KR101348243B1 - a picking for sun-dried salt - Google Patents

Abstract

The present invention is to repeatedly load the salt generated in the bottom of the salt pan by the scraper moving orbiting the salt field of the division divided by the embankment to be loaded into the loading box,
Natural salt collector according to an embodiment of the present invention,
In the harvester for collecting the salt produced at the bottom of the divided salt field,
Body with a driving wheel,
Salt collecting means consisting of a conveyor belt installed to orbital movement in front of the main body, a scraper mounted on the conveyor belt to scrape salt from the bottom of the salt pan, and a duct plate for guiding the salt scraped by the scraper from falling onto the salt pan. and,
It is mounted on the main body under the conveyor belt, and the main brush that pushes the salt of the salt floor in the driving direction when driving,
A salt container in which salt scraped from the bottom of the salt field is loaded by a salt collecting means, and a gate is mounted on the bottom surface so as to be openable and closed;
It is provided with a control unit for controlling the driving means, the steering means, the drive of the conveyor belt mounted on the main body.

Description

Sun Salt Harvester {a picking for sun-dried salt}

The present invention relates to a natural salt harvester, and more particularly to a natural salt harvester that can be repeatedly loaded by loading the salt generated on the salt floor by the scraper orbiting movement of the harvester traveling through the salt zone divided by the embankment It is about.

In general, the salt field is composed of a reservoir, an evaporation zone, and a crystallization site. In addition, salt fields and roads are installed, and these facilities are disconnected from the external water by the dike and the inner dike for preventing invasion of the broth. The above-mentioned reservoir is where seawater is confined, the evaporation place is where the water evaporates with sunlight and wind, and the crystallization place is where the concentrated saturated function is concentrated by thinning and salt is precipitated and salted. Located downstream of the ground.

Salt salted from the above-mentioned crystallized land is stored in a salt reservoir and shipped out of the package in a state where moisture is absent. As a result, the salt salted from the crystallized land is loaded into a salt transportation cart which is moved along a rail laid in the embankment formed between the crystallized land and transported to the salt reservoir.

On the other hand, the salt generated and scattered from the salt bottom of the above-described crystal paper is collected by scraping by a brush by the worker to one side of the embankment, the collected salt is loaded on the salt transport cart. At this time, since the salt transport cart is located on the bank of the salt farm and its height is high, it is very difficult for a worker to spread the salt collected on the bottom of the salt farm by shovel and load it into the salt transport cart.

In view of this, a salt collection and loading device is disclosed in Korean Patent No. 10-855362 so that the salt collected on the bottom of the salt can be collected on one side of the bank while moving along the rail installed on the bank.

Patent 855362 is configured to collect the salt in the salt field by the rotation of the collecting screw and to put it in the bucket, and to load the salt in the trolley by the rotation of the discharge screw. At this time, there is a problem that the salt particles are damaged when the collection and loading transfer of the salt is made by the rotation of the collecting screw and the discharge screw. As a result, in the case of salt whose particles are damaged, the value of the commodity is inevitably lowered because it does not maintain the best quality.

In addition, since the left and right moving device of the collecting screw is not provided, the salt can be collected only at the salt pan bottom near to one side of the dike, and the salt collection at the salt pan bottom away from one side of the dike is impossible.

Therefore, the worker has a discomfort that requires a separate pre-work to collect the salt to one side of the embankment using a shovel.

An embodiment of the present invention, a salt harvesting machine to scrape the salt generated on the bottom of the salt salt by the harvester traveling in the salt field and load it into the loading box, and to mechanize and automate the operation of unloading the salt of the loading box into the salt transport truck Related to.

Embodiments of the present invention relate to a sun salt harvester that allows an outrigger-type auxiliary wheel to pass through a dam in a neighboring salt field without breaking the dam.

An embodiment of the present invention relates to a solar salt harvester that can collect a salt on the bottom of the salt field repeatedly while boarding a harvester, thereby eliminating manpower shortages, and collecting salt in large quantities by improving work efficiency.

In the embodiment of the present invention, as the run of the harvester to remove the salt residue stuck to the salt floor and the embankment, etc. by the low salt seawater filled in the salt field, the salt is collected, the salt floor by the brush for cleaning the salt floor It is related to a solar salt harvester that allows hygienic management of floor coverings or tiles installed on cotton.

Natural salt collector according to an embodiment of the present invention,

In the harvester for collecting the salt produced at the bottom of the divided salt field,

Body with a driving wheel,

Salt collecting means consisting of a conveyor belt installed to orbital movement in front of the main body, a scraper mounted on the conveyor belt to scrape salt from the bottom of the salt pan, and a duct plate for guiding the salt scraped by the scraper from falling onto the salt pan. and,

It is mounted on the main body under the conveyor belt, and the main brush that pushes the salt of the salt floor in the driving direction when driving,

A salt container in which salt scraped from the bottom of the salt field is loaded by a salt collecting means, and a gate is mounted on the bottom surface so as to be openable and closed;

It is provided with a control unit for controlling the driving means, the steering means, the drive of the conveyor belt mounted on the main body.

According to a preferred embodiment, the first auxiliary brush which is mounted inclined toward the front of the main body at one side of the lower end of the above-mentioned conveyor belt, collects the salt of the side toward the front center when driving, and scrapes the salt of the corner portion,

It is mounted on the other side of the lower end of the conveyor belt inclined toward the rear of the main body, and provided with a second auxiliary brush for moving the salt and sea water of the boundary zone to the next driving zone.

The gate and duct plate described above are perforated to allow salt water to pass therethrough, and the mesh is mounted to the gate and duct plate to prevent salt from passing along the salt water.

A salt brush for cleaning the bottom, which is foldably mounted on the main brush and the first and second auxiliary brushes described above, wherein sea salt is filled in the salt salted area where the salt is collected, and the salt is discharged to the main brush and the first and second auxiliary brushes when driving. Slits are formed in the salt-floor cleaning brush that extends toward the bottom.

An outrigger type slider slidingly received in the main body adjacent to the front wheel of the above-described driving wheel, vertical vertically foldably connected to the front end of the slider, and auxiliary wheels mounted on the lower end of the vertical.

The driving means for orbiting the conveyor belt,

Drive motor,

The drive shaft is connected to the drive motor is rotatably installed on the conveyor belt, the drive shaft is inserted into the slot groove formed in the conveyor belt when the drive sprocket for orbiting the conveyor belt is rotated at equal intervals;

A first driven shaft which is rotatably installed on the lower side of the conveyor belt adjacent to the main brush, and is fitted with a slot groove when the driven sprocket for orbiting the conveyor belt is mounted at equal intervals;

It is rotatably installed on the lower side of the conveyor belt adjacent to the duct plate, and is provided with a second driven shaft that is driven at a regular interval by a driven sprocket which is inserted into a slot groove and rotates the conveyor belt during rotation. It is driven and orbited in the counterclockwise direction.

The main body mentioned above,

The main frame on which the wheels are mounted,

Fixing members mounted on the left and right sides of the main frame in the up and down directions,

A rotation member having one end foldably connected to the upper end of the fixing member and the other end foldably connected to the supporting member fixed to the conveyor belt side;

A first hydraulic cylinder for connecting the head part to the fixing member and a rod part to the rotation member and lifting the conveyor belt and the loading box during the extension driving;

The head part is mounted in the loading box, the rod part is mounted in the gate, and the second hydraulic cylinder is opened and closed to open and close the gate fixed to the loading box during expansion and contraction operation.

The guide roller is rotatably mounted to the first auxiliary brush as described above, and is slidably rotated when the bank is in contact with the bank or the bank.

Lifting means for lifting the salt collecting means apart from the ground when driving outside the salt field,

It comprises a fixed rod mounted on the side of the loading box, a guide rail extending toward the conveyor belt on the fixed rod, a moving rod mounted on the conveyor belt and sliding along the guide rail, and a handle fixed to the upper side of the conveyor belt.

When the salt collecting means is lifted by the handle portion, the salt collecting means is rotated counterclockwise around the hinge portion which rotatably fixes the rotating member to the supporting member.

The first auxiliary brush and the second auxiliary brush described above are formed to be inclined in the range of 90 ° to 180 °.

Elevating member is provided on the front end of the main frame movably mounted in the vertical direction, and a height adjustment mechanism consisting of a roller rotatably mounted to the bracket fixed to the upper end of the elevating member, after lifting the salt collecting means to the main frame When descending, it is possible to adjust the bottom dead center where the main brush comes into contact with the floor plate or tile of the salt floor.

Natural salt collector according to an embodiment of the present invention configured as described above has the following advantages.

By scraping the salt generated at the bottom of the compartment of the saltfield and loading it into the loading box, by mechanizing and automating the operation of loading and unloading the salt of the loading box into the salt truck, the labor shortage is eliminated and the salt is collected in large quantities by improving the work efficiency. You can lower the price of salt.

Also, when the wheeled harvester passes through the bank of the salt field, it can be repeatedly passed without damaging the bank by the outrigger type auxiliary wheel.

In addition, as the runner is driven to desorb the dam and the salt residues stuck to the salt floor by the low salt seawater filled in the salt field where the salt is collected, the floor plate installed on the salt ground by the brush for salt bottom cleaning, Alternatively, the tiles can be hygienically collected to collect clean salt.

1 (a, b) is a front and rear perspective view of the sun salt collector according to an embodiment of the present invention,
2 is a plan view of a sun salt collector according to an embodiment of the present invention,
Figure 3 (a, b) is a view showing the dumping of the salt loaded in the storage box and the side view of the salt collector according to an embodiment of the present invention, the salt storage cart,
4 is a view for explaining the opening and closing of the loading box in the natural salt collector according to an embodiment of the present invention,
FIG. 5 is a view showing crossing the dam that divides the salt field by using the auxiliary wheel in the sun salt collector according to the embodiment of the present invention; FIG.
FIG. 6 is a view illustrating lifting and lowering of a salt collecting means from the ground when driving in a salt salt extractor according to an embodiment of the present invention;
FIG. 7 is a view showing that the salt brush for cleaning the salt floor is mounted on the main brush and the auxiliary brush when the salt is filled with salt water in the salt salt collecting device according to an embodiment of the present invention;
8 is a view showing the storage and deployment of the auxiliary wheel in the sun salt collector according to an embodiment of the present invention;
9 is a state of use of the natural salt collector according to an embodiment of the present invention,
10 is a view showing the corner driving of the salt battery made of a rectangular salt harvester according to an embodiment of the present invention,
FIG. 11 is a view illustrating scraping up of a salt storage box in a salt pan by a salt collecting unit in a salt harvester according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, which are intended to describe in detail enough to enable those skilled in the art to easily practice the invention, and therefore It does not mean that the technical spirit and scope of the present invention is limited.

Natural salt collector according to an embodiment of the present invention shown in Figure 1 (a, b) to 11,

In the harvester for collecting the salt produced at the bottom of the divided salt field,

A main body 12 having driving wheels (referring to the front wheel 10 and the rear wheel 11);

The conveyor belt 13 is installed so as to orbitally move in front of the main body 12 in a counterclockwise direction, the scraper 14 mounted on the conveyor belt 13 to scrape salt from the bottom of the salt pan and the scraper 14 by the scraper 14. A salt collecting means 16 consisting of a duct plate 15 and an opposing side plate 16a for guiding the salt to be scraped off from the salt floor;

A main brush 17 mounted on the main body 12 under the conveyor belt 13 and pushing the salt of the salt bottom in the driving direction during the driving;

A salt storage box 19 loaded with salt scraped from the bottom of the salt field by the salt collecting means 16 and mounted on the bottom surface thereof so as to be openable and openable;

It is provided with a control unit for controlling the driving means, the steering means, the drive of the conveyor belt 13 mounted on the main body 12. At this time, since the driving means and the steering means are used in the art, a detailed description thereof will be omitted.

On the lower side of the conveyor belt 13 (mounted on the left side relative to the front side), the main body 12 is mounted inclined toward the front side (θ1), and the salt of the side is collected toward the front center side at the time of driving, and the corner portion (a salt field made of squares). The first auxiliary brush 20 to scrape the salt of the ground);

On the other side of the lower end of the conveyor belt (mounted on the right side relative to the front), the main body 12 is mounted obliquely toward the rear (θ2), and a second auxiliary brush for moving the salt and sea water of the boundary area to the next driving area when driving ( 21).

The gate 18 and the duct plate 15 described above are perforated to allow salt water to pass through, and the mesh 22 is prevented from passing salt along the salt water to the gate 18 and the duct plate 15. Is mounted.

While the main brush 17 and the first and second auxiliary brush (20, 21) is provided with a salt-bottomed cleaning brush 23 foldably mounted, the salt filled saltwater area is filled with seawater when driving, The slit 24 through which seawater passes is formed in the salt-floor cleaning brush 23 which extends toward the salt-floor bottom with respect to the brush 17 and the first and second auxiliary brushes 20 and 21.

Outrigger-type slider 24 slidably stored in the main body 12 adjacent to the front wheel 10 of the above-mentioned driving wheels, vertical space 25 foldably connected to the tip of the slider 24, and vertically (25) It is provided with the auxiliary wheel 26 mounted in the lower end.

The drive means for orbiting the conveyor belt 13 described above,

Drive motor 27,

The drive sprocket 29 is pivotally mounted on the drive motor 27 so as to be rotatably installed on the conveyor belt 13, and is fitted into a slot groove 28 formed in the conveyor belt 13 to orbit the conveyor belt 13. Drive shaft 30 is mounted at equal intervals,

It is installed rotatably below the conveyor belt 13 adjacent to the main brush 17, and the driven sprocket 31 is inserted into the slot groove 28 and the driven sprocket 31 for orbiting the conveyor belt 13 is mounted at equal intervals. 1 driven shaft 32,

It is installed rotatably below the conveyor belt 13 adjacent to the duct plate 15, and is mounted to the slot groove 28, the driven sprocket 31 for orbiting the conveyor belt 13 is mounted at equal intervals It consists of two driven shafts (32a), the conveyor belt 13 is driven three-axis is orbital movement in the counterclockwise direction.

The main body 12 described above,

The main frame 33 to which the wheels 10 and 11 are mounted,

Fixed members 34 mounted on the left and right sides of the main frame 33 in the up and down directions,

A rotating member 36 having one end foldably connected to the upper end of the fixing member 34 and the other end foldably connected to the supporting member 35 fixed to the side of the conveyor belt 13;

A head part connected to the fixing member 34 and a rod part connected to the rotation member 36, a first hydraulic cylinder 37 for lifting the conveyor belt 13 and the loading box 19 during extension driving;

The head part is rotatably mounted on the bracket 19a on the side of the loading box 19, and the rod part is rotatably mounted on the bracket 19a on the bottom surface of the gate 18, and the gate is hinged to the loading box 19 during expansion and contraction operation. And a second hydraulic cylinder 38 for opening and closing the opening 18.

The first auxiliary brush 20 is rotatably mounted, and includes a guide roller 39 which is slidably rotated when the bank is in contact with a bank or embankment.

Lifting control means for lifting a certain height (for example, about 30cm) so that the salt collecting means 16 is separated from the ground when driving outside the salt field,

A fixed rod 40 mounted on the side of the loading box 19, a guide rail 41 extending toward the conveyor belt 13, and a guide rail 41 mounted on the side of the conveyor belt 13. A sliding rod 42 is moved along the) and the handle portion 43 is fixed to the upper side of the conveyor belt 13 is made,

When the salt collecting means 16 is lifted by the handle 43, the salt collecting means 16 is centered on the hinge 44 for rotatably fixing the rotation member 36 to the supporting member 35. Rotate counterclockwise.

The first auxiliary brush 20 and the second auxiliary brush 21 described above are formed to be inclined in the range of 90 ° to 180 °.

The lifting member 45 is mounted to the front end of the main frame 33 so as to be movable in the vertical direction, and the roller 47 is rotatably mounted to the bracket 46 fixed to the lifting member 45. The height adjusting port 48 is provided to adjust the bottom dead center of the main brush 17 in contact with the floor plate (not shown) or the tile of the salt pan when the salt collecting means 16 is lifted and lowered to the main frame 33. Can be.

In the drawings, reference numeral 50 denotes a scaffold for a worker to be foldably mounted to the rear of the main frame 33, and 51 denotes a salt cart for transporting salt loaded by moving along a rail installed on the embankment.

Hereinafter, with reference to the accompanying drawings an example of the use of the sun salt collector according to an embodiment of the present invention will be described in detail.

As shown in Figure 1 (a, b) to Figure 11, it is possible to automate and mechanize the work of collecting the salt generated and scattered on the salt floor divided by the bank or embankment. That is, the boarding confirmation lamp provided in the controller is turned on by the sensor detecting the operator when the operator boards the footrest 50. Therefore, the extractor travels the salt floor according to the driving button operation, and drives the driving motor 27 in accordance with the button operation of the conveyor belt to orbit the conveyor belt 13 in the reverse direction.

Therefore, the conveyor belt 13 is pivoted on the drive motor 27 so that the drive shaft 30 is installed so as to traverse the upper side of the conveyor belt 13 is rotated, the drive sprocket 29 mounted on the drive shaft 30 is a conveyor It is inserted into the slot groove 28 of the belt 13 to orbit. At the same time, the driven sprocket 31 of the first driven shaft 32 installed to traverse the lower side of the conveyor belt 13 adjacent to the main brush 17 and the lower side of the conveyor belt 13 adjacent to the duct plate 15. The conveyor belt 13 is orbited by the rotation of the driven sprocket 31 of the second driven shaft 32a installed so as to traverse. That is, the conveyor belt 13 is orbitally supported by three axes by the drive shaft 30 supporting the upper side thereof, the first driven shaft 32 and the second driven shaft 32a supporting the lower side thereof, respectively.

Therefore, the salt generated and scattered on the salt floor is collected by the main brush 17 installed below the conveyor belt 13 of the collector traveling on the salt floor in the driving direction. At this time, as shown in FIG. 10 to the first auxiliary brush 20 installed inclined toward the front of the main body 12 to the left side (when the front of the collector) as an example (installed at an angle of 140 ° for example). As a result, the salt scattered on the side or edge of the collector during driving is collected by pushing toward the front center.

At the same time, the boundary area when traveling by the second auxiliary brush 21 installed inclined toward the rear of the main body 12 to the right of the main brush 17 (when the front of the collector) is installed (for example, at an angle of 140 °). The salt and sea water scattered in the area are pushed to the next driving area.

In this way, when driving the salt floor, the salt is pushed forward by the main brush 17, and the salt of the side is pushed toward the center by the first auxiliary brush 20, and at the same time, the corner portion (refering to the blind spot) is collected. When driving, the salt is scraped. As a result, the salt of the salt bottom is scraped up by the scraper 14 protruding at right angles to the outer surface of the conveyor belt 13 which moves in a counterclockwise direction.

That is, the salt scraped up by the scraper 14 is guided by the duct plate 15 and the side plate 16a, which are inclined to face the conveyor belt 13, to the storage box 19 installed at the rear of the upper end of the conveyor belt 13. Is loaded.

At this time, the seawater is drained to the salt bottom by the through hole formed in the duct plate 15, and the salt cannot pass through the through hole of the duct plate 15 by the mesh 22. In addition, the seawater is drained by the through-holes formed in the gate 18 of the stacking box 19 and salt is prevented from escaping by the mesh 22.

As shown in FIG. 5, when the salt collecting operation generated and scattered at the bottom of the divided saltfield is divided, the saltfield is moved to the neighboring saltfield. At this time, the dam is usually narrow in width, made of plywood, etc. is structurally very vulnerable. At this time, if the collector of the weight is over the dam to use the auxiliary wheel (26).

That is, after sliding out the triggered outrigger type slider 24 coupled to the main frame 33 of the main body 12, the vertical section 25 foldably connected to the tip of the slider 24 is developed toward the salt pan bottom. . This allows the auxiliary wheels 26 mounted on the vertical sections 25 to be moved to the torsion floor of the torsion zone across the bank. By operating the corresponding switch of the control unit to drive the left and right first hydraulic cylinder 37, respectively, it is possible to lift the salt collecting means 16 including the conveyor belt (13).

That is, according to the extension driving of the first hydraulic cylinder 37, the rotating member 36 foldably connected to the fixed member 34 mounted opposite to the main frame 33 is rotated clockwise in the drawing. The salt collecting means 16 is lifted by the supporting member 35 foldably connected to the other end of the rotating member 36. This causes the entire center of gravity of the harvester to be forward, so as to catch the handle 60, which is foldably fixed to the rear of the main body 12, to lift the harvester without damaging the front wheel 10 and the rear wheel 11 without dams. You will be able to move to the salt field.

As shown in Figure 3 (b), due to the repetitive driving of the above-described scraper 14, the salt loaded in the stacking box 19 can be dumped to the salt transport cart 51 installed on the bank. That is, after the salt collecting means 16 is lifted due to the extension driving of the first hydraulic cylinder 37, the gate is mounted on the bottom surface of the loading box 19 by the contracting driving of the second hydraulic cylinder 38. 18) is rotated counterclockwise about the hinge portion of the drawing to open. As a result, the salt in the storage box 19 is unloaded to the salt transport cart 51, the salt transport cart 51 is moved to the salt storage warehouse along the rail.

As shown in Fig. 7, when the salt collection operation is completed in the salt field, the salt water area (salt-collected area) through the waterway of the embankment to detach the salt residues, etc. attached to the back or the bottom of the dam or salt field Is filled in. At this time, using the separate salt-floor cleaning brush (23) to drive the salt field. That is, the salt-floor cleaning brush 23 foldably mounted on the main brush 17 and the first and second auxiliary brushes 20 and 21 is deployed toward the salt-floor floor. At this time, when the seawater refilled in the saltfield area is pushed by the saltwater floor cleaning brush 23, the saltwater 24 is formed in the saltwater floor cleaning brush 23 (for example, formed to form a comb shape). Since it passes through, it is possible to prevent the overflow of seawater.

As shown in FIG. 6, when driving outside the salt zone, in particular, when an abnormality occurs in the hydraulic drive unit and the salt collecting means 16 cannot be lifted, the salt collecting means 16 can be lifted by a predetermined distance from the ground by manual operation. (About 30 cm in one example). That is, with respect to the guide rail 41 formed integrally with the fixed rod 40 mounted on the outer surface of the storage box 19, the movable rod 42 mounted on the side plate 16a of the conveyor belt 13 is moved up and down. Can be moved. Therefore, when the grip portion 43 mounted on the upper side of the conveyor belt 13 is lifted in the upward direction, the salt collecting means 16 rotates the support member 35 to the pivot member 36 so as to be rotatable. The branch 44 is rotated counterclockwise. Therefore, the main brush 17 and the first and second auxiliary brushes 20 and 21 mounted under the conveyor belt 13 may be spaced apart from the ground by a predetermined distance.

As shown in FIG. 8, when the above-described salt collecting means 16 is lowered to the initial position after lifting, the main brush 17 and the first and second auxiliary brushes 20 and 21 are attached to the floor plate or tile of the salt floor. The bottom dead center contacted can be adjusted using the height adjusting tool 48. That is, the height of the elevating member 45 mounted on the tip of the main frame 33 is adjusted according to the rotational direction (say clockwise and counterclockwise).

Therefore, as the height of the roller 47 installed on the bracket 46 mounted on the top of the elevating member 45 is rotated, the lifted salt collecting means 13 descends to the main frame 33 to the initial position. In this case, the height at which the main brush 17 and the first and second subsidiary brushes 20 and 21 come into contact with the floor plate or the tile of the torsion zone may be adjusted.

According to the solar salt extractor according to an embodiment of the present invention as described above, the manpower shortage by scraping the salt generated and scattered on the bottom of the salt zone and loading it in the loading box and mechanizing the unloading salt of the loading box to the salt transport truck Eliminate salt and harvest salt. When the wheeled harvester passes through the dam in the salt field, it can be passed through the outrigger-type auxiliary wheel without breaking the bank. Clean the floorboards and tiles installed on the salt floor by brush to clean the salt floor by driving the harvester to remove salt residues stuck to the salt bottom by the low salt seawater filled in the salted salt area. Can manage

10; Front wheel
12; main body
14; scraper
16; Salt collection
18; gate
20; First Auxiliary Brush
22; Mesh
24; Slit
26; Auxiliary wheels
28; Slot groove
30; driving axle
32; First driven shaft
34; Fixed member
36; Pivoting member
38; 2nd hydraulic cylinder
40; Fixed rod
42; Moving rod
44; Hinge
46; Bracket
48; Height adjustment

Claims (11)

In the harvester that collects the salt produced at the bottom of the split-field salt field:
Body with a driving wheel,
A conveyor belt installed to orbitally move in front of the main body, a scraper mounted on the conveyor belt to scrape salt from the bottom of the salt pan, and a duct plate for guiding the salt scraped by the scraper from falling onto the salt pan bottom. Salt harvesting means,
A main brush which is mounted to the main body under the conveyor belt and pushes the salt of the salt floor in the driving direction during the driving;
A salt container to which the salt scraped up from the salt floor by the salt collection means is loaded, and a gate is mounted on the bottom surface so as to be openable and closed;
Sea salt collector characterized in that it comprises a control means for controlling the driving means, steering means, the drive of the conveyor belt mounted on the main body. The first auxiliary brush according to claim 1, wherein the first auxiliary brush is installed to be inclined toward the front of the main body at one side of the lower end of the conveyor belt, collects the salt of the side toward the front center when driving, and collects the salt of the corner portion;
It is mounted on the other side of the lower end of the conveyor belt inclined toward the rear of the main body, and the second salt brush having a second auxiliary brush for moving the salt and sea water of the boundary zone to the next driving zone during driving. The sun salt collector of claim 1, wherein the gate and the duct plate are perforated to pass salt water, and a mesh is mounted to prevent the salt from passing along the salt water to the gate and the duct plate. According to claim 2, wherein the main brush and the salt brush for cleaning the bottom is foldably mounted to the first and second auxiliary brush, the salt is collected in the salt salt zone, while driving the sea, the main brush and the first, 2. A salt collector, characterized in that a slit is formed on the salt-floor cleaning brush which is developed toward the salt-floor bottom with respect to the auxiliary brush. According to claim 1 or 2, Outrigger-type slider sliding to the main body adjacent to the front wheel of the driving wheel, and vertically foldably connected to the front end of the slider, mounted on the lower end between the vertical A sun salt collector comprising an auxiliary wheel. According to claim 1, The drive means for orbiting the conveyor belt,
A drive motor,
A drive shaft rotatably coupled to the drive motor, the drive shaft being rotatably installed on the upper side of the conveyor belt, and having a driving sprocket mounted at a slot groove formed in the conveyor belt to rotate the conveyor belt at equal intervals;
A first driven shaft rotatably installed on the lower side of the conveyor belt adjacent to the main brush, the driven sprocket being fitted into the slot groove during the rotation and mounted at equal intervals for orbiting the conveyor belt;
It is rotatably installed below the conveyor belt adjacent to the duct plate, and is provided with a second driven shaft that is fitted in the slot groove during rotation to be orbital movement of the conveyor belt is mounted at equal intervals, the conveyor The belt salt collector is characterized in that the three-axis drive is orbital movement in the counterclockwise direction. The apparatus of claim 1,
A main frame to which the wheel is mounted;
Fixing members mounted on the left and right sides of the main frame in the up and down directions,
A rotation member having one end foldably connected to an upper end of the fixing member and the other end foldably connected to a supporting member fixed to a side of the conveyor belt;
A first hydraulic cylinder which is connected to a head part to the fixing member and a rod part to the rotation member, and lifts the conveyor belt and the loading box during extension driving;
And a second hydraulic cylinder configured to mount a head part to the loading box and a rod part to the gate, and to open and close the gate fixed to the loading box during expansion and contraction operation. The sun salt collector of claim 2, further comprising a guide roller rotatably mounted to the first auxiliary brush, the guide roller being slidably rotated upon contact with a bank or embankment when driving. According to claim 7, Lift control means that can lift the salt collecting means spaced apart from the ground when traveling outside the salt field,
A fixed rod mounted on the side of the loading box, a guide rail extending toward the conveyor belt, a movable rod mounted on the side of the conveyor belt and sliding along the guide rail, and a handle fixed to an upper side of the conveyor belt. It is equipped with
When the salt collecting means is lifted by the handle portion, the salt collecting means is rotated in a counterclockwise direction around the hinge portion for fixing the rotatable member to the supporting member rotatably. According to claim 2, wherein the inclination angle (θ1) (see Fig. 2) of the first auxiliary brush is inclined toward the front of the main body on one side of the lower end of the conveyor belt, and the main body on the other side of the lower end of the conveyor belt The inclined angle (θ2) (see Fig. 2) of the second auxiliary brush which is mounted obliquely toward the rear is a natural salt collector, characterized in that formed in the range of 90 ° to 180 °. [8] The salt collecting device of claim 7, further comprising: a lifting member mounted on the front end of the main frame so as to be movable in an up and down direction, and a height adjusting tool including a roller rotatably mounted on a bracket fixed to an upper end of the lifting member. The solar salt collector, characterized in that for adjusting the bottom dead center that the main brush is in contact with the floor plate or tile of the salt floor when lifting the main frame after lifting the means.

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