KR101133079B1 - Separating apparatus and method for aquatic products - Google Patents

Abstract

PURPOSE: A cultured marine product separating device and a method thereof are provided to separate marine products from a rope without damage to the marine products. CONSTITUTION: A cultured marine product separating device comprises a frame(10), a fixture(20), an interlocking rod, a support stand(40), and a connection rod(50). The frame forms the skeleton of the device. The fixture fixes one end of a rope. The fixture comprises a device frame fixed to the frame. A fixing driving source is installed inside the device frame. The support stand is installed to move along the guide rail of the frame. In the connection rod, a movement drive source for the movement of the support stand is equipped.

Description

Separating apparatus and method for aquatic products

The present invention relates to an apparatus and method for separating aquaculture seafood, and more particularly, to an apparatus and method for separating aquaculture seafood attached to a culture rope.

As the demand for aquatic products increased, they were farmed and produced in large quantities. There are a variety of ways to produce aquaculture products, such as aquaculture fish attached to aquaculture ropes. As such, the use of aquaculture ropes may include a variety of sea squirts, sea buckwheat, oysters, and seaweed.

The aquaculture ropes are submerged in water, and the aquaculture products attached thereto grow in water for a period of time. Therefore, in order to harvest aquaculture products, it is necessary to lift the aquaculture ropes in water and separate the aquaculture seafood attached to the aquaculture ropes.

However, such a task requires a lot of manpower, which causes a lot of difficulties. Therefore, there is a great need for a device that allows for easy separation of aquaculture products from aquaculture ropes.

The Korean Utility Model Registration No. 20-0447683 provides a device for easily removing the larvae attached to aquaculture ropes when farming larvae.

The device separates from the aquaculture ropes by applying force to the body of a squirrel affixed to the aquaculture ropes. However, in the case of the slug, its feet are firmly attached to the farming rope, so when the body is subjected to force, the whole sling is not separated from the farming rope, and the stinger's foot is attached to the farming rope and the body is separated from the farming rope. The body is damaged. As the body is separated from the foot as described above, the body value is broken, such that the contents inside are exposed to the outside.

This same problem may also occur with other aquaculture products. For example, aquaculture products that cannot exert force on the parts of the body cannot be separated from the aquaculture ropes using an automated separation device.

In addition, if the foot of the aquaculture product is left in the aquaculture rope, there is a problem that a lot of costs are required to reuse or recycle the aquaculture rope.

Therefore, an object of the present invention is to solve the conventional problems as described above, to be able to separate the cultured aquatic products from the culture rope without damage.

Another object of the present invention is to be able to separate aquaculture products from aquaculture ropes without applying force to the body of aquaculture products.

Another object of the present invention is to be able to separate the entire aquaculture products from the aquaculture rope.

According to a feature of the present invention for achieving the object as described above, the present invention is connected to at least one of the frame, the connector is provided on both sides of the frame and connected to both ends of the aquaculture rope, respectively, the connector on both sides And a rotary drive source having a rotary shaft which is integrally rotated to rotate at least one of the connector to rotate the form rope.

One of the connector is provided on one side of the frame is replaced by a fixing mechanism for fixing the form rope.

At least one of the fixing mechanism and the connector is moved in the longitudinal direction of the frame.

In order to move the fixing mechanism and the connector, the frame is provided with a guide rail in the longitudinal direction, and the fixing mechanism and the connector are installed on a support provided on both sides of the moving roller moving along the guide rail.

The support is moved along the guide rail of the frame by a moving drive source installed on the frame or the support, wherein the moving drive source includes a connection rod that enters into and out of the housing, and the housing and the connection rod are connected to the frame or support. Each side is rotatably connected.

The fixing mechanism is provided with a fixed drive source into which the driving rod is drawn in and out at least one side, a fixing portion having a through hole in which the farming rope is seated, and a moving rod for closely contacting the farming rope to the through hole of the fixing unit. It is configured to include an interlocking rod to move integrally with the rod to move the movable rod.

The connector includes a first ring connected to the rotation axis of the rotation drive source, a second ring connected to the first ring, a connecting chain on both ends of the second ring to form a closed curve, and a unit of the connecting chain. And a knot string that penetrates the element and simultaneously binds the form rope and the connecting chain.

According to another feature of the present invention, the present invention provides a frame installed on the bottom, a fixing mechanism provided on one side of the frame to fix one side of the aquaculture rope, and the other side of the aquaculture rope provided on the other side of the frame And a rotary drive source having a connector connected with the connector and a rotary shaft connected to the connector to rotate the connector to rotate the other side of the form rope connected to the connector.

At least one of the fixing mechanism and the connector is moved in the longitudinal direction of the frame.

Guide frames are installed in the frame in the longitudinal direction for the movement of the fixing mechanism or the connector, and supporters provided at both ends of the moving rollers moving along the guide rails are moved along the guide rails.

The support is moved by a moving drive source installed on the frame or the support, the moving drive source is provided with a connection rod to enter and exit to one side of the housing and the housing and the connection rod is connected to the frame or the support to rotate respectively. .

The fixing mechanism is provided with a fixed drive source to which the drive rod is drawn in and out at least one side, a fixing part having a through hole in which the form rope is seated, and a moving rod for closely contacting the form rope in the through hole of the fixing part. It is configured to include an interlocking rod to move integrally with the rod to move the movable rod.

According to another feature of the invention, the present invention is a frame installed on the bottom, a fixing mechanism provided on one side of the frame to fix one side of the aquaculture rope, and the other side of the frame corresponding to the opposite side of the fixing mechanism Rotating to rotate the other side of the form rope connected to the connector by rotating the connector having a connector connected to the other side of the form rope and connected to the connector, and a rotating shaft that is integrally rotated in connection with the connector It is comprised including a drive source.

The rotation drive source is installed on a support that is moved along the frame, and has a connection rod entering and exiting the housing, and the housing and the connection rod are rotatably connected to the frame or the support side, respectively.

The fixing mechanism is provided with a fixed drive source to which the drive rod is drawn in and out at least one side, a fixing part having a through hole in which the form rope is seated, and a moving rod for closely contacting the form rope in the through hole of the fixing part. It is configured to include an interlocking rod to move integrally with the rod to move the movable rod.

According to another feature of the invention, the present invention is a method for separating aquaculture products from aquaculture ropes attached to aquaculture products, the step of fixing both ends of the aquaculture ropes, at least one end of the aquaculture ropes Rotating the twisting ropes.

In a state in which both ends of the aquaculture ropes are fixed, at least one end of the aquaculture ropes may be moved to straighten the aquaculture ropes.

When both ends of the aquaculture rope are rotated simultaneously, they are rotated in opposite directions.

In the cultured aquatic product separation apparatus and method according to the present invention can obtain the following effects.

In the present invention, since the foot of the aquaculture fish attached to the aquaculture rope is separated by twisting the aquaculture rope, it is possible to easily separate the aquaculture fish without applying a force directly to the body of the aquaculture fish. Therefore, there is an effect that can be separated from the aquaculture ropes without damaging the aquaculture products.

Further, in the present invention, by twisting the aquaculture rope so that the foot of the aquaculture product can be separated from the aquaculture rope, it is effective to make it easier to harvest the aquatic product by applying to the external force can not be applied to the body of the aquaculture product.

In addition, the present invention can be removed to the culture rope to the foot portion of the cultured aquatic product, so it is easy to reuse or recycle the culture rope, there is an effect that the environmental protection is made.

1 is a perspective view showing the configuration of a preferred embodiment of the cultured marine products separation device according to the present invention.
Figure 2 is a perspective view showing the configuration of the fixing mechanism of the embodiment of the present invention.
Figure 3 is a perspective view showing the support and its surrounding configuration constituting an embodiment of the present invention.
Figure 4 is an operating state illustrating that the aquaculture rope is fixed to the fixing mechanism of the embodiment of the present invention.
5 is a cross-sectional view showing a state in which aquaculture products are attached to aquaculture ropes.

Hereinafter, with reference to the accompanying drawings, a preferred embodiment of the cultured seafood separation device according to the present invention will be described in detail.

As shown in the figures, the frame 10 forms the skeleton of the device of the invention. Looking at the configuration of the frame 10, in the illustrated embodiment at least one pair of longitudinal members 12 and at least one pair of transverse members connecting both ends of the pair of longitudinal members 12 to each other, respectively (14) are connected to each other to form a long rectangular shape. The frame 10 is constituted by a support member 16 for providing a quadrangle made by the longitudinal member 12 and the transverse member 14 at a predetermined height from the bottom surface. The support member 16 is most preferably provided at four corners of the quadrangle formed by the longitudinal member 12 and the transverse member 14.

Of course, the holding member 16 is not necessarily to be located at the corner, but the longitudinal member 12 and the transverse member 14 need only be in a position where it can be stably supported. The number of longitudinal members 12, transverse members 14 and strut members 16 is not limited to the illustrated embodiment.

On the other hand, the frame 10 is not necessarily integral as in the illustrated embodiment, the portion with the fixing mechanism 20 and the support 40 to be described below are separated from each other on the bottom surface It may be configured to be fixed. In addition, the structure of the frame 10 may be formed in various forms using a plate member or the like instead of forming only a few members as shown in the illustrated embodiment.

One side of the longitudinal member 12 of the frame 10 is provided with a stopper 18 for regulating the movement stroke of the support 40 to be described below. The stopper 18 protrudes in a direction facing each other to the pair of longitudinal members 12.

A fixing mechanism 20 is installed at one end of the frame 10. The fixing mechanism 20 serves to fix one end of the aquaculture rope (1). The fastener 20 is shown well in FIG. 2, where there is an instrument frame 22 fixed to the frame 10. The fixed drive source 24 is installed inside the instrument frame 22. However, the instrument frame 22 does not have to be present. That is, the fixed drive source 24 may be installed directly fixed to the frame 10.

The fixed drive source 24 is a hydraulic cylinder is used in this embodiment. The fixed drive source 24 is protruded so that the drive rod 26 is entered and exited at both ends thereof. In this case, the driving rod 26 is integrally formed so that when the driving rod 26 protrudes toward one end of the fixed driving source 24, the opposite side of the driving rod 26 moves to the inside of the fixed driving source 24. Of course, the drive rod 26 may be provided to enter and exit only one end of the fixed drive source (24).

Connection bars 28 are provided at both ends of the driving rod 26, and interlocking rods 30 are provided to connect the other ends of the connection bars 28 to each other. The interlocking rod 30 is integrally operated with the driving rod 26, and the interlocking rod 30 and the driving rod 26 are positioned side by side. In this embodiment, the interlocking rod 30 is connected to both ends of the driving rod 26 by connecting bars 28 at both ends thereof, but only one end of the interlocking rod 30 is driven by the connecting bar 28. It may be connected to (26). Of course, since the interlocking rod 30 is connected to both ends of the driving rod 26 by the connecting bars 28, the durability is better. The linkage rod 30 is moved to be substantially parallel to the upper surface of the instrument frame 22.

The moving rod 32 is provided to protrude upward in the middle portion of the interlocking rod 30. The movable rod 32 serves to fix the form rope 1 in close contact with the fixing rod 34 to be described below. A fixing rod 34 is fixed to the instrument frame 22 corresponding to both ends of the interlocking rod 30 in the width direction. The fixing rods 34 are provided in pairs in two places. The interval between the fixing rods 34 in the pair of fixing rods 34 may be slightly larger than the width of the linkage rods 30 to allow the linkage rods 30 to move therebetween. The pairs of fixed rods 34 are slightly further apart from the travel row information of the movable rods 32. That is, when the movable rod 32 is adjacent to the fixed rod 34, the fixed rod 34 so that there is a gap smaller than the width of the culture rope 1 so that the culture rope 1 can be sandwiched therebetween. The distance between the pairs is set.

By installing two pairs of the fixing rods 34 at one location, the end of the other forming rope 1 is moved to the movable rod 32 and the other fixing rod 34 while the one forming rope 1 is being fixed and working. ) Can be placed between pairs. This makes the work faster. The pair of fixing rods 34 are connected to each other by their connecting rods 36. For reference, in the illustrated embodiment, both the rod 32 and the fixed rod 34 are rod-shaped members, but cross-sections of various shapes may be used.

Guide rails 38 are provided on the opposite side from which the fixing mechanism 20 is installed in the frame 10. The guide rail 38 serves to guide the movement of the support 40 to be described below. The guide rails 38 are positioned to face each other on the longitudinal members 12 on both sides. The guide rail 38 is provided only in a predetermined section of one end of the longitudinal member 12.

Support frame 40 is installed on the frame 10 to be moved along the guide rail 38. The support 40 is provided on the opposite side to which the fixing mechanism 20 is located. The support 40 may be moved by a predetermined distance on the frame 10. The distance between the support 40 and the fixing mechanism 20 is about the length of the aquaculture rope 1.

The support 40 is made of two pipes in this embodiment, but is not necessarily the case, but may be made of a plate of various materials such as a metal plate. For example, it can be made of rectangular plates. Roller mounting brackets 42 are installed at both ends of the support 40. The roller mounting bracket 42 is elongated on both sides of the support 40 to have a cross-section 'c' shape. The roller mounting bracket 42 is provided with a moving roller 44. The moving roller 44 is to be moved along the guide rail 38 is preferably installed at least two or more on the roller mounting bracket 42 of one side.

The movement drive source 46 is provided for the movement of the support 40. The moving drive source 46 is provided at one end of the frame 10. The moving drive source 46 is configured such that the connecting rod 50 enters into and out of the housing 48. A hydraulic cylinder may be used as the moving drive source 46. One end of the housing 48 is provided with a rotation center 52. The rotation center portion 52 is rotatably installed around the rotation center pin 56 on the fixing bracket 54 installed on the frame 10.

An installation end 58 is provided on the support 40. The installation end 58 is provided to protrude on the support 40 and has a hexahedral shape that is approximately open at both ends. On one side of the installation end 58 there is a connection bracket 60 is connected to the connection rod 50 of the mobile drive source 46. The connecting bracket 60 is similar to the fixing bracket 54. The support rod 40 may be moved by connecting the connection rod 50 to the connection bracket 60 so that the connection rod 50 enters into and out of the housing 48.

For reference, the hydraulic cylinder as the movable driving source 46 was used in this embodiment, but this is not necessarily the case. For example, the support 40 may be moved by using an electric motor and using a link mechanism or a belt. And the support 40 may be installed on the support 40 to move the support 40. That is, the housing 48 of the moving drive source 46 is to be installed on the support 40 and the connecting rod 50 is to be connected to the fixing bracket 54 in the frame 10. In addition, a moving drive source may be installed on the support 40 to directly rotate the moving roller 44 to move. That is, the moving roller 44 is operated by using the driving force of the motor and utilizing various power transmission means.

The rotary drive source 62 is installed on the support 40, more precisely, the installation end 58. As the rotary drive source 62, a hydraulic motor is used in this embodiment. However, a variety of pneumatic motors, electric motors, etc. may be used as the rotation drive source 62.

The rotational force of the rotation drive source 62 is transmitted to the outside through the rotation shaft 64. The rotary shaft 64 is provided with a connector 66 for connection with the end of the aquaculture rope (1).

The specific structure of the said connector 66 is demonstrated. The connector 66 is connected to the second ring 72 and the second ring 72 connected to the first ring 67 and the first ring 67 connected to the rotary shaft 64 in the present embodiment. It is composed of a connecting chain 78 and knot string 80.

The first ring 67 is fixed to the rotation shaft 64, and is composed of a first ring body 68 having one side open and a first ring pin 70 installed across the open portion. . The first ring pin 70 is installed through both ends of the open portion of the first ring body (68).

The second ring 72 is composed of a second ring body 74 having one side open in the same configuration as the first ring 67 and a second ring pin 76 installed across the open portion. . The second ring 72 is coupled to each other by walking with the first ring 67.

A connecting chain 78 is provided at one end thereof to the second ring pin 76 of the second ring 72. The connection chain 78 is a unit element (not shown) forming a closed curve is arranged in a row in combination with each other, the second ring 72 through the second ring pin 76 through the unit elements at both ends. Is connected to. As the unit elements at both ends of the connecting chain 78 are hooked to the second ring pin 76, the connecting chain 78 forms a closed curve.

On the other hand, in the state in which the connection chain 78 is in close contact with the longitudinal outer surface of the culture rope (1) in a state where the culture rope (1) penetrates the center of the connection chain 78 in a closed curve A knot string 80 is used to fasten the rope 1 and the connection chain 78. Tying the form rope 1 and the connection chain 78 using the knot rope 80 is omitted because detailed knot method is used.

Hereinafter, the cultured aquatic product is separated from the cultured rope using the cultured aquatic product separation apparatus and method according to the present invention having the configuration as described above in detail.

In order to separate the aquaculture aquatic products from the aquaculture rope 1 using the apparatus of the present invention, first, both ends of the aquaculture rope 1 are connected to and fixed to the fixing mechanism 20 and the connector 66, respectively. At this time, the support 40 is moved along the guide rail 38 in the direction of the fixing mechanism 20 is in a state of being walked on the stopper 18. This is to make it easier to fix the culture rope 1 to the fixing mechanism 20 and the connector 66. In this case, the distance between the fixing device 20 and the connector 66 is shorter than the length of the culture rope (1).

First, it will be described to connect one end of the culture rope (1) to the fixing mechanism (20). As shown in FIG. 4, one end of the aquaculture rope 1 is positioned between the pair of fixed rods 34 on one side and the movable rod 32. Then, the fixed drive source 24 is operated so that the movable rod 32 moves in the direction in which the aquaculture rope 1 is in close contact with the fixed rod 34. This is done by causing the driving rod 26 to move to the right with reference to FIG. The state in which one end of the aquaculture rope 1 is fixed to the fixing mechanism 20 in this manner is shown in FIG.

Next, the other end of the culture rope 1 is fixed to the connector (66). To this end, the other end of the culture rope (1) is located in the closed chain connecting chain 78 as shown in Figure 2 overlapping two lines, between the other end of the culture rope (1) in between Are placed side by side. In this state, the knotting line 80 is knotted to couple the connecting chain 78 and the farming rope 1 in a state of penetrating the unit elements constituting the connecting chain 78.

After fixing both ends of the aquaculture rope 1 to the fixing mechanism 20 and the connector 66, the movable drive source 46 is operated so that the support 40 moves away from the fixing mechanism 20. Let it move That is, the support 40 is moved along the guide rail 38 by allowing the connecting rod 50 to enter the interior of the housing 48.

In this way, the aquaculture rope 1 is in a straight line. Of course, the middle portion may sag to some extent due to the weight of the aquaculture products, but as much as possible to keep the aquaculture rope 1 in a straight line.

Next, the rotary drive source 62 is operated to rotate the rotary shaft 64. Rotating the rotary shaft 64 rotates the other end of the form rope 1 fixed to the connector 66 while the connector 66 rotates together with the rotary shaft 64.

By the operation of the rotation drive source 62, the farming rope 1 is twisted while the other end is rotated in a state where the one end fixed to the fixing mechanism 20 is fixed. The twisting of the aquaculture rope 1 may cause the aquatic product, for example, the foot 9 of the aquatic tortoise 5, to some extent be separated from the aquaculture rope 1, as shown in FIG. 5. have. That is, the foot 9 is to be separated to some extent from the formable rope 1 without applying any force to the body 7 of the sling 5.

When the aquaculture rope 1 is twisted as a whole by the operation of the rotation drive source 62, the foot 9 of the aquaculture aquatic product 5 attached to the aquaculture rope 1 is separated to some extent, and thus the aquatic aquatic product ( 5) can be separated from the aquaculture rope 1. That is, even if a large force is not applied to the body 7 of the scoop 5, the scoop 5 may be separated from the aquaculture rope 1 to prevent the body 7 from being damaged.

After twisting the aquaculture rope 1 to bring the aquaculture aquatic product 5 away from the aquaculture rope 1 to some extent, the aquaculture rope 1 may be separated from the apparatus of the present invention.

To this end, the knot rope 80 must be released from the connector 66. In the fixing mechanism 20, the movable rod 32 does not press the culture rope 1 any further. To this end, the moving rod 32 may be moved to the left side in the state of FIG. For reference, in the present embodiment, in addition to the culture rope 1 that is already fixed in the state (a) of FIG. 4, another form rope 1 is disposed between the movable rod 32 and the pair of fixed rods 34 on the right side. In advance, it is easier to fix the new form rope (1) to work.

This allows both ends of one driving rod 26 to protrude to both ends of the fixed drive source 24 so as to move together, and the linkage rods 28 are connected to both ends of the driving rod 26. This is possible because 30 is operated. Of course, in this case, the pair of fixing rods 34 should be placed in two places. Therefore, if only one pair of the fixed rod 34, the moving rod 32 is close to and away from it so that after separating the one form rope (1) it is possible to fix the other form rope (1) do.

On the other hand, by having a pair of the fixed rod 34, the movable rod 32 is adjacent to and away from the position corresponding to the pair of the fixed rod 34 to secure one end of the culture rope 1 more firmly can do. This allows the culture rope 1 to be pushed by the movable rod 32 into the gap between the fixed rod 34 to reduce the area of the culture rope 1 in contact with the fixed rod 34 and the movable rod 32. Relatively wider make the fixation more rigid.

Instead of the pair of fixing rods 34 as shown, the formable rope 1 can be pushed in and the fixing portion having a groove or a hole shape through which the linkage rod 30 can penetrate (not shown). May be used.

The drive rod 26 is operated by operating the stationary drive source 24 in a state where one end of the other farming rope 1 is also placed between the pair of the stationary rods 34 and the movable rod 32. Is moved to the left direction, as shown in (b) of Figure 4, the already fixed rope for aquaculture (1) is in a state that can be separated and the pair of the fixed rod 34 and the movable rod of the left Between the 32 another aquaculture rope 1 is fixed.

Next, the other end of the culture rope (1) is separated from the fixture (66). That is, the rope for knot 80 is removed to separate the culture rope 1 from the fixture 66. This allows the entire aquaculture rope 1 to be separated from the apparatus. Then, the other end of the new aquaculture rope 1 may be fixed to the fixture 66 to work.

The scope of the present invention is not limited to the embodiments described above, but is defined by the claims, and various changes and modifications can be made by those skilled in the art within the scope of the claims. It is self evident.

For example, in the illustrated embodiment, the fixing mechanism 20 is fixed to the frame 10, and the connector 66 is installed on the movable table 40 which is moved with respect to the frame 10. ), But not necessarily, the connector 66 may be fixed to the frame 10 and the fixing mechanism 20 may move relative to the frame 10. Of course, both the fixture 20 and the connector 66 may move relative to the frame 10.

In the illustrated embodiment, the one end of the form rope 1 is fixed and the other end is twisted to form the form rope 1, but both ends of the form rope 1 are simultaneously twisted in opposite directions. It may be.

In this case, the rotary drive source 62 is placed on both sides of the frame 10 and the respective rotary shafts 64 and the culture rope 1 of the rotary drive source 62 may be connected using the connector 66. Of course, if the fixing mechanism 20 itself is deformed to rotate in the configuration of the embodiment shown, it is possible to twist both ends of the culture rope (1) at the same time.

1: aquaculture rope 5: aquaculture
7: body 9: feet
10: frame 12: longitudinal member
14: transverse member 16: strut member
18: stopper 20: fixing mechanism
22: instrument frame 24: fixed drive source
26: driving rod 28: connecting bar
30: interlocking rod 32: moving rod
34: fixed rod 36: connecting rod
38: guide rail 40: support stand
42: roller mounting bracket 44: moving roller
46: movable drive 48: housing
50: connecting rod 52: rotation center
54: fixing bracket 56: rotation center pin
58: mounting stage 60: connection bracket
62: rotating drive 64: rotating shaft
66: fixture 67: first ring
68: first ring body 70: first ring pin
72: second ring 74: second ring body
76: 2nd ring pin 78: connecting chain
80: knotline

Claims (18)

The frame 10,
A connector 66 provided at both sides of the frame 10 and connected to both ends of the aquaculture rope 1;
Rotation drive source having a rotating shaft 64 connected to at least one of the connector 66 on both sides and integrally rotated to rotate at least one of the connector 66 to rotate the form rope 1 Aquaculture product separation device comprising 62).
The method of claim 1, wherein one of the connector (66) is provided on one side of the frame (10) is aquaculture seafood separation device, characterized in that replaced by a fixing mechanism (20) for fixing the aquaculture rope (1).
The method of claim 2, wherein the fixing mechanism (20) and the connector (66) at least one of the aquaculture seafood separation device, characterized in that the movement in the longitudinal direction of the frame (10).
According to claim 3, In order to move the fixing mechanism 20 and the connector 66, the frame 10 is provided with a guide rail 38 in the longitudinal direction, the movement is moved along the guide rail 38 Aquaculture product separation device, characterized in that the fixing mechanism 20 and the connector (66) is installed on the support (40) that the roller 44 is provided on both sides.
According to claim 4, The support 40 is moved along the guide rail 38 of the frame 10 by a moving drive source 46 installed in the frame 10 or the support 40, The moving drive source 46 has a connecting rod 50 which enters into and out of the housing 48 such that the housing 48 and the connecting rod 50 are rotated on the frame 10 or the support 40, respectively. Aquaculture seafood separation device characterized in that connected.
The fixing mechanism (20) according to any one of claims 2 to 5, wherein the fixing mechanism (20) has a fixed driving source (24) into which at least one driving rod (26) enters and exits, and a through hole in which the farming rope (1) is seated. It is formed with a fixed portion 34, a moving rod 32 to be in close contact with the aquaculture rope 1 in the through hole of the fixing portion 34 is provided and is operated integrally with the drive rod 26 is the moving rod ( 32) Aquaculture aquatic product separation device comprising an interlocking rod (30) to move.
The method of claim 6, wherein the connector 66 is a first ring 67 is connected to the rotary shaft 64 of the rotary drive source 62, the second ring 72 is connected to each other with the first ring (67). ), And the connecting chain 78 is connected to both ends of the second ring 72 to form a closed curve, and passes through the unit elements of the connecting chain 78 and the form rope 1 and the connecting chain 78 Cultured aquatic product separation device comprising a rope knot for tying at the same time (80).
Frame 10 is installed on the floor,
A fixing mechanism 20 provided at one side of the frame 10 to fix one side of the aquaculture rope 1,
A connector 66 provided at the other side of the frame 10 and connected to the other side of the culture rope 1;
Rotating drive source having a rotating shaft 64 connected to the connector 66 and integrally rotated to rotate the connector 66 to rotate the other side of the aquaculture rope 1 connected to the connector 66, and to rotate. Aquaculture product separation device comprising 62).
9. The cultured marine products separation device according to claim 8, wherein at least one of the fixing mechanism (20) and the connector (66) is moved in the longitudinal direction of the frame (10).
10. The method of claim 9, wherein the guide rail 38 in the longitudinal direction is installed in the frame 10 for the movement of the fixing mechanism 20 or the connector 66, the movement is moved along the guide rail 38 The aquaculture product separation device, characterized in that the support (40) having a roller 44 at both ends is moved along the guide rail (38).
The method of claim 10, wherein the support 40 is moved by a moving drive source 46 installed on the frame 10 or the support 40, the moving drive source 46 is one side of the housing 48 Connection rod (50) is provided to be entered into the housing 48 and the connecting rod (50) is aquaculture seafood separation device, characterized in that connected to each of the frame 10 or the support (40) to be rotated.
12. The through hole according to any one of claims 8 to 11, wherein the fixing mechanism (20) has a fixed driving source (24) through which the driving rod (26) enters and exits at least one side, and the culture rope (1) is seated. It is formed with a fixed portion 34, a moving rod 32 to be in close contact with the aquaculture rope 1 in the through hole of the fixing portion 34 is provided and is operated integrally with the drive rod 26 is the moving rod ( 32) Aquaculture aquatic product separation device comprising an interlocking rod (30) to move.
Frame 10 is installed on the floor,
A fixing mechanism 20 provided at one side of the frame 10 to fix one side of the aquaculture rope 1,
A connector 66 provided to be moved on the other side of the frame 10 corresponding to the opposite side of the fixing mechanism 20 and connected to the other side of the form rope 1;
Rotating drive source having a rotating shaft 64 connected to the connector 66 and integrally rotated to rotate the connector 66 to rotate the other side of the aquaculture rope 1 connected to the connector 66, and to rotate. Aquaculture product separation device comprising 62).
The housing of claim 13, wherein the rotation drive source 62 is installed on the support 40 moving along the frame 10. The rotation drive source 62 includes a connecting rod 50 that enters into and out of the housing 48. 48) and aquaculture product separation device, characterized in that the connecting rod 50 is rotatably connected to the frame 10 or the support 40, respectively.
15. The fixing part according to claim 13 or 14, wherein the fixing mechanism 20 includes a fixing driving source 24 through which the driving rod 26 is introduced and exited to at least one side, and a through hole in which the form rope 1 is seated. (34), and the movable rod 32 for bringing the aquaculture rope (1) in close contact with the through hole of the fixing portion 34 is operated integrally with the drive rod 26 to move the movable rod 32 Cultured aquatic product separation device comprising a linkage rod 30 to make.

In the method for separating aquaculture products from aquaculture rope (1) to which aquaculture products are attached,
Fixing both ends of the aquaculture rope (1),
Aquaculture aquatic product separation method comprising the step of rotating at least one end of the aquaculture rope (1) for twisting the aquaculture rope (1).
17. The method according to claim 16, further comprising the step of straightening the culture rope 1 by moving at least one end of the culture rope 1 in a state where both ends of the culture rope 1 are fixed. How to isolate aquaculture products.
18. The method for separating aquatic aquatic products according to claim 16 or 17, wherein when both ends of the aquaculture rope (1) are rotated at the same time, they are rotated in opposite directions.

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