CN107421142A - A kind of full automatic solar boiler - Google Patents
A kind of full automatic solar boiler Download PDFInfo
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- CN107421142A CN107421142A CN201710308018.1A CN201710308018A CN107421142A CN 107421142 A CN107421142 A CN 107421142A CN 201710308018 A CN201710308018 A CN 201710308018A CN 107421142 A CN107421142 A CN 107421142A
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- Prior art keywords
- pipe
- plug
- mouth
- tube
- heat collector
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24S—SOLAR HEAT COLLECTORS; SOLAR HEAT SYSTEMS
- F24S20/00—Solar heat collectors specially adapted for particular uses or environments
- F24S20/40—Solar heat collectors combined with other heat sources, e.g. using electrical heating or heat from ambient air
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24S—SOLAR HEAT COLLECTORS; SOLAR HEAT SYSTEMS
- F24S40/00—Safety or protection arrangements of solar heat collectors; Preventing malfunction of solar heat collectors
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24S—SOLAR HEAT COLLECTORS; SOLAR HEAT SYSTEMS
- F24S50/00—Arrangements for controlling solar heat collectors
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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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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Life Sciences & Earth Sciences (AREA)
- Sustainable Development (AREA)
- Sustainable Energy (AREA)
- Thermal Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Cookers (AREA)
Abstract
A kind of full automatic solar boiler, mainly by heat collector, heat collector water inlet pipe, heat collector outlet pipe, magnetic valve, current limiting tube, mozzle, economizer bank, mouth of pipe plug, communicating pipe, plug for vacuum bottle, vacuum flask, temp probe, electric heating tube, temperature controller, time switch, light-operated switch forms, wherein running water pipe is connected with magnetic valve water inlet end, magnetic valve water side is connected with being plugged with the current limiting tube of flow-limiting nozzle, the other end of current limiting tube is connected with heat collector water inlet pipe, the other end of heat collector water inlet pipe is connected with a mouth of pipe plug, one end of heat collector outlet pipe is connected with another mouth of pipe plug, heat collector water inlet pipe, mouth of pipe plug where outlet pipe and its between other mouth of pipe plugs concatenated by communicating pipe, it is intraoral that each thermal-collecting tube is filled in respectively after each mouth of pipe plug full-filling structure glue after concatenation;Time switch, light-operated switch, electric heating tube concatenation;Beneficial effect:The boiling water for reaching standard for drinking can be produced;Boiling water Automation of Manufacturing Process;Thermal-arrest pipe explosion problem is effectively controlled.
Description
Technical field
The invention belongs to technical field of solar utilization technique, is related specifically to a kind of full automatic solar boiler.
Background technology
The technology that water heater is made in general all-glass vacuum thermal-collecting tube is more ripe, but to utilize all-glass vacuum thermal-collecting tube
Boiler, which is made, needs solve multiple technical problems.Firstly, it is necessary to solve running water and the boiling water temperature difference is larger, thermal-arrest is easily caused
Pipe explosion;Secondly, it is necessary to which it must be the water boiled to solve produced boiling water, but the water for not being long-time, boiling repeatedly;Again
It is secondary, it is necessary to solve the problems, such as that water quality is fresh new and overcomes incrustation scale to deposit;Reach full-automatic and boiling water is provided, need to solve sun appearance
Shi Liyong solar energy heatings, when the sun should come out the period and be unwilling to occur, enable electric energy heating automatically, and being produced
Technical problem in boiling water automatic subpackaging to vacuum flask.License notification number CN103277909B patented technology provides
《The solar collecting device to supply drinking water》, but water long-time in thermal-collecting tube be present, boil and thermal-collecting tube epimere dehydration repeatedly
The problem of causing in pipe local temperature too high and causing thermal-arrest pipe explosion.
The content of the invention
The purpose of the present invention:Solve above-mentioned technical problem and the deficiencies in the prior art, there is provided a kind of full automatic solar energy
Boiler.
Technical scheme:The present invention by heat collector, heat collector water inlet pipe, heat collector outlet pipe, provided with screen pack
Magnetic valve, current limiting tube, mozzle, economizer bank, mouth of pipe plug, communicating pipe, plug for vacuum bottle, vacuum flask, temp probe, electrical heating
Pipe, temperature controller, time switch, light-operated switch composition.Heat collector upward, longitudinally, side by side, is closely arranged by some, the mouth of pipe
All-glass vacuum thermal-collecting tube and top cover and heat-insulation layer, frame, bottom conduit saddle composition, resistance to height is provided with the mouth of pipe of every thermal-collecting tube
Temperature, side are with the convex silica gel mouth of pipe plug of glue, and each silica gel mouth of pipe plug is provided with inlet opening and the apopore of equivalent diameter, in adjacent silica gel
The apopore of mouth of pipe plug and the hole face of inlet opening are provided with and mouth of pipe plug one and can bear the silica gel of thermal-arrest inner pipe water pressure and connect
Pipe, directly connects apopore with inlet opening silica gel communicating pipe, silica gel mouth of pipe plug and constitutes mouth of pipe plug string, silicon silica gel communicating pipe
The quantity of sebific duct mouth plug and silica gel communicating pipe can be set on demand, the internal diameter of silica gel communicating pipe and the inlet opening of silica gel mouth of pipe plug, be gone out
The diameter in water hole is equal, and in the pipe of silica gel communicating pipe in space, provided with stretchable stainless steel spring, the stainless of spring is made
The external diameter of steel wire and the spacing of adjacent wires, it should meet that silicone tube is indeformable during silicone tube bending.In each thermal-collecting tube, provided with not
The mozzle for steel material of becoming rusty, the external diameter of mozzle are more than the water inlet bore dia of mouth of pipe plug, one end insertion mouth of pipe plug of mozzle
In inlet opening, and reach the degree of fastening, the delivery port of mozzle is made located at bottom in thermal-collecting tube using the impulsive force of water inlet
The scale particles of generation do not form block and deposition in thermal-collecting tube, and with current effuser outside;Adjacent thermal-collecting tube in heat collector
Between, concatenated by setting communicating pipe and mouth of pipe plug, have bullet after the two mutually viscous, heatproof, solidification are provided between mouth of pipe plug and the thermal-arrest mouth of pipe
The structure glue of property, makes mouth of pipe plug and the thermal-arrest mouth of pipe be combined into one by the bonding force of structure glue.When temp probe in heat collector
When water temperature at thermistor reaches boiling point, magnetic valve open, now, running water flows into from the water inlet pipe of heat collector, boiling water from
The outlet pipe of heat collector flows out, and the water in each thermal-collecting tube is in flow regime, water quality is kept fresh new and is avoided thermal-arrest
In pipe water for a long time, boil repeatedly;The apopore of mouth of pipe plug is also the delivery port of thermal-collecting tube;Economizer bank and heat collector water inlet pipe phase
The other end connection of mozzle even, economizer bank by more and with heat conducting pipe is isometrical, pipe of homogeneity forms, connected between the pipe
And the connection between economizer bank and mozzle is to use silicone tube, in the pipe of silicone tube in space, provided with above-mentioned stainless steel spring;
Economizer bank delivery port is located at the bottom of thermal-collecting tube;After the preheated pipe preheating of running water, the water and thermal-arrest for flowing into heat collector are reduced
The temperature difference between pipe, thermal-arrest pipe explosion can be avoided;Current limiting tube is provided with the flexible pipe for being flexibly connected nut by two ends and flow-limiting nozzle forms,
The tight-lipped plug of current limliting is intraoral in the water inlet end of flexible pipe, and the size of its nozzle aperture should meet that thermal-collecting tube is not quick-fried when running water flows into heat collector
Split, meanwhile, also not because temperature-sensing probe temperature-sensitive needs the time and water velocity is too fast that the water do not opened is flowed into vacuum flask, in addition,
Water (flow) direction in flow-limiting nozzle is flowed into from nozzle aperture, and mouth wake flow goes out, and this can prevent nozzle aperture from blocking.Plug for vacuum bottle shape is on post footpath
Greatly, the superposition of a lower young waiter in a wineshop or an inn cylinder, and hollow, lower side are provided with that elasticity, band glue is convex, wide band-shaped silica gel annulus, annulus
Internal diameter is less than the external diameter of lower cylindrical, it is tightly enclosed on the side of lower cylindrical, when tightly filling in insulation bottleneck, does not produce
Slide, upper side and bottom face are respectively provided with aperture identical inlet opening and apopore, are more than the aperture provided with external diameter in hole
Silica gel water inlet pipe and outlet pipe, pipe end is placed in outside side and bottom hole, and outlet pipe and the water inlet pipe of adjacent bottle stopper pass through stainless
Steel connecting tube connects, in addition, in the silicone tube of bottle stopper bottom face hole wall contact, fill in one section of external diameter be more than silica gel bore,
Less than the stainless steel tube in aperture set by plug for vacuum bottle bottom surface, make to be bound tightly together between silicone tube and plug for vacuum bottle, its is tight
Close degree reaches water-tight, gastight requirement;To prevent the silicone tube in plug for vacuum bottle from deforming, set in silicone tube above-mentioned
Stainless steel spring.Using highly sensitive temperature controller, the temp-sensing element of supporting temp probe uses thermistor, temperature-sensitive with it
Resistance peripheral hardware stainless steel waterproofing protection pipe, protection pipe bottom end closure, thermistor built in bottom, due to stainless steel protection pipe and heat
The quick resistance temperature-sensitive of itself needs the time, if the position of the thermistor in temp probe is located at the collection residing for heat collector outlet pipe
Heat pipe top, the water of not up to boiling point can be caused to flow out thermal-collecting tube, therefore position set by the thermistor in temp probe is from collection
Heat pipe delivery port has certain distance, and the water that the distance of distance should meet to flow out thermal-collecting tube must be the water for reaching boiling point, but not
Be for a long time, the water that boils repeatedly, therefore, flow velocity and temp probe temperature-sensitive of the position set by temp probe by water in thermal-collecting tube
After susceptibility and closed electromagnetic valve there is the restriction of three aspects of inertia in current.The electrical heating core that electric heating tube is insulated by ectosome
Formed with stainless steel protection pipe, the peak power that its power can be generated when being irradiated with thermal-collecting tube by sunshine is identical, and it is collecting
Position in hot device, be located at heat collector outlet pipe similar in thermal-collecting tube, position residing for electrical heating core be in thermal-arrest bottom of the tube,
How many thermal-collecting tubes set electric heating tubes, can on demand depending on.The direct management and control light-operated switch of time switch, when time switch is connected
Between be generally located in the period that the daily sun should occur, if any sunshine within the period, light-operated switch is disconnected, and electrical heating is not opened
It is dynamic, such as start without sunshine, light-operated switch closure, electrical heating, electrically heated startup with stop transport only with sun appearance period and
The presence or absence of sunshine is associated, reaches the purpose for making full use of solar energy and saving electric energy.Above-mentioned all material matter contacted with water
Amount, which requires, reaches food-grade.
Connection and correlation between each part:Running water pipe is connected with magnetic valve water inlet end, magnetic valve water side with
One end connection of the current limiting tube of flow-limiting nozzle is plugged with, the other end of current limiting tube is connected with heat collector water inlet pipe, heat collector water inlet pipe
The other end is connected with a mouth of pipe plug, and one end of heat collector outlet pipe is connected with another mouth of pipe plug, heat collector water inlet pipe, outlet pipe institute
Mouth of pipe plug and its between other mouth of pipe plugs concatenated by communicating pipe, after each mouth of pipe plug full-filling structure glue after concatenation respectively
Fill in that each thermal-collecting tube is intraoral, in the inlet opening of each mozzle one end insertion mouth of pipe plug, wherein being led with what heat collector water inlet pipe connected
The other end of flow tube is connected with economizer bank, and the other end of heat collector outlet pipe is connected with a plug for vacuum bottle, and each plug for vacuum bottle passes through
Connecting tube connects, and fills in vacuum flask;Time switch one end is connected with power supply one end, and the time switch other end is opened with light-operated
One end connection is closed, the other end of light-operated switch is connected with electrical heating core one end, the other end of electrical heating core and the other end of power supply
Connection;Temp probe, temperature controller, electromagnetic valve coil are connected by wire.
In above-mentioned technical proposal, (1) communicating pipe, economizer bank, the silicone tube of plug for vacuum bottle are provided with stainless with tube wall split
Steel spring, or using communicating pipe, economizer bank, plug for vacuum bottle silica gel tube wall in, set with tube wall one stainless steel bomb
Spring or other reinforcements;(2) water outlet for the mozzle being connected with heat collector water inlet pipe is ined succession economizer bank, and economizer bank is by more
Root pipe forms, or is molded using economizer bank together with mozzle with a root timber material first order buckling;(3) heat collector is longitudinally tilting, or
The longitudinally perpendicular placement of person.
Beneficial effects of the present invention:The boiling water of standard for drinking is provided up using solar energy;Current limiting tube, mozzle, preheating
Pipe three acts synergistically, and thermal-arrest pipe explosion problem is effectively controlled;Automation of Manufacturing Process, solar energy and electricity mutual complementation, and
Preferentially utilize solar energy;Mouth of pipe plug and communicating pipe integrative-structure, reduce the connection of inter-module, more reasonable structure, performance more may be used
Lean on.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention and embodiment.
Fig. 2 is mouth of pipe plug and communicating tube structure schematic diagram.
Fig. 3 is Fig. 2 A-A diagrammatic cross-sections.
Fig. 4 is Fig. 2 B-B diagrammatic cross-sections.
Fig. 5 is the structural representation of stainless steel spring.
Fig. 6 is the structural representation of plug for vacuum bottle.
Fig. 7 is the schematic perspective view with the convex wide band-shaped silica gel annulus of glue.
Fig. 8 is the structural representation of temp probe.
Fig. 9 be economizer bank and with mozzle connection diagram.
Figure 10 is current limiting tube structural representation.
Figure 11 is time switch, light-operated switch, electrical heating core connection circuit diagram.
In figure, 1. running water pipes, 2. magnetic valves, 3. current limiting tubes, 4. heat collector water inlet pipes, 5. mouth of pipe plugs, 6. mozzles, 7.
Communicating pipe, 8. top covers and heat-insulation layer, 9. electric heating tubes, 10. temp probes, 11. heat collector outlet pipes, 12. plug for vacuum bottle, 13.
Vacuum flask, 14. bottom conduit saddles, 15. thermal-collecting tubes, 16. economizer banks, 17. frames, 18. temperature controllers, 19. inlet openings, 20. apopores,
21. stainless steel spring, 22. spring steel wires, 23. bottle stopper water inlet pipes, 24. bottle stopper tops, 25. bottle stopper outlet pipes, 26. silica gel circle
Ring, 27. stainless steel connecting tubes, 28. bottle stopper bottoms, 29. glue are convex, 30. wires, 31. protection pipes, 32. thermistors, 33. silica gel
Connecting tube, 34. are flexibly connected nut, and 35. flow-limiting nozzles, 36. current directions mark, 37. hoses, 38. time switch, 39. is light-operated
Switch, 40. electrical heating cores.
Embodiment
In Fig. 1 into Fig. 5, the present invention by heat collector, heat collector water inlet pipe 4, heat collector outlet pipe 11, provided with screen pack
Magnetic valve 2, current limiting tube 3, mozzle 6, economizer bank 16, mouth of pipe plug 5, communicating pipe 7, plug for vacuum bottle 12, vacuum flask 13, temp probe
10th, electric heating tube 9, temperature controller 18 form.Heat collector by some root canal orifices upward, longitudinal direction, side by side, the full glass closely arranged it is true
Empty set heat pipe 15 and top cover and heat-insulation layer 8, frame 17, bottom conduit saddle 14 are formed, and resistance to height is provided with the mouth of pipe of every thermal-collecting tube 15
Temperature, side are with the convex silica gel mouth of pipe plug 5 of glue, and each silica gel mouth of pipe plug 5 is provided with aperture identical inlet opening 19 and apopore 20, in phase
The apopore 20 of adjacent silica gel mouth of pipe plug 5 and the hole of inlet opening 19 are provided with can bear water in thermal-collecting tube 15 with mouth of pipe plug 5 one
The silica gel communicating pipe 7 of pressure, silica gel mouth of pipe plug 5 and constitute the mouth of pipe plug string silica gel communicating pipe 7, silica gel mouth of pipe plug 5 and silica gel connection
The quantity of pipe 7 is set on demand, internal diameter and the inlet opening 19 of silica gel mouth of pipe plug 5, the diameter phase of apopore 20 of silica gel communicating pipe 7
Deng, in the pipe of silica gel communicating pipe 7 in space, provided with tube wall split, stretchable stainless steel spring 21, spring 21 is made
The external diameter of steel wire 22 and the spacing of adjacent wires, when should meet silicone tube bending, silicone tube is indeformable.The diameter of thermal-collecting tube 15 is adopted
With 580 millimeters, in each thermal-collecting tube 15, the mozzle 6 provided with stainless steel, the external diameter of mozzle 6 fills in water more than the mouth of pipe
The diameter of hole 19, one end of mozzle 6 is inserted in the inlet opening 19 of mouth of pipe plug 5, and reaches the degree of fastening, and mozzle 6 goes out
The mouth of a river each thermal-collecting tube 15 in bottom in thermal-collecting tube 15, heat collector is concatenated by being communicated with the mouth of pipe plug 5 of pipe 7, mouth of pipe plug 5
Flexible structure glue after mutually viscous, heatproof, solidification both being provided between the mouth of pipe wall of thermal-collecting tube 15, makes by the bonding force of structure glue
Mouth of pipe plug 5 and the thermal-arrest mouth of pipe are combined into one.When the water temperature in temp probe 10 in heat collector, at thermistor reaches boiling point
When, magnetic valve 2 is opened, and running water flows into from the water inlet pipe 4 of heat collector, and boiling water flows out from the outlet pipe 11 of heat collector, each thermal-arrest
Water in pipe 15 is in flow regime, and water quality can be made to keep fresh new and avoid water in thermal-collecting tube 15 for a long time, boil repeatedly;Pipe
The apopore 20 of mouth plug 5 and the delivery port of thermal-collecting tube 15;Electrical heating core that electric heating tube 9 is insulated by ectosome and bottom end closure
Stainless steel protection pipe forms, and the peak power that its power can be generated when being irradiated with thermal-collecting tube 15 by sunshine is identical, and it is collecting
Hot device position, be located at heat collector outlet pipe 11 similar in thermal-collecting tube 15, the quantity of set thermal-collecting tube is two to three, electricity plus
Hot core is in the bottom of thermal-collecting tube 15.
In Fig. 6 into Fig. 7, the shape of plug for vacuum bottle 12 is the superposition of a diametrically big, lower young waiter in a wineshop or an inn cylinder, and hollow,
Lower side is provided with that elasticity, band glue is convex, wide band-shaped silica gel annulus 26, and the internal diameter of silica gel annulus 26 is less than the outer of bottle stopper bottom 28
Footpath, it is tightly enclosed on the side of bottle stopper bottom 28;The side of bottle stopper top 24 and the bottom surface of bottom 28 are respectively provided with aperture identical
Inlet opening and apopore, external diameter is provided with hole it is more than the silica gel bottle in the aperture and fill in water pipe 23 and silica gel bottle stopper outlet pipe 25, its
Pipe end is respectively placed in outside side and bottom hole, and the outlet pipe 25 of adjacent bottle stopper is connected with water inlet pipe 23 by stainless steel connecting tube,
And in the silicone tube of bottom surface hole wall contact, fill in one section of external diameter and be more than silica gel bore, straight less than bottom surface inlet opening and apopore
The stainless steel tube in footpath, hole wall is set to reach water-tight, air tight with tube wall contact position, then in bottle stopper water inlet pipe 23 and bottle stopper outlet pipe
Above-mentioned stainless steel spring 21 is set in 25 silicone tube.
In fig. 8, temp probe 10, peripheral hardware stainless steel protection pipe 31, the bottom end closure of stainless steel protection pipe 31, built in bottom
Temperature-sensing element thermistor 32, thermistor 32 the location of in the thermal-collecting tube 15, according to the flow velocity of water in thermal-collecting tube and
The susceptibility of temp probe temperature-sensitive, and current consider in terms of inertia three being present after closed electromagnetic valve, particular location needs
Determine after tested, it is ensured that the water into vacuum flask is the boiling water through boiling.
In fig.9, the other end for the mozzle 6 that economizer bank 16 is connected with heat collector water inlet pipe 4 uses connecting silicone pipe 33
Connection, economizer bank 16 are formed by connecting by two stainless steel tubes isometrical with heat conducting pipe 6 by connecting silicone pipe 33;Economizer bank 16
Delivery port is located at the bottom of thermal-collecting tube 15;In the pipe of connecting silicone pipe 33 in space, if above-mentioned stainless steel spring 21.
In Fig. 10, current limiting tube 3 is that two ends are provided with the hose 37 for being flexibly connected nut 34 and flow-limiting nozzle 35 forms, current limliting
Tightly plug is intraoral in the water inlet end of hose 37 for mouth 35, and its nozzle aperture diameter determines according to tap water pressure, the current in flow-limiting nozzle 35
Direction is flowed into from nozzle aperture, is gone out from mouth wake flow.
In fig. 11, time switch 38 concatenates with light-operated switch 39, and the time that time switch 38 closes is generally located in the morning
Nine when afternoon four, disconnected within the period if any sunshine, light-operated switch 39, electrical heating core 40 does not generate heat, such as without the sun
Light, light-operated switch 39 close, and electrical heating core 40 generates heat.
Above-mentioned all each component materials quality contacted with water, which require, reaches food-grade.
Connection and correlation between each part, running water pipe 1 are connected with the water inlet end of magnetic valve 2, the water side of magnetic valve 2
One end of current limiting tube 3 with being plugged with flow-limiting nozzle is connected, and the other end of current limiting tube 3 is connected with heat collector water inlet pipe 4, heat collector water inlet
The other end of pipe 4 is connected with a mouth of pipe plug 5, and one end of heat collector outlet pipe 11 is connected with another mouth of pipe plug 5, heat collector water inlet pipe
4th, the mouth of pipe plug 5 where heat collector outlet pipe 11 and its between other mouth of pipe plugs 5 concatenated by communicating pipe 7, it is each after concatenation
Fill in that each thermal-collecting tube 15 is intraoral after the full-filling structure glue of mouth of pipe plug 5 respectively, the inlet opening 19 of each one end of mozzle 6 insertion mouth of pipe plug 5
It is interior, wherein the other end of the mozzle 6 to connect with heat collector water inlet pipe 4 is connected with economizer bank 16, heat collector outlet pipe 11 it is another
One end is connected with a plug for vacuum bottle 12, and each plug for vacuum bottle 12 is connected by connecting tube 27, and is filled in vacuum flask 13;Time control is opened
38 one end are closed to be connected with power supply one end, the other end of time switch 38 is connected with the one end of light-operated switch 39, light-operated switch 39 it is another
End is connected with the one end of electrical heating core 40, and the other end of electrical heating core 40 and the other end of power supply connect;Temp probe 10, temperature controller
18th, the coil of magnetic valve 2 is connected by wire.
Claims (4)
1. a kind of full automatic solar boiler, mainly by heat collector, heat collector water inlet pipe, heat collector outlet pipe, magnetic valve,
Current limiting tube, mozzle, economizer bank, mouth of pipe plug, communicating pipe, electric heating tube, plug for vacuum bottle, vacuum flask, temp probe, temperature controller,
Time switch, light-operated switch composition, wherein running water pipe is connected with magnetic valve water inlet end, and magnetic valve water side is with being plugged with flow-limiting nozzle
The connection of current limiting tube one end, the other end of current limiting tube is connected with heat collector water inlet pipe, and the other end of heat collector water inlet pipe and one is managed
Mouthful plug connection, one end of heat collector outlet pipe is connected with another mouth of pipe plug, mouth of pipe plug where heat collector water inlet pipe, outlet pipe and
Other mouth of pipe plugs between it are concatenated by communicating pipe, and each thermal-collecting tube is filled in respectively after each mouth of pipe plug full-filling structure glue after concatenation
It is intraoral;Magnetic valve, temperature controller, temp probe are connected by wire;It is characterized in that:Each mozzle one end is inserted and is fastened on
In the inlet opening of mouth of pipe plug, wherein, the other end for the mozzle that one end is connected with heat collector water inlet pipe is connected with economizer bank, is preheated
The delivery port of the delivery port of pipe and the mozzle in other thermal-collecting tubes is located at the bottom of thermal-collecting tube, economizer bank by more and
With heat conducting pipe is isometrical, pipe of homogeneity forms, between the pipe connection and the connection between economizer bank and mozzle use silicone tube, in silica gel
Stretchable stainless steel spring is provided with the pipe of pipe in space;It is identical with silica gel connection bore that each silica gel mouth of pipe plug is provided with aperture
Inlet opening and apopore, the apopore of adjacent silicone tube mouth plug and the hole face of inlet opening be provided with silica gel communicating pipe, communicating pipe
Apopore is directly connected with inlet opening, silica gel communicating pipe and heat collector water inlet pipe and water outlet pipe are molded together with silica gel mouth of pipe plug, and one
Body structure, silica gel communicating pipe and silica gel mouth of pipe plug composition mouth of pipe plug string, mouth of pipe plug string can bear thermal-arrest inner pipe water pressure, in mouth of pipe plug
In space in hole and in silica gel communicating pipe, provided with stretchable stainless steel spring;The electrical heating that electric heating tube is insulated by ectosome
Core and stainless steel protection pipe composition, the peak power that its power can be generated when being irradiated with thermal-collecting tube by sunshine is identical, its
Position in heat collector, be located at heat collector outlet pipe similar in thermal-collecting tube, the quantity of set thermal-collecting tube determines on demand, electricity plus
Hot core is in thermal-arrest bottom of the tube;The other end of heat collector outlet pipe is connected with a plug for vacuum bottle, and plug for vacuum bottle shape is on post footpath
Greatly, the superposition of a lower young waiter in a wineshop or an inn cylinder, and hollow, bottle stopper lower side are provided with that elasticity, band glue is convex, wide band-shaped silica gel annulus, circle
The internal diameter of ring is less than the external diameter of bottle stopper bottom, and it is tightly enclosed on the side of bottle stopper bottom, is not produced when tightly filling in insulation bottleneck
Raw to slide, bottle stopper upper side and bottom face are respectively provided with aperture identical inlet opening and apopore, are more than in hole provided with external diameter
The pipe end of the silica gel water inlet pipe and outlet pipe in the aperture, silica gel water inlet pipe and outlet pipe is placed in outside the hole of side and bottom surface, adjacent
The outlet pipe of bottle stopper is connected with water inlet pipe by stainless steel connecting tube, in addition, in the silicone tube of bottom face hole wall contact, plug
One section of external diameter is more than silica gel bore, the stainless steel tube less than aperture set by plug for vacuum bottle bottom surface, and empty in the pipe of silicone tube
Between in be provided with stainless steel spring;Current limiting tube is provided with the flexible pipe for being flexibly connected nut by two ends and flow-limiting nozzle forms, the tight-lipped plug of current limliting
Intraoral in the water inlet end of flexible pipe, the size of its nozzle aperture meets that thermal-collecting tube does not burst when running water is flowed into thermal-collecting tube, also not because of sense
Temperature probe temperature-sensitive needs the time and water velocity is too fast that the water do not opened is flowed into vacuum flask, and the water (flow) direction in flow-limiting nozzle is
Flowed into from nozzle aperture, mouth wake flow goes out;Thermistor in temp probe, with a certain distance from set position has from thermal-collecting tube delivery port, away from
From the far and near water for meeting outflow thermal-collecting tube must be the water that reaches boiling point, but be not for a long time, the water that boils repeatedly, specifically
Inertia three be present according to current after the flow velocity of water in thermal-collecting tube, the susceptibility of itself and protection pipe temperature-sensitive, closed electromagnetic valve in position
The individual adapted determination of aspect;Time switch one end is connected with power supply one end, and the time switch other end is connected with light-operated switch one end,
The other end of light-operated switch is connected with electrical heating core one end, and the other end of electrical heating core and the other end of power supply connect.
A kind of 2. full automatic solar boiler according to claim 1, it is characterised in that:Communicating pipe, economizer bank, guarantor
The silicone tube of warm bottle stopper is provided with stainless steel spring with tube wall split, or using communicating pipe, economizer bank, plug for vacuum bottle silicon
In sebific duct wall, the stainless steel spring with tube wall one, or other reinforcements are set.
A kind of 3. full automatic solar boiler according to claim 1, it is characterised in that:With heat collector water inlet pipe phase
The water outlet of mozzle even is ined succession economizer bank, and economizer bank is made up of more pipes, or is used using economizer bank together with mozzle
One root timber material first order buckling is molded.
A kind of 4. full automatic solar boiler according to claim 1, it is characterised in that:Thermal-collecting tube in heat collector
Longitudinal direction is tilting, or longitudinally perpendicular placement.
Priority Applications (1)
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CN201710308018.1A CN107421142A (en) | 2017-04-29 | 2017-04-29 | A kind of full automatic solar boiler |
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CN201710308018.1A CN107421142A (en) | 2017-04-29 | 2017-04-29 | A kind of full automatic solar boiler |
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CN107421142A true CN107421142A (en) | 2017-12-01 |
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CN201710308018.1A Pending CN107421142A (en) | 2017-04-29 | 2017-04-29 | A kind of full automatic solar boiler |
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Citations (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN2699195Y (en) * | 2004-02-09 | 2005-05-11 | 赵子正 | Automatic water in-taking out-letting device of solar water heater water storage tank |
CN201935439U (en) * | 2010-11-30 | 2011-08-17 | 浙江家得乐太阳能有限公司 | Pressure-bearing silica gel seal head |
CN103277905A (en) * | 2013-06-09 | 2013-09-04 | 金一诺 | Energy-saving, convenient and user-friendly solar water heater |
CN103277902A (en) * | 2013-03-28 | 2013-09-04 | 金一诺 | Improved device of solar energy collecting device without connecting-collection box |
CN103277909A (en) * | 2013-03-10 | 2013-09-04 | 金一诺 | Solar energy collection device for drinking water |
-
2017
- 2017-04-29 CN CN201710308018.1A patent/CN107421142A/en active Pending
Patent Citations (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN2699195Y (en) * | 2004-02-09 | 2005-05-11 | 赵子正 | Automatic water in-taking out-letting device of solar water heater water storage tank |
CN201935439U (en) * | 2010-11-30 | 2011-08-17 | 浙江家得乐太阳能有限公司 | Pressure-bearing silica gel seal head |
CN103277909A (en) * | 2013-03-10 | 2013-09-04 | 金一诺 | Solar energy collection device for drinking water |
CN103277902A (en) * | 2013-03-28 | 2013-09-04 | 金一诺 | Improved device of solar energy collecting device without connecting-collection box |
CN103277905A (en) * | 2013-06-09 | 2013-09-04 | 金一诺 | Energy-saving, convenient and user-friendly solar water heater |
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Application publication date: 20171201 |