CN103960165A - Gas heating system, using method of gas heating system and incubator - Google Patents
Gas heating system, using method of gas heating system and incubator Download PDFInfo
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- CN103960165A CN103960165A CN201410200901.5A CN201410200901A CN103960165A CN 103960165 A CN103960165 A CN 103960165A CN 201410200901 A CN201410200901 A CN 201410200901A CN 103960165 A CN103960165 A CN 103960165A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/70—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in livestock or poultry
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/50—Livestock or poultry management
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Abstract
The invention relates to the field of gas heating, in particular to a gas heating system, a using method of the gas heating system and an incubator. The gas heating system comprises gas heating equipment which is arranged on the outer portion of an equipment shell to be heated and is communicated with the inner portion of the equipment shell to be heated through an air inlet channel and an air outlet channel. The gas heating equipment comprises an annular gas circulation cavity and a gas heating assembly which is placed in a space defined by the inner circumferential wall of the annular gas circulation cavity, and the air inlet channel and the air outlet channel are both communicated with the annular gas circulation cavity. According to the gas heating system, the using method of the gas heating system and the incubator, on one hand, the purpose of heating the air in the incubator is achieved, on the other hand, power application is saved, and the effect of saving energy resources is achieved.
Description
Technical field
The present invention relates to gas heating field, in particular to gas heating system and using method thereof, hatch machine.
Background technology
The mode of heating that existing hatch machine adopts is generally electrical heating, by electricity, water is heated and then hatch machine inside is heated, and this mode of heating power consumption is very large, and energy-output ratio is huge, does not conform to the life idea of national energy-saving environmental protection.
Summary of the invention
The object of the present invention is to provide gas heating system and using method thereof, hatch machine, to solve the above problems.
Provide a kind of gas heating system in the embodiment of the present invention, comprise gas heating equipment outside in apparatus casing to be heated and that be connected by inlet channel and outlet passageway with the inside of described apparatus casing to be heated, described gas heating equipment comprises: ring-type gas flow cavity and the internal ring wall in described ring-type gas flow cavity surround the gas heating assembly of interior volume, and described inlet channel and described outlet passageway are connected with described ring-type gas flow cavity respectively.
In certain embodiments, be preferably, described gas heating assembly comprises: heating unit and exhaust emissions unit; Described heating unit comprises: burner, tip upside down on the taper thermal-arrest cup on described burner, the outside of described taper thermal-arrest cup is designed with ring-type radiator; Described exhaust emissions unit comprises: the inner chamber from described taper thermal-arrest cup extends to the vertex of a cone, and passes the exhaust emissions passage of the center cavity of described radiator, and is connected and extends to the flue in atmosphere with described exhaust emissions passage.
In certain embodiments, be preferably, the annular outer wall of described ring-type radiator is provided with the fin of many projections, and described fin is parallel to the axis of described ring-type radiator.
In certain embodiments, be preferably, described inlet channel comprises two strip inlet channels, is oppositely arranged taking the central shaft of described ring-type gas flow cavity as symmetry axis; Article two, described sub-inlet channel is equipped with turbofan with one end that described apparatus casing to be heated inside is connected; Described outlet passageway comprises two strip outlet passageways, is oppositely arranged taking the central shaft of described ring-type gas flow cavity as symmetry axis.
In certain embodiments, be preferably, described gas heating system also comprises water evaporation humidification assembly; Described water evaporation humidification assembly comprises: tilting gutter channel and the water-accepting basin in described tilting gutter channel below and the sparge pipe in described tilting gutter channel top, described sparge pipe is connected with water-accepting basin by water inlet pipe, and described water inlet pipe is provided with water pump; Described tilting gutter channel relative level direction, relative vertical direction are all certain angle of inclination, the gas outlet below of described tilting gutter channel in described outlet passageway.
In certain embodiments, be preferably, described gas heating system also comprises: Control Component, described Control Component comprises: the control transformer being connected with power supply, described control transformer is connected with the control end of low-voltage relay module, the normal-closed end of low-voltage relay is connected with the control end of heating modular converter, and the Chang Kaiduan of described heating modular converter is connected with described gas heating equipment; The normal-closed end of described low-voltage relay is connected with the control end of humidification modular converter, and the Chang Kaiduan of described humidification modular converter is connected with described water evaporation humidification assembly; The normal-closed end of described low-voltage relay is connected with the control end of power transfer module, and the normal-closed end of described low-voltage relay is connected with the input of inversion module, and the output of described inversion module is connected with the Chang Kaiduan of described power transfer module; The common port of described power transfer module connects described hatch machine for plug; The normal-closed end of described low-voltage relay is connected with the input of fan supply module, and sparking transformer is connected with the control end of fan supply module, and the output of fan supply module is connected with turbofan.
In certain embodiments, be preferably, described Control Component also comprises: the Chang Kaiduan of described heating modular converter is connected with gas heating module, described gas heating module comprises: heating low-tension supply, described heating low-tension supply is turbofan and the power supply of high-voltage pulse ignition controller on admission line, the magnetic valve on described high-voltage pulse ignition controller control fuel gas supply conduit; The Chang Kaiduan of described humidification modular converter is connected with humidification module, and described humidification module comprises: humidification power supply, described humidification power supply is the water pump power supply of water inlet pipe in described water evaporation humidification assembly.
In certain embodiments, be preferably, the control end of low-voltage relay module described in described control transformer control, the Chang Kaiduan of described low-voltage relay module connects accumulator by charging module, and described low-voltage relay module powers up when controlled, and its normal-closed end disconnects.
The present invention also provides the using method of the gas heating system described in a kind of above-mentioned any one, comprising:
Open gas heating assembly, heat;
Extract cold air by inlet channel out from the inside of equipment to be heated;
Cold air enters ring-type gas flow cavity;
The heat that utilizes gas heating assembly to produce heats the described cold air that enters ring-type gas flow cavity, obtains hot-air;
Hot-air is discharged and is entered outlet passageway from described ring-type gas flow cavity;
The described hot-air of discharging from described outlet passageway enters the inside of apparatus casing to be heated and heats.
The present invention also provides a kind of hatch machine that gas heating system described in above-mentioned any one is installed, comprise the gas heating equipment being connected by inlet channel and outlet passageway in hatch machine hull outside and with the inside of described hatch machine housing, described gas heating equipment comprises: ring-type gas flow cavity and the internal ring wall in described ring-type gas flow cavity surround the gas heating assembly of interior volume, described inlet channel and described outlet passageway are connected with described ring-type gas flow cavity respectively, and the inside of described hatch machine is provided with electric heating assembly.
The gas heating system that the embodiment of the present invention provides and using method thereof, hatch machine, compared with hatch machine of the prior art, the main method that adopts outside gas heating air, air is at inlet channel, in outlet passageway, flow, by the natural flow of cold and hot air, can be not by external impetus, more do not need to provide electric power heating, what gas heating assembly burnt is combustion gas, while lighting except combustion gas, can use electricity sparking, once gas ignition successfully will no longer need electric power, therefore, this hatch machine plays the object of air in heating hatch machine on the one hand, on the other hand, save electric power application, play the effect of saving the energy.
Brief description of the drawings
Fig. 1 is the gas heating system structural representation that does not comprise control appliance in one embodiment of the invention;
Fig. 2 is the gas heating system structure connection diagram that comprises control appliance in one embodiment of the invention.
Embodiment
Also by reference to the accompanying drawings the present invention is described in further detail below by specific embodiment.
Consider the power consumption of saving equipment to be heated, the embodiment of the present invention provides a kind of gas heating system, comprise gas heating equipment outside in apparatus casing to be heated and that be connected by inlet channel and outlet passageway with the inside of described apparatus casing to be heated, described gas heating equipment comprises: ring-type gas flow cavity and the internal ring wall in described ring-type gas flow cavity surround the gas heating assembly of interior volume, and described inlet channel and described outlet passageway are connected with described ring-type gas flow cavity respectively.
The using method of this gas heating system, its step comprises: open gas heating assembly, heat; Extract cold air by inlet channel out from the inside of equipment to be heated; Cold air enters ring-type gas flow cavity; The heat that utilizes gas heating assembly to produce heats the cold air that enters ring-type gas flow cavity, obtains hot-air; Hot-air is discharged and is entered outlet passageway from ring-type gas flow cavity; The hot-air of discharging from outlet passageway enters the inside of apparatus casing to be heated and heats.
The hatch machine of this gas heating system is installed, comprise the gas heating equipment being connected by inlet channel and outlet passageway in hatch machine hull outside and with the inside of described hatch machine housing, described gas heating equipment comprises: ring-type gas flow cavity and the internal ring wall in described ring-type gas flow cavity surround the gas heating assembly of interior volume, described inlet channel and described outlet passageway are connected with described ring-type gas flow cavity respectively, and the inside of described hatch machine is provided with electric heating assembly.
This gas heating system mainly adopts the method for outside gas heating air, air is at inlet channel, in outlet passageway, flow, by the natural flow of cold and hot air, can be not by external impetus, more do not need to provide electric power, what gas heating assembly burnt is combustion gas, while lighting except combustion gas, can use electricity sparking, once gas ignition successfully will no longer need electric power, therefore, this gas heating system plays the object of air in heating equipment to be heated on the one hand, on the other hand, save electric power application, play the effect of saving the energy, be applied on hatch machine, can provide effective heating for the air in hatch machine.
Next, the present invention will describe this gas heating system in detail by some specific embodiments, and gas heating system need to depend on concrete equipment to be heated and be described, and the present invention hatch machine is that example is described in detail:
A kind of gas heating system, as shown in Figure 1, comprise gas heating equipment outside in apparatus casing to be heated and that be connected by inlet channel 3 and outlet passageway 2 with the inside of apparatus casing to be heated, gas heating equipment comprises: ring-type gas flow cavity 11 and the internal ring wall in ring-type gas flow cavity 11 surround the gas heating assembly of interior volume, and inlet channel 3 and outlet passageway 2 are connected with ring-type gas flow cavity 11 respectively.
Due to the particularity of some equipment to be heated (such as hatch machine), inner air needs sufficient oxygen, so can not adopt directly to enter the mode of heating in hatch machine inside with the air that gas burner 4 heats, so will separate hatch machine inner air and outer air.
Wherein gas heating assembly is mainly used in burning gases release heat; And ring-type gas flow cavity 11 provides one to converge space for air to be heated, gas heating assembly is through wherein, so by dissipation of heat in ring-type gas flow cavity 11, reach the object that adds hot-air.
Specific to gas heating assembly, it comprises: heating unit and exhaust emissions unit; Heating unit mainly plays and produces heat distribute heat; Exhaust emissions unit is by the gas discharging after burning, prevents that tail gas from entering hatch machine, causes air pollution in hatch machine, oxygen content few, is unfavorable for building suitable environment of hatching.Wherein:
Heating unit comprises: burner 4, tip upside down on the taper thermal-arrest cup 5 on burner 4, the outside of taper thermal-arrest cup 5 is designed with ring-type radiator; The region of burner 4 place's fuel gas burings, the heat that burning discharges is collected by taper thermal-arrest cup 5, taper thermal-arrest cup 5 is by backward heat collection external diffusion, heating annular radiator 6, ring-type radiator is a kind of heat abstractor of specialty, can improve the effect of distributing of heat, fully heating is from the cold air in hatch machine.
Exhaust emissions unit comprises: the inner chamber from taper thermal-arrest cup 5 extends to the vertex of a cone, and passes the exhaust emissions passage 7 of the center cavity of radiator, and is connected with exhaust emissions passage 7 and extends to the flue 13 in atmosphere.The tail gas that burner 4 burns is discharged from the vertex of a cone of taper thermal-arrest cup 5, enters the center cavity of radiator, does not contact with the cold air of discharging in hatch machine, but discharges by flue 13 after collecting by thermal-arrest plug 8.
Specific to annular radiator 6, it can adopt various structures on the market, but in the present invention, develop a kind of heat radiation evenly, and can guide the gas mobile planform of rule from bottom to up, that is: the annular outer wall of ring-type radiator is provided with the fin of many projections, and fin is parallel to the axis of ring-type radiator.
In fin distribution problem, be preferably interval and be uniformly distributed, to improve the uniformity of heat radiation.
Due to burner 4 below, therefore heat is to flow from bottom to top, in order to reach the effect of good heating cold air, the bottom of ring-type gas flow cavity 11 is provided with the air inlet 9 that is communicated with inlet channel 3, and the cold air of discharging from hatch machine enters from the bottom of ring-type gas flow cavity 11; The top of ring-type gas flow cavity 11 is provided with the gas outlet 10 that is communicated with outlet passageway 2, and the hot-air after heating is discharged from the top of ring-type gas flow cavity 11.In order to reach this circulation effect, at the top 12 of ring-type gas flow cavity 11, sealing must be set, thereby the hot-air of heating is forced into outlet passageway 2, then enters in hatch machine.
Relate to inlet channel 3, it comprises two strip inlet channels 3, is oppositely arranged taking the central shaft of ring-type gas flow cavity 11 as symmetry axis; Be oppositely arranged the impulsive force that can improve after cold air meets, and then accelerate the flowing velocity of cold air, improve the effect of heating; On the other hand, diagonal angle forms wind preliminary the heat air that enter screw on by way of taper thermal-arrest cup 5 to the wind blowing in annular gas flowing lumen, and then air enters annular radiator 6 (aluminum alloy material) again and completes final air heat.
One end that two strip inlet channels 3 are connected with hatch machine enclosure interior is equipped with turbofan 1; Turbofan 1 can be extracted cold air out from hatch machine, for the circulation of air provides motive force, can accelerate the circulation of air, improves the effect of heating.
Outlet passageway 2 comprises two strip outlet passageways 2, is oppositely arranged taking the central shaft of ring-type gas flow cavity 11 as symmetry axis.Be oppositely arranged the impulsive force that can improve after hot-air meets, and then accelerate the flowing velocity of hot-air, improve the effect of heating.
This hatch machine has also adopted the extremely low water of power consumption evaporation humidification assembly, and this water evaporation humidification assembly is a kind of cold humidification method, and power consumption is minimum, only has one of percentage of traditional electrical humidification method left and right, and only to have water pump be water mobilely provides power electricity consumption.
Water evaporation humidification assembly comprises: tilting gutter channel and the water-accepting basin in tilting gutter channel below and the sparge pipe in tilting gutter channel top, and sparge pipe is connected with water-accepting basin by water inlet pipe, and water inlet pipe is provided with water pump; Tilting gutter channel relative level direction, relative vertical direction are all certain angle of inclination, gas outlet 10 belows of tilting gutter channel in outlet passageway 2.Water pump is evacuated to sparge pipe from water-accepting basin water, and water flows to tilting gutter channel top by sparge pipe, and water can be paved with the flowing water face of whole tilting gutter channel, flows into drip tray from top to bottom and completes circulation.Hot-air is blown and beaten on current inclined-plane from top to bottom, can make a part of water be evaporated in air, thereby reaches the object to hatch machine inner air humidification.
This gas heating system also comprises a set of Control Component, and as shown in Figure 2, this Control Component comprises:
Control Component comprises: the control transformer being connected with power supply, described control transformer is connected with the control end of low-voltage relay module, the normal-closed end of low-voltage relay is connected with the control end of heating modular converter, and the Chang Kaiduan of described heating modular converter is connected with described gas heating equipment; The normal-closed end of described low-voltage relay is connected with the control end of humidification modular converter, and the Chang Kaiduan of described humidification modular converter is connected with described water evaporation humidification assembly; The normal-closed end of described low-voltage relay is connected with the control end of power transfer module, and the normal-closed end of described low-voltage relay is connected with the input of inversion module, and the output of described inversion module is connected with the Chang Kaiduan of described power transfer module; The common port of described power transfer module connects described hatch machine for plug; The normal-closed end of described low-voltage relay is connected with the input of fan supply module, and sparking transformer is connected with the control end of fan supply module, and the output of fan supply module is connected with turbofan 1.Can complete the conversion of hatch machine between traditional heating mode and outside gas heating mode by above-mentioned Control Component, conversion that can be between traditional humidification method and steam humidification method, and can between charging and discharging, change, aspect power configuration, change.
Specific to above-mentioned Control Component, it also comprises: the Chang Kaiduan of heating modular converter is connected with gas heating module, gas heating module comprises: heating low-tension supply, heating low-tension supply is high-voltage pulse ignition controller power supply and powers for the turbofan 1 on admission line, the magnetic valve on high-voltage pulse ignition controller control fuel gas supply conduit; Therefrom more refinement the concrete control mode of gas heating.
In the time running into power-off condition, control transformer is because dead electricity causes low-voltage relay module out of hand, and now the normal-closed end of low-voltage relay module is connected, heating module, humidification module and power transfer module also simultaneously controlled and connect each module often open Tuan.The charged state of low-voltage relay module before thus converts storage battery power supply state to, becomes 220V power supply and continues as hatch machine (in former machine except the heating and humidifier of power consumption maximum) power supply thereby connect inversion module.
When detecting, hatch machine internal controller need temperature can automatically open heating power supply lower than when setting value, due to the previously controlled external heat state that transfers to of heating modular converter, heating power supply can be transformed on sparking transformer automatically, and the power supply after transformation is supplied with two turbofan 1 and high-voltage pulse ignition controller.Now, high-voltage pulse ignition controller can automatically be opened magnetic valve and provide combustion gas for burner 4, and high-voltage pulse is struck sparks and lighted burner 4 simultaneously.When detect pin detect strike sparks successfully after automatic cutoff high pulse, 4 of burners are continuously heater and heat.
In the time that detecting that temperature arrives setting value, hatch machine controller automatically cuts off heating power supply, the transformer dead electricity of now striking sparks, thus high-voltage pulse sparking controller quits work, and therefore magnetic valve also loses some closed amputation fuel gas supply, completes the work of heating.
The Chang Kaiduan of humidification modular converter is connected with humidification module, and humidification module comprises: humidification power supply, humidification power supply is the water pump power supply of water inlet pipe in water evaporation humidification assembly.Therefrom more refinement the concrete control mode of steam humidification.
In the time that hatch machine needs humidification, hatch machine controller is opened humidification power supply automatically, humidification modular converter is converted to cold humidification by power supply and drives water pump, water pump is evacuated to sparge pipe from water-accepting basin water, water flows to inclined gutter channel top by sparge pipe, water can be paved with the flowing water face of whole inclined gutter channel, flows into drip tray from top to bottom and completes circulation.Hot-air is blown and beaten on current inclined-plane from top to bottom, can make a part of water be evaporated in air, thereby reaches the object to hatch machine inner air humidification.
Auto-breaking in the time that air humidity reaches hatch machine setting value, water pump quits work, and no longer includes current through inclined gutter channel, and humidification work stops.
This control mode can also be provided as the storage function in advance of gas heating, steam humidification power supply used, that is: Control Component also comprises: the control end of control transformer control low-voltage relay module, the Chang Kaiduan of low-voltage relay module connects accumulator by charging module, low-voltage relay module powers up when controlled, and its normal-closed end disconnects.
In the time that civil power 220V connects, control transformer is started working and is powered up to low-voltage relay module controls end, and the closed charging module of connecting of this module Chang Kaiduan, is now powered and charged a battery to charging module by charging transformer.Simultaneously because low-voltage relay module powers up controlled, normal-closed end disconnects, heating modular converter, humidification modular converter and power transfer module are all not controlled, and control inputs power supply is communicated with corresponding normal-closed end, now can make 220V civil power directly supply each parts in former hatch machine and normally work.
The using method of this gas heating system comprises:
Open gas heating assembly, heat;
Extract cold air by inlet channel out from the inside of equipment to be heated;
Cold air enters ring-type gas flow cavity;
The heat that utilizes gas heating assembly to produce heats the described cold air that enters ring-type gas flow cavity, obtains hot-air;
Hot-air is discharged and is entered outlet passageway from described ring-type gas flow cavity;
The described hot-air of discharging from described outlet passageway enters the inside of apparatus casing to be heated and heats.
This gas heating system can be applied to the multiple air that need to treat firing equipment inside and heat, such as the hatch machine of this gas heating system is installed, comprise the gas heating equipment being connected by inlet channel and outlet passageway in hatch machine hull outside and with the inside of described hatch machine housing, described gas heating equipment comprises: ring-type gas flow cavity and the internal ring wall in described ring-type gas flow cavity surround the gas heating assembly of interior volume, described inlet channel and described outlet passageway are connected with described ring-type gas flow cavity respectively, the inside of described hatch machine is provided with electric heating assembly.
In this hatch machine, gas heating system can be used as electrically heated auxiliary heating system, the in the situation that of power shortage, adopts faint electric power, by gas heating air, thereby reaches uninterrupted object and the effect being incubated of hatch machine.
These are only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. a gas heating system, it is characterized in that, comprise gas heating equipment outside in apparatus casing to be heated and that be connected by inlet channel and outlet passageway with the inside of described apparatus casing to be heated, described gas heating equipment comprises: ring-type gas flow cavity and the internal ring wall in described ring-type gas flow cavity surround the gas heating assembly of interior volume, and described inlet channel and described outlet passageway are connected with described ring-type gas flow cavity respectively.
2. gas heating system as claimed in claim 1, is characterized in that, described gas heating assembly comprises: heating unit and exhaust emissions unit;
Described heating unit comprises: burner, tip upside down on the taper thermal-arrest cup on described burner, the outside of described taper thermal-arrest cup is designed with ring-type radiator;
Described exhaust emissions unit comprises: the inner chamber from described taper thermal-arrest cup extends to the vertex of a cone, and passes the exhaust emissions passage of the center cavity of described radiator, and is connected and extends to the flue in atmosphere with described exhaust emissions passage.
3. gas heating system as claimed in claim 2, is characterized in that, the annular outer wall of described ring-type radiator is provided with the fin of many projections, and described fin is parallel to the axis of described ring-type radiator.
4. gas heating system as claimed in claim 1, is characterized in that,
Described inlet channel comprises two strip inlet channels, is oppositely arranged taking the central shaft of described ring-type gas flow cavity as symmetry axis; Article two, described sub-inlet channel is equipped with turbofan with one end that described apparatus casing to be heated inside is connected;
Described outlet passageway comprises two strip outlet passageways, is oppositely arranged taking the central shaft of described ring-type gas flow cavity as symmetry axis.
5. the gas heating system as described in claim 1-4 any one, is characterized in that, also comprises water evaporation humidification assembly;
Described water evaporation humidification assembly comprises: tilting gutter channel and the water-accepting basin in described tilting gutter channel below and the sparge pipe in described tilting gutter channel top, described sparge pipe is connected with water-accepting basin by water inlet pipe, and described water inlet pipe is provided with water pump; Described tilting gutter channel relative level direction, relative vertical direction are all certain angle of inclination, the gas outlet below of described tilting gutter channel in described outlet passageway.
6. gas heating system according to claim 5, it is characterized in that, also comprise: Control Component, described Control Component comprises: the control transformer being connected with power supply, described control transformer is connected with the control end of low-voltage relay module, the normal-closed end of low-voltage relay is connected with the control end of heating modular converter, and the Chang Kaiduan of described heating modular converter is connected with described gas heating equipment; The normal-closed end of described low-voltage relay is connected with the control end of humidification modular converter, and the Chang Kaiduan of described humidification modular converter is connected with described water evaporation humidification assembly; The normal-closed end of described low-voltage relay is connected with the control end of power transfer module, and the normal-closed end of described low-voltage relay is connected with the input of inversion module, and the output of described inversion module is connected with the Chang Kaiduan of described power transfer module; The common port of described power transfer module connects described hatch machine for plug; The normal-closed end of described low-voltage relay is connected with the input of fan supply module, and sparking transformer is connected with the control end of fan supply module, and the output of fan supply module is connected with turbofan.
7. gas heating system according to claim 6, is characterized in that, described Control Component also comprises:
The Chang Kaiduan of described heating modular converter is connected with gas heating module, described gas heating module comprises: heating low-tension supply, described heating low-tension supply is turbofan and the power supply of high-voltage pulse ignition controller on admission line, the magnetic valve on described high-voltage pulse ignition controller control fuel gas supply conduit;
The Chang Kaiduan of described humidification modular converter is connected with humidification module, and described humidification module comprises: humidification power supply, described humidification power supply is the water pump power supply of water inlet pipe in described water evaporation humidification assembly.
8. gas heating system according to claim 6, it is characterized in that, the control end of low-voltage relay module described in described control transformer control, the Chang Kaiduan of described low-voltage relay module connects accumulator by charging module, described low-voltage relay module powers up when controlled, and its normal-closed end disconnects.
9. a using method for the gas heating system described in claim 1-8 any one, is characterized in that, comprising:
Open gas heating assembly, heat;
Extract cold air by inlet channel out from the inside of equipment to be heated;
Cold air enters ring-type gas flow cavity;
The heat that utilizes gas heating assembly to produce heats the described cold air that enters ring-type gas flow cavity, obtains hot-air;
Hot-air is discharged and is entered outlet passageway from described ring-type gas flow cavity;
The described hot-air of discharging from described outlet passageway enters the inside of apparatus casing to be heated and heats.
10. one kind is provided with the hatch machine of the gas heating system described in claim 1-8 any one, it is characterized in that, comprise the gas heating equipment being connected by inlet channel and outlet passageway in hatch machine hull outside and with the inside of described hatch machine housing, described gas heating equipment comprises: ring-type gas flow cavity and the internal ring wall in described ring-type gas flow cavity surround the gas heating assembly of interior volume, described inlet channel and described outlet passageway are connected with described ring-type gas flow cavity respectively, and the inside of described hatch machine is provided with electric heating assembly.
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| CN201410200901.5A CN103960165B (en) | 2014-05-13 | 2014-05-13 | Gas heating system and using method, hatch machine |
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| CN201410200901.5A CN103960165B (en) | 2014-05-13 | 2014-05-13 | Gas heating system and using method, hatch machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112578832A (en) * | 2018-03-20 | 2021-03-30 | 国网浙江桐庐县供电有限公司 | Heat dissipation and humidity control device for substation equipment |
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| FR2296822A1 (en) * | 1974-12-31 | 1976-07-30 | Energy Transform | GAS TURBINE HEATING UNIT |
| US4319557A (en) * | 1980-08-08 | 1982-03-16 | Sietmann Vernon H | Heat exchanger furnace |
| CN201229039Y (en) * | 2008-05-27 | 2009-04-29 | 马千洲 | High-efficiency heating humidifier |
| CN102345899A (en) * | 2010-07-23 | 2012-02-08 | 科盖思意大利有限公司 | Space heater of the ventilation type |
| CN202442398U (en) * | 2011-08-16 | 2012-09-19 | 胡万里 | Household combustion gas hot air heating stove |
| CN203851601U (en) * | 2014-05-13 | 2014-10-01 | 王健 | Gas heating system and hatcher |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112578832A (en) * | 2018-03-20 | 2021-03-30 | 国网浙江桐庐县供电有限公司 | Heat dissipation and humidity control device for substation equipment |
| CN112578832B (en) * | 2018-03-20 | 2021-11-30 | 国网浙江桐庐县供电有限公司 | Heat dissipation and humidity control device for substation equipment |
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| CN103960165B (en) | 2015-12-30 |
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