JPS6338770Y2 - - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a device for supporting a fishing rod in boat fishing or rock fishing.

For rock fishing, drive steel stakes into rocky areas.
Fishing rods are supported by attaching tools to them. Conventional equipment was simple, consisting of a fork-shaped support that held the midway of the fishing rod from below, and a fork-shaped restraint that held down the end of the fishing rod from above. It was hot. In addition, such tools, especially restraints, were more likely to cause the fishing rod to come off when fishing from a boat, making them unusable.

The purpose of this invention is to realize a clasp that reliably supports the butt of a fishing rod and allows easy operation of the fishing rod.

This invention consists of a chuck that is attached to a stake driven into a rock or a member provided on the edge of a boat, and a hinge that is attached to the butt of a fishing rod, and the hinge has a pin that removably fits into the chuck. The hinge part has a hinge having a horizontal axis, and a pair of screw rods are installed upwardly on the upper plate of the hinge, and a receiver and a restraint are tightened by nuts screwed onto these screw rods. The butt of the fishing rod is held between them. A pin extends downward from the lower plate of the hinge, and has an annular groove around the pin. The chuck part has a receiver having an inner cavity into which the pin fits, and a group of small holes are bored in the receiver in an annular shape. Each large-diameter ball is accommodated. An operating barrel is loosely fitted on the outer surface of the barrel with a gap therebetween, and the operating barrel has an annular ridge on its inner surface, and the inner diameter of this annular ridge is approximately equal to the outer diameter of the receiving barrel. The annular protuberance is held in a position facing the small hole of the receiver by the spring located within the gap.

In this way, the ball inside the small hole is pushed by the annular ridge and protrudes from the inner surface of the receiving tube, and engages with the annular groove of the pin of the hinge section fitted into the receiving tube, causing the hinge section to be unnecessarily separated from the chuck section. It prevents you from doing it. Furthermore, when the operation tube is moved against the spring, the ball in the small hole can move toward the outside of the receiver, so the pin can be freely inserted and removed from the receiver. Therefore, when the hinge part is connected to the chuck part, the tip of the fishing rod can be freely raised and lowered using the hinge shaft as a fulcrum, and when necessary, the hinge part can be removed from the chuck part by an extremely simple operation.

Next, this invention will be explained based on illustrated embodiments.

In Figures 1 and 2, 1 is a steel pile;
A pointed head 2 at the lower end is driven into a rocky area, and annular grooves 3, 3, . . . are recessed at appropriate intervals on the circumferential surface. 4 is a support arm, which has cylindrical parts 5 and 6 at both ends, respectively.
The cylindrical portion 5 fits into the pile 1 and has an annular groove 3, 3...
It is fixed to one of the desired heights with a screw 7 with a handle. A chuck portion 8 of a fishing rod butt clasp is attached to the cylindrical portion 6.

The chuck portion 8 includes a collar 9, a screw rod 10 extending downward from the collar 9, and a receiving tube 1 extending upward from the collar 9.
1, the screw rod 10 is inserted into the cylindrical portion 6 of the support arm 4 and is fixed by a nut 12 with a handle. The receiving cylinder 11 is composed of a thick part 11a near the collar 9 and a thin part 11b on the upper end side, and has a step 11 on the outer surface in the middle.
c exists, and the inner cavity 13 extends from the upper end to the inside of the collar 9.
is drilled. Small holes 14, 14, . . . arranged in an annular manner are transparently provided in the thin portion 11b, and steel balls 15, 15, .
The diameter of the steel balls 15, 15... is slightly larger than the thickness of the thin wall portion 11b, and the small holes 14, 14...
Steel balls 15, 15 because the inner diameter is reduced on the side
... may protrude into the lumen 13, but will not fall into the lumen 13.

An operating barrel 16 having an inner diameter approximately equal to the outer diameter of the thick wall portion 11a is fitted into the receiving barrel 11.
An annular protuberance 16a having an inner diameter approximately equal to the outer diameter of the thin wall portion 11b is formed on the inner surface of the thin wall portion 11b. Receiver tube 11
A snap spring 17 is attached to the outer periphery of the upper end of the
This prevents the operation tube 16 from coming off. In the gap between the thin part 11b and the operating cylinder 16, the spring 18 is compressed between the step 11c and the annular protuberance 16a, and in the illustrated state where the spring 18 is extended, the annular protrusion 16a has its upper end formed into a snap spring. 17,
The inner surface faces the steel balls 15, 15....

Reference numeral 19 denotes a hinge portion, which has a hinge 20 consisting of an upper plate 20a, a lower plate 20b, and a connecting shaft 20c. Lower plate 2
A pin 21 is fixed to the center of 0b by a nut 22 and extends downward. The extended portion of the pin 21 has an outer diameter approximately equal to the inner diameter of the inner bore 13 of the receiving tube 11, and has an annular groove 23 recessed in its circumferential surface. When the pin 21 is completely inserted into the inner cavity 13 of the receiving cylinder 11, the annular groove 23 forms the small holes 14,
It is located in a position facing...

There are two screw rods 2 facing upward at both ends of the upper plate 20a.
4,24 are planted. 25 is a receiving plate with a recessed upper surface, and both ends thereof are fitted into the screw rods 24, 24; 26 is a holding plate with a recessed bottom surface; both ends thereof are fitted into the screw rods 24, 24; Nuts 27 and 27 are attached to the screw rods 24 and 24 above 26, respectively.
will be performed. In addition, 28 is a receiving plate 25 and a holding plate 26.
The fishing rod is shown tightened by nuts 27, 27 between the two.

FIG. 3 shows an example of a fishing rod holder for use in conjunction with the fishing rod butt clasp shown in FIGS. 1 and 2. FIG.
1' and 4' are the same stakes and support arms as shown in the first figure, and a forked metal fitting 29 is attached to the cylindrical part 6' of the support arm 4' in place of the chuck part 8. Forked metal fittings 29
has a pronged portion 29a at its upper end, from which a threaded rod 29b extends downwardly through the interior of the cylindrical portion 6', and a handle nut 30 is fitted below the cylindrical portion 6'.

In use, the pile 1 shown in the first figure is driven into a rocky place, and the pile 1' shown in the third figure is driven into a rocky place halfway between the pile 1 and the water surface. The fishing rod 28 has nuts 27 and 27 between the rod end and the receiving plate 25 and the holding plate 26 as shown in the first figure.
and place the middle part on the fork-shaped fitting 29 as shown in FIG. The height and inclination of the fishing rod 28 are
and 1' by adjusting the fixing positions of the support arms 4 and 4'.

When a catch is caught on the hook, the fishing rod 28 can be simply rotated upwards around the hinge shaft 20c. At that time, the rod end is supported, so even if a large fish is caught, the fishing rod 28 can be rotated upwards. You can catch it with a lot of effort. In addition, when inserting a needle or repairing a thread, the steel ball can be removed from the annular groove 23 of the pin 21 by pushing down the operation tube 16, so there is a hinge at the end of the rod. 19 can be easily removed from the chuck portion 8 with it still attached.

FIG. 4 shows another embodiment of this invention. The support arm 31 has a T-shape, and a cylindrical part 32 similar to 5 in FIG. A screw 33 is attached. A fishing rod butt clasp consisting of a chuck portion 34 and a hinge portion 35 is attached to one end of the portion 31b corresponding to the T-shaped head, and a forked portion as shown in FIG. 3 is attached to the other end. A fishing rod holder (not shown) is attached.

Like the chuck part 8 shown in the first diagram, the chuck part 34 has a collar 9, a receiving cylinder 11, an operating cylinder 16, etc.
The structure of the parts with the same reference numerals is the same as in FIG. Below the collar 9 is a cylindrical fastener 36 with a cut end.
is provided, passes through the wing plate 37 formed on one of the cut ends, and passes through the wing plate 38 formed on the other cut end,
A screw 39 with a handle is screwed in. The chuck portion 34 is fixed to the support arm 31 by fitting the cylindrical fastener 36 to one end of the support arm head 31b and tightening the handle screw 39. The structure of the hinge section 35 that is attached to and detached from the chuck section 34 is as follows.
It is exactly the same as that shown in FIG.

Note that the fishing rod holder fixed to the other end of the support arm head 31b is also a cylindrical fastener 3 similar to the chuck portion 34.
6, wing plates 37 and 38, and a screw with a handle 39, and above these are the prongs 2 shown in FIG.
A fork similar to 9a is present.

According to the embodiment shown in FIG. 4, a fishing rod can be supported by using only one steel stake. The chuck portion 34 in this embodiment is also suitable for boat fishing. That is, if a T-shaped fitting is provided in advance on the edge of the boat, the above-mentioned fishing rod butt clasp is attached to the inside of the boat at the head of this attachment, and the above-mentioned fishing rod holder is attached to the outside of the boat. A fishing rod can be extended and supported.

As described above, with this invention, not only can the butt of the fishing rod be securely fixed, but the rod can also be easily moved using the butt of the fishing rod as a fulcrum, and can be removed from the stake or the edge of the boat when necessary. It is extremely convenient for boat fishing.

[Brief explanation of the drawing]

Figure 1 is a longitudinal sectional front view of an embodiment of this invention, Figure 2
The figure is a side view of the hinge part in the same embodiment, Figure 3 is a front view of a fishing rod holder that cooperates with the same embodiment, and Figure 4 is a front view with a part removed of another embodiment of this invention. be. 1 to 7... fixed object, 8 and 34... chuck part, 10... spiral rod (attachment part to fixed object), 1
1... Receiver, 13... Inner cavity, 14... Small hole, 15
... Steel ball, 16 ... Operation cylinder, 16a ... Annular protuberance, 18 ... Spring, 19 and 35 ... Hinge part, 2
0a... Upper plate, 20b... Lower plate, 20c... Connection shaft, 21... Pin, 23... Annular groove, 24 to 2
7...Fishing rod mounting part, 28...Fishing rod, 31 to 3
3... fixed object, 36... cylindrical fastener (attachment part to fixed object).

Claims (1)

[Scope of utility model registration request] It consists of a hinge part and a chuck part, and in the hinge part, an upper plate with a fishing rod attachment part on the upper surface and a lower plate with a pin with an annular groove on the lower surface are connected to the hinge by a connecting shaft. The chuck portion has a receiver having an inner cavity with an inner diameter that matches the pin and is open at the upper end, and the receiver has the pin completely fitted into the inner cavity. At this time, a group of small holes arranged in a ring are bored at the same height as the annular groove, and a steel ball with a diameter larger than the wall thickness of the receiver is accommodated in each of the small holes. , an operating tube is fitted to the outside of the receiving tube with a gap in between,
The operating tube has an annular ridge on its inner surface with an inner diameter approximately equal to the outer diameter of the receiving tube, and a spring is housed in the gap for pressing the operating tube so that the annular ridge comes into contact with each of the steel balls. , a fishing rod butt clasp, in which a mounting portion is formed in the lower part of the receiving tube for attaching the receiver to a fixed object;