JP2012157247A - Balanced basket for long cast - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a balanced basket for long cast, capable of solving such problems of a conventional balanced basket for long cast, wherein handling is not easy because a long leader device or a plural-hook device is easily tangled with the basket and wherein there are great losses in scattering ground baits.SOLUTION: Fixing pins are disposed at two positions in an arm of the balanced basket, and the long leader device is looped to astride the fixing pins. Baited fishhooks are housed in respective sections inside an upper basket body 1 divided by a partition plate 6. A water-soluble ring 10 is set by fitting the fixing pins (8 and 9) of the arm 4a of a balance rod formed in the upper basket body 1 and a lower cover body, and the basket is cast into water. Then, the fixing pins (8 and 9) are detached in the elapse of a predetermined time, so that the long leader device is actuated and ground baits are scattered.

Description

  The present invention relates to a long throw tenbin rod used for long throw basket fishing, and more particularly, to a long throw tenbin rod formed by combining a single tenbin, a rice brace and an operating part.

   It is difficult to use a long Harris mechanism as shown in FIG. 7 and FIG. 8 without entanglement with long throwing hooks and bait baits used for conventional long throw basket fishing. As shown in FIG. 7, the bait needle is inserted into the basket with bait needle or inserted into the bait needle storage basket in FIG. Furthermore, when trying to make a multi-needle device with a long Harris, the device was more likely to get involved and a problem occurred. In addition, there is no conventional long throw tenbin jar or bait feeder that can hold the targeted shelf without waste and can intentionally operate for a limited time.

Japanese Patent No. 3802542 Japanese Patent No. 4236803 JP 2007-14302 A Japanese Utility Model Publication No. 5-60280

  In view of the above situation, the present invention can use a longer Harris mechanism than the conventional long throw tenbin basket, and even with a two-needle mechanism, the needle needle can be attached to the center axis of the Komase bowl body. It is an object of the present invention to provide a tenbin kite that can eliminate the entanglement, eliminate the scattering loss during the flight and landing of the rice, and can operate the device at any time.

In order to achieve the above object, a long throw tenbin rod of the present invention is a tenbin rod composed of at least a tenbin rod comprising a main shaft portion and an arm portion, an upper basket body, a lower lid body, and a weight.
1) At least one first fixing pin and second fixing pin are provided in parallel on the arm part,
2) A first hole through which the first fixing pin can be inserted and removed is provided in the upper car body.
3) A second hole through which the second fixing pin can be inserted and removed is provided in the lower lid body,
4) When the arm portion and the main shaft portion are closed, the first fixing pin and the second fixing pin are inserted into the first hole and the second hole, respectively, and the upper cage body and the lower lid body are integrated,
5) In the state where the arm portion and the main shaft portion are opened, the first fixing pin and the second fixing pin are pulled out from the first hole and the second hole, respectively, and the upper basket body and the lower lid body are separated.

In the present invention, at least two fixing pins are provided in the arm portion of the tenbin rod, and holes through which the fixing pins can be put in and out are provided in the upper cage body and the lower lid body, respectively, and the two fixing pins enter the holes respectively. The upper cage body and the lower lid body can be locked in a closed state.
When dropping the water bottle into the water, the upper cage body and the lower lid body are closed with the two fixing pins in the holes. Inside the upper car body is a bait needle and a rice bran.
After the Tenbin rod is dropped into the water, the arm portion of the Tenbin rod is opened by the restoring force of the spring, the two fixing pins are removed, and the Tenbin rod is brought into the water by the weight housed in the lower lid body. As it sinks, water enters the periphery of the upper car body from the hole, and the upper car body and the lower lid body separate in water. When the upper basket body and the lower lid body are separated, the bait needle and the rice brace inside the upper basket body are dispersed in the water.

Here, it is preferable that a partition plate straddling the central axis is provided in the upper part of the inner middle plate cap in the upper basket body.
By providing the partition plate inside the upper car body, the feeding needle can be prevented from being entangled with the central axis.

The arm part and the main shaft part are further provided with a joining member that holds the closed state of the arm part and the main shaft part, and the joining member is formed of a water-soluble material and melts after a predetermined time has passed after being poured into water. It is further preferable to make a transition from a closed state to an open state.
After the Tenbin rod is dropped into the water, the arm part of the Tenbin bar opens by the restoring force of the spring, but by keeping the arm part and the main shaft part closed with a water-soluble joining member, Since the arm part and the main shaft part can be kept closed until the joining member is dissolved in water, it is possible to spray the rice braid bait after a predetermined time has elapsed after being put into the water.

Since the speed of sinking into the water can be predicted to some extent from the weight of the weight, the dissolution time has a corresponding relationship with the water depth at which the rice braid is sprayed. By designing the shape and material of the joining member and considering the melting speed, it is possible to provide the function of a time-limit device that opens the arm portion and the main shaft portion. In other words, by adopting a water-soluble material as a timing device, the device can be operated after an arbitrary time has elapsed.
Here, as a joining member, the raw material of water-soluble polyvinyl alcohol can be used suitably, for example.

Moreover, it is preferable that the tenbin rod is formed by bending a spring wire into a predetermined shape to form an arm portion and a main shaft portion.
The arm portion can be made flexible by processing the tenbin rod with a spring wire. According to the flexible arm portion, the arm portion of the tenbin rod can be naturally opened by its own flexibility after the tenbin rod is dropped into the water.

  Further, it is preferable that the tenbin rod is formed by forming the arm portion and the main shaft portion from different kinds of wire, and joining the arm portion and the main shaft portion is brazed on the main shaft portion. By forming the arm part and the main shaft part with dissimilar wires and brazing their joints on the main shaft part, the arm part of the tenbin bar is naturally flexible and flexible after the tenbin rod is dropped into the water. Can be opened.

From another point of view, the present invention is a joining member that maintains the closed state of the arm portion and the main shaft portion of the above-mentioned long throw tenbin rod, which is formed of a water-soluble material and exhibits a ring shape. A long throw tenbin hook joining member is provided.
By presenting the ring shape, it is possible to join the arm portion and the main shaft portion so as to be fastened with a rubber band. By being formed of a water-soluble material, it can be used as a timing device.

  According to the present invention, firstly, there is an effect that a long Harris mechanism that cannot be satisfied with a conventional product can be easily put into practical use.

  Second, by providing a partition plate inside the tenbin bowl, the feeding needles are less likely to get entangled with the central axis of the tenbin bowl, and even when multiple needles are attached, Expected to be less tangled.

  And thirdly, as a timer function, parts using water-soluble materials such as polyvinyl alcohol are provided, and the mechanism can be operated efficiently on the target shelf, so the mechanism that has been difficult until now is the impact when landing This is effective in avoiding fatal troubles such as leaking food or losing the device.

  That is, according to the long throwing tenbin rod of the present invention, it is possible to reduce cost and time loss and to have more effects in a wider range than the conventional fish and enjoy challenging fishing.

It is an external view (partial sectional view) showing an embodiment of the present invention. It is an enlarged view of the Komase bowl main body part. It is aa 'sectional drawing of a komaze bowl main-body part. It is an external view at the time of flight of Tenbin Pass. It is an external view of a tenbin jar that has been stabilized after starting operation with a specified underwater underwater. The main shaft portion and the arm portion of the tenbin rod are external views of different materials. It is a front view of the conventional long throw tenbin rod. It is a front view of the conventional long throwing bait feeder.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. The scope of the present invention is not limited to the following examples and illustrated examples, and many changes and modifications can be made.

FIG. 1 is an external view of a long throw tenbin kite according to the first embodiment, and the left half of the kite is a cross-sectional view thereof. Further, the arm portion 4a of the tenbin bar shows the set state and the free state at the same time for explanation.
The long throw tenbin rod is composed of an upper cage body 1, a lower lid body 2, an intermediate plate cap 3, a tenbin rod (arm portion 4a and main shaft portion 4b), a weight body 5, a partition plate 6, a cushion tube 7a, a cushion tube 7b, It consists of two fixing pins (8, 9) and a water-soluble ring 10 as a joining member.
The fixing pin 8 enters the hole provided in the upper car body 1 and corresponds to the first fixing pin, and the fixing pin 9 enters the hole provided in the lower lid body 2 and is the second. It corresponds to a fixed pin.

  The upper cage body 1, the lower lid body 2, and the middle plate cap 3 are formed of a resin material such as black or dark ABS resin. Tenbin rods (arm portion 4a and main shaft portion 4b) are formed by bending a stainless spring into a predetermined shape, and fixing pins 8 and fixing pins 9 are brazed and fixed at specified positions on arm portion 4a. It is.

The weight body 5 in FIG. 2 has a through-hole processed with spherical lead and is attached to the center inside the lower lid body. The partition plate 6 is made of a transparent or translucent resin material, and is fitted and fixed to the middle plate cap 3. The cushion tube 7a and the cushion tube 7b are both made of an elastomer material such as a urethane tube, and are for the purpose of absorbing impact when the upper cage body 1 and the lower lid body 2 are moved up and down.
The fixing pins (8, 9) are made of the same stainless steel material as that of the tenbin rod, and are fixed by brazing to two portions of the arm portion 4a of the tenbin rod as shown in FIG. It has the mechanism which can be inserted in the receiving hole made in the.

  The arm 4a is closed to the upper cage body 1 and the lower lid body 2 while winding the device of the long Harris 13 and the cushion rubber 12 around the two fixing pins (8, 9), and the water-soluble water-soluble polyvinyl alcohol material is used. A sex ring 10 is attached. In this way, as shown in FIG. 4, the device does not get entangled during the flight, and the upper cage body 1 and the lower lid body 2 are completely locked. To reach.

  FIG. 5 shows a state in which the water-soluble ring 10 is dissolved after reaching a designated shelf in water, and the arm portion 4a of the tenbin bar is freed by the restoring force of the spring. The upper basket body 1 does not synchronize with the entire vertical movement of the tenbin rod, but slides slightly upward to pay out the fishing hook 15 and the rice brace 16 of the bait 14.

  FIG. 6 is an external view showing a long throw tenbin rod in which the main shaft portion 104b and the arm portion 104a are made of different kinds of wire unlike the tenbin rod (the arm portion 4a and the main shaft portion 4b) of the first embodiment. . The main shaft portion 104b is made of a large-diameter stainless steel that does not bend during practical use, and both ends are subjected to a punching process after flattening. The material of the arm portion 104a is the same stainless steel material as that of the main shaft portion 104b, but has a smaller diameter than the main shaft portion 104b and has a spring characteristic. The main shaft portion 104b and the arm portion 104a are joined by brazing at the upper portion of the main shaft portion 104b as shown in FIG.

(Other examples)
(1) In the above-described embodiment, the shape of the partition plate 6 inside the tenbin rod is a two-blade centered on the same axis as the main shaft portion, but this may be three or more blades.
(2) In the above-described embodiment, the water-soluble ring 10 using a water-soluble polyvinyl alcohol material is used as the timing device, but the shape may be a thread, a fabric, a nonwoven fabric, or the like. Moreover, even if it uses together with another raw material, the effect as a time limit apparatus should just be exhibited.
(3) In the above-described embodiment, the water-soluble polyvinyl alcohol water-soluble ring 10 is attached to both ends of the tenbin bar as a timing device. It may be restrained with a nonwoven fabric or the like.

  The present invention is particularly useful for long throwing fishing.

DESCRIPTION OF SYMBOLS 1 Upper cage body 2 Lower lid body 3 Middle plate cap 4a Arm part 4b Main shaft part 5 Weight body 6 Partition plate 7a Cushion tube 7b Cushion tube 8, 9 Fixing pin 10 Water-soluble ring 11 Yorimodoshi 12 Cushion rubber 13 Long Harris 14 Fishing needle 15 Supplementary bait 16 Komase bait 104a Arm 104b Main shaft

Claims (6)

In a tenbin rod composed of at least a tenbin bar composed of a main shaft portion and an arm portion, an upper basket body, a lower lid body, and a weight,
At least one first fixing pin and second fixing pin are provided in parallel to the arm part,
A first hole through which the first fixing pin can be inserted and removed is provided in the upper car body;
A second hole through which the second fixing pin can be inserted and removed is provided in the lower lid body;
In a state where the arm portion and the main shaft portion are closed, the first fixing pin and the second fixing pin are inserted into the first hole and the second hole, respectively, and the upper basket body and the lower lid body are integrated,
In the state in which the arm portion and the main shaft portion are opened, the first fixing pin and the second fixing pin are pulled out from the first hole and the second hole, respectively, and the upper basket body and the lower lid body are separated from each other. Tenbin bowl for.   2. The long throw tenbin kite according to claim 1, wherein the upper basket main body is provided with a partition plate straddling the central axis at the upper portion of the inner middle plate cap.   The arm part and the main shaft part are further provided with a joining member that holds the closed state, and the joining member is formed of a water-soluble material and melts after a predetermined time has passed after being poured into water. The long throw tenbin kite according to claim 1 or 2, wherein a transition is made from a closed state to an open state.   The tenbin rod for long throw according to claim 3, wherein the tenbin bar is formed by bending a spring wire into a predetermined shape to form the arm portion and the main shaft portion.   4. The tenbin bar according to claim 3, wherein the arm portion and the main shaft portion are formed of different kinds of wire, and the joining of the arm portion and the main shaft portion is brazed on the main shaft portion. Tenbin kite for long throw. A joining member for holding the arm portion and the main shaft portion of the long throw tenbin rod of claim 1 or 2 in a closed state, wherein the joining member is formed of a water-soluble material and has a ring shape. Joining member for long throw tenbin kites.