KR102121116B1 - Solar salt recovery equipment - Google Patents

Abstract

SUMMARY OF THE INVENTION The present invention provides a crystal-covered solar salt wave breaker that can significantly reduce labor and improve productivity by scraping salt in the crystal paper in one operation.
To this end, the present invention is provided with a rail installed on both sides of the bank of the crystal paper, a pair of carts running along the rails, and a wrecking means installed between the trucks to scrape salt in the crystal paper in the driving direction.
The rail is made of a rack, and the drive wheel of the cart is made of a pinion that receives power from a mounted drive motor and rotates.
In addition, a processing rail laid in the air adjacent to the rail and a guard arm for extending from the bogie and preventing the bogie from being lifted from the rail is provided when the guide roller at the end is in contact with the lower part of the bogie rail.
In addition, the above-described onion means can be elevated and dividedly manufactured to vary its length according to the width of the crystallized paper.
According to the above-described technical configuration, in response to the width of the crystallized paper, the trolley on which the trolley is installed travels along the banks on both sides of the crystallized paper, so that the salt in the crystallized paper can be scraped in the driving direction in one operation, so that it can cross the crystallized bank. The fact that the onion means can be lifted up and down, it is possible to continuously work, which has the effect of dramatically reducing labor and improving productivity.

Description

Crystalline cover type solar salt recovery equipment {Solar salt recovery equipment}

The present invention relates to a crystalline paper-covered solar salt device, and more particularly, to a crystalline paper-covered solar salt device that can collect salt in the crystal paper in one operation.

Crystalline, which is one of the salt farm facilities for the production of sea salt, refers to a place that is concentrated by thinning the concentrated saturated function (포화和鹹水) in an evaporator and salting it by crystal precipitation, and is located at the bottom of the evaporator.

Each crystalline paper divided into 4 columns and 8 rows has an area of about 100m2, is built in a square shape, and has a strong ground. Improved crystallization is attempting to increase salt quality and improve quality by laying tiles or retaining pieces on the ground (see Doosan Baekwa Salt Farm Facility Structure).

It is hard to say that the onion that collects the wet salt in the crystal field is difficult to do.

Registered Patent Publication No. 10-1840815 (announced on May 4, 2018) relates to a collection device for sea salt that can be easily collected by a worker with a small amount of power, including a rubber sole for large wave breaking in salt crystals. ; It is provided movably along the movement path formed to be able to move the truck for salt transfer, and a collection aid for pulling the rubber raebu to the lane side by using a wire so as to assist the crushing of the rubber rae; provided, the rubber raebu salt crystal A contact plate contacting the bottom of the paper is provided with a mill plate provided at the bottom, and a support rod having one end connected to one side of the mill plate and a gripping portion capable of being gripped by an operator, and the rubber soles are respectively connected to wires extending from both sides in the longitudinal direction of the mill plate. The first and second ropes are further provided with a moving unit capable of moving the connecting portion to which the wire and the first and second ropes are connected in the longitudinal direction of the mill plate, and the mobile units are respectively installed and extended upward from the mill plate. The first and second support rods having loops formed so that the two ropes can pass through, and rubber wheels that are rotatably installed on the lower part of the support rods to independently wind the first and second ropes passing through the loops to move the connecting parts. , It is shown a configuration (refer to claim 1) having a handle portion that is connected to the shaft of the rubber wheel and rotates the rubber wheel.

In addition, the registered patent publication No. 10-1822998 (announced on January 29, 2018) relates to an electric rubber sole for salt for driving and collecting salt containing salt water generated in a salt field zone partitioned by a weir toward the dam. It includes a driving wheel and an auxiliary wheel, a body equipped with a rechargeable battery; Mounted on the body, left and right handles for driving by controlling the driving wheels; The head portion is rotatably mounted on the front of the body, and the rod portion is rotatably mounted on the back of the rod by a bearing. Driving with angle conversion; It is mounted on the left and right handles, and a control unit for controlling the running of the push rod; In the electric rubber sole for salt comprising: The auxiliary wheel is a rotating shaft that is rotatably mounted in the clockwise or counterclockwise direction on the rear of the body; A supporter having an auxiliary wheel rotatably mounted on the bottom surface and integrally connected to the rotating shaft; The rod portion is rotatably connected to a leg fixed to the rotation shaft, and a third actuator is rotatably mounted on the body of the body. By lowering and contacting the bottom surface of the salt farm, a configuration in which the rotating shaft is rotated in the clockwise direction when the third actuator is elongated to move the auxiliary wheels at an arbitrary height from the floor of the salt farm to rise toward the body is shown.

The prior art made of the above-described technical configuration has an effect of reducing the fatigue of the worker and increasing the productivity in that some power is used to perform the large wave, but the worker still has to perform the large wave within the crystallographic dozens of times. In this regard, there was a limit to reducing labor force or improving productivity.

The present invention has been devised in consideration of the above-mentioned conventional technology, and provides a crystalline paper cover type sun salt wave breaker device that can significantly reduce labor and improve productivity by scraping salt in the crystalline paper in one operation. do.

The present invention, in order to achieve the above problems, the rails laid on both sides of the bank of the crystal paper, a pair of bogies running along the rails, and installed between the bogies, a wave breaking means for scraping salt in the crystal paper in the driving direction It is equipped.

The rail is made of a rack, and the driving wheel of the cart is made of a pinion that receives power from a mounted driving motor and rotates.

A processing rail laid in the air adjacent to the rail and a guard arm for extending from the cart and preventing the truck from being lifted from the rail when the guide roller at the end contacts the lower part of the processing rail are provided.

The above-mentioned wave means is formed extending to the side of the crystal sheet, the mounting plate is provided with a concave groove on the upper surface, the lower end is placed in the concave groove, is swingable back and forth, and a holder part detachably mounted with a push rod for scraping salt, and a holder part It is provided with a stopper installed at the front and rear to limit the swing range of the holder portion, and a guard long hole in which a fastening protrusion protruding from the holder portion is inserted between the stoppers to prevent the holder portion from departing in a swing state.

The holder portion is provided with a slide groove in which a tee-shaped end of the push rod is slidably inserted up and down, and a pinion driving portion is provided in the holder portion in correspondence with a rack formed in the push rod to move the push rod along the slide groove.

The push rod is provided with a fixed frame, a wheat plate detachably coupled to the bottom of the fixed frame, and a tensioner installed between the wheat plate and the fixed frame so that the wheat plate is in close contact with the bottom surface of the crystal paper.

The push rod is divided into one side end or both side ends with fasteners, so that the entire length can be adjusted.

The above truck is equipped with a drive motor for transmitting power to the drive wheel, a battery for supplying power to the drive motor, and a controller receiver for remotely controlling the drive of the drive motor.

In addition, the above-described wave breaking means is further provided with a tow ring for binding the tow line of the winder so that it can be pulled in the driving direction through the winder installed on the opposite dam.

According to the present invention, in response to the width of the crystallized paper, the trolley installed with a trolley is driven along the banks on both sides of the crystallized paper, which significantly reduces labor and improves productivity in that the salt in the crystallized paper can be scraped in the direction of travel It has the effect of being able to.

1 is an exemplary view of the operation of the crystalline paper cover type sun salt leek device according to the present invention,
2 and 3 is a perspective view of a crystalline paper cover type sun salt leek device according to the present invention,
Figure 4 is a perspective view of a different view direction of the crystal-covered solar salt wave device according to the present invention,
5 is a side view of the crystalline paper cover type sun salt leek device according to the present invention,
Figure 6 is a front view of the crystalline paper cover type sun salt leek device according to the present invention,
7 and 8 is a detailed view of the thigh portion of the crystalline paper cover type sun salt leek device according to the present invention,
9 is a detailed view of the bogie of the crystalline paper-covered solar salt wave device according to the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to a preferred embodiment of the crystalline paper cover type sun salt leek device according to the present invention.

First, referring to FIG. 1, the crystallographic cover-type solar salt wave breaking apparatus, which is an embodiment of the present invention, is a rail 10 and a pair of bogies traveling along the rail 10, which are largely installed on both sides of the bank 1 100) is provided between the bogie (100) and is provided with a leek means (200) for scraping salt in the driving direction in the crystal paper.

According to the above technical configuration, the bogie 100 travels along the rails 10 laid on both sides of the weirs 1 of the deciding place, and the wagon means 200 is provided between the bogies 100 to provide the bogie 100. It is possible to collect salt in the driving direction by driving.

Therefore, it is possible to drastically reduce labor and improve productivity in that the salt in the crystallized paper can be scraped in the driving direction in one operation.

More specifically, referring to FIG. 2, the rail 10 is made of a rack, and the driving wheel (unsigned) of the bogie is powered from a mounted driving motor 111 through a power transmission member 112 such as a chain. It is made of a pinion that receives and rotates.

That is, since it is preferable that the bogie 100 traveling along the weirs 1 at both sides of the decision paper runs side by side, the rail 10 is configured as a rack so that the bogie wheels do not idle during driving, and the drive wheel made of pinions is a recoil. Let's drive in engagement.

Next, referring to FIG. 3, the bogie 100 is formed by extending from the bogie 100 adjacent to the rail 10 and the processing rail 20 laid in the air, and the guide roller 31 at the end of the bogie 100 ) Guard arm 30 is provided to prevent the bogie 100 from being lifted from the rail 10 when driving in contact with the lower portion.

In the above configuration, the processing rails 20 are laid side by side adjacent to the rails 10, and the posts 21 are installed at regular intervals, and the steel pipes 23 are suspended from the upper posts 22 of the posts by welding. do.

Guard arm 30 is formed extending from the cart 100 and the guide roller 31 is installed at the end, the guide roller 31 is in contact with the lower portion of the processing rail 20 to move the processing rail 20 when the cart 100 travels Is induced.

In addition, the lifting arm 32 is installed at the end of the guard arm 30 so that the guide roller 31 can be moved up and down to close or release the processing rail 20. To this end, the upper end of the guard arm 30 is installed. A through-hole (unsigned) is formed, and a guide roller (31) is attached to the top and is inserted into the slide hole and mounted rotatably under the slide hole and screwed on the bottom of the carriage The lifting handle 32 is provided to move the conveying table along the slide hole in accordance with the tightening or loosening to move the guide roller 31 up and down.

According to the above technical configuration, the salt in the crystallized paper is pushed in the driving direction along with the salt water by the leek 200 as the vehicle 100 runs, and the load 100 is increased as the salt is accumulated. It is tilted toward the crystallized side and lifted from the rail 10.

At this time, the guard arm 30 installed on the other side of the wave breaking means 200 is to hold the truck 100 so as not to be lifted toward the crystallization side or lifted from the rail 10, as described above, installed at the end of the guard arm 30 Since the guide roller 31 is supported by the machining rail 20, it is possible to prevent the bogie from being lifted from the rail 10.

In addition, when a gap occurs between the processing rail 20 and the guide roller 31, the guide roller 31 can be raised through the lifting handle 32 to be closely adhered to the lower part of the processing rail 20, and after completion of work, the lifting The guide roller 31 may be lowered through the handle 32 to release the contact state.

Next, referring to FIGS. 3 to 5, the above-described wave breaking means 200 is formed to extend toward the crystallographic side and has a mounting plate 210 provided with a recessed groove 211 on the upper surface, and a lower end placed in the recessed groove to swing back and forth. The holder portion 230 is detachably mounted to the rod portion 220 for scraping salt, and is installed before and after the holder portion 230, a stopper 240 for limiting the swing range of the holder portion 230, and A guard long hole 260 in which a fastening protrusion 250 protruding from the holder portion 230 is inserted is provided between the stopper 240 to prevent the holder portion 230 from separating when swinging.

In the above-described technical configuration, the leek means 200 is installed between the bogies 100 to scrape salt of the crystalline paper in the running direction, and is not fixed to the bogie 100 but swings forward and backward by swinging along the running direction. Tilt.

In detail, the mounting plate 210 is formed to extend from the cart 100 toward the crystallized surface, and a concave groove 211 is provided on the upper surface.

The holder portion 230 is placed on the mounting plate 210 so as to be able to incline in the direction in which the bogie 100 travels by placing the lower end in the concave groove 211, and the push rod portion 220 for scraping salt Is detachably mounted.

That is, the holder portion 230 is formed to be convex in the lower end corresponding to the concave groove 211. Due to the height difference between the weir 1 and the rail 10, the push rod 220 is mounted through the holder 230. Since the plate 210 is in a state in which the push rod 220 is pushed when the vehicle 100 travels, it rotates around the concave groove 211 and inclines in the driving direction.

Therefore, when scraping the salt, the wheat straw portion 220 forms an acute angle with the bottom surface, and thus, it is possible to prevent the salt grains from being broken together with the smooth running, and the wheat straw portion 220 is maintained even when the cart 100 runs in the opposite direction. Rotation around the concave groove 211 is always inclined along the driving direction.

The stopper 240 is for limiting the swing angle of the holder portion 230, and is formed to extend from the cart 100, and is installed before and after each of the holder portions 230.

That is, as described above, as the vehicle 100 travels, the holder 220 is inclined along the driving direction, and the pusher 220 is determined by the stopper 240, which is no longer rotated and the swing angle is limited. It maintains a constant angle with the bottom surface.

Guard long hole 260 is a configuration for preventing the separation of the holder portion 230 in the swing state, in detail, the support frame 270 forming a right angle with the holder portion 230 on the side wall of the bogie 100 It is installed, and a guard long hole 260 is drilled on the support frame 270.

In addition, the guard long hole 260 is installed on the rotational path of the holder portion 230 as the holder portion 230 rotates around the concave groove 211, preferably installed before and after each of the holder portion 230 It is preferably located between the stoppers 240.

In addition, a fastening protrusion 250 inserted into the guard long hole 260 is formed in the holder 230 corresponding to the long guard hole 260.

According to the above technical configuration, when the holder portion 230 rotates around the concave groove 211 as the vehicle 100 travels, the fastening protrusion 250 formed on the holder portion 230 is attached to the guard long hole 260. Since the insert is in an intrinsic state, it moves only forward or backward along the guard long hole 260, so the upward movement is restricted, so even if salt accumulates in the front of the pusher 220, the pusher 220 is not lifted up, so the holder 230 It is possible to prevent departure from the mounting plate 210.

Here, the guard long hole 260 is formed with an opening hole 261 on the upper side of the central portion so that the fastening protrusion 250 formed on the holder 230 is seated inside, in this case, the holder 230 100) can be easily attached and detached.

Of course, when the holder 230 is seated on the bogie 100 and the fastening protrusion 250 is inserted into the guard long hole 260, when the holder 230 is tilted in the driving direction, the fastening protrusion 250 is secured to the guard long hole 260 ) It is located on the side end, as described above, even if the salt is accumulated in the front of the pusher 220, the pusher 220 is not lifted up, so that the holder 230 can be prevented from being detached from the mounting plate 210.

Next, referring to FIG. 4 and the accompanying FIG. 6, the holder portion 230 is formed with a slide groove 231 in which a tee-shaped end of the push rod 220 is slidably inserted up and down and slides. The pinion driving unit 235 is provided in the holder unit 230 in correspondence with the rack 221 formed on the pusher unit 220 in order to elevate the pusher unit 220 along the groove 231.

The above technical configuration adjusts the adhesion between the push rod 220 and the bottom surface of the crystal paper or the push rod 200 as the push rod 220 is slidably installed up and down on the holder 230. (1) to raise more than without dismantling the pusher 220 to move to the next decision.

In detail, the end portion of the push rod 220 is implemented in a tees shape, in response to this, the holder portion 230 is also formed with a tees-shaped slide groove 231. Therefore, even if a load is applied to the rod 220 according to the collection by scraping the salt, it is possible to prevent the rod portion 220 from being separated from the holder portion 230.

In addition, a pinion driving unit 235 consisting of a motor 237 in which a pinion 236 is axially coupled to the holder unit 230 side in response to the rack 221 is formed at the end of the pusher 220. It is provided.

That is, the rack 221 integrally formed with the rod part 220 in the vertical direction and the pinion 236 which is axially coupled with the motor 237 are mutually coupled, so that the push part 220 is driven by the forward and reverse driving of the motor 237. It is possible to move up and down along the slide groove 231.

Next, the push rod portion 220 is installed between the fixed frame 222, the fixed frame 222, the removably coupled wheat plate 223, the wheat plate 223 and the fixed frame 222, the wheat plate ( Tensioner 225 is provided so that 223) is in close contact with the bottom surface of the crystalline paper.

In the above technical configuration, the push rod 220 includes a fixed frame 222, a wheat plate 223, and a tensioner 225. The fixed frame 222 is installed across the decision sheet between both trucks, and the wheat plate at the bottom. The mill plate receiving groove 224 is formed so that the 223 can be detachably coupled.

The mill plate 223 is preferably applied in the form of a brush in which a rubber plate or a thin synthetic resin material is bundled in a plate shape so as to increase adhesion to the bottom surface of the crystalline paper, and the upper side is accommodated in the mill plate receiving groove 224 of the fixed frame 222. By being supported by the tensioner 225, even if there is curvature on the bottom of the crystalline paper, it is burnt by the tensioner 225 to maintain a close contact with the bottom of the crystalline paper.

The tensioner 225 is provided with a bracket 226, respectively, on the fixed frame 222 and the mill plate 223. One end is installed through the bracket 226 on the side of the fixed frame 222, and the other end is fixed on the bracket on the mill plate side. The compression spring 228 is embedded in the pin 227 between the installed pin 227 and both brackets 226 so that the mill plate 223 is burnt downward by the elastic force of the spring to maintain a close contact with the bottom surface of the crystal paper. .

Also, referring to the attached FIG. 8, the push rods 220 are mutually fastened by fastening members 280 at one end or both ends, and are dividedly manufactured to adjust the overall length thereof.

That is, the push rod 220 is divided into a predetermined length to vary its length or to facilitate transport and storage depending on the width of the crystal paper. To this end, the push rod 220 dividedly produced is fastened brackets 281 on one side or both sides. ) Is installed, and screwed through a fastener consisting of a bolt 282 and a nut 283 in a state facing the fastening bracket 281 to be bound to each other.

Of course, a reinforcement structure such as a truss (unsigned) may be adopted to prevent bending of the pusher 220 as long as the length of the crystal paper increases.

Next, referring to the attached FIG. 9, the above-mentioned bogie 100 includes a driving motor 111 for transmitting power to the driving wheel 110, a battery 113 for supplying power to the driving motor 111, and A controller receiver 120 for remotely controlling the driving of the driving motor 111 is mounted.

In the above-described technical configuration, the cart 100 is provided with driven wheels 115 before and after the driving wheels 110 so as to travel along the rails 10, and the driving wheels 110 corresponding to the rails 10 made of a rack ) And the driven wheel 115 are both made of cog wheels and are geared to the rail 10.

In addition, a remote controller (not shown) is provided so that each installed bogie on the decision bank can simultaneously drive. To this end, the bogie 100 is provided with a controller receiver 120 for receiving signals such as running and stopping.

Therefore, by the remote signal, the trucks installed on both banks of the crystallized land can simultaneously drive and collect salt in the crystallized land.

And, referring to Figure 1 above, the above-mentioned wave means 200 is tow hook for binding the tow line (2) of the winder so that it can be pulled in the driving direction through a winder (not shown) installed on the opposite dam. 201) is provided.

According to the above technical configuration, a pair of towing hooks 201 is provided in the middle portion of the spearing means 200, and the spearing means 200 is wound through a winder installed on the weir while the towing line 2 is bound in a Y shape. ) Towed.

This towing operation is so large that the load is overloaded on the bogie 100 or the sagging means 200 sag to achieve a horizontal state.

The above description is an example for helping the understanding of the present invention, and does not limit the present invention, and those skilled in the art to which the present invention pertains may vary within the scope of the matters set forth in the claims of the present invention. It can be carried out by modification.

1: weir
2: tow line
10: rail
20: Process rail
21: prop
22: cradle
23: Steel pipe
30: Guard arm
31: Guide roller
32: lifting handle
100: Balance
111: drive motor
112: power transmission member
113: battery
115: driven wheel
120: controller receiver
200: smash
201: towing hook
211: concave groove
210: mounting plate
220: Loan
221: Lek
222: fixed frame
223: tablet
224: Mill plate receiving groove
225: tensioner
226: bracket
227: pin
228: compression spring
230: holder
231: slide groove
235: pinion driving unit
236: Pinion
237: motor
240: stopper
250: fastening protrusion
260: Guard Jang Hall
261: Open hole
270: support frame
280: fastening member
281: fastening bracket
282: bolt
283: nut

Claims (9)

Rails laid on the banks on both sides of the crystal
A pair of bogies each driving along the rail,
It is installed between the bogies and is made of a digging means for scraping salt in the driving direction in the direction of travel when the bogie is traveling,
A processing rail placed in the air adjacent to the rail,
It is formed from extending from the bogie, and the guide roller at the end is in contact with the lower portion of the processing rail, and a guard arm for preventing the bogie from being lifted from the rail when traveling is provided. According to claim 1,
The rail is made of a rack,
The driving wheel of the cart is a crystal-covered sun-dried wave breaking device characterized in that it is made of a pinion that receives power from a mounted driving motor and rotates. delete According to claim 1,
The leek means is formed extending to the side of the crystal sheet, the mounting plate is provided with a recessed groove on the upper surface, the lower end is placed in the recessed groove, swingable back and forth, and a holder part detachably mounted with a push rod for scraping salt, and the holder It is provided before and after the stopper to limit the swing range of the holder portion, and between the stopper is provided with a guard long hole in which a fastening protrusion protruding from the holder portion is inserted between the stoppers to prevent departure from the swing state. Crystalline cover-type sun salt wave breaking device. The method of claim 4,
The holder portion is formed with a slide groove in which a tee-shaped end of the push rod is slidably inserted up and down, and a pinion driving portion in the holder portion corresponding to a leak formed in the push rod to elevate the push rod along the slide groove Crystalline cover type solar salt wave device, characterized in that provided. The method of claim 4 or 5,
The push rod is a fixed frame, a push plate which is detachably coupled to the bottom of the fixed frame, and a tensioner installed between the push plate and the fixed frame so that the push plate is in close contact with the bottom surface of the crystal sheet. Cover-type solar salt wave device. The method of claim 4 or 5,
The push rod portion is provided with a fastening member at one end or both ends, so that the crystalline paper cover type sun salt onion device, characterized in that it is dividedly manufactured to adjust the overall length. According to claim 1,
The cart is equipped with a driving motor for transmitting power to the driving wheel, a battery for supplying power to the driving motor, and a controller receiver for remotely controlling the driving of the driving motor. Leek device. According to claim 1,
The crushing means is a crystalline paper cover type solar salt wave breaking device characterized in that it is further provided with a traction ring for binding the traction line of the winding machine so that it can be pulled in the driving direction through the winding machine installed on the opposite dam.

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