KR101150234B1 - Cleaning system for fish farm - Google Patents

Abstract

PURPOSE: A cultural frame managing apparatus for a seaweed culture farm is provided to enable users to easily remove foreign materials attached to a supporting rope. CONSTITUTION: A cultural frame managing apparatus for a seaweed culture farm comprises the following: a base unit(10) formed in a board shape(11); a guiding unit(20) including first and second supporters(21) for guiding a supporting rope(200), and a guide roller(23) mounted in between the supporters; a foreign material removal device unit(30) removing foreign materials from the supporting rope; a traction device unit(40) winding and pulling the supporting rope; and a tension control unit(50) controlling the friction surface and the tension of the supporting rope by being installed on the rear side of the traction device unit. The foreign material removal device unit is integrated with first and second vertical frames(32) around an upper horizontal frame(31).

Description

Farming system management system of algae farm {CLEANING SYSTEM FOR FISH FARM}

The present invention relates to a farming apparatus management system of the seaweed farm, and manages the farming system of the seaweed farm for removing foreign substances such as mussels generated in the support rope forming the farm in the seaweed farm for seaweed, seaweed, seaweed, etc. Relates to a device.

In general, the seaweed farm for farming seaweed, kelp, seaweed, etc., as shown in Figure 1, the support rope 200 formed in a lattice shape on the sea surface, and rich at predetermined intervals to give buoyancy to the support rope (2) is connected, and a dot line 300 connecting the sea bottom and the support rope 200 to prevent the movement of the support rope 200, and connected to the upper end at predetermined intervals to the support rope 200. It consists of a drape rope (1) to be attached to the object.

In the case of the seaweed farm, one set of farming frames consisting of support ropes of 100M × 100M is installed, and about 100 dots are installed per one set of farming lines for fixing the support ropes to the sea bottom.

However, as the seaweed farm is installed adjacent to the sea surface, foreign substances such as mussels are generated on the support rope that supports the entire farm, and the weight of the support rope gradually sinks or the farm frame itself is destroyed by the weight. Therefore, the cleanliness of the support ropes should be controlled. Conventionally, in order to clean the support rope of an algae farm, the worker rides a small boat on the sea surface and approaches or removes foreign substances such as mussels by hand in close proximity to the support rope. This caused problems such as increased work time and excessive labor costs.

Therefore, the present invention has been made to solve the problems of the prior art as described above, and to easily remove the foreign matter such as mussels generated in the support rope forming the form of the seaweed farm, to maintain the clean state of the support rope and In addition, it is an object of the present invention to provide a farming system management apparatus of the seaweed farm, which can prevent the farming frame from flooding by preventing the weight increase of the support rope.

According to a feature of the present invention for achieving the above object, the present invention is a base portion made of a plate; first and second support spaced apart a predetermined interval on the base plate to guide the support rope to be installed, A guide having a guide roller mounted between the first and second supports; A foreign material removing device unit installed on the rear base plate of the guide unit and removing foreign substances on the support rope guided from the guide unit; A towing unit installed on the rear base plate of the debris removing unit and winding the support rope; a rear part of the towing unit to adjust the tension of the support rope by adjusting a friction surface of the support rope wound around the towing unit; It is characterized by comprising a; tension adjustment unit installed in.

The debris removal device in the farming apparatus management system of the seaweed farm according to the present invention as described above, the first and second vertical frames are integrally formed on both sides with the center of the upper horizontal frame, the first vertical frame is formed to open the lower The second vertical frame has a lower end welded on a base plate, a ramp having an inclined surface in the direction of the first vertical frame is installed inside the second vertical frame, and an auxiliary agent at a rear portion of the first and second vertical frames. The groove is installed in the vertical direction from the horizontal frame to the lower, between the first and second vertical frame is constructed a clinic brush to shake off the foreign material of the support rope, one side of the clinic brush and the bearing is bolted to the outside of the first vertical frame The other side of the clinic brush is connected to the drive motor is bolted to the outside of the second vertical frame do.

The clinic brush in the form management apparatus of the seaweed farm according to the present invention is formed integrally with several brackets fixed on the same horizontal line while being spaced along the longitudinal direction of the support shaft rim, support rope between each of the rotation bracket While hitting the blow hole is installed to shake off the foreign matter, it is characterized in that it is installed so as to face each other at both ends of the rotation bracket.

In such a farming apparatus management system of the seaweed farm according to the present invention, the traction device unit is a bearing block installed on the base plate, a hydraulic motor mounted on one side of the bearing block, and the bearing block on the same horizontal axis from the inside to the other axis of rotation The first and second drive rollers and the first and second drive rollers are rotated at the same time so as to form a structure that engages with each other on the side portions facing and corresponding to each other. One end is hinged to the bracket formed on the upper side of the bearing block so as to control the rotation operation, the engaging piece formed on the end is characterized in that consisting of the control lever inserted into the auxiliary pulley integrally formed on one side of the first drive roller. .

The tension control unit in the culture frame management apparatus of the seaweed farm according to the present invention as described above, the tension roller is mounted on one end of the rear portion of the support frame and a bolt hole for fixing the support frame to the other end is formed, the rear end portion The handle is formed to extend, the front portion of the support frame is hinged to the side of the bearing block so as to be rotated up and down, and fastening so as to be engaged with the bolt hole of the support frame to secure the upper and lower height of the tension roller has several The fixed frame is provided, one end of the fixing frame is rotatably hinged to the fixed bracket welded to the base portion plate-shaped rear portion, the other end is characterized in that the handle is formed extending.

According to the culture frame management apparatus of the seaweed farm according to the present invention, while the clinic brush of the removal device portion is rotated and the clinic brush of the removal device is rotated at the same time as the towing of the support rope forming the culture frame of the seaweed farm, to easily shake off the foreign matter of the support rope. By doing so, the support rope can be easily cleaned and provided with the effects of quick and easy operation and labor cost reduction.

1 is a perspective view showing the configuration of a conventional seaweed farm.
Figure 2 is a first perspective view showing a farm management apparatus of the algae farm according to a preferred embodiment of the present invention.
Figure 3 is a second perspective view showing a farm management apparatus of the seaweed farm according to a preferred embodiment of the present invention.
Figure 4 is an enlarged perspective view showing a clinic brush of the configuration of the farm management apparatus of the seaweed farm according to a preferred embodiment of the present invention.
Figure 5 is a view showing the operating state of the traction device portion of the configuration of the farm frame management apparatus of the seaweed farm according to a preferred embodiment of the present invention.
Figure 6 is a front view showing a state of use of the farming frame management apparatus of the seaweed farm according to a preferred embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are assigned to the same components as much as possible, even if shown on different drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. In addition, the following will describe a preferred embodiment of the present invention, but the technical idea of the present invention is not limited thereto and may be variously modified and modified by those skilled in the art.

Figure 2 shows a first perspective view showing a farm management apparatus of the seaweed farm according to a preferred embodiment of the present invention, Figure 3 is a second perspective view showing a farm management apparatus of the seaweed farm according to a preferred embodiment of the present invention 4 is an enlarged perspective view showing a clinic brush in the configuration of a farm management apparatus of a seaweed farm according to a preferred embodiment of the present invention, Figure 5 is a form of a seaweed farm according to a preferred embodiment of the present invention It shows a view showing the operation state of the traction device unit during the configuration of the frame management device, Figure 6 shows a front view showing a state of use of the farming frame management apparatus of the seaweed farm according to a preferred embodiment of the present invention.

Aquaculture farm management apparatus of the seaweed farm according to the present invention, as shown in Figure 2 to Figure 3, the base portion 10, the guide portion 20, the foreign matter removal device 30, the traction device 40, tension It consists of an adjustment unit (50).

The base portion 10 is provided in the form of a plate 11 so as to easily maintain the horizontal when installed on a line, each device portion is seated on the upper plate (11).

The guide portion 20 is formed on the base plate plate 11 of the first support 21 for guiding the support rope 200 is introduced, the second support (20) to be spaced apart from the first support (21) 22 is welded in the form of protruding from the front portion of the second vertical frame 33 of the foreign material removing device 30, the guide roller 23 is installed between the first and second support (21, 22).

The debris removal unit 30 is to remove debris adhered to the support rope 200 to be installed and towed in the rear of the guide portion 20, the first on both sides with the center of the upper horizontal frame 31 , 2 vertical frames (32, 33) are integrally formed, the first vertical frame 32 is formed so that the bottom is opened, the second vertical frame 33 is fixed to the base plate plate 11 of the lower end do.

In addition, a ramp 34 having an inclined surface in the direction of the first vertical frame 32 is formed on the inner side of the second vertical frame 33, and a support for supporting the entire frame on the outside of the second vertical frame 33. At least one support 35 is preferably formed integrally.

In addition, a clinic brush 36 is provided between the first and second vertical frames 32 and 33 to shake off the foreign matter of the support rope 200.

As shown in FIG. 4, the clinic brush 36 is integrally formed with several pivot brackets 36a fixed to the same horizontal line while being spaced apart along the longitudinal direction of the support shaft rim, between the pivot brackets 36a. A blow hole 36b is provided to blow off the foreign matter while hitting the support rope 200 every time, and is inserted into opposite ends of the rotation bracket 36a so as to face each other.

One side of the clinic brush 36 is connected to a bearing 37 that is bolted to the outside of the first vertical frame 32, the other side of the clinic brush 36 to the outside of the second vertical frame (33) It is connected to the drive motor 38 is bolted.

In addition, an auxiliary removal opening 39 having a rounded end portion at a rear portion of the first and second vertical frames 32 and 33 is formed in the lower vertical direction from the horizontal frame 31. As the support rope 200 is towed, the foreign matter is removed by the clinic brush 36 and the auxiliary removal port 39 scrapes the support rope 200 so that the foreign matter remaining in the support rope 200 is secondary. It is configured to remove.

The debris removal unit 30 has a support rope in which the blow hole 36b is pulled while the clinic brush 36, which is arranged between the first and second vertical frames 32 and 33, is rotated by the driving motor 38. After hitting the 200, the foreign material of the support rope 200 is firstly removed, and the remaining foreign material of the support rope 200 is secondaryly removed by the auxiliary removing port 39.

The traction device 40 is installed in the rear portion of the foreign matter removal device 30, the bearing block 41 is installed on the base plate 11, the hydraulic motor 45 on one side of the bearing block 41 The first and second drive rollers 42 and 43 are mounted on the same horizontal line from the inside to the other rotation shaft of the bearing block 41. In addition, second driving rollers which continuously rotate during rotational driving are formed by forming biting protrusions 42a and 43a which form structures that engage with each other at the side portions of the first and second driving rollers 42 and 43 facing each other. The first drive roller 42 meshes with 43 to rotate simultaneously.

An adjustment lever 44 is mounted between the bearing block 41 and the first driving roller 42 to control the rotation of the first driving roller 42.

The control lever 44 is hinged to one end of the bracket 46 formed on the upper side of the bearing block 41, the engaging piece (44a) formed at the end is integrally formed on one side of the first drive roller 42 When the adjusting lever 44 is pulled in the horizontal direction by being inserted into the auxiliary pulley 42b, the end engaging piece 44a of the adjusting lever 44 moves the first driving roller 42 in the direction of the second driving roller 43. When the second projection roller 43 and the first projection roller 42 and the engaging projections (42a, 43a) of the first engagement with each other is rotated at the same time, on the contrary, when pulled in the vertical direction, the end of the control lever 44 As the first driving roller 42 is pulled in the direction of the bearing block 41, the second protrusion rollers 43 and the first protrusion rollers 42a and 43a of the first driving rollers 42 are disassembled from each other and the first driving rollers 42 are dismantled. ) Will stop the rotation (see Figure 5).

The tension control unit 50 is installed on the rear of the traction device 40 to adjust the friction surface of the support rope 200 wound on the first drive roller 42 to adjust the tension of the support rope 200. To this end, the tension roller 52 is mounted to one end of the rear portion of the support frame 51 and a bolt hole 53 for fixing the support frame 51 to the other end is formed to protrude, and a handle (at the rear end) is provided. 51a) is extended. And the front portion is hinged to the side of the bearing block 41 so as to be rotatable vertically. And the fixing frame 55 is formed with a plurality of locking grooves (55a) for fixing the upper and lower height of the support frame 51, one end of the fixing frame 55 is welded to the back of the base plate plate 11 It is rotatably hinged to the fixed bracket 56, the other end is formed with a handle 55b is extended.

The tension adjusting unit 50 adjusts the tension of the support frame 51 is mounted on the tension roller 52 up and down, the tension roller 52 to adjust the tension by pressing the support rope 200, the fixed frame 55 By fastening the fixing frame 55 up and down so that the locking groove 55a is engaged with the bolt hole 53 of the support frame 51, the locking groove 55a is fastened from the upper part of the bolt hole 53 of the support frame 51. It is fixed by bolting.

Hereinafter, the operation of the farming frame management apparatus of the seaweed farm according to the present invention,

Referring to FIG. 6, a form vessel management apparatus in which the guide portion 20, the foreign substance removing device portion 30, the traction device portion 40, and the tension control portion 50 is mounted on the plate 11 of the base portion is a small vessel. Will be mounted on the

The support rope 200 is pulled into the apparatus in the state where the ship is located at the position of the form frame which is the starting point of work, and is then walked to the first driving roller 42 and the guide roller 23. At this time, the first driving roller 42 pulls the adjustment lever 44 provided between the first driving roller 42 and the bearing block 41 in the horizontal direction so that the end engaging piece 44a of the adjustment lever 44 is moved. The first driving roller 42 is pushed in the direction of the second driving roller 43 so that the bite protrusions 42a and 43a formed on the side portions of the second driving roller 43 and the first driving roller 42 corresponding to each other are provided. When the hydraulic motor 45 is engaged with each other, the first driving roller 42 having the side portion engaged with the rotational operation of the second driving roller 43 also rotates simultaneously.

When the hydraulic motor 45 is operated by rotating the support rope 200 on the first driving roller 42 and the guide roller, the second driving roller 43 is driven to rotate. As a result, the first driving roller 42, which is engaged with the second driving roller 43 and the side engaging parts 42a and 43a by the tongue, is rotated, and the support rope 200 is wound around the first driving roller 42. Towing.

In addition, when the support rope 200 is pulled and the foreign matter removing device 30 is operated at the same time, the clinic brush 36 built between the first and second vertical frames 32 and 33 rotates by the driving motor. The blow hole 36b of the clinic brush 36 blows off the foreign matter of the support rope 200 while hitting the support rope 200. At this time, the hitting hole (36b) is installed so as to face each other at both ends to hit continuously before and after and after the first foreign matter is removed by the clinic brush 36, the first and second vertical frames (32, 33) The support rope 200 to be pulled to the auxiliary removing port 39 formed in the rear portion is in contact with the remaining foreign matter is secondary.

And the guide roller to guide the support rope 200 in front of the debris removal unit 30 to maintain the horizontal of the support rope 200 towed by the traction device unit 40, of the support rope 200 To adjust the tension of the support rope 200 to be towed while adjusting the friction surface between the support rope 200 and the first driving roller 42 by the tension control unit 50 for ease of the work to pull out the traction and foreign matter. do.

In addition, the foreign matter falling to the lower side of the foreign matter removing device unit 30 while being removed by the blow of the clinic brush 36 is loaded on the outside of the foreign matter removing device unit 30 on the ramp 34.

On the other hand, while removing the foreign matter while towing the support rope 200, when the dot line 300 connected to fix the support rope 200 to the sea surface is towed at the same time as the support rope 200, the control lever 44 Pulling in the vertical direction to release the bite projections (42a, 43a) of the first drive roller 42 and the second drive roller 43 to tow the dot line 300 in the state of rotating only the second drive roller 43 When the towing of the dot line 300 is completed, the foreign material removal work of the support rope 200 is performed as described above.

The above description is merely illustrative of the technical idea of the present invention, and various modifications, changes, and substitutions may be made by those skilled in the art without departing from the essential characteristics of the present invention. will be. Accordingly, the embodiments disclosed in the present invention and the accompanying drawings are not intended to limit the technical spirit of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by the embodiments and the accompanying drawings. . The scope of protection of the present invention should be construed according to the following claims, and all technical ideas falling within the scope of the same shall be construed as falling within the scope of the present invention.

200: support rope 300: dot line
10: base portion 11: plate shape
20: guide portion 21: the first support 22: the second support
23: guide roller
30: foreign material removal unit 31: horizontal frame 32: the first vertical frame
33: second vertical frame 34: slope 35: brace support
36: Clinic Brush
40: towing unit 41: bearing block 42: first drive roller
43: second drive roller 44: adjustment lever 45: hydraulic motor
46: bracket
50: tension control unit 51: support frame 52: tension roller
53: bolt hole 55: fixed frame

Claims (5)

A base portion 10 formed of a plate shape 11;
First and second supports 21 and 22 spaced apart from each other are installed on the base plate 11 to guide the support rope 200 to be towed, and the guide roller 23 is interposed between the first and second supports. A mounted guide 20;
A foreign material removal device unit 30 installed on the rear base plate 11 of the guide unit 20 and removing foreign matter on the support rope 200 guided from the guide unit 23;
A towing unit 40 installed on the rear base plate 11 of the debris removal unit 30 and winding the support rope 200;
A tension control unit 50 installed at a rear portion of the towing unit 40 to adjust the tension of the support rope 200 by adjusting a friction surface of the support rope 200 wound around the towing unit 40; Aquaculture farm management apparatus of the seaweed farm, characterized in that comprises a. According to claim 1, The foreign material removing unit 30 is the first vertical frame 32, the first and second vertical frames 32, 33 are integrally formed on both sides with the center of the upper horizontal frame 31, The lower portion is formed to be open, the second vertical frame 33 is the lower end is welded to the base plate plate 11, the inclined surface in the direction of the first vertical frame 32 from the inside of the second vertical frame 33. Slope having a 34 is installed,
Auxiliary removal opening 39 is provided in the rear portion of the first and second vertical frames 32 and 33 in a vertical direction from the horizontal frame 31 and between the first and second vertical frames 32 and 33. Clinic brush 36 to shake off foreign matters is built up,
One side of the clinic brush 36 is connected to the bearing 37 which is bolted to the outside of the first vertical frame 32, the other side of the clinic brush 36 is bolted to the outside of the second vertical frame 33 Form farming management device of the seaweed farm, characterized in that connected to the drive motor 38 is fastened.
According to claim 2, The clinic brush (36) is formed integrally with several pivot brackets (36a) fixed on the same horizontal line while being spaced along the longitudinal direction of the support shaft rim, between each pivot bracket (36a) Strike hole (36b) is installed to blow off the foreign material while hitting the support rope 200, the aquaculture farm management apparatus, characterized in that installed on both ends of the rotation bracket (36a) to face each other.
The method of claim 1, wherein the traction device 40 is a bearing block 41 is installed on the base plate 11,
A hydraulic motor 45 mounted to one side of the bearing block 41;
The first and second synchronous protrusions 42a and 43a are formed on the other horizontal axis of the bearing block 41 on the same horizontal line to form a structure that engages with each side portion corresponding to each other. Drive rollers 42 and 43,
A hinge is coupled to a bracket 46 formed at one end of the upper side of the bearing block 41 so as to control the rotational motion of the first driving roller 42 between the bearing block 41 and the first driving roller 42. And a catching piece (44a) formed at the end portion is composed of a control lever (44) inserted into the auxiliary pulley (42b) integrally formed on one side of the first driving roller (42). .
According to claim 1, wherein the tension control unit 50 is a tension roller 52 is mounted on one end of the rear portion of the support frame 51 and the bolt hole 53 for fixing the support frame 51 to the other end protrudes It is formed, the handle 51a is formed extending in the rear end,
The front portion of the support frame 51 is hinged to the side of the bearing block 41 to enable vertical rotation,
The fixing frame 55 is provided with a plurality of locking grooves (55a) for fastening so as to be locked to the bolt hole 53 of the support frame 51 to fix the vertical height of the tension roller 52, the fixed frame ( One end of the 55 is rotatably hinged to the fixing bracket 56 welded to the rear portion of the base plate 11, the other end portion is a form of the seaweed farm, characterized in that the handle (55b) is extended Management device.

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