JPS6312237A - Fishing rod holding stand - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a fishing rod holder for holding fishing rods during fishing, and particularly to a fishing rod holder for holding a plurality of fishing rods.

[Prior Art] Conventionally, this type of fishing rod holder has a rod of a certain length, which has a sharp spear-like piercing part on the proximal end side, a U-shaped receiving part on the distal end side, and a U-shaped receiving part on the distal end side. A rod holder that is used by inserting the side into the soil at a waterside in an inclined manner, or a rod holder that has a front holder that receives the body of the fishing rod and a rear holder that receives the base end of the fishing rod, allowing the rod to be oriented freely. A rod holder that can be changed, and a rod holder that can hold multiple fishing rods, is equipped with several simple concave-shaped holders placed side by side on a leg made of a tripod, etc., so that multiple fishing rods can be propped up against it. There are rod supports that allow the rod to be held in place.

[Problems to be Solved by the Invention] Conventionally, when using a plurality of fishing rods, it has been common practice to attach a rod holder as described above to each rod. For this purpose, it is not only necessary to prepare a large number of rod holders, but also, depending on the conditions of the fishing spot, the rod holders must be installed over a fairly wide area, which increases the labor burden on fishing workers. Furthermore, with the above-mentioned multi-pole support, it is difficult to tilt the rods so that the distance between adjacent rods on the forward side increases, and fishing operations are hindered because the rods cannot be spaced sufficiently apart. Furthermore, since the fishing rod is placed directly on the base end or on the ground, the rod is not only unstable and easy to move, but also has disadvantages such as getting the precious rod dirty.

An object of the present invention is to provide a fishing rod holder that allows a plurality of fishing rods to be placed on a single holder in a desired position and in a desired direction, and that allows a series of operations related to fishing operations to be performed quickly and smoothly. There is something to do.

Another object of the present invention is to provide a fishing rod holder that can firmly and stably hold a fishing rod without staining or damaging the rod.

[Means for Solving the Problems] The fishing rod holder according to the present invention includes a front bar fixed on a support rod at a constant height and extending in the left-right direction, and a rear bar fixed at a fixed height and extending in the left-right direction. a rear bar mounted on a side support frame and extending parallel to the front bar; a sliding guide means for a receiver formed on both the front and rear bars along the direction of the side bar; and a sliding guide means for the front bar. A front receiver consisting of a plurality of pieces that fits into the sliding means so as to be slidable along the sliding guide means, has respective fixing means, and has a gripping groove opened at the top, and a sliding guide means of the front bar; The guide means is fitted in the guide means so as to be slidable along the guide member, and the front receiver and the rear receiver have the same number as the front receiver, each having fixing means and a grip groove at the bottom.

[Function] Install the holding stand at an appropriate position in the fishing spot, loosen the fixing means, move the appropriate front holder and rear holder to the desired position, and fix the appropriate front and rear holders at the position of each fishing rod. By placing the fishing rods in the gripping grooves, it is possible to firmly hold a plurality of fishing rods at desired intervals and in a desired direction.

<Example of implementation> The fishing rod holding stand shown in the figure has two legs 1, a front support frame 2 and a rear support frame 3 supported by the legs, and a connection between the rear part of the rear support frame 3 and the body of the leg 1. It consists of a stay 4, a front bar 5 and a rear bar 6 attached to each support frame, and a plurality of pairs of front receivers 7 and rear receivers 8 attached to these bars. Leg 1 is served by a square tube,
At its open lower end, a pointed downward stabbing rod 9 of a thickness that fits inside the tube is attached so as to be slidable and adjustable to an appropriate length using a locking pin 10. A support pin 11 in the left and right direction that penetrates and protrudes from the outside to the inside is passed through the upper part of the 92 legs 1. is mounted so that it can tilt. The whole support frame 2 is made of a square tube formed so that its planar shape forms a front bevel, and left and right front frame arms 12 extend rearward.
It is supported by a pin 11 that supports a pin hole drilled in the midsection of the body. The support pin 11 has a head with a thicker part protruding inward from the front frame arm 12, and a male thread is cut on the outer protruding part of the leg 1, and the entire support pin 11 is secured by a female screw knob 13 that fits into the male thread. The rear ends 14 of the left and right front frame arms 12 are open so that the support frame 2 and legs 1 can be tightened appropriately to prevent them from rattling, and the inside of the tube is connected to the rear support frame. 3 sliding guide part. The rear support frame 3 is formed so that its planar shape forms a rear bevel, and has left and right rear frame arms 1 extending forward.
5 is used as a tube having a spacing that matches the forearm portion 12 and a thickness that fits inside the tube of the front frame arm portion 12. Therefore, the rear support frame 3 is assembled so that both rear frame arms 15 are inserted into the rear ends 14 of the front frame arms so that the rear support frame 3 can be slid back and forth with respect to the front support frame 2. A screw shaft hole is drilled through the rear side of the front frame arm 12 from side to side, a nut 16 is welded onto the inside screw shaft hole, and a screw shaft 17 with a knob is inserted into the inside from the outside. It goes through and fits. On the other hand, on the side surface of the rear frame arm portion 15, an elongated hole 18 having a width capable of sliding on the screw shaft 17 is bored in the left and right directions at a position where the screw shaft 17 passes through. Therefore, the entire rear support frame 3 is moved back and forth parallel to the support frame 2 and fixed by tightening the screw shaft 17 at a desired position.

One stay upper pin of each type is fixed to both sides of the rear end of the rear frame arm 15, and two stays 4 are hooked to the one stay upper pin through a daruma hole 20 provided on its upper end side. It is being On the other hand, a stay lower pin 21 having female screw knobs 42 is fixed to both sides of the body of the leg 1, and an elongated hole 22 bored at the lower end of the stay 4 is fitted into the stay lower pin 21. Therefore, by moving the rear support frame 3 back and forth, it is possible to adjust the interval between the bar 5 and the rear bar 6, that is, the interval at which the rod is held, and also adjust the inclination of the entire support frame in the front-rear plane, that is, the front-rear direction of the rod. The degree of inclination can be adjusted. Of course, it is also possible to adjust the inclination of the support frame by loosening the female screw knob 42 and using the long hole 22 at the bottom of the stay. Reference numeral 23 in the figure is a handle for operation. The handle also serves as a grip when carrying the device. Two sets of front bars 5 each having a certain length are fixed on a side portion 24 extending to the left and right in front of the support frame 2 with screws 25.

The front bar 5 is made of a rectangular tube of a certain thickness, and its installation is done by drilling a screw shaft hole 27 of a certain width extending along the bar on the side of the receiving surface 26 opposite to the surface. . The front receiver 7, which has a grip groove 28 of a certain width that opens in a V shape, is made of metal such as aluminum alloy or synthetic resin, and has a flat bottom surface on the back side of the groove that can be slid into the screw shaft hole 27. The pipe is provided with two threaded shafts having a thickness that matches the diameter of the pipe and a length that extends beyond the threaded shaft hole 27 and projects into the pipe. The two screw shafts are formed integrally with the upper gripping groove portion or are integrally fixed by a method such as embedding.

The front receiver 7 is placed on the receiving surface 26 of the front bar facing upward as shown in the figure, and the two lower screw shafts protrude into the tube through the screw shaft hole 27, and the fixing nut 30 is fitted into the front support tool 7. It is being The width across flats of the fixing nut 30 is the hollow part 41 of the tube.
That is, it is adapted to the width of the nut sliding groove so that it can slide without turning, and can move from side to side inside the front bar 5 together with the front receiver 7. Therefore, by grasping the upper part of the front receiver 7 and turning it to the right or left, the fixing nut 30 can be tightened or warmed, and the front receiver can be moved to a desired position and fixed there. . In addition, the fixing nut 30 is in the form of a thin, flexible plate and is flexible in the tightening direction, so the grip groove 28 is oriented in a direction that matches the direction of the fishing rod, and it is fixed to the extent that it does not move. It is possible to do so. here,
The screw shaft hole 27 and the hollow portion 41 constitute sliding guide means for the receiver. Two downwardly penetrating holes are bored in the upper surface of the rear side part 31 of the rear support frame 3 at intervals, and a bar support rod 32 of a certain length is fitted into each chain hole from above. The bar support rod 32 has its upper portion fixed to the rear bar 6. The side portion 31 is further provided with a thin rod hole penetrating forward at the rear side of the portion through which the bar support rod 32 passes, and supports the bar. Therefore, the two bar support rods 32 are fixed to the desired length on the side 31 of the rear support frame via the insert rods 34, and support the rear bar 6 on the side 31 with a desired spacing. . The rear bar is made of a rectangular tube of a constant thickness similar to the front bar 5, and the lower surface thereof serves as a receiving surface 35 for the rear support 8, and the same threaded shaft as the front bar 5 is provided on the surface 35 side. It has holes.

A rear support 8 having exactly the same shape and structure as the front support 7 is attached with the same structure as the front support.

Here, the rear receiver 8 is attached in the opposite direction to the front receiver 7, that is, with the grip groove 28 facing downward.

Therefore, the rear receiver 8 can also be moved and fixed within the rear bar 6 by the same operation as the front receiver.

As is clear from FIG. 2, the gripping groove 28 of the receiver is V-shaped. The ■-shaped gripping groove 28 is formed to have an inner width such that the fishing rod 36 can be gripped by its slanted side inner surfaces 37 and 38. Therefore, the fishing rod 36 is firmly held by the wedge action generated between the fishing rod 36 and the gripping groove due to its weight.

Furthermore, in the present invention, a rubber plate 3 is provided on the inner surface of the gripping groove 28.
It has a inner lining. By lining or coating the rod with a high friction resistance material such as rubber, it is possible to prevent the rod from slipping and further increase its holding power.

In the present invention, the front and rear bars are not limited to the straight shape shown in FIG.

It is free to form it into a shape convexly curved forward.

In this embodiment, the front bar 5 and rear bar 6 can be removed from each support frame, and the upper end of each central butterfly stay 4 can be removed from one upper stay pin. The front and rear support frames can also be reduced in size for convenient portability. In this way, the holding stand is divided into three parts, the front and rear bars, the support frame, and the support frame, and is assembled within the support frame, making it easy to carry.

FIG. 3 shows another embodiment of the mounting portion of the receiver according to the present invention. Here, a bar 5' having a rectangular outer cross-sectional shape
A sliding piece 30 is provided which is formed to surround the outside of the bar and is slidably fitted onto the bar. The screw shaft 29 of the receiver 7' is screwed into a screw hole provided at the center of the upper surface of the sliding piece 30. In this example, when the receiver 7' is rotated, the threaded shaft [Effects of the Invention] According to the fishing rod holding stand of the present invention, a plurality of fishing rods can be placed at desired intervals and facing in a desired direction. I can do it. In particular, a plurality of fishing rods can be placed radially so that the rod ends spread widely. Therefore, when operating the reel, picking up the rod, or pulling it in, the user can fish while remaining in front of the holding stand without being obstructed by adjacent rods. When placing the fishing rod on the holding stand, the fishing rod can be held with one hand, and the receiver can be moved and fixed using only the other free hand.
Extremely easy to handle.

It is important that the angle of inclination of a fishing rod can be adjusted not only in the left-right direction but also in the front-back direction, and in the present invention, this angle of inclination can be easily adjusted over a wide range. Tests have shown that no problems such as the rod slipping off the holder occurred until the angle of inclination of the rod in the front-rear direction was close to 45 degrees. or,
You can freely select the distance between the front and rear bars depending on the fishing conditions, such as making it narrower when fishing with a reel rod or widening it when using a reel rod. As described above, the fishing worker can enjoy fishing with a plurality of rods while standing in front of the holding stand without moving around or getting the rods dirty.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing an embodiment of a fishing rod holder according to the present invention, FIG. 2 is a sectional view taken along line 2-2 in FIG. 1, and FIG. FIG. 7 is a sectional view showing another embodiment of the receiver mounting section. The explanation of the main symbols is 胛, 2: Full support frame, 3: Rear support frame, 4 Nischi,
5: Front bar, 6: Rear bar, 7: Front receiver, 8: Rear receiver, 9: Stab pin, 11: Support pin, 12: Front frame arm,
13: Female screw knob, 14: Rear end, 15: Rear frame arm, 16
: Nut, 17: Screw shaft, 18: Long hole, 19 Nisty upper pin, 20: Daruma hole, 21 Nisty lower pin, 22: Long hole, 25: Mounting with screw, 27: Screw shaft hole, 28: Grip groove , 29: Screw shaft, 30: Fixing nut, 32: Bar support rod, 33: Rod through hole, 34: Rod, 36: Fishing rod, 3
7.38: Side inner surface, 3: Rubber plate, 40: Hinge, 41
: Hollow part, 42: Female screw knob.

Claims (1)

[Scope of Claims] 1. A front bar fixed on a support frame of a constant height and extending in the left-right direction; A rear bar extending in a parallel direction, a sliding guide means of a receiver formed on both the front and rear bars, and a sliding guide means of the front bar that fits into the sliding guide means so as to be slidable along the sliding guide means of the front bar. a plurality of front receivers each having a fixing means and having a gripping groove opened at the top;
A fishing rod holder comprising the same number of rear receivers as the front receivers, which are slidably fitted into the sliding guide means of the rear bar and have fixing means and grip grooves at the bottom opening. The stand. 2. Sliding of the receiver consisting of a nut sliding groove provided on the back side of the receiving surface of the bar and a screw shaft hole drilled along the nut sliding groove from the receiving surface side to the nut sliding groove side. a moving guide means, a gripping groove, a screw shaft integrally formed on the back side of the gripping groove and slidably fitted into the screw shaft hole from the receiving surface and protruding into the nut sliding groove; 2. The fishing rod holder according to claim 1, comprising a receiver comprising a fixing nut that fits into the screw shaft in the nut sliding groove and has a width across flats that matches the width of the nut sliding groove. 3. A fishing rod holding stand according to claim 1, characterized in that the holding groove is provided with a receiver having a V-shape and an inner width set such that the fishing rod is supported between the inner surfaces of both sides thereof. . 4. The fishing rod holding stand according to claim 1, further comprising a receiver having a high-frictional material coated on the inner surface of the gripping groove. 5 A leg having a support pin in the left and right direction at the upper part and a stay lower pin in the body, the arm part of which is pivotally supported by the leg via the support pin, and a frame sliding guide in the front and rear direction at the rear thereof. a front support frame having a front support frame whose arm part is slidably fitted into the frame sliding guide part, a rear support frame having a sliding fixing means and a stay upper pin at the rear thereof; 2. A fishing rod holding stand according to claim 1, further comprising a stay having one end pivotally connected to said stay upper pin and the other end pivotally connected to said stay lower pin.