KR20100009815A

KR20100009815A - Apparatus preserving sea water for salt pan

Info

Publication number: KR20100009815A
Application number: KR1020080070620A
Authority: KR
Inventors: 이상학
Original assignee: 이상학
Priority date: 2008-07-21
Filing date: 2008-07-21
Publication date: 2010-01-29

Abstract

The present invention relates to salt-delivering seawater stored in rainy weather or at night and then supplying seawater stored in rainy weather or daytime to salt plates. More specifically, the present invention relates to unsanitary soils and stones that have sunk underneath. It relates to a salt bath that prevents sediment from feeding into the salt plate.

The present invention is buried in the pool between the waterway 30, 40 of the final salt plate 10 and the previous salt plate 20, the main body 50 having both inclined portions (51); A roof (60) installed on an upper portion of the sea body (50); A suction pipe 70 installed vertically at the center of the sea main body 50 to be supported on the roof 60 with its inlet spaced apart from the bottom by an appropriate height H so as not to inhale sediment; An underwater pump (80) installed at an inlet of the suction pipe (70) to suck sea water; It is connected to the outlet of the suction pipe 70 is configured to include a discharge pipe 90 for directly supplying the seawater to the salt plate (10).

Description

The salt seaweed {APPARATUS PRESERVING SEA WATER FOR SALT PAN}

In general, in order to produce sun salt, salt water is supplied to salt plates divided into multiple stages in salt fields, and salt salts are gradually increased by evaporating the sea water in the first, second, third and fourth stages, respectively. Next, the salt crystals determined in the final salt plate are harvested.

Meanwhile, as shown in FIG. 1, a pool is formed between the water channels 3 and 4 of the final salt plate 1 and the previous salt plate 2, and when necessary, such as rainy weather or nighttime according to weather conditions, After rainy weather or during the day, a salt seam is installed to supply the stored seawater back to the salt plate (1).

As shown in FIG. 1 for the conventional salt filling, the main body 5, which is embedded in the pond of the salt field and has both inclined portions 5a and the central sedimentation portion 5b, the central portion of the main body 5 The suction pipe 6 is installed vertically and the inlet is disposed in the settling section 5b, the pump 7 connected to the outlet of the suction pipe 6, and connected to the outlet of the pump 7 to channel the seawater 3 Discharge pipe (8) to be supplied to the upper body (5) is installed on the roof 9 to block rainwater inflow.

As is well known in the sea main body (5) of the salt for seawater, the seawater of the salt plate (1) (2) is introduced through the water channel (3) (4) during rainy weather or at night, and the pump (7) after rain or rain When driven, seawater is supplied to the water channel 3 through the suction pipe 6 and the discharge pipe 8, and the seawater supplied to the water channel 3 is supplied to the salt plate 1 again. At this time, the seawater stored in the Haeju main body (5) includes foreign matter such as soil or stone, such unsanitary foreign matter is precipitated to the lower sedimentation portion (5b) of Haeju main body (5), while the waterway (3) Foreign material will be present.

However, since the lower inlet of the conventional suction pipe 6 configured as described above is installed close to the bottom of the sedimentation tank 5b of the Haeju main body 5, it is settled on the Haeju main body 5 when the pump 7 is driven. Unsanitary sediment is sucked into the inlet of the suction pipe 6 together with the sea water, and the precipitate sucked into the suction pipe 6 is discharged into the water channel 3 together with the sea water through the discharge pipe 8, and thus the water channel 3 The sediment discharged by the is discharged back to the salt plate (1) together with the foreign matter present in the water channel (3) is contained in the salt crystal component as it is, as a result there was a problem that can not produce a clean and sanitary natural salt.

An object of the present invention is to invent the conventional drawbacks as described above, to improve the structure of the seashore to prevent the unsanitary sediment, such as soil or stones that are sinking in the seawater to be supplied to the salt plate. It is to provide a saltproofing to make it possible to produce a cleaner and hygienic natural salt through this.

In order to achieve the above object, the present invention embeds a seawater storage seawater body in a puddle between the final salt plate and the previous salt plate, and installs a roof to block rainwater inflow on an upper portion of the seawater body, and the center of the seawater body. The suction pipe is installed vertically inside, but the inlet of the suction pipe so that the sediment is not sucked, suspended from the bottom of the main body by a suitable height, suspended on the roof, and installs an underwater pump for sucking the sea water at the inlet of the suction pipe, The outlet of the suction pipe is connected to the discharge pipe that supplies the seawater directly to the salt plate.

According to the salt sea salt of the present invention can prevent the supply of unsanitary sediment, such as soil or stone submerged in the seawater to the salt plate, through which the effect of producing a more clean and hygienic sun salt have.

Hereinafter, the technical configuration of the present invention according to the accompanying drawings in detail.

As shown in Figure 2 for the salt of the present invention, the seam main body having both sides inclined portion 51 is buried in a pond between the channels (30, 40) of the final salt plate 10 and the previous salt plate 20 50; A roof (60) installed on an upper portion of the sea body (50); A suction pipe 70 installed vertically at the center of the sea main body 50 to be supported on the roof 60 with its inlet spaced apart from the bottom by an appropriate height H so as not to inhale sediment; An underwater pump (80) installed at an inlet of the suction pipe (70) to suck sea water; It is characterized in that it comprises a discharge pipe 90 is connected to the outlet of the suction pipe 70 to supply the seawater directly to the salt plate 10.

Here, by storing the seawater during rainy weather or at night as it is well known to salt the salt of the present invention by supplying the seawater stored in rainy weather or daytime back to the salt plate 10, the main body for salting of the present invention (50) , Roof 60, suction pipe 70, the submersible pump 80 and the discharge pipe 90 is largely composed.

The Haeju main body 50 is buried in the pool between the waterway 30, 40 of the final salt plate 10 and the previous salt plate 20, the inclined portion 51 on both sides of the lower side of the Haeju main body 50 Is formed, the sea main body 50 is introduced into the seawater of the salt plates 10, 20 during the rainy weather or at night through the channels 30 and 40. At this time, the seawater stored in the Haeju main body 50 includes a foreign material such as soil or stone, such an unsanitary foreign matter is precipitated to the lower portion of the Haeju main body 50, the foreign matter is present in the waterway (30). .

The roof 60 is to be installed on the top of the main body 50, such a roof 60 to block rain water from entering the main body 50 in the rain.

The suction pipe 70 is installed perpendicular to the central portion of the Haeju main body 50, the inlet of the suction pipe 70 is installed in a state spaced apart from the bottom by a suitable height (H) so that the precipitate is not sucked, The upper portion of the 70 is supported in a suspended state on the roof 60 through the support member 71.

The submersible pump 80 is installed at the lower inlet of the suction pipe 70, the submersible pump 80 sucks sea water.

The discharge pipe 90 is connected to the upper outlet of the suction pipe 70, this discharge pipe 90 supplies the seawater directly to the salt plate (10). At this time, according to a preferred embodiment of the present invention, the discharge pipe 90 is characterized in that made of a vinyl hose for easy installation and cost saving and cleaning and preventing the inhalation of foreign substances and easily replaceable when necessary.

If necessary, such as rainy weather or night weather according to the present invention for the salt seaway of the present invention configured as described above, by supplying the seawater of the salt plates 10, 20 to the seawater body 50 through the water channel 30, 40 After storage, in the rain or during the day, the seawater stored in the Haeju main body 50 is again supplied to the salt plate 10 as in the prior art.

However, in the present invention, the lower inlet of the suction pipe 70 is spaced apart by the appropriate height (H) from the bottom of the main body 50 so that the sediment settled on the bottom of the main body 50 is not sucked into the suction tube 70. Since the submersible pump 80 is installed under the suction pipe 50, and the discharge pipe 90 connected to the outlet of the suction pipe 70 supplies the seawater directly to the salt plate 10, As an unsanitary precipitate can be prevented from being supplied to the salt plate (10).

That is, according to the salt seawater of the present invention, when the underwater pump 80 is driven, unsanitary sediment deposited on the seawater main body 50 is not sucked into the suction pipe 70 but only the sea water is sucked into the suction pipe 70. The seawater sucked into the suction pipe 70 is discharged to the salt plate 10 directly through the discharge pipe 90 without being discharged to the water channel 30.

Therefore, according to the present invention can be prevented from being supplied to the salt plate 10, the unsanitary sediment such as soil or stone submerged under the main body 50 structurally included in the sea water and the foreign matter of the water channel 30 Because of this, as a result there is an advantage that can produce a more clean and hygienic natural salt.

1 is a cross-sectional view showing a conventional salt seam.

Figure 2 is a cross-sectional view showing the salt seam of the present invention.

10: salt plate 20: salt plate

30,40: Channel 50: Haeju Body

51: slope 60: roof

70: suction pipe 80: submersible pump

90: discharge pipe

Claims

Haeju main body 50 is embedded in the pond between the waterway 30, 40 of the final salt plate 10 and the previous salt plate 20 having both inclined portions (51); A roof (60) installed on an upper portion of the sea body (50); A suction pipe 70 installed vertically at the center of the sea main body 50 to be supported on the roof 60 with its inlet spaced apart from the bottom by an appropriate height H so as not to inhale sediment; An underwater pump (80) installed at an inlet of the suction pipe (70) to suck sea water; Is connected to the outlet of the suction pipe (70) salt water containing a discharge pipe 90 for supplying the sea water directly to the salt plate (10).

The salt discharge of claim 1, wherein the discharge pipe (90) is made of a vinyl hose.