KR20160015466A - Device for taking away and loading sun-dried salt - Google Patents

Abstract

The present invention relates to an eco-friendly electrical device for collecting sun-dried salt, which can effectively collect sun-dried salt, and at the same time, can perform three functions to push and accumulate sun-dried salt generated in a crystallizing pond of a mud flat salt pond to be put into a cart. According to an embodiment of the present invention, the eco-friendly electrical device for collecting sun-dried salt comprises: a body having two advance wheels for driving and one wheel for left and right rotation; a bucket type main electrical device and a left and right auxiliary blade electrical device which are attached to a central shaft of an excavator; a silicon blade detachably attached to a lower portion of the electrical device; an excavator cylinder mounted on the body; and a control device unit controlling a driving means of a vehicle body, a steering means, and operation of the excavator in a vertical direction and a front and rear direction.

Description

{DEVICE FOR TAKING AWAY AND LOADING SUN-DRIED SALT}

[0001] The present invention relates to a motorized wave for collecting sun-salt, and more particularly, to a method for recovering salt from a salt- , And then folded the left and right auxiliary wings of the main flounder and automatically converted it into a fork bucket so that the salt accumulated in one place can be buried in the salt transporting car on the rail. The three salt flour collectors are designed to push, collect, This is an eco-friendly electric wave for picking up sun-salt with the function as a basic mechanism.

In general, the salt tanks consist of a reservoir, a first evaporator, a second evaporator, and a crystallizer. In addition, there is a warehouse, a seawater, a sleeping room, a sewer, a salt storehouse, It is disconnected from stormwater and wastewater by the dike for prevention of seawater intrusion into the bath room.

The reservoir mentioned above is a place where seawater is trapped and the evaporator is divided into first and second evaporation beds to evaporate seawater by sunlight and wind. The crystallization is concentrated by diluting the saturation function concentrated in evaporation paper, Is located on the downstream side of evaporation ground.

In addition, the warehouse is located at the decision site where the function (brine) is stored, and the seawater is the channel through which the function moves from the evaporation site to the decision site, and the sleeping site is a place It is a passage that collects the salt crystals, and the drainage channel is a passage that separates the seawater from the seawater and flows the stormwater and wastewater. The salt warehouse is a place to store and store the salt crystals.

Therefore, the salt deposited from the above-mentioned determination paper is stored in a salt warehouse, and when the water is drained, it is packed and discharged. Since the distance from the determination paper to the salt warehouse is very long, It is loaded onto the transported salt truck and transported to the salt warehouse.

On the other hand, traditionally, the salt produced and scattered on the salt floor of the above-mentioned determinate paper is pushed to the side of the bank by the worker pushing it with the big waves, and the accumulated salt is loaded on the salt transportation truck. At this time, since the salt transporting cargo is located on the bank transferring rail and is high in height, it is a very difficult operation to put the salt accumulated on one side of the bank into the cargo carrier truck by spreading with the shovel.

In view of the above problems, in Patent Registration No. 10-855362 (April 9, 2008), a salt which is collected along the rail installed on the bank and collected on the salt floor from one side of the bank, A collection and loading device is disclosed.

The conventional salt collecting and loading apparatus is constructed such that salt in a salt trough is collected by rotation of a collection screw, and the salt is transported in a bucket, and salt is loaded on a trough by rotation of a discharge screw have.

However, there is a problem that the above-mentioned apparatus has a problem that the salt particles are crushed when the collecting and loading of the salt is carried out by the rotation of the collection screw and the discharging screw. Therefore, Of the world's population.

In addition, since the apparatus for moving left and right of the collection screw is not provided, it is possible to collect only the salt from the trough floor close to one side of the bank, and it is impossible to collect the salt from the trough floor separated from the side of the bank. Therefore, it is considered that there is a problem that the worker uses the shovel to collect the salt to the one side of the bank, because of the inconvenience that it is necessary to perform a separate preliminary work.

On the other hand, in Japanese Patent Application Laid-Open No. 10-2013-0114488 (published on October 17, 2013), the salt formed as a crystalline body on the salt floor is freely moved forward in the determined place, Discloses a solar salt collector having a loadable function.

In the conventional art, a conventional sodium chloride sampler includes a main body with a traveling wheel, a conveyor belt installed to orbit the front of the main body, a scraper which is attached to the conveyor belt to scrape up the salt on the salt floor, A main brush which is mounted on the main body with the lower part of the conveyor belt and which pushes the salt of the salt floor in the running direction while driving, And a control unit for controlling the driving means, the steering means, and the driving of the conveyor belt mounted on the main body, and a loading box on which a gate is opened and closed, on which the salt scraped up from the bottom is loaded.

According to the above technical construction, the above-mentioned conveyor belt is mounted on the lower side at one side in an inclined manner toward the front of the main body. The conveyor belt is provided with a first auxiliary brush for raking the salt at the corner, And a second auxiliary brush for slidably moving the salt and seawater of the boundary area at the time of traveling to the next traveling area is formed to be inclined within the range of 90 to 180 degrees.

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

Wherein the main brush and the first and second auxiliary brushes are foldably mounted on the main brush and the first and second auxiliary brushes. The main brush and the first and second auxiliary brushes are filled with seawater, A slit is formed in the brush for cleaning the floor of the floors.

The drive means for orbiting the conveyor belt includes a drive motor and a drive sprocket that is mounted on the conveyor belt and is rotatably mounted on the shaft of the drive motor and is inserted in a slot groove formed in the conveyor belt during the rotation to orbit the conveyor belt A first driven shaft rotatably mounted on the lower side of the conveyor belt adjacent to the main brush and mounted on the conveyor belt at regular intervals for a driven sprocket which is inserted into the slot groove at the time of rotation and orbits the conveyor belt, And a second driven shaft rotatably installed on the lower side of the conveyor belt adjacent to the duct plate and being mounted at regular intervals for a driven sprocket which is inserted into the slot groove and rotates to orbit the conveyor belt when rotated, And is orbitally moved counterclockwise.

The main body includes a main frame on which wheels are mounted, a fixing member mounted on the left and right sides of the main frame in the upward and downward directions, a support member having one end foldably connected to the upper end of the fixing member and the other end fixed to the side surface of the conveyor belt A first hydraulic cylinder for connecting the head part to the fixed member and the rod part connected to the pivoting member and lifting the conveyor belt and the loader during extension operation; And a second hydraulic cylinder for opening and closing a gate hinged to the loading box during the expansion and contraction driving.

The elevating and lowering adjusting means capable of lifting the salt collecting means apart from the ground at the time of traveling from outside the tidal zone includes a fixing bar mounted on the side of the loading box, a guide rail extending from the fixing bar to the conveyor belt, And a grip portion fixed to the upper side of the conveyor belt. When the salt collecting means is lifted by the handle portion, the salt collecting means includes a hinge for rotatably fixing the pivoting member to the supporting member, And rotates in the counterclockwise direction about the axis.

On the other hand, a lifting member is mounted on the front end of the main frame so as to be movable in the up-and-down direction, and a height adjusting member composed of a roller rotatably mounted on the bracket fixed to the upper end of the lifting member. In case of descent, the main brush can adjust the bottom dead center which touches the tile plate or tile of the tile floor. Then, after moving the bottom in the tile, it is possible to simultaneously carry the function of holding and loading the salt in a non- It is characterized by the development.

However, in the above conventional art, the salt is collected from the bottom of the determination paper by the brush and the salt collected by the conveyor belt orbital motion is carried in the self-loading box, so that the weight of the vehicle body and the weight of the occupant, Due to the weight of the salt, there is a limit to the work on the bottom of the crystal paper which is made of the long plate or the pot making plate, and there is a problem that the bottom is damaged.

In addition, in the course of loading the collected salt into the loading box by the conveyor driving device, the salt on the bottom surface is not collected cleanly, and a separate post-operation for collecting and holding the residual salt using the shovel and the shovel is required It is believed that there is a problem in commercial use due to inconvenience.

SUMMARY OF THE INVENTION The present invention has been conceived to solve the above-mentioned problems, and it is an object of the present invention to provide a method of collecting salt on a bank by piling a salt generated on the bottom of a crystal paper by a motor- It provides an environmentally friendly electric wave for collecting the sun-salt that makes it possible to mechanize and automate the three functions that are loaded on the bogie.

The present invention also provides an eco-friendly electric wave generator for collecting sun-salt, which is capable of eliminating the labor shortage by mechanizing the operation of collecting and storing the salt on the bottom of the salt water by the electric collector, and improving the productivity by improving the work efficiency.

The present invention provides an environment-friendly electric wave for collecting sun-salt, which is compatible with food hygiene, by replacing a conventional silicone rubber material with a rubber material for a bicycle tire, .

The inventor of the present invention has developed a solar collector capable of efficiently collecting solar radiation and has been developed to simultaneously perform three functions of collecting and collecting solar salt generated in the tidal flat of a tidal flat, It is aimed to reduce the labor force of salt and increase the productivity of sun salt, as well as to make environment-friendly production tool by replacing the traditional big wave (rubber) made of wooden board which is commonly used in tidal flat salt tiles with bicycle tire. The length and the weight of the electromagnet of the electromagnet are developed considering the salt environment (the height and the width of the bank, the floor condition, the porcelain or the plate, the width of the flushing) .

The eco-friendly electric wave for collecting the sun-salt according to the embodiment of the present invention is a collector for collecting and pumping up the salt generated on the bottom of the crystal paper of a torsion spring. The collecting machine includes two forward traveling wheels and a left- And the function of pushing and collecting sun-salt in the direction of travel in front of the main body. In addition, the left and right rear wall are attached to the left and right side walls so as to distribute the water pressure and the cylinder is folded to the left and right sides. A silicon blade which is attached to the lower part of the big wave and pushes the sun-dried salt grains on the bottom of the determination ground cleanly in the direction of travel, and the top and bottom functions of pushing and collecting the salt crystals together with water, This possible crankcase cylinder is mounted on the main body as a center frame, and the running means of the vehicle body, , It is made equipped with a control device for controlling the driving of the front and rear vertical crane fork.

According to a preferred embodiment of the present invention, the bucket-type main excavator is mounted on the central axis of the front lower end of the electric vending machine body, and the salt crystals on the bottom of the determination paper are pushed together with seawater toward the front center during running, A collection of two auxiliary wing teeth is mounted on the folding cylinder and a silicon double blade is mounted at the bottom of the main and auxiliary wings so as to move the solar radiation and function of the boundary area at the front side to the front side baffle and collect them to the left and right sides do.

The above-described bucket type main ladle wave is formed by perforating the left and right side upper and rear upper portions so that the function is passed and the sun cloud particles are collected in the center, and the mesh is formed to prevent the sun salt from being lost along with the function of escaping by the water pressure. Respectively.

Shaped main blade and a blade of a silicone material detachably mounted on the auxiliary blade main wave, and is formed in a double layer so as to push the bottom surface cleanly and maintain elasticity.

The above-mentioned running wheels distribute the weight of the vehicle body to the front left and right sides of the vehicle body frame, thereby minimizing the vibration of the floor surface, mounting the front wheel so as not to slide on the slippery floor, attaching the left and right wheel- By facilitating movement and rotation, it facilitates collecting sun salt in one direction. By using silicone material on the surface of wheels, it enhances friction force and resilience with floor area and assures food hygiene safety.

The driving means for forwarding and reversing the above-mentioned electric power take-off vehicle body is axially connected to the drive motor and the drive motor and is rotatably installed on the lower side of the frame body.

The main body includes a main frame on which wheels are mounted and a vertically movable fixing member on which the first and second hydraulic cylinders of the crane are mounted on the upper portion of the main frame in the forward direction, A control unit is mounted on the upper part of the main body, a battery is attached to the center of the main body, and a pedestal for folding the center of gravity when the main body is used as a forklail is provided.

The angle of the above-mentioned auxiliary vane wave keeps an angle of 10 degrees in all directions at the time of traveling and has a guide roller at the left and right corners so as to be rotated in sliding contact with the bank or dam.

In the embodiment, when the collected sun-salt is poured into a salt bogie, or when it is traveling from the decision paper to the outside of the backward or tumbling zone, the large waves (bucket-type main wave and auxiliary vane wave) attached to the front surface can be lifted away from the ground The lifting / lowering adjusting means is formed to function by the crankshaft and the electric cylinder connected to the main body.

The elevating member is mounted on the front end of the main frame so as to be movable in the up-and-down direction and the electric cylinder connected to the bracket fixed to the upper end of the elevating member. Is formed so as to adjust the bottom dead center and angle at which the bottom plate or the base plate of the tumbling bottom is contacted.

The electrostatic atomization of the electrolytic salt according to the embodiment of the present invention has the following advantages.

By mechanizing and automating the loading and unloading of salted salt on the bottom of the divided salt area, it is possible to reduce the manpower shortage and increase the productivity by increasing the work efficiency, thereby lowering the production cost of the salt.

In addition, the use of eco-friendly harvesting tools equipped with eco-friendly silicone blades for food hygiene in the method of attaching the bicycle tire rubber to the bottom of the existing pine blade for the salt blasting material, .

FIG. 1 is a front view of an electrostatic chopping wave for collecting sun-salt according to an embodiment of the present invention,
FIG. 2 is a view for explaining a bucket type main excitation wave and a wing type auxiliary excitation wave in a solar salt electromotive wave according to an embodiment of the present invention;
FIG. 3 is a view showing the adoption and deployment of a front running wheel and a secondary wheel in a solar salt electromotive wave according to an embodiment of the present invention,
FIG. 4 is a view for explaining a function of pushing and collecting sun-salt crystals with a bucket type main excitation wave and a wing type auxiliary excitation wave in a solar salt electromotive wave according to an embodiment of the present invention;
FIG. 5 is a view showing a main body and each frame of a solar salt electromotive wave according to an embodiment of the present invention,
FIG. 6 is a view showing a control unit and a battery in a solar salt electromotive wave according to an embodiment of the present invention. FIG.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings (embodiments of the present invention will be described in detail with reference to the accompanying drawings, And are not intended to limit the scope of the present invention.

The saltwater electrolytic wave according to an embodiment of the present invention is a sampler for collecting salt produced on the bottom of a salt partitioned zone divided into a plurality of main bodies (hereinafter, referred to as main bodies) A main bucket type main excavator 110 piercing left and right rear wall surfaces so as to disperse the water pressure, and a hydraulic cylinder retractable type bucket type bucket type main excavator A left and right winged auxiliary excitation wave 120 adhered to the tip of the lift arm 420 for performing an auxiliary function of pushing and collecting the sunbeam,

A silicon blade 140, which is an eco-friendly material that can be detachably attached to the bottom of the crystal paper during driving to cleanly push the sun-salt particles in the running direction,

The fountain-type electric cylinders 310 and 330 and the upper turnbuckle 320, which function as shrinkage and shrinkage charging units for pouring the salt crystals together with water and pouring the collected salt into the salt transportation bogie, are mounted on the main body as the center frame, A steering unit, and a control unit 510 for controlling driving of the forklift up and down.

On the other hand, since the traveling means and the steering means are used in the related art, their detailed description will be omitted.

A main body 410 having the above-described traveling forward wheel and the left and right wheels for turning, a bucket having parallel left and right rear wall surfaces for distributing the water pressure simultaneously with the function of pushing the sun salt in the traveling direction in front of the main body, A left main wind wave 110, a left and right auxiliary wing wave 120 attached to the right and left cylinders in a folding manner to perform an auxiliary function of pushing and collecting the sun's rays, And a center frame shaft attached with a crankshaft electric cylinder capable of moving up and down to move the salt crystals together with the water and collecting the salt of the salt in the salt bogie is mounted on the main body, A steering means, and a control device for controlling the drive of the front and rear of the forklake.

A bucket-type main exciter 110 attached to the front crane center frame 420 of the main body 410 to push and collect the sun-salt in the running direction and a bucket-type main exciter 110 attached to the left and right cylinders 130, And a left and right folding auxiliary vane excavator 120 which is folded in close contact with the outer side of the main vane wave when the main vane wave is used as a fork bucket to store the accumulated sunk salt in the bogie.

In the bucket-type main exciter 110, left and right side and rear wall surfaces are formed as pores so as to allow the function to pass when collecting and storing the sun-salt particles, and the bucket is provided with the sunk salt pellets collected in the main lattice, The mesh is mounted to prevent it from being lost together with the function.

And a silicon blade 140 detachably attached to the lower portion of the wing-shaped auxiliary excitation wave 120, wherein the buoyancy-type main excitation wave 110 and the wing- Is used as a bucket for the crane, it is installed so as to be easy to accumulate accumulated salt.

In order to prevent damage to the bottom surface of the determination paper and to prevent sliding during running, the above-mentioned running wheel is equipped with a flat front wheel 210 having a wide bottom contact at the front left and right sides, and the surface of the wheel is made of a urethane tire material 230 , One rotating wheel 220 is mounted on the central axis of the rear frame of the lower frame to facilitate the lateral movement of the vehicle body and a guide which is slidably rotated on the left and right edges of the left and right auxiliary wings so as to provide a buffering effect upon contact with the bank or dam. And a roller (150).

The driving means for causing the above-mentioned electric power take-off body to move back and forth is installed on the lower side of the vehicle body so as to be rotatable with the drive motor 520 and the drive motor.

The main body 410 includes a main frame 420 on which wheels are mounted, a crank arm upper turnbuckle 320, a first motorized cylinder 310 and a second motorized cylinder 330 mounted on the upper portion of the main frame And a control unit 510 is mounted on the upper portion of the bucket type main exciter 110. The control unit 510 is mounted on the upper portion of the bucket type main exciter 110, 520, and is mounted by folding the worker's boarding board 440 for holding the center of gravity when used as a fork-lift to receive the sun-salt.

The angle of the above-described auxiliary vane wave 120 is set at an angle of 10 degrees in all directions at the time of traveling, and is provided with guide rollers 150 at left and right corners so as to be rotated in sliding contact with the bank or dam.

In the embodiment, when the collected sun-salt is poured into a salt bogie, or when traveling from the bottom to the backside or from outside the salt-fired zone, the lashing waves (bucket-type main lashing wave and auxiliary lashing wave) The lifting and lowering adjustment means 420 is formed to function by the upper turnbuckle 320 and the first and second electric cylinders 330 and 330 connected to the main body.

The function of the lifting member mounted on the front end of the main frame so as to be movable up and down and the electric cylinder 310 connected to the bracket fixed to the upper end of the elevating member is to descend And the bottom dead center and the angle at which the blades are brought into contact with the long plate or the pitch plate of the tumbling floor.

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, examples of use of a solar salt electrowave wave according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

It is possible to automate and mechanize the operation of collecting the scattered sunny salt crystals generated on the divided tidal floor by the dam or the bank. That is, the operator descends the bucket type main exciter 110 according to the operation of the travel button 510, spreads the left and right wing type auxiliary excitation waves 120 at an angle of 5 to 10 degrees and closely contacts the bottom surface, Push the crystals in one direction to collect. At this time, the functions gathered by the wave breaks out through the mesh formed on the left and right sides of the bucket, and the salt on the side is pushed to the center by the right wing-shaped auxiliary wave 120, and the left wing- 120) pushes the sun-salt particles and the function scattered in the boundary area at the time of driving to the next driving area.

The safety roller 150 attached to the left and right sides of the auxiliary wave is used to scrape up the salt crystals by the left and right wing-type auxiliary excitation waves 120 when the electric wave is traveling in a corrugated area (a dead zone) , It naturally slides on the contact with the bank to make the process smooth.

When the salvage operation of collecting the scattered sun-salt is completed on the floor of the divided dividing section, the sun-salt accumulated in the center of one side of the bucket-shaped main wave can be pumped to the transporting salvage truck installed on the bank. That is, the left and right wing-type auxiliary excitation waves are folded by the shrinking drive of the auxiliary excitation wave cylinder 130 and the main excitation wave is used as a crane bucket so that the central frame of the electric cylinder is vertically unloaded to the salt transportation truck. It is then moved to the salt warehouse.

When the salt-collecting operation is completed in the divided clearing, the reservoir seawater is filled into the ground through the embankment channel so as to desorb salt deposits that have clung to the dam or salt floor. At this time, the electric ground wave is advanced to run the determination ground. That is, the silicon braid angle at the lower end of the large wave is directed vertically, and it is developed in close contact with the bottom of the torsion beam. At this time, when pushing back the seawater filled in the determination paper, the seawater passes through the hole drilled in the bucket-shaped main wave so that the sea water can be prevented from overflowing.

In the case where the bucket 110 is moved outside from the split partitioned tidal zone, the forward bucket 110 can be raised by advancing or contracting the hydraulic cylinder of the forklift.

According to the embodiment of the present invention as described above, the solar salt crystals generated on the floor of the salt crystal decay paper are pushed to the side of the bank and piled up at the side of the bank, By automating the three tasks unloading on the truck, it is possible to solve the manpower shortage and improve the productivity by improving the work efficiency.

In the blade material attached to the bottom of the large wave that picks up the sun salt, it is possible to attach and detach from the environmentally friendly silicone material by attaching the rubber for bicycle tire to the lower part of the existing punching plate, and as an eco-friendly production tool conforming to food hygiene safety, It contributes greatly to height.

After collecting the sun salts, clean the floor of the salt crystal ground with a copper electric wave. After filling the ground with low salinity water that has been desiccated in the reservoir, make the entire bottom floor freely by using an electric wave to remove the salt residue sticking to the floor. , It is possible to regularize the cleaning of the salt floor and it is possible to regularize the floor of the crystal ground cleanly after the rain. This can be a decisive factor for improving the quality of the salt, that is, improving the particle, color and taste have.

10: Electrophoresis of the sun-salt extraction
100: Bucket type large wave drawing
110: Bucket type main wave
120: Winged auxiliary stern
130: auxiliary luffing cylinder
140: silicon blade
150: Grease side safety roller
200: 3 wheel drive wheel drawing
210: 2 wheel drive flat wheel
220: CASTER steering wheel
230: Front urethane tire
300: Main cylinder drawing
310: Bucket-driven cylinder
320: upper turnbuckle
330: upper and lower drive cylinder
400: Body drawing
410: Lower frame
420: upper main frame
430: Lower main frame
440: steering column
450: Step
500: Control section drawing
510: Control box
520: Battery box

Claims (5)

Determination of the traditional tidal wave In the electric tidal wave of the function of picking up and pouring the generated salt on the bottom of the ground,
A main body composed of two front wheels for driving and one rear wheel for left and right rotation and a bucket type in which right and left rear walls are punched so as to distribute water pressure simultaneously with the function of pushing sun salt in the running direction in front of the main body, It is attached to the main wave and the left and right cylinders in a folding manner to carry auxiliary function of pushing and collecting the salt of the sun. It is attached to the bottom of the big wave and pushes the sunray salt grains neatly in the running direction A silicon frame, a silicon frame and a central frame shaft attached with a hydraulic cylinder of a forklift capable of driving the top and bottom of the drum, the salt crystals being pushed together with the water and collected in a salt bomb, and the body of the vehicle, the steering means, And a controller for controlling the driving of the front and rear wheels. Eco Electric onion for ilyeom collected. The method according to claim 1,
A bucket type main exciter having a function of attaching to the fork shaft center frame axis in front of the main body and pushing and collecting the sun salt in the running direction,
It is attached to the left and right cylinders in a folding type to perform auxiliary function of pushing and collecting the sun salt. When using the main lashing as a forklade bucket, the left and right folding lashing auxiliary lashes Wherein the solar cell is a solar cell. 3. The method of claim 2,
In the bucket type main excavation, the left and right side walls and the rear wall are pierced so as to allow the function to pass when collecting and storing the sunny salt grains, and the mesh is installed to prevent the sunk salt grains from being lost along the bucket- Friendly eco-friendly large wave for collecting sun-salt. 3. The method of claim 2,
And a silicon blade detachably mounted on the lower portion of the bucket type main lapping wave and the auxiliary wing lapping wave to increase the feeling of contact and elasticity with the bottom surface of the determination lap during the collection of the sunbeam, Characterized in that the silicon blade is attached so as to be easy to carry. The method according to claim 1,
In order to prevent damage to the bottom surface of the determination paper and to prevent sliding during driving, the driving wheel is equipped with a parallel wheel having a wide bottom contact at the front left and right sides, the surface of the wheel is made of urethane material, And a guiding roller which is slidably rotated on the corners of the left and right auxiliary wings so as to provide a buffering effect when the guide bar is contacted to the bank or the dam. Environment friendly electric wave.

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