CN212481679U - S-shaped environment-friendly energy-saving fuel heater and air heater - Google Patents
S-shaped environment-friendly energy-saving fuel heater and air heater Download PDFInfo
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- CN212481679U CN212481679U CN202020465137.5U CN202020465137U CN212481679U CN 212481679 U CN212481679 U CN 212481679U CN 202020465137 U CN202020465137 U CN 202020465137U CN 212481679 U CN212481679 U CN 212481679U
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Abstract
The utility model provides an S-shaped environment-friendly energy-saving fuel heater and an air heater, wherein the fuel heater comprises a combustion heating barrel; the first-stage heat exchanger is connected with the airflow output end of the combustion heating barrel, and the combustion heating barrel and the first-stage heat exchanger are arranged in a straight line; the second-stage heat exchanger is positioned on any one side of the combustion heating barrel and the first-stage heat exchanger and is connected with the first-stage heat exchanger; and the third-stage heat exchanger is positioned on one side of the second-stage heat exchanger, is connected with the second-stage heat exchanger and enables the third-stage heat exchanger, the second-stage heat exchanger, the combustion heating barrel and the first-stage heat exchanger to be arranged in an S shape. The utility model discloses the advantage: the heat energy emitted by the combustion heating tube and the first-stage heat exchanger is directly used for drying the surface of the drying object, so that the overall heat energy utilization rate can be improved, and effective energy conservation is really realized.
Description
[ technical field ] A method for producing a semiconductor device
The utility model relates to a drying equipment field, in particular to S-shaped environmental protection energy-saving fuel heater and air heater.
[ background of the invention ]
In daily life, drying devices such as drying boxes and drying rooms are often used for drying marine products (such as laver, kelp and fish), medicinal materials, mushrooms, tea, vegetables, flowers and fruits, wood and the like or meeting the requirement of industrial hot air energy. As is well known, in the past decades, fuels for various drying equipments (for example, coal-fired boilers, coal-fired hot air burners, or coal-fired earthen hot air burners) are mainly based on coal combustion, and coal combustion has been increasingly unsuitable as a fuel for drying equipments because of its disadvantages such as heavy pollution, high emission, and environmental hazard. In recent years, with the increasing awareness of environmental protection and the continuous improvement of scientific technology, some drying devices have started to use clean energy to replace coal combustion, for example, resistance wires, electric heating cakes, microwaves, etc. are used as heat sources of drying devices.
However, in the case of industries that have high water content, require high heat, high temperature, large air volume, large air pressure, and high energy usage such as fast time, etc., it is conceivable that 20 tons of purees collected from the sea are dried into about 1.5 tons of dry vegetable products within 24 hours by one drying apparatus, and the energy consumption is required. Therefore, if the seafood is dried using a drying apparatus using a resistance wire, an electric cake, microwave, etc. as a heat source, the cost thereof is naturally two to three times higher than that of burning coal, which is difficult for the ordinary operator to endure. If the new energy equipment of the air energy drying heat pump is used, the heat energy exerted by the new energy equipment can be improved by about 3 times, but the manufacturing of the air energy drying heat pump with over 277KW (calculated by the power of a single group of 44.1W of test combination) not only has extremely high manufacturing cost; moreover, the air energy drying heat pump can be used for drying products with less moisture or small drying containers, and the drying speed and the number of the dried marine products such as laver, kelp and the like with high moisture can not reach more than 60% of the same power.
In order to achieve the purposes of energy saving and consumption reduction, the applicant filed 2018.10.11 on the application date and 201821651493.5 as a utility model entitled combustion heater and drying device for drying laver and kelp in an environmental protection and energy saving manner, and the drying device can solve the problems of high pollution and high harm brought by using a boiler burning coal, a hot air furnace head burning coal or an earth hot air furnace head burning coal as a combustion heating source and industrial benefits at the cost of environmental destruction, and the problems of high energy consumption and high cost brought by using drying equipment using resistance wires, electric heating cakes, microwaves and the like as a heating source, and high equipment price and high cost brought by using the drying equipment of an air energy heat pump. However, when the drying device is used specifically, the following defects exist: the structure of the heater adopts that the combustion heating barrel, the first-stage heat exchanger, the second-stage heat exchangers and the tail gas discharge pipeline are arranged in a hot air heating chamber in a straight line shape, and the drying chamber and the hot air heating chamber are separated, so that the heating effect and the heat utilization rate are reduced; meanwhile, the components are arranged in a straight line, so that the design length of the whole drying chamber is longer (generally about 13 meters), and a large amount of land resources are occupied.
In order to solve the problems, the applicant applies 2019.09.09 on the application date and 201910857878.X and also applies Chinese invention patents named as an environment-friendly and energy-saving drying device, and the drying device can shorten the length of an original hot air heating chamber from about 13 meters to about 4 meters on one hand by annularly arranging a heat exchanger around a combustion heating cylinder, so that the structure of the whole combustion heater is more compact and attractive, and less land resources are occupied; on the other hand, the heating effect of the whole combustion heater is better, so that the consumption of fuel can be reduced, and the cost is reduced. However, the drying device has the following defects in the actual use process: the combustion heating tube is arranged in the middle of the heat exchanger, so that the heat energy radiated by the combustion heating tube can be blocked by the heat exchanger, and meanwhile, when the combustion heating tube is specifically dried, the distance between the combustion heating tube and an object to be dried is longer, so that the overall heat energy utilization rate is still lower, and the aim of effectively saving energy cannot be really realized.
[ Utility model ] content
The to-be-solved technical problem of the utility model lies in providing an energy-conserving fuel heater of S-shaped ring and air heater, the whole heat utilization rate of solving the current drying device existence is lower, can't really realize effective energy-conserving purpose problem.
The utility model discloses a realize like this: an S-ring energy efficient fuel heater, the heater comprising:
a combustion heating tube;
the first-stage heat exchanger is connected with the airflow output end of the combustion heating barrel, and the combustion heating barrel and the first-stage heat exchanger are arranged in a straight line;
the second-stage heat exchanger is positioned on any one side of the combustion heating barrel and the first-stage heat exchanger, and the second-stage heat exchanger is connected with the first-stage heat exchanger;
and the third-stage heat exchanger is positioned on one side of the second-stage heat exchanger, is connected with the second-stage heat exchanger and enables the third-stage heat exchanger, the second-stage heat exchanger, the combustion heating barrel and the first-stage heat exchanger to be arranged in an S shape.
Furthermore, a fire protection barrel is arranged at the front part in the combustion heating barrel, and a combustion-supporting device is arranged at the rear part in the combustion heating barrel; the outer surface of the fire protection cylinder is provided with a plurality of cyclone plates, and the surface of the combustion heating cylinder is provided with at least one oxygen supplementing hole communicated to the outer surface of the fire protection cylinder; the front end of the combustion heating barrel is provided with a combustor access port.
Furthermore, the outer surface of the combustion heating tube is provided with a plurality of radiating fins, and the bottom of the combustion heating tube is provided with at least one first travelling wheel.
Further, the first stage heat exchanger comprises:
the first lower hot air flow wind box is communicated with the air flow output end of the combustion heating barrel;
the bottom of each first radiating pipe is communicated with the first lower hot air flow box;
and the top of each first radiating pipe is communicated with the first upper hot air flow box.
Further, the second stage heat exchanger comprises:
one end of the second upper hot air flow box is communicated with the first upper hot air flow box through a first connecting pipe;
the top of each second radiating pipe is communicated with the second hot air flow box;
and the bottom of each second radiating pipe is communicated with the second lower hot air flow box.
Further, the third stage heat exchanger includes:
one end of the third lower hot air flow bellow is communicated with the second lower hot air flow bellow through a second connecting pipe, and the first connecting pipe and the second connecting pipe are respectively positioned at two ends of the second-stage heat exchanger; the middle inside the third lower hot air flow air box is divided into a front hot air flow air box and a rear hot air flow air box through an air flow partition plate;
the bottom of each third radiating pipe is communicated with the third lower hot air flow box;
and the top of each third radiating pipe is communicated with the third upper hot air flow box.
Furthermore, a plurality of second travelling wheels are arranged at the bottoms of the first-stage heat exchanger, the second-stage heat exchanger and the third-stage heat exchanger.
An air heater, comprising:
a heater as described above;
the heat-resistant shell is internally provided with a high-temperature heating chamber, and the heater is arranged in the high-temperature heating chamber; any end of the heat-resistant shell is provided with at least one positive-pressure air inlet communicated to the high-temperature heating chamber, and the other end of the heat-resistant shell is provided with a hot air outlet;
the burner is connected with the combustion heating barrel of the heater, and fuel and air are sprayed into the combustion heating barrel through the burner to be mixed and combusted;
and the tail gas discharge pipeline is communicated with the third-stage heat exchanger of the heater.
Further, the air heater further comprises:
and the foot support is fixedly arranged at the bottom of the heat-resistant shell.
The utility model has the advantages that: 1. the technical scheme of the utility model is through leading the heating tube that burns and the first order heat exchanger to foremost, make when specifically using, no matter use the utility model discloses a heating element comes to directly dry to the stoving product, still with the utility model discloses a heating element is applied to the air heater, and the normal atmospheric temperature wind energy of input all can be through third level heat exchanger, second level heat exchanger and burning heating tube and first order heat exchanger carry out heat transfer step by step and form high temperature hot gas flow, consequently, through the utility model discloses a technical scheme can improve holistic heat utilization ratio, really realizes effective energy-conservation; 2. the combustion-supporting device and the cyclone plate are arranged in the combustion heating tube, so that the fuel in the combustion heating tube can be promoted to be fully combusted, and the consumption of the fuel is reduced.
[ description of the drawings ]
The invention will be further described with reference to the following examples with reference to the accompanying drawings.
Fig. 1 is a front view of an S-shaped environmental protection and energy saving fuel heater of the present invention.
Fig. 2 is a side view of the S-shaped environmental protection and energy saving fuel heater of the present invention.
FIG. 3 is a cross-sectional view of a third lower hot gas flow windbox of the present invention.
Fig. 4 is a schematic view of the internal structure of the middle combustion heating tube of the present invention.
Fig. 5 is a front view of the air heater of the present invention.
Fig. 6 is a schematic view of an internal structure of an air heater according to the present invention.
Fig. 7 is a second schematic view of the internal structure of an air heater according to the present invention.
Description of reference numerals:
100-heater, 1-combustion heating cylinder, 11-radiating fin, 12-first traveling wheel, 13-oxygen supplement hole, 14-fire protection cylinder, 141-cyclone plate, 15-combustion supporting device, 16-burner inlet, 2-first stage heat exchanger, 21-first lower hot air flow box, 22-first radiating pipe, 23-first upper hot air flow box, 3-second stage heat exchanger, 31-second upper hot air flow box, 32-first connecting pipe, 33-second radiating pipe, 34-second lower hot air flow box, 4-third stage heat exchanger, 41-third lower hot air flow box, 411-front hot air flow box, 412-rear hot air flow box, 42-second connecting pipe, 43-air flow baffle plate, 44-third radiating pipe, 45-a third upper hot air flow bellow and 5-a second travelling wheel; 200-an air heater, 201-a heat-resistant shell, 202-a high-temperature heating chamber, 203-a positive pressure air inlet, 204-a hot air outlet, 205-a combustor, 206-a tail gas discharge pipeline, 207-a foot support and 208-a tail gas discharge induced draft fan.
[ detailed description ] embodiments
The embodiment of the utility model provides a through providing an S-shaped ring protects energy-saving fuel heater and air heater, it is lower to have solved the whole heat utilization rate that current drying device exists, can't really realize effective energy-conserving purpose technical problem, has realized improving whole heat utilization rate, really realizes effective energy-conserving technological effect.
The embodiment of the utility model provides an in technical scheme for solving above-mentioned problem, the general thinking is as follows: the combustion heating tube and the first-stage heat exchanger are arranged at the foremost end, the second-stage heat exchanger is arranged in the middle, the third-stage heat exchanger is arranged at the rearmost end, and the third-stage heat exchanger, the second-stage heat exchanger, the combustion heating tube and the first-stage heat exchanger are arranged in an S shape. Through leading foremost with burning heating tube and first order heat exchanger for when specifically drying, can place the position that is closest to burning heating tube and first order heat exchanger with treating drying object, dry with the direct surface that is facing to drying object of the heat energy that utilizes burning heating tube and first order heat exchanger to give out, and then can improve holistic heat utilization rate, really realize effective energy-conservation.
For better understanding of the above technical solutions, the following detailed descriptions will be provided in conjunction with the drawings and the detailed description of the embodiments.
Detailed description of the preferred embodiment
Referring to fig. 1 to 4, in a preferred embodiment of an S-shaped environment-friendly energy-saving fuel heater 100 according to the present invention, the heater 100 includes:
a combustion heating tube 1; the combustion heating cylinder 1 is used for generating high-temperature hot air flow and emitting high-temperature heat energy through combustion, and when the specific implementation is carried out, clean energy gas such as natural gas, liquefied gas and methane can be combusted in the combustion heating cylinder 1, and liquid which can be purified, low in emission and high in efficiency such as light diesel oil and methanol oil can be combusted in the combustion heating cylinder 1; the combustion heating tube 1 is made of materials with high temperature resistance (over 1100 ℃) such as 310s, and the like, so as to achieve the purpose of high temperature resistance.
The first-stage heat exchanger 2 is connected with the airflow output end of the combustion heating barrel 1, and the combustion heating barrel 1 and the first-stage heat exchanger 2 are arranged in a straight line; in the specific working process, high-temperature hot airflow generated by combustion in the combustion heating barrel 1 firstly enters the first-stage heat exchanger 2 for heat exchange; because the combustion heating tube 1 and the first-stage heat exchanger 2 are main heating parts of the whole heater 100, the combustion heating tube 1 and the first-stage heat exchanger 2 are arranged at the foremost end of the whole heater 100 in a straight-line manner, so that the heat energy at the foremost end can be fully utilized to dry the dried articles when the drying operation is carried out, the whole heat energy utilization rate is further improved, and effective energy conservation is really realized;
the second-stage heat exchanger 3 is positioned at any side of the combustion heating barrel 1 and the first-stage heat exchanger 2, and the second-stage heat exchanger 3 is connected with the first-stage heat exchanger 2; in the specific working process, the high-temperature hot airflow subjected to heat exchange by the first-stage heat exchanger 2 flows into the second-stage heat exchanger 3, and heat exchange is continuously performed in the second-stage heat exchanger 3, so that the recycling of heat energy is improved;
and the third-stage heat exchanger 4 is positioned on one side of the second-stage heat exchanger 3, and the third-stage heat exchanger 4 is connected with the second-stage heat exchanger 3 and enables the third-stage heat exchanger 4, the second-stage heat exchanger 3, the combustion heating barrel 1 and the first-stage heat exchanger 2 to be arranged in an S shape. In the specific working process, the hot air after heat exchange by the second-stage heat exchanger 3 can enter the third-stage heat exchanger 4 again, and final heat exchange is carried out in the third-stage heat exchanger 4, so that the recycling of heat energy is further improved.
The utility model discloses an adopt the mode that the S-shaped was arranged for when specifically drying, the normal atmospheric temperature wind energy of input in the drying chamber (not shown in the figure) can pass through tertiary heat exchanger 4, second grade heat exchanger 3 and burning heating tube 1 and first order heat exchanger 2 carry out the heat transfer step by step and form high temperature hot gas flow, consequently can be very big the waste of reduction heat energy.
The utility model discloses in, first order heat exchanger 2, second grade heat exchanger 3 and third level heat exchanger 4 all mainly used realize the heat exchange to the high temperature hot-blast that produces through the heat exchange with the heat energy that 1 radiant-out of burning heating tube comes to heat drying to moisture products such as kelp, laver (of course, also can be other food, article). The first-stage heat exchanger 2, the second-stage heat exchanger 3 and the third-stage heat exchanger 4 are made of materials with high temperature resistance (over 1100 ℃) such as 310s, and the like, so that the purpose of high temperature resistance is achieved.
In this embodiment, a fire protection barrel 14 is arranged at the front part in the combustion heating barrel 1, when the combustion heating barrel works, the fire protection barrel 14 mainly plays a role of protecting flame combustion, a combustion-supporting device 15 is arranged at the rear part in the combustion heating barrel 1, the combustion-supporting device 15 mainly plays a role of supporting combustion, so that fuel can be sufficiently combusted, when the combustion-supporting device 15 is specifically implemented, the combustion-supporting device 15 is connected to the rear end of the fire protection barrel 14, and when the combustion-supporting device 15 is heated to 800-1000 ℃, all fuel can be completely combusted in the combustion-supporting device 15. The outer surface of the flame protection barrel 14 is provided with a plurality of cyclone plates 141, the surface of the combustion heating barrel 1 is provided with at least one oxygen supplementing hole 13 communicated to the outer surface of the flame protection barrel 14, and the oxygen supplementing hole 13 is used for supplementing oxygen to the interior of the combustion heating barrel 1 so as to promote fuel to be fully combusted in the combustion heating barrel 1; the cyclone plate 141 is used for supporting combustion by cyclone, and when the cyclone plate 141 works, the free-flowing air entering the fire protection cylinder 14 from the oxygen supplementing hole 13 can form cyclone when passing through the cyclone plate 141, so that the cyclone plate 141 plays a role of supporting combustion by cyclone. The front end of the combustion heating tube 1 is provided with a combustor access 16, and the combustor access 16 is used for accessing a combustor for combustion when in use.
In this embodiment, the outer surface of the combustion heating tube 1 is provided with a plurality of heat dissipation fins 11, and the heat dissipation fins 11 are arranged on the outer surface of the combustion heating tube 1, so that the radiation effect of high-temperature heat energy can be greatly improved; at least one first travelling wheel 12 is arranged at the bottom of the combustion heating tube 1, and the combustion heating tube 1 can be moved by the first travelling wheel 12 in the using process.
In this embodiment, the first stage heat exchanger 2 includes:
the first lower hot air flow wind box 21 is communicated with the air flow output end of the combustion heating tube 1, so that high-temperature hot air flow generated by combustion in the combustion heating tube 1 enters the first-stage heat exchanger 2 for heat exchange;
a plurality of first radiating pipes 22, the bottom of each first radiating pipe 22 is communicated with the first lower hot air flow bellow 21;
a first upper hot air flow bellow 23, and the top of each first heat dissipation pipe 22 is communicated with the first upper hot air flow bellow 23.
When the first-stage heat exchanger 2 works specifically, high-temperature hot airflow generated by combustion in the combustion heating tube 1 firstly enters the first lower hot airflow bellows 21 and then upwards enters the first upper hot airflow bellows 23 through the first radiating tubes 22, so that heat exchange in the first stage is realized.
In the present embodiment, the second-stage heat exchanger 3 includes:
one end of the second upper hot air flow bellow 31 is communicated with the first upper hot air flow bellow 23 through a first connecting pipe 32, so that high-temperature hot air which is subjected to heat exchange by the first-stage heat exchanger 2 enters the second-stage heat exchanger 3;
a plurality of second heat pipes 33, wherein the top of each second heat pipe 33 is communicated with the second upper hot air flow box 31;
and a second lower hot air flow box 34, wherein the bottom of each second radiating pipe 33 is communicated with the second lower hot air flow box 34.
When the second-stage heat exchanger 3 works specifically, the high-temperature hot air flow coming out of the first upper hot air flow bellow 23 enters the second upper hot air flow bellow 31 firstly, and then the high-temperature hot air flow enters the second lower hot air flow bellow 34 through the second radiating pipes 33, so that the heat exchange at the second stage is realized.
In this embodiment, the third stage heat exchanger 4 includes:
a third lower hot air flow bellow 41, one end of the third lower hot air flow bellow 41 is communicated with the second lower hot air flow bellow 34 through a second connecting pipe 42, and the first connecting pipe 32 and the second connecting pipe 42 are respectively located at two ends of the second-stage heat exchanger 3; the middle inside of the third lower hot air flow wind box 41 is divided into a front hot air flow wind box 411 and a rear hot air flow wind box 412 by an air flow partition plate 43;
a plurality of third heat pipes 44, the bottom of each third heat pipe 44 is connected to the third lower hot air flow box 41;
and a third upper hot air flow bellow 45, and the top of each third radiating pipe 44 is communicated with the third upper hot air flow bellow 45.
When the third-stage heat exchanger 4 is in operation, the hot air flow from the second lower hot air flow box 34 will first enter the front hot air flow box 411 of the third lower hot air flow box 41, then the hot air flow will pass through the first half section of the third heat dissipation pipe 44 and upwardly enter the third upper hot air flow box 45, and finally the hot air flow will pass through the second half section of the third heat dissipation pipe 44 and downwardly enter the rear hot air flow box 412 of the third lower hot air flow box 41, so as to realize the heat exchange in the third stage; after the heat exchange of the third stage is completed, the final exhaust gas is discharged.
In this embodiment, a plurality of second traveling wheels 5 are disposed at the bottoms of the first-stage heat exchanger 2, the second-stage heat exchanger 3 and the third-stage heat exchanger 4, so that the positions of the first-stage heat exchanger 2, the second-stage heat exchanger 3 and the third-stage heat exchanger 4 can be conveniently moved by the second traveling wheels 5.
The heater 100 of the utility model can be used for drying kelp, laver, medicinal materials, mushrooms, tea, vegetables, flowers and fruits, wood, etc. When the heater 100 is used, the heater 100 may be directly installed at the front end of a drying room (not shown), and a burner may be used to spray fuel and air into the combustion heating tube 1 for mixed combustion, so that the entire heater 100 radiates high-temperature heat energy; meanwhile, the drying products (such as kelp, laver, medicinal materials, mushrooms, tea leaves, vegetables, flowers and fruits, wood and the like) are required to be placed close to one sides of the combustion heating tube 1 and the first-stage heat exchanger 2 so as to directly dry the surfaces of the drying products by utilizing the high-temperature heat energy emitted by the combustion heating tube 1 and the first-stage heat exchanger 2, thereby improving the overall heat energy utilization rate and really realizing effective energy conservation.
Detailed description of the invention
Referring to fig. 5 to 7, according to a preferred embodiment of the present invention, the air heater 200 includes:
a heat generator 100 as described above, the heat generator 100 for radiating high temperature heat energy;
a heat resistant casing 201, a high temperature heating chamber 202 is arranged inside the heat resistant casing 201, the heater 100 is arranged in the high temperature heating chamber 202, and when the heat resistant casing is in specific operation, the heater 100 can radiate high temperature heat energy in the high temperature heating chamber 202 and heat air in the high temperature heating chamber 202; any end of the heat-resistant shell 201 is provided with at least one positive pressure air inlet 203 communicated to the high-temperature heating chamber 202, and the other end of the heat-resistant shell 201 is provided with a hot air outlet 204; in the present invention, the heat-resistant housing 201 needs to be made of a material that is resistant to high temperature and has a heat-resistant function, so as to prevent heat energy from being dissipated to the outside of the heat-resistant housing 201; during operation, air needs to be supplied into the high-temperature heating chamber 202 through the positive-pressure air inlet 203, the air can form high-temperature hot air after heat exchange in the high-temperature heating chamber 202, and then the high-temperature hot air can be conveyed to a drying device (not shown) through the hot air outlet 204 for use;
a burner 205, the burner 205 is connected with the combustion heating tube 1 of the heater 100, and the burner 205 sprays fuel and air into the combustion heating tube 1 for mixed combustion, in the concrete implementation, the burner 205 is connected with the burner inlet 16 of the heater 100; the burner 205 is a generic term for a device that sprays and mixes fuel and air in a certain way, and according to its working principle, the burner can be defined as a device that converts a substance into heat energy by a chemical reaction mode of combustion, i.e. air and fuel are mixed in a proper proportion by a premixing device to be fully combusted, and the burner has various classification modes according to different properties, and is divided into a fuel burner, a gas burner, an alcohol burner, a dual-fuel burner and the like according to the fuel mode; in the specific application, the fuel oil burner is divided into a light oil burner, a heavy oil burner and the like; the gas burner is divided into a natural gas burner, an urban gas burner and the like; the burner is divided into a single-stage flame burner, a double-stage flame burner and a proportion adjusting burner according to the combustion control mode of the burner; the fuel atomizing device is divided into a mechanical atomizing burner and a medium atomizing burner according to the fuel atomizing mode; the structure is divided into an integral burner and a split burner;
and the tail gas discharge pipeline 206 is communicated with the third-stage heat exchanger 4 of the heater 100 through the tail gas discharge pipeline 206. The exhaust emission pipeline 206 is used for discharging tail gas generated by combustion, and when the exhaust emission pipeline 206 is implemented specifically, the exhaust emission draught fan 208 is required to be communicated with the rear hot air flow air box 412 of the hot air flow air box 41 under the third condition, so that the tail gas is discharged from the exhaust emission pipeline 206 by utilizing the attraction of the exhaust emission draught fan 208.
In this embodiment, the air heater 200 further includes:
the foot support 207 is fixedly arranged at the bottom of the heat-resistant shell 201, and the foot support 207 is used for supporting the heat-resistant shell 201.
Because the traditional air heater generally adopts the mode that the combustion cylinder is arranged at the front end for combustion, the heat exchanger is arranged at the rear end of the combustion cylinder, and the hot air delivery port is positioned at the rear end of the heat exchanger; however, the arrangement is affected by the high temperature and heat generated by the combustion cylinder, which reduces the heat exchange rate and further causes energy loss. And the utility model discloses an air heater adopts and carries out the malleation air supply at air heater 200' S front end, carries the heater 100 that is S-shaped and arranges with normal atmospheric temperature wind-force, and make normal atmospheric temperature wind energy through third level heat exchanger 4 and second level heat exchanger 3 in proper order progressively heat the intensification back, form the high temperature hot gas flow after the high temperature heat energy that the burning heating tube 1 and first level heat exchanger 2 radiation play carries out the heat transfer again, and carry the high temperature hot gas flow for required equipment through hot air outlet 204 and use, consequently, through with the utility model discloses an in air heater 200 was used to heater 100, the waste of reduction heat energy that can be very big can improve holistic heat utilization ratio promptly, really realizes effectively energy-conservation.
To sum up, the utility model discloses a heater has following beneficial technological effect: 1. the technical scheme of the utility model is through leading the heating tube that burns and the first order heat exchanger to foremost, make when specifically using, no matter use the utility model discloses a heating element comes to directly dry to the stoving product, still with the utility model discloses a heating element is applied to the air heater, and the normal atmospheric temperature wind energy of input all can be through third level heat exchanger, second level heat exchanger and burning heating tube and first order heat exchanger carry out heat transfer step by step and form high temperature hot gas flow, consequently, through the utility model discloses a technical scheme can improve holistic heat utilization ratio, really realizes effective energy-conservation; 2. the combustion-supporting device and the cyclone plate are arranged in the combustion heating tube, so that the fuel in the combustion heating tube can be promoted to be fully combusted, and the consumption of the fuel is reduced.
Although specific embodiments of the present invention have been described, it will be understood by those skilled in the art that the specific embodiments described are illustrative only and are not limiting upon the scope of the invention, and that equivalent modifications and variations can be made by those skilled in the art without departing from the spirit of the invention, which is to be limited only by the claims appended hereto.
Claims (9)
1. An S-shaped environment-friendly energy-saving fuel heater is characterized in that: the heater includes:
a combustion heating tube;
the first-stage heat exchanger is connected with the airflow output end of the combustion heating barrel, and the combustion heating barrel and the first-stage heat exchanger are arranged in a straight line;
the second-stage heat exchanger is positioned on any one side of the combustion heating barrel and the first-stage heat exchanger, and the second-stage heat exchanger is connected with the first-stage heat exchanger;
and the third-stage heat exchanger is positioned on one side of the second-stage heat exchanger, is connected with the second-stage heat exchanger and enables the third-stage heat exchanger, the second-stage heat exchanger, the combustion heating barrel and the first-stage heat exchanger to be arranged in an S shape.
2. An S-ring environmental protection and energy saving fuel heater as claimed in claim 1, wherein: the front part in the combustion heating tube is provided with a fire protection tube, and the rear part in the combustion heating tube is provided with a combustion-supporting device; the outer surface of the fire protection cylinder is provided with a plurality of cyclone plates, and the surface of the combustion heating cylinder is provided with at least one oxygen supplementing hole communicated to the outer surface of the fire protection cylinder; the front end of the combustion heating barrel is provided with a combustor access port.
3. An S-ring environmental protection and energy saving fuel heater as claimed in claim 1, wherein: the outer surface of the combustion heating barrel is provided with a plurality of radiating fins, and the bottom of the combustion heating barrel is provided with at least one first travelling wheel.
4. An S-ring environmental protection and energy saving fuel heater as claimed in claim 1, wherein: the first stage heat exchanger includes:
the first lower hot air flow wind box is communicated with the air flow output end of the combustion heating barrel;
the bottom of each first radiating pipe is communicated with the first lower hot air flow box;
and the top of each first radiating pipe is communicated with the first upper hot air flow box.
5. An S-ring environmental protection and energy saving fuel heater according to claim 4, wherein: the second stage heat exchanger includes:
one end of the second upper hot air flow box is communicated with the first upper hot air flow box through a first connecting pipe;
the top of each second radiating pipe is communicated with the second hot air flow box;
and the bottom of each second radiating pipe is communicated with the second lower hot air flow box.
6. An S-ring environmental protection and energy saving fuel heater according to claim 5, wherein: the tertiary heat exchanger includes:
one end of the third lower hot air flow bellow is communicated with the second lower hot air flow bellow through a second connecting pipe, and the first connecting pipe and the second connecting pipe are respectively positioned at two ends of the second-stage heat exchanger; the middle inside the third lower hot air flow air box is divided into a front hot air flow air box and a rear hot air flow air box through an air flow partition plate;
the bottom of each third radiating pipe is communicated with the third lower hot air flow box;
and the top of each third radiating pipe is communicated with the third upper hot air flow box.
7. An S-ring environmental protection and energy saving fuel heater as claimed in claim 1, wherein: and a plurality of second travelling wheels are arranged at the bottoms of the first-stage heat exchanger, the second-stage heat exchanger and the third-stage heat exchanger.
8. An air heater is characterized in that: the air heater comprises:
a heater according to any one of claims 1 to 7;
the heat-resistant shell is internally provided with a high-temperature heating chamber, and the heater is arranged in the high-temperature heating chamber; any end of the heat-resistant shell is provided with at least one positive-pressure air inlet communicated to the high-temperature heating chamber, and the other end of the heat-resistant shell is provided with a hot air outlet;
the burner is connected with the combustion heating barrel of the heater, and fuel and air are sprayed into the combustion heating barrel through the burner to be mixed and combusted;
and the tail gas discharge pipeline is communicated with the third-stage heat exchanger of the heater.
9. The hot air blower as claimed in claim 8, wherein: the air heater further comprises:
and the foot support is fixedly arranged at the bottom of the heat-resistant shell.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020465137.5U CN212481679U (en) | 2020-04-02 | 2020-04-02 | S-shaped environment-friendly energy-saving fuel heater and air heater |
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| Application Number | Priority Date | Filing Date | Title |
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| CN111457587A (en) * | 2020-04-02 | 2020-07-28 | 陈国� | S-shaped environment-friendly energy-saving fuel heater and air heater |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111457587A (en) * | 2020-04-02 | 2020-07-28 | 陈国� | S-shaped environment-friendly energy-saving fuel heater and air heater |
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