KR100753260B1 - Appratus of a gathering for salt - Google Patents

Abstract

An apparatus for collecting and sucking salt is provided to remove water, dust or impurities present in a small amount of salt, to prevent salt from breaking down while conveying salt, and to improve the workability. An apparatus for collecting and sucking salt comprises: a cylindrical salt collecting and storing section(11) having a storing space(12) therein, formed in a hopper shape at the bottom thereof, and including a suction pipe(21) for sucking salt in the vertical direction; and a salt sucking unit(15) connected to the top of the storing section by way of a discharge pipe(23) at one side and to the bottom of the storing section by way of an ejection pipe(25) at the other side for conveying salt to a salt storehouse via vacuum suction, wherein the suction pipe of the salt collecting and storing section has an ejection portion(27) having a slot-like hole(28) to eject the salt.

Description

Apparatus of a gathering for salt}

1 is a view schematically showing a vacuum suction hopper vehicle equipped with a conveyor according to the prior art,

2 is a view schematically showing a salt inhalation apparatus according to the present invention,

3 is a perspective view schematically showing a salt inhaler of a salt inhalation device according to the present invention;

4 is an exploded view schematically showing a salt inhaler of a salt inhalation device according to the present invention;

5 is a view schematically showing another embodiment of a salt inhaler of a salt inhalation apparatus according to the present invention;

6 is a view schematically showing a state in which the dye inhaler according to the present invention is installed in a dye transfer device made of a vehicle.

<Explanation of symbols for main parts of the drawings>

10: salt inhalation device, 11: salt storage unit,

12: storage space, 13: door,

15: salt inhaler, 16: rotating body,

16a, 16b: rotating plate, 16c: bulkhead,

16d: suction hole, 18: case,

18a: coupling hole, 18b: outlet,

21: suction pipe, 23: discharge pipe,

25 is a discharge pipe, 27 is a discharge part,

28 hole, 29 transfer pipe,

31: frame, 33: partition,

35: screw, 37: screw case,

40: suction part, 50: driving part,

51: transfer wheel, 70: moving part,

71: conveyor belt, 90: control unit,

91: steering wheel, 100: dye transfer device.

The present invention relates to a salt collection and transfer device of a salt cell, and more specifically, through a salt inhalation device installed in the salt inhaler having a rotating body therein when unloading the salt collected from the crystal of the salt field to the salt storage warehouse By sucking the salt and transporting it to the salt storage warehouse, it is possible not only to remove a small amount of water present in the salt, but also to easily remove dust or impurities in the salt, and to transfer the salt by vacuum and rotation. The present invention relates to a salt inhalation apparatus capable of securing high quality salts by preventing fragments of salts generated during transport.

In general, salt farms are facilities that evaporate and concentrate seawater using natural forces such as the sun and wind power, and consist of reservoirs, evaporation ponds, and crystallized lands. Iii). Roads are laid.

On the other hand, all the facilities of the saltfield are disconnected from the external water by the embankment and the inner dike to prevent invasion of the broth.

Here, the reservoir is where seawater is trapped, and the evaporation basin is where the water is evaporated by sunlight and wind, and the crystallization basin is concentrated by thinning the saturated saturated function in the evaporation basin. It is the place where salt is crystallized and salted, and it is located at the bottom of evaporation paper.

On the other hand, the reservoir is constructed about 1.5 m higher than the highest tide, and the place where the storm contact is like a chuck shaft is firmly constructed and 20 to 30 cm thick on the ceiling and the surface of the embankment. In principle, it should be covered with Santo, but it shall be located in a convenient place for seawater intake in order to divide the salt and the sea, and to store the outland dikes and seawater which play a role of protection.

In addition, the evaporator is divided into a first evaporator of 6 columns and 2 rows and a second evaporator of 4 columns and 4 columns, each of which has a drop of 5 cm or more, and the area of each stage is concentrated in seawater. It decreases down toward the bottom in proportion to the rate.

Here, the second evaporation place is also called a lime pond or a concentrating pond in a foreign country because gypsum precipitates with a difference in solubility.

In addition, salt units that can perform consistent decontamination work, including evaporation and crystallization, and water, water, and shelter, etc., attached thereto, are called partial (usually 5 information). There is an interstitial drainage channel between the wealthy units, which is called unit salt farm by combining several wealthy pools and shared reservoirs.

As described above, the salt salted from the crystallized paper is unloaded and stored in the salt salted salt store every day, and then shipped out of the package in a state of drainage.

Here, the distance from the crystallization ground to the salt storage is generally at least 100 m or more, and the worker carries the unicycle or the trouser to the salt storage through the narrow farm road formed between the crystallization. The dye was collected and transferred in a manner.

In this way, the worker collects and acquires the salt directly from the crystallization place, puts it in a unicycle or pants, and then moves along the farm road to the salt storage warehouse. It is not easy to collect and transport the dye by using, there is a problem that the efficiency of the overall work is deteriorated, such as waste of work time and manpower waste due to the collection and movement of the dye.

On the other hand, in order to solve the problems described above, after the conveyor belt is installed between the crystal paper and the salt storage warehouse has been proposed a transfer system for transferring the salt collected from the crystal paper to the salt storage warehouse through the conveyor belt, The conveyor belt should be connected as much as the distance from the salt storage to the storage warehouse, and the conveyor belt was corroded according to the base of the dyeing, and there was a problem that the transfer of the dyeing was not easy.

In addition, it is not possible to exclude the possibility of inflow of rust oil or lubricating oil, etc. flowing from the conveyor belt, resulting in more damage and contamination of the dye compared to the efficiency of the work, such as deterioration of the overall salt quality due to the collection and transport of the dye. There was a problem.

In order to solve the above problems, as shown in FIG. 1, the main body 300a having the upper and lower narrow body shapes fixed to the hopper fixing table 313 as a predetermined grain storage space on the loading compartment 101 and Upper and lower doors 301 are installed on the left and right sides of the integrated upper cover 302, and an exhaust pipe 304 formed at the bottom end of the upper cover 302 at the rear of the vehicle 100 so as to communicate with the outside is spaced in the main body 300a. When the upper cover 302 is separated from the upper cover 302, the perforated member 303 is installed at the bottom and left and right portions of the predetermined point, and the discharge pipe 306 cut down below the perforated member 303 is external from the inside of the main body 300a. It is projected to communicate with the suction pipe 305, the lower portion of the main body 300a in the hopper lower door box 314 of three grids on the slide type hopper lower door plate (not shown) in the hydraulic compartment separately mounted in the loading compartment 101 The hydraulic cylinder rod (31) and the hydraulic cylinder rod (312) to the hydraulic cylinder holder (31) 5) a blower fan 307 driven by a hopper unit 300 mounted in the vehicle and a blower motor 308 driven by the power of the vehicle is installed at the bottom of the storage compartment 101 to install the exhaust pipe 304 in the blower fan 307. And a power side fleece (not shown), which is connected to the suction part of the hopper lower door box 314 and settled on the bottom of the loading compartment 101, is driven by the power of the vehicle, and the intermediate frame loading compartment of the conveyor frame 202 ( 101) The primary V-belt 206 between the power side fleece (not shown) of the power side fleece stand (not shown) settled on the floor and the intermediate fleece 205 assembled to the lower frame of the front side of the conveyor frame 202 again. ), The conveyor unit to which the secondary V-belt 207 is fastened between the intermediate fleece 205 and the conveyor belt roller pliers 204 assembled to the front side conveyor roller bearings 203 of the conveyor frame 202. The rear side of the 200 is assembled to a hinge piece (not shown) settled on the bottom of the storage compartment 101, and the entire side is a storage compartment ( 101) A vacuum suction hopper vehicle with a conveyor, which is assembled on a hinge (not shown) with a conveyor angle control boom (not shown) and an angle adjustment pin (not shown) on the front side, is proposed. It is designed to load and unload granules of small particles such as feed and sawdust, but to collect and unload grains, salt, feed, sawdust, etc. And there was a problem that it is not easy to unload.

That is, the conventional vacuum suction hopper vehicle equipped with a conveyor is configured to load and unload granules of small particles such as grain, salt, feed, and sawdust, so that the vehicle is collected by the salt containing the trace amount of water during the collection and unloading of the crystallized land. It is corroded.

In addition, there is a problem that it is difficult to provide high-quality salt, such as lowering the product value of salt by crushing the grains of salt when transferring from the crystal pool to the salt storage warehouse, and it is difficult to remove impurities such as dust present in the salt there was.

The present invention has been made in order to solve the problems as described above, when unloading the salt collected in the salt crystal of the salt storage warehouse to the salt storage through the salt suction device having a salt inhaler having a rotating body therein It is possible to remove the small amount of water present in the dyeing by suctioning and transferring it to the salt storage warehouse, as well as to easily remove the dust or impurities present in the dyeing, and to transfer the dyeing process by vacuum and rotation. It is an object of the present invention to provide a salt inhalation device capable of securing a high quality salt by preventing the chipping of salt particles to be broken.

In order to achieve the object as described above, the present invention is a cylindrical body, having a storage space for storing the dyeing therein, the lower portion is formed in a hopper shape, the outer dyeing in the vertical direction in one place of the inner circumference A salt storage unit in which a suction pipe for inhaling is spoken; And one side is connected to the discharge pipe to the upper portion of the salt reservoir, the other side is connected to the discharge pipe to the lower portion of the salt reservoir, the dye inhaler for transferring the salt of the salt reservoir to the salt storage by vacuum and suction; Characterized in that consisting of a configuration including a.

Here, a discharge part having a slot-shaped hole is provided for discharging the dye salt sucked into the suction pipe of the salt reservoir.

And, the lower surface of the salt reservoir is provided with a door that is opened and closed by a vacuum.

On the other hand, the salt inhaler is made of a configuration including a rotating body and a case.

Preferably, the rotating body is a rotating plate formed of a pair of disk-shaped body, a spiral partition wall radially interposed between each of the rotating plate, and a suction hole formed in the center of any one of the rotating plate of the rotating plate Is done.

In addition, the case is formed of a cylindrical body having a shape corresponding to the shape of the rotating body to accommodate the rotating body therein, a coupling hole for coupling the rotating body to the center of the lower surface is formed, the outlet in the side place Is formed.

On the other hand, the dye inhaler further comprises a screw and a screw case accommodating the screw, it is made to suck or discharge the salt by the rotation of the screw.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

2 is a view schematically showing a salt inhalation apparatus according to the present invention, Figure 3 is a perspective view schematically showing a salt inhaler of a salt inhalation apparatus according to the present invention, Figure 4 is a salt inhaler of a salt inhalation apparatus according to the present invention Figure 5 is an exploded view schematically showing, Figure 5 is a view schematically showing another embodiment of the dye inhaler of the dye suction device according to the present invention.

As shown in the figure, the salt inhalation device 10 according to the present invention includes a salt storage unit 11 and a salt inhaler 15.

The salt storage unit 11 is a cylindrical body, and has a storage space 12 of the salt for sucking and storing the salt collected through the crystal paper of the salt battery, and has a hopper shape therein.

On the other hand, the suction pipe 21 made of a pipe in the form of a nozzle in a vertical direction to the place of one side of the salt storage unit 11 in order to suction transfer the collected salt through the crystallization of the salt cell.

Here, the discharge unit 27 for discharging the dye salt sucked and transported to the suction pipe 21 of the salt reservoir (11) is provided. That is, the discharge part 27 is provided in the suction pipe 21 in the longitudinal direction in order to discharge the dyeing of the crystal paper conveyed through the suction pipe 21 of the dye storage reservoir 11.

At this time, the discharge portion 27 is formed through the hole 28 for discharging the dye, the hole 28 has a slot shape in the longitudinal direction of the discharge portion (27).

As described above, the dyeing sucked and transferred through the discharge unit 27 provided in the suction pipe 21 is stored in the storage space 12 of the dye storage unit 11, wherein the upper portion of the suction pipe 21 In place is provided with a suction device including a motor for suction transfer of the salt of the crystallized paper, the air space is formed on the upper portion of the suction portion (40).

In one embodiment of the present invention, a slot-shaped hole 28 penetrates through the discharge portion 27 in the longitudinal direction to discharge the dye, but if it is easy to discharge the dye, the length direction of the discharge portion 27 is easy. It is also possible to form a plurality of holes in the spaced apart.

On the other hand, the lower surface of the salt reservoir (11) is provided with a door 13 that can be opened and closed automatically by a vacuum.

The salt inhaler 15 is connected to the discharge pipe 23 on one side of the upper portion of the salt reservoir 11, the other side is connected to the discharge pipe 25 to the lower portion of the salt reservoir 11, vacuum and The suction of the salt storage unit 11 is transferred to the salt storage warehouse by suction.

That is, the salt inhaler 15 is connected to one side of the discharge pipe 23 to the upper portion of the salt storage unit 11 to suck the salt stored in the storage space 12 of the salt storage unit 11, The other side is connected to the discharge pipe 25 to the lower portion of the salt storage unit 11, it is made to discharge the sucked salt through the discharge pipe (23).

Here, the salt inhaler 15 is made of a configuration including a rotating body 16 and the case 18. That is, the salt inhaler 15 is a spiral partition wall 16c and each rotating plate radially interposed between the rotating plate (16a, 16b) and each of the rotating plate (16a, 16b) formed of a pair of disk-shaped body Rotor 16 including a suction hole 16d formed in the center of any one of the rotating plate 16a and the rotor 16 for accommodating the rotor 16 therein. It is formed of a cylindrical body of a shape corresponding to the shape of, the coupling hole (18a) is formed for the rotation body 16 is coupled to the center of the lower surface, the case in which the discharge port (18b) protruding in the side ( 18).

At this time, the rotating body 16 is rotated by one side of the central portion is connected to the motor (not shown), the inside of the rotating body 16 and the case 18 by the rotation of the rotating body 16 Achieve.

In an embodiment of the present invention, the partition 16c interposed between the pair of rotating plates 16a and the rotating plate 16b is provided in a spiral shape in the rotating body 16. The partition wall 16c interposed between the rotary plate 16a and the rotary plate 16b, which is interposed between the rotary plate 16a and the rotary plate 16b, is interposed between the pair of rotary plate 16a and the rotary plate 16b to form a straight line or S. It is also possible to have a variety of forms, such as a ruler.

Meanwhile, in one embodiment of the present invention, the rotating body 16 and the case 18 are formed in a circular shape, but the rotating body 16 may be formed of a triangular body, a square body, and the like, and the rotating body 16 It is also preferable that the case 18 having the shape of N is also formed in a shape corresponding to the rotating body 16.

By the structure and shape as described above, after the dye is injected through the suction hole (16d) formed in the center of the rotating body 16, the rotating plate (16a) and the rotating plate provided in pairs on the rotating body (16) The dyeing is moved between each of the partitions 16c of the spiral form radially interposed in the space between the 16b, and the dyeings moved between each of the partitions 16c are rotated by the rotation of the rotating body 16, the outlet 18b Is discharged through).

In this way, the salt drawn through the suction hole 16d of the rotating body 16 is rotated through the rotating body 16 and then discharged through the outlet 18b formed in the case 18 and at the same time the outlet 18b. It is conveyed through the discharge pipe 25 is connected to one side thereof.

At this time, by the rotation of the rotating body 16, not only the minute water present in the dyeing is separated from the dyeing by centrifugal force, foreign matter such as dust present in the dyeing is separated from the dyeing.

On the other hand, the discharge pipe 25 connected to the discharge port 18b of the case 18 forms a vacuum during the transfer of the dye.

In one embodiment of the present invention, the salt inhaler 15 is composed of a rotating body 16 and the case 18, but removes a small amount of water in the salt sucked through the suction pipe 21, present in the salt If it is easy to remove foreign substances such as dust, as shown in Figure 5, the dye inhaler 15 is composed of a screw 35 and a screw case 37 for accommodating the screw 35 therein It is also possible.

That is, the salt inhaler 15 is composed of a screw 35 and a screw case 37 including the screw 35, the dye discharged through the discharge pipe 23 is moved through the rotation of the screw to trace the amount of dye It is also possible to remove the water present and to remove foreign substances such as dust contained in the dyeing.

On the other hand, the other end of the discharge pipe 25 connected to the dye inhaler 15 is delivered to the door 13 provided in the lower portion of the salt reservoir (11).

In addition, the discharge pipe 25 delivered to the door 13 is connected to the transfer pipe 29 connected to the salt storage warehouse.

Here, a separate moving means including a wheel is further provided in the lower place of the salt inhalation device 10 may be made to move to the crystal site of the salt cell, or to move to the salt storage warehouse.

Hereinafter, the dye suction and transfer process of the salt suction device 10 according to the present invention will be described.

First, the collected salt is sucked and transported through the crystallization paper of the salt battery through the suction pipe 21 introduced into the salt storage 11 and delivered.

The dyeing of the crystallized paper transferred through the suction pipe 21 is continuously discharged and stored in the storage space 12 of the salt storage unit 11 through the discharge unit 27 provided in the suction pipe 21.

As described above, the salt stored in the salt storage unit 11 is discharged to the salt inhaler 15 through the discharge pipe 23, one end of which is spoken to the upper portion, the other end is connected to the salt inhaler 15 And the transferred and transferred dye is introduced through the suction hole 16d formed at the center of the rotating body 16 of the dye inhaler 15 and then moved between the partition walls 16c by the rotation of the rotating body 16. While being discharged through the outlet 18b.

At this time, the dye discharged through the discharge port 18b of the dye inhaler 15 is moved through the discharge pipe 25 connected to the discharge port 18b, and the dye transferred through the discharge pipe 25 is dye The transfer pipe 29 is connected to the lower portion of the storage unit 11 is transferred to the salt storage warehouse.

Here, the door 13 which is provided in the lower part of the salt storage unit 11 so as to be opened and closed is used for the salt storage in the salt storage warehouse through the discharge tube 25 and the transfer tube 29 in the salt inhaler 15. During the movement, the bottom of the salt reservoir is closed due to the flow of the salt transferred from the salt inhaler 15 to the salt storage warehouse and the wind and the vacuum due to the movement of the salt.

On the other hand, when not driving the dye inhaler 15, the door 13 provided in the lower portion of the salt reservoir 11 is opened, the door 13 is a vacuum in accordance with the operation of the dye inhaler 15 If this occurs, the dye reservoir 11 is closed.

As described above, the salt collected in the crystallization of the salt cell is sucked through the salt inhalation device 10 and then rotated in a vacuum state through the salt inhaler 15 so as to be moved to a salt storage warehouse. Not only can be removed, but also dust or impurities present in the dyeing can be easily removed.

In addition, the transfer operation of the dyeing by the vacuum and rotation is carried out to prevent the debris of the dyeing particles generated during the transfer it is possible to secure a good dyeing.

In one embodiment of the present invention, the salt inhaler 15 is applied to the salt inhalation apparatus 1 for sucking and transporting the salt collected at the crystallization site of the salt cell, but only the salt inhaler 15 is a vehicle for transportation alone. It is also preferably made to suck and transport the grain-shaped load applied to the ship or airplane.

In addition, by applying the salt inhaler 15 alone may be made to suck and transport a variety of grains, and other devices for sucking and transporting grains in the salt inhalation apparatus 1 according to the present invention in the salt inhaler 15 It is also possible to install the bay alone or separately, thereby allowing suction and transfer of the granular load using the vacuum as described above.

6 is a view schematically showing a state in which the dye inhaler according to the present invention is installed in a dye transfer device made of a vehicle.

Referring to FIG. 1 and FIG. 2, as shown in the drawing, in the present embodiment, the dye inhaler 15 of the dye suction device 1 includes a driving unit 50, a moving unit 70, and a controller 90. Including), it is installed in the dye transfer device 100 for collecting the salt of the salt cell.

Here, the salt inhaler 15 is connected to a plurality of frames 31, installed in the salt storage unit 11 is provided with a plate-shaped partition 33 on each side, the salt storage unit is a salt to be sucked from the outside (11) is made to store.

At this time, the lower portion of the dye storage unit 11 is formed in a hopper shape which is formed to be inclined at a predetermined angle.

Here, the door for discharging the dye stored in the storage space 12 in the salt storage unit 11 is preferably provided to be opened, closed.

On the other hand, the salt inhaler 15 is provided in the inside of the salt storage unit 11 is connected to the crystallization of the salt by the suction unit 40 to move the salt inhaled and transported to the salt storage unit (11). In the present embodiment, the salt inhaler 15 is provided inside the salt storage unit 11, but the salt inhaler 15 may be installed at a location outside one side of the salt storage unit 11.

The driving unit 50 is provided in the lower portion of the salt reservoir 11, the transfer wheel 51 for moving the salt stored in the salt reservoir 11 after being sucked through the salt inhaler 15 and the It consists of a motor (not shown) for driving the transfer wheel 51.

On the other hand, between the dye storage unit 11 and the driving unit 50 is provided with a moving unit 70 made of a conveyor belt 71 to move the dye stored in the salt storage unit 11, the moving unit 70 ) Conveyor belt 71 is operably connected to a motor provided in the lower portion of the dye reservoir (11).

In addition, the driving unit 50 and the moving unit 70 are controlled by the control unit 90, the control unit 90 is provided at the end position of the conveyor belt 71 of the moving unit 70 to steer. It comprises a steering wheel 91 for adjusting and a seat for the operator to sit.

Hereinafter, the driving process of the dye transfer device according to the present embodiment.

First, the salt is sucked and collected through the suction unit 40 to the crystal of salt. That is, the salts scattered in the salt cells are collected through the suction unit 40 having a tubular shape in the salt transfer device 100 of the salt cells.

At this time, the salt is sucked into the suction unit 40 is stored in the salt storage unit 11 after the foreign matter such as a small amount of moisture and dust is removed by the salt inhaler 15. That is, the inhaled salt drawn into the suction unit 40 is sucked and introduced through the suction hole 16d of the inhalation inhaler 15 and then rotates inside the case 18 of the rotating body 16. It is moved between each partition 16c and rotated by the rotation of the rotating body 16, and then is discharged to the storage space 12 of the salt reservoir 11 through the discharge port (18b).

As described above, the inhalation hole 16d, which is moved into the rotating body 16 of the inhalation machine 15, is moved between each partition 16c by the rotation of the rotating body 16, and is formed through the center of the suction hole 16d. After the vacuum is maintained on the), it is made to fall to the outlet 18b to separate foreign substances such as traces of moisture and dust present in the dyeing.

In the present embodiment, the salt inhaler 15 installed in the vehicle is composed of a rotating body 16 and the case 18 to separate the water and foreign substances present in the salt, but the salt inhaler 15 is a screw 35 ) And a screw case 37 including the screw 35 is provided to remove the foreign matters such as moisture and dust present in the dyeing while the suction is moved through the rotation of the screw 35. .

As described above, when a proper amount of salt is stored in the storage space 12 of the salt storage unit 11 through the outlet 18b of the salt inhaler 15, the worker transfers the salt of the salt battery through the control unit 90. The device 100 is driven to move the salt storage along the farm road.

At this time, the driving unit 50 is driven and moved under the control of the control unit 90, and the transfer wheel 51 of the driving unit 50 is driven while being driven by driving of the motor under the control of the control unit 90. Done.

Thus, after moving the dye transfer device 100 for collecting the salt of the salt cell to the salt storage, the door 13 is opened and closed on the lower surface formed in the hopper shape in the salt reservoir 11 Opening and discharging the dyeing to be stored in the storage space 12 of the dyeing reservoir 11 to the bottom.

At this time, the moving part 70 formed of the conveyor belt 71 installed in the lower portion of the dye storage unit 11 is driven by a motor, the dye discharged from the dye storage unit 11 is the conveyor belt ( 71 is loaded on, and the loaded salt is moved by the rotation of the conveyor belt 71.

As described above, the salt discharged through the salt storage unit 11 is loaded in the salt storage warehouse by the conveyor belt 71 of the moving unit 70.

Here, the conveyor belt 71 of the moving part 70 is made to adjust the inclination to adjust the inclination of the conveyor belt 71 to store the salt salt loaded on the conveyor belt 71 in the salt storage warehouse. do.

In the present embodiment, the dye stored in the salt storage unit 11 is configured to be stored in the salt storage through the conveyor belt 71, but the salt stored in the salt storage unit 11 through the air (Air) After discharging to the outside and stored in a salt storage, or using a separate connection pipe, it is also possible to form a vacuum to discharge the salt stored in the salt storage unit 11 to the outside, or to discharge into a salt storage. .

On the other hand, in the present embodiment, the salt inhaler 15 is applied to the salt conveying apparatus 100, but is installed in a general cart, a unicycle or a trouser moving by the worker's manpower, so that the inhalation and collection of the salt more easily It can also be made to move after.

In addition, it is also preferable to harvest or collect the grains of grain type using the salt inhaler 15 according to the present invention during the harvesting season which is planted in rice fields or fields to provide various grains of grain shape.

While the exemplary embodiments of the present invention have been described above by way of example, the scope of the present invention is not limited to the specific embodiments, and those skilled in the art are appropriate within the scope described in the claims of the present invention. It will be possible to change.

According to the present invention having the above configuration, the salt is collected through a salt inhalation device installed with a salt inhaler having a rotating body therein when the salt is collected from the crystallization site of the salt field to the salt storage warehouse, and then to the salt storage warehouse. By transporting, it is possible not only to remove a small amount of water present in the dyeing, but also to easily remove dust or impurities present in the dyeing, and to prevent the chipping of the dyeing particles generated during the transfer by carrying out the dyeing operation by vacuum and rotation. It is possible to secure high quality dyeing, increase the amount of work, improve the efficiency of work, and use only the salt inhaler alone to easily remove foreign substances from autumn harvest crops such as rice, barley and soybeans. In addition, the granular loads applied to transportation vehicles, ships or airplanes It can be transferred to the mouth and can achieve the effects of which can be used for many purposes.

Claims (7)

Cylindrical body, having a storage space 12 for storing the dye inside therein, the lower portion is formed in a hopper shape, the suction pipe 21 for sucking the outer dye in the vertical direction to one side of the inner circumference is spoken Salt storage unit 11; And One side is connected to the discharge pipe 23 to the upper portion of the salt reservoir (11), the other side is connected to the discharge pipe 25 to the lower portion of the salt reservoir (11), the salt reservoir by vacuum and suction ( In the salt inhalation apparatus comprising a; salt inhaler 15 for transferring the salt of 11) to the salt storage warehouse, A dye suction device, characterized in that the discharge portion (27) having a slot-shaped hole (28) for discharging the dye salt sucked in the suction pipe (21) of the salt reservoir (11). delete The method of claim 1, The dyeing suction device, characterized in that the lower surface of the salt reservoir (11) is provided with a door (13) which is opened and closed by vacuum. The method of claim 1, The salt inhaler 15 is a salt inhalation device, characterized in that consisting of a configuration including a rotating body (16) and the case (18). The method of claim 4, wherein The rotating body 16 includes rotating plates 16a and 16b formed of a pair of disk-shaped bodies, spiral partition walls 16c radially interposed between the rotating plates 16a and 16b, and the rotating plates. A salt inhalation device comprising: a suction hole (16d) formed through the center of one of the rotating plate (16a) of any one of (16a, 16b). The method of claim 4, wherein The case 18 is formed of a cylindrical body having a shape corresponding to that of the rotating body 16 to accommodate the rotating body 16 therein, and the rotating body 16 is coupled to the center of the lower surface. Bonding hole (18a) is formed, the discharge port 18b, characterized in that the discharge port (18b) protruding in place on the side. The method of claim 1, The dye inhaler 15 further includes a screw 35 and a screw case 37 in which the screw 35 is accommodated, wherein the dye is sucked or discharged by rotating the screw 35. Salt suction device.

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