CN103437399A

CN103437399A - Energy circulation type air energy-saving water taking device

Info

Publication number: CN103437399A
Application number: CN2013103824530A
Authority: CN
Inventors: 谢海刚; 黄伟
Original assignee: SUZHOU HPT ENERGY EQUIPMENT CO Ltd
Current assignee: SUZHOU HPT ENERGY EQUIPMENT CO Ltd
Priority date: 2013-08-29
Filing date: 2013-08-29
Publication date: 2013-12-11

Abstract

The invention provides an energy circulation type air energy-saving water taking device which comprises an upper thermal insulation layer and a lower thermal insulation layer, wherein a heat pipe air precooling pipe section, a refrigeration evaporation dehumidification pipe section and a heat pipe air cooling pipe section are vertically arranged between the upper thermal insulation layer and the lower thermal insulation layer from left to right side by side, the top end of the heat pipe air precooling pipe section is communicated with the top end of the heat pipe air cooling pipe section through a heat pipe gas state connecting pipe, the bottom end of the heat pipe air precooling pipe section is communicated with the bottom end of the heat pipe air cooling pipe section through a heat pipe liquid state connecting pipe, and the top end of the refrigeration evaporation dehumidification pipe section is connected with a refrigeration system. According to the technical scheme, the water taking speed is quickened, a water taking effect under low humidity is improved, and energy resources consumed by large-quantity water taking are saved.

Description

A kind of energy circulation formula air energy-saving water fetching device

Technical field

Patent of the present invention relates to a kind of air water-intaking technology, is specifically related to a kind of energy circulation formula air energy-saving water fetching device.

Background technology

At present some regional underground water are more and more worse, pollute more and more seriously, and underground water almost can not have been drunk; But a lot of local lacks of water, locals's Drinking Water of having to, thus cause a lot of places that the cancer village is arranged, the numerous people body and mind has been caused to no small injury.Mainly that the pollutant that some enterprises have entered containing the heavy metal composition enters underground water.Underground water needs just can get back to normal level for a long time, and pollutants in air does not need the time of so growing, and can from air, fetch water, and solves Drinking Water Problem.Simultaneously, due to ecological deterioration, weather also distributes also more inhomogeneous, a lot of local droughts throughout the year, and difficulty all occurs in locals's drinking water, approaches especially desert area, or desert area, fiercer to craving for of water.And, in the desert area air, do not lack water, and even at night, also have dewdrop to occur, that is to say that the night air state that can also reach capacity, in air, does not lack moisture.At present, on market, also some adopts the method for air water-intaking, and still, air water-intaking is all to adopt the cooling method of primary energy, and moisture in air is condensed.Need exactly air cooling-down below dew point, when relative air humidity is relatively lower, fetched water in air substantially more like this, also caused huge energy waste simultaneously.Due to above reason, more economical, more effective, more the air water-intaking method of energy conservation is just extremely urgent.

The patent of invention content

The purpose of patent of the present invention is to overcome the problem that prior art exists, and a kind of energy circulation formula air energy-saving water fetching device is provided.

For realizing above-mentioned technical purpose, reach above-mentioned technique effect, patent of the present invention is achieved through the following technical solutions:

A kind of energy circulation formula air energy-saving water fetching device, comprise isolation layer and lower isolation layer, the pre-cold leg of heat pipe air from left to right vertically is installed between isolation layer and lower isolation layer on described side by side, refrigeration evaporator dehumidifying pipeline section and heat pipe air are for cold leg, the pre-cold leg of described heat pipe air top is connected with the top of described heat pipe air for cold leg by a heat pipe gaseous state tube connector, the pre-cold leg of described heat pipe air bottom is connected with the bottom of described heat pipe air for cold leg by the liquid tube connector of a heat pipe, described refrigeration evaporator dehumidifying pipeline section top connects refrigeration system.

Further, described upper isolation layer and lower isolation layer comprise three layers of heat shield: top layer heat shield, intermediate layer and bottom heat shield, described top layer heat shield and described bottom heat shield are elastomeric material, the foamed plastics of described intermediate layer for filling.

The beneficial effect of patent of the present invention is:

Adopting patented technology scheme of the present invention, is the syllogic water-fetching method, has realized air precooling pipeline section and the heat pipe air closed cycle for cold leg, and the power consumption of water intaking section has reduced, and without processes such as coolings again.Accelerate water intaking speed, greatly improved efficiency of producing drinking water, simultaneously, also saved a large amount of water intaking energy.

The accompanying drawing explanation

The structural representation that Fig. 1 is patent of the present invention;

The insulating layer structure schematic diagram that Fig. 2 is patent of the present invention.

Number in the figure explanation: 1, upper isolation layer, 11, the top layer heat shield, 12, intermediate layer, 13, the bottom heat shield, 2, lower isolation layer, 3, the pre-cold leg of heat pipe air, 4, refrigeration evaporator dehumidifying pipeline section, 5, heat pipe air is for cold leg, and 6, heat pipe gaseous state tube connector, 7, the liquid tube connector of heat pipe.

The specific embodiment

Below with reference to the accompanying drawings and in conjunction with the embodiments, describe patent of the present invention in detail.

Shown in Fig. 1, a kind of energy circulation formula air energy-saving water fetching device, comprise isolation layer 1 and lower isolation layer 2, the pre-cold leg 3 of heat pipe air from left to right vertically is installed between isolation layer 1 and lower isolation layer 2 on described side by side, refrigeration evaporator dehumidifying pipeline section 4 and heat pipe air are for cold leg 5, the pre-cold leg of described heat pipe air 3 tops are connected with the top of described heat pipe air for cold leg 5 by a heat pipe gaseous state tube connector 6, the pre-cold leg of described heat pipe air 3 bottoms are connected with the bottom of described heat pipe air for cold leg 5 by the liquid tube connector 7 of a heat pipe, described refrigeration evaporator dehumidifying pipeline section 4 tops connect refrigeration system.

Further, shown in Fig. 2, described upper isolation layer 1 and lower isolation layer 2 comprise three layers of heat shield: top layer heat shield 11, intermediate layer 12 and bottom heat shield 13, described top layer heat shield 11 and described bottom heat shield 13 are elastomeric material, the foamed plastics of described intermediate layer 12 for filling.

While needing water intaking, refrigeration system is opened, the refrigerant refrigeration evaporator dehumidifying pipeline section 4 of flowing through, and evaporator temperature descends, and the air themperature to be fetched water of the evaporimeter of flowing through descends.Air themperature to be fetched water part moisture has condensed from the air, and now, air to be fetched water is saturation state, and temperature is lower, and the heat pipe air of flowing through is for cold leg 5.Because heat pipe air is lower for cold leg 5 temperature, and pre-cold leg 3 temperature of heat pipe air are higher, both have the larger temperature difference, heat-pipe working medium will be at the pre-cold leg 3 of heat pipe air, heat pipe air is for cold leg 5, circulation in the hot-pipe system that the liquid tube connector 7 of heat pipe gaseous state tube connector 6 and heat pipe forms, heat also will supply the interior circulation of cold leg 5 with heat pipe air at the pre-cold leg 3 of heat pipe air, the air to be fetched water of the pre-cold leg 3 of the heat pipe air of flowing through, temperature drops to the dewpoint temperature that approaches air to be fetched water, air to be fetched water is at refrigeration evaporator dehumidifying pipeline section 4 places, moisture undergoes phase transition, condense.

The principle of patent of the present invention:

The heat pipe that the front and back of evaporimeter are arranged, just automatically air has been divided into to three sections at air to be fetched water through evaporimeter like this: A air precooling section, B cool-down dehumidification section, the C precooling cold section of providing, and A, C section have temperature difference, A, C section form the thermal cycle of idle circulation automatically, this water intake system has just formed an energy closed cycle, and the air water-intaking power consumption is only for the heat of transformation of water, and other gas coolings that need have just been saved more, thereby save a large amount of energy, efficiency of producing drinking water also improves greatly.

The foregoing is only the preferred embodiment of patent of the present invention, be not limited to patent of the present invention, for a person skilled in the art, patent of the present invention can have various modifications and variations.All within the spirit and principle of patent of the present invention, any modification of doing, be equal to replacement, improvement etc., within all should being included in the protection domain of patent of the present invention.

Claims

1. an energy circulation formula air energy-saving water fetching device, comprise isolation layer (1) and lower isolation layer (2), it is characterized in that, the pre-cold leg of heat pipe air (3) from left to right vertically is installed between isolation layer (1) and lower isolation layer (2) on described side by side, refrigeration evaporator dehumidifying pipeline section (4) and heat pipe air are for cold leg (5), the pre-cold leg of described heat pipe air (3) top is connected with the top of described heat pipe air for cold leg (5) by a heat pipe gaseous state tube connector (6), the pre-cold leg of described heat pipe air (3) bottom is connected with the bottom of described heat pipe air for cold leg (5) by the liquid tube connector of a heat pipe (7), described refrigeration evaporator dehumidifying pipeline section (4) top connects refrigeration system.

2. energy circulation formula air energy-saving water fetching device according to claim 1, it is characterized in that, described upper isolation layer (1) and lower isolation layer (2) comprise three layers of heat shield: top layer heat shield (11), intermediate layer (12) and bottom heat shield (13), described top layer heat shield (11) and described bottom heat shield (13) are elastomeric material, described intermediate layer (12) foamed plastics for filling.