CN203980654U - A kind of non-equilibrium finned electric hot plate of rich font and intensification damping device - Google Patents
A kind of non-equilibrium finned electric hot plate of rich font and intensification damping device Download PDFInfo
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- CN203980654U CN203980654U CN201420023999.7U CN201420023999U CN203980654U CN 203980654 U CN203980654 U CN 203980654U CN 201420023999 U CN201420023999 U CN 201420023999U CN 203980654 U CN203980654 U CN 203980654U
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Abstract
The utility model provides a kind of rich font non-equilibrium finned electric hot plate, comprise the substrate that is cast with snakelike electrothermal tube in, substrate both sides are cast with respectively air heat fin and evaporation fin, on the front end of substrate, extend the dividing plate being provided with for isolating main bodies plenum area and water smoke evaporating area, on the left and right sides of evaporation fin, be provided with evaporation shield, evaporation fin is thinner and high.The utility model also provides a kind of intensification damping device, comprises that two ends are provided with the lagging casing of inlet scoop and exhaust outlet, and self-priming air port starts, and order arranges centrifugal blower, nozzle, the non-equilibrium finned electric hot plate of rich font, gas vapour mixed zone.The non-equilibrium finned electric hot plate of the rich font of one and intensification damping device that the utility model provides, realized heat temperature raising dry with feed-water flashing humidification between the pattern of independent operating or parallel running, and ensured the effect of main body plenum area Non-scale, water smoke evaporating area heat shock scale removal.
Description
Technical field
The utility model relates to the design field of electric hot plate, relates in particular to the non-equilibrium finned electric hot plate of a kind of rich font and intensification damping device.
Background technology
For reach the time in winter in our activity space not only to atmosphere temperature rising but also moist, people's utility model multiple intensification damping device.For example:
Supersonic humidifier, by the ultrasonic wave higher-order of oscillation, generates a large amount of tiny water fog particles, in sprinkling and air by aqueous water;
Steam generator, is heated into water vapour by aqueous water, injects air;
High enthalpy is bathed precious, adopts warm and humid parallel heating means in toilet, and the metallic heating body with radiating fin is ventilated, sprayed water, and both heats up to air heat, adds vapour humidification again to air.
But we enjoy warm and moistening time in the winter time, all can suffer from the puzzlement of incrustation scale:
1. after supersonic humidifier long-play, spraying into the evaporation of absorbing heat from air of indoor water smoke becomes water vapour and has improved the humidity of air, but incrustation scale is stayed on furniture and clothing, and Here it is " annoying white powder " that northern family often says.
2. after steam generator long-play, can accumulate a large amount of incrustation scales at water tank inner casing, electrothermal tube surface, steam (vapor) outlet, the continuous cumulative rises of these incrustation scales, affect electrothermal tube and conduct heat; After part incrustation scale peels off, when residual water in steam generator discharge water tank, flow into sewer, often cause again impeded drainage and even block.
3. high enthalpy is bathed treasured, and the metallic heating body with radiating fin is ventilated, sprayed water, and both heats up to air heat, adds vapour humidification again to air; After long-play, on the radiating fin of metallic heating body, accumulate incrustation scale, although can eliminate incrustation scale by the quick heat shock method of " heating--cooling--heating--is cooling ", cannot all remove the heat release ability thereby reduction water smoke evaporation efficiency is particularly ventilated.
Utility model content
The utility model provides a kind of rich font non-equilibrium finned electric hot plate, the housing that is arranged at an intensification damping device is interior for adding hot-air and water smoke acquisition hot-air and water vapour, it is characterized in that, the non-equilibrium finned electric hot plate of this rich font comprises a substrate, in described substrate, be provided with electrothermal tube, on the both sides of described substrate, be cast with high rib fin, the high rib fin of described substrate one side is air heat fin, and the high rib fin of described substrate opposite side is evaporation fin; Wherein,
Between described air heat fin and described housing, form main body plenum area, for obtaining hot-air;
Between described evaporation fin and described housing, form water smoke evaporating area, for obtaining water vapour;
On the front end of described substrate, extend and be provided with dividing plate, for isolating described main body plenum area and described water smoke evaporating area, make described main body plenum area and described water smoke evaporating area separate;
The left and right sides of described evaporation fin is provided with evaporation shield.
In some embodiment, the closeness of described evaporation fin is less than the closeness of described air heat fin.
In some embodiment, the height of described evaporation fin is greater than the height of described air heat fin, and the thickness of described evaporation fin is less than the thickness of described air heat fin.
In some embodiment, described evaporation fin entirety front end is the circular arc of indent.
In some embodiment, described electrothermal tube is snakelike and is cast in described substrate.
The utility model also provides a kind of intensification damping device, this intensification damping device comprises a lagging casing, in described lagging casing, form the accommodation space of a generation heat and transferring heat, on this accommodation space, be provided with inlet scoop and exhaust outlet, from described inlet scoop, order arranges centrifugal blower, nozzle, the non-equilibrium finned electric hot plate of rich font, gas vapour mixed zone; Wherein,
Described centrifugal blower is arranged at described inlet scoop place;
The non-equilibrium finned electric hot plate of described rich font is arranged in described lagging casing, comprise a substrate, in described substrate, be provided with electrothermal tube, on the both sides up and down of described substrate, be cast with high rib fin, the high rib fin of described substrate upside is air heat fin, and the high rib fin of described substrate downside is evaporation fin; Between described air heat fin and described lagging casing, form main body plenum area, between described evaporation fin and described housing, form water smoke evaporating area, separate between described main body plenum area and described water smoke evaporating area; On the front end of described substrate, extend and be provided with dividing plate, for isolating described main body plenum area and described water smoke evaporating area, make described main body plenum area and described water smoke evaporating area separate; The left and right sides of described evaporation fin is provided with evaporation shield;
Described nozzle is connected with running water pipe, and before described nozzle is positioned at described water smoke evaporating area, the opening of described nozzle points to the passage at described evaporation fin place;
Described electrothermal tube energising heating, the air sucking from described centrifugal blower blows to the non-equilibrium finned electric hot plate of described rich font, and described nozzle sprays water smoke in described water smoke evaporating area; After the air heat of the main body of flowing through plenum area, become hot-air and enter gas vapour mixed zone; In described water smoke evaporating area, evaporation obtains water vapour to the water smoke of described nozzle ejection, enters gas vapour mixed zone under the promotion of air; After described hot-air mixes in described gas vapour mixed zone with described water vapour, by described exhaust outlet, place discharges.
In some embodiment, the closeness of described evaporation fin is less than the closeness of described air heat fin.
In some embodiment, the height of described evaporation fin is greater than the height of described air heat fin, and the thickness of described evaporation fin is less than the thickness of described air heat fin.
In some embodiment, described evaporation fin entirety front end is the circular arc of indent.
In some embodiment, described electrothermal tube is snakelike and is cast in described substrate.
In some embodiment, described nozzle is fan nozzle.
This,, owing to adopting above technical scheme, makes it compared with prior art, and the advantage having and good effect are:
(1) the utility model is in the time that electric heating system moves, " heat delivery surface " of ventilation heat release and " evaporating surface " of feedwater atomization and vaporization heat release are provided, and water smoke evaporation is limited in to part fin region, make whole fins of electric hot plate be divided into the large relatively independent region in main body plenum area and water smoke evaporating area two; The high enthalpy heating mode of two kinds of air of " heat temperature raising is dry " independent operating, " feed-water flashing humidification " and " heat temperature raising is dry " parallel running is provided, realizes 2 kinds of functional objectives of air " heat temperature raising is dry " and " intensification humidification is parallel ";
(2) the utility model effectively stops water smoke to seal in main body plenum area, thereby ensures on the fin of main body plenum area, there is no water smoke evaporation, there is no incrustation scale, overcomes and even eliminates the thermal resistance of incrustation scale in ventilation heat release; Ensure that ventilation heat release ability is unattenuated;
(3) the utility model, by the non-equilibrium design of electric hot plate both sides fin, is coordinated ventilation heat release and the ability proportioning of evaporating heat release, makes it to meet user's intensification and humidification requirement; Concrete.Reduce nozzle confluent and reduce water smoke evaporability, just improved foundry goods bulk temperature, also just improved ventilation heat release ability; Improve nozzle confluent and improve water smoke evaporability, just reduced foundry goods bulk temperature, also just reduced ventilation heat release ability;
(4) the utility model is rich in the structure optimization of evaporating area fin depth-width ratio, amplify the heat shock scale removal ability of " heating--cooling--heating--is cooling ", after operation a period of time, the incrustation scale situation (fouling area and thickness etc.) of steady-state evaporation district fin surface, ensure the removal of follow-up newly-increased incrustation scale, do not expand thereby effectively control scale resistance, keep water smoke evaporability stable of evaporating area.
Brief description of the drawings
By reference to the accompanying drawings, by the detailed description of stating below, can more clearly understand this above-mentioned and other feature and advantage, wherein:
The perspective view one of the non-equilibrium finned electric hot plate of rich font that Fig. 1 provides for the utility model;
The perspective view two of the non-equilibrium finned electric hot plate of rich font that Fig. 2 provides for the utility model;
The side view of the non-equilibrium finned electric hot plate of rich font that Fig. 3 provides for the utility model;
The top view of the non-equilibrium finned electric hot plate of rich font that Fig. 4 provides for the utility model;
The upward view of the non-equilibrium finned electric hot plate of rich font that Fig. 5 provides for the utility model;
The front view of the intensification damping device that Fig. 6 provides for the utility model;
The top view of the intensification damping device that Fig. 7 provides for the utility model.
Symbol description:
1-substrate
2-electrothermal tube
3-air heat fin
4-evaporates fin
5-main body plenum area
6-water smoke evaporating area
7-dividing plate
8-evaporation shield
01-inlet scoop
02-air-inlet cavity
03-centrifugal blower
04-nozzle
The non-equilibrium finned electric hot plate of the rich font of 05-
06-air outlet
07-lagging casing
08-main body plenum area
09-water smoke evaporating area
Detailed description of the invention
Referring to the accompanying drawing that the present embodiment is shown, this below will be described in more detail.But, originally can be with many multi-form realizations, and should not be construed as the restriction of the embodiment being subject in this proposition.On the contrary, it is abundant and complete open in order to reach proposing these embodiment, and makes those skilled in the art understand this scope completely.In these accompanying drawings, for clarity sake, may amplify size and the relative size in layer and region.
Shown in figure 1-5, originally provide a kind of rich font non-equilibrium finned electric hot plate, as the core component of the electric heating system for atmosphere temperature rising humidification, the housing that is arranged at intensification damping device is interior for adding hot-air and water smoke acquisition hot-air and water vapour.
The non-equilibrium finned electric hot plate of this rich font comprises a substrate 1, and electrothermal tube 2 is set in substrate, is cast with high rib fin on the both sides of substrate.Wherein, electrothermal tube 2 is snakelike and is distributed in substrate, and the distribution of electrothermal tube 2 can design as the case may be certainly, is not restricted herein.The high rib fin of substrate 1 one sides is air heat fin 3, and the high rib fin of substrate 1 opposite side is evaporation fin 4, and air heat fin 3 is positioned at the upside of substrate 1, and evaporation fin 4 is positioned at the downside of substrate 1.The non-equilibrium finned electric heating of this rich font is arranged in the housing of intensification damping device, between air heat fin 3 and housing, form main body plenum area 5, between evaporation fin 4 and housing, form water smoke evaporating area 6, air is by the rear acquisition hot-air of air heat fin 3, and water mist spray is evaporated acquisition water vapour to evaporation fin 4.
With reference to figure 1, on substrate front end face, extend and be provided with dividing plate 7, dividing plate 7 is for isolating main bodies plenum area 5 and water smoke evaporating area 6, prevents from that water smoke in water smoke evaporating area 6 from entering in main body plenum area 5 to make to produce incrustation scale on air heat fin.With reference to figure 2, on the left and right sides of evaporation fin 4, be provided with evaporation shield 8, and evaporation shield 8 extends on dividing plate 7, the use of evaporation shield 8 is further limited to water smoke evaporation in water smoke evaporating area 6.The utility model is by the combination of dividing plate 7 and evaporation shield 8, make the whole high rib fin on substrate 1 be divided into the large relatively independent region in main body plenum area and water smoke evaporating area two, thereby " heat temperature raising is dry " independent operating, " feed-water flashing humidification " two kinds of air high enthalpy heating mode with " heat temperature raising is dry " parallel running is provided, has realized 2 kinds of functional objectives of air " heat temperature raising is dry " and " intensification humidification walks abreast "; Also effectively stop in addition water smoke to seal in main body plenum area 5, thereby do not had water smoke to evaporate, there is no incrustation scale on the air heat fin 3 of guarantee main body plenum area 5, overcome and even eliminate the thermal resistance of incrustation scale in ventilation heat release, ensured that ventilation heat release ability is unattenuated.
With reference to figure 3-5, air heat fin 3 distributes comparatively intensive, is convenient to the Fast Heating of air; The distribution of evaporation fin 4 is comparatively sparse, and the thickness of evaporation fin 4 is compared with air heat fin 3 thinner, highly larger.Water mist spray, on evaporation fin 4, often causes and on fin, has incrustation scale, and the utility model utilization evaporation fin produces heat shock in heating, cooling process; When evaporation fin 4 after electrothermal tube energising heats, in the time that water mist spray is on evaporation fin, make to evaporate fin 4 and occur the cooling of a moment, make to evaporate fin 4 heat shock occurs, thereby the incrustation scale evaporating on fin 4 is peeled off, play the effect of scale removal; And large on, height thinner because gap between evaporation fin is large, on thickness, by the structure optimization of evaporating area fin depth-width ratio, amplify the heat shock scale removal ability of " heating--cooling--heating--is cooling ", after operation a period of time, the incrustation scale situation (fouling area and thickness etc.) of steady-state evaporation district fin surface, ensure the removal of follow-up newly-increased incrustation scale, do not expand thereby effectively control scale resistance, keep water smoke evaporability stable of evaporating area.
In the present embodiment, as shown in Figure 4, the front end entirety of evaporation fin 4 is the circular-arc of indent, in the concrete process using of the utility model, generally select fan nozzle to spray water on evaporation fin 4, in the present embodiment, evaporate the indent being on one end that fin 4 is relative with nozzle with the circular arc water smoke form fit of fan nozzle ejection circular-arc, thereby ensured that water mist spray is even.
The operation principle of the non-equilibrium finned electric hot plate of rich font is as follows:
After electrothermal tube energising, electric energy dress is changed to high level heat, by air heat fin 3, heat energy is discharged to the air to the main body plenum area 5 of flowing through on the one hand, make air heat, intensification, dry, discharge thereby obtain hot-air; By evaporation fin 4, heat energy is discharged to the water smoke that is sprayed at water smoke evaporating area 6 on the other hand, make water smoke evaporation obtain water vapour and discharge.In addition, main body plenum area 5 isolates mutually with water smoke evaporating area 6, and main body plenum area 5 there will not be incrustation scale; The incrustation scale that water smoke evaporating area 6 produces, the heat shock of " heating--cooling--heating--the is cooling " generation by evaporation fin 4, carries out scale removal.
The non-equilibrium finned electric hot plate of the rich font of one that the utility model provides, isolates main body plenum area and water smoke evaporating area mutually by dividing plate and baffle plate, has avoided main body plenum area to occur incrustation scale.Meanwhile, evaporate the depth-width ratio structure of fin by optimization, amplify heat shock scale removal ability, make the utility model features high scale-removing effect, solved the attenuation problem of the ventilation heat release ability causing due to incrustation scale in prior art, thus the service life of having improved electric hot plate.
The utility model also provides a kind of intensification damping device, for humidification that the environment such as toilet are heated up.With reference to figure 6-7, this intensification damping device comprises unified lagging casing, in this lagging casing, form the accommodation space of a generation heat and transferring heat, on this accommodation space, be provided with inlet scoop 01 and exhaust outlet 06, from described inlet scoop 01, order arranges air-inlet cavity 02, centrifugal blower 03, nozzle 04, the non-equilibrium finned electric hot plate 05 of rich font, gas vapour mixed zone.
Specifically, inlet scoop 01 and exhaust outlet 06 are a through hole and are arranged on lagging casing, and centrifugal blower 03 is arranged at 01 place, inlet scoop, the non-equilibrium finned electric hot plate 05 of the rich font of air flow sucking by centrifugal blower 03 self-priming air port 01 and air-inlet cavity 02.Wherein, the non-equilibrium finned electric hot plate 05 of rich font is arranged in lagging casing 07, between non-equilibrium finned electric hot plate 05 1 sides of rich font and lagging casing 07, form main body plenum area 08, between non-equilibrium finned electric hot plate 05 opposite side of rich font and lagging casing 07, form water smoke evaporating area 09.
In the present embodiment, the non-equilibrium finned electric hot plate 05 of rich font comprises a substrate, and electrothermal tube is set in substrate, is cast with high rib fin on the both sides of substrate, and substrate one side is air heat fin, and substrate opposite side is evaporation fin; On substrate one end relative with circulation of air direction, extend and be provided with dividing plate, dividing plate, for isolating main bodies plenum area and water smoke evaporating area, makes from separate between main body plenum area and water smoke evaporating area; Evaporation is provided with evaporation shield on the fin left and right sides, further limits water smoke evaporating area.Describe about other features of the non-equilibrium finned electric hot plate of rich font, with reference to the above, repeat no more herein.
In the present embodiment, nozzle 04 is fan nozzle, before fan nozzle is arranged at water smoke evaporating area, and is positioned at the front of evaporating fin.Fan nozzle is connected with running water pipe, and the opening of fan nozzle points to the passage of downside evaporation fin and lagging casing composition.
In the present embodiment, by the non-equilibrium finned electric hot plate 05 of the rich font of air flow of centrifugal blower 03 inspiration, the air of the main body of flowing through plenum area 08 obtains thermal air current air inlet vapour mixed zone after heating via air heat fin.The flow through air of water smoke evaporating area 09, carries the spray stream of fan nozzle ejection to evaporation fin, after the heating of evaporation fin, obtains water vapour, and steam flows into gas vapour mixed zone under the promotion of air.Gas vapour mixed zone is arranged at exhaust outlet 06 place, and hot-air and water vapour mix in gas vapour mixed zone, become entered by exhaust outlet 06 after hot and humid air indoor, thereby the interior space is played to the effect of intensification humidification.
The one intensification damping device that the utility model provides has following technique effect:
1, while operation in the time of the non-equilibrium finned electric heating energising operation of rich font, " heat delivery surface " of ventilation heat release and " evaporating surface " of feedwater atomization and vaporization heat release are provided, and water smoke evaporation is limited in to part fin region, make whole fins of electric hot plate be divided into the large relatively independent region in main body plenum area and water smoke evaporating area two; The high enthalpy heating mode of two kinds of air of " heat temperature raising is dry " independent operating, " feed-water flashing humidification " and " heat temperature raising is dry " parallel running is provided, realizes 2 kinds of functional objectives of toilet air " heat temperature raising is dry " and " intensification humidification is parallel ";
2, effectively stop water smoke to seal in main body plenum area, thereby ensure on the fin of main body plenum area, there is no water smoke evaporation, there is no incrustation scale, overcome and even eliminate the thermal resistance of incrustation scale in ventilation heat release; Ensure that ventilation heat release ability is unattenuated;
3, by the non-equilibrium design of electric hot plate both sides fin, coordinate ventilation heat release and the ability proportioning of evaporating heat release, make it to meet user's intensification and humidification requirement; Concrete, reduce nozzle confluent and reduce water smoke evaporability, just improve foundry goods bulk temperature, also just improve ventilation heat release ability; Improve nozzle confluent and improve water smoke evaporability, just reduced foundry goods bulk temperature, also just reduced ventilation heat release ability;
4, by the structure optimization of evaporating area fin depth-width ratio, amplify the heat shock scale removal ability of " heating--cooling--heating--is cooling ", after operation a period of time, the incrustation scale situation (fouling area and thickness etc.) of steady-state evaporation district fin surface, ensure the removal of follow-up newly-increased incrustation scale, do not expand thereby effectively control scale resistance, keep water smoke evaporability stable of evaporating area.
In sum, originally provide a kind of rich font non-equilibrium finned electric hot plate, adopt little specific heat capacity metal material, comprise a substrate, be cast with snakelike electrothermal tube in substrate, substrate upper and lower sides is cast with respectively air heat fin and evaporation fin, on the front end of substrate, extend and be provided with dividing plate, for main body plenum area and the evaporation water smoke evaporating area, fin place at air-isolation heating fin place, on the left and right sides of evaporation fin, be also provided with evaporation shield, wherein evaporate fin thinner and high.The utility model also provides a kind of intensification damping device, comprises lagging casing, and lagging casing two ends are provided with inlet scoop and exhaust outlet, and self-priming air port starts, and order arranges centrifugal blower, nozzle, the non-equilibrium finned electric hot plate of rich font, gas vapour mixed zone.The non-equilibrium finned electric hot plate of the rich font of one and intensification damping device that the utility model provides, realized heat temperature raising dry with feed-water flashing humidification between the pattern of independent operating or parallel running, and ensured the effect of main body plenum area Bilge, water smoke evaporating area heat shock scale removal.
Those skilled in the art should be understood that the spirit or scope that originally can not depart from many other concrete forms realizations this.Although also described this embodiment, should understand this and should not be restricted to these embodiment, within these spirit and scope that those skilled in the art can define as appended claims, make and changing and amendment.
Claims (11)
1. the non-equilibrium finned electric hot plate of rich font, be arranged in the housing of an intensification damping device, be used for adding hot-air and water smoke to obtain hot-air and water vapour, it is characterized in that, the non-equilibrium finned electric hot plate of this rich font comprises a substrate, in described substrate, is provided with electrothermal tube, is cast with high rib fin on the both sides of described substrate, the high rib fin of described substrate one side is air heat fin, and the high rib fin of described substrate opposite side is evaporation fin; Wherein,
Between described air heat fin and described housing, form main body plenum area, for obtaining hot-air;
Between described evaporation fin and described housing, form water smoke evaporating area, for obtaining water vapour;
On the front end of described substrate, extend and be provided with dividing plate, for isolating described main body plenum area and described water smoke evaporating area, make described main body plenum area and described water smoke evaporating area separate;
The left and right sides of described evaporation fin is provided with evaporation shield.
2. the non-equilibrium finned electric hot plate of rich font according to claim 1, is characterized in that, the closeness of described evaporation fin is less than the closeness of described air heat fin.
3. the non-equilibrium finned electric hot plate of rich font according to claim 1 and 2, is characterized in that, the height of described evaporation fin is greater than the height of described air heat fin, and the thickness of described evaporation fin is less than the thickness of described air heat fin.
4. the non-equilibrium finned electric hot plate of rich font according to claim 1, is characterized in that, described evaporation fin entirety front end is the circular arc of indent.
5. the non-equilibrium finned electric hot plate of rich font according to claim 1, is characterized in that, described electrothermal tube is snakelike and is cast in described substrate.
6. an intensification damping device, it is characterized in that, this intensification damping device comprises a lagging casing, in described lagging casing, form the accommodation space of a generation heat and transferring heat, on this accommodation space, be provided with inlet scoop and exhaust outlet, from described inlet scoop, order arranges centrifugal blower, nozzle, the non-equilibrium finned electric hot plate of rich font, gas vapour mixed zone; Wherein,
Described centrifugal blower is arranged at described inlet scoop place;
The non-equilibrium finned electric hot plate of described rich font is arranged in described lagging casing, comprise a substrate, in described substrate, be provided with electrothermal tube, on the both sides up and down of described substrate, be cast with high rib fin, the high rib fin of described substrate upside is air heat fin, and the high rib fin of described substrate downside is evaporation fin; Between described air heat fin and described lagging casing, form main body plenum area, between described evaporation fin and described lagging casing, form water smoke evaporating area, separate between described main body plenum area and described water smoke evaporating area; On the front end of described substrate, extend and be provided with dividing plate, for isolating described main body plenum area and described water smoke evaporating area, make described main body plenum area and described water smoke evaporating area separate; The left and right sides of described evaporation fin is provided with evaporation shield;
Described nozzle is connected with running water pipe, and before described nozzle is positioned at described water smoke evaporating area, the opening of described nozzle points to the passage at described evaporation fin place;
Described electrothermal tube energising heating, the air sucking from described centrifugal blower blows to the non-equilibrium finned electric hot plate of described rich font, and described nozzle sprays water smoke in described water smoke evaporating area; After the air heat of the main body of flowing through plenum area, obtain hot-air and enter gas vapour mixed zone; The water smoke of described nozzle ejection obtains water vapour in the heat absorption evaporation of described water smoke evaporating area, enters gas vapour mixed zone under the promotion of air; After described hot-air mixes in described gas vapour mixed zone with described water vapour, by described exhaust outlet, place discharges.
7. intensification damping device according to claim 6, is characterized in that, the closeness of described evaporation fin is less than the closeness of described air heat fin.
8. intensification damping device according to claim 6, is characterized in that, the height of described evaporation fin is greater than the height of described air heat fin, and the thickness of described evaporation fin is less than the thickness of described air heat fin.
9. intensification damping device according to claim 6, is characterized in that, described evaporation fin entirety front end is the circular arc of indent.
10. intensification damping device according to claim 6, is characterized in that, described electrothermal tube is snakelike and is cast in described substrate.
11. intensification damping devices according to claim 6, is characterized in that, described nozzle is fan nozzle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420023999.7U CN203980654U (en) | 2014-01-15 | 2014-01-15 | A kind of non-equilibrium finned electric hot plate of rich font and intensification damping device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420023999.7U CN203980654U (en) | 2014-01-15 | 2014-01-15 | A kind of non-equilibrium finned electric hot plate of rich font and intensification damping device |
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| CN203980654U true CN203980654U (en) | 2014-12-03 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103791621A (en) * | 2014-01-15 | 2014-05-14 | 上海伯涵热能科技有限公司 | Electric heating plate with unbalanced fins shaped like Chinese character 'feng' and heating and humidification device |
-
2014
- 2014-01-15 CN CN201420023999.7U patent/CN203980654U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103791621A (en) * | 2014-01-15 | 2014-05-14 | 上海伯涵热能科技有限公司 | Electric heating plate with unbalanced fins shaped like Chinese character 'feng' and heating and humidification device |
| CN103791621B (en) * | 2014-01-15 | 2017-05-10 | 浙江鼎美智装股份有限公司 | Electric heating plate with unbalanced fins shaped like Chinese character 'feng' and heating and humidification device |
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