JP2006025739A - Cylindrical dip net - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a dip net for surely scooping a hooked fish from water. <P>SOLUTION: The dip net to be dropped through a fishing line to a hooked fish and scoop the fish from water is composed of a cylindrical net body 3 having a zipper 5 on the side face, an upper frame 4 attached to the upper part of the net body 3 and having buoyant force and elastic force, a lower frame 6 attached to the lower part of the net body 3 through a round ring 12 and having elastic force and a weight to sink the net in water, and a rope 8 connected to an end of the lower frame 6. The connection of the attaching tool 16 of the lower frame 6 is released by pulling the rope 8. When a fish is hooked on the hook, the dip net 2 is dropped through the fishing line 32 to the fish and the rope 8 is pulled to reverse the dip net 2 and easily scoop the fish from water. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a ball net that drops a fish caught on a fishhook through a fishing line and scoops up the fish from the water.

  In throwing, a fish caught on a hook is wound by a reel to the bottom of the water surface, and the fish is picked up from the water by a ball net. However, there is a case where the ball net does not reach the position of the fish, or the foothold is bad and it cannot be barked with the ball net. And even before the scooping up, the fishing line may be cut, or the fish may escape from the fishing hook and escape.

  Therefore, a method is known in which a cylindrical ball net is dropped to the fish along the fishing line, the fish caught on the hook is covered with the ball net, and the fish is scooped up by pulling the ball net with a rope.

Japanese Utility Model Publication No. 55-45776

  However, the ball net described in the above publication has a bag-like shape and is provided with a chuck for passing a fishing rod at the top. When a fish is caught on the fishhook, the chuck is opened and the fishing rod is passed from the bottom of the rod, and dropped through the fishing rod along the fishing line to the fish. It was like that. For this reason, it took time and effort to install the fishing rod through the fishnet with the fish caught. Moreover, it could be used only near the surface of the water, or the opening of the ball net did not open sufficiently in the water, and fish could not be drawn into the ball net in the water.

  An object of the present invention is to provide a ball net that can reliably crawl fish caught on a fishhook from underwater.

  The present invention solves the above-mentioned problems, and constitutes a ball net that can reliably crawl fish caught by a fishhook from the water as follows.

  An upper frame body having buoyancy is attached to the upper end of the net body, a plurality of annular fixtures are attached to the lower end, the lower frame body is passed through the annular fixture without being removed, and the left and right edges are There is a linear coupling means for linearly coupling the left and right edges, and a fixture for coupling the both ends is provided at both ends of the upper frame, and the upper frame is annularly formed by coupling the fixtures together. A rope can be attached to one end of the lower frame, and a fixture that connects the two ends to each other can be released, and the lower frame is held annularly by connecting the fixtures together. The cylindrical ball net is configured so that it can be made to sink in the water together with the annular fixture, and the rope is pulled to release the connection of the fixture of the lower frame.

  The cylindrical ball net of the present invention can be easily wrapped around the fishing line by closing the linear coupling means such as a chuck so as to wrap the net body around the fishing line and connecting the upper and lower frame attachments. Can be formed and attached.

  Both the upper frame and the lower frame are formed in an annular shape, and the cylindrical frame is settled in water with the lower frame side at the bottom, and the upper frame tries to float with buoyancy. The cylindrical ball net sinks along the fishing line while holding the fish, and the fish can be easily put into the cylindrical ball net.

  Pulling the rope will release the connection of the lower frame attachment, and further pulling the rope will invert the ball net and move the ring attachment to the end to close the lower part of the net body in a purse-like shape, Can be trapped inside. And by pulling up the cylindrical ball net, it is possible to reliably crawl fish from the water.

  An embodiment of a cylindrical ball net according to the present invention will be described.

  FIG. 1 shows a ball net 2. The ball net 2 is a truncated cone-shaped cylinder, and includes a net body 3 having a chuck 5 on its side surface, an upper frame 4 attached to the upper part of the net body 3, and a lower frame 6 attached to the lower part of the net body 3. And a rope 8 connected to one end of the lower frame 6.

  The net body 3 is a normal net and is formed in a trapezoidal shape as shown in FIG. 2, and an upper frame 4 is integrally attached to the upper end. Chuck 5 which is a linear coupling means is attached to the left and right edges of the net body 3 over almost the entire length, and when the chuck 5 is closed and the left and right edges are coupled to each other, it is formed into a truncated cone shape. A plurality of round rings 12 that are annular attachments are attached to the lower part of the net body 3 at appropriate intervals.

  The upper frame 4 is a rod-like member having moderate elasticity and buoyancy, and has attachments 10 at both ends. When the upper frame 4 is bent against the elasticity and the attachments 10 are connected to each other, the upper frame 4 is formed in an annular shape. The The inside of the upper frame 4 formed in an annular shape is formed in a circular cross section so that fishing lines and floats can easily pass through, and has an inner diameter through which the fish to be scooped up cannot pass.

  The lower frame body 6 is a rod-like member having moderate elasticity, is attached to the lower part of the net body 3 through the inside of the round ring 12 so as to be movable, and prevents the round ring 12 from falling off at both ends. 13 and a fixture 16 having a release function. The fixture 16 bends the lower frame 6 against elasticity and connects the fixtures 16 to each other to form the lower frame 6 in an annular shape, and when the rope 8 connected to one end is pulled, the fixture 16 is connected. Is released, and the lower frame 6 is restored to a substantially straight line by an elastic force. Furthermore, the lower frame 6 has its own weight that causes the ball net 2 to sink underwater including the weight of the round ring 12. Similarly to the upper frame 4, the lower frame 6 is also formed so that fishing lines and floats can be easily passed therethrough.

  The upper frame 4 is provided with a holding tool 20, and the holding tool 20 holds the rope 8 with an appropriate holding force, and releases the holding of the rope 8 when a predetermined force or more is applied.

  Next, a method for using the ball net 2 will be described.

  When waiting for a fish hit in boat fishing or the like, the attachment 10 and the attachment 16 are disconnected from each other, the chuck 5 is opened, and the ball net 2 is unfolded as shown in FIG.

  When the fish F that requires the fishnet 2 is applied, immediately after raising the fish to some extent near the water surface, the fishing rod 30 (see FIG. 8) is tilted sideways, and the fishnet 2 is wrapped around the fishing line 32. The fixture 10 and the fixture 16 are assembled, and the chuck 5 is closed to form a cylindrical shape. The rope 8 is held by the holder 20, and the ball net 2 is dropped along the fishing line 32 as indicated by a two-dot chain line in FIG.

  The ball net 2 falls underwater with the lower frame 6 or the like serving as a weight. Since the upper frame body 4 has buoyancy and the rope 8 is held by the holder 20, the ball net 2 sinks while holding the cylindrical shape in water with the upper frame body 4 facing up. When the fish net 2 reaches the position of the fish F, the lower frame 6 spreads in an annular shape, so that the fish F is drawn into the fish net 2 by the sedimentation of the fish net 2 and the winding of the fishing line 32 as shown in FIG. It is.

  If it can be determined that the fish F has entered the ball net 2 by stopping the feeding of the rope 8, the rope 8 is pulled forward. When the rope 8 is pulled, the rope 8 is removed from the holder 20 as shown in FIG. Further, as shown in FIG. 5, the connection of the fixture 16 is released, the lower frame 6 becomes linear, and the ball net 2 is turned upside down as shown in FIG. The net body 3 enters the purse state and the fish F is caught in the ball net 2.

  When the rope 8 is further pulled up, as shown in FIG. 7, the ball net 2 is completely reversed and pulled up in a bag shape with the fish F inserted. The fishing line 32 is wound up while following the rope 8 so as not to be faster than the rope 8 is pulled up.

  Thus, the ball net 2 can be easily attached to the fishing line 32, and the upper frame 4 is always above the lower frame 6 due to buoyancy, and the lower frame 6 is formed in an annular shape. The net 2 has a cylindrical shape, and even when the fish F goes wild, the net 2 can be easily pulled into the ball net 2, and the fish can be easily captured and stopped in the ball net 2. After the fish F has entered, the rope 8 can be pulled to make the ball net 2 into a bag shape with the lower frame 6, so that the fish F can be forcibly pulled by the fishing line 32 and the fish F can be removed from the fishhook or the fishing line 32 can be cut. It is possible to reliably crawl the fish F caught on the fishhook from underwater.

  The fish F scooped up can be easily taken out from the ball net 2 by moving the round ring 12 along the lower frame 6 and opening the lower part of the net body 3.

  The ball net 2 can also be used for throwing fishing from the land as shown in FIG. Alternatively, the fishing rod 30 may be erected and the fishing line 32 may be pulled toward the front and the fishnet 2 may be attached to the fishing line 32. Furthermore, the fishnet 2 may be attached to the fishing rod 30 and moved from the tip of the fishing rod 30 to the fishing line 32 to scoop up the fish F.

  Moreover, you may prepare the ball net of a different magnitude | size beforehand so that it can be used according to the fish F.

It is a figure which shows one Embodiment of the ball net concerning this invention. It is an expanded view which shows one Embodiment of the ball net concerning this invention. It is a figure which shows an example of the effect | action of a ball net. It is a figure which shows an example of the effect | action of a ball net. It is a figure which shows an example of the effect | action of a ball net. It is a figure which shows an example of the effect | action of a ball net. It is a figure which shows an example of the effect | action of a ball net. It is a figure which shows one example of use of a ball net. It is a figure which shows the other usage example of a ball net.

Explanation of symbols

2 Ball Net 3 Net Body 4 Upper Frame 5 Chuck 6 Lower Frame 8 Rope 10 Mounting Tool 12 Round Ring 13 Stopping Tool 16 Mounting Tool 20 Holding Tool 30 Fishing Rod 32 Fishing Line F Fish

Claims (1)

In the ball net that drops through the fishing line and crawls the fish caught in the hook in the water,
An upper frame body having buoyancy is attached to the upper end of the net body, a plurality of annular fixtures are attached to the lower end, the lower frame body is passed through the annular fixture without being removed, and the left and right edges are Having linear coupling means for linearly coupling the left and right edges;
An attachment for connecting the both ends to each other is provided at both ends of the upper frame, and the upper frame can be held annularly by connecting the attachments to each other.
A rope is attached to one end portion of the lower frame body, and further, an attachment for connecting the both ends to each other is provided to be disengageable, and the lower frame body can be held annularly by connecting the attachments to each other, A cylindrical ball net that is formed so as to sink in water together with an annular fixture, and further, the rope can be pulled to release the connection of the fixture of the lower frame.

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