CN207214008U - The straight illuminated of multiple-energy-source matrix recycles cleaning boiler - Google Patents
The straight illuminated of multiple-energy-source matrix recycles cleaning boiler Download PDFInfo
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- CN207214008U CN207214008U CN201721288962.7U CN201721288962U CN207214008U CN 207214008 U CN207214008 U CN 207214008U CN 201721288962 U CN201721288962 U CN 201721288962U CN 207214008 U CN207214008 U CN 207214008U
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
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Abstract
The utility model belongs to field of new energy technologies, more particularly to a kind of straight illuminated of multiple-energy-source matrix recycles cleaning boiler.It solves the problems such as prior art design is unreasonable.The straight illuminated of this multiple-energy-source matrix, which recycles cleaning boiler, includes high temperature-resistive pipeline, on high temperature-resistive pipeline there is some reclinate bending sections and described bending section to be arranged at intervals, the first thermostable heat-conductive plate is provided with the top of each bending section, the first heat-conducting piece that lower end is inserted in the bending section is connected with the first thermostable heat-conductive plate, the focal point that the first magnifying glass and the first magnifying glass are provided with the top of every block of first thermostable heat-conductive plate is aimed downwardly on the first thermostable heat-conductive plate, heat-accumulator tank is connected with the port of export of high temperature-resistive pipeline and is provided with vapour-discharge tube at the top of heat-accumulator tank.The utility model has the advantage of：Heating is fast and volume is smaller.
Description
Technical field
The utility model belongs to field of new energy technologies, more particularly to a kind of straight illuminated of multiple-energy-source matrix recycles cleaning
Boiler.
Background technology
At present, steam is a kind of conventional energy in every field.
Generally by heating so as to form high temperature, the water under the condition of high temperature is then changed into steam for the generation of steam.
Current heating is generally the heating of the equal energy source such as civil power or oil, natural gas, and it is very high to heat its cost, can not
Reach the power conservation requirement of country.
Secondly, also using solar energy condensation board, by solar panel by solar energy reflection to water pipe, heated water its
It is injected into storage bin, being vaporized by Steam generating furnace again of the hot water in storage bin, to reach the supply of steam.So
And the defects of this scheme, is：The installation solar panel of large area is needed, it not only needs to take larger site area, together
When, heat temperature raising effect or poor.
Therefore, it is badly in need of developing a clean energy resource boiler that can thoroughly solve above-mentioned technical problem.
Utility model content
The purpose of this utility model is in view of the above-mentioned problems, the multiple-energy-source matrix that a kind of heating of offer is fast and volume is smaller is straight
Illuminated recycles cleaning boiler.
To reach above-mentioned purpose, the utility model employs following technical proposal：The straight illuminated circulation profit of this multiple-energy-source matrix
Include high temperature-resistive pipeline with cleaning boiler, there is some reclinate bending sections and described bending section on high temperature-resistive pipeline
It is arranged at intervals, the first thermostable heat-conductive plate is provided with the top of each bending section, under being connected with the first thermostable heat-conductive plate
The first heat-conducting piece for inserting in the bending section is held, the first magnifying glass and the are provided with the top of every block of first thermostable heat-conductive plate
The focal point of one magnifying glass is aimed downwardly on the first thermostable heat-conductive plate, and steam generation is connected with the port of export of high temperature-resistive pipeline
Stove and Steam generating furnace is connected with vapour-discharge tube.
First magnifying glass of design combines the structure of the first thermostable heat-conductive plate and the first heat-conducting piece, and it passes through the side directly shone
Formula, programming rate being not only increased, the second phase also further reduces floor space, meanwhile, it further reduces the manufacturing
Cost, more conform to the development trend of current social technology.
The bending section of design, it can avoid the damage of pipeline, virtually extend the service life of boiler.
The is provided with the above-mentioned straight illuminated of multiple-energy-source matrix recycles cleaning boiler, at the top of described Steam generating furnace
Two depressions, the 3rd thermostable heat-conductive plate is provided with the second depression, and the 3rd is provided with the top of every block of the 3rd thermostable heat-conductive plate
The focal point of magnifying glass and the 3rd magnifying glass is aimed downwardly on the 3rd thermostable heat-conductive plate, is connected on the 3rd thermostable heat-conductive plate
There is the 3rd heat-conducting piece that lower end is inserted in Steam generating furnace.
High temperature-resistive pipeline is connected at the top of Steam generating furnace and is connected to steam positioned at the second depression outside, vapour-discharge tube
At the top of producer and positioned at the second depression outside, the connectivity part and vapour-discharge tube and steam of high temperature-resistive pipeline and Steam generating furnace
The connectivity part of producer is in symmetrical position.
In the above-mentioned straight illuminated of multiple-energy-source matrix recycles cleaning boiler, the port of export connection of the high temperature-resistive pipeline
There is heat-accumulator tank and heat-accumulator tank and Steam generating furnace are arranged in parallel, vapour-discharge tube is provided with the top of heat-accumulator tank.
It is recessed that first is provided with the above-mentioned straight illuminated of multiple-energy-source matrix recycles cleaning boiler, at the top of described heat-accumulator tank
Fall into, be provided with the second thermostable heat-conductive plate in the first depression, being connected with lower end on the second thermostable heat-conductive plate inserts in heat-accumulator tank
The second interior heat-conducting piece, the focal point of the second magnifying glass and the second magnifying glass is provided with the top of every block of second thermostable heat-conductive plate
It is aimed downwardly on the second thermostable heat-conductive plate.
In the above-mentioned straight illuminated of multiple-energy-source matrix recycles cleaning boiler, the port of export connection of the high temperature-resistive pipeline
There is Steam generating furnace, described heat-accumulator tank and Steam generating furnace are arranged in parallel, and Steam generating furnace is connected with vapour-discharge tube.
In the above-mentioned straight illuminated of multiple-energy-source matrix recycles cleaning boiler, vapour is connected with described vapour-discharge tube
Turbine generator and described steam turbine generator is connected with electric power storage station.
In the above-mentioned straight illuminated of multiple-energy-source matrix recycles cleaning boiler, two are connected with described vapour-discharge tube
The son that root is arranged in parallel is managed, and the root pipe in two root pipes, which is used to produce, to be supplied, and steam-electric power is connected with another root pipe
Machine, described steam-driven generator are connected with electric power storage station.
In the above-mentioned straight illuminated of multiple-energy-source matrix recycles cleaning boiler, two root pipes are connected to return line
On, circulating pump is connected with return line, and the port of export of described return line is connected to the entrance point of high temperature-resistive pipeline.
The above-mentioned straight illuminated of multiple-energy-source matrix recycle cleaning boiler in, be also associated with described return line with
Tank connected first outlet pipe of described accumulation of heat；It is also associated with what is be connected with described Steam generating furnace on described return line
Second outlet pipe.
In the above-mentioned straight illuminated of multiple-energy-source matrix recycles cleaning boiler, it is connected with too in high temperature-resistive pipeline entrance point
Positive energy water heater；Described electric power storage station is connected with photovoltaic electrification component；
Described electric power storage station is connected with wind generator system.
In the above-mentioned straight illuminated of multiple-energy-source matrix recycles cleaning boiler, described bending section takes the shape of the letter U structure, resistance to height
For warm pipeline in being horizontally disposed with, the peak of bending section inwall is not higher than the minimum point of high temperature-resistive pipeline inwall.
The depression of design, it can avoid into water and water outlet or go out influencing each other for vapour, at the same time it can also improve turbulent flow
Uniformity.
Magnifying glass includes any one in Fresnel Lenses and common magnifying glass.
Compared with prior art, the straight illuminated of this multiple-energy-source matrix recycles the advantages of cleaning boiler and is：
1st, the first magnifying glass of design combines the structure of the first thermostable heat-conductive plate and the first heat-conducting piece, and it is by directly shining
Mode, programming rate being not only increased, the second phase also further reduces floor space, meanwhile, it further reduces production system
This is caused, more conforms to the development trend of current social technology.
The bending section of design, it can avoid the damage of pipeline, virtually extend the service life of boiler.
2nd, it is simple in construction and easily fabricated.
Brief description of the drawings
Fig. 1 is block diagram provided by the utility model.
Fig. 2 is the block diagram provided by the utility model with sunshading board.
Fig. 3 is steam turbine generator steamer structural representation provided by the utility model.
In figure, high temperature-resistive pipeline 1, bending section 11, solar water heater 12, water flow sensing unit 13, the first sunshading board 14,
Two sunshading boards 16, the first thermostable heat-conductive plate 21, the first heat-conducting piece 22, the first magnifying glass 23, heat-accumulator tank 3, vapour-discharge tube 31,
First depression 32, sub- pipe 33, steam-driven generator 34, return line 35, circulating pump 36, the first outlet pipe 37, the second outlet pipe 38,
Second thermostable heat-conductive plate 41, the second heat-conducting piece 42, the second magnifying glass 43, the 51, the 3rd sunshade of depression of Steam generating furnace 5, second
Plate 52, the 3rd thermostable heat-conductive plate 61, the 3rd magnifying glass 62, the 3rd heat-conducting piece 63, steam turbine generator 7, electric power storage station 8, photovoltaic hair
Electrical component 9, wind generator system 10.
Embodiment
The utility model is described in more detail with reference to the accompanying drawings and detailed description.
As shown in Figure 1-2, the straight illuminated of this multiple-energy-source matrix, which recycles cleaning boiler, includes high temperature-resistive pipeline 1, high temperature resistant
Pipeline is prior art, and just its material does not do and further repeated the present embodiment.
Solar water heater 12 is connected with the entrance point of high temperature-resistive pipeline 1, the water that solar water heater 12 is directly supplied, its
The follow-up heat temperature raising time can significantly be shortened.Of course, it is possible to still running water, underground water or other rivers and lakes Lake Waters etc.
Deng.
There are some reclinate bending sections 11 on high temperature-resistive pipeline 1 and described bending section 11 is arranged at intervals, it is excellent
Change scheme, the bending section 11 of the present embodiment take the shape of the letter U structure, and high temperature-resistive pipeline 1 is in horizontally disposed, the peak of the inwall of bending section 11
Not higher than the minimum point of the inwall of high temperature-resistive pipeline 1.
Bending section 11 is connected with high temperature-resistive pipeline 1 by Detachable connection structure.
Here Detachable connection structure includes the first flange for being arranged on the both ends of bending section 11, on high temperature-resistive pipeline 1
Provided with the described one-to-one second flange of first flange, pass through some connecting bolts between first flange and second flange
Connection.
Secondly, high-temperature resistant seal ring is provided between first flange and second flange, for example, ceramic seal circle and metal are close
Seal etc..
Alternatively scheme, the bending section 11 and high temperature-resistive pipeline 1 of the present embodiment are connected as a single entity structure.
Further, by designing bending section 11, the withered of water is avoided, it can be avoided due to not having water in pipeline and pipeline quilt
Burn out or burn, secondly, the design of bending, it can further improve turbulence propertie, further improve the uniformity of water temperature, also
Have, it can reduce current and be reduced by flow velocity during bending section, can virtually improve the heating efficiency of water.
Furthermore water flow sensing unit 13 is provided with the entrance point of high temperature-resistive pipeline 1, by the design of water flow sensing unit 13, its
Whether there can be water process in signal piping in real time.
The first thermostable heat-conductive plate 21 is provided with the top of each bending section 11, is connected on the first thermostable heat-conductive plate 21
There is the first heat-conducting piece 22 that lower end is inserted in the bending section 11, first is provided with the top of every block of first thermostable heat-conductive plate 21
The focal point of magnifying glass 23 and the first magnifying glass 23 is aimed downwardly on the first thermostable heat-conductive plate 21, in going out for high temperature-resistive pipeline 1
Mouth end is connected with heat-accumulator tank 3 and is provided with vapour-discharge tube 31 at the top of heat-accumulator tank 3.
That is, the heat of solar energy is shone to the first thermostable heat-conductive plate 21 by the way that the first magnifying glass 23 is directly straight, now
The first thermostable heat-conductive plate 21 be brought rapidly up and synchronously transferred heat on the first heat-conducting piece 22, the first heat-conducting piece 22 insert
In pipeline, and the water flowed is then brought rapidly up by the first heat-conducting piece 22, and by several the first above-mentioned magnifying glasses 23, it can
It with the water temperature to gradually stepping up water, as the quantity for setting bending section 11, should not set very few, crossing can not meet using will at least
Ask, then cause the increase of cost too much.
First heat-conducting piece 22 is some heating columns；Either heat conductive filament.Certainly, the present embodiment selects heating column, its diameter
It is larger and avoid it is follow-up blow, meanwhile, described heating column is in array distribution, its can further disorderly current, can be with
Further improve turbulent uniformity, quick heating and easy to manufacture installation.
Secondly, the design of heating column, avoiding the impact of current causes bending to damage.
The lateral cross section of heating column is triangular in shape or ellipsoidal structure.It is easy to the process of current and reduces current process
When resistance.
Further, the first magnifying glass 23 is connected with the first swing span, and the first swing span is connected with swinging driver, i.e. is played
The purpose that can be tracked very much.Swinging driver is cylinder or oil cylinder.
Furthermore this boiler also includes the first sunshading board 14, the first sunshading board 14 is fixed on high-temperature resistant tube by first rotating shaft
On road 1, described first rotating shaft is connected with the first rotating drive mechanism, and the first rotating drive mechanism includes motor and with setting
Put the gear transmission structure between motor and rotating shaft, i.e. when water flow sensing unit detects that non-water flow passes through in pipeline,
Motor driving first rotating shaft now is rotated so as to force the first sunshading board 14 to turn to the top of the first magnifying glass 23, the knot
The design of structure, it can cause non-water flow in pipeline to pass through and cause the damage of pipeline due to emergency situations.
Further, high temperature resistant asbestos are provided between the first heat-conducting piece 22 and bending section 11.The asbestos of design, it can be with
Reduce hot loss of energy.
Again, C-shaped reflector, the design of reflector, its heat that will can be distributed are arranged with bending section 11
Reflex on the outer wall of bending section 11, i.e. further increase the speed of heat temperature raising.
The first depression 32 is provided with the top of heat-accumulator tank 3, it is, of course, also possible to be to set groove at the top of heat-accumulator tank 3, the
The second thermostable heat-conductive plate 41 is provided with one depression 32, being connected with lower end on the second thermostable heat-conductive plate 41 inserts in heat-accumulator tank 3
The second interior heat-conducting piece 42, the second magnifying glass 43 and the second magnifying glass are provided with the top of every block of second thermostable heat-conductive plate 41
43 focal point is aimed downwardly on the second thermostable heat-conductive plate 41.
Equally, by the heat of solar energy by the second magnifying glass directly directly according to on the second thermostable heat-conductive plate, now
Second thermostable heat-conductive plate is brought rapidly up and synchronously transferred heat on the second heat-conducting piece, and the second heat-conducting piece inserts in heat-accumulator tank
In 3, and the high-temperature water in heat-accumulator tank 3 is then heated up again by the second heat-conducting piece, by least one the second above-mentioned magnifying glass,
It further improves the water temperature of water.
Second heat-conducting piece is some heating columns；Either heat conductive filament.Certainly, the present embodiment selects heating column, its diameter compared with
It is big and avoid it is follow-up blow, meanwhile, described heating column is in array distribution, its can further disorderly current, Ke Yijin
One step improves turbulent uniformity, quick heating and easy to manufacture installation.
Secondly, the design of heating column, avoiding the impact of current causes bending to damage.
The lateral cross section of heating column is triangular in shape or ellipsoidal structure.It is easy to the process of current and reduces current process
When resistance.
Further, the second magnifying glass is connected with the second swing span, and the second swing span is connected with swinging driver, i.e. is played too
The purpose that can be tracked.Swinging driver is cylinder or oil cylinder.
Furthermore this boiler also includes the second sunshading board 16, the second sunshading board is fixed on high temperature-resistive pipeline 1 by the second rotating shaft
Or the top of heat-accumulator tank 3, the second described rotating shaft are connected with the second rotating drive mechanism, the second rotating drive mechanism includes driving
Motor and the gear transmission structure with being arranged between motor and rotating shaft, level sensor is provided with heat-accumulator tank 3, i.e.
When the water level that level sensor is detected in heat-accumulator tank is less than most bottom limit level, motor now drives the second rotating shaft to turn
Move so as to force the second sunshading board to turn to above the second magnifying glass, the design of the structure, it can be caused due to emergency situations
Non-water flow passes through and causes the damage of pipeline in pipeline.
Further, high temperature resistant asbestos are provided between the second heat-conducting piece and heat-accumulator tank.The asbestos of design, it can be reduced
Hot loss of energy.
Steam generating furnace 5 is connected with the port of export of high temperature-resistive pipeline 1, described heat-accumulator tank 3 and Steam generating furnace 5 are in parallel
Set, and Steam generating furnace 5 is connected with vapour-discharge tube 31.
Heating wire is provided with the interior bottom portion of Steam generating furnace 5, heating wire electrically connects with electric power storage station and/or city.Also or
Person, Steam generating furnace 5 is interior to be provided with auxiliary heating arrangements, and auxiliary heating arrangements are oily or heated by natural gas mechanism；Also or, steaming
The interior bottom portion of vapour producer 5 is provided with electromagnetic heating disk.
Heat-conducting plate and the described heat-conducting plate being provided with Steam generating furnace 5 above heating wire or electromagnetic heating disk
It is circumferential to be connected with the inner wall sealing of Steam generating furnace 5.
The upper surface of heat-conducting plate is provided with the raised and described projection of some circles and set in internal and external partition.
The second depression 51 is provided with the top of Steam generating furnace 5, the 3rd thermostable heat-conductive plate 61 is provided with the second depression 51,
The focal point that the 3rd magnifying glass 62 and the 3rd magnifying glass 62 are provided with the top of every block of the 3rd thermostable heat-conductive plate 61 is aimed downwardly
On 3rd thermostable heat-conductive plate 61, the lower end is inserted in Steam generating furnace 5 the 3rd is connected with the 3rd thermostable heat-conductive plate 61
Heat-conducting piece 63.
The Steam generating furnace 5 of design, it can improve the discharge rate of steam.
Likewise, being connected with the 3rd sunshading board 52 by the 3rd rotating shaft at the top of Steam generating furnace 5, the 3rd rotating shaft passes through tooth
Wheel drive mechanism and motor connection.
When water flow sensing unit 13 detects that non-water flow passes through, electric motor starting now is so as to driving the 3rd sunshading board 52
Above the 3rd magnifying glass 62, the damage of Steam generating furnace is avoided.
Steam turbine generator 7 is connected with vapour-discharge tube 31 and described steam turbine generator 7 is connected with electric power storage station 8.
When steam occur more than needed or unit be in have a holiday state when, steam turbine generator 7 now, which is then opened, to be generated electricity,
Then by electricity storage to electric power storage station 8 after generating, now, the electricity in electric power storage station 8 can be used for the water heating at rainy days or night.
As Figure 1-3, steam turbine generator 7 includes steamer and the generating set being connected by clutch structure with steamer, vapour
Wheel includes torus and some arcuate oscillating motion blades for being distributed in torus circumference, and the inner and the torus of arcuate oscillating motion blade are cut with scissors
Connect, the other end is in free shape.When torus is rotated so as to drive arcuate oscillating motion blade synchronization to rotate, steam now is then blown
The arcuate oscillating motion blade radial set gradually is swung out, and torus now then has steam to drive its rotation completely, that is, plays
The purpose of generating.
The design of clutch structure, it can be avoided steam usage amount is larger or separation when steam supply amount is insufficient,
Avoid causing the reduction of steam pressure due to the design of steam turbine generator 7.
Clutch structure is prior art, and the present embodiment is not repeated further its structure.
Secondly, the electric power storage station 8 of the present embodiment electrically connects with city.When there is electricity more than needed, electricity more than needed can be gone out
Sell to national grid, or, when the overcast and rainy snowy day duration is longer, civil power now can be used for the heating of boiler.
The circulation pump housing 311 is provided with vapour-discharge tube 31.
In addition, two sub- pipes 33 being arranged in parallel are connected with vapour-discharge tube 31, the root in two root pipes 33
Pipe 33, which is used to produce, to be supplied, and steam-driven generator 34, described steam-driven generator 34 and electric power storage station 8 are connected with another root pipe 33
Connection.
Likewise, the steam-driven generator 34 of design its can by more than electricity be delivered to electric power storage station 8, for night or
The heating of person's wet weather snowy day, further increases heat recovery rate.
Further, electric power storage station 8 is connected with photovoltaic electrification component 9.
And/or described electric power storage station 8 is connected with wind generator system 10.
Photovoltaic electrification component 9 is by the power Transmission sent to electric power storage station 8, certainly, electric power storage station 8 its carry inversion control system
System, i.e. inverter.
Header box, described steam turbine generator 7, steam-driven generator 34 and photovoltaic are connected with the electric power storage station 8 of the present embodiment
Electrification component 9 is electrically connected with header box respectively.
Directly heated by photo-thermal, photovoltaic generation and heating drive two kinds of generators to be generated electricity, it can be real
Accomplish clean energy resource, and the energy recycles, it not only significantly reduces manufacturing cost, but also significantly reduces
The area taken required for equipment, meanwhile, firing rate faster and more conforms to the development trend of current social technology.
The present embodiment go for life, agricultural, industry, business, fishery, school, medical treatment, military affairs, desalinization and
Sewage purification etc. field.
The magnifying glass of the present embodiment is any one in convex lens and concave mirror.
Two root pipes 33 are connected on return line 35, and circulating pump 36 is connected with return line 35, and described
The port of export of return line 35 be connected to the entrance point of high temperature-resistive pipeline 1.
The first outlet pipe 37 being connected with described heat-accumulator tank 3 is also associated with return line 35；Described return duct
The second outlet pipe 38 being connected with described Steam generating furnace 5 is also associated with road 35.
By the design of above-mentioned pipeline, it to the full extent can be carried out the steam after either use more than needed or water
The recycling of residual temperature, design more energy-conservation and environmental protection, meanwhile, it reduce further the operating cost of boiler.
Valve in accompanying drawing is electric control valve or manual control valve.
The operation principle of the present embodiment is as follows：
The first pattern：Water in high temperature-resistive pipeline is carried out heating heating by the first magnifying glass, the sunlight conditions on the same day compared with
When good, now the water in high temperature-resistive pipeline is warmed vaporization, and steam now is then then discharged steam by Steam generating furnace.
Second of pattern：When sunlight is inadequate, Steam generating furnace now (is more than needed using the storage electric energy in electric power storage station
When or steam non-working condition under the electric energy that stores, for example, any one in photovoltaic generation, turbine generator and steam-electric power
Or a variety of) heating wire in Steam generating furnace is powered, i.e. realize heating supply steam.
The third pattern：When without sunlight, now by the hot water in heat-accumulator tank supplied in Steam generating furnace, in conjunction with
Storage electric energy in electric power storage station, it realizes heating supply steam.
4th kind of pattern：When the electric energy in continuous overcast and rainy snowy day and electric power storage station is completely by use, now use state's household electrical appliances
Net is powered to the heating wire in Steam generating furnace, i.e. realizes electrical heating.
Certainly, when for above-mentioned two, three and four or three kind of situation when, generator now is just without work, still, as long as
Have sunlight, photovoltaic electrification component its carry out optical energy power all the time.
Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute
Category those skilled in the art can make various modifications or supplement to described specific embodiment or using similar
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Claims (10)
1. the straight illuminated of multiple-energy-source matrix recycles cleaning boiler, including high temperature-resistive pipeline (1), it is characterised in that described is resistance to
There are some reclinate bending sections (11) in high temperature conduit (1) and described bending section (11) are arranged at intervals, each curved
The top of pars convoluta (11) is provided with the first thermostable heat-conductive plate (21), and being connected with lower end on the first thermostable heat-conductive plate (21) inserts in
The first heat-conducting piece (22) in the bending section (11), the first amplification is provided with the top of every block of first thermostable heat-conductive plate (21)
The focal point of mirror (23) and the first magnifying glass (23) is aimed downwardly on the first thermostable heat-conductive plate (21), in high temperature-resistive pipeline (1)
The port of export be connected with Steam generating furnace (5) and Steam generating furnace (5) is connected with vapour-discharge tube (31).
2. the straight illuminated of multiple-energy-source matrix according to claim 1 recycles cleaning boiler, it is characterised in that described steaming
The second depression (51) is provided with the top of vapour producer (5), the 3rd thermostable heat-conductive plate (61) is provided with the second depression (51), every
The top of the thermostable heat-conductive plate (61) of block the 3rd is provided with the 3rd magnifying glass (62) and the focal point of the 3rd magnifying glass (62) shines downwards
Penetrate on the 3rd thermostable heat-conductive plate (61), being connected with lower end on the 3rd thermostable heat-conductive plate (61) inserts in Steam generating furnace (5)
The 3rd interior heat-conducting piece (63).
3. the straight illuminated of multiple-energy-source matrix according to claim 1 recycles cleaning boiler, it is characterised in that the resistance to height
The port of export of warm pipeline (1) is connected with heat-accumulator tank (3) and heat-accumulator tank (3) and Steam generating furnace (5) are arranged in parallel, in heat-accumulator tank
(3) top is provided with vapour-discharge tube (31).
4. the straight illuminated of multiple-energy-source matrix according to claim 3 recycles cleaning boiler, it is characterised in that described storage
The first depression (32) is provided with the top of hot tank (3), the second thermostable heat-conductive plate (41) is provided with the first depression (32), it is resistance to second
The second heat-conducting piece (42) that lower end is inserted in heat-accumulator tank (3) is connected with high-temperature heat-conductive plate (41), is led in every piece of second high temperature resistant
Focal point of the top of hot plate (41) provided with the second magnifying glass (43) and the second magnifying glass (43) is aimed downwardly the second high temperature resistant and led
On hot plate (41).
5. the straight illuminated of multiple-energy-source matrix according to claim 4 recycles cleaning boiler, it is characterised in that described steaming
Steam turbine generator (7) is connected with vapour discharge pipe (31) and described steam turbine generator (7) is connected with electric power storage station (8).
6. the straight illuminated of multiple-energy-source matrix according to claim 5 recycles cleaning boiler, it is characterised in that described steaming
Two sons being arranged in parallel are connected with vapour discharge pipe (31) and manage (33), the root pipe (33) in two root pipes (33) is used to give birth to
Production supply, another root pipe (33) is interior to be connected with steam-driven generator (34), and described steam-driven generator (34) connects with electric power storage station (8)
Connect.
7. the straight illuminated of multiple-energy-source matrix according to claim 6 recycles cleaning boiler, it is characterised in that two root pipes
(33) it is connected on return line (35), circulating pump (36), and described return duct is connected with return line (35)
The port of export on road (35) is connected to the entrance point of high temperature-resistive pipeline (1).
8. the straight illuminated of multiple-energy-source matrix according to claim 7 recycles cleaning boiler, it is characterised in that described returns
The first outlet pipe (37) being connected with described heat-accumulator tank (3) is also associated with flow tube road (35)；Described return line (35)
On be also associated with the second outlet pipe (38) for being connected with described Steam generating furnace (5).
9. the straight illuminated of multiple-energy-source matrix according to claim 5 recycles cleaning boiler, it is characterised in that in high temperature resistant
Pipeline (1) entrance point is connected with solar water heater (12)；Described electric power storage station (8) is connected with photovoltaic electrification component (9)；
Described electric power storage station (8) is connected with wind generator system (10).
10. the straight illuminated of multiple-energy-source matrix according to claim 1 recycles cleaning boiler, it is characterised in that described
Bending section (11) takes the shape of the letter U structure, and for high temperature-resistive pipeline (1) in horizontally disposed, the peak of bending section (11) inwall is not higher than resistance to height
The minimum point of warm pipeline (1) inwall.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721173329 | 2017-09-13 | ||
| CN2017211733293 | 2017-09-13 |
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| CN207214008U true CN207214008U (en) | 2018-04-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107631279A (en) * | 2017-09-13 | 2018-01-26 | 浙江明烁节能科技股份有限公司 | The straight illuminated of multiple-energy-source matrix recycles cleaning boiler |
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2017
- 2017-09-30 CN CN201721288962.7U patent/CN207214008U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107631279A (en) * | 2017-09-13 | 2018-01-26 | 浙江明烁节能科技股份有限公司 | The straight illuminated of multiple-energy-source matrix recycles cleaning boiler |
| CN107631279B (en) * | 2017-09-13 | 2024-04-12 | 浙江明烁节能科技股份有限公司 | Concave direct-irradiation type clean boiler with multiple energy sources for recycling |
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