KR20090120372A - Salt collection device for salt pan - Google Patents

Abstract

PURPOSE: A salt collection apparatus for a salt pan is provided to collect the salt of a natural saltpan quickly with smaller man power by comprising a fixed rope and a power supply unit. CONSTITUTION: A salt collection apparatus for a salt pan comprises the followings. A salt collection unit(11) is long formed in a direction orthogonal to the direction of collecting the salt of a natural saltpan and moves as contacting with the bottom surface of the natural saltpan to collect the salt. One end of a rope(12) is fixed to the salt collection unit. A power supply unit provides the power for pulling the rope connected to the salt collection unit so that the salt collection unit can move in the state of being contacted with the bottom surface of the natural saltpan.

Description

Salt collection device for salt pan}

The present invention relates to a salt collecting device for salt. In particular, the present invention can not only quickly scrape the salt of the natural salt crystallization with a small manpower, but also to freely change the position and direction of the power source and salt collector to minimize the manpower for the position or direction of the engine or salt collector It relates to a salt collecting device for salt that can be used to scrape salt while moving all the crystallization in the salt salt.

In general, the natural salt obtained from the sea is made of salt by sea salt, and when the tide comes in, it is confined in salt water and exposed to the sun to evaporate. The salt contained in the sea water is determined and made of salt. Dol salt) refers to the formation of crystal salt deposited in the ground due to the evaporation of terrestrial water or seawater due to crustal changes.

The sun salt farm producing the sun salt is composed of salt reservoir, road, etc. together with reservoir, evaporation place and crystal land. It is disconnected.

The evaporation area is composed of ten tiers to control the natural flow of seawater, and each stage is divided into several possessions so as to facilitate the operation by storing the function by concentration. Inside the salt field, various waterways such as a water channel, a water channel, a drainage channel, a water channel, a reverse channel, and water flows are provided.

Salt produced in the crystallization of the natural salt field as described above is collected by manpower and then transported through the furnace in the salt field to be stored in the salt dump, and the salt contained in the salt while the salt dumped out while stored in the salt dump. Are packed in units and released to the market.

In order to efficiently collect the salt of the crystallized land, conventionally, a salt transporting truck moving on the rail of a natural salt field transfers the salt collected from the crystallized land to the salt yard (Korean Registered Utility Model No. 20-0398558). Has been developed, but nonetheless still uses only primitive tools, such as manpower and rubber rags, to gather the salt from the crystals in one place.

According to the present invention, a salt collector that substantially scrapes salt from crystallized lands is moved within a salted salt crystallized land by using a power source such as a motor or various engines, and the salt of the salted salted salted salt is changed by using power of a motor or various engines. Its purpose is to be able to scrape quickly.

In addition, the present invention can easily change the position and the working direction of the power source and the salt collector, such as a motor or engine, so as to change the position of the power source and the salt collector such as the motor or engine and the work direction by these Its purpose is to make it possible to scrape salt while easily moving a large number of crystallographic sites in the salt field while reducing manpower.

In addition, the present invention is to enable the salt collector to be raised or lowered to a certain height to minimize the damage of the salt collector and sun salt bottom in the process of moving the salt collector.

Salt collecting device for salt according to the present invention for achieving the object as described above is formed long in a direction orthogonal to the direction for scraping the salt of the salt salt of the sea salt while moving in contact with the bottom surface of the crystal salt of salt salt A salt collector that scrapes salt from the salt crystals; A rope whose end is fixed to the salt collector; And a power source providing power to pull the rope connected to the salt collector so that the salt collector can scrape the salt of the crystallized crystal while moving in contact with the crystallized bottom surface of the solar salt. Salt can be raked by power rather than by gravity.

Two sets of two vertical supports are formed at regular intervals in the center of the salt collector, and one end of the two horizontal supports is rotated between the two vertical supports forming each group. The other end thereof is disposed to face forward and backward, and wheels for supporting the salt collector are installed on the other end of each horizontal support, and a rotating shaft or a fixed shaft is upwardly formed at the other end of the horizontal support forming the pair. The upper end of the rotation shaft is rotatably coupled, and the upper end of the fixed shaft is provided with a fixing groove for engaging with the fixing protrusion of the adjustment lever, so that the salt of the crystallized salt is collected only while the salt is collected. When the picker touches the bottom of the crystallization paper and moves the salt picker, it can reduce the unnecessary friction of the salt picker. The.

A handle for lifting the salt collector or attracting the salt collector is formed at the top of the salt collector so that the salt collector can reach the bottom surface of the crystal paper with a small force, and the movement can move the salt collector. .

형상으로 이루어지고, 상기 소금 채집기의 전방 내면과 후방 외면에는 천일염전의 결정지 바닥면에 맞닿을 수 있는 고무판이 하향지게 고정되므로 결정지의 소금을 채집하는 동안 결정지 바닥면과 소금 채집기와의 마찰을 최소한으로 줄일 수 있을뿐더러 결정지의 소금을 남김없이 긁어모을 수 있다.The salt collector is a vertical longitudinal section

It is formed in a shape, and the rubber plate which is in contact with the bottom surface of the salt salt of the salt collector is fixed downward on the front inner surface and the rear outer surface of the salt collector, so that the friction between the crystal bottom surface and the salt collector while collecting the salt of the crystal ground Can be reduced to a minimum, and the salt in the crystals can be scraped off.

The power source is seated on the upper portion of the frame, the power source has a rotating shaft having a pulley at both ends is extended, the other end of the rope for attracting the salt collector is fixed to the pulley, the lower portion of the frame Since rollers are installed to move along the rails of the furnace, the salt collector can be moved along the rails to scrape the salt from the crystallization paper at different locations.

The frame is formed of a lower frame for moving the power source along the rail of the sun station, the roller is installed on the upper frame and the bottom surface for supporting the power source, the fixed shaft is placed upright in the center of the lower frame Since the bearing fixed to the center of the upper frame is rotatably coupled to the fixed shaft of the lower frame, the upper frame can be rotated to change the direction of the power source, thereby rotating the salt collector around the fixed shaft. Salt from the crystal in the opposite direction can easily be scraped.

A stopper for contacting the lower frame at both ends of the rotary shaft coupled to the upper upper portion of the upper frame extends downward to prevent rotation of the upper frame, and to rotate the rotary shaft at one end of the rotary shaft. Since the operating lever can be extended, the power source attached to the upper frame does not rotate in the process of scraping the salt from the crystallization paper with the salt collector.

A fixing groove is formed in the fixing bar of the upper frame or the lower frame, and an end of the fixing piece fitted into the fixing groove is formed with a latch for hanging on a back, which is a fixture. Since a plurality of fixed protrusions are formed, the power source is not drawn in the direction of the salt collector in the process of attracting the salt collector by the power source to scrape the salt of the crystal ground.

A support plate is installed on the upper part of the upper frame, and a scaffold for connecting the upper part of the upper frame and the crystal paper is disposed in front of the upper frame, and the reverse of the salt collector placed on the support plate on the upper part of the upper frame. To prevent the movement of the salt collector mounted on the support plate on both ends of the rotary shaft coupled horizontally to the upper end of the support to prevent the movement of the salt collector and the operating lever for rotating the rotary shaft The salt collector placed on the support plate of the upper frame does not move to move or rotate the salt collector as it may be formed.

As the power source, a motor, various engines, or the like may be used, and various power transmission means such as a transmission or a belt may be used as the power transmission means for transmitting the power to the pulley.

Therefore, according to the present invention, the present invention is in contact with the bottom surface of the salt crystals of the sea salt and salt collector for scraping the salt of the salt salt of the sea salt, and the rope and salt collector fixed to the salt collector is advanced to the state of the crystal ground While having a power source that provides power for pulling the rope connected to the salt collector so as to scrape the salt of the crystallization, there is an effect that can quickly scrape the salt of the salt crystals with less manpower.

In addition, the present invention allows to freely change the position and direction of the power source and salt collectors such as motors and various engines to minimize the manpower for the position or direction of the engine or salt collector to minimize the salt of all crystallization in the natural salt It can be scraped.

Salt collecting device for salt according to the present invention for collecting the salt of the sea salt crystallization salt salt collector 11 for collecting the salt of the salt salt of the sea salt as shown in Figures 1 to 9, and the salt collector ( 11) and the rope 12 for connecting the power source 10 and the power source 10, such as a motor or various engines to provide power for attracting the salt collector 11, etc. It can be collected in a short time with a minimum of manpower.

형상으로 이루어지고 그의 전방(45) 내면과 후방(46) 외면에 소금 채집기(11)의 길이방향을 따라 천일염전의 결정지 바닥면에 맞닿을 수 있는 고무판(44a)(44b)이 보조 패널(47)(48)과 나사 등과 같은 체결수단에 의해 하향지게 고정되어 있으므로 소금 채집기(11)가 천일염전의 결정지 바닥면에 맞닿은 상태로 이동하면서 천일염전 결정지의 소금을 긁어모을 수 있다.As shown in FIG. 2, the salt collector 11, which is located in the crystal field of the solar salt field, is formed long in a direction orthogonal to a direction for scraping salt of the salt salt of the solar salt field, and has a vertical cross section as shown in FIG.

Rubber plates 44a and 44b which are formed in a shape and which can contact the bottom surface of the salt of the sea salt along the longitudinal direction of the salt collector 11 on the inner surface of the front 45 and the rear 46 of the auxiliary panel ( 47) (48) and fixed by the fastening means such as screws, so that the salt collector 11 is in contact with the bottom surface of the crystal salt of the natural salt salt while scraping the salt of the salt crystals.

Here, the salt collector 11 is easily deformed because the salt collector 11 must be kept airtight with the crystallized bottom surface in order to be able to scrape the salt of the crystallized paper simply by moving by the power source 10 without damaging the bottom surface of the crystallized paper. It can be manufactured with a heavy metal material as a main material. Of course, the salt collector 11 may be made of a light material such as synthetic resin, and then additional components may be added to preserve weight. In addition, as the rubber plates 44a and 44b, plate-type closed belts and the like which are not easily damaged in spite of friction with the bottom surface of the crystal paper may be used while maintaining adhesion to the bottom surface of the natural salt crystal paper.

In particular, since two rows of rubber plates 44a and 44b are arranged at a predetermined interval in the salt collector 11, the rubber plate 44a of the front 45 of the salt collector 11 scrapes the salt of the crystallization paper first. Since the rubber plate 44b of the rear side 46 which collect | recovers after gathering collects the salt of crystal paper once again, it can cleanly collect the salt of crystal paper.

In addition, even if there is a slight difference in the height of the bottom surface of the natural salt crystal paper, the shape of the ends of the rubber plate (44a) (44b) is deformed while maintaining the state of contact with the bottom surface of the crystal can be scraped all the salt of the crystal paper.

In order to allow the salt collector 11 to reach the crystal bottom only during the salt collection operation without touching the crystal bottom when moving, the upper center portion of the salt collector 11 as shown in FIGS. Two sets of vertical supports (13a) and (13b), each of which consists of two sets, are placed upright at a predetermined interval, and two horizontal supports (14a) (13a) between two sets of vertical supports (13a) and (13b) that form each set ( One end of 14b) 14c and 14d is fastened so as to be rotated and arranged in an unfolded state in the direction perpendicular to the salt collector 11.

Further, wheels 15a, 15b, 15c and 15d for moving in the state of supporting the salt collector 11 at the other end of each horizontal support 14a, 14b, 14c and 14d are rotating materials. Rotating shafts 16a, 16b or fixed shafts 17a, 17b are installed upright at the other end of the horizontal supports 14a, 14b, 14c, and 14d constituting each set. End portions of the two adjustment levers 19a and 19b are rotatably coupled to the upper end of the 16a and 16b, and fixing protrusions of the adjustment levers 19a and 19b to the upper end of the fixed shafts 17a and 17b. Fixing grooves 18 for engagement with the 20a and 20b are formed.

Here, the pivot shafts 16a, 16b, the fixed shafts 17a, 17b, and the adjustment levers 19a, 19b allow the salt collector 11 to contact the bottom surface of the crystallographic paper to scrape the salt from the crystallized paper. In order to move the salt collector 11, the salt collector 11 functions to lift so as not to touch the bottom surface of the crystal.

That is, when the fixing projections 20a of the adjustment levers 19a and 19b are fitted into the fixing grooves 18 of the fixing shafts 17a and 17b, they are fixed with the rotation shafts 16a and 16b as shown in FIG. As the distance between the shafts 17a and 17b decreases and the angle between the horizontal supports 14a and 14c and the horizontal supports 14b and 14d decreases, the salt collector 11 comes into contact with the crystal bottom surface. The worker can move the salt collector 11 to scrape the salt of the crystallized paper.

In addition, when the fixing projections 20b of the adjustment levers 19a and 19b are fitted into the fixing grooves 18 of the fixing shafts 17a and 17b, as shown in FIG. 4, the rotation shafts 16a and 16b and the fixing shaft are as shown in FIG. As the distance between (17a) and (17b) increases, the angle between the horizontal supports 14a, 14c and the horizontal supports 14b, 14d increases, and the salt collector 11 maintains a constant distance from the crystal bottom. Thus, the worker can move the salt collector 11 without unnecessarily rubbing the salt collector 11 to the crystal bottom surface.

In the upper portion of the salt collector 11, the salt collector 11 to lift the salt collector 11 or to move the salt collector 11 to the attraction force to adjust the height of the salt collector 11 as above. The handle 21 for attracting () is formed.

The present invention is not limited to the above-mentioned structure for lifting or lowering the salt collector 11, and the four wheels are directly connected with two horizontal supports, which are not bent in the middle, so as to rotate directly, and the middle portion of the horizontal support. When connecting the upper portion of the salt collector 11 with a hydraulic or air cylinder, the salt collector 11 may be raised or lowered by using hydraulic pressure or pneumatic pressure instead of the attraction force.

Unlike the salt collector 11 described above, the power source 10 such as a motor or various engines located in the furnace 27 (representing a small road located between the crystallized land and the crystallized land), which is not the crystallized place of the salt, is collected. Pulling the rope (12) connected to the machine (11) so that the salt collector (11) to scrape the salt of the crystallized crystal while moving in contact with the bottom surface of the crystallized sea salt.

A power source 10 such as a motor or various engines connected to the salt collector 11 by the rope 12 may be installed in the furnace 27 or the like. In order to scrape the salt, the power source 10 is seated on top of the frame 22 located in the furnace 27.

As shown in FIG. 5, the upper part of the frame 22 located in the furnace 27 is provided with a rotating shaft 23 interlocking with the power source 10 and having pulleys 24a and 24b at both ends thereof. One end of the rope 12 for attracting the salt collector 11 is fixed to the pulleys 24a and 24b positioned at both ends thereof, so that the rotation shaft 23 receives the power of the power source 10. The rope 12 may pull the salt collector 11 as it is wound around the pulleys 24a and 24b.

In addition, as shown in FIG. 6, a plurality of rollers 26 are installed at the bottom of the lower frame 29 constituting the frame 22, and the rollers 26 are used for moving the salt transporting cart for transporting salt. Since it is placed on the rail 25 hypothesized by 27), the power source 10 and the frame 22 supporting it can be easily moved along the rail 25.

In this case, the power of the power source 10 may be directly transmitted to the rotation shaft 23, but it is preferable to convert the power source 10 into a power having an appropriate rotational speed through a transmission, a belt, a pulley, or the like. Since the transmission has a plurality of control levers as a general component like the power source 10, it is possible to adjust not only the rotational speed but also the transmission of power. Since the power source 10, the transmission, the belt, the pulley, and the like are well known conventional techniques, detailed descriptions thereof will be omitted.

The plate-shaped frame 22 for moving and rotating the power source 10 while supporting it is located at the bottom of the upper frame 28 and the upper frame 28 for supporting the power source 10. Two rollers 26 are installed and consists of a lower frame 29 for moving the power source 10 and the like along the rails 25 installed in the natural salt blast furnace 27 whenever the working position for collecting salt is changed.

In particular, as shown in FIG. 7, the fixed shaft 49 is placed upward in the center of the lower frame 29, and the bearing 50 coupled to the fixed shaft 49 of the lower frame 29 is rotatable. Since the upper frame 28 is fixed to the center of the upper frame 28, which is a set with the 29, the upper frame 28 is rotated about the fixed shaft 49 of the lower frame 29 to determine the direction of the power source 10. You can switch the direction of scraping paper salt. Of course, the lower frame 29 and the upper frame 28 has a sufficient separation distance so that the upper frame 28 can rotate about the fixed axis 49 of the lower frame 29.

After determining the working direction for scraping the salt of the crystallized paper using the above structure, in order to fix the upper frame 28, the lower frame ( The stopper 31 for lowering the rotation of the upper frame 28 in contact with the 29 is extended downward, and the operation lever 32 for rotating the rotary shaft 30 is extended to one end of the rotary shaft 30 have. The stopper 31 may have a shape such as a hook that may be fixed to one side of the lower frame 29.

In addition, as shown in FIG. 9, the fixing bar 39 having the fixing groove 41 is attached to the upper frame 28 or the lower frame 29, and the fixing piece 43 fitted into the fixing groove 41 is attached. At the end, a clasp 40 is formed that can be fastened to a fixture such as a saw 27, and a plurality of fixing protrusions that can be caught in the fixing groove 41 of the fixing bar 39 at the lower end of the fixing piece 43 ( Since 42 is formed, the power source 10 pulls the salt collector 11 by the power source 10 to scrape the salt of the crystallization, so that the power source 10 is in the direction of the salt collector 11, that is, the salt collector 11. It is not dragged in the opposite direction of travel.

The forming of the plurality of fixing protrusions 42 at the lower end of the fixing piece 43 is because the distance between the furnace 27 and the fixing bar 39 may vary depending on the work site where the salt is scraped. That is, the position of the fixing protrusion 42 of the adjusting piece 43 fixed to the fixing groove 41 of the fixing bar 39 depends on the distance between the narrow passage 27 and the fixing bar 39 whose width is not constant. Therefore, the upper frame 28 can be fixed to the lane 27 or the like with one fixing piece 43 regardless of the width of the lane 27 or the like.

Furthermore, when installing a separate stopper that can be in contact with the fixing piece 43 in the furnace 27 in which the fixing piece 43 is installed, as well as the movement of the frame 22 and the power source 10 seated thereon, as well as rotation You can even prevent.

The frame 22 has a structure capable of moving and rotating the salt collector 11 together with the power source 10. For this purpose, a support plate 33 capable of supporting four wheels 15a, 15b, 15c and 15d is placed on the upper part of the upper frame 28, and the upper frame is placed in front of the upper frame 28. Two scaffolds 34 are arranged to connect the upper part of the 28 with the crystallization, and a support for limiting the movement of the salt collector 11 mounted on the supporting plate 33 on the upper part of the upper frame 28. (35) is placed upright, and fixed so that the salt collector 11 mounted on the support plate 33 on both ends of the rotary shaft 36 coupled horizontally to the upper end of the support (35) does not move. The stopper 37 for this, and the operation lever 38 for rotating the rotating shaft 36 which has this stopper 37 by manpower are formed.

It describes the process of collecting the salt of the salt crystals of the sun by using the salt collector for salt as described above.

First, the operator operates the fixing piece 43 or the like to operate the control levers 19a and 19b while the frame 22 is fixed to the furnace 27 so that the salt collector 11 does not touch the bottom surface of the crystallized paper. After grasping the handle 21, the salt collector 11 is moved to the opposite side of the crystal ground, that is, to the crystallization furthest distance from the power source 10. At this time, as the salt collector 11 moves, the rope 12 wound around the two pulleys 24a and 24b is released.

Thereafter, by operating the control levers 19a and 19b, the salt collector 11 is lowered to reach the bottom surface of the crystal ground and the power source 10 is operated. Then, the rope 12 is moved to the two pulleys 24a ( 24b) while the salt collector 11 is moved in the direction of the power source 10, so that the salt of the crystallization is gathered in one place by the salt collector (11).

When the salt is collected in the crystal of the nearest place to the power source 10 by the salt collector 11, the worker loads the salt collected in the salt transfer truck moving along the rail of the furnace as in the prior art and transported to the salt field. can do.

In addition, in the state in which the scaffold 34 is inclined to the crystal in front of the frame 22, the salt collector 11 is lifted from the bottom of the natural salt crystal, and then the power source 10 such as a motor or various engines is continuously operated. Then, four ropes supporting the salt collector 11 together with the salt collector 11 while the rope 12 pulling the salt collector 11 is continuously wound on the two pulleys 24a and 24b. The wheels 15a, 15b, 15c, and 15d move on the footrest 34 and are placed on the support plate 33.

Thereafter, the fixed piece 43 fixed to the furnace is removed, and the operation lever 32 is operated to release the stopper 31 which fixes the upper frame 28 to the lower frame 29. Rotate the upper frame 28 around to switch the working direction to scrape the salt of the crystallized paper, or push or pull the frame 22 in the advancing direction of the rail 25. The frame 22 and the power source 10 and the salt collector 11 mounted thereon can be moved to a decision place for the next work by allowing the user to move in a ride.

After moving the positions of the frame 22 and the salt collector 11 to the new crystal paper, the worker lowers the salt collector 11 placed on the frame 22 from the frame 22 and collects the salt as described above. After moving the group 11, the operation of scraping salt in the crystallized paper can be repeated.

Of course, if it is necessary to scrape the salt of the crystallization in a different position only in the direction, the operator does not move the upper frame 28 and the salt collector 11 and the like along the rail 25 fixed shaft 49 of the lower frame 29 You can continue to scrape the salt from the new crystals by just turning around.

1 is a view showing a salt collecting device for salt according to the present invention.

2 is a view showing the salt collector disclosed in FIG.

3 is a view for explaining the structure of the salt collector disclosed in FIG.

Figure 4 is a view for explaining the process of making the salt collector disclosed in Figures 1 and 2 to the bottom surface of the crystallization of the sun salt.

FIG. 5 is a view showing a power source and a frame supporting the power source disclosed in FIG.

FIG. 6 is a view for explaining a coupling state between a frame installed in a frame and a furnace for moving a position of a power source disclosed in FIGS. 1 and 5.

7 is a view for explaining the coupling structure of the upper frame and the lower frame disclosed in FIG.

FIG. 8 is a view showing a state in which the salt collector shown in FIG. 2 is mounted on the frame shown in FIG. 5 for redirection and shifting of the power source and the salt collector.

9 is a view for explaining a structure for fixing the frame and the power source mounted thereto so as not to move in the salt collector direction in the process of pulling the salt collector.

-Explanation of symbols for the main parts of the drawings

10: power source 11: salt collector

12: rope 13a, 13b: vertical support

14a, 14b, 14c, 14d: horizontal support 15a, 15b, 15c, 15d: wheels

16a, 16b: rotating shaft 17a, 17b, 49: fixed shaft

18, 41: fixing groove 19a, 19b: adjustment lever

20a, 20b, 42: fixing protrusion 21: handle

22: frame 23, 30, 36: rotation axis

24a, 24b: pulley 25: rail

26: roller 27: lane

28: upper frame 29: lower frame

31, 37: stopper 32, 38: operating lever

33: support plate 34: scaffold

35: support 39: fixed bar

40: clasp 43: fixing piece

44a, 44b: rubber plate 45: front

46: rear 47, 48: auxiliary panel

50: Bearing

Claims (10)

A salt collector which is formed in a direction orthogonal to a direction for scraping the salt of the salt salt of the sun salt and moves in contact with the bottom surface of the salt salt of the salt salt to scrape the salt of the salt salt of the salt salt; A rope whose end is fixed to the salt collector; And A power source for providing power to pull the rope connected to the salt collector so that the salt collector can scrape the salt of the crystallized land while moving in contact with the bottom surface of the crystallized sea salt; Salt collecting device for salt comprising a. The method of claim 1, Two sets of two vertical supports are formed at regular intervals in the center of the salt collector, and one end of the two horizontal supports is rotated between the two vertical supports forming each group. The other end thereof is disposed to face forward and backward, and wheels for supporting the salt collector are installed on the other end of each horizontal support so that the rotating shaft or the fixed shaft is upwardly disposed at the other end of the horizontal support forming the pair. The salt collecting device for salt, characterized in that the end of the adjustment lever is rotatably coupled to the upper end of the rotation shaft, a fixing groove for coupling with the fixing protrusion of the adjustment lever is formed on the upper end of the fixed shaft. The method according to claim 1 or 2, Salt collecting device for salt, characterized in that the handle is formed on the top of the salt collector to lift the salt collector or attract the salt collector. The method of claim 1, The salt collector is a vertical longitudinal section

It is made in the shape, salt collection device for salt for the salt collector, characterized in that fixed to the front inner surface and the rear outer surface of the salt collector which is in contact with the bottom surface of the crystallization of the sun salt. The method of claim 1, The power source is seated on the upper portion of the frame, the power source has a rotating shaft having a pulley at both ends is extended, the other end of the rope for attracting the salt collector is fixed to the pulley, the lower portion of the frame Salt collecting device for salt, characterized in that the roller is installed to move along the rail of the furnace. The method of claim 5, The frame is formed of a lower frame for moving the power source along the rail of the sun station, the roller is installed on the upper frame and the bottom surface for supporting the power source, the fixed shaft is placed upright in the center of the lower frame And a bearing fixed to the center of the upper frame is rotatably coupled to the fixed shaft of the lower frame to rotate the upper frame so as to change the direction of the power source. The method of claim 6, A stopper for preventing rotation of the upper frame is extended downwardly in contact with the lower frame at both ends of the rotary shaft coupled to the upper portion of the upper frame, the operation lever for rotating the rotary shaft at one end of the rotary shaft Salt collecting device for salt, characterized in that extending. The method of claim 6, A fixing groove is formed in the fixing bar of the upper frame or the lower frame, and an end of the fixing piece fitted into the fixing groove is formed with a latch for hooking into a fixed passage, and a lower end of the fixing piece is provided with the fixing groove of the fixing bar. A plurality of fixing protrusions are formed to be caught, so as to attract the salt collector by the power source so as to support the power source so as not to be pulled in the direction of the salt collector in the process of scraping the salt from the crystal. Salt collector for salt. The method of claim 6, A support plate is installed on the upper part of the upper frame, and a scaffold for connecting the upper part of the upper frame and the crystal paper is disposed in front of the upper frame, and the reverse of the salt collector placed on the support plate on the upper part of the upper frame. To prevent the movement of the salt collector mounted on the support plate on both ends of the rotary shaft coupled horizontally to the upper end of the support to prevent the movement of the salt collector and the operating lever for rotating the rotary shaft Salt collecting device for salt, characterized in that formed. The method of claim 1, The power source is a salt collector for salt, characterized in that the motor or engine.

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