CN205328648U

CN205328648U - Sea water atomizing purifier

Info

Publication number: CN205328648U
Application number: CN201620107001.0U
Authority: CN
Inventors: 吴晓峰
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-01-29
Filing date: 2016-01-29
Publication date: 2016-06-22
Anticipated expiration: 2026-01-29

Abstract

The utility model relates to a sea water atomizing purifier, including the body, fix this internal branch, set up heater on branch, set up at the inside condenser pipe of body, set up in the cone of converging of condenser pipe lower extreme, set up converge a section of thick bamboo and the export and the communicating outlet pipe of a section of thick bamboo that converges through a lower extreme that converges at the cone lower extreme that converges, body inner space intercommunication has the inlet tube, the body bottom is provided with the discharge gate, is provided with the switch on the discharge gate, the utility model discloses an efficiency is higher, and is comparatively fast fast from sea water preparation fresh water.

Description

Sea water atomization purifier

Technical field

This utility model relates to sea water purifier, specifically, is that a kind of efficiency is higher, sea water atomization purifier faster。

Background technology

Along with the fast development of industry and warming of weather, the shortage of freshwater resources becomes clear day by day。Particularly in some hinterland and desert area, the poor of fresh water particularly protrudes, and has had a strong impact on the development of industrial or agricultural and the quality of life of people。It is, thus, sought for new water source。It is known that sea water is inexhaustible water resource。But owing to sea water containing salt, it is impossible to be directly used in industrial and agricultural production, more cannot be used in the life of people。

Due to reasons such as industrial pollution, current freshwater resources anxiety problem manifests gradually, and water-saving concept is very universal。But, even if using water wisely, due to the finiteness of freshwater resources, and the continuation of industrialized production expands, and freshwater resources still can face the danger exhausted。

And in the coastal area of some shortage freshwater lakes, or shipping field, in the various desalinization scheme of exploration and practice；Most commonly seen is membrane filtration formula desalination system, though it can be filtrated to get comparatively pure fresh water, but the rate of filtration is very slow, is unfavorable for extensive filtration。Additionally having some distillation type seawater desalination systems, it makes sea water pass through distillator, and heats distillator by various modes, makes sea water by distillation, thus obtaining pure fresh water。But it is in common sea water by distillation process, it usually needs consume more energy and be heated, relatively costly。

For the system adopting solar energy to be heated, its primary structure principle is, make the sunning water pool of direct irradiation of sunlight larger area, it is black bottom sunning water pool, makes sea water evaporate under larger area, and the steam introducing fresh water collecting apparatus by means of evaporation is collected, but under this kind of system, owing to sea water programming rate is very slow, its evaporation rate is also extremely limited, and desalination efficiency is also relatively low。

The mode of this desalinization, although a part of energy can be saved, but inefficient, and purification speed is relatively slow, and there is the influence factor of Changes in weather。

Utility model content

It is higher that the technical problems to be solved in the utility model is to provide a kind of efficiency, sea water atomization purifier faster。

Content of the present utility model is that it is included body, is fixed on intrinsic pole, the heater being arranged on pole, the condensing tube being arranged on body interior, is arranged on the cone of confluxing of condensing tube lower end, is arranged on conflux cylinder and the outlet pipe that communicated with the cylinder that confluxes by the outlet of a lower end of confluxing of cone lower end of confluxing, described intracorporeal space is communicated with water inlet pipe, described body bottom portion is provided with discharging opening, and discharging opening is provided with switch。

Being provided with air exhauster on described body, described condensing tube two ends are fixed with overhead gage, and air exhauster connects with overhead gage upper space。

Described condensing tube two ends are respectively arranged with cooling water inlet pipe and cooling water outlet tube。

Described condensing tube is fixed on body by overhead gage。

Described cone of confluxing is fixed on body by support bar。

Described cone upper end of confluxing is fixed with lower baffle plate。

The lower end of described cone of confluxing is provided with open-work。

The beneficial effects of the utility model are, the this utility model heating by heater, the boiling point of sea water reduces, and sea water, under the heating of heater, evaporates, water vapour condenses after running into condensing tube, condensed water enters into by open-work conflux in cylinder along condensing tube and cone of confluxing, and reaches after to a certain degree, disposable enters into outlet pipe outflow by exporting, salinity material buildup after seawater condensing, at body bottom portion, is discharged by discharging opening。

Efficiency of the present utility model is higher, prepares fresh water faster from sea water。

Accompanying drawing explanation

Accompanying drawing is structural representation of the present utility model。

In the drawings, 1 body, 2 overhead gages, 3 cooling water outlet tubes, 4 cooling water inlet pipes, 5 condensing tubes, 6 conflux cone, 7 support bars, 8 open-works, 9 collect cylinder, 10 outlets, 11 heaters, 12 outlet pipes, 13 lower baffle plates, 14 air exhausters, 15 water inlet pipes, 16 poles, 17 discharging openings。

Detailed description of the invention

As shown in drawings, this utility model includes body 1, the pole 16 being fixed in body 1, the heater 11 being arranged on pole 16, be arranged on the condensing tube 5 within body 1, be arranged on the cone 6 of confluxing of condensing tube 5 lower end, be arranged on the cylinder 9 and by the outlet pipes 12 that communicate with the cylinder 9 that confluxes of outlet 10 of cylinder 9 lower end of confluxing of confluxing of cone 6 lower end of confluxing, in described body 1, space is communicated with water inlet pipe 15, it is provided with discharging opening 17 bottom described body 1, discharging opening 17 is provided with switch。

Being provided with air exhauster 14 on described body 1, described condensing tube 5 two ends are fixed with overhead gage 2, and air exhauster 14 connects with overhead gage 2 upper space。

Described condensing tube 5 two ends are respectively arranged with cooling water inlet pipe 4 and cooling water outlet tube 3。

Described condensing tube 5 is fixed on body 1 by overhead gage 2。

Described cone 6 of confluxing is fixed on body 1 by support bar 7。

Described cone 6 upper end of confluxing is fixed with lower baffle plate 13。

The described lower end confluxing cone 6 is provided with open-work 8。

This utility model heating by heater 11, the boiling point of sea water reduces, sea water is under the heating of heater 11, evaporation, water vapour runs into condensation after condensing tube 5, and condensed water is entered into by open-work 8 along condensing tube 5 and cone 6 of confluxing and confluxes in cylinder 9, reach after to a certain degree, disposable entering into outlet pipe 12 and flow out by exporting 10, the salinity material buildup after seawater condensing, bottom body 1, is discharged by discharging opening 17。

Described condensing tube 5 two ends are fixed with overhead gage 2, body interior space is divided into upper and lower two-layer by overhead gage 2, lower floor is heating-condensing district, upper strata is low-pressure area, after air exhauster 14 is bled, the steam of lower floor accelerates by condensing tube 5 only by condensing tube 5, and the pressure in body 1 is reduced, accelerate condensation, improve condensation effect。

This utility model adopts and confluxes cylinder 9 to collect condensed water, and just starts, by collecting, the outflow that discharges water after to a certain degree, it is ensured that the condition of the interior relative closure of body 1 of the present utility model, it is ensured that air exhauster 14 of the present utility model plays a role。

Condensing tube of the present utility model 5 is built with cold water, and logical supercooled water inlet pipe 4 and cooling water outlet tube 3 are circulated flowing, it is ensured that condensing tube 5 plays a role。

Cone 6 upper end of confluxing of the present utility model is fixed with lower baffle plate 13, it is ensured that the water falling into cone 6 of confluxing is unlikely to again to evaporate to become steam。

Claims

1. a sea water atomization purifier, it is characterized in that, including body, it is fixed on intrinsic pole, the heater being arranged on pole, the condensing tube being arranged on body interior, is arranged on the cone of confluxing of condensing tube lower end, is arranged on conflux cylinder and the outlet of a lower end communicates with the cylinder that confluxes by confluxing the outlet pipe of cone lower end of confluxing, described intracorporeal space is communicated with water inlet pipe, described body bottom portion is provided with discharging opening, and discharging opening is provided with switch。

2. sea water atomization purifier as claimed in claim 1, is characterized in that, described body is provided with air exhauster, and described condensing tube two ends are fixed with overhead gage, and air exhauster connects with overhead gage upper space。

3. sea water atomization purifier as claimed in claim 1, is characterized in that, described condensing tube two ends are respectively arranged with cooling water inlet pipe and cooling water outlet tube。

4. sea water atomization purifier as claimed in claim 2, is characterized in that, described condensing tube is fixed on body by overhead gage。

5. the sea water atomization purifier as described in any one of claim 1-4, is characterized in that, described in cone of confluxing be fixed on body by support bar。

6. the sea water atomization purifier as described in any one of claim 1-4, is characterized in that, described in cone upper end of confluxing be fixed with lower baffle plate。

7. the sea water atomization purifier as described in any one of claim 1-4, is characterized in that, described in the conflux lower end of cone be provided with open-work。