CN206695300U - A kind of air-cooler of big water storage and confluent - Google Patents

Abstract

It the utility model is related to a kind of big water storage and the air-cooler of confluent, including curtain core（3）, blower fan（4）, lower header（1）, positioned at curtain core（3）On be filled with water scattered divide groove（5）And its to curtain core（3）Overboard exhalant canal, by lower header（1）Water be sent to dissipate divide groove（5）Water pump（21）, not by curtain core（3）The water of evaporation falls back to lower header（1）, it is characterised in that also include dividing groove positioned at scattered（5）On water storage upper water box（7）, the upper water box（7）Lower end be provided with using upper and lower, right threeway line structure the second water-supply-pipe（112）；Upper path and upper water box（7）Bottom fix connection, right path directly to dissipate divide groove（5）Feedwater and the concatenation first manual valve that communicatively whether it feeds water provided with control（8）, underpass water tank directly down（1）Feedwater and concatenation the second hand-operated valve that communicatively whether it feeds water provided with control（81）, first and second hand-operated valve（8、81）Pipe is formed to connect and connect.

Description

A kind of air-cooler of big water storage and confluent

Technical field

A kind of big water storage and the air-cooler of confluent are the utility model is related to, more particularly to water storage, feedwater part are changed Enter.

Air-cooler is commonly called as also including thermantidote, evaporative air cooler etc..

Background technology

Air-cooler is different from the operation principle of air-conditioning, its principle realization pair mainly absorbed heat by water in evaporation process Air cooling-down.

Existing air-cooler critical piece includes curtain core（It includes top surface, bottom surface and outlet and inlet side）, blower fan, lower water Case, water pump, dissipate and divide groove and its multiple exhalant canals.

Lower header constantly pumps to the water in lower header on curtain core located at storing water under curtain core, water pump Dissipate to divide in groove and play a part of improving feedwater position, dissipate multiple water outlets that the water conservancy divided in groove is provided with the effect of gravity by it and lead to Road dispersedly falls the top surface to curtain core, and the water of the top surface of curtain core can flow along curtain core to its bottom surface；Curtain core typically uses multilayer Ripple struction, to increase the area of water and air contact on curtain core, and then strengthen the effect of evaporation water；When blower fan operates Afterwards, the hot-air outside air-cooler is drawn into and it is blown into by the air intake side of curtain core and blown out again by its air-out side, curtain core On water evaporated by hot-air and consume heat energy therewith, so as to which the cool breeze for carrying certain humidity be made, and do not evaporated on curtain core Water then flowed out and fallen back in lower header by the bottom surface of curtain core.

Air-cooler power consumption is suitable with conventional fan, and using common water as refrigerating fluid, so being saved for relative air-conditioning And environmental protection.

But the following some defects of existing air-cooler generally existing and contradiction：

First, it is unable to fast-refrigerating

（One）Curtain core can not quickly be soaked by water

Need to keep slowly to the state of curtain wick feed water when the 1st, freezing

2nd, curtain core is relatively dry

3rd, curtain core area and resistance are all bigger

In view of above-mentioned（One）The reason for described in middle article of small article of the 1st, 2 and 3, the speed that curtain core is wetted can be relatively more slow Slowly, so freeze speed also just slowly.

（Two）Curtain core can not be soaked comprehensively by water

1st, admission port to each exhalant canal feedwater it is uneven cause it is uneven to curtain wick feed water

1）Admission port to each exhalant canal feed water dynamics it is uneven cause it is uneven to curtain wick feed waterpower degree

2）Only part exhalant canal, which obtains feedwater, causes curtain core segment to be fed water

3）Admission port to each exhalant canal feedwater do not also result in curtain wick feed water difference when

2nd, curtain core can not be soaked comprehensively on the overboard direction of exhalant canal by water

1）Exhalant canal is only overboard to part curtain core

2）The effect that the diffusion of curtain core is soaked is bad

3rd, curtain core can not be soaked comprehensively on direction of the blower fan to wind by water

In view of above-mentioned（Two）The reason for described in middle article of small article of the 1st, 2 and 3, curtain core have part and can not obtained all the time Flowing water and then can not be wetted, the area for this water and air contact will be reduced suddenly, its refrigeration also will therewith by Have a greatly reduced quality, fast-refrigerating can not be not only realized for this curtain core, and its refrigeration can also be reduced constantly, its matter of freezing Amount cannot also ensure.

2nd, other defect

（Three）Moisture storage capacity is small

Due also to existing air-cooler, often only equipped with a lower header as water source, its moisture storage capacity is smaller, particularly exists When evening long-time sleeping is freezed, the water storage of lower header will soon consume, so as to cause cooling time permanent.

（Four）Rinse inconvenience

Due also to existing air-cooler to curtain core it is overboard when be held in a kind of slow state of comparison, by for a long time Water circulation after, curtain core, dissipate divide the parts such as groove and its delivery port can assemble more incrustation scale, impurity but can not be flushed away, enter And the flowing velocity and flow of water are influenceed, it thus can also influence refrigeration.

In addition, if needing to rinse these parts, then need to shut down and could implement cleaning after dismantling these parts, be this Not only inconvenient but also influence normal use.

Utility model content

In view of deficiency, the main technical problems to be solved in the utility model above of prior art are：

There is provided a kind of big water storage and the air-cooler of confluent so that part therein, which dissipates, divides groove, curtain core can be by the convenient punching of water Wash and soak, and increase the moisture storage capacity of air-cooler and then extend the time persistently freezed.

In order to solve the above technical problems, the utility model employs following technical scheme：

Design a kind of big water storage and the air-cooler of confluent, including the curtain core for evaporation water, the blower fan for producing wind, Lower header under the curtain core for water storage, be used on the curtain core being filled with water scattered divide groove and its to the curtain The overboard exhalant canal of core, and for the water of the lower header to be sent into the scattered water pump for dividing groove, do not evaporated by the curtain core Water fall back to the lower header, it is characterised in that this air-cooler also includes dissipating what is divided on groove for water storage positioned at described Water tank, the lower end of the upper water box are provided with the second water-supply-pipe using upper and lower, right threeway line structure；Path and the upper water on this Connection is fixed in the bottom of case, the right path be used for directly to it is described dissipate divide groove feed water and concatenation be communicatively provided with control its whether to The first manual valve of water, the underpass are used to directly feed water and concatenate communicatively to be provided with to the lower header to control whether it feeds water The second hand-operated valve, first and second hand-operated valve forms pipe and connects and connect.

Above-mentioned upper water box also includes being used for plus the filler of water.

The water yield of above-mentioned exhalant canal is more than the water pump and upper water box to its confluent.

The beneficial effects of the utility model are：

Due to this air-cooler include upper water box and control its whether to dissipate divide groove feed water first manual valve and downward water Second hand-operated valve of case feedwater, it can divide groove and curtain wick feed water to scattered when first manual valve is opened and rinse, while also can be fast Speed soak curtain core so as to shorten cold wind mechanism cold at the beginning of between；Can add when the second hand-operated valve is opened to lower header water so as to The duration of refrigeration can also be extended by not only increasing the water storage total amount of air-cooler, when fan operation enters lasting refrigeration and lower water When the water storage of case is reduced, the downward cistern feeding of the second hand-operated valve is opened, so can be in the case where not closing blower fan to lower header Feedwater simultaneously can continuous, continual refrigeration.

Brief description of the drawings

Below in conjunction with the accompanying drawings, embodiment of the present utility model is described in further detail：

Fig. 1 is the perspective stereoscopic schematic diagram of this air-cooler.

Reference and its corresponding parts or technical characteristic title in accompanying drawing is as follows：

The curtain core of 1 lower header, 21 water pump 3

4 blower fans 5, which dissipate, divides the upper water box of groove 7

8th, the frame room of 81 first and second hand-operated valve 10

The admission port of 13 filler 16,26,36 first, second and third

111st, the exhalant canal of 112 first and second water-supply-pipe 121.

Embodiment

As shown in Figure 1.

This air-cooler is included actively located at lower section and in open-like shape and the lower header 1 of energy water storage；The top of lower header 1 is provided with Scattered divide groove 5 in what open-like shape can be filled with water；Dissipating divides the bottom part down of groove 5 to be fixedly connected provided with frame room 10, the fore-and-aft direction of frame room 10 It is upper to be symmetrically penetratingly provided with into and out of air port；Dissipate and divide the bottom of groove 5 to be provided with nine exhalant canals connected with frame room 10, and by water Using the effect vertically guide housing room 10 of gravity, referring to exhalant canal 121；The curtain core 3 of evaporation water is provided with frame room 10, not Then fallen back in lower header 1 by the water that curtain core 3 evaporates.The rear of frame room 10 is provided with the blower fan 4 of exhausting, exhausting caused by blower fan 4 Contacted through frame room 10 and its curtain core 3 with water and produce refrigeration.Water pump 21 is provided with lower header 1, water pump 21 passes through connection The first admission port 16 that the first water-supply-pipe 111 for being provided with and thereon end are formed pumps to the water storage in lower header 1 positioned at upper The scattered of side divides in the right of groove 5.

The position of this air-cooler the top is fixedly provided with the upper water box 7 with the energy water storage of filler 13, the lower end of upper water box 7 Provided with the second water-supply-pipe 112, the second water-supply-pipe 112 uses upper and lower, right threeway line structure；The bottom of upper path and upper water box 7 is consolidated Fixed connection；Right path divides the top of groove 5 its end the second admission port 26 of vacant composition straight to the left side for dissipating the opening for dividing groove 5 positioned at scattered Feedwater is connect, also concatenates and be communicatively provided with the two flow-through first manual valves 8 for controlling whether feedwater thereon；The end of underpass is vacant Form the 3rd admission port 36 directly to feed water to the left side of the opening of lower header 1, also concatenate thereon and be communicatively provided with control downwards Two the second hand-operated valves of flow-through 81 that water tank 1 feeds water；First and second hand-operated valve 8,81 forms pipe and connects and connect.

Second water-supply-pipe 112 divides the confluent of groove 5, the water yield sum of nine exhalant canals to be water pump 21 respectively to scattered More than twice of confluent, dissipate divide groove 5 can obtain substantial amounts of feedwater and from exhalant canal it is quick, it is a large amount of, fall in large area to Curtain core 3 makes it quickly and comprehensively be soaked, rinsed；The water yield sum of nine exhalant canals is more than the second water-supply-pipe 112 and water Pump 21 to its confluent sum, with meet when the second water-supply-pipe 112, water pump 21 individually or simultaneously to dissipate divide groove 5 to feed water when, water It can in time be fallen to curtain core 3 from nine exhalant canals, avoided when blower fan 4 is carried out continuing refrigeration or do not taken corresponding in operating During measure, dissipate to divide in groove 5 to stop over and water level and cause to waste by its spilling that is open, and produce corrosion and machine part and cause electricity The potential safety hazards such as gas line short.

When preparing to use air-cooler first, upper and lower water tank 7,1 all water shortages and curtain core 3 is in drying regime.Use it Before, first pass through the existing control circuit part of operation temporarily obstructed electric operation blower fan 4, water pump 21, open first manual valve 8 allow to Dissipating divides groove 5 to feed water, and constantly adds water manually to the filler 13 of upper water box, allows water to divide groove 5 and its exhalant canal through dissipating in large quantities Lower header 1 is fallen back to after falling to curtain core 3, is at the same time served and is divided groove 5 and curtain core 3 to implement to rinse to dissipating, quickly soaks curtain core 3 And the effect to lower header 1 plus water；To close the second hand-operated valve 81 in the process does not allow, to lower header 1 plus water, to allow The water of water tank 7 all can be sent to dissipate through first manual valve 8 divides groove 5, it is rinsed and soak the effect of curtain core 3 and obtains maximum Change；

When lower header 1 stores up full water soon, first manual valve 8 is closed, only divides groove 5 to curtain through dissipating by the operating water pump 21 that is powered Core 3 is overboard, overboard to return to slow state；Then be powered operating blower fan 4 again, it is started exhausting, hence into lasting refrigeration State.

Stop after upper water box 7 stores up full water to filler 13 plus water, and then increase the moisture storage capacity of this air-cooler.

When the water of lower header 1 is reduced with refrigeration, the second hand-operated valve 81 can be opened to lower header 1 plus water, can also be straight Connect to the opening of lower header 1 and add water manually.

Claims (3)

1. the air-cooler of a kind of big water storage and confluent, including the curtain core for evaporation water（3）, blower fan for producing wind（4）、 Positioned at the curtain core（3）Under be used for water storage lower header（1）, positioned at the curtain core（3）On be used to be filled with water scattered divide groove（5） And its to the curtain core（3）Overboard exhalant canal, and for by the lower header（1）Water be sent to it is described dissipate divide groove（5）'s Water pump（21）, not by the curtain core（3）The water of evaporation falls back to the lower header（1）, it is characterised in that：

This air-cooler also includes dividing groove positioned at described dissipate（5）On be used for water storage upper water box（7）, the upper water box（7）Lower end Provided with the second water-supply-pipe using upper and lower, right threeway line structure（112）；Path and the upper water box on this（7）Bottom fix Connection, the right path are used to directly divide groove to described dissipate（5）Feed water and concatenation is communicatively provided with control it whether to feed water first Hand-operated valve（8）, the underpass is for directly to the lower header（1）Feedwater and concatenation, which are communicatively provided with, controls what whether it fed water Second hand-operated valve（81）, first and second hand-operated valve（8、81）Pipe is formed to connect and connect.

2. air-cooler according to claim 1, it is characterised in that：The upper water box（7）Also include be used for plus water plus water Mouthful（13）.

3. air-cooler according to claim 1 or 2, it is characterised in that：The water yield of the exhalant canal is more than the water Pump（21）And upper water box（7）To its confluent.