CN201327140Y

CN201327140Y - Refrigerating and energy-storing cooling fan

Info

Publication number: CN201327140Y
Application number: CNU2008202063325U
Authority: CN
Inventors: 谢玉林
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-12-29
Filing date: 2008-12-29
Publication date: 2009-10-14
Anticipated expiration: 2018-12-29

Abstract

The utility model aims to provide an energy-storing cooling fan which is energy-saving, small in volume and good in cooling effect. The refrigerating and energy-storing cooling fan comprises a shell, a control panel and a blowing device. Particularly, a refrigeration circulating system and a cold transfer circulating system are installed in the shell. The refrigeration circulating system and the cold transfer circulating system perform heat exchange through cold-storing medium, and the electricity consuming parts of the refrigeration circulating system and the cold transfer circulating system are electrically connected with the control panel. The refrigerating and energy-storing cooling fan has the advantages the cooling fan is small in volume and convenient to move; the cooling fan takes water as the cold-storing medium, so the processes of refrigerating and blowing cold wind can be separated, thus effectively reducing the noise when the cooling fan is in use; the wind blown by the cooling fan is fresh and cool and contains no moisture, so the cooling fan causes no danger to the health of the user after long-time use; and the cooling fan is small in power and is electricity-saving.

Description

Refrigeration accumulation of energy thermantidote

Technical field

The utility model relates to a kind of thermantidote of accumulating type.

Background technology

In scorching summer, people also must take cooling measure at home, just can avoid heat.Ventilating fan is no more than being the most frequently used method of avoiding heat.What but fan was blowing also is hot blast, only can make stream of people's apogee sweating.And the both expensive of the machine of turning on the aircondition, when personnel not for a long time, turning on the aircondition the very waste that then seems.Occurred air-conditioning fan afterwards, so-called air-conditioning fan is in the front of conventional fan one cascade to be set in fact, and hot blast is lowered the temperature through behind the cascade, becomes the lower air stream of temperature, blows and reach cool effect on human body.Air-conditioning fan also is provided with a water pump and is used for constantly water transport being passed to cascade, keeps the moistening of cascade.Though this air-conditioning fan volume is little, power consumption is not high, and the cold wind effect is also good, and still, the humidity in its air that blows out stream is very high, and long-term the use can be caused adverse influence to health, even be caused treating rheumatic ostealgia.

Summary of the invention

The purpose of this utility model provide a kind of energy-conservation, volume is small and exquisite, and has the energy storage type thermantidote of good cooling-down effect.

For achieving the above object, the utility model has been taked following technical scheme:

Refrigeration accumulation of energy thermantidote comprises casing, control panel and blowing device, and especially, casing inside is equipped with the cooling cycle system and the cold biography circulatory system; The described cooling cycle system and the cold biography circulatory system are carried out heat exchange by cold storage material; Consumer in the described cooling cycle system and the cold biography circulatory system is electrically connected with control panel.

To above technical scheme, can do following improvement or qualification:

Described cold storage material is a water.

Described cooling cycle system is formed by connecting by compressor, radiator, drier, capillary and the first heat absorption coil pipe ring-type pipeline successively; The described cold biography circulatory system by water tank, be arranged on water pump in the water tank, heat exchanger successively the ring-type pipeline be formed by connecting; The described first heat absorption coil pipe is arranged in the water tank; In water tank, also be provided with the temp probe that is electrically connected with control panel.

Described water tank is divided into first reservoir chamber and second reservoir chamber; Between first reservoir chamber and second reservoir chamber with some water hole intercommunications; The described first heat absorption coil pipe is arranged in first reservoir chamber; Described water pump is arranged in second reservoir chamber.

Described cooling cycle system also comprises the throttle pipe and the second heat absorption coil pipe that is arranged on pipeline between the first heat absorption coil pipe and the compressor; The described second heat absorption coil pipe is arranged in second reservoir chamber.

Described water tank is provided with the water-level measuring post that is used to observe water level.

Described heat exchanger bottom is provided with the water-collecting tray that is used to collect condensed water, and described water-collecting tray is provided with the aqueduct that is communicated to water tank, is used for the condensed water on the water-collecting tray is collected water tank.

Described blowing device comprises cfentrifugal blower and the electronic wind-guiding loose-leaf that is electrically connected with control panel.

At the back part of complete machine, be provided with and be used for heat in the machine is guided to outdoor ventilating fan and heat extraction pipe; Described ventilating fan is electrically connected with control panel; Plug into by quick connecting connector between described heat extraction pipe and the casing, easy to use and deposit.

Both sides at casing are provided with air-inlet grille, so that the electro-heat equipment in the machine such as compressor, radiator etc. are cooled off, and, answer paving sound-absorbing, heat-barrier material at the space inwall that holds electro-heat equipment.For ease of moving of complete machine, can the handle position be set respectively in the both sides of casing, and universal caster wheel be set in the bottom of complete machine.Power line, is only pulled out in fuselage when in use by the wrap-up rolling, can avoid electric wire to twine.Before casing, air blast right position, be provided with air draught grid and airstrainer.To this thermantidote, also can increase such as: devices such as anion, uviol lamp, air freshener, remote controller, timer to improve its additional function, make people obtain best use experience.

Technique effect of the present utility model is: this thermantidote volume is small and exquisite, conveniently moving., the refrigeration and the wind that blows on can be separated as cold storage material with water, effectively reduce the noise when using.And the wind of producing by boasting is clearly pleasantly cool, but can not be full of steam, even long-time the use can not caused any health problem to human body, little, the power saving of machine power yet.

Description of drawings

Fig. 1 is the operation principle schematic diagram of the utility model embodiment;

Fig. 2 is the schematic appearance one of the utility model embodiment;

Fig. 3 is the schematic appearance two of the utility model embodiment.

Description of reference numerals: 1-casing; The 2-control panel; The 3-compressor; The 4-radiator; The 5-drier; The 6-capillary; The 7-first heat absorption coil pipe; The 8-throttle pipe; The 9-second heat absorption coil pipe; The 10-water tank; The 11-water pump; The 12-heat exchanger; 13-first reservoir chamber; 14-second reservoir chamber; The 15-water hole; The 16-water filling port; The 17-water-level measuring post; The 18-discharge outlet; The 19-water-collecting tray; The 20-aqueduct; The 21-ventilating fan; 22-heat extraction pipe; The 23-cfentrifugal blower; The electronic wind-guiding page or leaf of 24-; The 25-temp probe; The 26-thermal insulation layer.

The specific embodiment

Below in conjunction with drawings and Examples the utility model content is described further.

As shown in Figure 1, be provided with the cooling cycle system and the cold biography circulatory system in the casing 1, also be provided with control panel 2 on it.Compressor 3, radiator 4, drier 5, capillary 6, the first heat absorption coil pipe 7, throttle pipe 8, the second heat absorption coil pipe 9 adopt copper pipe ring-type pipeline connection successively, constitute cooling cycle system.Water tank 10, the water pump 11, the heat exchanger 12 that are arranged in the water tank 10 adopt instlated tubular ring-type pipeline connection successively, constitute the cold biography circulatory system.Wherein, water tank 10 is covered by openable surface cover, and the inside is divided into first reservoir chamber 13 and second reservoir chamber 14; Be provided with water hole 15 between first reservoir chamber 13 and second reservoir chamber 14.The first heat absorption coil pipe 7 is arranged in first reservoir chamber 13; The water pump 11 and the second heat absorption coil pipe 9 are arranged in second reservoir chamber 14.One side of water tank 10 is provided with water filling port 16 and water-level measuring post 17, and water filling port 16 stretches out casing 1 so that add water in water tank 10.Be provided with discharge outlet 18 in the bottom of water tank 10.

In the bottom of heat exchanger 12, a water-collecting tray 19 is set, this water-collecting tray 19 guides to first reservoir chamber 13 by aqueduct 20 with condensed water.Radiator 4 right position, be provided with a ventilating fan 21, this ventilating fan 21 and the 22 relative installations of heat extraction pipe are taken away heat on it with the air-flow that impels the radiator 4 of flowing through.

Cfentrifugal blower 23, water-collecting tray 19, heat exchanger 12 and water tank 10 are separated they and thermals source such as radiator 4 that is installed in bottom, casing 1 back and compressor 3 by a thermal insulation layer 26, in order to avoid the effect of the cold wind that influence is blown out.

Compressor 3, water pump 11, cfentrifugal blower 23, electronic wind-guiding page or leaf 24 are electrically connected with control panel 2.The following temp probe 25 of water level that is arranged on second reservoir chamber 14 also is electrically connected to control panel 2.

The first water of adding certain volume in the water tank 10, water-level measuring post 17 can be pointed out the height that should add water level.Open compressor 3 then, the heat absorption of first in cooling cycle system coil pipe 7 can be with the water cooling of first reservoir chamber 13.Simultaneously because throttle pipe 8 has reduced the flow of the refrigerant that enters the second heat absorption coil pipe 9, so make the temperature of the water in second reservoir chamber 14 want a little higher than first reservoir chamber 13.Flowing through, the water of water hole 15 can make the temperature difference between two reservoir chambers remain in certain scope between two reservoir chambers, avoids first reservoir chamber 13 because temperature is crossed lowly and icing, or second reservoir chamber, 14 temperature are low inadequately and make the wind that blows out not have slight chill in the air.Control panel 2 is by the water temperature in the temp probe 25 perception water tanks 10, and when reaching the value of setting, control compressor 3 stops, and cold water is stored in the water tank 10.When treating that people need cold wind, start water pump 11 and cfentrifugal blower 23 by control panel 2, like this, fan just can blow out nice and cool wind, and both power savings are quiet again.

Water pump 11 in the water tank 10 advances heat exchanger 12 with the water supply pump in second reservoir chamber 14, and cfentrifugal blower 23 produces air stream and blows over heat exchanger 12, makes the hot air temperature of flowing through reduce.And raise through the cold water temperature of over-heat-exchanger 12, under the pressure effect of water pump 11, return first reservoir chamber 13 of water tank 10, cooled off once more, finish a cold biography circulation.Electronic wind-guiding loose-leaf 24 can be controlled by control panel 2 and make multi-angle and wind direction conveying automatically, makes that the conveying of cold wind is more even.

In use, the water in the water tank 10 can slow consumption falls because steam runs off.The condensed water at heat exchanger 12 places is collected,, can be reduced the number of times that adds water in order to the water storage in the subsidiary water tank 10.And water tank 10 bottoms are provided with discharge outlet 18, can be convenient to water tank 10 is cleaned.

In the process of refrigerastion, compressor 3, radiator 4 can give out higher heat energy, adopt the mode of ventilating fan 21 and heat extraction pipe 22, can effectively hot gas be guided to outdoorly, avoid heat to distribute around fan, influence result of use.

Claims

1, refrigeration accumulation of energy thermantidote comprises casing, control panel and blowing device, and it is characterized in that: casing inside is equipped with the cooling cycle system and the cold biography circulatory system; The described cooling cycle system and the cold biography circulatory system are carried out heat exchange by cold storage material; Consumer in the described cooling cycle system and the cold biography circulatory system is electrically connected with control panel.

2, refrigeration accumulation of energy thermantidote according to claim 1, it is characterized in that: described cold storage material is a water.

3, refrigeration accumulation of energy thermantidote according to claim 2 is characterized in that: described cooling cycle system is formed by connecting by compressor, radiator, drier, capillary and the first heat absorption coil pipe ring-type pipeline successively; The described cold biography circulatory system by water tank, be arranged on water pump in the water tank, heat exchanger successively the ring-type pipeline be formed by connecting; The described first heat absorption coil pipe is arranged in the water tank; In water tank, also be provided with the temp probe that is electrically connected with control panel.

4, refrigeration accumulation of energy thermantidote according to claim 3, it is characterized in that: described water tank is divided into first reservoir chamber and second reservoir chamber; Between first reservoir chamber and second reservoir chamber with some water hole intercommunications; The described first heat absorption coil pipe is arranged in first reservoir chamber; Described water pump is arranged in second reservoir chamber.

5, refrigeration accumulation of energy thermantidote according to claim 4 is characterized in that: described cooling cycle system also comprises the throttle pipe and the second heat absorption coil pipe that is arranged on pipeline between the first heat absorption coil pipe and the compressor; The described second heat absorption coil pipe is arranged in second reservoir chamber.

6, according to claim 3 or 4 or 5 described refrigeration accumulation of energy thermantidotes, it is characterized in that: described water tank is provided with the water-level measuring post that is used to observe water level.

7, according to claim 3 or 4 or 5 described refrigeration accumulation of energy thermantidotes, it is characterized in that: described heat exchanger bottom is provided with the water-collecting tray that is used to collect condensed water, described water-collecting tray is provided with the aqueduct that is communicated to water tank, is used for the condensed water on the water-collecting tray is collected water tank.

8, refrigeration accumulation of energy thermantidote according to claim 7 is characterized in that: described blowing device comprises cfentrifugal blower and the electronic wind-guiding loose-leaf that is electrically connected with control panel.

9, refrigeration accumulation of energy thermantidote according to claim 8 is characterized in that: at the back part of complete machine, be provided with and be used for heat in the machine is guided to outdoor ventilating fan and heat extraction pipe; Described ventilating fan is electrically connected with control panel; Plug into by quick connecting connector between described heat extraction pipe and the casing.