CN207407417U - A kind of gas-heating heat-storage heating equipment - Google Patents
A kind of gas-heating heat-storage heating equipment Download PDFInfo
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- CN207407417U CN207407417U CN201721379708.8U CN201721379708U CN207407417U CN 207407417 U CN207407417 U CN 207407417U CN 201721379708 U CN201721379708 U CN 201721379708U CN 207407417 U CN207407417 U CN 207407417U
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Abstract
The utility model discloses a kind of gas-heating heat-storage heating equipment, including phase-change material heat storage box, heater box, water tank, fuel reserve tank and heating heat exchange box；Conduction oil heat exchanger tube is equipped in phase-change material heat storage box；Water heater, oil heater and gas-operated thermal bath facility are equipped in heater box；Water heater is connected by water circulation pipe with water tank；The fluid outlet of fuel reserve tank passes sequentially through conduction oil and goes out oil circulating pipe to be connected with the liquid feeding end of heat conduction oil circulating pipe；The outlet end of heat conduction oil circulating pipe passes through conduction oil heat exchanger tube inlet communication with phase-change material heat storage box after oil heater；The conduction oil heat transfer tube outlet of phase-change material heat storage box is connected with heating heat exchange box；It is connected between the import of conduction oil heat exchanger tube and conduction oil heat transfer tube outlet by conduction oil heat exchanger tube；Heating heat exchange box is connected by conduction oil oil return circulation pipe with fuel reserve tank；Forced circulation pump is installed, heat conduction oil circulating pipe or conduction oil go out on oil circulating pipe to be equipped with conduction oil main circulation pump in water circulation pipe.
Description
Technical field
The utility model is related to heating equipment technical field, more particularly to a kind of gas-heating heat-storage heating equipment.
Background technology
In recent years, with society fast development, the continuous improvement of human living standard, in northern China city, heating
Central heating has become the thing popularized very much during people's life and work, at present, what traditional heating mainly used
It is coal heating either electrical heating heating, it is well known that coal heating solves the problems, such as heating to a certain extent, still
Since coal heating can generate greatly environmental hazard, in recent years, with increasingly serious, the electric energy confession of environmental problem
Heat is gradually heated instead of coal, it appears that having for electric energy is also greatly to be generated electricity using coal,
Pollution sources are simply removed big city by these measures, but are directed to the remote location of coal power generation, and pollution still remains, institute
How to design and develop a kind of gas-heating heat-storage heating equipment that can be solved the above problems then seems it is particularly important.
Utility model content
The technical problems to be solved in the utility model is：A kind of gas-heating heat-storage heating equipment is provided；The gas-heating
Heat-storage heating equipment is based on phase-change material heat storage box, is heated using combustion gas as main energy source, while will be extra
Thermal energy storage is in phase-change thermal storage case, can be by adjusting the flow control valve of different position when Interior Temperature Environment changes
Realize the adjusting of heat supply.
The utility model is adopted the technical scheme that solve technical problem present in known technology：
A kind of gas-heating heat-storage heating equipment, includes at least：
Inside is equipped with the phase-change material heat storage box (30) of phase-change material, and heat conduction is equipped in the phase-change material heat storage box (30)
Oily heat exchanger tube (26)；
Heater box, the heater box is interior to be equipped with water heater (16), oil heater (13) and gas-operated thermal bath facility；
Water tank (50), fuel reserve tank (41) and heating heat exchange box (29)；Wherein：
The water heater (16) is connected by water circulation pipe with water tank (50)；The fuel reserve tank (41) is equipped with fluid
Outlet and fluid entrance；Fluid outlet pass sequentially through conduction oil go out oil circulating pipe (33) and heat conduction oil circulating pipe (20) into
Liquid end connects；The outlet end of the heat conduction oil circulating pipe (20) through oil heater (13) afterwards with phase-change material heat storage box (30)
Conduction oil heat exchanger tube import (21) connects；The conduction oil heat transfer tube outlet (27) of the phase-change material heat storage box (30) passes through high temperature
Fluid pipeline is connected with heating heat exchange box (29)；The conduction oil heat exchanger tube import (21) and conduction oil heat transfer tube outlet (27) it
Between pass through conduction oil heat exchanger tube (26) connect；The heating heat exchange box (29) passes through conduction oil oil return circulation pipe (32) and fuel reserve tank
(41) fluid entrance connection；Forced circulation pump (48) is installed in the water circulation pipe, in the heat conduction oil circulating pipe
(20) or conduction oil goes out on oil circulating pipe (33) to be equipped with conduction oil main circulation pump (18).
The technical issues of in order to preferably solve in background technology, this patent additionally use following technical characteristic：
Further：Second flow is installed in the heat conduction oil circulating pipe (20) or conduction oil go out on oil circulating pipe (33)
Control valve (38)；4th oil flow control valve (40) is installed in the high-temperature oil liquid pipeline.
Further：The liquid feeding end of the heat conduction oil circulating pipe (20) passes through branch line and high-temperature oil liquid pipeline connection；
Conduction oil pair circulating pump (42), the first oil flow control valve (37) and the 3rd oily flow control are installed in the branch line
Valve (39).
Further：The heater box includes gas-tight silo (2), and the water heater (16) and oil heater (13) are located at close
It seals in storehouse (2), the gas-operated thermal bath facility includes burner (11), the fuel gas pipeline of combustion gas is provided for burner (11)；Institute
It states and gas control valve (10), the first gas control valve (8) and the second gas control valve (9) is installed in fuel gas pipeline.
Further：The inner wall of the gas-tight silo (2) is equipped with fire-retardant heat insulation layer (3), is opened up at the top of the gas-tight silo (2)
There is exhaust outlet, enclosure (4), exhaust blower (24) and exhaust pipe (5) are installed in the vent position.
Further：The water tank (50) is connected with one end of filling pipe (53)；It is equipped on the filling pipe (53)
Water compensating valve (55)；The other end of the filling pipe (53) by triple valve respectively with the water outlet of running water pipe, cold water pipe (56)
One end connection；The other end of the cold water pipe (56) passes sequentially through cold water regulating valve (57), hot-water line (54) and water tank
(50) connect；The cold water regulating valve (57) is two into one logical three-way control valves；The cold water pipe (56) and hot-water line (54)
It is connected with the entrance of cold water regulating valve (57).
Further：Water shortage sensor (52) is installed in the water tank (50), in the phase-change material heat storage box
(30) material temperature sensor (47) is installed in, cooling-water temperature sensor (17) is installed in the water circulation pipe, and water temperature senses
Device (17) is located at the outlet side of water heater (16), and oil temperature sensor (15) is equipped in the heat conduction oil circulating pipe (20)；
Flame-out feedback probe (59) is installed on the burner (11)；The gas-heating heat-storage heating equipment further includes：
Control the first controller (60) and the 5th controller (62) of gas-operated thermal bath facility working condition；First control
The signal input port of device (60) is electrically connected respectively with oil temperature sensor (15) and flame-out feedback probe (59)；First control
Control terminal of the signal output port of device (60) respectively with the first gas control valve (8) is electrically connected；5th controller
(62) signal input port is electrically connected with cooling-water temperature sensor (17), the signal output port difference of the 5th controller (62)
It is electrically connected with combustion controller, forced circulation pump (48)；
Control the second controller (61) of water compensating valve (55) working condition, the I/O ports point of the second controller (61)
It is not electrically connected with water shortage sensor (52) and water compensating valve (55)；
For measuring the room temperature creep of room temperature；
The 3rd controller (63) being electrically connected with room temperature creep and the 4th controller (64), wherein：
The I/O ports of 3rd controller (63) respectively with heating water-circulating pump (43), the second oil flow control valve
(38), the 4th oil flow control valve (40) and conduction oil main circulation pump (18) electrical connection；
The I/O ports of 4th controller (64) respectively with conduction oil pair circulating pump (42), the first oil flow control valve
(37), the 3rd oil flow control valve (39) is electrically connected.
Further：Guard shield (1) is provided outside in the gas-tight silo (2)；The bottom of the water tank (50) opens up
There is soil cleaning port (51)；The water tank (50), fuel reserve tank (41) and heating heat exchange box (29) inner wall of at least one are equipped with and protect
Warm layer.
Further：At least one is equipped with heat transmission fin in the oil heater (13) and/or water heater (16)
(14)。
Further：The heat conduction oil circulating pipe (20) includes：Positioned at oil heater (13) entrance side access oil pipe and
Oil pipe is picked out positioned at oil heater (13) outlet side；The both ends for picking out oil pipe are rectilinear tubes (18-1), described to pick out oil
The intermediate ends of pipe are bending tube (18-2), and the bending tube (18-2) is located at the top of gas-operated thermal bath facility.
Further：At least one is hollow cavity for the oil heater (13) and water heater (16), in hollow cavity
Side wall is opened up there are two interface.
Further：The bending tube (18-2) is hollow rectangle structure, is installed at the top of the bending tube (18-2)
There is hot-air spoiler (18-3).
Further：The heat transmission fin (14) is to be made of multiple heat transmission fins parallel to each other；In the oil heating
The heat conduction baffle (16-1) vertical with heat transmission fin (14) is also equipped in device (13) and/or water heater (16).
Further：The partition plate being equipped in the bending tube (18-2) in multiple horizontal directions.
The utility model has the advantages and positive effects of：
By using above-mentioned technical proposal, the utility model, as main energy sources, is utilized first with clean energy resource combustion gas
The thermal energy that combustion gas generates is heated for water and oil, and then, the high temperature oil after heating is supplied by entering after phase-change material heat storage box
Warm heat exchange box heats heating water source；In the process, high temperature oil carries out heat accumulation for phase-change material heating；When high temperature oil
During temperature deficiency, phase-change material heat storage box will feed back thermal energy to high temperature oil, ensure the demand of heating；Due in this patent to water
During heating, it can utilize and heat the control that water cooperation tap water realizes daily life water temperature.
Description of the drawings
Fig. 1 is the structure diagram of the preferred embodiment in the utility model；
Fig. 2 is heater section first embodiment structure chart in the preferred embodiment in the utility model；
Fig. 3 is heater section second embodiment structure chart in the preferred embodiment in the utility model；
Fig. 4 is heater section 3rd embodiment structure chart in the preferred embodiment in the utility model；
Fig. 5 is heater section fourth embodiment structure chart in the preferred embodiment in the utility model；
Fig. 6 is the circuit diagram in the preferred embodiment in the utility model.
Wherein：1st, guard shield；2nd, gas-tight silo；3rd, flame resistant protective layer；4th, enclosure；5th, ventilation pipe；6th, firm banking；7、
Combustion gas is taken over；8th, the first gas control valve；9th, the second gas control valve；10th, gas control valve；11st, burner；12nd, ignition electrode；
13rd, oil heater；14th, heat transmission fin；15th, oil temperature sensor；16th, water heater；17th, cooling-water temperature sensor；18th, conduction oil master follows
Ring pumps；19th, heat conduction water-circulating pipe；20th, heat conduction oil circulating pipe；21st, conduction oil heat exchanger tube import；22nd, oral siphon is cycled；23rd, follow
Ring outlet pipe；24th, exhaust blower；25th, blast switch；26th, conduction oil heat exchanger tube；27th, conduction oil heat transfer tube outlet；28th, heating is changed
Hot tank oil inlet；29th, heat heat exchange box；30th, phase-change material heat storage box；31st, heat heat exchange box oil export；32nd, conduction oil oil return
Circulation pipe；33rd, conduction oil goes out oil circulating pipe；34th, charge door；35th, feed lid；36th, hopper gas vent；37th, the first oil stream amount
Control valve；38th, the second oil flow control valve；39th, the 3rd oil flow control valve；40th, the 4th oil flow control valve；41st, fuel reserve tank；
42nd, conduction oil pair circulating pump；43rd, heating water-circulating pump；44th, heat outlet pipe；45th, heating water return pipe；46th, heat exchange box is vented
Valve；47th, material temperature sensor；48th, forced circulation pump；49th, water tank gas vent；50th, water tank；51st, soil cleaning port；52nd, water shortage senses
Device；53rd, filling pipe；54th, hot-water line；55th, water compensating valve；56th, cold water pipe；57th, cold water regulating valve；58th, room temperature creep；59th, put out
Fiery feedback probe；60th, the first controller；61st, second controller；62nd, the 5th controller；63rd, the 3rd controller；64th, the 4th control
Device processed.
Specific embodiment
For that can further appreciate that the invention, features and effects of the utility model, the following examples are hereby given, and coordinates
Detailed description are as follows for attached drawing：
It please refers to Fig.1 to Fig. 6, a kind of gas-heating heat-storage heating equipment, including：
Inside is equipped with the phase-change material heat storage box 30 of phase-change material, is changed in the phase-change material heat storage box 30 equipped with conduction oil
Heat pipe 26；The top of phase-change material heat storage box 30 offers charge door 34, and charging lid 35 is equipped in the position of charge door 34,
Hopper gas vent 36 is offered in charging lid 35；
Heater box, the heater box is interior to be equipped with water heater 16, oil heater 13 and gas-operated thermal bath facility；
Water tank 50, fuel reserve tank 41 and heating heat exchange box 29；Wherein：
The water heater 16 is connected by water circulation pipe with water tank 50；The water circulation pipe includes：Heat-conductive water
Circulation pipe 19, Xun Huan oral siphon 22 and recycling outlet 23；One end of recycling outlet 23 is connected with the water outlet of water tank 50,
One end of cycle oral siphon 22 is connected with the water inlet of water tank 50, the both ends of heat conduction water-circulating pipe 19 respectively with recycling outlet
23 other end, the other end connection for cycling oral siphon 22；
The fuel reserve tank 41 is equipped with fluid outlet and fluid entrance；The fluid outlet passes sequentially through fuel-displaced the cycling of conduction oil
Pipe 33 is connected with the liquid feeding end of heat conduction oil circulating pipe 20；The outlet end of the heat conduction oil circulating pipe 20 pass through oil heater 13 after with
The conduction oil heat exchanger tube import 21 of phase-change material heat storage box 30 connects；The conduction oil heat exchanger tube of the phase-change material heat storage box 30 goes out
Mouth 27 is connected by high-temperature oil liquid pipeline with the heating heat exchange box oil inlet 28 for the heat exchange box 29 that heats；The conduction oil heat exchanger tube into
It is connected between mouth 21 and conduction oil heat transfer tube outlet 27 by conduction oil heat exchanger tube 26；The heating heat exchange of the heating heat exchange box 29
Case oil export 31 is connected by conduction oil oil return circulation pipe 32 with the fluid entrance of fuel reserve tank 41；Pacify in the water circulation pipe
Equipped with forced circulation pump 48, go out on oil circulating pipe 33 to be equipped with conduction oil major cycle in the heat conduction oil circulating pipe 20 or conduction oil
Pump 18.The heating outlet pipe 44 being connected with heating loop and heating water return pipe 45 are offered on heating heat exchange box 29；
In order to ensure security, heat exchange box air bleeding valve 46 is offered at the top of heating heat exchange box 29；In water tank 50
Top offers water tank gas vent 49；
Preferably, on the basis of above preferred embodiment：
In order to which the accurate adjustment of heating temperature is better achieved, in the heat conduction oil circulating pipe 20 or fuel-displaced the cycling of conduction oil
Second flow control valve 38 is installed on pipe 33；The 4th oil flow control valve 40 is installed in the high-temperature oil liquid pipeline.
The liquid feeding end of the heat conduction oil circulating pipe 20 passes through branch line and high-temperature oil liquid pipeline connection；In the branched pipe
Conduction oil pair circulating pump 42, the first oil flow control valve 37 and the 3rd oil flow control valve 39 are installed in road.
The heater box includes gas-tight silo 2, and the water heater 16 and oil heater 13 are located in gas-tight silo 2, the combustion
Gas heating unit includes burner 11, the fuel gas pipeline of combustion gas is provided for burner 11；Combustion is installed in the fuel gas pipeline
Gas regulating valve 10, the first gas control valve 8 and the second gas control valve 9.Above-mentioned fuel gas pipeline is the combustion gas take over 7 in Fig. 2；
Ignition electrode 12 is located at the gas outlet position of burner 11；
The inner wall of the gas-tight silo 2 is equipped with fire-retardant heat insulation layer 3, and the top of the gas-tight silo 2 offers exhaust outlet, described
Vent position is equipped with enclosure 4, exhaust blower 24, exhaust pipe 5 and blast switch 25, and blast switch 25 makes with exhaust blower 24
It can terminal electrical connection.Start exhaust blower 24 in time when wind pressure is excessive, reduce the wind pressure in gas-tight silo 2, prevent trouble before it happens.
The water tank 50 is connected with one end of filling pipe 53；Water compensating valve 55 is installed on the filling pipe 53；The benefit
The other end of water pipe 53 is connected by the one end of triple valve respectively with the water outlet of running water pipe, cold water pipe 56；The cold water pipe
56 other end passes sequentially through cold water regulating valve 57, hot-water line 54 is connected with water tank 50；The cold water regulating valve 57 for two into
One logical three-way control valve；The cold water pipe 56 and hot-water line 54 are connected with the entrance of cold water regulating valve 57.
Water shortage sensor 52 is installed in the water tank 50, material temperature is installed in the phase-change material heat storage box 30
Sensor 47 is equipped with cooling-water temperature sensor 17 in the water circulation pipe, and cooling-water temperature sensor 17 is located at water heater 16
Outlet side is equipped with oil temperature sensor 15 in the heat conduction oil circulating pipe 20；Flame-out feedback is installed on the burner 11
Probe 59；The gas-heating heat-storage heating equipment further includes：
Control the first controller 60 and the 5th controller 62 of gas-operated thermal bath facility working condition；First controller 60
Signal input port be electrically connected respectively with material temperature sensor 47, oil temperature sensor 15 and flame-out feedback probe 59；Described first
Control terminal of the signal output port of controller 60 respectively with the first gas control valve 8, the second gas control valve 9 is electrically connected；
The signal input port of 5th controller 62 is electrically connected with cooling-water temperature sensor 17, the signal output of the 5th controller 62
Port is electrically connected respectively with combustion controller, forced circulation pump 48；It is described
The second controller 61 of 55 working condition of water compensating valve is controlled, the I/O ports of the second controller 61 are respectively with lacking
Water sensor 52 and water compensating valve 55 are electrically connected；
For measuring the room temperature creep 58 of room temperature；
The 3rd controller 63 being electrically connected with room temperature creep and the 4th controller 64, wherein：
The I/O ports of 3rd controller 63 respectively with heating water-circulating pump 43, the second oil flow control valve the 38, the 4th
Oil flow control valve 40 and conduction oil main circulation pump 18 are electrically connected；
The I/O ports of 4th controller 64 respectively with conduction oil pair circulating pump 42, the first oil flow control valve 37,
Three oil flow control valves 39 are electrically connected.
Guard shield 1 is provided outside in the gas-tight silo 2, the bottom of guard shield 1 is provided with firm banking 6；The storage
The bottom of water tank 50 offers soil cleaning port 51；The water tank 50, fuel reserve tank 41 and heating heat exchange box 29 at least one interior
Wall is equipped with insulating layer.
At least one is equipped with heat transmission fin 14 in the oil heater 13 and/or water heater 16.
The heat conduction oil circulating pipe 20 includes：Positioned at the access oil pipe of 13 entrance side of oil heater and positioned at oil heater 13
Outlet side picks out oil pipe；The both ends for picking out oil pipe are rectilinear tubes 18-1, and the intermediate ends for picking out oil pipe are bending tube
18-2, the bending tube 18-2 are located at the top of gas-operated thermal bath facility.
At least one is hollow cavity for the oil heater 13 and water heater 16, opened up in the side wall of hollow cavity there are two
Interface.
The bending tube 18-2 is hollow rectangle structure, and hot-air spoiler is equipped at the top of the bending tube 18-2
18-3。
The heat transmission fin 14 is to be made of multiple heat transmission fins parallel to each other；In the oil heater 13 and/or water
The heat conduction baffle 16-1 vertical with heat transmission fin 14 is also equipped in heater 16.
The partition plate being equipped in the bending tube 18-2 in multiple horizontal directions.
Heating part in above preferred embodiment, i.e. heater box can be fixed on phase-change material heat storage box outside or
It is integrally fixed on wall, heater box mainly includes burner 11, ignition electrode 12, flame-out feedback probe 59, combustion gas take over 7, first
Gas control valve 8, the second gas control valve 9, gas control valve 10；Gas control valve 10 is preferably proportion magnetic valve；Water adds
Hot device 16, forced circulation pump 48, heat conduction water-circulating pipe 19, Xun Huan oral siphon 22, recycling outlet 23 form water heat cycles system
System；Enclosure 4 and exhaust blower 24 are installed in the top of water heater 16, the oxygen needed for the exhaust gas for generation of burning and burning is by changing
Tracheae 5 is realized；The bottom of ventilation pipe 5 and the top of guard shield are tightly connected；Water after water heater 16 heats passes through Xun Huan
Oral siphon 22, recycling outlet 23, forced circulation pump 48 and water storage box 50 form the heating heat reservoir of domestic water；
Heating circulation system：When room temperature is higher than predetermined threshold value, high temperature signal is sent to the 3rd control by room temperature creep 58
63 and the 4th controller 64 of device processed, the 3rd controller 63 close conduction oil main circulation pump 18, heating water-circulating pump 43, the second oil stream
38 and the 4th oil flow control valve 40 of control valve, while the 4th controller 64 opens conduction oil pair circulating pump 42, the first oil stream
37 and the 3rd oil flow control valve 39 of control valve, at this point, the high temperature oil after heater box heating is phase-change thermal storage case heat supply, by heat
It can be stored in the phase change material in phase-change thermal storage case；Oil at this time is partial circulating in the entire system；When room temperature is less than default
During threshold value, low-temperature signal is sent to the 3rd controller 63 and the 4th controller 64 by room temperature creep 58, and the 3rd controller 63 is opened
Conduction oil main circulation pump 18, heating water-circulating pump 43, the second oil flow control valve 38 and the 4th oil flow control valve 40 are opened, simultaneously
4th controller 64 closes conduction oil pair circulating pump 42, the first oil flow control valve 37 and the 3rd oil flow control valve 39, at this point,
High temperature oil after heater box heating both can be phase-change thermal storage case heat supply, also pass through thermal energy, oil at this time simultaneously for heating system
It is systemic circulation in the entire system；
Storage heating system：First, it is real by the first gas control valve 8, the second gas control valve 9, gas control valve 10
The delivery rate of existing combustion gas accurately controls；It prevents pressure excessive and deflagration accident occurs；Then, burning is lighted by ignition electrode 12
The combustion gas that device 11 exports；The thermal energy generated by fuel gas buring process heats for oil heater 13, and oil is after oil heater 13
Temperature raises, and subsequent high temperature oil, which enters in phase-change thermal storage case, to exchange heat, and after the completion of heat exchange, high temperature oil enters heating heat exchange box and is
Heating system provides thermal energy, it is clear that in above-mentioned cyclic process, partial heat energy is distributed to phase-change thermal storage case and deposited by high temperature oil
Storage uses remaining thermal energy supply heating system, in order to ensure that the abundant of oil heater 13 (water heater is similarly) adds
The thermal efficiency, increasing in oil heater 13 has heat transmission fin 14 and then increase heat exchange area.When oil temperature sensor detects oil
When temperature is excessively high, then the first controller 60 closes the second gas control valve 9 and burner 11, when oil temperature sensor detects oil temperature
When normal, then the first controller 60 opens burner 11.Material temperature sensor 47 detects the temperature of phase-change material in real time, and
Testing result is sent to the first controller 60, when phase-change material when the temperature is excessively high, then the first controller 60 close first combustion
Gas control valve 8 and burner 11, when the temperature of phase-change material is normal, then the first controller 60 opens the first gas control valve 8
With burner 11, conduction oil heat exchanger tube 26 heats for phase-change material.
Life water circulation system：When burner 11 works, water heater 16 can be heated, water heater 16 is to heat conduction
Recirculated water in water-circulating pipe 19 is heated, and forced circulation pump 48 drives recirculated water to be cycled；Hot water is stored in water tank
In 50, when the water temperature over-high in water storage box 50, the steam of generation is discharged in time by water tank gas vent 49, when being needed in life
During hot water, can ratio cooperation be carried out to the hot water of the hot water or cold water pipe of tap water by cold water regulating valve 57, be finally reached
Suitable temperature water.Lack sensor 52 to be detected the water level in water storage box 50, when water temperature is too low, then second controller
61 open water compensating valve 55 supplements water for water storage box, and cooling-water temperature sensor 17 detects the water temperature after heating in real time, when water temperature mistake
Gao Shi, then the unlatching of second controller 61 forced circulation pump 48, accelerates the cycling of water, when water temperature is normal, then closes forced circulation
Pump 48.
Wheel leakage protective：When the flame deficiency of burner 11 or extinguishing, the feedback probe 59 that stops working will detect signal and send
To the first controller, the first controller closes the first gas control valve 8 and burner in time, can again recover just after Awaiting Overhaul
Often.
The embodiment of the utility model is described in detail above, but the content is only the preferable of the utility model
Embodiment, it is impossible to be construed as limiting the scope of the utility model.It is made according to the scope of application of this utility model equal
Deng variation and improvement etc., should all still belong within the patent covering scope of the utility model.
Claims (14)
1. a kind of gas-heating heat-storage heating equipment, it is characterised in that：It includes at least：
Inside is equipped with the phase-change material heat storage box (30) of phase-change material, is changed in the phase-change material heat storage box (30) equipped with conduction oil
Heat pipe (26)；
Heater box, the heater box is interior to be equipped with water heater (16), oil heater (13) and gas-operated thermal bath facility；
Water tank (50), fuel reserve tank (41) and heating heat exchange box (29)；Wherein：
The water heater (16) is connected by water circulation pipe with water tank (50)；The fuel reserve tank (41) exports equipped with fluid
With fluid entrance；The fluid outlet passes sequentially through the liquid feeding end that conduction oil goes out oil circulating pipe (33) and heat conduction oil circulating pipe (20)
Connection；The outlet end of the heat conduction oil circulating pipe (20) passes through oil heater (13) heat conduction with phase-change material heat storage box (30) afterwards
Oily heat exchanger tube import (21) connection；The conduction oil heat transfer tube outlet (27) of the phase-change material heat storage box (30) passes through high-temperature oil liquid
Pipeline is connected with heating heat exchange box (29)；Lead between the conduction oil heat exchanger tube import (21) and conduction oil heat transfer tube outlet (27)
Cross conduction oil heat exchanger tube (26) connection；The heating heat exchange box (29) passes through conduction oil oil return circulation pipe (32) and fuel reserve tank (41)
Fluid entrance connection；Forced circulation pump (48) is installed in the water circulation pipe, in the heat conduction oil circulating pipe (20)
Or conduction oil goes out on oil circulating pipe (33) to be equipped with conduction oil main circulation pump (18).
2. gas-heating heat-storage heating equipment according to claim 1, it is characterised in that：In the heat conduction oil circulating pipe
(20) or conduction oil go out on oil circulating pipe (33) in second flow control valve (38) is installed；Pacify in the high-temperature oil liquid pipeline
Equipped with the 4th oil flow control valve (40).
3. gas-heating heat-storage heating equipment according to claim 2, it is characterised in that：The heat conduction oil circulating pipe (20)
Liquid feeding end pass through branch line and high-temperature oil liquid pipeline connection；Conduction oil pair circulating pump is installed in the branch line
(42), the first oil flow control valve (37) and the 3rd oil flow control valve (39).
4. gas-heating heat-storage heating equipment according to claim 3, it is characterised in that：The heater box includes gas-tight silo
(2), the water heater (16) and oil heater (13) are located in gas-tight silo (2), and the gas-operated thermal bath facility includes burner
(11), the fuel gas pipeline of combustion gas is provided for burner (11)；Gas control valve (10), first are installed in the fuel gas pipeline
Gas control valve (8) and the second gas control valve (9).
5. gas-heating heat-storage heating equipment according to claim 4, it is characterised in that：The inner wall of the gas-tight silo (2)
Equipped with fire-retardant heat insulation layer (3), exhaust outlet is offered at the top of the gas-tight silo (2), smoke evacuation is installed in the vent position
Cover (4), exhaust blower (24) and exhaust pipe (5).
6. gas-heating heat-storage heating equipment according to claim 5, it is characterised in that：The water tank (50) and moisturizing
Manage one end connection of (53)；Water compensating valve (55) is installed on the filling pipe (53)；The other end of the filling pipe (53) passes through
The one end of triple valve respectively with the water outlet of running water pipe, cold water pipe (56) connects；The other end of the cold water pipe (56) is successively
It is connected by cold water regulating valve (57), hot-water line (54) with water tank (50)；What the cold water regulating valve (57) was led to for two into one
Three-way control valve；The cold water pipe (56) and hot-water line (54) are connected with the entrance of cold water regulating valve (57).
7. gas-heating heat-storage heating equipment according to claim 6, it is characterised in that：The peace in the water tank (50)
Equipped with water shortage sensor (52), material temperature sensor (47) is installed in the phase-change material heat storage box (30), is followed in the water
Cooling-water temperature sensor (17) is installed in endless tube road, and cooling-water temperature sensor (17) is located at the outlet side of water heater (16), described
Oil temperature sensor (15) is installed in heat conduction oil circulating pipe (20)；Flame-out feedback probe is installed on the burner (11)
(59)；The gas-heating heat-storage heating equipment further includes：
Control the first controller (60) and the 5th controller (62) of gas-operated thermal bath facility working condition；First controller
(60) signal input port is electrically connected respectively with oil temperature sensor (15) and flame-out feedback probe (59)；First controller
(60) control terminal of the signal output port respectively with the first gas control valve (8) is electrically connected；5th controller (62)
Signal input port be electrically connected with cooling-water temperature sensor (17), the signal output port of the 5th controller (62) respectively with combustion
Burning controller, forced circulation pump (48) electrical connection；
Control the second controller (61) of water compensating valve (55) working condition, the I/O ports of the second controller (61) respectively with
Water shortage sensor (52) and water compensating valve (55) electrical connection；
For measuring the room temperature creep of room temperature；
The 3rd controller (63) being electrically connected with room temperature creep and the 4th controller (64), wherein：
The I/O ports of 3rd controller (63) respectively with heating water-circulating pump (43), the second oil flow control valve (38),
Four oil flow control valves (40) and conduction oil main circulation pump (18) electrical connection；
The I/O ports of 4th controller (64) respectively with conduction oil pair circulating pump (42), the first oil flow control valve (37),
3rd oil flow control valve (39) is electrically connected.
8. gas-heating heat-storage heating equipment according to claim 6, it is characterised in that：In the gas-tight silo (2) peripheral hardware
It is equipped with guard shield (1)；The bottom of the water tank (50) offers soil cleaning port (51)；The water tank (50), fuel reserve tank
(41) and heating heat exchange box (29) inner wall of at least one is equipped with insulating layer.
9. according to claim 1-8 any one of them gas-heating heat-storage heating equipment, it is characterised in that：The oil heater
(13) and/or in water heater (16) at least one is equipped with heat transmission fin (14).
10. gas-heating heat-storage heating equipment according to claim 9, it is characterised in that：The heat conduction oil circulating pipe
(20) include：Oil pipe is picked out positioned at the access oil pipe of oil heater (13) entrance side and positioned at oil heater (13) outlet side；
The both ends for picking out oil pipe be rectilinear tubes (18-1), the intermediate ends for picking out oil pipe be bending tube (18-2), the bending
Pipe (18-2) is located at the top of gas-operated thermal bath facility.
11. gas-heating heat-storage heating equipment according to claim 10, it is characterised in that：The oil heater (13) and
At least one is hollow cavity to water heater (16), is opened up in the side wall of hollow cavity there are two interface.
12. gas-heating heat-storage heating equipment according to claim 10, it is characterised in that：The bending tube (18-2) is
Hollow rectangle structure is equipped with hot-air spoiler (18-3) at the top of the bending tube (18-2).
13. gas-heating heat-storage heating equipment according to claim 12, it is characterised in that：The heat transmission fin (14) is
It is made of multiple heat transmission fins parallel to each other；Be also equipped in the oil heater (13) and/or water heater (16) with
The vertical heat conduction baffle (16-1) of heat transmission fin (14).
14. gas-heating heat-storage heating equipment according to claim 12, it is characterised in that：At the bending tube (18-2)
The partition plate being inside equipped in multiple horizontal directions.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721379708.8U CN207407417U (en) | 2017-10-24 | 2017-10-24 | A kind of gas-heating heat-storage heating equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721379708.8U CN207407417U (en) | 2017-10-24 | 2017-10-24 | A kind of gas-heating heat-storage heating equipment |
Publications (1)
| Publication Number | Publication Date |
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| CN207407417U true CN207407417U (en) | 2018-05-25 |
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ID=62407510
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| CN201721379708.8U Withdrawn - After Issue CN207407417U (en) | 2017-10-24 | 2017-10-24 | A kind of gas-heating heat-storage heating equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107575929A (en) * | 2017-10-24 | 2018-01-12 | 刘祥宇 | A kind of gas-heating heat-storage heating equipment |
-
2017
- 2017-10-24 CN CN201721379708.8U patent/CN207407417U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107575929A (en) * | 2017-10-24 | 2018-01-12 | 刘祥宇 | A kind of gas-heating heat-storage heating equipment |
| CN107575929B (en) * | 2017-10-24 | 2018-07-27 | 天津天爱环保技术开发有限公司 | A kind of gas-heating heat-storage heating equipment |
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Granted publication date: 20180525 Effective date of abandoning: 20180727 |