CN102889633B - Heating superconducting fluid heat-exchanging furnace and superconducting fluid and heat exchange device for air - Google Patents
Heating superconducting fluid heat-exchanging furnace and superconducting fluid and heat exchange device for air Download PDFInfo
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- CN102889633B CN102889633B CN201110203075.6A CN201110203075A CN102889633B CN 102889633 B CN102889633 B CN 102889633B CN 201110203075 A CN201110203075 A CN 201110203075A CN 102889633 B CN102889633 B CN 102889633B
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Abstract
The invention discloses a kind of heating superconducting fluid heat-exchanging furnace and superconducting fluid and heat exchange device for air, it comprises superconducting fluid heat-exchanging furnace, superconducting fluid and heat exchange device for air, wherein, a blower fan exhaust opening joint of heat-exchanging furnace is communicated with flue tube and stretches out outdoor; The ventilation heat-exchanging chamber gas outlet joint of heat-exchanging furnace passes through No. two fan air inlet fittings of No. two airducts and superconducting fluid and heat exchange device for air, and the superconducting fluid heat exchange joint of heat-exchanging furnace is connected with the joint type superconducting fluid heat-exchange device of heat exchange device for air with superconducting fluid; The superconducting fluid of superconducting fluid and heat exchange device for air and air heat exchange room hot-blast outlet joint, be communicated with several air diffuser by ajutage.The heat transfer efficiency that the gas water-heating furnace heating system it solving current indoor heating exists is low, poor stability, the high deficiency of operating cost.
Description
Technical field
The present invention relates to a kind of heating superconducting fluid heat-exchanging furnace and superconducting fluid and heat exchange device for air, it comprises superconducting fluid heat-exchanging furnace, superconducting fluid and heat exchange device for air.
Background technology
Indoor independent heating in current winter, the geothermal heating system that the heating system generally all adopting gas-heating water heater and radiator to form and water heater for heating and underground heat form.Above-mentioned two kinds of heating systems are all using water as heat transfer medium.All there is following deficiency in them: one, because the wing leaf pipe in pipe of water heater for heating adopts transient heating mode, after running a period of time, and the tube wall inwall of wing leaf pipe in pipe produces albefaction because of dew and corrosion phenomenon causes heat transfer efficiency to reduce; The high-temperature flue gas that when two, running, fuel gas buring produces must go out in the gap between some wing blades wing leaf pipe in pipe, the gap of all wing blades just row becomes to discharge fume hot switching path, time one length will produce the carbon deposition phenomenon that cannot remove on wing blade surface, this carbon deposition phenomenon can make heat exchanger heat transfer efficiency reduce, the blocking of smoke evacuation hot switching path can be caused, even water heater for heating can be caused to blast accident because of the blocking of smoke evacuation hot switching path large area; Three, because above-mentioned heating system need store a large amount of water, during operation, hot gas consumption is comparatively large, thus causes operating cost to remain high.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of independent heating system in indoor be made up of superconducting fluid heat-exchanging furnace and superconducting fluid and heat exchange device for air, which solves the independent heating system above shortcomings in the indoor be made up of gas-heating water heater adopted at present.
In order to solve the problem, heating superconducting fluid heat-exchanging furnace of the present invention and superconducting fluid and heat exchange device for air, it comprises superconducting fluid heat-exchanging furnace, superconducting fluid and heat exchange device for air, described superconducting fluid heat-exchanging furnace, it comprises superconducting fluid heat-exchanging furnace outer cover, a blower fan, self-con-tained unit, gas ratio valve, gas combustion apparatus, superconducting fluid heat-exchange device, collection cigarette and ventilation heat-exchange device room, a wherein blower fan, self-con-tained unit, gas ratio valve, gas combustion apparatus, superconducting fluid heat-exchange device, collection cigarette and ventilation heat-exchange device room, they are all placed in described superconducting fluid heat-exchanging furnace outer cover, and be attached thereto respectively, a described blower fan, its outlet flue joint stretches out outside superconducting fluid heat-exchanging furnace outer cover, is communicated with smoke pipeline, and stretching out outdoor, its power line is connected with described self-con-tained unit, described gas ratio valve, its gas inlet joint is communicated with indoor fuel gas supply line, and its power line is connected with self-con-tained unit, described gas combustion apparatus, it comprises gas combustion apparatus sidewall shell body, combustion chamber, burner apparatus, described burner apparatus, it is placed in bottom in gas combustion apparatus sidewall housing, and is connected and fixed with it, burner apparatus gas inlet joint and gas ratio valve gas outlet fittings, burner apparatus ignition power line is connected with self-con-tained unit, described combustion chamber, and it is positioned at the top of gas combustion apparatus sidewall housing, i.e. burner apparatus superjacent air space, described superconducting fluid heat-exchange device, it comprises superconducting fluid heat exchange joint, superconducting fluid goes out, refluxing opening junction block, superconducting fluid heat-exchanging chamber, some spiral wing leaf tube cores, some spiral flue smoke exhaust pipes, superconducting fluid temperature control inductor, a vacuum pumping valve, described superconducting fluid heat-exchanging chamber, it is the obturator shell be interconnected to by back cover under superconducting fluid heat-exchanging chamber upper cover, superconducting fluid heat-exchanging chamber sidewall housing, superconducting fluid heat-exchanging chamber, and it is placed in gas combustion chamber upper end, and its lower back cover is connected with interface on combustion chamber, some described spiral flue smoke exhaust pipes, it is placed in superconducting fluid heat-exchanging chamber, its lower end is connected with back cover under superconducting fluid heat-exchanging chamber respectively, its upper end is stretched out outside superconducting fluid heat-exchanging chamber upper cover respectively, and be connected with superconducting fluid heat-exchanging chamber upper cover respectively, some spiral flue smoke exhaust pipes respectively with combustion chamber, described spiral wing leaf tube core, it inserts in some spiral flue smoke exhaust pipes respectively, and fixes with it, and can freely extract out, described superconducting fluid goes out, refluxing opening junction block, and it is placed on superconducting fluid heat-exchanging chamber upper cover, and its one end is communicated with superconducting fluid heat-exchanging chamber upper cover, and the other end stretches out outside superconducting fluid heat-exchanging furnace outer cover, described superconducting fluid heat exchange joint, its lower end osculum joint goes out with superconducting fluid, refluxing opening junction block is communicated with, and large mouth joint termination, its upper end is shut, described superconducting fluid temperature control inductor, and it is connected with superconducting fluid heat-exchanging chamber sidewall housing upper, its signal transmssion line is connected with self-con-tained unit, a described vacuum pumping valve, it is connected with superconducting fluid heat-exchanging chamber sidewall housing upper end, described collection cigarette and ventilation heat-exchange device room, it comprises lower chambers, upper chamber, ventilation heat-exchange device, described lower chambers is positioned at superconducting fluid heat-exchanging chamber upper end, lower chambers sidewall housing and superconducting fluid heat-exchanging chamber upper end sidewall housing are integrated, and by superconducting fluid switch room upper cover, the two is separated, therebetween not connected, superconducting fluid through lower chambers sidewall housing goes out, refluxing opening junction block, be connected with between lower chambers sidewall housing, lower chambers is communicated with the some spiral flue smoke exhaust pipes inserted into the inner, described upper chamber, its exhaust opening joint and an air inlet fittings, in upper chamber's lower interface and lower chambers, interface is connected and fixed, described ventilation heat-exchange device, it is placed in upper chamber, and be attached thereto fixing, it comprises ventilation heat-exchanging chamber, several smoke evacuation heat-exchange tube, described ventilation heat-exchanging chamber, its air inlet connections and gas outlet joint stretch out outside superconducting fluid heat-exchanging furnace outer cover respectively, heat-exchanging chamber air inlet connections of wherein taking a breath is communicated with an airduct, and stretches out outdoor, described several smoke evacuation heat-exchange tubes its be placed in ventilation heat-exchanging chamber in, its lower end is connected with the lower back cover of ventilation heat-exchanging chamber respectively, its upper end is connected with the upper cover of ventilation heat-exchanging chamber respectively, and several smoke evacuation heat-exchange tube is communicated with upper chamber with lower chambers respectively, described superconducting fluid and heat exchange device for air, it comprises superconducting fluid and heat exchange device for air outer cover, superconducting fluid and air heat exchanger, hot blast temperature control inductor, No. two blower fans, No. two vacuum pumping valves, described superconducting fluid and air heat exchanger, it comprises superconducting fluid and air heat exchange room, several superconducting fluid heat exchange fin leaf pipe, joint type superconducting fluid heat-exchange device, described superconducting fluid and air heat exchange room, it is placed in described superconducting fluid and heat exchange device for air outer cover, and be attached thereto fixing, its hot-blast outlet joint, one termination is connected with the sidewall of superconducting fluid with air heat exchange room, and be communicated with air heat exchange room with superconducting fluid, the other end stretches out outside superconducting fluid and heat exchange device for air outer cover, be communicated with several air diffuser by ajutage, superconducting fluid and air heat exchange room air inlet joint, be placed in below the superconducting fluid of the superconducting fluid opposite side corresponding with air heat exchange room hot-blast outlet joint and the lower back cover of air heat exchange room, and be connected with it, and be communicated with air heat exchange room with superconducting fluid, described several superconducting fluid heat exchange fin leaf pipes, it is placed in superconducting fluid and air heat exchange is indoor, its upper end is connected with the upper cover of superconducting fluid with air heat exchange room respectively, and upper end is shut, its lower end is connected with the lower back cover of air heat exchange room with superconducting fluid respectively, described joint type superconducting fluid heat-exchange device, the large mouth in its upper end is connected with the lower back cover of air heat exchange room with superconducting fluid, and be interconnected with several superconducting fluid heat exchange fin leaf pipe, joint type superconducting fluid heat-exchange device, its lower port joint termination is shut, and stretch out outside superconducting fluid and heat exchange device for air outer cover, and be connected with superconducting fluid heat exchange upper end of joint joint, described hot blast temperature control inductor, below itself and the superconducting fluid of superconducting fluid and air heat exchange room hot-blast outlet joint homonymy and the lower back cover of air heat exchange room, and be attached thereto, the signal transmssion line of hot blast temperature control inductor is connected with self-con-tained unit, No. two described blower fans, it is placed in below superconducting fluid and air heat exchange room air inlet joint, its air outlet joint and superconducting fluid and air heat exchange room air inlet fittings, its air inlet joint is communicated with ventilation heat-exchanging chamber air outlet joint by No. two airducts, No. two described vacuum pumping valves, it is communicated with any superconducting fluid heat exchange fin leaf pipe upper end, and is connected.
In sum, heating superconducting fluid heat-exchanging furnace and superconducting fluid and heat exchange device for air, its advantage is as follows: one, do heat transfer medium owing to have employed superconducting fluid, and the superconducting fluid quantity that system domestic demand stores is only the geothermal heating system that the relatively less water heater for heating of the system storage water yield that adopts at present and geothermal tube form and stores less than 10% of the water yield; Two, because superconducting fluid becomes gaseous state from liquid state more than 38 DEG C, namely in heat transfer process, be in gaseous state all the time, thus its heat transfer rate is fast, and heat transfer efficiency is high, and its transferable temperature is far longer than 100 DEG C; Three, superconducting fluid to body of heater and pipe fitting corrosion-free, long service life, superconducting fluid no consumption during operation, injecting once can Long-Time Service; Four, owing to loading spiral wing leaf tube core in the spiral flue smoke exhaust pipe in superconducting fluid heat-exchanging chamber, just make smokejack from straight become spiral, (1) high-temperature flue gas running time in spiral flue smoke exhaust pipe is extended, thus the superconducting fluid heat exchanger time extended in high-temperature flue gas and superconducting fluid heat-exchanging chamber, can greatly improve rate of heat exchange and reduce gas consumption; (2) can regularly spiral wing leaf tube core be extracted out, remove the carbon distribution on blade, or change spiral wing leaf tube core, just the spiral flue smoke pipe passage that changes gear is made to remain unimpeded state, solving heat exchange discharge flue because of carbon distribution, blocking causes heat exchanger effectiveness to reduce, or because of its large area blocking generation body of heater explosion accident; Five, be provided with ventilation heat-exchange device, when heating system is run, the outdoor fresh cold air sucked can be exchanged into warm air by it, namely reaches the object purified the air of a room, again saves the energy; Six, cost is low, easy for installation, easy to maintenance; Seven, operating cost is low, and heating expense can reduce more than 35% compared with central heating mode; Eight, because superconducting fluid heat-exchanging furnace negative pressure is run, safety when therefore working.
accompanying drawing illustrates:
Fig. 1 is system connection layout of the present invention.
Fig. 2 is the structure chart of superconducting fluid heat-exchanging furnace.
Fig. 3 is the structure chart of spiral wing leaf tube core.
Fig. 4 is the structure chart of superconducting fluid and heat exchange device for air.
Detailed description of the invention
Heating shown in Fig. 1 superconducting fluid heat-exchanging furnace and superconducting fluid and heat exchange device for air, it comprises superconducting fluid heat-exchanging furnace 1, superconducting fluid and heat exchange device for air 2, wherein, a blower fan exhaust opening joint 122 on superconducting fluid heat-exchanging furnace 1 is communicated with flue tube Y, and stretches out outdoor; Ventilation heat-exchanging chamber air inlet connections 17311 on superconducting fluid heat-exchanging furnace 1 and an airduct F
1be communicated with, and stretch out outdoor, the ventilation heat-exchanging chamber gas outlet joint 17312 on superconducting fluid heat-exchanging furnace is by No. two airduct F
2be communicated with on heat exchange device for air 2 a No. two fan air inlet joint 241 with superconducting fluid, the superconducting fluid heat exchange joint 161 on superconducting fluid heat-exchanging furnace 1 is connected with the joint type superconducting fluid heat-exchange device 223 on heat exchange device for air 2 with superconducting fluid; Superconducting fluid on superconducting fluid and heat exchange device for air 2 and air heat exchange room hot-blast outlet joint 2211, by ajutage respectively several air diffuser be communicated with.
The heat-exchanging furnace of superconducting fluid shown in Fig. 2, Fig. 31, it comprises superconducting fluid heat-exchanging furnace outer cover 11, blower fan 12, self-con-tained unit 13, gas ratio valve 14, gas combustion apparatus 15, superconducting fluid heat-exchange device 16, collection cigarette and ventilation heat-exchange device room 17, a wherein blower fan 12, self-con-tained unit 13, gas ratio valve (14), gas combustion apparatus 15, superconducting fluid heat-exchange device 16, collection cigarette and ventilation heat-exchange device room 17, they are all placed in described superconducting fluid heat-exchanging furnace outer cover 11, and be attached thereto respectively, a described blower fan 12, its outlet flue joint 122 stretches out outside superconducting fluid heat-exchanging furnace outer cover 11, is communicated with smoke pipeline Y, and stretch out outdoor, its power line L
1be connected with described self-con-tained unit 13, described gas ratio valve 14, its gas inlet joint 142 is communicated with indoor fuel gas supply line, its power line L
2be connected with self-con-tained unit 13, described gas combustion apparatus 15, it comprises gas combustion apparatus sidewall shell body 151, combustion chamber 152, burner apparatus 153, described burner apparatus 153, it is placed in bottom in burner sidewall housing 151, and is connected and fixed with it, and burner apparatus gas inlet joint 1531 is communicated with gas ratio valve gas outlet joint 141, burner apparatus ignition power line L
3be connected with self-con-tained unit, described combustion chamber 152, it is positioned at the top of gas combustion apparatus sidewall housing 151, i.e. burner apparatus 153 superjacent air space, described superconducting fluid heat-exchange device 16, it comprises superconducting fluid heat exchange joint 161, superconducting fluid goes out, refluxing opening junction block 162, superconducting fluid heat-exchanging chamber 163, some spiral wing leaf tube cores 164, some spiral flue smoke exhaust pipes 165, superconducting fluid temperature control inductor 166, a vacuum pumping valve 167, described superconducting fluid heat-exchanging chamber 163, it is by superconducting fluid heat-exchanging chamber upper cover 1631, superconducting fluid heat-exchanging chamber sidewall housing 1632, the obturator shell that under superconducting fluid heat-exchanging chamber, back cover 1633 is interconnected to, it is placed in gas combustion chamber 151 upper end, its lower back cover 1633 with combustion chamber connects 1511 and is connected, some described spiral flue smoke exhaust pipes 165, it is placed in superconducting fluid heat-exchanging chamber 163, its lower end is connected with back cover 1633 under superconducting fluid heat-exchanging chamber respectively, its upper end is stretched out outside superconducting fluid heat-exchanging chamber upper cover 1631 respectively, and be connected with superconducting fluid heat-exchanging chamber upper cover 1631 respectively, some spiral flue smoke exhaust pipes 165 are communicated with combustion chamber 151 respectively, described spiral wing leaf tube core 164, it inserts in some spiral flue smoke exhaust pipes 165 respectively, and fixes with it, and can freely extract out, described superconducting fluid goes out, refluxing opening junction block 162, and it is placed on superconducting fluid heat-exchanging chamber upper cover 1631, and its one end is communicated with superconducting fluid heat-exchanging chamber upper cover 1631, and the other end stretches out outside superconducting fluid heat-exchanging furnace outer cover 21, described superconducting fluid heat exchange joint 161, its lower end osculum joint goes out with superconducting fluid, refluxing opening junction block 162 is communicated with, large mouth joint termination, its upper end is shut, described superconducting fluid temperature control inductor 166, and it is connected with superconducting fluid heat-exchanging chamber sidewall housing 1632 top, its signal transmssion line X
1be connected with self-con-tained unit 13, a described vacuum pumping valve 167, it is connected with superconducting fluid heat-exchanging chamber sidewall housing 1632, described collection cigarette and ventilation heat-exchange device room 17, it comprises lower chambers 171, upper chamber 172, ventilation heat-exchange device 173, described lower chambers 171 is positioned at superconducting fluid heat-exchanging chamber 163 upper end, lower chambers sidewall housing 1712 and superconducting fluid heat-exchanging chamber 163 upper end sidewall housing 1632 are integrated, and separated by superconducting fluid switch room upper cover 1631, therebetween not connected, superconducting fluid through lower chambers sidewall housing 1712 goes out, backflow fittings pipe 162, be connected with between lower chambers sidewall housing, lower chambers 171 is communicated with the some spiral flue smoke exhaust pipes 165 inserted into the inner, described upper chamber 172, its exhaust opening joint 1722 is communicated with an air inlet joint 121, and upper chamber's lower interface 1721 is connected and fixed with interface 1711 in lower chambers, described ventilation heat-exchange device 173, it is placed in upper chamber 172, and be attached thereto fixing, it comprises ventilation heat-exchanging chamber 1731, several smoke evacuation heat-exchange tube 1732, described ventilation heat-exchanging chamber 1731, its air inlet connections 17311 and gas outlet joint 17312 stretch out outside superconducting fluid heat-exchanging furnace outer cover 11 respectively, and wherein take a breath heat-exchanging chamber air inlet connections 17311 and an airduct F
1be communicated with, and stretch out outdoor, described several smoke evacuation heat-exchange tubes 1732 its be placed in ventilation heat-exchanging chamber 1731 in, its lower end is connected with the lower back cover of ventilation heat-exchanging chamber 1731 respectively, its upper end is connected with the upper cover of ventilation heat-exchanging chamber 1731 respectively, and several smoke evacuation heat-exchange tube 1732 is communicated with upper chamber 172 with lower chambers 171 respectively.
Superconducting fluid shown in Fig. 4 and heat exchange device for air 2, it comprises superconducting fluid and heat exchange device for air outer cover 21, superconducting fluid and air heat exchanger 22, hot blast temperature control inductor 23, No. two blower fans 24, No. two vacuum pumping valves 25, described superconducting fluid and air heat exchanger 22, it comprises superconducting fluid and air heat exchange room 221, several superconducting fluid heat exchange fin leaf pipe 222, joint type superconducting fluid heat-exchange device 223, described superconducting fluid and air heat exchange room 221, it is placed in described superconducting fluid and heat exchange device for air outer cover 21, and be attached thereto fixing, its hot-blast outlet joint 2211, one termination is connected with the sidewall of superconducting fluid with air heat exchange room 221, and be communicated with air heat exchange room 221 with superconducting fluid, the other end stretches out outside superconducting fluid and heat exchange device for air outer cover 21, be communicated with several air diffuser by ajutage, superconducting fluid and air heat exchange room air inlet joint 2212, be placed in below the superconducting fluid of the superconducting fluid opposite side corresponding with air heat exchange room hot-blast outlet joint 2211 and the lower back cover of air heat exchange room 221, and be connected with it, and be communicated with air heat exchange room 221 with superconducting fluid, described several superconducting fluid heat exchange fin leaf pipes 222, it is placed in superconducting fluid and air heat exchange room 221, its upper end is connected with the upper cover of superconducting fluid with air heat exchange room 221 respectively, and upper end is shut, its lower end is connected with the lower back cover of air heat exchange room 221 with superconducting fluid respectively, described joint type superconducting fluid heat-exchange device 223, the large mouth in its upper end is connected with the lower back cover of air heat exchange room 221 with superconducting fluid, and be interconnected with several superconducting fluid heat exchange fin leaf pipe 222, joint type superconducting fluid heat-exchange device 223, its lower port joint termination is shut, and stretch out outside superconducting fluid and heat exchange device for air outer cover 21, and be connected with end connector on superconducting fluid heat exchange joint 161, described hot blast temperature control inductor 23, be attached thereto below itself and the superconducting fluid of superconducting fluid and air heat exchange room hot-blast outlet joint 2212 homonymy and the lower back cover of air heat exchange room 221, the signal transmssion line X of hot blast temperature control inductor
2be connected with self-con-tained unit 13, No. two described blower fans 24, it is placed in below superconducting fluid and air heat exchange room air inlet joint 2212, and its air outlet joint 242 is communicated with air heat exchange room air inlet joint 2212 with superconducting fluid, and its air inlet joint 241 is by No. two airduct F
2be communicated with ventilation heat-exchanging chamber air outlet joint 17312, No. two described vacuum pumping valves 25, it is communicated with any superconducting fluid heat exchange fin leaf pipe 222 upper end, and is connected.
Heating superconducting fluid heat-exchanging furnace of the present invention and superconducting fluid and heat exchange device for air, carry out work in the following manner: first press and connect automatics power knob, then the automatic operation start button in automatics is pressed, automatics starts automatic operation, first automatically a fan power is connected, a blower fan starts to rotate, then automatically gas ratio valve power supply is connected, its burnt gas valve is opened, start to burner apparatus input combustion gas, meanwhile automatically connect electric igniter power supply again, and the combustion gas in input combustion chamber and air gas mixture are lighted, light rear automatically by igniter power-off, the high-temperature flue gas that combustion gas produces after Thorough combustion in combustion chamber, its some spiral flue smoke exhaust pipe in superconducting fluid heat-exchanging chamber enters lower chambers, enter upper chamber by the several smoke evacuation heat-exchange tubes in ventilation heat-exchanging chamber again, forced outside discharge chamber through flue tube by a blower fan after combustion.Superconducting fluid heat exchange heat transfer type is as follows: the superconducting fluid stored in superconducting fluid heat-exchanging chamber and the high-temperature flue gas entered in some spiral flue smoke exhaust pipes carry out heat exchange, when superconducting fluid temperature reaches 38 DEG C, superconducting fluid becomes gaseous state from liquid state, through superconducting fluid heat exchange joint the heat exchanged with high-temperature flue gas passed to the superconducting fluid in joint type superconducting fluid heat-exchange device, when superconducting fluid temperature reaches 38 DEG C, now superconducting fluid becomes gaseous state from liquid state, and be full of in joint type superconducting fluid heat-exchange device and some superconducting fluid heat exchange fin leaf pipes, and its heat is passed to some superconducting fluid heat exchange fin leaf tube walls and wing blade again by superconducting fluid.Air heat exchange mode is as follows: when the superconducting fluid temperature in superconducting fluid heat-exchanging chamber is elevated to a certain setting value, then by superconducting fluid temperature control inductor, the Temperature numerical of setting is fed back to self-con-tained unit, then, self-con-tained unit connects No. two fan powers automatically, No. two blower fans are started working, now, outdoor cold air enters in ventilation heat-exchanging chamber through an airduct, and carry out heat exchange with the high-temperature flue gas in several heat exchange smoke exhaust pipe, warm air after exchange is blown into superconducting fluid and air heat exchange indoor through No. two airducts by No. two blower fans, after carrying out heat exchange with the tube wall of high-temperature superconductor liquid heat exchange fin leaf pipe and wing blade within it, the hot blast produced, send in several air diffuser through hot-blast outlet and ajutage, then indoor are blown into.When indoor temperature is raised to capping value, automatics first cuts off gas ratio valve power supply automatically, and then cut off No. one, No. two motor powers successively, heating system quits work, when indoor temperature is lower than preset lower limit, heating system repeats above-mentioned running automatically.To out of service, press the stop button of self-con-tained unit.
Heating superconducting fluid heat-exchanging furnace of the present invention and superconducting fluid and heat exchange device for air; be not limited to above-mentioned embodiment; every employing superconducting fluid directly carries out heat exchange, superconducting fluid heat exchange joint, joint type superconducting fluid heat-exchange device, heat-exchange device of taking a breath as heat transfer medium, superconducting fluid and air; one of them be different from above-mentioned heating system, all in patent protection of the present invention.
Claims (1)
1. heating superconducting fluid heat-exchanging furnace and superconducting fluid and a heat exchange device for air, it comprises superconducting fluid heat-exchanging furnace (1), superconducting fluid and heat exchange device for air (2), it is characterized in that: described superconducting fluid heat-exchanging furnace (1), it comprises superconducting fluid heat-exchanging furnace outer cover (11), a blower fan (12), self-con-tained unit (13), gas ratio valve (14), gas combustion apparatus (15), superconducting fluid heat-exchange device (16), collection cigarette and ventilation heat-exchange device (17), a wherein blower fan (12), self-con-tained unit (13), gas ratio valve (14), gas combustion apparatus (15), superconducting fluid heat-exchange device (16), collection cigarette and ventilation heat-exchange device (17), they are all placed in described superconducting fluid heat-exchanging furnace outer cover (11), and be attached thereto respectively, a described blower fan (12), its outlet flue joint (122) stretches out outside superconducting fluid heat-exchanging furnace outer cover (11), be communicated with flue tube (Y), and stretch out outdoor, its power line (L1) is connected with described self-con-tained unit (13), described gas ratio valve (14), its fuel gas inlet joint (142) is communicated with indoor fuel gas supply pipe, its power line (L2) is connected with self-con-tained unit (13), described gas combustion apparatus (15), it comprises gas combustion apparatus sidewall housing (151), combustion chamber (152), burner apparatus (153), described burner apparatus (153), it is placed in gas combustion apparatus sidewall housing (151) interior bottom, and be connected and fixed with it, burner apparatus fuel gas inlet joint (1531) is communicated with gas ratio valve gas outlet joint (141), burner apparatus ignition power line (L3) is connected with self-con-tained unit (13), described combustion chamber (152), it is positioned at the top of gas combustion apparatus sidewall housing (151), i.e. burner apparatus (153) superjacent air space, described superconducting fluid heat-exchange device (16), it comprises superconducting fluid heat exchange joint (161), superconducting fluid goes out, refluxing opening junction block (162), superconducting fluid heat-exchanging chamber (163), some spiral wing leaf tube cores (164), some spiral flue smoke exhaust pipes (165), superconducting fluid temperature control inductor (166), a vacuum pumping valve (167), described superconducting fluid heat-exchanging chamber (163), it is by superconducting fluid heat-exchanging chamber upper cover (1631), superconducting fluid heat-exchanging chamber sidewall housing (1632), the closure casing that under superconducting fluid heat-exchanging chamber, back cover (1633) is interconnected to, it is placed in combustion chamber (152) upper end, its lower back cover (1633) is connected with interface on combustion chamber (1511), some described spiral flue smoke exhaust pipes (165), it is placed in superconducting fluid heat-exchanging chamber (163), its lower end is connected with back cover (1633) under superconducting fluid heat-exchanging chamber, its upper end is stretched out outside superconducting fluid heat-exchanging chamber upper cover (1631) respectively, and be connected with superconducting fluid heat-exchanging chamber upper cover (1631) respectively, some spiral flue smoke exhaust pipes (165) are communicated with combustion chamber (152) respectively, described some spiral wing leaf tube cores (164), it inserts in some spiral flue smoke exhaust pipes (165) respectively, and fix with it, and can freely extract out, described superconducting fluid goes out, refluxing opening junction block (162), it is placed on superconducting fluid heat-exchanging chamber upper cover (1631), its one end is communicated with superconducting fluid heat-exchanging chamber upper cover (1631), the other end stretches out outside superconducting fluid heat-exchanging furnace outer cover (11), described superconducting fluid heat exchange joint (161), its lower end osculum joint and superconducting fluid go out, refluxing opening junction block (162) is communicated with, large mouth joint termination, its upper end is shut, described superconducting fluid temperature control inductor (166), it is connected with superconducting fluid heat-exchanging chamber sidewall housing (1632) top, its signal transmssion line (X1) is connected with self-con-tained unit (13), a described vacuum pumping valve (167), it is connected with superconducting fluid heat-exchanging chamber sidewall housing (1632) upper end, described collection cigarette and ventilation heat-exchange device (17), it comprises lower chambers (171), upper chamber (172), ventilation heat-exchange device (173), described lower chambers (171), be positioned at superconducting fluid heat-exchanging chamber (163) upper end, the sidewall housing (1632) of lower chambers sidewall housing (1712) and superconducting fluid heat-exchanging chamber (163) upper end is integrated, and by superconducting fluid heat-exchanging chamber upper cover (1631), the two is kept apart, therebetween not connected, superconducting fluid through lower chambers sidewall housing (1712) goes out, refluxing opening junction block (162), is connected with between lower chambers sidewall housing, lower chambers (171) is communicated with the some smoke exhaust pipes (165) inserted into the inner, described upper chamber (172), its exhaust opening joint (1722) is communicated with an air inlet joint (121), upper chamber's lower interface (1721) is connected and fixed with interface (1711) in lower chambers, described ventilation heat-exchange device (173), it is placed in upper chamber (172), and be attached thereto fixing, it comprises ventilation heat-exchanging chamber (1731), several smoke evacuation heat-exchange tube (1732), described ventilation heat-exchanging chamber (1731), its air inlet connections (17311) and gas outlet joint (17312) stretch out outside superconducting fluid heat-exchanging furnace outer cover (11), wherein take a breath heat-exchanging chamber air inlet connections (17311) and an airduct (F
1) be communicated with, and stretch out outdoor, described several smoke evacuation heat-exchange tubes (1732), it is placed in ventilation heat-exchanging chamber (1731), its lower end is connected with the lower back cover of ventilation heat-exchanging chamber (1731) respectively, its upper end is connected with the upper cover of ventilation heat-exchanging chamber (1731) respectively, several smoke evacuation heat-exchange tube (1732) is communicated with upper chamber (172) with lower chambers (171) respectively, described superconducting fluid and heat exchange device for air (2), it comprises superconducting fluid and heat exchange device for air outer cover (21), superconducting fluid and air heat exchanger (22), hot blast temperature control inductor (23), No. two blower fans (24), No. two vacuum pumping valves (25), described superconducting fluid and air heat exchanger (22), it comprises superconducting fluid and air heat exchange room (221), several superconducting fluid heat exchange fin leaf pipe (222), joint type superconducting fluid heat-exchange device (223), described superconducting fluid and air heat exchange room (221), it is placed in described superconducting fluid and heat exchange device for air outer cover (21), and be attached thereto fixing, its hot-blast outlet joint (2211), one termination is connected with the sidewall of superconducting fluid with air heat exchange room (221), and be communicated with air heat exchange room (221) with superconducting fluid, the other end stretches out outside superconducting fluid and heat exchange device for air outer cover (21), be communicated with several air diffuser by ajutage, superconducting fluid and air heat exchange room hot wind inlet joint (2212), be placed in below the superconducting fluid of the superconducting fluid opposite side corresponding with air heat exchange room hot-blast outlet joint (2211) and the lower back cover of air heat exchange room (221), and be connected with it, and be communicated with air heat exchange room (221) with superconducting fluid, described several superconducting fluid heat exchange fin leaves pipe (222), it is placed in superconducting fluid and air heat exchange room (221), its upper end is connected with the upper cover of superconducting fluid with air heat exchange room (221) respectively, and upper end is shut, its lower end is connected with the lower back cover of superconducting fluid with air heat exchange room (221) respectively, described joint type superconducting fluid heat-exchange device (223), the large mouth in its upper end is connected with the lower back cover of superconducting fluid with air heat exchange room (221), and be interconnected with several superconducting fluid heat exchange fin leaf pipe (222), its lower port joint is shut, and stretch out outside superconducting fluid and heat exchange device for air outer cover (21), and be connected with the upper end connector of superconducting fluid heat exchange joint (161), described hot blast temperature control inductor (23), it is placed in below the superconducting fluid of superconducting fluid and air heat exchange room hot-blast outlet joint (2211) homonymy and the lower back cover of air heat exchange room (221), and be attached thereto, hot blast temperature control inductor signal transmssion line (X2) is connected with self-con-tained unit (13), No. two described blower fans (24), it is placed in superconducting fluid and below, air heat exchange room hot wind inlet joint (2212), its air outlet joint (242) is communicated with air heat exchange room hot wind inlet joint (2212) with superconducting fluid, and its air inlet joint (241) is by No. two airduct (F
2) be communicated with ventilation heat-exchanging chamber gas outlet joint (17312), No. two described vacuum pumping valves (25), it is communicated with any superconducting fluid heat exchange fin leaf pipe (222) upper end, and is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110203075.6A CN102889633B (en) | 2011-07-20 | 2011-07-20 | Heating superconducting fluid heat-exchanging furnace and superconducting fluid and heat exchange device for air |
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| CN201110203075.6A CN102889633B (en) | 2011-07-20 | 2011-07-20 | Heating superconducting fluid heat-exchanging furnace and superconducting fluid and heat exchange device for air |
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| CN102889633B true CN102889633B (en) | 2016-04-20 |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2570690Y (en) * | 2002-06-30 | 2003-09-03 | 李文革 | Gas-fired boiler |
| GB2450414A (en) * | 2007-06-19 | 2008-12-24 | Ravenheat Mfg Ltd | Exhaust gas water heating system |
| CN201322372Y (en) * | 2008-12-01 | 2009-10-07 | 曹磊 | Indoor circulating heating device |
| CN202133029U (en) * | 2011-07-20 | 2012-02-01 | 王泽元 | Superconducting fluid heat exchange furnace for heating and superconducting fluid and air heat exchange device |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3617063B2 (en) * | 1993-12-01 | 2005-02-02 | アタム技研株式会社 | Gas water heater |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2570690Y (en) * | 2002-06-30 | 2003-09-03 | 李文革 | Gas-fired boiler |
| GB2450414A (en) * | 2007-06-19 | 2008-12-24 | Ravenheat Mfg Ltd | Exhaust gas water heating system |
| CN201322372Y (en) * | 2008-12-01 | 2009-10-07 | 曹磊 | Indoor circulating heating device |
| CN202133029U (en) * | 2011-07-20 | 2012-02-01 | 王泽元 | Superconducting fluid heat exchange furnace for heating and superconducting fluid and air heat exchange device |
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| CN102889633A (en) | 2013-01-23 |
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