KR101235904B1 - a fishline winding machine for drawing fishes up - Google Patents

Abstract

The present invention relates to a lifter that pulls up a fishing line carried in the sea, and does not require great power to lift the fishing line by increasing the friction force between the drum and the fishing line by allowing the fishing line to be pulled up so as not to overlap the drum. It's about a fishing line winder that doesn't require much manpower.
The fishing line winding lifter of the present invention is driven by the power of a large ju drum 210 to wind up the fishing line, elastically closely contacted by the torsion spring 225 to the main drum 210, the main drum 210 by the adhesion force A small auxiliary drum 220 for pulling the fishing line 40 between the) and the fishing line 40 which is located in front of the main drum 210 to be pulled up from the sea to the main drum 210. In a fishing line winding lifter including a fishing line guide 250, the line overlap prevention guide 253a is installed in front of the main drum 210, but the fishing line 40 guided by the fishing line guide 250 is mainly used. After winding one time on the drum 210 and again wound on the main drum 210, the auxiliary drum 220 is installed so as to be spaced laterally away from the fishing line guide 250 so as not to overlap with the first wound portion. When close to The adhesion of the same to the fishing line (40) is characterized in that the so applied.

Description

Fishing line winding {a fishline winding machine for drawing fishes up}

The present invention relates to a lifter for lifting a fishing line carried in the sea, and more particularly, to increase the friction between the drum and the fishing line by causing the fishing line to be pulled twice so as not to overlap the drum. It is about a fishing line wound lift that does not require much power to climb and does not require much manpower.

In the case of a boat fishing for a fish such as an octopus fish, a cutfish fish, a defensive fish, and a mackerel fish, a fisherman catches a fishing line in the sea and then pulls the fishing line by hand while the fish is caught and the weight is increased. We were fishing by. However, such a lifting method that relies solely on manpower is a very difficult task because an operator has to repeat several or more times several times. In particular, the lifting operation of raising the fishing line by hand is more difficult because the fish is caught in the fish hook and the weight is increased. There was also an inefficient problem such as a wound on the palm.

Therefore, recently, in order to improve such a problem, two rubber drums are installed on the fishing boat so that the fishing line passes between the rubber drums on both sides in close contact with each other, and the rubber drums on both sides pass through the rubber drums on both sides. The fishing line is used to enter the bottom of the barrel.

However, such a lifting method has a problem that the size of the rubber drum is large and the gear is pulled up only by the adhesion of the two rubber drums, and thus the adhesion force must be very strong, and thus the capacity of the driving motor must be large.

The present invention has been made to solve the conventional problems as described above, the object of the present invention is to reel the fishing line to the drum twice, so that it does not require a large power to lift the lined fishing line and the manpower is also large To provide a fishing line winder that does not require it.

Fishing line winding of the embodiment of the present invention according to the present invention for achieving the above object is a drum winding a fishing line, a motor for generating a rotational force to rotate the drum, a rotating shaft connected to the drum, the fishing line is located in front of the drum In a lift including a guide for fishing line, the drum is composed of a plurality of rectangular cross-section rubber tube is installed at regular intervals between the disks on both sides; In order to prevent the fishing line which is lifted up from the fishing line after being wound around the drum once, the fishing line that is pulled by the manpower is overlapped with the fishing line approaching the drum by being pulled up from the sea. It is characterized in that it is possible to easily adjust the lifting speed according to the load on the hand by adjusting the strength of the force to pull the hand wound rope in one rotation.
Fishing line winding Yangseunggi according to another embodiment of the present invention for achieving the above object is a large ju drum for driving the fishing line is wound by the power, elastically closely adhered to the main drum by the torsion spring and the main drum by the adhesion In a lifter comprising a small auxiliary drum for pulling a fishing line between and a fishing line guide positioned in front of the main drum to guide the fishing line pulled from the sea to the main drum, the line overlaps in front of the main drum The prevention guide is installed, and the fishing line guided by the fishing line guide is installed so as to be spaced laterally from the fishing line guide so as not to overlap with the first wound part when the fishing line is wound around the main drum once again. When it comes in close contact with the main drum, the same strength is applied to the two lines of fishing. It is characterized in that the termination.

The fishing line winding lifter of the present invention is also rotatably supported on the support shaft by the bearing, the support shaft is connected to the central shaft by the crank, the central shaft is rotatably installed on the case by the bearing It is characterized in that it is configured to apply a force to close the auxiliary drum to the main drum by a torsion spring wound around the central axis.

The fishing line winding lifter of the present invention may also have a pair of inner guides in which the fishing line guides are located in front of the main drum and have a relatively narrow spacing, and a lower end of which is fixed to the brackets in front of the inner guides and the pair of inner guides. It is characterized by consisting of a pair of outer guides having a gap wider than the width between.

Fishing line winding Yangseunggi according to an embodiment of the present invention is because the rubber tube of the rectangular cross section is installed in the fishing line winding portion of the drum frictional force as the contact surface between the fishing line coming up from the sea and the rubber tube of the drum is greatly reduced Instead, the fishing line on the drum is wound twice so that it does not overlap, so you can secure the lifting power required to fish the line and adjust the strength of the hand pulling the rope wound around the rotating drum. The lifting speed can be easily adjusted according to the load on the hand.
The lifter of this embodiment is suitable for small fishing boats that require less power.
Fishing line winding Yangseung according to another embodiment of the present invention is so that the fishing line is wound around the main drum twice, so that the friction between the fishing line and the main drum is greatly increased, and also the fishing line is not overlapped by the overlapping guide so that the auxiliary drum is two The same adhesion force is applied to the fishing line of the line, so the adhesion force of the auxiliary drum is not so strong, but the sliding action is performed without slipping.
In addition, since the adhesion force of the small auxiliary drum adheres to the main drum may be weak, the braking force applied to the main drum may not be large, thereby reducing the power for driving the main drum.

The lifter of this embodiment requires very little manpower in climbing the gear, and nevertheless does not need to increase the motor capacity for the power to drive the main drum.

1 is a front view of a fishing line winding lifter of one embodiment according to the present invention,
Figure 2 is a rear view of a fishing line winding sheep of one embodiment according to the present invention,
3 is a plan view of a fishing line winding lifter of an embodiment according to the present invention,
Figure 4 is a drum rotation operation configuration of the removed state of the fishing line winding lifter of an embodiment according to the present invention,
5 is a drum rotation operation configuration showing a state in which the clutch-related parts are coupled to each other in FIG.
FIG. 6 is a schematic perspective view of a clutch related part coupled to each other in FIG. 5;
Figure 7 is a drum rotation automatic stop configuration in the case of removing the case from the fishing line winding lifter of an embodiment according to the present invention,
FIG. 8 is a schematic side view for explaining a state in which a fish is caught from the sea after the fishing gear is transported to the sea;
9 is a perspective view of a fishing line wound lifter of another embodiment according to the present invention,
10 is a plan view of a fishing line wound lifter of another embodiment according to the present invention,
Figure 11 is a plan sectional view showing the configuration of the main part in the fishing line winding lifter of another embodiment according to the present invention.

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

First, referring to FIGS. 1 to 8, the fishing line winding lifter according to the embodiment of the present invention is connected to the drum 10, the motor 20 for rotating the drum 10, and the drum 10 to wind and unwind the fishing line. Rotating shaft 30, fishing line guide 50 provided in front of the drum 10, clutch 60, clutch intermittent operating portion (A) provided on the rotating shaft 30, and limit switch operating portion 80 Consists of

The drum 10 is rotatably installed on the left side of the hollow cube-shaped case 90. The drum 10 is formed by connecting rectangular rubber tubes 12 at regular intervals between the discs 11 on both sides, and is installed on the rotation shaft 30 penetrating the side wall of the case 90.

The reason why the rubber tube 12 having a rectangular cross section is provided at the fishing line winding portion of the drum 10 is that the rubber tube 12 is formed at an angled rectangular shape so that the fishing line 40 and the drum 10 which come up from the sea are raised. The frictional force can be reduced as the contact surface between the rubber tubes 12 is greatly reduced, so that the lifting speed can be easily adjusted by the string winding tension and hand feeling of the drum. In other words, when the load does not work a lot, the fishing line is pulled up to increase the speed, and when the load is applied a lot, the force enters so that it is lifted only by the string tension of the drum.

As shown in FIG. 4, the motor 20 is fixedly installed in the case 90 and installed on the rotating shaft of the motor 20 to transmit the rotational force to the clutch 60 described later installed on the rotating shaft 30. The chain 100 is connected between the sprocket 21 and the sprocket of the clutch 60.

The rotary shaft 30 is installed so that one side thereof is penetrated through the central portion of the drum 10 and supported by bearings 31 provided on both sides of the case 90.

The fishing line guide 50 includes an inner guide 51 and an outer guide 52. The inner guide 51 is formed in a pair of long rods parallel to each other while maintaining a constant distance on both sides of the rear of the drum 10 so that the fishing line 40 can be guided through, the lower end of the shaft is described later It is fixed to one end of 70, respectively.

As shown in Figure 8, the inner guide 51 on both sides is provided so that the upper side is inclined toward the front side.

The outer guide 52 is provided on both sides in front of the inner guide 51. The outer guide 52 is formed in a pair of long rods parallel to each other to maintain a constant distance on both sides so that the fishing line 40 can be guided through, the lower end is fixed to the bottom of the case 90 have.

The phenomenon in which the fishing line 40 coming out of the sea and the fishing line 40 coming out of the drum 50 turn around each other are entangled in the upper part of the outer guide 52 provided on one side of the outer guide 52 on both sides. Line overlap prevention guide (52a) is installed to prevent the.

As shown in FIGS. 2, 3, and 6, the row overlapping guide 52a includes a guide groove 52a 'having one end fixed to the outer guide 52 and the other end bent in an annular shape. It is formed so that the fishing line 40 passes through the guide groove 52a ', and serves to prevent the fishing line 40 from tangling with each other in the drum 50.

The width between the pair of both outer guides 52 is approximately 2 to 3 times wider than the width between the pair of both inner guides 51.

The outer guide 52 has a frictional force with the fishing line 40 when the fishing line 40 is bent at least 30 ° in the lateral direction when the fishing line 40 is in contact with the inner guide 51. Due to this movement, the limit switch 81, which will be described later, is turned OFF to prevent the rotation of the drum 10 from automatically stopping.

4 to 6, the clutch intermittent operation portion (A) is installed to be idling on the rotating shaft 30 and is connected by the sprocket 21 and the chain 100 of the motor 20 It functions to operate the intermittent control of the clutch 60 consisting of a non-idling portion 62 fixed to the idling portion 61 and the rotary shaft 30 by a key. That is, the idler 61 and the non-idle 62 of the clutch 60 are connected to each other to transmit power or to separate the power.

The clutch intermittent operation portion (A) is a clutch yoke (63) for moving the non-idling portion (62) of the clutch (60) installed on the rotary shaft (30) in the axial direction, and an operating shaft that is the rotation center of the clutch yoke (63). (120), the support yoke 150 for supporting the clutch yoke 63 and the operating shaft 120, the shaft connecting portion 125 and the handle 126 provided at one end of the operating shaft 120 is configured.

The clutch 60 is composed of an idle part 61 installed to be idling on the rotary shaft 30, and a non-idle part 62 fixed to the rotary shaft 30 by a key to rotate together with the rotary shaft 30. The non-idling portion 62 is provided with a bearing 64 on the outside.

The clutch yoke 63 is formed in a "c" shape and has a long hole 63a formed at both side plates, and the head of the bolt 140 is hung through the long hole 63a, and an end of the bolt 140 is formed. The part is fixed to the outer case of the bearing 64 outside the non-idle 62.

The upper plate of the clutch yoke 63 and the operating shaft 120 are coupled to each other by bolts 130, and both ends of the operating shaft 120 pass through the through hole 151 of the support 150 to the case 90. It is rotatably installed on. As shown in FIG. 1, one end of the operating shaft 120 protrudes to the outside of the case 90, and one end of the operation shaft 120 and the handle 126 are fixed thereto.

The touch rod 120a is installed on the operating shaft 120, and the touch rod 120a is configured to operate the on-off switch 110. That is, as shown in FIGS. 5 and 6, the on-off switch 110 is turned on while the clutch yoke 63 moves the non-idle 62 to be connected to the idle 61. When the non-idle 62 is separated from the idle portion 61, the on / off switch 110 is turned off.

Next, the limit switch operating unit 80 will be described. As shown in FIG. 7, the limit switch operating unit 80 has a lower end of the inner guide 51 fixed to one end thereof, and a shaft 70 installed on the case 90 by bearings 71 on both sides. And a torsion spring (83) installed at an approximately center portion of the shaft (70), the limit switch operating plate (82) provided at the other end of the shaft (70), and operated by the limit switch operating plate (82). It consists of a limit switch 81.

The limit switch operating portion 80 is the shaft when the ball 41 is attached to the end of the fishing line 40 coming from the sea between the inner guide 51 on both sides while the inner guide 51 rotates back The 70 is rotated so that the limit switch operating plate 82 operates the limit switch 81.

The limit switch 81 is a NC (Normal Close) type. When the limit switch operating plate 82 falls, the electric circuit is cut off and the operation of the motor 20 is stopped. ) Rotation stops. Reference numeral “91” is a cover handle of the case 90.

The fishing line winding lifter of one embodiment of the present invention configured as described above acts as follows. As shown in Figure 8, the bait 42 is running on the lower end of the fishing line 40, the ball 41 hangs on the upper part of the fishing gear with a buoy 43 on the upper end is about 30-40 After the boat was properly transported to the sea of about 50m by the fishing boat 160, when the fishing boat passes around the fishing gear, the buoy 43 enters into the sea to some extent that the fish bites the bait and enters by the weight. The buoy 43 is retrieved with a hook from the fishing boat, and the passenger is lifted by a lift installed in the fishing boat.

When riding in a lift, hold the part with the buoy 43 by hand, wind the fishing line 40 around the drum 10, and pass the line overlap prevention guide 52a, and then pass the line overlap prevention guide 52a. The handle 126 is operated while holding the fishing line 40 by the hand. When the handle 126 is operated, the operating shaft 120 rotates, and when the operating shaft 120 rotates, the touch rod 120a turns on the on / off switch 110 to operate the motor 20.

Meanwhile, when the operating shaft 120 rotates, the clutch yoke 63 moves to the left side, and at the same time, the non-idling portion 62 of the clutch 60 coupled with the clutch yoke 63 also moves to the left side, so that the idling portion 61 moves. Connected with. Therefore, the rotational force of the motor 20 rotates the rotary shaft 30 so that the drum 10 rotates.

At the same time as the drum 10 rotates, the fishing line 40 is lifted from the sea. The fishing line 40 is wound around the drum 10 by the guide of the outer guide 52 and the inner guide 51. 40 is to continue the process of pulling down by hand.

The fishing line 40 to be raised is first guided by a pair of wide outer guides 52 and then guided by a pair of narrow inner guides 51 so that the fishing line 40 in contact with the inner guide 51 is The contact angle comes into contact with the inner guide 51 within a range of 30 °. Since the contact angle of the fishing line 40 and the inner guide 51 is limited by the outer guide 52 as described above, the friction force between the fishing line 40 and the inner guide 51 is limited, and accordingly, the inner guide by the friction force. The case in which the limit switch 81 is operated by the rotation of the back 51 about the shaft 70 does not occur.

When the fishing line 40 is continuously raised from the sea, and the beads 41 at the lower end thereof are caught between the pair of inner guides 51, the inner guides 51 are rearwardly at a predetermined angle about the shaft 70. As the shaft 70 rotates in a clockwise direction, the limit switch operating plate 82 rotates accordingly, so that the limit switch operating plate 82 falls from the limit switch 81 and presses the limit switch 81. Will be released.

When the pressing operation of the limit switch 81 is released and the circuit is turned off, the operation of the motor 20 is automatically stopped, and thus the rotation operation of the rotation shaft 30 and the drum 10 is stopped. At this time, the handle 126 is rotated in the opposite direction to separate the clutch 60 and simultaneously turn off the on / off switch 110.

This state is a state in which the fishing line 40 is completely raised from the sea and collects the caught fish such as octopus, and the fishing line 40 from which the fish is removed again repeats the process of fishing in the sea as described above.

In this embodiment, since the drum 10 is formed of eight rectangular rubber tubes 12, the contact area between the fishing line 40 and the rubber tube 12 becomes small, and thus the drum 10 is wound around the drum 10. The friction force between the fishing line 40 and the rubber tube 12 can be appropriately reduced so that the lifting speed can be easily adjusted according to the load on the hand by adjusting the strength of the hand pulling the rope wound around the rotating drum by hand. Can be.

Since the lifter of this embodiment performs the lift operation by one drum, the required power and weight of the lifter can be greatly reduced, and it can be installed on a small fishing boat.

In addition, since the outer guide 52 is provided with a line overlap prevention guide 52a, the fishing line continuously rising from the sea and the fishing line pulled by hand after being wound around the drum once a turn do not overlap, and the fishing line is entangled in the drum. The wound prevents injury to the operator's hands.

When the fishing line is completed, the drum 10 is automatically stopped so that the fishing line can be easily stopped. The fishing operator's working environment is not necessary because the fishing line is not necessary. To contribute.

The lifter of this embodiment does not have a problem in that the power for driving the drum 10 is increased due to the close contact of the other drums, but there is a problem that the worker has to pull the fishing line 40 continuously, although there is little force while riding the gear.

Next, a lifter of another embodiment of the present invention will be described with reference to FIGS.

The lifter of this embodiment differs from the lifter described above in that it is installed on the mounting table 260 and used the auxiliary drum 220.

The lifter of this embodiment is driven by a power as described above, a large ju drum 210 that winds up a fishing line, and is elastically closely adhered to the ju drum 210 by the adhesion between the ju drum 210 by the adhesion. A small auxiliary drum 220 for pulling the fishing line 40, a fishing line guide 250 which is located in front of the main drum 10 to guide the fishing line 40 drawn from the sea to the main drum 210, And when the fishing line 40 guided by the fishing line guide 250 is wound around the main drum 210 and then wound on the main drum 210 again, the line overlap prevention guide 253a guides the first fishing line 40 not to overlap with the first wound part. Is composed. The line overlap prevention guide 253a is configured in the line overlap prevention guide 253a which is installed perpendicular to the bracket 201.

The main drum 210 is installed on the rotating shaft 30, and the driving structure of the main drum 210 is the same as the above-described embodiment as shown in FIG. The rubber cover 211 is covered on the surface of the main drum 210 to increase friction with the fishing line 40.

The auxiliary drum 220 is rotatably supported on the support shaft 221 by the bearing 220a, and the support shaft 221 is connected to the central shaft 223 by the crank 222, and the center The shaft 223 is rotatably installed in the case 200 by the bearing 224. The auxiliary drum 220 receives a force that is in close contact with the main drum 210 by the torsion spring 225 wound around the central axis 223.

As a material of the main drum 210 and the auxiliary drum 220, a synthetic resin for a machine may be used.

One end of the torsion spring 225 is fixed by a bolt 202 fixed to the case 200 and the other end thereof is supported by the end of the support shaft 221 to the support shaft 221 about the central axis 223. Apply a momentum. A handle 221a is provided at the end of the support shaft 221 so that the auxiliary drum 220 can be easily separated from the main drum 210.

And the fishing line guide 250 is located on both sides of the front of the main drum 210, the lower end is fixed to one end of the shaft 70 so as to be able to rotate elastically, a pair of relatively narrow inner guide 251 And a pair of outer guides 252 positioned at the front of the inner guide 251 and fixed to the bracket 201 and having a wider distance than the width between the pair of inner guides 251. It is.

The structure associated with the shaft 70 to which the inner guide 251 is fixed is the same as that of the above-described embodiment. That is, as shown in Figure 7, the shaft 70, the limit switch operating portion 80 for turning on / off the electric circuit is provided; The limit switch 81 that is turned on / off by the operation of the limit switch operating unit 80 is installed. Since the operation of the limit switch operating unit 80 is the same as the above-described embodiment, a description thereof will be omitted.

In this embodiment, as shown in FIG. 11, when the fishing line 40 is wound around the main drum 210 once and then wound the second time, the fishing line 40 does not meet the first fishing line 40 wound by the line overlap prevention guide 253a. have. Therefore, the fishing line 40 does not overlap each other in the process of being lifted. The fishing line 40 is wound twice on the main drum 210 so that the friction force between the fishing line 40 and the main drum 210 is greatly increased, and the small auxiliary drum 220 is caused by the elasticity of the torsion spring 225. Since it is in close contact with the main drum 210, the fishing line 40 is lifted without slipping.

Therefore, the cohesive force of the auxiliary drum 220 is not so strong, a positive action is made, accordingly, the small coherent drum 220 is in close contact with the large main drum 210 is weak, thereby driving the main drum 210 Power also does not increase significantly.

As such, the lifter of this embodiment does not require any manpower to climb the gear, and nevertheless does not need to increase the motor capacity for the power to drive the main drum 210.

While the invention has been shown and described with reference to certain exemplary embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims.

10: drum 20: motor
30: axis of rotation 40: fishing line
50: fishing line guide 51: inner guide
52: outer guide 52a: overlapping prevention guide
60: clutch 70: shaft
80: limit switch operating portion 81: limit switch
82: limit switch operating plate 83: torsion spring
90: case 100: chain
110: on / off switch 120: working shaft
120a: touch rod 125: shaft connection portion
126: handle 150: support
160: fishing boat
200: case 201: bracket
202: bolt 210: main drum
211: rubber cover 220: auxiliary drum
220a: bearing 221: support shaft
221a: handle 222: crank
223: central axis 224: bearing
225: torsion spring 250: fishing line guide
251: inner guide 252: outer guide
253: overlapping prevention guide mounting rod 253a: overlapping prevention guide
260: mounting table

Claims (4)

Large ju drum 210 that is driven by power and winds up the fishing line, and is elastically in close contact with the main drum 210 by the torsion spring 225 and the fishing line between the main drum 210 by the adhesion force ( 40 includes a small auxiliary drum 220 for pulling and a fishing line guide 250 positioned in front of the main drum 210 to guide the fishing line 40 drawn from the sea to the main drum 210. In the fishing line winding lift
The line overlap prevention guide 253a is installed in front of the main drum 210, and the fishing line 40 guided by the fishing line guide 250 is wound around the main drum 210 and then the main drum 210 again. Installed on the side so as to be spaced apart from the fishing line guide 250 so as not to overlap with the first wound portion when wound, the same on the two lines fishing line 40 when the auxiliary drum 220 is in close contact with the main drum 210 Fishing line winding Yangseunggi, characterized in that the adhesion is applied. According to claim 1, wherein the auxiliary drum 220 is rotatably supported on the support shaft 221 by a bearing (220a), the support shaft 221 is the central shaft 223 by the crank 222 It is connected to, the central shaft 223 is rotatably installed in the case 200 by a bearing 224, the auxiliary drum (225) by the torsion spring 225 wound around the central axis (223) Fishing line wound Yangseunggi, characterized in that configured to apply a force to close to the main drum (210). According to claim 1, wherein the fishing line guide 250 is located in front of the main drum 210, the pair of inner guides 251 relatively narrow, and the lower end is located in front of the inner guide 251 A fishing line wound lifter, which is fixed to the bracket 201 and comprises a pair of outer guides 252 having a wider interval than the width between the pair of inner guides 251.
A drum 10 winding a fishing line, a motor 20 generating a rotational force to rotate the drum 10, a rotating shaft 30 connected to the drum 10, and a fishing line located in front of the drum 10 In the fishing line winding lifter comprising a fishing line guide 50 for guiding 40,
The drum (10) is composed of a plurality of rectangular tube cross-section rubber tubes 12 are installed at regular intervals between the disk 11 on both sides;
In order to prevent the fishing line 40, which is lifted up, winds up once in the drum 10 and pulls the fishing line by manpower, the fishing line 40 is lifted from the sea and overlaps with the fishing line approaching the drum 10, one side of the fishing line guide 50. It is characterized in that it is possible to easily adjust the lifting speed according to the load on the hand by adjusting the strength of the force to pull the rope wound by one hand on the drum rotated by fixing the overlapping guide (52a) to Fishing line wound Yang Seung Gi.

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