KR20170081917A - Apparatus for collecting salt with buoyancy device - Google Patents

Abstract

The present invention relates to an apparatus for collecting salt, and more particularly, to an apparatus for collecting salt while collecting salt widely distributed before the salt while floating in water having a predetermined water level before the salt, The present invention relates to a buoyant basin which does not damage a salt floor and which is capable of collecting salt more easily and quickly than before.
A feature of the present invention is to provide a collecting guide device which is located at the tip of a salt collecting body to collect the salt in the salt trough to the center; A salt elevating device for transferring the collected salt collected at the center of the collecting guide device to a salt collecting chamber; A salt collecting container body which is an enclosure in which the salt to be transferred from the salt elevating device is contained; And a buoyancy driving unit that travels on the trough floor. The buoyancy driving unit travels in the trough to collect the salt.

Description

[0001] APPARATUS FOR COLLECTING SALT WITH BUOYANCY DEVICE [0002]

The present invention relates to an apparatus for collecting salt, and more particularly, to an apparatus for collecting salt while collecting salt widely distributed before the salt while floating in water having a predetermined water level before the salt, A float tank for dispersing the gravity of a wheel whose center of gravity is centered on a float base plate or tile is attached to the buoyant float base so as not to damage the float floor by using the buoyancy of the brine float and to collect the salt more easily and quickly than before.

In general, salt draws sea water into a decision field of a tortoise (a sea salt made by spreading a plate or a tile on the floor so as to be determined as salt in the sea water), and then exposing the salt water to the sunlight, It is formed of salt granules and it becomes to be coated.

Conventional salt harvesting generally uses a large wave (a tool for collecting salt) to scrape off the salt formed by the crystals in a large salt bath, to transfer the salt to the shoveling vehicle, Respectively. This conventional salt-collecting work was not easy to work because it was a hard work of collecting, collecting and circulating all the tide continuously without a break.

In the case of the conventional salt-collecting technology developed in the past, the main body of the apparatus is provided with a rail with a long-length iron pipe on the side of a salty salt tank, and the salty cargo moving along the rail is easily moved to a salted storage A salt transfer truck was developed.

In the case of such a transfer truck, it is also a problem that it takes a long time to collect the salt in a wide salt bath because it collects the salt to the sea edge where the salt is carried while traveling around the wide salt floor.

In addition, collecting salt using such a large wave can be difficult because the foundation of the tidal flat is weak and the heavy equipment can not enter. Therefore, it takes time and requires a considerable labor force.

Some of these tiles are gathered around, but the troughs are slippery and tidal-flat, so heavy metal wheels or heavy weight are used. In this case, there is a problem that the tiles and tiles installed on the bottom of the tile are damaged.

In addition, there is a technical difficulty that the collected salt does not realize the device for collecting the salt on the salt floor because the salt floor has the foreign substance which is digested in the salt floor, and therefore the value as the commodity falls.

Open Patent No. 10-2014-0030924 (published on Mar. 12, 2014) Registered Patent No. 10-1559979 (issued on October 13, 2015) Registered Patent No. 10-1491455 (published on February 10, 2015)

In order to solve the above-mentioned problems, the present invention is to solve the above-mentioned problem by using sea buoy to make salt in a weak salt crystal paper and to make buoyancy of salt water which is excellent in buoyancy without removing water when salt is made, It is used for collecting high-quality salt because it does not damage the salt tumbler and breaks the salt pellets and does not mix with the impurities because it is collected on the water and collects the widely distributed salt while moving by using the driving force generated from the water turbine, the conveyor wing and the turning wing. .

Another object of the present invention is to collect the salt in a floating state on the surface of the tide, so that it is not hard to collect the salt and can be easily collected.

It is a further object of the present invention to provide an apparatus and method for collecting salt and driving force simultaneously by collecting salt and pushing water backward by attaching a soft and flexible material to the end portion by means of a plurality of conveyor blades It is convenient to collect salt.

It is a further object of the present invention to provide a method of collecting salt from one side of a tide and then moving the salt tile in a raised state with a guide for collecting the salt or collecting the collected salt in another direction of collection or transportation.

According to an aspect of the present invention, there is provided a collecting guide device for collecting salt in a salt tank, A salt elevating device for transferring the collected salt collected at the center of the collecting guide device to a salt collecting chamber; A salt collecting container body which is an enclosure in which the salt to be transferred from the salt elevating device is contained; And a buoyancy driving unit that travels on the trough floor, wherein the buoyancy driving unit travels in the trough to collect the salt while collecting the salt.

In a preferred embodiment of the present invention, the harvesting guide device comprises: a guide swinging part fixed to the tip of the buoyancy balancer; And a salt guide extending outwardly at a predetermined angle with respect to the tip direction in the guide pivot portion and having a long length, wherein a soft guide portion contacting the salt floor is formed at the bottom of the salt guide, And a guide opening adjuster for adjusting the angle of the guide.

In a preferred embodiment of the present invention, the salt elevating device is provided with an elevating conveyor for conveying the salt collected at the salt floor of the center of the collecting guide device to the salt collecting compartment and conveying the salt while the plurality of conveyor blades are moved by the conveyor belt Wherein the elevating conveyor apparatus comprises: a conveying guide bottom plate for conveying the plurality of conveyor wings during the elevation of the salt; A conveyor drive roller supported on the elevating conveyor apparatus and operating the conveyor belt by rotation of the conveyor drive motor; A conveyor leading roller that rotates while supporting a leading end of the conveyor belt under the elevating conveyor device; And a conveyor elevating guide roller which is positioned at the rear of the conveyor front end roller and guides the continuously moving conveyor belt and the conveyor wing to move in parallel with the conveying guide bottom plate, A plurality of through holes or a plurality of drain holes are formed in the drain hole and the water conveyed together with the salt is drained.

In a preferred embodiment of the present invention, the salt elevating device is provided with an elevating screw device for transferring salt collected in the salt-collecting floor at the center of the collecting guide device to a salt collecting housing, The elevating screw apparatus includes a screw main body inclined at the tip of the salt collecting body; A screw blade which is rotated in the screw body to feed salt upward; And a screw motor installed on the upper side of the screw body to rotate the screw vanes. A drainage area having a plurality of through holes or a plurality of holes is formed at a predetermined height on the screw body of the screw device, And the water is drained.

In a preferred embodiment of the present invention, the buoyancy driving unit comprises: a buoyancy rotating wheel which is positioned at a front end or a rear end of the salt collecting body and rotates forward or backward by the rotational force of the moving motor; And a driving blade unit coupled to one side of the buoyancy rotating wheel and rotating together to form a plurality of blades; Wherein the buoyant rotating wheel is hollow and the buoyant force is generated from the buoyant bottom due to the buoyancy caused by the hollow air, and at least one of the buoyancy rotating wheel and the buoyant swinging wheel is used for collecting the salt And the left and right driving parts and the right and left driving parts separately provided to the left and right sides are interlocked or rotated to the left or right side, Wherein the buoyancy balancer is independently rotated.

In a preferred embodiment of the present invention, the apparatus further comprises a salt transfer device installed at one side of the bottom of the salt collecting body for discharging salt to the outside, wherein the one or the middle portion is located below the salt collecting container A tubular conveying screw pipe connected to the inside and the other side opened to the outside; And a conveying screw located inside the conveying screw tube for conveying the salt introduced from the salt collecting body.

In a preferred embodiment of the present invention, the buoyancy tank further comprises at least one buoyancy tank coupled to the bottom of the buoyancy balancer and having a buoyancy, wherein the buoyancy tank has at least one of the one below the salt collecting vessel body and the one below the salt elevation apparatus Wherein the planar shape of the buoyancy tank is a rectangular shape; Triangular phase; Polygonal phase; Circular shape; A transverse rectangular shape having a long length in the transverse direction; And a backward rectangular shape having a long length in the forward direction; Wherein the buoyancy tanks are located below both sides of the salt collecting body when the plane shape of the buoyancy tanks forms a rectangle in the forward direction.

In a preferred embodiment of the present invention, the apparatus further comprises a flame front elevation swinging part for swinging at least one of the sampling guide device and the salt elevating device upwardly toward one end of the salt collecting hood part, Wherein the buoyancy elevator comprises: an upward pivot shaft portion rotatably coupled to the buoyancy basin body; And at least one of the sampling guide device and the salt elevating device is connected to one side of the harvesting guide device and the salt elevating device in front of the ascending tilting shaft portion so that the harvesting guide device and the salt elevating device are rotated upward Wherein the pivotal lifting and lowering operation portion includes a lifting wire wound or unwound by a lifting wire actuated portion provided on an upper portion of a wire supporting portion extending upward from a rear side of the buoyancy balancer main body, A wire lifting / lowering structure for lifting one or more of the lifting devices; And one or more of the sampling guide device and the salt elevating device is lifted and lowered to the hydraulic pressure of the elevating cylinder in which one side is supported on the tip end of the buoyancy balancer main body and the other side is supported on at least one of the sampling guide device and the salt elevating device Hydraulic up and down configuration; Wherein the buoyancy balancer comprises a buoyancy balancer.

The present invention having the above-described structure collects the salt widely distributed on the tide while floating on the surface of the tide floor where the surface is weak, so that it does not damage the tide and breaks the salt pellets and does not mix the impurities. In addition to the cleaning function described below, there is an effect that high quality salt can be collected.

Another advantage of the present invention is that it is not difficult to collect the salt because it collects the salt in a floating state on the water before the salt, so that it can be easily collected.

Further, another effect of the present invention is that, when collecting salt with a plurality of conveyor blades, collecting salt and driving force of pushing water backward together also collects salt and generates propulsion force at the same time, so that the salt can be conveniently collected.

Another advantage of the present invention is that the salt can be moved in the state of lifting up a guide for collecting salt after collecting the salt in one trough, or the collected salt can be discharged in the direction of another collecting machine or the tank.

Further, another effect of the present invention is to provide a buoyancy tank having a long length in the forward direction on both sides of the buoyancy balers of the present invention, so that the buoyancy balers can stably float on the saltwater salt water having good buoyancy, It is made up of long lengths to maintain forward propulsion.

Furthermore, another effect of the present invention is that the buoyancy driving unit for moving the buoyancy balancer is made of a plastic cylinder so as to have buoyancy and can be moved more easily by the driving wing rotated together with the turning wheel.

FIG. 1 is a side view showing a buoyancy balancer according to the present invention in a state in which a buoyancy tank of a forward direction rectangular type embodiment is provided and is in a flushing state.
FIG. 2 is a side view showing an operation of the elevating conveyor apparatus as a salt elevating apparatus equipped with a buoyancy tank in a forward direction rectangular form embodiment of the buoyant balancer according to the present invention.
FIG. 3 shows a buoyancy balancer according to the present invention in which a buoyancy tank of the forward direction rectangular type embodiment is provided and the salt elevating device is transported by collecting the salt during the operation of the elevating conveyor apparatus and discharging the brine into the drainage area formed on the conveying guide bottom plate. Fig. 2 is a side view showing a state in which a plurality
FIG. 4 is a view showing a buoyancy balancer according to the present invention in which a buoyancy tank of a forward direction rectangular type embodiment is provided, and a salt elevation device discharges the brine into a drainage area formed on a conveyance guide bottom during operation of the elevation conveyor device, 3 is an enlarged view of an operation example of the drainage area in Fig. 3. Fig.
5 is a view showing an example of a buoyancy driving wheel and a propelling blade of the buoyancy driving unit in the buoyancy balancer according to the present invention.
FIG. 6 is a horizontal cross-sectional view illustrating a buoyant tank in a forward direction rectangular form embodiment and a buoyant float base including a salt floatation device provided with an elevation conveyor apparatus in the buoyant float bed according to the present invention.
FIG. 7 is a side view showing an operation state of a buoyant tank in a buoyancy balancer according to the present invention, which is a buoyancy tank in a forward direction rectangular form embodiment and a buoyant float base including a salt elevator in an elevation screw apparatus.
8 is a horizontal cross-sectional view of a buoyant tank of the buoyant floater according to the present invention, including a buoyant tank in a forward direction rectangular embodiment and a buoyant float including a salt elevator equipped with an elevation screw device.
FIG. 9 is a side view showing an operation state of a buoyant tank of a lateral rectangular type embodiment and a buoyant float base including a salt elevator equipped with an elevating screw apparatus in the buoyant flocculator according to the present invention.
FIG. 10 is a view showing a buoyancy balancer according to the present invention in which a buoyancy tank in a transverse rectangular form embodiment and a buoyant float base including a salt elevator equipped with an elevation screw apparatus are provided with a salt bucket, Fig. 3 is a side view showing a state in which it operates to converge; Fig.
FIG. 11 is a side view of the buoyant balancer according to the present invention in a state in which a rising end of the cooking tip is provided in addition to the salt collecting guide device and the salt elevating device.
FIG. 12 is a side view showing a state in which the salt collecting guide device and the tip end portion of the salt elevating device are lifted upward by the flipping-edge ascending rotary part in the buoyant flask according to the present invention.

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

That is, the buoyant bucket 10 according to the present invention collects the salt formed as crystals on the trough floor through the trough having water to have a slight water level, as shown in Figs. 1 to 12 attached hereto. Therefore, it is possible to save the time while reducing the labor force by collecting the large area of salt and the thin layer of salt in a large area while passing through the torii, and moving it to a separate tugboat easily.

A buoyancy collector 10 according to the present invention will be described in detail. A collecting guide device 20 is provided at the tip of the salt collector body 40 to collect the salt in the trough.

In other words, the collecting guide device 20 is provided so as to collect the salt in a large area spread on both sides from the leading direction of the running buoyancy collector 10.

A salt elevating device 30 is provided for transferring the collected salt collected at the center of the collecting guide device 20 to the salt collecting body portion 40.

And a salt collecting body part (40), which is an enclosure in which the salt transferred from the salt elevating and lowering device (30) is contained.

Thus, even if the buoyant shaker 10 is moved, the salt formed by the crystal spreading in the front direction can be collected easily into the salt collector body 40.

In particular, such a salt is a state in which water having a predetermined low water level is filled, and such water is a salt water containing salt, so that the salt contained in the salt water forms a salt crystal by sunlight or the like. These salt crystals are gathered together to form a broad layer of salt on the salt floor. Therefore, since the salt layer is formed in an even state on the entire salt floor, the salt formed as a whole is eventually roamed and collected.

Accordingly, the buoyant floater 10 according to the present invention can be moved in a floating state in a water having a predetermined water level, so that the entire tide can be easily operated.

To this end, the buoyancy balancer 10 is provided at a predetermined position with a buoyancy driving unit 50 that travels on the float floor.

In this way, the buoyancy driving unit 50 travels the buoyancy driving unit 50 to collect the salt while moving within the buoyancy.

Referring to the detailed configuration of the sampling guide device 20, a guide rotation unit 21 fixed to both ends of the buoyancy balancer is provided.

And a salt guide (22) extending on both sides of the guide pivot portion (21) and extending outward at a predetermined angle with respect to the tip direction and having a long length.

A guide opening adjustment part (24) for adjusting the opening angle of the two side salt guides (22) is provided on the guide pivot part (21).

In other words, as shown in Figs. 6 and 8, the both side salt guides 22 are arranged at both sides of the axis of the buoyancy floater 10, in particular, And a rotation adjusting rod 222 connected to the both sides of the salt guide 22 rearwardly is extended to a predetermined length on the rear side of the guide rotary part 21. As shown in FIG. The movement of the salt guide 22 by the rotation adjusting rod 222 and the guide opening adjusting portion 24 is the same as the movement of the tumbler bottom 22, And can be horizontally moved.

And a guide opening adjustment portion 24 is connected to the space between the both-side rotation adjustment rods 222. [ The guide opening adjustment portion 24 has a rod shape in which spirals in opposite directions are formed by left and right screws and a manual opening adjustment knob 241 or an automatic type motor (Not shown) is provided to rotate the guide opening adjustment portion 24. Therefore, the degree of expansion of the both-side rotation adjusting rod 222 and the front-side both sides of the salt guide 22 is changed in accordance with the direction in which the guide opening adjustment portion 24 is rotated.

The bottom of the salt guide 22 is provided with a soft guide portion 23 in contact with the bottom of the salt guide to prevent damage to the bottom of the salt and prevent the salt grains collected by the soft guide portion 23 from breaking. A stainless steel panel is provided on the upper part of the soft guide part 23 so that the collected salt is not released to the outside.

Next, the salt elevating and lowering apparatus 30 transfers the collected salt to the salt collecting body 40 in the center of the collecting guide device 20.

As shown in FIGS. 1 to 8, the elevating conveyor apparatus 31 for conveying the salt while the plurality of conveyor wings 311 are moved by the conveyor belt 312 is provided as an embodiment of the salt elevating apparatus 30 do.

The conveying guide plate 31 is provided with a conveying guide plate 313 for conveying the plurality of conveyor blades 311 while the salt is being raised.

A conveyor drive roller 316 which is supported above the elevating conveyor apparatus 31 and operates the conveyor belt 312 by rotation of the conveyor drive motor 315, And a conveyor belt 312 and a conveyor wing 311 which are located at the rear of the conveyor leading roller 317 and move continuously are arranged side by side with the conveying guide plate 313 And a conveyor elevation guide roller 318 for guiding movement of the conveyor elevation guide roller 318.

In other words, the conveyor belt 312 is moved to the conveyor leading roller 317 close to the trough bottom which is below the top head of the uppermost conveyor drive roller 316. The plurality of conveyor wings 311 coupled to the conveyor belt 312 are moved forward from the conveyor leading roller 317 to the conveyor elevating and guiding roller 318 at the rear while the conveyor leading roller 317 ) It collects the salt gathered in the front and moves backward.

And then to the conveyor elevation guide roller 318 located at the rear side from the conveyor leading roller 317.

A plurality of conveyor wings 311 coupled to the conveyor belt 312 are disposed between the conveyor leading roller 317 and the conveyor elevating and guiding roller 318 in the front of the conveyor leading roller 317 The collected salt is moved backward by the conveyor wings 311 toward the conveyor elevating guide roller 318 side.

The conveying guide bottom plate 313 is positioned at a position close to the conveyor elevating guide roller 318 so that the salt moving by the conveyor belt 312 and the conveyor wing 311 is fed from below the conveying guide bottom plate 313 And is conveyed along the conveying guide bottom plate 313 to the place where the upper conveyor drive roller 316 is located.

And thereafter collected from the upper portion of the conveying guide bottom plate 313 to the rear side of the salt collecting body portion 40.

As described above, during conveyance of the salt by the conveyor belt 312 and the plurality of conveyor blades 311, at a position where the conveyor blade 311 moves between the conveyor leading roller 317 and the conveyor elevator guide roller 318 And the water which is at a predetermined level in the tidal direction is also included, so that the water is also pushed backward together with the salt by the force of conveying the plurality of conveyor blades 311 by the conveyor drive motor 315.

The buoyant bucket 10 according to the present invention is floated on the water so that the buoyant bucket 10 is pushed backward by the large number of conveyor wings 311, Can be moved forward with the force pushing the water backward as a driving force.

Therefore, the user has a dual effect of easily moving the buoyancy flusher 10 forward without taking effort even if the salt is collected. In the state where the salt widely distributed in the torsion is collected in front of the buoyancy collector 10, the salt is collected by the elevation conveyor device 31 of the salt elevation device 30 into the salt collection body 40, It is also possible to obtain an impelling force that moves forward by the force of pushing the water backward by the conveyor wing 311. [

Next, as another embodiment of the salt elevating apparatus 30, an elevating screw apparatus 33 for conveying the salt by the screw vane 331 rotated as shown in FIGS. 9 and 10 is provided.

The elevating screw device 33 has a screw main body 332 inclined at the tip of the salt collecting body part 40 and is rotated in the screw main body 332 to feed the salt upward And a screw motor 333 installed on the screw main body 332 to rotate the screw vane 331. The screw 331 is provided with a screw 333,

The screw blade 331 in the cylindrical screw body 332 is rotated by the operation of the screw motor 333 at the upper part so that the salt collected by the salt collecting guide device 20 is returned to the salt collecting body 40).

A drainage area 35 is formed at a predetermined height on the conveyance guide plate 313 of the elevating conveyor apparatus 31 or the screw body 332 of the elevation screw apparatus 33, So that the water transferred together with the salt is drained.

In particular, when the salt is carried by the plurality of conveyor blades 311, a large amount of water is carried by the conveying guide plate 313 together with the salt because a large number of conveyor wings 311 push the water together with the salt . The water is discharged only downward from the drainage area 35 formed with the porous part in the middle part, so that the salt collecting body part 40 is filled with only salt.

In addition, the buoyant flocculator 10 according to the present invention collects a large amount of salt formed by crystal growth while carrying a wide tidal current. For this purpose, the buoyancy driving unit 50 is provided. That is, the buoyancy driving unit 50 allows the buoyancy driving unit 50 and the buoyancy floater 10 to float while allowing the buoyancy buoyant 10 to move forward while allowing the buoyancy driving unit 50 to float.

5, 6, 8, and so on, the buoyancy driving unit 50 is located at the front or rear end of the salt collecting body unit 40 and is moved forward or backward by the rotational force of a moving motor And a buoyancy rotating wheel 51 which rotates.

Particularly, the buoyancy rotating wheel 51 is hollowed to generate a buoyancy force from buoyant bottom due to the buoyancy of the hollow air, The momentum is to be able to travel at least tidal.

In some embodiments, a separate moving motor for rotating the buoyancy rotating wheel 51 is not provided. Even if the user pushes the buoyancy rotating wheel 51 by himself, the buoyancy rotating wheel 51 buoyens to some extent, The floating buoyancy balancer 10 can be easily moved even if the user does not push it with a great force. It goes without saying that, in the case where a separate moving motor (not shown) is provided, the buoyancy balancer 10 can be moved more easily.

5, the buoyancy driving unit 50 may include a driving wing 52 coupled to one side of the buoyancy rotating wheel 51 and rotated together to form a plurality of blades.

The wing 52 is rotatable coaxially with the buoyancy rotating wheel 51 and has a large number of wings extending around a pivot axis which is a circular center when viewed in cross section.

Therefore, when the propeller blade 52 is rotated together with the buoyancy rotating wheel 51, the water in the tumbler is pushed backward, so that a larger thrust force is obtained. Particularly, if salt is accumulated in a large amount while traveling around in the salt tank, the buoyancy rotating wheel 51 can not easily advance but can be moved by the driving force of the driving wing portion 52 or the like.

As described above, when a plurality of conveyor blades 311, which is a practical embodiment for containing salt in the salt collecting body 40, is applied, the force pushing the water backward by the plurality of conveyor blades 311, The rotational driving force by the buoyancy rotating wheel 51 and the pushing force of the water by the pushing blade 52 which is rotated together with the buoyancy rotating wheel 51, As shown in FIG.

At least one of the buoyancy rotating wheel 51 and the propeller blade 52 is provided at the front end or the rear end of the salt collecting body part 40.

The buoyancy rotating wheel 51 and the pushing blade 52 may be provided at the front end or the rear end of the salt collecting body portion 40 and may be connected to each other from the left side to the right side to be combined singly. Therefore, when the unit is formed as a single unit, the whole unit is rotated together to generate the driving force. Of course, the engaging position, size, specific individual shape, etc. of the buoyancy rotating wheel 51 and the pushing vane 52, etc. will be carried out in accordance with the embodiment being practiced.

The buoyancy rotating wheel 51 and the propeller blade 52 are provided at the front end or the rear end of the salt collecting container body 40 and have a left and right driving parts 53 and a right driving part 54, As shown in FIG.

Accordingly, the left driving part 53 and the right driving part 54 provided separately from the left side and the right side may be provided so as to be interlocked with each other. That is, even if the driving motor is provided as a single unit, it can be connected to the interlocking shaft when the space for connecting the two side driving units is insufficient. Or even if the drive motors are provided on both sides, they may be operated in the same manner.

In another embodiment, the left driving unit 53 and the right driving unit 54, which are separately provided to the left and right, may be independently rotated. And the driving motions for rotating the left driving unit 53 and the right driving unit 54 are respectively provided. In particular, when the motor is rotated to one side, the rotated inner driving motor can be rotated so as to naturally rotate when it is stopped or rotated slowly. Therefore, the user can more conveniently operate the buoyancy balancer 10 according to the present invention.

Next, the buoyant balancer 10 according to the present invention further includes a salt transfer device 60 installed at a bottom of the salt collecting body 40 to discharge the salt to the outside as shown in FIGS. 9 to 11, will be. In particular, in the examples shown in FIGS. 1 to 8, the salt transferring unit 60 is provided in a direction parallel to the buoyancy tank 70 on both sides so as to be positioned below the salt collecting body unit 40. Thus, the salt is discharged to the front or rear of the buoyancy collector 10. Of course, in another embodiment, the salt transfer device 60 may be provided as a separate device having a crane structure on the salt collecting body portion 40. [ Hereinafter, an explanation will be given focusing on examples of discharging in the forward direction or discharging in the lateral direction according to some embodiments.

In addition, it is possible to further include the salt transfer device 60 so that the salt is discharged laterally as shown in FIGS. As shown in FIG. 10, the salt collecting body portion 40 containing the salt may further include a drum bucket 41 so that the salt contained therein can be collected toward the salt transfer device 60. Thus, the salt contained in the salt transfer device 60 is collected and discharged together.

As shown in the detailed structure of the salt transfer apparatus 60, a cylindrical transfer screw pipe 61 having one side or an intermediate portion connected to the interior of the lower portion of the salt collecting body 40 and the other side opened to the outside And a transfer screw 62 positioned inside the transfer screw pipe 61 and transferring the salt introduced from the salt collecting body part 40.

Therefore, the salt contained in the salt collecting body portion 40 is discharged to the outside.

In addition, when the present invention is discharged to a salt collecting apparatus (registered patent Nos. 10-1491455 and 10-1559979) filed and registered by the applicant of the present invention, it is possible to easily move to the salt carrier by the salt collecting apparatus. As described above, the buoyant flusher 10 according to the present invention is used to collect the salt widely distributed before the salt, and the salt collected by the pre-registered salt collecting device is transferred into the carrier truck, and then the carrier truck is moved along the salt ship, It is easy to collect salt as a warehouse.

In addition, the buoyant balance apparatus 10 according to the present invention further includes at least one buoyancy tank 70 coupled to the bottom of the buoyancy floater and having buoyancy.

Namely, as described above, since the salt is collected from the brine as described above, since the water forms a predetermined level in the salt tank to some extent, the salt water base 10 according to the present invention is allowed to float on the water. As described above, the buoyancy driving wheel 51 of the buoyancy driving unit 50 also forms the buoyancy force, but the buoyancy tank 70 may be separately provided so that the buoyancy force is increased to a greater width.

The buoyancy tank 70 is supported by the main body of the buoyancy balancer 10 and is located at one side below the salt collecting body portion 40 and below the salt elevating apparatus 30.

Thus, the buoyancy tank 70 has a rectangular shape in plan view; Triangular phase; Polygonal phase; Circular shape; A transverse rectangular shape having a long length in the transverse direction; And a backward rectangular shape having a long length in the forward direction; Or the like.

When the buoyancy tank 70 has a planar shape of a rectangle in the forward direction, the buoyancy tank 70 may be disposed below both sides of the salt collecting body 40.

In the case where the buoyancy tank 70 is formed to have a long length in the forward direction from both sides, the buoyancy tank 70 is moved while grasping the water while receiving less resistance due to the movement of the buoyancy bucket 10 moving forward, .

In addition, the buoyant flocculator 10 according to the present invention can be installed either one of the collecting guide device 20 and the salt elevating device 30 on one side of the front end of the salt collecting container portion 40 as shown in Figs. 11 and 12, (80) which rotates the above-described apparatus upward.

The sampling guide device 20, the salt elevating device 30, and the like are lifted upwards by the above-described fishing-tip upward swinging rotary part 80 so as to be spaced apart from the ground by a predetermined height.

That is, when the salt is moved from one tide to another tide, or is moved to another place, or when the salt is transferred to another place by using the salt transfer device 60 or the like, The sampling guide device 20, and the salt elevator 30 are lifted.

In some embodiments, when the salt transfer device 60 is provided to discharge the salt from the salt collecting body 40 toward the collecting guide device 20 and the salt elevating device 30, the collecting guide device 20, and lifts up the salt elevating device 30, and then the buoyant flocculator 10 is moved to the previously registered salt collecting device side and discharged.

After the salt is discharged from the salt collecting body portion 40 and then the salt picking up device 80 is operated in the opposite direction away from the salt collecting device, the collecting guide device 20 and the salt elevating device 30 are moved to the salt- . Then, the buoyancy driving unit 50 and the like are operated to collect the salt while moving the buoyancy floater 10 through the tide.

As shown in FIG. 6, the upwardly rotating shaft portion 81 is rotatably coupled to the main body of the buoyancy balancer.

The picking guide device 20 and the salt elevating device 30 are connected to one side of the above-mentioned elevating pivotal shaft portion 81 to guide the picking guide device 20 and the salt elevating and lowering apparatus 30 upwardly while rotating upward.

The rotating and elevating operation portion 82 is connected to the elevating wire 85 wound or unwound by the elevating rotating wire operating portion 84 provided on the upper portion of the wire supporting portion 83 extending upward from the rear of the buoyancy balancer main body And a wire lifting / lowering structure for lifting at least one of the sampling guide device 20 and the salt elevating device 30.

A wire supporting portion 83 which is a supporting post on the rear side where the user is located is provided and an upward rotating wire operating portion 84 composed of a wire roller or a wire winding motor or roller is provided on the wire supporting portion 83, . When the winding motor or the winding roller is provided on the upper portion of the wire supporting portion 83 as shown in the accompanying drawings, the lifting wire 85 can be wound immediately and the winding motor or the winding roller can be wound The upper portion of the wire support portion 83 may be provided with the upwardly pivoting wire operation portion 84 so that the roller through which the wire passes is provided.

Therefore, the upwardly pivoting wire operation portion 84 has a predetermined height from above the ground. Since the wire wound around or wound around the roller is connected to the collecting guide device 20 or the salt elevating device 30 by the end thereof, the lifting wire 85 is pulled by the winding operation by the upwardly rotating wire operating portion 84 The sampling guide device 20 or the salt elevating device 30 is lifted while being rotated.

Another example of such a pivotal lifting and lowering operation portion 82 includes a lifting cylinder (not shown) having one side supported on the tip end of the buoyancy balancer body and the other side supported on at least one of the sampling guide device 20 and the salt elevating device 30 (Not shown) to raise and lower at least one of the sampling guide device 20 and the salt elevating device 30.

The picking guide device 20 and the salt elevating device 30 are lifted and lifted by an elevating cylinder (not shown) by the operation of a hydraulic tank, a hydraulic pump, a hydraulic operating lever or the like for hydraulic operation.

Thus, collection at one side of the torsion can be completed and moved to another torsion or to a warehouse or storage. And the salt in the salt collecting body 40 can be discharged to the front of the buoyancy collector 10.

As described above, since the buoyant flocculator 10 according to the present invention can be easily moved while floating in the water on the salt floor, the salt of the crystal can be easily collected, and as a result, And it has the advantage of shortening the working time.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. The technical idea of the present invention should not be construed as being limited.

10: Buoyant bucket 20: Salt picking guide device
22: Salt guide 24: Guide opening adjustment part
30: Salt elevating device 31: Elevating conveying device
40: Salt collecting body part 50: Buoyancy driving part
51: Buoyancy rotation wheel 52: Propeller blade
60: Salt transfer device 70: Buoyancy tank
80: Flip end elevating rotation part 81: Elevation rotation shaft part

Claims (8)

A collecting guide device which is located at the tip of the salt collecting body to collect the salt in the trough;
A salt elevating device for transferring the collected salt collected at the center of the collecting guide device to a salt collecting chamber;
A salt collecting container body which is an enclosure in which the salt to be transferred from the salt elevating device is contained; And
And a buoyancy driving part for traveling on the float floor,
Wherein the buoyancy driving unit travels in the trough to collect the salt while traveling.
The method according to claim 1,
The sampling guide device comprises:
A guide pivot portion fixed to the tip of the buoyant bucket; And
And a salt guide extending outwardly at a predetermined angle with respect to a tip direction of the guide pivot portion and having a long length,
A soft guide portion contacting the salt floor is formed on the bottom of the salt guide,
And a guide opening adjusting unit for adjusting an angle of opening of the two side salt guides is provided on the upper side of the guide turning unit.
The method according to claim 1,
Wherein the salt elevating device is provided with an elevating conveyor device for conveying salt collected at a salt trough bottom in the center of the collecting guide device to a salt collecting container section and conveying salt while a plurality of conveyor blades are moved by a conveyor belt,
The elevating conveyor apparatus includes:
A conveying guide bottom plate for conveying the plurality of conveyor wings so that the salt is transported while being raised;
A conveyor drive roller supported on the elevating conveyor apparatus and operating the conveyor belt by rotation of the conveyor drive motor;
A conveyor leading roller that rotates while supporting a leading end of the conveyor belt under the elevating conveyor device; And
And a conveyor elevating guide roller which is positioned behind the conveyor leading roller and continuously moves, and a conveyor elevating guide roller for guiding the conveyer wing to move in parallel with the conveying guide bottom plate,
Wherein a drainage area having a plurality of through holes or a plurality of holes is formed at a predetermined height with respect to the conveying guide bottom plate of the elevating conveyor apparatus to drain the water conveyed together with the salt.
The method according to claim 1,
Wherein the salt elevating device is provided with an elevating screw device for transferring salt collected at the salt trough bottom in the center of the collecting guide device to the salt collecting container and for conveying the salt by the rotated screw vane,
In the elevating screw device,
A screw main body inclined at the tip of the salt collector body;
A screw blade which is rotated in the screw body to feed salt upward; And
And a screw motor installed above the screw body to rotate the screw blade,
Wherein a water drainage area having a plurality of through holes or a plurality of holes is formed at a predetermined height on the screw main body of the lifting screw device to drain the water conveyed together with the salt.
The method according to claim 1,
The buoyancy driving unit includes:
A buoyancy rotating wheel which is located at a front end or a rear end of the salt collecting body and rotates forward or backward by the rotational force of the moving motor; And
A driving blade unit coupled to one side of the buoyant rotating wheel and rotated together to form a plurality of blades;
Or more,
The buoyant rotating wheel is hollowed to generate buoyancy from the bottom of the trough due to buoyancy by hollow air,
Wherein at least one of the buoyancy rotating wheel and the pushing blade part is provided at a front end or a rear end of the salt collecting housing part,
From left to right, or
Left and right sides, respectively,
Wherein the left driving unit and the right driving unit are separated from each other, and the left driving unit and the right driving unit are rotatably or independently rotated.
The method according to claim 1,
Further comprising a salt transfer device installed at a bottom of one side of the salt collecting body for discharging the salt to the outside,
The salt transfer device comprises:
A tubular conveying screw tube having one side or an intermediate portion connected to the inside of the bottom of the salt collecting container body and the other side opened to the outside;
And a conveying screw located inside the conveying screw tube for conveying the salt introduced from the salt collecting body.
The method according to claim 1,
Further comprising one or more buoyancy tanks coupled to the bottom of the buoyancy basin and having buoyancy,
Wherein the buoyancy tank comprises:
Located below one side of the salt collecting vessel body and below the salt elevating apparatus,
Wherein the buoyancy tank has a planar shape,
Square shape;
Triangular phase;
Polygonal phase;
Circular shape;
A transverse rectangular shape having a long length in the transverse direction; And
A forward-facing rectangular shape having a long length in the forward direction;
And the like,
Wherein the buoyancy tanks are located below both sides of the salt collecting body when the plane shape of the buoyancy tanks forms a rectangle in the forward direction.
The method according to claim 1,
Further comprising a flaming end elevating rotation part for rotating at least one of the sampling guide device and the salt elevating device upwardly on one side of the front end of the salt collecting container body,
Wherein the flame-
An upward tilting shaft portion rotatably coupled to the buoyancy balancer main body at a rear upper portion of the salt elevating apparatus; And
And a control unit connected to one side of at least one of the picking guide device and the salt elevating device to raise the at least one of the picking guide device and the salt elevating device upwardly, And a turning up / down operation portion,
The rotating /
A wire lifting / lowering mechanism for lifting at least one of the picking guide device and the salt elevating device by a lifting wire wound or unwound by a lifting wire operating part provided at an upper part of a wire supporting part extending upward from the back of the buoyancy balancer main body ; And
A hydraulic guiding device for lifting one or both of the sampling guide device and the salt elevating device up and down with the hydraulic pressure of the lifting cylinder supported on one end of the buoyant flushing main body and the other side supported by at least one of the sampling guide device and the salt elevating device, Up and down configuration;
Wherein the buoyancy balancer comprises a buoyant buoyant structure.

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