CN207881524U - The anhydrous domestic radiator of safety - Google Patents
The anhydrous domestic radiator of safety Download PDFInfo
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- CN207881524U CN207881524U CN201721930275.0U CN201721930275U CN207881524U CN 207881524 U CN207881524 U CN 207881524U CN 201721930275 U CN201721930275 U CN 201721930275U CN 207881524 U CN207881524 U CN 207881524U
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- outer housing
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- wind turbine
- bellows
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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
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/14—Thermal energy storage
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Abstract
The anhydrous domestic radiator of safety, mechanical connection is passed through by outer housing 1, water inlet 2, water outlet 3, air intlet 4, air outlet slit 5, wind turbine 6, bellows 7, storage body 8, air sparger 9, air conducting body 10, circuit couples, pipeline connect and compose the anhydrous domestic radiator of safety.It applies in urban district heating system or space-heating system.Small, occupancy heating user room careat is small, and low pressure air-supply, air duct caliber is small, simple in structure, and raw material are extensive, and mass production manufacturing price is cheap, and blower motor is brushless direct current motor, and long working life is non-maintaining, economic and practical, and consumption electric energy is few.
Description
Technical field
Utility model of the present invention is related to a kind of building materials.
Background technology
Process of Urbanization Construction is in fast development at present.Severe cold area city residential construction object (building) commonly used heat dissipation
Device and geothermal heating equipment heat supply, other heating equipments, electrothermal heating, gas-heating, underground water warm, solar heating application
It is less.
Radiator (radiator) is that Heat Source in Heating System heating agent (hot water, hot steam) is pipelined to building
A kind of indoor one heat exchanger of thermal energy switch in (building) each heating user room.It can be divided into cast iron heat dissipation by material
Device, steel radiator, alloy heat-sink device and a small number of ceramic heat sinks and fiberglass radiator.It applies in low-temperature hot-water heating system
System is now widely used civil buildings heating equipment, and supply water temperature is 95 DEG C, and return water temperature is 70 DEG C.
Low temperature hot water floor radiation heating equipment (underground heat) is that crosslinked polyethylene hot-water line is laid in indoor room ground,
It applies and is not higher than 60 DEG C in supply water temperature, using hot water as the low-temperature hot water heat-supply system of heating agent.
The above heating equipment is useful in urban district heating system or urban area heating system, by thermal energy in thermal medium
Amount conduction is transformed into the civil building heating each indoor room of user to increase indoor air temperature, keeps certain air themperature.
Feature is that technology maturation raw material sources are extensive, can produce manufacture in enormous quantities, cheap, easy to install and use, and economy is suitable
With.
The problem is that occupying, careat increases radiator installation number greatly or GEOTHERMAL WATER Pipe installing quantity increases
Bigger serface.Less by heating user's room air free convection passive type heat transfer (conduction heat transfer, radiant heat transfer), heat passes
It is low to lead conversion radiating efficiency, it is poor to embody heating effect.When being run under heating system stable state, do not consider hot in pipe network
Loss, the heat supply of system is equal to the heat dissipation capacity of heating user's system radiating equipment, that is, when being equal to the thermic load of heating user, whole building
Between the inner user that each heats of building (building), the unit heating each room indoor temperature of user is unbalanced, is in particular in
Some room temperatures are high, and some room temperatures are low.Although taking heat meter, thermostat valve, balanced valve unbalanced to heating system
It is adjusted, but not from solving the problems, such as at all.
Since traditional heating modes are that pressure hot water flows in heating user room in the pipeline and radiator in each room,
There is safety problems for itself, and especially radiator thermal property is poor, is not sufficiently stable, and metal thermal intensity is low, and it is rotten to be easy to happen rust
Obstruction, security reliability are low.Although from technical aspect, in terms of material, constantly it is improved in terms of manufacturing process, annual winter supplies
Between warm period, leakage accident can frequent occurrence, and especially in people's time of having a rest night, heating equipment oozes suddenly without omen
Leakage, leakage, bursting accident, although low-temp low-pressure hot water, to the indoor the elderly in heating user room, children, disability patient
It can cause personal injury and unexpected emotional distress.The valuables of unmanned indoor storage are damaged, to the room after finishing
It damages, while causing any property loss to user, regular a large amount of leaks can damage building (building).
Currently, although industrial and mining enterprises, large-scale quotient, which surpass, generally uses hot wind machine equipment heating, due to manufacture complexity, body
Product is big, expensive, and the consumption energy is more, needs power source special, heat source (boiler) heat supply, therefore is not suitable for civil heating equipment and answers
With.In addition, high efficiency fuse salt thermal storage equipment is in winter during heat supply to meet heating demand, in big power station's thermoelectricity unit
Peak regulation, is widely applied in solar wind-energy generation of electricity by new energy engineering and high-power industrial heat storage electric boiler, combustion gas,
There is device fabrication complexity in the heat accumulation equipment of the water, steam, solid or the phase-change material that are used in oil burning boiler, volume is big,
Cost is high and is difficult to apply in civil heating heat dissipation equipment.
Invention content
Utility model of the present invention anhydrous domestic radiator safely.In conjunction with attached drawing 1, the anhydrous domestic radiator of the safety solves it
Technical solution used by technical problem is：By outer housing 1, water inlet 2, water outlet 3, air intlet 4, air outlet slit 5, wind turbine
6, by mechanical connection, circuit couples, pipeline connects and composes for bellows 7, storage body 8, air sparger 9, air conducting body 10
The anhydrous domestic radiator of safety, it is characterized in that：Outer housing 1 is border seal cylinder, cone top, conical bottom, in top
The heart has air inlet to connect sealing with 6 gas outlet of wind turbine, and 6 air inlet of wind turbine connect sealing, bottom centre and air with air intlet 4
There are a water inlet 2 in 5 connection sealing of outlet, 1 top side of outer housing, and there is a water outlet 3 in the other side, and bellows 7 is general bellows, and one
The rising of spiraling in the direction of the clock from bottom to top of the complete bellows of branch is placed in 1 internal upper part of outer housing, bellows upper outlet with
Water outlet 3 is connected to be sealed with outer housing 1, and bellows lower part outlet is connect with water inlet 2 to be sealed with outer housing 1, and wind turbine 6 is general
Wind turbine is placed in the top of outer housing 1, and it is respectively metallic object and ceramic body that storage body 8, which is numerous spherical materials, and each 50%, mixing point
Layer is placed in lower part in outer housing 1, and air sparger 9 is conical thin slice, empty by the equidistant evenly distributed numerous circular holes of radioactive ray
Conductance fluid 10 is fusiformis cylinder, is equally spaced more rectangle deflector thin slices by axis direction circumference, is placed in shell
1 internal upper part center of body.
Air intlet 4 is connect with each room return air duct of Heating Room by pipeline, by air outlet slit 5 and is supplied by pipeline
Water inlet 2, is connect by each room air supply duct connection by pipeline with public heating system water inlet line between greenhouse, will by pipeline
Water outlet 3 is connect with public heating system water return pipeline, is connect wind turbine 6 with unit power supply system by circuit.
Advantageous effect
The present invention anhydrous domestic radiator safely is sent into heating user room room from conventional pressure hot water or pressure hot steam
Interior circulation cooling heat exchange method changes into heat exchange outside heating user room room, and hot-air is sent into heating user room room and is followed
Ring heat dissipation heat exchange method.High safety and reliability adapts to the elderly, children, disability patient heating user's indoor room application.It is suitable
Answer the indoor room application after unmanned nurse storage valuables, the application of property indoor room and finishing.It is suitble to kindergarten, it is small
School, hospital, small-sized quotient is super, the application of storehouse public place.
When public heating system heating load is equal to heating user's heat dissipation equipment thermic load, each room in user room of heating
Air themperature heating is rapid, and each room indoor air temperature is artificial adjustable controllable, eliminates each unit heating of whole building building
Between user, each room air temperature is unbalanced in unit heating user room.
Utility model of the present invention anhydrous domestic radiator safely, is applied in urban district heating system or space-heating system
In.Small, occupancy heating user room careat is small, and low pressure air-supply, air duct caliber is small, simple in structure, and raw material are extensive,
Mass production manufacturing price is cheap, and blower motor is brushless direct current motor, and long working life is non-maintaining, economic and practical, disappears
Consuming electric power is few.
Description of the drawings
Fig. 1 is the anhydrous domestic radiator structure principle chart of safety.
Fig. 2 is sectional view along A-A in the anhydrous domestic radiator Fig. 1 of safety.
Fig. 3 is anhydrous hollow 10 structure principle charts of conductance fluid of domestic radiator Fig. 2 of safety.
Fig. 4 be in the anhydrous domestic radiator Fig. 1 of safety air sparger 9B-B to expanded schematic diagram.
Fig. 5 is the anhydrous domestic radiator embodiment 1 of safety, installs distribution schematic diagram.
Specific implementation mode
Air intlet 4 is connect with each room return air duct of Heating Room by pipeline, by air outlet slit 5 and is supplied by pipeline
Water inlet 2, is connect by each room air supply duct connection by pipeline with public heating system water inlet line between greenhouse, will by pipeline
Water outlet 3 is connect with public heating system water return pipeline, is connect wind turbine 6 with unit power supply system by circuit.
Embodiment 1, the anhydrous domestic radiator of safety are mounted on construction area 91m2Actually use area 69m2, two room two halls,
One kitchen, one defends, in a balcony unit residential houses.Radiator is placed in kitchen close to public hot duct house lead in position, air-supply
Pipeline is placed in near-earth position, and it is 12000w to be sent into heat dissipation capacity to master bedroom, secondary bedroom, dining room, parlor, kitchen respectively, is passed through
It is adjustable warm to be sent into variable alternating temperature into each room room for hand valve in the heating autonomous manual control rotation speed of fan of user and each room room
Wind.Return air duct is placed in each room indoor top.Wind turbine is centrifugal fan, and motor is brushless direct-current variable-speed motor
(BLDCM), power 60w, per consumption electric energy 1 degree (kw/h) round the clock, a Heating Period consumes 150 degree of electric energy.
Claims (1)
1. the anhydrous domestic radiator of safety, by outer housing (1), water inlet (2), water outlet (3), air intlet (4), air outlet slit
(5), wind turbine (6), bellows (7), storage body (8), air sparger (9), air conducting body (10) pass through mechanical connection, circuit
It is coupled, pipeline connects and composes the anhydrous domestic radiator of safety, it is characterized in that：Outer housing (1) is border seal cylinder, cone
Top, conical bottom, top center have air inlet to connect sealing, wind turbine (6) air inlet and air intlet with wind turbine (6) gas outlet
(4) connection sealing, bottom centre connect sealing with air outlet slit (5), and there are water inlet (2), the other side in outer housing (1) top side
There is a water outlet (3), bellows (7) is general bellows, and a complete bellows spirals rising in the direction of the clock from bottom to top
It is placed in outer housing (1) internal upper part, bellows upper outlet is connect with water outlet (3) to be sealed with outer housing (1), bellows lower part
Outlet is connect with water inlet (2) to be sealed with outer housing (1), and wind turbine (6) is that general wind turbine is placed at the top of outer housing (1), storage heat
It is respectively metallic object and ceramic body that body (8), which is numerous spherical materials, and each 50%, mixing layering is placed in outer housing (1) interior lower part,
Air sparger (9) is conical thin slice, and by the equidistant evenly distributed numerous circular holes of radioactive ray, air conducting body (10) is justified for fusiformis
Cylinder is equally spaced more rectangle deflector thin slices by axis direction circumference, is placed in outer housing (1) internal upper part centre bit
It sets, is connect air intlet (4) with each room return air duct of Heating Room by pipeline, by air outlet slit (5) and supplied by pipeline
Water inlet (2), is connect with public heating system water inlet line by pipeline, passes through pipeline by each room air supply duct connection between greenhouse
Water outlet (3) is connect with public heating system water return pipeline, is connect wind turbine (6) with unit power supply system by circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721930275.0U CN207881524U (en) | 2017-12-30 | 2017-12-30 | The anhydrous domestic radiator of safety |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721930275.0U CN207881524U (en) | 2017-12-30 | 2017-12-30 | The anhydrous domestic radiator of safety |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207881524U true CN207881524U (en) | 2018-09-18 |
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ID=63505528
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721930275.0U Active CN207881524U (en) | 2017-12-30 | 2017-12-30 | The anhydrous domestic radiator of safety |
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| Country | Link |
|---|---|
| CN (1) | CN207881524U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107990760A (en) * | 2017-12-30 | 2018-05-04 | 肖英佳 | The anhydrous domestic radiator of safety |
-
2017
- 2017-12-30 CN CN201721930275.0U patent/CN207881524U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107990760A (en) * | 2017-12-30 | 2018-05-04 | 肖英佳 | The anhydrous domestic radiator of safety |
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