KR100379753B1 - Fishingnet salvage apparatus - Google Patents

Abstract

According to the present invention, the guide block 26 of the guide drum 14 can be replaced at any position of the fishing ground according to the type of fishing gear, so that one type of fishing gear can lift various types of fishing gear. The purpose is to be able to catch a variety of fish at the time to catch the fish, and to increase the workability and productivity by allowing the fishing gear to be manually lifted to the lifting device. There is this.

The present invention for realizing this, is coupled to the cylindrical guide drum 14, the shaft 10 integrally at the other end of the guide drum 14 is installed on the upper end of the column 8 located on the table (4) The pressure roller 36 is installed in close contact with the handle 12, the outer periphery of the guide drum 14, and the fixed roller is spaced apart from the pressure roller 36 while being installed in close contact with the outer periphery of the guide drum 14. (38), the fixed roller 38 and the pressure roller 36 is provided with a fishing vessel lifting device consisting of a support portion 54 which is located on the other end of the table (4).

Description

Fishing gear lifting device {FISHINGNET SALVAGE APPARATUS}

The present invention relates to a fishing gear, and in particular, the guide block of the guide drum can be replaced at any position of the fishing ground according to the type of fishing gear, so that one fishing gear can lift various kinds of fishing gear In addition, the present invention relates to a fishing device that enables catching a variety of fishes in accordance with the timing at which the fish can be caught, and also enables the fishing device to be manually lifted to a lifting device, thereby improving workability and productivity.

In general, various kinds of fishing gear are used to catch various fish in large quantities, and these fishing gears are large in size, so when they are lifted by hand, the lifting power is lowered and the productivity is lowered.

In order to further improve the reduced productivity, a method of allowing a large amount of fishing gears to be lifted in a short time is usually used by mounting a mechanized lifting device on a fishing boat.

The prior art is described in the previously published patent application No. 96-40144.

A body consisting of a contact plate made of a plate, a bearing plate and a support plate integrally formed on one side and the other of the contact plate, and a fixed plate installed at an upper end of the support plate, respectively, are provided with a motor coupled to a lower portion of the support plate. It is installed while, the rotating shaft is provided with a lower roller having a v-shaped groove.

And the support plate is coupled to the slide plate to move up and down while having a motor fixing plate, the slide plate is installed on the slide plate to move up and down together, the slide plate is installed on the fixed plate vertically slides on the fixed plate Combined.

In addition, the fixing plate is provided with a cylinder, the rod provided in the cylinder penetrates the fixing plate and the lower end is fixedly coupled to the device.

The motor fixing plate is provided with a motor having a rotating shaft, and the upper roller having an inclined surface corresponding to the v-groove of the lower roller is coupled to the tip of the rotating shaft.

The operation of the prior art configured as described above will be briefly described as follows.

First, when the cylinder is operated to lift the gear, the rod is lowered and the rod is pushed. As a result, the slide plate installed at one end of the rod is slid along the support guide plate. At the same time, the slide rod installed on the rod is slipped from the fixed plate. Move. When the slide plate is lowered as described above, the motor and the upper roller are lowered together.

Subsequently, when the apparatus stand is moved to a predetermined position, the upper roller comes into close contact with the lower roller v groove. At this time, the phrase is located between the upper, lower rollers.

In the above state, when the motor installed in the motor fixing plate and the support plate is operated, the upper and lower rollers are rotated, respectively, which causes the phrase located between the upper and lower rollers to move along the rotation direction.

The prior art described above is used to lift fishing gears, and the lower rollers are operated by using motors, respectively, and the lifting speed is excellent, but the structure is complicated. As there is an increase in power loss, there is a problem that can not load a variety of different types of materials.

Another problem is that when the fishing gear is lifted on a moving fishing boat, an unstable lifting operation is performed because the body remains fixed.

An object of the present invention is to be able to raise the fishing gear manually lifted by the lifting device, to improve the workability and productivity.

Another purpose is to allow the guide block of the guide drum to be replaced at any position of the fishing ground, depending on the type of fishing gear, so that a single fishing gear can lift various types of fishing gear, so that the fish can be caught. It is to be able to catch various fishes accordingly.

The present invention for realizing this, a cylindrical guide drum, a handle coupled to the shaft integrated with the other end of the guide drum is installed on the top of the column located on the table, and the pressure roller is installed in close contact with the guide drum outer periphery; It is installed in close contact with the outer circumference of the guide drum is composed of a fixed roller and spaced apart from the pressure roller, and the support portion is provided on the table while being installed on the other end of the fixed roller and the pressure roller.

1 is a perspective view showing an embodiment of the present invention.

2 is a plan view showing an embodiment of the present invention.

3 is a cross-sectional view taken along the line A-A of FIG.

4 is a perspective view showing a part of an embodiment of the present invention.

5 is an exploded perspective view of the guide drum constituting the present invention;

Figure 6 is an action when separating the phrase from the guide drum from the present invention.

<Explanation of symbols for the main parts of the drawings>

2: Bed 4: Table 6: Rotating shaft

8: Column 10: Shaft 12: Handle

14: guide drum 16: flap 18, 30: guide

20: screw 22, 24: cover 26: guide block

28: guide surface 32: groove 34: bolt

36: Pressing roller 38: Fixed roller 40: Guide roller

42, 44, 50: rotating body 46, 48, 52: color 54: support part

56, 58, 98: Fixed shaft 60, 84, 88: Joint 76, 90: Connector

62,86,95: Fixing screw 64,80: Rod 66: Stopper guide

68: lug 70, 78: hinge pin 72: arm

74: bar 82: supporter 92: holding

94,110,115,116: Rinse 96,117: Spring

100: Bracket

In the present invention, as shown in Figs. 1 to 4, a bed 2 (see Fig. 3) is configured to be mounted on a fishing boat, and a table 4 made of a plate is installed on the bed 2. . At this time, the rotating shaft 6 constituting the center of rotation is vertically installed at the center of the rear surface of the table 4 and slip-coupled to the bed 2.

In addition, two columns 8 (see FIG. 2) are vertically installed on the bed 2 at a predetermined distance, and the shaft 10 is positioned in the transverse direction and rotatably installed at an upper end of the column 8. . At this time, the rear end portion of the shaft 10 is integrally formed while the handle 12 is bent so that the user can easily rotate.

Along with the shaft 10, a cylindrical guide drum 14, which serves as a guide when lifting a fishing gear in water, is coupled to the shaft 10. The structure of the guide drum 14 is as follows.

First, the guide drum 14 is provided with a plurality of flaps 16 in the shape of a plate and are distributed at the same angle while being positioned perpendicular to the outer circumference of the shaft 10, and a guide groove 18 in the middle of each flap 16. ) Is formed, and the other end of each of the flaps 16 is provided with a screw 20 to play a fixed role.

Covers 22 and 24 made of disks are positioned at both ends of the flap 16, respectively, and are coupled to the shaft 10. In this case, the cover 22 located at the other end of the shaft 10 is connected to the flap 16. It is coupled to and fixed to the installed screw 20. A guide block 26 is formed between the cover 22 and 24 and between the flap 16 and the flap 16 while forming an outer circumferential surface as an arc.

At this time, the guide block 26 is formed on the outer circumference of the guide surface 28 is formed of a flat surface, the middle of the guide surface 28 along the outer circumference to match the guide groove 18 formed in the flap 16 Guide grooves 30 are formed, and a plurality of grooves 32 are formed along the outer circumferential surface of one side of the guide groove 30 so that the sub-balls constituting the fishing gear are not shown.

The guide block 26 positioned as described above is assembled around the shaft 10 by bolts 34 which are coupled while passing sequentially through the cover 24, the guide block 26, and the cover 22. .

Guide block 26 of the guide drum 14 is configured as described above can be used to replace according to the type of phrase.

Meanwhile, on the outer circumference of the guide drum 14, a pressure roller 36 (see FIG. 4) pressurized to press the buckle provided in the fishing gear to be pressed into the groove 32 is rotatably installed, and the pressure The fixed roller 38 for pressurizing the fishing gear to be moved to a position spaced apart from the roller 36 by a predetermined distance to the guide drum 14 outer circumferential surface while being stably fixed is rotatably installed.

And in front of the guide drum 14, a guide roller 40 (see Fig. 1) for guiding the phrase to move to the guide drum 14 is rotatably installed.

The pressure roller 36 and the fixed roller 38, which are installed as described above, have cylindrical rotating bodies 42 and 44 rotating while being in close contact with the guide surface 28 (see FIG. 2). 42, 44, one side is formed in the collar (46, 48) is integrally formed to guide to move to the groove 32 side bulge or stably located in the guide groove 30 formed in the guide drum (14).

At this time, the width of the collar 46, 48 is made smaller than the width of the guide groove 30, the width is small so that the phrase can be easily located between the guide groove 30 and the collar 46, 48 do.

In addition, the guide roller (40) located in front of the guide drum (14) is composed of a rotating body (50) having a cylindrical shape while the outer peripheral surface is flat, the other side of the rotating body (50) does not escape the phrase to the outside Collar 52 to block so as to be integrally formed.

Along with the pressure roller 36 and the fixed roller 38, the support part 54 (see FIG. 4) is installed. The structure of the support part 54 is as follows.

First, the support portion 54 is composed of a fixed shaft (56, 58) is slip-coupled to form a rotation center to each of the rotating bodies (42, 44) constituting the pressing roller 36 and the fixed roller (38), On the other end of the fixed shaft 58 installed on the fixed roller 38, the joint 60 is installed while fastening the fixed screw 62.

In addition, the rod 60 is slip-coupled to the joint 60, and both sides of the rod 64 are fixedly installed at both sides thereof while the stopper guide 66 serving as a support is bent. Rinsing (116) is coupled to the upper end of the rod 64, the connector 90 is installed while engaging the hinge pin (70) forming the center of rotation.

A lug 68 is integrally formed at the rear of the connector 90, and a lower end of the lug 68 is vertically installed on the fixed shaft 56 coupled to the pressure roller 36.

In addition, the fixed shaft 56 and the fixed roller 38 and the pressure roller 36 together with the arm 72 for transmitting the action force so as to be spaced or closely contacted from the guide drum 14, and other parts can be hooked. One bar 74 is installed vertically, each having a different position.

At this time, the rinsing 110 is installed below the bar 74.

Subsequently, a connector 76 is installed at the distal end of the arm 72 by engaging a hinge pin 78 forming a pivot center, and the rod 80 moving forward and backward is formed at the rear of the connector 76 while having a rod shape. It is formed to extend integrally, the supporter 82 for providing the stopper guide 66 is located vertically installed in the tip portion of the rod 80 is located close to the connector 76 is a "T" shape.

Along with the rod 80, a joint 84, which serves as a guide so as to be able to move forward and backward, is slip-coupled while fastening the fixing screw 86, and a joint 88 which serves as a guide on one side of the joint 84. Is installed vertically while fastening the fixing screw 95 (see Fig. 2), and the support 88 is vertically mounted on the table 4 (see Fig. 3) to the joint 88. do.

And rinsing (94, 115) are respectively installed in the upper end and the middle portion of the support 92, the rinsing 94 and the bar 74 provided on the fixed shaft 56 provided in the middle of the support 92 Both ends of the springs 96 providing elastic force to the pressure roller 36 and the fixed roller 38 to be in close contact with the outer periphery of the guide drum 14 are coupled to the 110.

The pressure roller 36 and the fixed roller 38 are in close contact with the outer circumferential surface of the guide drum 14 to the rinse 116 provided at the upper end of the rod 64 and the rinse 115 provided at the upper end of the support 92. Both ends of the spring 117 providing a pulling force so as to be coupled to each other. At this time, the elastic force of the spring 117 is smaller than the elastic force of the spring 96 coupled to the rinsing (110) of the bar 74.

On the other hand, on the other side of the rotating body 50 of the guide roller 40 located in front of the guide drum 14 (see FIG. 2), the shaft 10 is formed on the table 4 with a fixed shaft 98 constituting the center of rotation. Slip is coupled in parallel with the position, and the upper end of the bracket 100 installed on the table 4 is coupled to the rear end of the fixed shaft 98.

Referring to the operation of the present invention configured as described above are as follows.

First, in order to lift the fishing gear in the water, the worker separates one end of the spring 96 caught by the rinsing 110 of the bar 74 installed on the fixed shaft 56 as shown in FIG. When the roller 36 is lifted up, the arm 72 rotates about the hinge pin 78 coupled to the connector 76, which causes the fixed roller 38, the fixed shaft 58, and the rod. 64, the stopper guide 66, and the like move on the guide drum 14 together.

At this time, the stopper guide 66 is placed on the upper end of the supporter 82 installed on the rod 80, the rod 64 is a predetermined angle around the hinge pin 70 coupled to the lug 68 In the rotated state, it is separated from the guide drum 14 together with the fixed roller 38 and the like.

The spring 117 coupled to both ends of the rod 64 upper end and the support 92 in the state as described above is to pull the rod 64 upper end toward the upper end of the support 92 while exhibiting a smaller elastic force than the first. Due to this, the rod 64 is fixed without shaking, so that the support portion 54 made of the pressing roller 36 and the fixed roller 38 and the like is isolated from the guide drum 14 while being supported on the support 82. Allow it to be located in a stable position.

Subsequently, the worker passes through the guide roller 40 so that the partially lifted ball and weight are pushed into the groove 32 of the guide drum 14 (see FIG. 1), and the net is guide surface 28. To be put on. When the operation is finished, the operator pulls the pressure roller 36 and the fixed roller 38 to return to the original position, the arm 72 is rotated around the hinge pin 78 installed on the connector 76 and the original It will return to the position.

When the pressure roller 36 and the fixed roller 38 are returned to their original positions as described above, the rotating bodies 42 and 44 (see Fig. 2) are positioned while being in close contact with the outer circumference of the guide surface 28, and at the same time The collars 46 and 48 are located in the guide grooves 30 formed in the guide drum 14.

Due to this, the mouth and the rod constituting the fishing gear are further press-fitted into the groove 32 by the rotary body 42 of the pressure roller 36 to be firmly fixed, and the net is guide surface of the guide drum 14 ( 28) It is in a state of being raised while being in close contact with the outer circumference.

Continued coupling of one end of the spring 96 (see FIG. 3) to the rinsing 110 of the bar 74 causes the fixed shaft 56 to be pulled, which causes the arm 72 to hinge. The rotating body 42 and the collar 46 of the pressure roller 36 (see FIG. 4) are brought into close contact with the guide drum 14 while further rotating about the pin 78, thereby allowing the lifted portion net and Fix the ball and weight to the outer periphery of the guide drum (14).

Therefore, the buckle and the weight net partially lifted from the water is placed on the rotating body 50 of the guide roller 40 and the guide surface 28 of the guide drum 14.

When the work is completed, when the handle 12 (see Fig. 2) is rotated in one direction to work to lift the fishing gear on the ship, the shaft 10 is rotated together with the guide drum 14. In this case, the pressing roller 36 and the fixed roller 38 are rotated in directions opposite to the direction of rotation of the guide drum 14 which is in surface contact.

At this time, the rotary bodies 42 and 44 of the pressure roller 36 and the fixed roller 38 are guided while being lifted from underwater by the pulling force provided from the springs 96 and 117 (see FIG. 3). The buoys and weights that pass through 40 are pressed into the grooves 32 (see FIG. 2) and pressed at the same time so that the phrase can be continuously lifted without slipping.

In addition, since the collar 48 located at one end of the rotor 44 is located in the guide groove 30 of the guide drum 14, the collar 48 rotates on the fixed shaft 58 without the rotor 44 flowing. At the same time it serves to block the deviating to the side portion or the additional guide surface 28 to be lifted.

If the guide drum 14 is continuously rotated as described above, the operation to press and fix the buoys or weights of the gear to which the rotating body 44 of the fixed roller 38 is lifted in any one of the plurality of grooves 32. It will run continuously.

Therefore, the grooves 32 formed in the guide drum 14 are moved along the rotation direction while additionally press-fitted through the guide roller 40 and moved in the rotational direction, and at the same time, the nets lifted together are guided to the guide groove 30. As part of the pinch is moved along the guide surface 28, the fishing gear is lifted smoothly on the line by the rotating guide drum (14).

At this time, the fixed roller 38 may be excited from the outer circumferential surface of the guide drum 14 due to the weight of the fishing gear lifted from the water, and the spring 117 (see FIG. 3) is fixed to the lifting state. This is solved by elastically pulling the fixed shaft 58 which engages the roller 38.

Subsequently, the weight or the ball passing through the fixed roller 38 moves in the direction of rotation of the guide drum 14 while being pushed into the groove 32 (see FIG. 2), and the rotary body 42 of the pressure roller 36 is moved. ), The weight or the ball is pushed again while being guided backward and falling to the ship floor. At this time, the rotary body 42 of the pressure roller 36 is again pressurized by the elastic force provided from the spring 96, bulge, weight, net, etc., which is subsequently lifted bulge or weight net, etc. the guide drum 14 The sliding force is provided on the outer circumferential surface so as not to be separated, but the bulge or the weight net does not flow on the outer circumferential surface of the guide drum 14 due to greater than the pressing force of the fixed roller 38.

As described above, the floats, weights, and nets which are continuously lifted from the water fall to the bottom of the ship while sequentially moving the rotating body 50 of the guide roller 40 and the guide surface 28 of the guide drum 14. Gathered.

On the other hand, the operator adjusts the position of the pressing roller 36 and the fixed roller 38 according to the fishing gear characteristics, the adjustment method is as follows.

First, to adjust the height and the height of the pressing roller 36 and the fixed roller 38, loosen the fixing screw 95 (see Fig. 2) and the joint 88 at the top or bottom of the support 92. , The rod 80, the arm 72 (see FIG. 4), the fixed shafts 56 and 58, the pressure roller 36, the fixed roller 38, the rod 64, and the like, are at the top or the bottom thereof. While moving to or close to or in close contact with the outer peripheral surface of the guide drum (14).

When the adjustment work is completed as described above, tighten the fixing screw 95 (see Fig. 2) so that the joint 88 is fixed on the support 92.

In addition, in order to adjust the position of the fixing roller 38 which provides the pressing force so that the weight or the mouth can be lifted in the state in which the recess or the groove 32 is stably pressed, the fixing screw 62 (see FIG. 4) is loosened and the joint 60 ) Is positioned on a predetermined position by sliding on the rod 64, and the fixing screw 62 is tightened again so that the joint 60 is fixed to the rod 64.

Unlike the above, in order for the pressing roller 36 and the fixed roller 38 to be close to or spaced from the guide drum 14, first, the fixing screw 86 is loosened and the rod 80 is inserted into the joint 84. In the sliding movement, the connector 76, the arm 72 moves together with the rod 80 to push or pull the fixed shaft (56, 58).

In this case, as the fixed shaft 56, the lug 68, the rod 64, etc. move together, the pressure roller 36 and the fixed roller 38 move together to closely contact or space the guide drum 14. do. When the adjustment operation is completed as described above, the fixing screw 86 is tightened to keep the rod 80 fixed to the joint 84.

As described above, in the process of using the guide drum 14, the guide block 26 should be replaced according to the type of phrase.

First, the bolt 34 is separated from the covers 22 and 24 and the guide block 26, and the guide block 26 installed between the flaps 16 is separated. Then, after installing a new guide block 26 to be replaced between the flaps 16, the bolt 34 is coupled to the cover 24, guide block 26, cover 22 in order, the guide block (26) is fixedly installed between the flaps 16, thereby completing the replacement of the guide block 26.

On the other hand, when the hull moves on the surface in the process of lifting the fishing gear, the table (4) is rotated left and right about the axis of rotation (6) on the bed (2), which is a guide installed on the table (4) The drum 14 is also rotated at the same angle.

Therefore, even if the hull moves the fishing gear is in a state capable of working stably.

The present invention has the effect of improving the workability and productivity by allowing a number of people to simply lift up the fishing gear manually at the same time to the lifting device.

Another effect is that the structure of the guide block of the guide drum can be replaced at any position of the fishing ground according to the type of fishing gear, so that one fishing gear can lift various kinds of fishing gear and can catch the fish. There is an advantage to catch a variety of fish in time.

Claims (24)

Cylindrical guide drum 14, A handle 12 coupled to the shaft 10 integrally formed at the other end of the guide drum 14 and installed at an upper end of the column 8 positioned on the table 4; Pressing roller 36 is installed in close contact with the outer periphery of the guide drum 14, A fixed roller 38 which is installed in close contact with the outer circumference of the guide drum 14 and is spaced apart from the pressure roller 36; Fishing vessel lifting device, characterized in that the fixed roller 38 and the pressure roller 36 is installed on the other end and composed of a support portion 54 located on the table (4). The method of claim 1, The guide drum 14 is provided with a plurality of vertically installed on the shaft 10, the flap 16 to form a guide groove 18 on the upper side, and the shaft 10, respectively located on both ends of the flap 16 Cover 22 and 24 coupled to the guide block 26 and the guide block 26 is formed to form a guide groove 30 around the outer periphery between the cover 22, 24 and the flap 16, and the cover 22 And the guide block 26 and the cover 24, the fishing gear lifting device, characterized in that consisting of a bolt 34 is fastened in sequence. The method of claim 2, The pressure roller 36 is a cylindrical rotary body 42 which is in surface contact with the outer circumferential surface of the guide block 26, the collar 46 is formed integrally with one end of the rotary body 42 and located in the guide groove 30 Fishing gear lifting device characterized in that consisting of. The method of claim 2, The fixed roller 38 is formed of a cylindrical rotary body 44 which is in surface contact with the outer circumferential surface of the guide block 26 of the guide drum 14, and integrally formed at one end of the rotary body 44 to the guide groove 30. Fishing gear lifting device characterized in that consisting of a collar 48 is located. The method of claim 2, The guide block (26) constituting the guide drum (14) is a fishing gear lifting device, characterized in that can be used to replace according to the type of fishing gear to be lifted. The method of claim 5, The guide block 26 may be replaced by removing the bolt 34 from the covers 22 and 24 and the guide block 26, and removing the guide block 26 from the flap 16. A guide block 26 is installed between the flap 16 and the flap 16, and the bolt 34 is fastened in the order of the cover 24, the guide block 26, and the cover 22, so that the guide block ( Fishing equipment lifting device characterized in that 26) is fixedly installed between the flaps (16). The method of claim 2, Fishing guide lifting device, characterized in that formed on the outer circumference of the guide block (26) a plurality of grooves (32) at equal intervals. The method according to any one of claims 1 to 7, The support portion 54 is fixed to the other end of the fixed shaft (56, 58) and the fixed shaft (58) coupled to the fixed roller (38) for slip coupling the pressure roller (36) and the fixed roller (38), respectively. The pressure roller (36) is coupled to the joint (60) installed by coupling the screw (62), the rod (64) slip-coupled into the joint (60), and a hinge pin (70) at the lower end of the rod (64). Fishing gear lifting device, characterized in that consisting of a lug (68) is installed on a fixed shaft (56) combined. The method of claim 8, The arm 72 is vertically installed on the fixed shaft 56, and the connector 76 is coupled to the arm 72 by a hinge pin 78 while integrally forming the rod 80 at the rear, and the rod ( 80 is a fishing vessel lifting device characterized in that the joint 84 is provided with a fixing screw 86, the slip is coupled, and the support (92) installed vertically on the table (4) outside the joint 84 is installed. . The method of claim 8, The bar 74 is vertically installed at the other end of the fixed shaft 56 of the pressure roller 36, and rinsed (94, 110) are installed on the bar 74 and the support 92, respectively, and rinsed (94) , 110) Fishing gear lifting device characterized in that the spring 96 is coupled to both ends. The method of claim 9, The fishing gear lifting device, characterized in that the joint 88 having a fixing screw (95) on the support (92) is slip-coupled and fixed to one side of the joint (84). The method of claim 9, The supporter 82 is vertically installed on the rod 80, and a stopper guide 66 reversible to be mounted or spaced on the supporter 82 is installed while being bent on both sides of the rod 64. Made of fishing gear. The method of claim 9, The bar 74 is vertically installed at the other end of the fixed shaft 56 of the pressure roller 36, and rinsed (94, 110) are installed on the bar 74 and the support 92, respectively, and rinsed (94) , 110) Fishing gear lifting device characterized in that the spring 96 is coupled to both ends. The method of claim 10, The bar 74 is vertically installed at the other end of the fixed shaft 56 of the pressure roller 36, and rinsed (94, 110) are installed on the bar 74 and the support 92, respectively, and rinsed (94) , 110) Fishing gear lifting device characterized in that the spring 96 is coupled to both ends. The method of claim 11, The bar 74 is vertically installed at the other end of the fixed shaft 56 of the pressure roller 36, and rinsed (94, 110) are installed on the bar 74 and the support 92, respectively, and rinsed (94) , 110) Fishing gear lifting device characterized in that the spring 96 is coupled to both ends. The method of claim 8, Fishing gear lifting device characterized in that the rinsing (115, 116) is respectively installed on the upper end of the support (92) and the upper end of the rod (64), the both ends of the spring (117) to each of the rinsing (115, 116). The method of claim 9, Fishing gear lifting device characterized in that the rinsing (115, 116) is respectively installed on the upper end of the support (92) and the upper end of the rod (64), the both ends of the spring (117) to each of the rinsing (115, 116). The method of claim 10, Fishing gear lifting device characterized in that the rinsing (115, 116) is respectively installed on the upper end of the support (92) and the upper end of the rod (64), the both ends of the spring (117) to each of the rinsing (115, 116). The method of claim 11, Fishing gear lifting device characterized in that the rinsing (115, 116) is respectively installed on the upper end of the support (92) and the upper end of the rod (64), the both ends of the spring (117) to each of the rinsing (115, 116). The method of claim 15, Fishing gear lifting device characterized in that the rinsing (115, 116) is respectively installed on the upper end of the support (92) and the upper end of the rod (64), the both ends of the spring (117) to each of the rinsing (115, 116). The method according to any one of claims 1 to 7, Fishing vessel lifting device characterized in that the bed (2) is installed below the table (4), the rotary shaft (6) is installed vertically downward on the table (4) while being slip-coupled to the bed (2). The method of claim 9, Fishing equipment lifting device characterized in that the bed (2) is installed in the lower portion of the table (4), and the table (4) is slip-coupled to the bed (2) while being installed vertically downward below the axis of rotation (6). The method of claim 10, Fishing vessel lifting device characterized in that the bed (2) is installed below the table (4), the rotary shaft (6) is installed vertically downward on the table (4) while being slip-coupled to the bed (2). The method of claim 11, Fishing vessel lifting device characterized in that the bed (2) is installed below the table (4), the rotary shaft (6) is installed vertically downward on the table (4) while being slip-coupled to the bed (2).