JP4891968B2 - Fishing equipment throwing device - Google Patents

Description

  The present invention relates to a fishing equipment throwing device (FISHING DEVICE THROWING MACHINE). More specifically, the present invention enables automatic anchoring of various fishing equipment including dredging, and can greatly reduce the amount of work and personnel. It relates to a fishing equipment line device.

  Fishing equipment generally refers to eels, blue crabs, tenagadako, mizudako, and other sea creatures that are used when harvesting sea creatures, sharks, fish nets, etc. I will explain.

  Such a kite has various shapes and structures depending on the object to be caught. As is well known, the kite is hung on the main rope (trunk rope) at regular intervals and settled on the seabed. After a period of time, it is lifted with a lifting machine and separated from the main rope.

  In the dredging work where the main ropes (trunks) are anchored at regular intervals and thrown into the seabed, it is necessary to tie many anchors to the trunk ropes for a short period of time. It is a fact that many people have been put into the work of tying up the bag.

  Furthermore, in addition to the work of tying the kite in the past, many people have to invest in the dredging work, such as the person who transports and supplies the kite, and the person who puts the trunk rope with the kite down into the sea. As a result, there was a problem that labor costs would be very high.

  As a result, various developments have been made to automate the dredging work so far, but there are problems that are difficult to develop due to design difficulties and high cost.

  The present invention is not only equipped with a separate power source, but can not only automatically put dredging into the sea, but it also makes fishing equipment highly economical by automating all work and minimizing workforce. The object is to provide a rope throwing device.

For the purpose as described above, the present invention uses the speed at which the ship advances to automatically unravel the trunk rope into the sea, and at the same time, uses the pulling force caused by the loosening of the trunk rope to It is configured to be driven.
In this way, according to the present invention, the dredger supply unit can be operated without providing a separate power source, and the dredger can be thrown into the sea together with the trunk rope.

  More specifically, the fishing equipment line device of the present invention is a flywheel that guides the loosening trunk line, using the pulling force generated when the trunk line is loosened in the sea by the speed at which the ship advances, A drive shaft connected to one side of the flywheel, a power transmission unit including a speed reducer operatively connected to the drive shaft, an operation disk rotatably coupled to an upper output end of the speed reducer, A plurality of opening / closing means that are arranged at regular intervals on the upper surface edge of the working disk and that guide the opening / closing operation of the hook connecting hook by attaching the hook connecting hook, and the upper part of the working disk rotates together with the working disk. And a basket supply unit including a basket stand on which a plurality of baskets connected to each of the basket connection hooks are seated.

  The opening / closing means includes a hook mounting groove on which a hook connecting hook is mounted, a pressure base for pressing a sleeve member of the hook connecting hook from the front of the hook mounting groove, and the hook connecting hook from the rear of the hook mounting groove. A support base for supporting the rear end, the pressure base includes a seating groove in which a head portion of the sleeve member is seated in a locked state in order to press the sleeve member of the hook coupling hook, The rotary shaft is connected to a pressure shaft extending through the lower end of the opening / closing means and held in a spring-tight state, and includes a rotating roll rotatably provided at the other end of the pressure shaft.

  A slide member is provided outside the working disc to guide the movement while closely contacting the rotating roll, and the inner diameter of the slide member is formed so that the distance from the center of the working disc is gradually shortened. The distance is the longest at the part where the rotary roll enters, and the distance is the shortest at the part where the rotary roll comes out, and the outside of the slide member corresponding to the working disk is A rope discharge portion provided with a discharge roll for guiding discharge of the trunk rope is further included, and a passage groove through which the trunk rope passes is formed in an intermediate portion of the discharge roll, and the length of the slide member is the length of the passage groove. It is desirable to configure so that it ends behind.

The eaves stand is composed of one or more plates formed around a central support shaft, and the central support shaft is connected to the output end of the speed reducer through the central axis of the working disc. It is configured to be rotatable simultaneously with the operating disk.
Preferably, the plate is provided with a plurality of upper and lower parts with the support shaft as a center, and a plurality of insertion recesses for placing the ridges are formed at regular intervals at the outer peripheral tip of each plate. Each ridge that is formed larger than the upper plate is placed in an inclined state.
More preferably, the cocoon is a cylindrical eel cocoon having a predetermined length, and each of these cocoons is turned upside down and is placed in the insertion recess while being connected to the cocoon connection hook.

  In another embodiment of the fishing equipment rope device according to the present invention, the anchor stand is coupled to the upper part of each opening / closing means, and the anchor stand forms a protective wall in both sides, Is provided with a structure in which a locking projection for preventing rolling of the heel is formed, and a space portion on which the heel is seated is formed.

  Preferably, the heel is a cylindrical crabs with a large diameter and a low height, and is placed in a standing state in a space portion of the heel stand.

  With the configuration as described above, the fishing equipment pouring device according to the present invention enables the pouring of ridges without any additional power means, and the work system is almost automated, greatly increasing the amount of work and labor costs. You will be able to save.

  Hereinafter, the structure of the fishing equipment pouring device of the present invention will be described in more detail with reference to the accompanying drawings.

[Example]
FIG. 1 is an exploded perspective view of a fishing equipment line device according to the present invention, FIG. 2 is an assembly and installation state diagram of the fishing equipment line device shown in FIG. 1, and FIG. It is the top view which showed the assembly state of the supply part.

The fishing equipment pouring device according to the present invention uses a pulling force generated by unraveling the trunk rope as a power source, and such pulling force is transmitted to the rod supply unit 200 via the power transmission unit 100.
In the present invention, the power transmission unit 100 includes a flywheel 110 that guides the trunk 1, a drive shaft 120 connected to the flywheel, and a speed reducer 130 that is operatively connected to the drive shaft.

The drive shaft 120 and the speed reducer 130 are connected by meshing a drive gear 121 provided at the output end of the drive shaft 120 and a driven gear 131 provided at the input end of the speed reducer 130.
The eaves supply unit 200 is rotatably provided at the upper output end 132 of the speed reducer 130.

  The rotation of the straw supply unit 200 is performed in the following process.

  First, the pulling force of the trunk rope 1 guided through the flywheel 100 rotates the flywheel 110 to rotate the drive shaft 120, and the rotational force of the drive shaft 120 is engaged with the meshed drive gear 121 and driven gear 131. After passing through the speed reducer 130, the bag feeder 200 is rotated.

  In FIG. 2, reference numeral 102, which has not been described, indicates a gear casing.

  The flywheel 110 is formed with a guide groove 112 for guiding the trunk rope 1 at the edge thereof, and the trunk rope 1 is discharged in a state of being fitted in the guide groove 112.

In addition, a rope discharge unit 300 is provided in the other direction of the flywheel 110 corresponding to the drive shaft 120.
The rope discharge unit 300 is provided with a discharge roll 310 for discharging the trunk line 1 to the sea, and a trunk line base 320 is provided on the inlet side of the flywheel 110 for smooth supply of the trunk line 1. On the side, a guide roll 330 for guiding the trunk rope 1 toward the upper discharge roll 310 is provided.

As shown in FIGS. 1 and 2, the trunk rope rack 320 is preferably configured in a ring shape with one side open so that the trunk rope 1 can be easily hung.
Further, it is desirable that the discharge roll 310 is formed with a passage groove 311 through which the trunk rope 1 passes on the edge surface of the intermediate portion.

Referring to FIGS. 1 and 3, the kite supply unit 200 includes a plurality of opening / closing means 210 for inducing an opening / closing operation of the kite coupling hook 10, and an operation disk 220 in which the opening / closing means are sequentially provided in the rotation direction. .
Each opening / closing means 210 is provided with a pressure table 212 for pressing the sleeve member 11 of the hook connection hook 10 in front of the hook mounting groove 211 in which the hook connection hook 10 is mounted, and behind the hook connection groove 210. A support base 213 that supports the rear end of the shaft 12 of the hook 10 is provided.
An upper portion of the pressure table 212 is provided with a seating groove 212a in which the head portion of the sleeve member 11 is seated in a locked state in order to press the sleeve member 11.
According to FIG. 3, in each opening / closing means 210, it is desirable that the hook mounting groove 211, the pressure table 212, and the support table 213 are positioned on the left side of the circumference of the working disk 220.

The pressure table 212 is provided in a state where it is elastically supported by a spring 215 at the front end of the pressure shaft 214 extending below the opening / closing means 210, and the pressure shaft 214 passes through the lower part of the opening / closing means 210. A rotating roll 216 is provided at the end.
Corresponding to the rotating roll 216, a slide member 230 that guides the movement of the rotating disk 216 while being in close contact with the rotating roll 216 is provided outside the working disc 220.

The slide member 230 is provided in a state of being fixed to the bottom of the device of the present invention separately from the working disk 220, and an inner surface facing the working disk 220 is configured to have a predetermined curvature.
Preferably, the slide member 230 is provided eccentrically from the center of the working disc 220, whereby the distance from the center of the working disc 220 is gradually shortened, and the distance _t2 is equalized at the entrance portion of the rotary roll 216. It is the largest and is configured such that the distance _t1 is the shortest at the end where the rotary roll 216 comes out (see FIG. 5).
On the other hand, it is desirable that the end of the slide member 230 is positioned behind the passage groove 311 of the discharge roll through which the trunk rope 1 passes.

  The arrangement of the slide member 230 as described above is such that the rotary roll 216 is moved by the inner diameter of the slide member 230 so that the rotary roll 216 can move from the entry portion of the slide member 230 toward the end as the working disk 220 rotates. The pressure plate 212 connected to the pressure shaft 214 is capable of pressing the sleeve member 11 of the hook connection hook 10 by being pulled gradually in the center direction of the working disk 220.

The kite supply unit 200 also includes a kite stand 240 on which a plurality of kites 20 are seated in the rotational direction.
2 is an embodiment of the present invention, and has a structure in which the eel removing ridge 20 is stationary.
According to the drawing, the cradle stand 240 includes a plurality of plates 242 and 243 that are spaced apart from each other about a central support shaft 241 for laying the eel crab 20. A plurality of fitting recesses 244 and 245 are formed at regular intervals in order to place the cage 20 stationary.

2, the eel jar 20 is turned over and is placed in a state where it is connected to the heel connection hook 10.
For more stable installation, preferably, the lower plate 243 is formed larger than the upper plate 242 so that the eel basket 20 is inclined.

  In the present invention, the anchor base 240 can be fixed by fitting the lower end of the support shaft 241 to the central shaft 221 of the working disc 220.

The rope discharge unit 300 further includes a lifting platform 315 for pulling out the hook connecting hook 10 connected to the trunk rope 1 from the opening / closing means 210.
The lifting platform 315 is configured to be inclined so that the end portion of the hook coupling hook 10 that rotates along the rotation direction of the working disk 220 hits and is lifted upward. It is desirable to be located outside the opening / closing means 210 in the circumferential direction.
More preferably, the lifting platform 315 is positioned on the rope discharge side where the trunk rope 1 is discharged so that the hook connecting hook 10 can be smoothly pulled out along with the discharge of the trunk rope 1.

  In FIG. 2, unexplained reference numeral 2 indicates a connecting string, and unexplained reference numeral 246 indicates an inclined support base.

  Next, the operation of the fishing equipment pouring device of the present invention having the above-described configuration will be described.

  FIG. 4 is a diagram showing the installation and use state of the fishing equipment line device according to FIG. 1, and FIG. 5 is a diagram showing the operation process of the rod supply unit according to FIG. 2.

As described above, the fishing equipment rope device according to the present invention uses the force that the trunk rope naturally loosens as the ship advances, and according to FIG. 1 is guided along the guide groove 112 of the flywheel 110 and is introduced into the sea through the guide roll 330 and the discharge roll 310.
At this time, a powerful force that is pulled to the sea side acts on the trunk 1 due to the speed at which the ship advances, and such a force rotates the flywheel 110 and passes through the drive shaft 120 and the speed reducer 130 to supply the dredger. 200 is activated.

In the kite supply unit 200, a plurality of opening / closing means 210 are mounted on the upper surface of the working disc 220 in the circumferential direction, and a plurality of kites 20 are installed on the kite stand 240.
Each opening / closing means 210 is provided with a hook connecting hook 10 connected to the hook 20 attached thereto.

  The force transmitted to the saddle supply unit 200 through the drive shaft 120 and the speed reducer 130 causes the working disk 220 to rotate, and is positioned below the opening / closing means 210 by the rotation of the working disk 220. The rotary roll 216 enters along the inner diameter of the slide member 230.

In FIG. 5, the slide member 230 has a structure in which the distance from the center of the working disk 220 to the inner diameter of the slide member 230 is gradually shortened from the entry portion into which the rotary roll 216 enters to the end portion. While the roll 216 travels along the inner diameter of the slide member 230, the roll 216 acts to pull the pressure shaft 214 positioned below the opening / closing means 210 step by step.
Further, when the rotary roll 216 continuously advances and reaches the end of the slide member 230, the distance _t1 is in the shortest state, and the action of pulling the pressure shaft 214 is maximized.

FIG. 6 is a first operation state diagram of the rod supply unit illustrated in FIG. 5, and illustrates an operation state of the opening / closing means and the rod connection hook in the entry portion of the slide member 230.
According to FIG. 6, when the rotary roll 216 is positioned at the entry portion of the slide member 230, the action of pulling the pressure shaft 214 does not occur, and there is no change in the state of the hook connecting hook attached to the opening / closing means. Absent.

FIG. 7 is a second operation state diagram of the rod supply unit illustrated in FIG. 5, and illustrates an operation state of the opening / closing means and the rod connection hook at the end of the slide member 230.
According to FIG. 7, when the rotary roll 216 is positioned at the end of the slide member 230, the force that pulls the pressure shaft 214 is maximized, and the pressure plate 212 presses the sleeve member 11 of the hook coupling hook 10. Thus, the sleeve member 230 completely moves backward.
At this time, the hook connecting hook 10 is in a state in which the head portion 13 of the shaft 12 is completely exposed and the trunk rope is fitted in the annular groove 14 formed in the head portion 13.

FIG. 8 shows the discharge process of the kite connector in the kite supply unit performed after the operation stage of FIG. 7, and the operation disk 220 continues to rotate in the kite supply unit 200, following FIG. When the rotary roll 216 leaves the end of the slide member 230, the force that has pulled the pressure shaft 214 and pressed the sleeve member 11 of the hook connecting hook 10 is released.
At this time, the sleeve member 11 moves forward again to the state shown in FIG. 6, and the hook connecting hook 10 is connected to the main rope 1 as shown in FIG. 8a.
In this way, the hook connecting hook 10 connected to the trunk rope 1 is moved along the lifting platform 315 in which the head portion 13 of the shaft 12 is located on the rope discharge side as the operation disk 220 continues to rotate. As shown in FIG. 8b, the sliding hook is pulled out from each opening / closing means 210, and at the same time, the hook connecting hook 10 is pulled by the trunk 1 and discharged into the sea.

On the other hand, the trunk line 1 can be formed with a plurality of knot portions 1a on the surface thereof at a predetermined interval in order to provide a flow interval of the connected hook connection hooks 10, and each hook connection hook 10 is preferably The main rope 1 is connected to the knot portion 1a so as to freely flow within the interval.
This means that the trunk rope 1 is connected so as to freely pass through the ring groove 14 of the hook connection hook 10, and the knot portion 1 a cannot pass through the ring groove 14 of the hook connection hook 14 and is hooked.

  Therefore, the trunk rope 1 inserted into the sea can pull out the hook connecting hooks 10 from the respective opening / closing means 210 when the knot portions 1a are hooked, and the knot portions 1a are spaced apart from each other. Therefore, in order to smoothly discharge the hook connecting hook 10 in accordance with the rotational speed of the working disc 220, it is desirable to provide the lifting platform 315 as described above on the rope discharge side.

FIG. 9 shows the structure and assembly structure of the flywheel 110 provided in the fishing equipment line device of FIG. 1. In the present invention, the flywheel 110 is detachably provided at one end of the drive shaft 120. .
The flywheel 110 is structured to be separable into an inner plate 113 and an outer plate 114, and a gap member 115 having a different thickness is selectively interposed between the inner plate 113 and the outer plate 114. The width of the guide groove 112 between the inner plate 113 and the outer plate 114 can be adjusted.
Thus, by adjusting the width of the guide groove 112, the installation interval of the hook connecting hooks 10 connected to the trunk rope 1 can be adjusted.

In FIG. 9a and FIG. 9b, reference numeral 111, which is not described, indicates a flange.
Further, unexplained symbols 111a, 111b, 113a, 113b, 114a, 114b, 115a and 115b indicate bolt holes, respectively, and symbols 116a and 116b indicate fastening bolts.

[Other examples]
FIG. 10 is a perspective view showing another embodiment of the fishing equipment line device according to the present invention, and FIG. 11 is a plan view showing an assembled state of the fishing equipment line device according to FIG.

  10 and 11 exemplify a structure for using a crab rod 30. In this embodiment, the power transmission unit 100 ′ and the rope discharge unit 300 are shown in FIG. And it has the structure fundamentally the same as what was shown in FIG. However, since the crabs for crabs 30 are larger than the eel crabs, there is a difference in that the length of the drive shaft 120 is somewhat longer in the power transmission unit 100 ′.

  Accordingly, the same components as those shown in FIG. 1 and FIG. 2 are described with the same reference numerals, and the following description will focus on the structural differences and operation relationships of the basket supply unit 200. To do.

According to FIGS. 10 and 11, the kite supply unit 200 ′ includes a plurality of opening / closing means 210 that guides the opening / closing operation of the kite coupling hook 10, and an operation disk 220 ′ in which such opening / closing means are sequentially provided in the rotation direction. Including.
Each opening / closing means 210 is provided with a pressure table 212 for pressing the sleeve member 11 of the hook connecting hook 10 in front of the hook mounting groove 211 in which the hook connecting hook 10 is mounted, and behind the hook mounting groove 211. A support base 213 that supports the rear end of the shaft 12 of the connection hook 10 is provided.
An upper portion of the pressure table 212 is provided with a seating groove 212a in which the head portion of the sleeve member 11 is seated in a locked state in order to press the sleeve member 11.

  The pressurization table 212 is provided in a state of being fixed by a spring 215 at the front end of the pressurization shaft 214 extending to the lower portion of the opening / closing means 210, and the pressurization shaft 214 passes through the lower portion of the opening / closing means 210. A rotating roll 216 is provided at the other end.

  Corresponding to the rotating roll 216, a slide member 230 for guiding the movement of the rotating disk 216 in close contact with the rotating roll 216 is provided as shown in FIG. 1 and FIG. As the roll 216 moves from the entry part of the slide member 230 toward the end, the rotary roll 216 is pulled gradually by the inner diameter of the slide member 230, and the pressure plate 212 connected by the pressure shaft 214 is The sleeve member 11 of the hook connecting hook 10 can be pressed.

In the present embodiment, a cradle stand 240 ′ on which the heel 30 is seated is coupled to the upper part of each opening / closing means 210.
10 and 11, the crab crabs 30 have a cylindrical structure with a relatively large diameter and a low height, and in this embodiment, the cradle cradle 240 is rolled and discharged. , Stand upright.
In addition, the cradle stand 240 ′ is formed with a protective wall 247 in the lateral direction of the standing crabs cradle 30 and a locking projection 248 for preventing rolling in the front and rear direction. A seating space 249 is formed.

  FIG. 12 is a front view showing the installation and use state of the anchoring device according to the present invention provided with the anchor connector supply base of FIG.

10 and 11, the trunk line 1 is guided along the guide groove 112 of the flywheel 110 by the forward speed of the ship, and the guide roll 330 and the discharge roll 310. After that, it is thrown into the sea.
At this time, due to the speed at which the ship moves forward, a powerful force that is pulled to the sea side acts on the trunk 1, and such a force rotates the flywheel 110 and passes through the drive shaft 120 and the speed reducer 130. The supply unit 200 ′ is activated.

A plurality of opening / closing means 210 are mounted on the upper surface of the working disc 220 in the circumferential direction, and the basket mounting table 240 ′ is coupled to the upper part of each opening / closing means 210, and the basket 30 is stationary. Provided to the state.
In addition, each opening / closing means 210 is provided in a state in which the hook connecting hook 10 connected to the hook 30 is attached.

The force transmitted to the eaves supply unit 200 ′ through the drive shaft 120 and the speed reducer 130 causes the working disk 220 ′ to rotate, and the rotation of the working disk 220 ′ causes the lower part of the opening / closing means 210 to rotate. The rotary roll 216 positioned at the position enters along the inner diameter of the slide member 230.
The operation of the opening / closing means 210 due to the advance of the rotary roll 216 is the same as that described with reference to FIGS.

On the other hand, when the rotary roll 216 reaches the end of the slide member 230, the pressure plate 212 moves the sleeve member 230 of the hook connecting hook 10 backward, and the head portion 13 of the shaft 12 of the hook connecting hook 10 is exposed. A trunk rope is fitted into the annular groove 14 formed in the portion 13.
When the working disk 220 ′ is subsequently rotated, the rotary roll 216 is detached from the end of the slide member 230, the sleeve member 230 is advanced again, and the hook connecting hook 10 holds the trunk 1.

  At this time, the anchor 30 is pulled by the trunk line 1 thrown into the sea, removed from the anchor stand 240 ′, and thrown into the sea together with the trunk line 1.

  As described above, the fishing equipment pouring device according to the present invention uses the pulling force generated when the trunk line is thrown into the sea depending on the speed at which the ship moves forward. A flywheel is rotated and a soot supply part is operated through a drive shaft and a speed reducer.

  Accordingly, the present invention enables the dredging of the kite without any additional power means, and the work system is almost automated, so that the work amount and labor cost can be greatly reduced.

It is the disassembled perspective view which showed the structure of the fishing equipment pouring apparatus of this invention. It is the perspective view which showed the assembly and installation state of the fishing equipment rope device of FIG. FIG. 2 is a plan view showing an assembled state of the basket supply unit according to FIG. 1. It is the front view which showed the installation and use state of the fishing equipment rope device of FIG. It is the top view which showed the operation | movement process of the soot supply part by FIG. FIG. 6 is a side view showing a first operating state of the basket supply unit according to FIG. 5. It is the side view which showed the 2nd operation state of the basket supply part by FIG. It is the state figure which showed the discharge | emission process of the kite coupling tool in the kite supply part performed after the state of FIG. It is the state figure which showed the discharge | emission process of the kite coupling tool in the kite supply part performed after the state of FIG. It is sectional drawing which showed the structure and assembly structure of the flywheel with which the fishing equipment line device of FIG. 1 is equipped. It is sectional drawing which showed the structure and assembly structure of the flywheel with which the fishing equipment line device of FIG. 1 is equipped. It is the perspective view which showed the other Example of the soot supply part shown in FIG. It is the top view which showed the assembly state of the basket supply part by FIG. It is the front view which showed the installation and use state of the fishing equipment pouring apparatus by this invention which has a trough supply part of FIG.

Explanation of symbols

100, 100 ': Power transmission unit 110: Flywheel 112: Guide groove 113: Inner plate 114: Outer plate 115: Spacer member 120: Drive shaft 121: Drive gear 130: Reducer 131: Driven gear 210: Opening / closing means 211: Hook mounting groove 212: pressurizing base 212a: seating groove 213: support base 214: pressurizing shaft 215: spring 216: rotating rolls 200, 200 ′: scissors supply section 220, 220 ′: working disc 221: central shaft 230 : Slide member 240, 240 ': Saddle stand 242, 243: Plate 244, 245: Insertion recessed part 246: Inclined support base 247: Protection wall 248: Locking protrusion 249: Seating space 300: Rope discharge part 310: Discharge Roll 311: Passing groove 315: Lifting base 320: Trunk rope rack 330: Guide roll 1: Trunk rope 2: Connection string 10: Hook connection hook 11: Three Member 12: shaft 13: head portion 14: ring groove 20, 30: flange

Claims (20)

A power transmission unit including a drive shaft for transmitting rotational power;
A scissor supply unit including a plurality of opening and closing means for guiding opening and closing operations of each scissor connection hook that is swung by the transmitted rotational power and connected to the scissors .
The power transmission unit includes a flywheel that guides a trunk rope thrown into the sea and includes a flywheel that generates a rotational force from a pulling force of the trunk rope . The saddle supply unit further includes an operation disk rotatably connected to one side of the drive shaft, and the plurality of opening / closing means are disposed at regular intervals on an upper surface edge of the operation disk. The fishing equipment rope device according to claim 1 . The fishing equipment pouring device according to claim 2 , wherein the flywheel is provided at one end of the drive shaft and a speed reducer operatively connected to the drive shaft is provided at the other end. 4. The fishing equipment pouring device according to claim 3 , wherein a guide groove is formed at the edge of the flywheel for fitting and guiding the trunk rope. The guide groove includes an inner plate and an outer plate that are separable from each other, and is detachably coupled to the drive shaft, and a gap member having a different thickness is selectively interposed between the inner plate and the outer plate. The fishing equipment pouring device according to claim 4 , wherein an installation interval of the hook connecting hook with respect to the trunk rope is adjusted by adjusting a width of the guide groove. 6. The fishing equipment pouring device according to claim 5 , further comprising a gantry stand mounted on the upper part of the working disc, wherein each of the kites is mounted, and is coupled to rotate together with the actuating disc. . The fishing equipment rope device according to claim 6 , wherein the working disk is connected to a rotation output end that is drawn to an upper portion of the speed reducer. The plurality of opening / closing means includes a hook mounting groove on which a hook connecting hook is mounted, a pressure table for pressing a sleeve member of the hook connecting hook from the front of the hook mounting groove, and the hook from the rear of the hook mounting groove. Including a support for supporting the rear end of the connecting hook;
The pressure table includes a seating groove in which a head portion of the sleeve member is seated in a locked state in order to press the sleeve member of the hook connection hook, and extends through a lower end of the opening / closing means. A rotating roll connected to the pressure shaft and held in a spring-tight state by a spring, and including a rotating roll rotatably provided at the other end of the pressure shaft;
The fishing equipment pouring device according to claim 7 , wherein a slide member that guides the movement of the rotating disk while being in close contact with the rotating roll is provided outside the working disk. The inner diameter of the slide member is formed such that the distance from the center of the working disk is gradually shortened, the distance is the longest at the part where the rotary roll enters, and the distance is the part where the rotary roll comes out. The fishing equipment pouring device according to claim 8 , characterized in that it is the shortest. The slide disk corresponding to the working disc further includes a rope discharge portion provided with a discharge roll for guiding the discharge of the trunk rope, and a passage groove through which the trunk rope passes in an intermediate portion of the discharge roll 10. The fishing equipment pouring device according to claim 9 , wherein a length of the slide member ends behind the passage groove. 11. The fishing equipment rope according to claim 10 , wherein the rope discharge unit includes a lifting platform inclined upward so as to lift and pull out the hook connecting hook connected to the trunk rope from the opening / closing means. apparatus. 12. The fishing equipment pouring device according to claim 11 , wherein the lifting platform is positioned outside the opening / closing means in a circumferential direction of the working disc corresponding to a discharging direction of the trunk rope. The trunk rope has a plurality of knot portions formed at predetermined intervals on a surface thereof, and the hook connecting hook is connected to the trunk rope so as to freely flow within the interval of the knot portions. Item 13. A fishing equipment throwing device according to item 12 . The eaves stand is composed of a plate formed around a central support shaft, and the central support shaft is connected to the output end of the speed reducer through the operation disk and rotates together with the operation disk. The fishing equipment lanyard device according to claim 6 , wherein the fishing equipment lanyard device is provided. The plate is provided with a plurality of upper and lower portions with the support shaft as a center, and a plurality of insertion recesses for placing the ridges are formed at regular intervals at the outer peripheral tip of each plate. fishing equipment Tonawa apparatus according to claim 14. The saddle stand is formed such that the lower plate is formed larger than the upper plate so that each of the placed traps is inclined, and each of the traps is turned over and connected to the hook connecting hook. The fishing equipment line device according to claim 15 , wherein the fishing equipment line device is placed in the insertion recess. 17. The fishing equipment pouring device according to claim 16 , wherein the rod is a cylindrical eel rod having a predetermined length. 7. The fishing equipment pouring device according to claim 6 , wherein the anchor stand is coupled to an upper portion of each opening / closing means. The cradle stand is formed with a protective wall in both directions, a locking projection for preventing the heel from rolling in the front-rear direction, and a space in which the heel is seated is formed inside The fishing equipment pouring device according to claim 18 . 21. The fishing equipment rope according to claim 19 , wherein the rod is a cylindrical type crab rod having a large diameter and a low height, and is placed in a standing state in a space portion of the rod stand. apparatus.

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