CN209583682U - Utilize the multistage sink sea water desalination processing unit of combustion heat energy - Google Patents

Abstract

The utility model discloses a kind of multistage sink sea water desalination processing units using combustion heat energy, comprising: recessed endothelium, multiple sinks, recessed crust, connector, ring cover and collection bottle；Wherein, each sink include inclined plate as frustum cone side or cylindrical side and be connected between recessed endothelium and inclined plate as frustum cone side or the bottom plate of annulus；The recessed crust surrounds the recessed endothelium, is connected by connector therebetween；The multiple sink is successively connected on the side wall of the recessed endothelium at intervals by bottom plate, is thus arranged among the space surrounded by the recessed crust and the recessed endothelium；It is threadedly coupled between the ring cover and the top circumference of the recessed crust and the top circumference of the recessed endothelium, thus seals the space；The bottom of the recessed crust is formed with opening, and the collection bottle and the opening are tightly connected.

Description

Utilize the multistage sink sea water desalination processing unit of combustion heat energy

Technical field

The utility model relates to water-treatment technology fields, more particularly to a kind of multistage sink seawater using combustion heat energy Desalt processing device.

Background technique

Island and coastline are nearby one of people's outdoor travel, the important place of exploration, and freshwater resources are rare here, but There are a large amount of seawater, seawater cannot directly drink biology to mankind etc. drinking-water cause extreme difficulties, on the spot to seawater into Row desalt processing be can yet be regarded as a kind of mode for preferably obtaining fresh water.There is volume more in the existing device for carrying out desalt processing to seawater Greatly, the problem of cannot being convenient for carrying, and higher cost, desalt processing are inefficient.

Consequently, it is desirable to which one kind is at low cost, be convenient for carrying, desalt processing is high-efficient, utilizes sufficient seawater to combustion heat energy Desalting plant.

Utility model content

In order to overcome the deficiencies in the prior art, the utility model provides a kind of multistage sink using combustion heat energy Sea water desalination processing unit and its application method.

One side according to the present utility model provides a kind of multistage sink sea water desalination processing using combustion heat energy Device, comprising: recessed endothelium 10, multiple sinks (11,11 '), recessed crust 12, connector 13, ring cover 14 and collection bottle 15；

Wherein, each sink (11,11 ') includes inclined plate 112 as frustum cone side or cylindrical side and is connected in recessed Between skin 10 and inclined plate 112 as frustum cone side or the bottom plate 113 of annulus；

The recessed crust 12 surrounds the recessed endothelium 10, is connected by connector 13 therebetween；The multiple sink (11,11 ') it is successively connected on the side wall of the recessed endothelium 10, is thus arranged in by described recessed at intervals by bottom plate 113 Among the space that crust 12 and the recessed endothelium 10 are surrounded；

Screw thread between the top circumference of the top circumference and the recessed endothelium 10 of the ring cover 14 and the recessed crust 12 Connection, thus seals the space；

The bottom of the recessed crust 12 is formed with opening, and the collection bottle 15 is tightly connected with the opening.

An embodiment according to the present utility model, the recessed endothelium 10 and recessed crust 12 are essentially conical side surface or ball Face.

An embodiment according to the present utility model, 113 bottom plate of bottom plate tilts down, thus as inverted round stage Side.

An embodiment according to the present utility model, the collection bottle 15 are tightly connected with the open-top screw thread.

An embodiment according to the present utility model, the recessed endothelium 10, multiple sinks (11,11 '), recessed crust 12, Connector 13, ring cover 14 and collection bottle 15 are made of stainless steel.

Another aspect according to the present utility model also provides a kind of method for desalting seawater, including to described in the utility model The multistage sink sea water desalination processing unit using combustion heat energy carry out heating to handle seawater, such as by combustion gas, plant Body, solid fossil fuels are placed in recessed endothelium 10 and carry out combustion heating.

An embodiment according to the present utility model, the method for desalting seawater further include dripping in the collection bottle 15 Enter edible oil.

The utility model has the advantages that multistage sink increases water surface area in the utility model, evaporation process is accelerated；Burning is every one The layer recessed endothelium of stainless steel material accelerates evaporation of seawater directly to heating of seawater；Sink increases Water vapor condensation area；Entirely Device is hollow to float on whole device on the water surface, can be recessed outer subcutaneous by combustion heating seawater on the upside of recessed endothelium Side can cool down to Water vapor condensation main region by seawater, conducive to the condensation of vapor；It is open structure above recessed endothelium, Conducive to the progress of burning；Device inner sealing keeps pressure in device larger with the progress of evaporation, is conducive to evaporation process.In addition The present apparatus can be according to water requirement making device size, and weight is small, is convenient for carrying, at low cost.

Detailed description of the invention

Fig. 1 is the multistage sink sea water desalination processing dress using combustion heat energy according to one embodiment of the utility model The structural schematic diagram set.

Fig. 2 is shown according to the recessed endothelium of one embodiment of the utility model and the structure of a sink connected to it It is intended to.

Specific embodiment

The utility model is described in further detail in the following with reference to the drawings and specific embodiments, but not as practical to this Novel restriction.

Fig. 1 is the multistage sink sea water desalination processing dress using combustion heat energy according to one embodiment of the utility model The structural schematic diagram set.Fig. 2 is the recessed endothelium and a sink connected to it according to one embodiment of the utility model Structural schematic diagram.

As illustrated in fig. 1 and 2, the utility model can wrap using the multistage sink sea water desalination processing unit of combustion heat energy Include recessed endothelium 10, multiple sinks (11,11 '), recessed crust 12, connector 13, ring cover 14 and collection bottle 15.Below with reference to attached Figure illustrates all parts.

Recessed endothelium 10 can be essentially conical side surface or spherical surface；Recessed crust 12 is placed around recessed endothelium 10.Therefore, phase Ying Di, recessed crust 12 also may be substantially of conical side surface or spherical surface, and only its radius or volume are greater than recessed endothelium 10, thus exist Therebetween a space is formed.

As shown, it is formed with connector 13 in the space that both recessed endothelium 10 and recessed crust 12 are formed, the connection Part for example can be to be made of stainless steel material cylindrical body, and both ends are fixed on the downside of recessed endothelium 10 and the upside of recessed crust 12 Thus face branch concave endothelium 10 and consolidates the space.Such as multiple connectors can be set, such as be evenly spaced apart setting 2 It is a, 3 or 4.The setting of connector 13 should not interfere the setting of sink (11,11 ').In addition, recessed endothelium 10 and recessed crust Both 12 can for example be made of metal such as stainless steel.

With reference to Fig. 1, multiple sinks (11,11 ') are arranged in the space that both recessed endothelium 10 and recessed crust 12 are formed, More specifically, multiple sinks (11,11 ') are successively arranged at intervals on the downside of recessed endothelium 10.Two are shown in Fig. 1 Sink (11,11 '), it should be appreciated that the number of sink can according to need and change.

Fig. 2 is the structural schematic diagram of recessed endothelium and a sink connected to it according to an embodiment.It should Understand, illustrate a sink and be intended merely to more easily illustrate the utility model, similar multiple sinks can be set.With reference to figure 2, each sink (11,11 ') include as frustum cone side or cylindrical side inclined plate 112 (inclination of inclined plate 112 is shown to extend in Fig. 2, Therefore formed frustum cone side) and be connected between recessed endothelium 10 and inclined plate 112 as frustum cone side or the bottom plate 113 of annulus (inclined plate 112 is shown in Fig. 2 and tilts down extension, therefore forms frustum cone side).

In this way, bottom plate 113 and inclined plate 112 constitute the sink with a constant volume, Ke Yiyong by recessed endothelium 10 Seawater to accommodate certain is evaporated.Bottom plate 113 tilts down extension, be thus formed in bottom plate 113 lateral surface and Condensed water on the lateral surface of inclined plate 112 can hurtle down onto recessed crust 12.

Bottom plate 113 can also horizontally extend in the middle part of the inner surface of recessed endothelium 10, and such bottom plate 113 is formed as annulus Shape.Inclined plate 112 can also be extended vertically upward since bottom plate 113, and such inclined plate 112 may be constructed cylindrical side or column Body side surface.

Angle that position that connector 13, bottom plate 113 are contacted with the downside surface of recessed endothelium 10, bottom plate 113 tilt down, The height that inclined plate 112 upwardly extends appropriate can be arranged, so that not interfering the evaporation of seawater in multiple sinks and being condensed into It is quasi-.

With reference to Fig. 1, the top circumference and the recessed endothelium 10 of the ring cover 14 of the utility model and the recessed crust 12 It is threadedly coupled between top circumference, thus seals the space.Such as the top circumference of the internal diameter of ring cover and recessed endothelium 10 Internal diameter is suitable, and the outer diameter of ring cover 14 is suitable with the internal diameter of top circumference of recessed crust 12.In recessed endothelium 10 and recessed crust 12 It is formed with screw thread on the respective lateral surface (for the space) of top circumference, correspondingly in the inner circumferential flange of ring cover Outside and peripheral outer lips inside on form corresponding screw thread, therefore can be connected through a screw thread, using ring cover 14 come spiral shell Line connects both recessed endothelium 10 and recessed crust 12, and seals the space.

As shown in Figure 1, the bottom of the recessed crust 12 is formed with opening, the collection bottle 15 connects with opening sealing It connects, such as can be tightly connected by screw thread.The collection bottle 15 can also for example be made of metal material such as stainless steel. Water evaporation in collection bottle 15 in order to prevent can instill edible oil in collection bottle 15.Edible oil is diffused in fresh water face in this way Upper formation oil film, prevents water evaporation.

Illustrate handling using the multistage sink sea water desalination processing unit of combustion heat energy using the utility model below Seawater, to prepare fresh water.

In use, collection bottle 15 is connect by spiral with recessed crust 12 by user first, seawater is injected into sinks at different levels, Notice that seawater not overflow outside sink in the process；Then seal endothelium crust and ring cover 14 by spiral, by whole device It is put in seawater, since device is hollow, so whole device can float on the water surface, intradermal side is put into combustible and lights inside, Burning accelerates the evaporation of seawater, and vapor condenses on the outside of ring cover, recessed crust upper side, sink, and flows into collection bottle 15 In.

In the present invention, multistage sink increases water surface area, accelerates evaporation process；Burn alternating floor stainless steel The recessed endothelium of material accelerates evaporation of seawater directly to heating of seawater；Sink increases Water vapor condensation area；Whole device is hollow Float on whole device on the water surface, recessed endothelium upper side can be by combustion heating seawater, and recessed crust downside can To be cooled down by seawater to Water vapor condensation main region, conducive to the condensation of vapor；It is the open structure of spill above recessed endothelium, Conducive to the progress and heating of burning, such as it can prevent external environment such as wind or seawater influence from burning；Device inner sealing, With the progress of evaporation, keep pressure in device larger, is conducive to evaporation process.In addition the present apparatus can be big according to water requirement making device It is small, and weight is small, is convenient for carrying, it is at low cost.

The above is only the preferable embodiment of the utility model, not appoints to the technical solution of the utility model What formal limitation.All to make any simple modification to above embodiments according to the technical essence of the utility model, form becomes Change and modify, each falls within the protection scope of the utility model.

Claims (5)

1. a kind of multistage sink sea water desalination processing unit using combustion heat energy, comprising: recessed endothelium (10), multiple sinks (11, 11 '), recessed crust (12), connector (13), ring cover (14) and collection bottle (15)；

Wherein, each sink (11,11 ') includes inclined plate (112) as frustum cone side or cylindrical side and is connected to recessed endothelium (10) between inclined plate (112) as frustum cone side or the bottom plate (113) of annulus；

The recessed crust (12) surrounds the recessed endothelium (10), is connected by connector (13) therebetween；The multiple sink (11,11 ') it is successively connected on the side wall of the recessed endothelium (10), is thus arranged in by institute at intervals by bottom plate (113) It states among the space that recessed crust (12) and the recessed endothelium (10) are surrounded；

Spiral shell between the top circumference of the top circumference and the recessed endothelium (10) of the ring cover (14) and the recessed crust (12) Line connection, thus seals the space；

The bottom of the recessed crust (12) is formed with opening, and the collection bottle (15) and the opening are tightly connected.

2. the multistage sink sea water desalination processing unit according to claim 1 using combustion heat energy, wherein described recessed interior Skin (10) and recessed crust (12) are essentially conical side surface or spherical surface.

3. the multistage sink sea water desalination processing unit according to claim 1 using combustion heat energy, wherein the bottom plate (113) bottom plate tilts down, thus as the side of inverted round stage.

4. the multistage sink sea water desalination processing unit according to claim 1 using combustion heat energy, wherein described catchment Bottle (15) and the open-top screw thread are tightly connected.

5. the multistage sink sea water desalination processing unit according to claim 1 using combustion heat energy, wherein described recessed interior Skin (10), multiple sinks (11,11 '), recessed crust (12), connector (13), ring cover (14) and collection bottle (15) are by stainless Steel is made.