CN2842318Y

CN2842318Y - Cooling apparatus

Info

Publication number: CN2842318Y
Application number: CN 200520127461
Authority: CN
Inventors: 许安东
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-10-14
Filing date: 2005-10-14
Publication date: 2006-11-29
Anticipated expiration: 2015-10-14

Abstract

The utility model provides a cooling device which comprises a fan and a cooler. The utility model is characterized in that an atomizing device is arranged between the fan and the cooler; water can be atomized by the atomizing device, and then is supplied to the cooler by the air supply of the fan; thus, the water can more easily reach to the boil and is completely evaporated to absorb heat in quantity, and electricity and water can be saved. The cooling effect is increased to decrease the temperature of the cooler, and the purposes of electricity saving, energy saving, and cooling efficiency improvement and the output capacity of coolers of heating devices, such as air conditioning freezers, various engines, etc., can be achieved. When ambient air or water quality is not good, the water used by the atomizing device can be further treated in quality; thus, the service life can be prolonged and the cooling efficiency can be increased.

Description

Cooling device

Technical field

The utility model relates to a kind of cooling device, relating in particular to a kind of water formation the atomizing with atomising device exports, and it is carried cooling device in cooler by fan, make its more easily reach boiling point and fully the evaporation and in a large number the heat absorption and than the power saving water-saving, can reduce chiller temperature, economize cooling effect and the output capacity thereof that can and promote the cooler of heat-producing devices such as air-condition freezing machine and various engine to reach power saving, when surrounding air or water quality are relatively poor, further the employed water of atomising device can be done water treatment, to increase service life and cooling effectiveness.

Background technology

Generally when using air conditioner or freezing and refrigeration machine, all can select the main frame tonnage according to usage space level ground number or according to freezing and refrigeration food number.But the cooling effect of traditional ventilation type air-condition freezing machine is relatively poor, so its air-condition freezing effect is also poor.Can't reach the purpose that power saving economizes energy, over-burden relatively also can to cause the electricity charge.The type of cooling with cooling tower water spray or direct water spray is also arranged in addition, and it is more that it consumes the water yield, waste water resource, and easy contaminated environment, and long-term use is all undesirable.And when cold air or the running of freezing and refrigeration machine, inner evaporimeter all can produce condensed water or change the water of ice, often causes difficulty to be given and handles and random dripping, and causes environmental pollution and waste water resource.

And the type of cooling of the cooler of various engine, traditionally, first mode is the type of cooling of taking out or blowing by fan, but its cooling effect is not good, and especially when the air themperature of its environment was higher, its cooling effect was very poor.The second way is the type of cooling with cooling tower or water spray, though its cooling effect is still good, the required consumption water yield is more, and easy contaminated environment, wastes resource, and long-term use is more undesirable.

Summary of the invention

Main purpose of the present utility model is to solve the existing defective of above-mentioned tradition, avoids its defective to exist, thereby a kind of have high efficiency and dynamical cooling device are provided.

The purpose of this utility model realizes that by following technical proposals cooling device provided by the utility model mainly includes a fan; One cooler; One atomising device is set between its fan and cooler; This atomising device makes water fogging, and by fan take out or the forced convertion of blowing under, it is directly carried in cooler, make its easier reach boiling point and fully the evaporation and in a large number the heat absorption and than the power saving water-saving, improve cooling effect, to reduce chiller temperature, power saving economizes cooling effectiveness and the output capacity thereof that can and promote the cooler of heat-producing devices such as air-condition freezing machine and various engine significantly, and can solve the condensed water and the problem of dripping of changing frozen water of the evaporimeter of air-condition freezing machine.When surrounding air or water quality are relatively poor, can also do purification of water quality and handle, so that cooler more reduces dirt and increases its service life and cooling effectiveness further with the employed water of atomising device.

For further understanding feature of the present utility model and effect, enumerate preferred embodiment below and conjunction with figs. is elaborated to it.

Description of drawings

Fig. 1 is the embodiment schematic diagram of first kind of mode of the present utility model;

Fig. 2 is another embodiment schematic diagram of first kind of mode of the present utility model;

Fig. 3 is the another kind of schematic diagram of another embodiment of first kind of mode of the present utility model;

Fig. 4, the 6th, another of first kind of mode of the present utility model are arranged at the another kind of schematic diagram of cooling device internal implementation example;

Fig. 5, the 7th, another of first kind of mode of the present utility model are arranged at the another kind of schematic diagram of the outside embodiment of cooling device;

Fig. 8 is the schematic diagram of the embodiment of the second way of the present utility model;

Fig. 9 is the embodiment schematic diagram of the third mode of expression the utility model atomising device, and it is to utilize fan to cut the water generates atomizing.

Primary clustering symbol description: fan 1; Flabellum 12; Atomising device 2; Shower nozzle 21; Pressue device 23; Pump 231; Water collector 232; Tank 233; Carrier pipe 234; Atomizing control device 235; Cooler 3; Coil pipe in cooler 31.

The specific embodiment

See also shown in Figure 1ly, it is the embodiment schematic diagram of first mode of the present utility model.A kind of cooling device includes: a fan 1; One cooler 3; One atomising device 2: when the compressor in the machine (or engine) turns round, with produce high temperature this high temperature of circulation refrigerant (or water) refrigerant (or water) and be delivered in the cooler 3, so the temperature of cooler 3 also will raise, and this atomising device 2 makes water fogging and the forced convertion by fan 1 air-supply under, it directly is supplied in cooler 3, make its more easily reach boiling point and fully the evaporation and in a large number the heat absorption and than the power saving water-saving, improve cooling effect, economize energy to reduce chiller temperature to reach power saving, and promote the cooling effectiveness and the output capacity thereof of the cooler 3 that the air-condition freezing power traction holds up, also can solve the problem of dripping of the evaporimeter of air-condition freezing machine.

Above-mentioned mentioned cooling device, wherein this atomising device 2 includes the embodiment of three kinds of modes at least, is described as follows now:

First kind of mode: see also Fig. 1 to 7, this atomising device 2 comprises at least more than one shower nozzle 21 and pressue device 23, and this pressue device 2 can utilize pump 231, with the water pressurized delivered, via shower nozzle 21 and towards the down wind of fan 1 against the wind to or crosswind to ejection, make water form atomizing, and it directly be supplied in cooler 3 by fan 1 air feed, make it more easily reach boiling point and evaporation and heat absorption and than the power saving water-saving in a large number improves cooling effect fully.

The second way: see also Fig. 8, the pressue device 21 of this atomising device 2, can utilize tank 233 with pressure or to have the tank of a height with respect to shower nozzle, utilize its pressure that water is exported, via shower nozzle 21 and towards the down wind of fan 1 against the wind to or crosswind to ejection, make water form atomizing, and it directly be supplied in cooler 3 by fan 1 air feed, make it more easily reach boiling point and evaporation and heat absorption and than the power saving water-saving in a large number improves cooling effect fully.

The third mode: see also Fig. 9, the pressue device of this atomising device 2, the pressure that can utilize the fan blade quick rotation of fan 1 to be produced, cut water and air-supply convection current thereof fast with fan blade 12, the moisture subband is mixed in air, atomize, and it directly is supplied in cooler 3 by fan 1 air-supply to form, make it more easily reach boiling point and evaporation and heat absorption and than the power saving water-saving in a large number improves cooling effect fully.

Also can extract the water in the water collector in addition, and spray to fan blade, cut water and fan air feed to flowing down by the fan fast rotating blades again, aqueous vapor is mixed with air, water is formed atomizing, and, it directly is supplied in cooler by the fan air feed, make its evaporation and a large amount of heat absorption, improve cooling effect.

With regard to the embodiment of above-mentioned three kinds of modes, cooperate graphic being described as follows below:

First kind of mode: see also Fig. 2, it is the embodiment schematic diagram of first kind of mode of the present utility model, as shown in the figure, pump 231 in the pressue device of this atomising device can be imported the water or the water collector 232 interior condensed water or the change frozen water of collecting the evaporimeter (not shown) of air-condition freezing machine of outside via carrier pipe 234, make water form atomizing by shower nozzle 21 and with the contrary wind of fan 1 to ejection again, again via under the fan 1 air-supply forced convertion it directly being supplied in cooler 3, make it easilier reach boiling point and evaporation and heat absorption and than the power saving water-saving in a large number improves cooling effect fully.

See also shown in Figure 3ly, it also is another embodiment schematic diagram of first kind of mode of the utility model.As shown in the figure: atomising device 2 of the present utility model is except can being installed between cooler 3 and the fan 1; When if the air that fan 1 is exported does not blow to cooler 3, this atomising device 2 can be disposed at cooler 3 the place aheads, when atomising device make water fogging and forced convertion by the fan exhausting under, it can be sucked into cooler 3.

See also Fig. 4 to 7, shown accompanying drawing is another embodiment schematic diagram of first kind of mode of the present utility model, as shown in the figure, can directly atomising device 2 be disposed at cooling device inside (seeing also Fig. 4,6) or its casing the outside (seeing also Fig. 5,7) the side or above or below, when atomising device 2 makes water fogging, this fan 1 can directly blow it as for cooler 3.

The second way: see also shown in Figure 8, it is the utility model second way embodiment schematic diagram, as shown in the figure, the pressue device of the utility model atomising device is except the pressurization of using said pump 231, also can use tank with pressure or the tank 233 that has a height with respect to shower nozzle, utilize its pressure to carry out the water atomization pressurization, therefore when the water in the tank 233 flows to shower nozzle 21 via carrier pipe 234, because of pressurization, and the water of shower nozzle 21 is sprayed with spray pattern, under the forced convertion via fan 1 air-supply, it directly is supplied in cooler 3, make it more easily reach boiling point and evaporation and heat absorption and than the power saving water-saving in a large number improves cooling effect fully.

The third mode: see also shown in Figure 9, it is the atomising device of the utility model cooling device, its further comprise flabellum 12 quick rotation of utilizing fan 1 and the pressure that produces make this fan blade 12 cut fast water and the air-supply convection current with the moisture subband in air, mixes with formation spray pattern.

See also Fig. 9, as shown in the figure, the atomising device of the utility model cooling device is to utilize the water collector 41 that is arranged at fan 1 bottom, in conjunction with fan 1 end portion in water collector, and what make flabellum 12 1 sides partly is to be immersed in water collector 232 inside, when the condensed water of the evaporimeter of air-condition freezing machine or change that frozen water flows into water collector 232 or outside water is input in the water collector 232, and flabellum 12 1 sides partly is to be immersed in water collector, the dynamic pressure that is produced when the fan high speed rotating is cut water and fan air-supply convection current and with moisture subband mixed aerosol in air, also can extract the water in the water collector 232 in addition, and spray to the blade 12 of fan 1, cut water and fan 1 air feed to flowing down by fan 1 fast rotating blades 12 again, this aqueous vapor is mixed with air, water is formed atomizing, and under the forced convertion by fan 1 air-supply it is supplied in cooler 3, make it more easily reach boiling point and evaporation and heat absorption and than the power saving water-saving in a large number improves cooling effect fully.Aforesaid fan has then comprised fan in the cooling device or the fan that adds; And its water collector 232 can be gradient wedged bottom dish, and the lowest part on this chassis can be established the cleaning mouth.

The water source that atomising device is used can be selected for use to comprise running water or condensed water or change frozen water or purifying waste water of interpolation water quality treating chemicals or purifying waste water through magnetic or nanometer or quantum processing; Or above mixing waters of two kinds of water wherein, can reach effect equally.

When surrounding air or water quality are relatively poor, further, can be with the employed water of atomising device, add medicament, make purification of water quality or available magnetic or methods such as nanometer or quantum processing,, make cooler minimizing pollution and increase its service life and cooling effectiveness purification of water quality.

Atomising device can be installed a control device, cooperates the demand of chilling temperature, controls opening or closing of atomising device, in order to the usefulness of keeping cooler.

The coil pipe of above-mentioned cooler can be the equipped of vertical type or horizontal or tilting, and the material of its use can be screw thread copper pipe that adds the copper pipe that overlap fin or extruding formation or the good material of heat transfer property that squeezes the fin-type copper pipe of formation.

Table can be done the Lan Bo processing again outside the aluminium fin that the copper pipe outside of coil pipe in cooler is overlapped, to prolong the life-span of cooling.

Cooling device of the present utility model is except that being applied to aforementioned air-condition freezing machine and comprise the cooler of engine and other heat-producing device.And above-mentioned only be preferred embodiment of the present utility model, be not to be used for limiting the scope that the utility model is implemented.Be that all equalizations of being done according to the utility model claim change and modification, be all the utility model claim and contain.

Claims

1. cooling device, it includes a fan, and a cooler is characterized in that being provided with an atomising device between described fan and cooler, and the water that this atomising device atomized is supplied with cooler by the fan air feed with it.

2. cooling device according to claim 1 is characterized in that described atomising device can comprise at least more than one a shower nozzle and a pressue device, and wherein this pressue device comprises pump, and it makes water fogging the water pressurization via shower nozzle.

3. cooling device according to claim 2 is characterized in that its pressue device is tank or a kind of tank that has a height with respect to shower nozzle that is installed on pressure, utilizes its pressure to make water fogging.

4. cooling device according to claim 1 is characterized in that it further comprises a water collector, and described atomising device is connected with this water collector.

5. kind of cooling device according to claim 1 it is characterized in that described atomising device also comprises a water collector with ccontaining water, and the part of a side of electric fan is to be immersed in the water collector, and other is then in air.

6. cooling device according to claim 1 is characterized in that described fan comprises the fan of cooling device or the fan that adds.

7. require arbitrary described cooling device according to aforesaid right, it is characterized in that the employed water of described cooling device is to be selected from running water, condensed water, change frozen water or add medicament or through purifying waste water that magnetic or nanometer or quantum are handled, or the above mixing water of its above-mentioned two kinds of water.

8. cooling device according to claim 1 is characterized in that this atomising device is configurable in machine intimate or its outside, and it sprays water and makes water atomization in machine, and is delivered to cooler by the fan air feed.

9. cooling device according to claim 1 is characterized in that described atomising device with the water emission direction, can make water fogging to ejection towards fan upwind ejection or down wind ejection or crosswind.

10. according to claim 4 or 5 described cooling devices, it is characterized in that water collector includes the wedged bottom dish of gradient, the lowest part on this chassis can be provided with the cleaning mouth.

11. cooling device according to claim 1, it is characterized in that the employed water of atomising device can add medicament and purification of water quality or magnetic or nanometer or quantum be handled make purification of water quality, more reduce dirt and increase its service life and cooling effectiveness in order to cooler.

12. cooling device according to claim 1 is characterized in that described atomising device further includes a control device, the chilling temperature that cooperates machine is to control opening or closing of atomising device, with the usefulness of dimension cooler.

Be selected from the screw thread copper pipe that adds the copper pipe that overlaps fin or extruding or add aluminium fin copper pipe that cover handles through blue ripple or fin-type copper pipe that extruding forms 13. cooling device according to claim 1, the material that it is characterized in that the coil pipe of described cooler comprise.

14. cooling device according to claim 13 is characterized in that coil pipe in cooler comprises the configuration of vertical type or horizontal or tilting.

15. cooling device according to claim 1 is characterized in that this cooling device is the cooling device of the cooler of heat-producing devices such as air-condition freezing machine and various engine.