switch valve body, circulating pump motor, circulating pump, the radiator lower interface, radiator, boiler end, the inner aqueous layer loam cake, first smoke chamber loam cake, at the bottom of the first smoke chamber, smoke pipe, at the bottom of the second smoke chamber, the third smoke chamber overcoat, cross water pipe, the galvanic couple binding post, DC electromagnetic valve, the Gas Pipe import, first smoke chamber stile, second smoke chamber lid, second smoke chamber stile, the superconductive medium heat pipe, the superconductive medium thermal conductive cavity, at the bottom of the superconductive medium thermal conductive cavity, stove and accessory, the igniting pin, grounding pin, inductive needle, boiler end, the A dish loam cake that is heated, A is heated and tries to get to the heart of a matter, smoke separating pipe, the B disk cover that is heated, the B dish stile that is heated, main smoke pipe, the C disk cover that is heated, the C dish stile that is heated, C is heated and tries to get to the heart of a matter, smoke separating pipe, the D dish stile that is heated, D is heated and tries to get to the heart of a matter, the E disk cover that is heated, the A dish stile that is heated, B is heated and tries to get to the heart of a matter, the D disk cover that is heated, the E dish stile that is heated, E is heated and tries to get to the heart of a matter, main being heated at the end, thermocouple, the third cigarette cavity inner sleeve, superconductive medium, indoor thermostat, direct current stabilizer, alarm, inner aqueous layer, outer water layer is formed, outside using boiler during the water of water layer, open hot-water valve and discharge water, running water replenishes cold water automatically; When heating, close running water valve, shower nozzle valve, connect with the mains, reserve the indoor thermostat temperature, press the button switch, connect circuit, igniting pin mark fire, DC electromagnetic valve is connected combustion gas, after stove and accessory is lighted, heat that burning produces and flue gas enter respectively be heated dish or each smoke chamber at the bottom of by main the be heated end or superconductive medium thermal conductive cavity water are heated, and induced-draft fan starts rotation smoke evacuation and waste gas in atmosphere, and furnace bottom enters air and keeps stove and accessory burning oxygen supply; Boiler heating is to uniform temperature, and thermocouple is communicated with K ° of temperature switch
3Interlock Closing Switch K
2Circuit is connected circulating pump motor and is started circulating pump work, the water in the radiator in the system is extracted into boiler enters boiler in the mouth of a river next time, and hot water is delivered in the radiator through boiler upper water-out mouth and dispelled the heat, so repeatedly, up to limiting temperature, temperature switch K ° of being communicated with of thermocouple
4Disconnect, igniting pin, circulating pump motor, DC electromagnetic valve all cut off the power supply, and heating system quits work; After indoor temperature reached predetermined temperature, indoor thermostat cut off the power supply socket, and system quits work, and after indoor temperature was lower than predetermined temperature, the indoor thermostat socket was connected power supply, and heating work recovers in system; Because gas pipeline goes wrong or other problem can not burn stove and accessory, reach the induction of certain hour inductive needle after, feed back in the self-priming valve warning impulse circuit, DC electromagnetic valve is closed gas pipeline, alarm equipment alarm; During shower, close the last lower valve that enters radiator, open running water moisturizing valve, open the shower nozzle valve, cold water drives water flow switch by the water flow switch valve body, the closed power supply of connecting of water flow switch, and heating boiler inner aqueous layer water uses.
The beneficial effects of the utility model are: strengthened the boiler endotherm area, increased rate of heat exchange, reduce burning time, can report to the police, cut off gas pipeline after taking place not fire, avoid peril, after the overvoltage of overheated generation steam, can eliminate in the extra feed tank automatically in the heating installation, indoor temperature is controlled automatically, convenient, less manpower.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1 is the utility model multifunctional civil combustion gas heating installation system diagram.
Fig. 2 is the gas fired-boiler figure of the utility model multifunctional civil combustion gas heating installation.
Fig. 3 is the combustion gas of the utility model multifunctional civil combustion gas heating installation, electrically heated boiler figure.
Fig. 4 is the utility model multifunctional civil combustion gas heating installation electric diagram.
Fig. 5 is the utility model multifunctional civil combustion gas heating installation 2ABI.2 self-priming valve warning impulse circuit figure.
Among the figure 1, hot-water valve, 2, hot water outlet, 3, gas fired-boiler, 4, induced-draft fan, 5, the induced-draft fan pipeline, 6, Boiler smoke tube, 7, boiler upper water-out mouth, 8, the water tank overflow valve, 9, automatic extra feed tank, 10, water tank inlet, 11, check valve, 12, threeway, 13, check valve, 14, water outlet of water tank, 15, interface on the water level pipe, 16, water level pipe, 17, the water level pipe lower interface, 18, valve, 19, valve, 20, shower nozzle, 21, interface on the radiator, 22, running water inlet, 23, threeway, 24, cooling water inlet, 25, electric appliance control box, 26, indicator lamp, 27, press button, 28, boiler is the mouth of a river next time, 29, threeway, 30, water flow switch, 31, the water flow switch valve body, 32, circulating pump motor, 33, circulating pump, 34, threeway, 35, valve, 36, threeway, 37, valve, 38, the radiator lower interface, 39, radiator, 40, boiler end, 41, the inner aqueous layer loam cake, 42, first smoke chamber loam cake, 43, at the bottom of the first smoke chamber, 44, smoke pipe, 45, at the bottom of the second smoke chamber, 46, the third smoke chamber overcoat, 47, cross water pipe, 48, the galvanic couple binding post, 49, DC electromagnetic valve, 50, the Gas Pipe import, 51, smoke pipe, 52, first smoke chamber stile, 53, second smoke chamber lid, 54, second smoke chamber stile, 55, smoke pipe, 56, the superconductive medium heat pipe, 57, cross water pipe, 58, the superconductive medium thermal conductive cavity, 59, the galvanic couple binding post, 60, at the bottom of the superconductive medium thermal conductive cavity, 61, stove and accessory, 62, the igniting pin, 63, grounding pin, 64, inductive needle, 65, boiler end, 66, the A disk cover that is heated, 67, A is heated and tries to get to the heart of a matter, 68, smoke separating pipe, 69, the B disk cover that is heated, 70, the B dish stile that is heated, 71, main smoke pipe, 72, the C disk cover that is heated, 73, the C dish stile that is heated, 74, C is heated and tries to get to the heart of a matter, and 75, smoke separating pipe, 76, the D dish stile that is heated, 77, D is heated and tries to get to the heart of a matter, and 78, the E disk cover that is heated, 79, smoke separating pipe, 80, the A dish stile that is heated, 81, B is heated and tries to get to the heart of a matter, and 82, the D disk cover that is heated, 83, main smoke pipe, 84, the E dish stile that is heated, 85, E is heated and tries to get to the heart of a matter, and 86, the master is heated at the end 87, thermocouple, 88, thermocouple, 89, the third cigarette cavity inner sleeve, 90, superconductive medium, 91, indoor thermostat, 92, direct current stabilizer, 93, alarm, 94, inner aqueous layer, 95, outer water layer.
The specific embodiment
See also Fig. 1-Fig. 5, a face down bonding has boiler upper water-out mouth (7) on inner aqueous layer (94) top of gas fired-boiler (3), upper water-out mouth (7) order is installed threeway (29), the short silk of the installation vertical suitable for reading of threeway (29), threeway (12) is installed in short silk top, short silk is installed in threeway (12) top, check valve (11) is installed in short silk top, check valve (11) upper end water receiving case water inlet (10) is received automatic extra feed tank (9) upper end, automatically a side of extra feed tank (9) is installed water tank overflow valve (8), opposite side is installed interface (15) on the water level pipe, water level pipe (16), water level pipe lower interface (17), automatically water outlet of water tank (14) connection check valve (13) is installed in the bottom of extra feed tank (19), check valve (13) connects short silk, and short silk is connected to threeway (12); Horizontal opposite side pipe laying in threeway (29) is communicated to threeway (36), and short silk is installed in the vertical direction top of threeway (36), short silk top mounted valve (18), and valve (18) is connected to shower nozzle (20) by pipeline; The horizontal direction of threeway (36) is installed short silk, and short silk is gone up mounted valve (19), and valve (19) is installed short silk, and the short silk other end is switched to interface on the radiator (21) and is connected with radiator (39); Be welded with in inner aqueous layer (94) bottom of gas fired-boiler (3) boiler next time the mouth of a river (28) link to each other with the water flow switch valve body (31) of water flow switch (30), the opposite side of water flow switch valve body (31) is installed circulating pump (33), circulating pump (33) is gone up circulating pump motor (32) is installed, the horizontal direction opposite side of circulating pump (33) is installed short silk, short silk is gone up threeway (34) is installed, threeway (34) horizontal direction is installed short silk, short silk is gone up mounted valve (37), the horizontal opposite side of valve (37) is installed the weak point silk, and short silk is gone up installation radiator lower interface (38) and is connected with radiator (39); Threeway (34) vertical downward direction is installed short silk, and short silk connects valve (35), and valve (35) is connected with threeway (23) by pipeline; A face down bonding has hot water outlet (2) on outer water layer (95) top of gas fired-boiler (3), and hot water outlet (2) is gone up hot-water valve (1) is installed; Outer water layer (95) bottom is welded with cooling water inlet (24), connects threeway (23) by pipeline, and threeway (23) horizontal direction opposite side is connected with running water inlet (22); The top of gas fired-boiler (3) is welded with Boiler smoke tube (6), and induced-draft fan (4) is installed on the top of Boiler smoke tube (6), and induced-draft fan (4) is gone up induced-draft fan pipeline (5) is installed; Electric appliance control box (25) is installed in the bottom of gas fired-boiler (3), electric control box (25) is gone up indicator lamp (26), press button (27) is installed, the attaching plug CT of electric appliance control box (25) is inserted among the socket CZ of indoor thermostat (91) control, dc source is by direct current stabilizer (92) voltage stabilizing, and alarm (93) is in self-priming valve warning impulse circuit.
In Fig. 2, gas fired-boiler (3) is made outer water layer (95) and inner aqueous layer (94) by boiler casing, inwall and boiler end (65), Boiler smoke tube (6) weldering, outer water layer (95) top sweating heat water out (2), bottom welding cooling water inlet (24); Inner aqueous layer (94) top welding boiler upper water-out mouth (7), boiler is the mouth of a river (28) next time, in the inner aqueous layer (94), the A disk cover (66) that is heated, A is heated and coils stile (80), the A dish that is heated is made in be heated (67) welding of trying to get to the heart of a matter of A, the A disk cover (66) that is heated is welded on the Boiler smoke tube (6), A be heated try to get to the heart of a matter (67) welding smoke separating pipes (68) upper end, smoke separating pipe (68) lower end is welded on B and is heated on the disk cover (69), B disk cover (69) the lower end welding B dish stile (70) that is heated that is heated, lower end and B be heated try to get to the heart of a matter (81) welding, B be heated try to get to the heart of a matter (81) weld main smoke pipe (71), main smoke pipe (71) the lower end welding C disk cover (72) that is heated, C disk cover (72) the welding C dish stile (73) that is heated that is heated, lower end welding C try to get to the heart of a matter (74) that are heated, C be heated try to get to the heart of a matter (74) welding smoke separating pipe (75), smoke separating pipe (75) the welding D disk cover (82) that is heated, D disk cover (82) the welding D dish stile (76) that is heated that is heated, lower end welding D try to get to the heart of a matter (77) that are heated, D welds main smoke pipe (83) at be heated (77) lower end of trying to get to the heart of a matter, main smoke pipe (83) the lower end welding E disk cover (78) that is heated, E disk cover (78) the welding E dish stile (84) that is heated that is heated, lower end welding E try to get to the heart of a matter (85) that are heated, E (85) lower end welding smoke separating pipe (79) of trying to get to the heart of a matter that is heated, smoke separating pipe (79) lower end welding main be heated at the end (86); Thermocouple (87), (88) are installed in inner aqueous layer (94) upper end, thermocouple (87) with temperature switch K °
4Connect, thermocouple (88) with temperature switch K °
3Connect; The boiler bottom master installs stove and accessory (61) at (86) lower end that is heated at the end, and stove and accessory (61) is gone up igniting pin (62), grounding pin (63), inductive needle (64) are installed, and a side of stove and accessory (61) is installed Gas Pipe import (50) and passed DC electromagnetic valve (49).
In Fig. 3, combustion gas, electrically heated boiler are made outer water layer (95) and inner aqueous layer (94) by boiler casing, inwall and boiler end (40), Boiler smoke tube (6) weldering, outer water layer (95) top sweating heat delivery port (2), bottom welding cooling water inlet (24); Inner aqueous layer (94) top welding boiler upper water-out mouth (7), bottom welding boiler is the mouth of a river (28) next time; In the inner aqueous layer (94), inner aqueous layer loam cake (41) is welded on the boiler inner wall, smoke pipe (51) passes inner aqueous layer loam cake (41) and welds and pass boiler casing with Boiler smoke tube (6), smoke pipe (51) lower end welding first smoke chamber loam cake (42), (43) welding smoke pipe (44) at the bottom of the first smoke chamber, smoke pipe (44) lower end welding second smoke chamber lid (53), second smoke chamber lid (53) welding second smoke chamber stile (54), at the bottom of second smoke chamber stile (54) the welding second smoke chamber (45), (45) welding smoke pipe (55) at the bottom of the second smoke chamber, the third smoke chamber overcoat (46) is welded in smoke pipe (55) lower end, third smoke chamber overcoat (46) interior welds, the third cigarette cavity inner sleeve (89), third cigarette cavity inner sleeve (89) two bottom sides was welded water pipe (47), (57) pass the third smoke chamber overcoat (46) and the welding communicate with inner aqueous layer (94), the third cigarette cavity inner sleeve (89) bottom welding superconductive medium thermal conductive cavity (58), superconductive medium thermal conductive cavity (58) upper end welding superconductive medium heat pipe (56), superconductive medium heat pipe (56) stretches in the third cigarette cavity inner sleeve (89), be filled with superconductive medium (90) in the superconductive medium thermal conductive cavity (58), superconductive medium thermal conductive cavity (58) fixed installation adds thermocouple binding post (48), (59), (60) are welded on superconductive medium thermal conductive cavity (58) bottom at the bottom of the superconductive medium thermal conductive cavity, stove and accessory (61) is installed in (60) bottom at the bottom of the superconductive medium thermal conductive cavity, igniting pin (62) is installed on the stove and accessory (61) successively, grounding pin (63), inductive needle (64), stove and accessory (61) pipeline one side is installed DC electromagnetic valve (49), and DC electromagnetic valve (49) is passed in the Gas Pipe import (50) of stove and accessory (61); Thermocouple (87), (88) are installed in inner aqueous layer (94) top, thermocouple (87) with temperature switch K °
4Connect, thermocouple (88) with temperature switch K °
3Connect.
Claims (3)
1, a kind of multifunctional civil combustion gas heating installation, it is by hot-water valve, hot water outlet, gas fired-boiler, the combustion gas electrically heated boiler, induced-draft fan, the induced-draft fan pipeline, Boiler smoke tube, boiler upper water-out mouth, the water tank overflow valve, automatic extra feed tank, water tank inlet, check valve, threeway, water outlet of water tank, interface on the water level pipe, water level pipe, the water level pipe lower interface, valve, shower nozzle, interface on the radiator, running water inlet, cooling water inlet, electric appliance control box, indicator lamp, press button, boiler is the mouth of a river next time, water flow switch, the water flow switch valve body, circulating pump motor, circulating pump, the radiator lower interface, radiator, boiler end, the inner aqueous layer loam cake, first smoke chamber loam cake, at the bottom of the first smoke chamber, smoke pipe, at the bottom of the second smoke chamber, the third smoke chamber overcoat, cross water pipe, the galvanic couple binding post, DC electromagnetic valve, the Gas Pipe import, first smoke chamber stile, second smoke chamber lid, second smoke chamber stile, the superconductive medium heat pipe, the superconductive medium thermal conductive cavity, at the bottom of the superconductive medium thermal conductive cavity, stove and accessory, the igniting pin, grounding pin, inductive needle, boiler end, the A dish loam cake that is heated, A is heated and tries to get to the heart of a matter, smoke separating pipe, the B disk cover that is heated, the B dish stile that is heated, main smoke pipe, the C disk cover that is heated, the C dish stile that is heated, C is heated and tries to get to the heart of a matter, smoke separating pipe, the D dish stile that is heated, D is heated and tries to get to the heart of a matter, the E disk cover that is heated, the A dish stile that is heated, B is heated and tries to get to the heart of a matter, the D disk cover that is heated, the E dish stile that is heated, E is heated and tries to get to the heart of a matter, main being heated at the end, thermocouple, the third cigarette cavity inner sleeve, superconductive medium, indoor thermostat, direct current stabilizer, alarm, inner aqueous layer, outer water layer is formed, it is characterized in that: a face down bonding has boiler upper water-out mouth (7) on inner aqueous layer (94) top of gas fired-boiler (3), upper water-out mouth (7) order is installed threeway (29), the short silk of the installation vertical suitable for reading of threeway (29), threeway (12) is installed in short silk top, short silk is installed in threeway (12) top, check valve (11) is installed in short silk top, check valve (11) upper end water receiving case water inlet (10) is received automatic extra feed tank (9) upper end, automatically a side of extra feed tank (9) is installed water tank overflow valve (8), opposite side is installed interface (15) on the water level pipe, water level pipe (16), water level pipe lower interface (17), automatically water outlet of water tank (14) connection check valve (13) is installed in the bottom of extra feed tank (19), check valve (13) connects short silk, and short silk is connected to threeway (12); Horizontal opposite side pipe laying in threeway (29) is communicated to threeway (36), and short silk is installed in the vertical direction top of threeway (36), short silk top mounted valve (18), and valve (18) is connected to shower nozzle (20) by pipeline; The horizontal direction of threeway (36) is installed short silk, and short silk is gone up mounted valve (19), and valve (19) is installed short silk, and the short silk other end is switched to interface on the radiator (21) and is connected with radiator (39); Be welded with in inner aqueous layer (94) bottom of gas fired-boiler (3) boiler next time the mouth of a river (28) link to each other with the water flow switch valve body (31) of water flow switch (30), the opposite side of water flow switch valve body (31) is installed circulating pump (33), circulating pump (33) is gone up circulating pump motor (32) is installed, the horizontal direction opposite side of circulating pump (33) is installed short silk, short silk is gone up threeway (34) is installed, threeway (34) horizontal direction is installed short silk, short silk is gone up mounted valve (37), the horizontal opposite side of valve (37) is installed the weak point silk, and short silk is gone up installation radiator lower interface (38) and is connected with radiator (39); Threeway (34) vertical downward direction is installed short silk, and short silk connects valve (35), and valve (35) is connected with threeway (23) by pipeline; A face down bonding has hot water outlet (2) on outer water layer (95) top of gas fired-boiler (3), and hot water outlet (2) is gone up hot-water valve (1) is installed; Outer water layer (95) bottom is welded with cooling water inlet (24), connects threeway (23) by pipeline, and threeway (23) horizontal direction opposite side is connected with running water inlet (22); The top of gas fired-boiler (3) is welded with Boiler smoke tube (6), and induced-draft fan (4) is installed on the top of Boiler smoke tube (6), and induced-draft fan (4) is gone up induced-draft fan pipeline (5) is installed; Electric appliance control box (25) is installed in the bottom of gas fired-boiler (3), electric control box (25) is gone up indicator lamp (26), press button (27) is installed, the attaching plug CT of electric appliance control box (25) is inserted among the socket CZ of indoor thermostat (91) control, dc source is by direct current stabilizer (92) voltage stabilizing, and alarm (93) is in self-priming valve door alarm impulse circuit; Thermocouple (87), (88) are installed in inner aqueous layer (94) top, thermocouple (87) with temperature switch K °
4Connect, thermocouple (88) with temperature switch K °
3Connect.
2, the described a kind of multifunctional civil combustion gas heating installation of claim 1, it is characterized in that: gas fired-boiler (3) is made outer water layer (95) and inner aqueous layer (94) by boiler casing, inwall and boiler end (65), Boiler smoke tube (6) weldering, outer water layer (95) top sweating heat water out (2), bottom welding cooling water inlet (24); Inner aqueous layer (94) top welding boiler upper water-out mouth (7), boiler is the mouth of a river (28) next time, in the inner aqueous layer (94), the A disk cover (66) that is heated, A is heated and coils stile (80), the A dish that is heated is made in be heated (67) welding of trying to get to the heart of a matter of A, the A disk cover (66) that is heated is welded on the Boiler smoke tube (6), A be heated try to get to the heart of a matter (67) welding smoke separating pipes (68) upper end, smoke separating pipe (68) lower end is welded on B and is heated on the disk cover (69), B disk cover (69) the lower end welding B dish stile (70) that is heated that is heated, lower end and B be heated try to get to the heart of a matter (81) welding, B be heated try to get to the heart of a matter (81) weld main smoke pipe (71), main smoke pipe (71) the lower end welding C disk cover (72) that is heated, C disk cover (72) the welding C dish stile (73) that is heated that is heated, lower end welding C try to get to the heart of a matter (74) that are heated, C be heated try to get to the heart of a matter (74) welding smoke separating pipe (75), smoke separating pipe (75) the welding D disk cover (82) that is heated, D disk cover (82) the welding D dish stile (76) that is heated that is heated, lower end welding D try to get to the heart of a matter (77) that are heated, D welds main smoke pipe (83) at be heated (77) lower end of trying to get to the heart of a matter, main smoke pipe (83) the lower end welding E disk cover (78) that is heated, E disk cover (78) the welding E dish stile (84) that is heated that is heated, lower end welding E try to get to the heart of a matter (85) that are heated, E (85) lower end welding smoke separating pipe (79) of trying to get to the heart of a matter that is heated, smoke separating pipe (79) lower end welding main be heated at the end (86); Thermocouple (87), (88) are installed in inner aqueous layer (94) upper end, thermocouple (87) with temperature switch K °
4Connect, thermocouple (88) with temperature switch K °
3Connect; The boiler bottom master installs stove and accessory (61) at (86) lower end that is heated at the end, and stove and accessory (61) is gone up igniting pin (62), grounding pin (63), inductive needle (64) are installed, and a side of stove and accessory (61) is installed Gas Pipe import (50) and passed DC electromagnetic valve (49).
3, a kind of multifunctional civil combustion gas heating installation according to claim 1, it is characterized in that: combustion gas, electrically heated boiler are made outer water layer (95) and inner aqueous layer (94) by boiler casing, inwall and boiler end (40), Boiler smoke tube (6) weldering, outer water layer (95) top sweating heat delivery port (2), bottom welding cooling water inlet (24); Inner aqueous layer (94) top welding boiler upper water-out mouth (7), bottom welding boiler is the mouth of a river (28) next time; In the inner aqueous layer (94), inner aqueous layer loam cake (41) is welded on the boiler inner wall, smoke pipe (51) passes inner aqueous layer loam cake (41) and welds and pass boiler casing with Boiler smoke tube (6), smoke pipe (51) lower end welding first smoke chamber loam cake (42), (43) welding smoke pipe (44) at the bottom of the first smoke chamber, smoke pipe (44) lower end welding second smoke chamber lid (53), second smoke chamber lid (53) welding second smoke chamber stile (54), at the bottom of second smoke chamber stile (54) the welding second smoke chamber (45), (45) welding smoke pipe (55) at the bottom of the second smoke chamber, the third smoke chamber overcoat (46) is welded in smoke pipe (55) lower end, third smoke chamber overcoat (46) interior welds, the third cigarette cavity inner sleeve (89), third cigarette cavity inner sleeve (89) two bottom sides was welded water pipe (47), (57) pass the third smoke chamber overcoat (46) and the welding communicate with inner aqueous layer (94), the third cigarette cavity inner sleeve (89) bottom welding superconductive medium thermal conductive cavity (58), superconductive medium thermal conductive cavity (58) upper end welding superconductive medium heat pipe (56), superconductive medium heat pipe (56) stretches in the third cigarette cavity inner sleeve (89), be filled with superconductive medium (90) in the superconductive medium thermal conductive cavity (58), superconductive medium thermal conductive cavity (58) fixed installation adds thermocouple binding post (48), (59), (60) are welded on superconductive medium thermal conductive cavity (58) bottom at the bottom of the superconductive medium thermal conductive cavity, stove and accessory (61) is installed in (60) bottom at the bottom of the superconductive medium thermal conductive cavity, igniting pin (62) is installed on the stove and accessory (61) successively, grounding pin (63), inductive needle (64), stove and accessory (61) pipeline one side is installed DC electromagnetic valve (49), and DC electromagnetic valve (49) is passed in the Gas Pipe import (50) of stove and accessory (61); Thermocouple (87), (88) are installed in inner aqueous layer (94) top, thermocouple (87) with temperature switch K °
4Connect, thermocouple (88) with temperature switch K °
3Connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620020280 CN2869679Y (en) | 2006-02-24 | 2006-02-24 | Multifunction civil gas heating apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620020280 CN2869679Y (en) | 2006-02-24 | 2006-02-24 | Multifunction civil gas heating apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2869679Y true CN2869679Y (en) | 2007-02-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620020280 Expired - Fee Related CN2869679Y (en) | 2006-02-24 | 2006-02-24 | Multifunction civil gas heating apparatus |
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| CN (1) | CN2869679Y (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103363579A (en) * | 2013-08-08 | 2013-10-23 | 王永德 | Gas water cycle heating system |
| CN104456658A (en) * | 2014-10-31 | 2015-03-25 | 广西壮族自治区金秀瑶族自治县科学技术情报研究所 | Multifunctional double-deck sealed metal shell cooking range capable of resisting high water pressure |
| CN106766215A (en) * | 2016-11-14 | 2017-05-31 | 广东美的暖通设备有限公司 | The temperature sensor monitors method and apparatus of water tank, hot-water heating system |
| CN109059262A (en) * | 2018-09-15 | 2018-12-21 | 江苏瑞源加热设备科技有限公司 | A kind of electrically heated boiler for heating |
-
2006
- 2006-02-24 CN CN 200620020280 patent/CN2869679Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103363579A (en) * | 2013-08-08 | 2013-10-23 | 王永德 | Gas water cycle heating system |
| CN104456658A (en) * | 2014-10-31 | 2015-03-25 | 广西壮族自治区金秀瑶族自治县科学技术情报研究所 | Multifunctional double-deck sealed metal shell cooking range capable of resisting high water pressure |
| CN106766215A (en) * | 2016-11-14 | 2017-05-31 | 广东美的暖通设备有限公司 | The temperature sensor monitors method and apparatus of water tank, hot-water heating system |
| CN106766215B (en) * | 2016-11-14 | 2019-09-17 | 广东美的暖通设备有限公司 | Temperature sensor monitoring method and device, the hot-water heating system of water tank |
| CN109059262A (en) * | 2018-09-15 | 2018-12-21 | 江苏瑞源加热设备科技有限公司 | A kind of electrically heated boiler for heating |
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Granted publication date: 20070214 Termination date: 20100224 |