JP2003304779A - Scooping net for fishing - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a scooping net for fishing convenient for carrying it and capable of storing the whole net part in a grip part. <P>SOLUTION: At least top part is equipped with a triple pipe structure composed of a storage outer pipe 7, a middle pipe 6 and an inner pipe 5, and a base part of a frame plate part 2 having a prescribed elasticity and parallelly opposed is pivotally connected to the top of the inner pipe and a butted and connectable top connecting part is provided at the top end of the frame plate part and an opening of a net body 1 is attached to the frame plate part and a base end of a stretching plate part 4 whose top is connected to the base side of the frame plate part is connected to the top end of the middle pipe and an engaging structure in which the middle pipe is engaged with the inner pipe at a position in which whole frame plate part becomes a shape close to a true circle when the top ends of the frame plate part are butted and connected is provided and the net body and the frame plate body in opposed state and the stretching plate part are storably provided in the storage outer pipe. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fishing scooping net in which a net can be stored in a handle so that it can be carried easily.

[0002]

2. Description of the Related Art Scooping nets for fishing are called so-called "tamo" and "ball nets". A ring-shaped net provided at the tip of a long handle has a ball-shaped net. It is known that the user wears the body, and that the handle can be expanded and fixed, and the ring can be folded so that it can be conveniently carried.

The folding of the ring body is performed by forming the ring body by a plurality of members and assembling the members. However, if the folding is facilitated, the plane becomes polygonal (actual opening 63- 9875, JP-A-8-1168
No. 27), and if the shape is close to a perfect circle, it becomes bulky even when disassembled.

If the ring body is formed of a large number of rod-shaped bodies, it is necessary to carry the disassembled rod-shaped bodies, which is not always convenient for carrying. In addition, JP-A-9-113
As disclosed in Japanese Patent Publication No. JP-A-2003-264, if the net body or the like can be stored in the handle portion, it is easy to carry,
The ring body must be twistable, an elastic body having insufficient strength must be used, and a handle having a corresponding thickness is required.

Therefore, the present invention proposes a fishing scooping net having a novel structure in which the ring body portion is close to a perfect circle and the whole net portion can be stored in the handle portion.

[0006]

A scooping net for fishing according to the present invention has a triple pipe structure of at least a tip portion of a storage outer tube, a middle tube, and an inner tube, has an appropriate cross-sectional size, has a predetermined elasticity, and is parallel. The base of the symmetric frame plate part that is made to face to is pivotally connected to the inner pipe tip part, and the frame plate part tip is provided with a tip connecting part having a structure capable of abutting connection with the tip part,
The opening portion of the mesh body is attached to the frame plate portion, the cross-sectional size not protruding in the outer peripheral direction from the outer diameter of the middle pipe, the base end of the tension plate portion the tip portion is connected to the base side of the frame plate portion, In addition to connecting to the tip of the middle pipe, when the ends of the frame plate parts are butted and connected, the middle pipe and the inner pipe are directly or indirectly at a position where the entire frame plate part has a shape close to a perfect circle. The present invention is characterized in that it is provided with a locking structure for being locked, and that the net body, the frame plate body in the opposed state, and the tension plate portion are provided so as to be stored in the storage outer tube.

Therefore, when the frame plate portion (constituting the ring body) and the mesh body which are in the opposed state are pushed together into the storage outer pipe (constituting the handle), the tension plate portion and the middle pipe in the connected state It can also be stored together by inserting it inside the storage outer tube. In use, when the frame plate is pulled out and the ends are butted and connected, the base of the frame plate is pivotally connected, so the butted connection alone will give a shape close to a pear shape, but the middle pipe and inner pipe By locking and at a predetermined position, the frame plate portion becomes a perfect circular shape by the action of the tension plate portion, and a scooping net including a circular ball-shaped net is formed.

[0008]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, embodiments of the present invention will be described. The scooping net of the first embodiment of the present invention shown in FIGS. 1 to 7 includes a net body 1, a frame plate portion 2 serving as a ring body, a tip connecting portion 3 provided at a tip of the frame plate portion 2, and a ring. The tension plate portion 4 having a perfect body, the inner pipe 5 connected to the frame plate portion 2, and the tension plate portion 4
A middle pipe 6 connected to the outer pipe 7 and a storage outer pipe 7 for storing the member.
And a retractable handle 8 connected to the outer storage tube 7.

The frame plate portion 2 is formed of peripheral plates which are laterally opposed to each other and which are formed of an elongated thin steel plate which can be inserted and stored in an external storage tube 7 which will be described later. Each peripheral plate is an inner peripheral plate 21. A double plate including the outer peripheral plate 22 and the gap 23 between the inner and outer peripheral plates 21 and 22 connects the opening of the net body 1 by clamping or screwing.

Further, a tip connecting portion 3 having a structure capable of butt connection is provided at the tip of the frame plate portion 2. The tip connecting portion 3 is T-shaped with the frame plate portion (peripheral plate) 2. Bearing plate 31 provided as described above, and the pivot shaft 3 penetrating the bearing plate 31.
2 and a pivotally connected body 33 in the shape of a U-shaped lower opening, which holds the pivotal shafts 32 of the opposite left and right peripheral plates by both side plates.
And a butt-coupling body 33 that can be inserted into the coupling body 33 and has a shape that holds the frame plate portion 2. Then, the left and right peripheral plates 2 are brought into an abutted state, and the both peripheral plates 2 are held together by the pivotally connected body 33, whereby the left and right peripheral plates move from the opposed state to the abutted state.

Further, the base end of the frame plate portion 2 is pivotally connected (pivotally connected portion 24) to the tip of the inner pipe 5 so that the peripheral plate 2 can be opened left and right. The structure is such that it does not collide with the bearing plate provided on the middle pipe side. In addition, an inner protrusion for connecting a tension plate portion 4 to be described later to an inner peripheral plate 21 on the base side of the peripheral plate 2 (locations at positions 4 to 5 o'clock and 7 to 8 o'clock when formed into a ring shape). 25 are provided.

The tension plate portion 4 is formed of a thin steel plate made of the same material as that of the frame plate portion 2. The base portion is connected and fixed to a recess 61 formed in the outer peripheral surface of the middle pipe 6 by welding or other means. A holding connecting portion 41 for holding and connecting the peripheral plate (frame plate portion) 2 is provided at a tip end portion in a size that fits in the projected cross section of the middle tube 6.

The hugging and connecting portion 41 is formed by wrapping the peripheral plate 2 from the outer peripheral side, and is provided at two front and rear positions so that a certain portion is along the peripheral plate, and is located between the inward projections 25. The peripheral plate is connected at a predetermined position. That is, when the peripheral plate 2 has a ring shape, a predetermined portion of the peripheral plate 2 is pulled so that the peripheral plate has a perfect circular shape.

The inner tube 5, the middle tube 6 and the storage outer tube 7 are connected by a triple tube structure so that they can be inserted and removed freely. In particular, the inner tube 5 and the middle tube 6 are connected to the tension plate portion 4 and Since the frame plate portion 2 is connected via the frame plate portion 2, it is sufficient that there is play that allows the tension plate portion 4 to move in the axial direction with respect to each other within a range where the tension plate portion 4 is maintained in a predetermined state, so that the tension plate portion 4 is locked to each other at a predetermined position. I have to.

That is, when the ends of the frame plate portion 2 are butted and connected to each other, the middle pipe 6 and the inner pipe 5 are locked at a position where the entire frame plate portion 2 has a shape close to a perfect circle. It has a locking structure.

The relationship between the middle pipe 6 and the storage outer pipe 7 is that the middle pipe 6 is movably inserted into the outer pipe 7, and the middle pipe and the storage outer pipe are close to each other near the tip of the storage outer pipe 7. It is adapted to be locked, and as the locking structure, the taper shape similar to the relationship between the inner and outer tubes is adopted.

If necessary, a well-known multi-tube type expansion / contraction handle 8 may be connected to or externally attached to the storage outer tube 7.

Thus, in the housed state (when carrying), when the butted state is released by shifting the butted coupling body 34 toward the one circumferential plate 2 side, the circumferential plate 2 becomes the left and right facing state. At the same time, the upholstery plate portion 4 also comes into a form along with the peripheral plate 2. Therefore, the whole body (the net body 1 gathered along with the frame plate portion 2 and the frame plate portion 2)
Then, the tension plate portion 4, the inner pipe 5, and the middle pipe 6) are pushed into the storage outer pipe 7. At the same time, when the elastic handle 8 is contracted, the
The portable state shown in (b) is obtained.

During use, the frame plate portion 2 is pulled out, the tip of the plate frame portion 2 is brought into a butted state, and the butted connecting body 34 is moved to buttally connect the opposing peripheral plates. At the same time, the inner tube 5 and the tension plate 4 together with the frame plate 2
Then, both the inner pipe 5 and the storage outer pipe 7 are pulled out.

The middle pipe 6 is locked by the tapered shape near the tip of the storage outer pipe 7, and the inner pipe 5 is further pulled out to be locked with the middle pipe 6. In these two locked states, the tension plate part 4 is in a predetermined position, the frame plate part 2 has a shape close to a perfect circle, and the net body 1 is opened to form a scooping net having a circular ball net. Of course, the stretchable handle 8 is extended if necessary.

The present invention is not limited to the above-mentioned embodiment, and in the first embodiment, the structure of the frame plate portion and the locking structure can be easily changed.

For example, in FIGS. 8 to 10, as shown in the second embodiment, the peripheral plate is composed of the inner and outer peripheral plates 21 and 22 in the constitution of the frame plate portion 2a. You may make it extend the front part of 4a and may serve as the outer peripheral board 22.
In this case, it is advisable to set the position of the holding connection part 41 to an intermediate position between the base-side holding connection part for making the entire frame plate part 2a into a perfect circular shape and the tip connection part 3.

Further, in the above-described first embodiment, the retaining outer pipe 7 and the middle pipe 6 and the middle pipe 6 and the inner pipe 5 have a taper-shaped locking structure, but the taper-shaped locking mechanism is
Since the locked state is easily released when a force is applied in the base direction, the second embodiment shows an example in which the locking mechanism 9 is separately provided between the storage outer pipe 7 and the inner pipe 5. .

The locking mechanism 9 includes a frame plate portion 2a and a tension plate portion 4a.
When the inner tube 5 is further pulled out after the inner tube 6 and the storage outer tube 7 are taper locked by pulling out the inner tube 5, the outer tube 7 and the inner tube 5 are engaged with each other in a state where the frame plate portion 2a is rounded. It will stop.

That is, a fastening body 91 urged to the outer periphery is provided near the tip of the storage outer tube 7 so that it can freely project and retract inward of the storage outer tube, and the outer peripheral surface of the inner tube 5 corresponding to the fastening body 91. An engaging portion 92 is provided on the. Further, a ring body 93 is provided as an operating means of the fastening body 91, and the inner circumferential surface of the ring body 93 abuts on the head of the fastening body 91, and the fastening body 91 is changed by the depth change of the inner circumferential surface. Is pressed inward of the pipe or released. In addition, the protection tube 94 that realizes the attachment of the ring body 93 and prevents the ring body 93 from coming off
Is attached to the open end of the outer tube 7. For this protective tube 94, a hard material such as titanium material is used.

During use, the frame plate portion 2a is pulled out, the tip of the plate frame portion 2a is abutted, and the peripheral plates facing each other are abutted and connected by the tip connecting portion 3.
At the same time, the frame plate portion 2a together with the inner pipe 5, the middle pipe 6 and the tension plate portion 4a
Is also pulled out from the storage outer tube 7.

The inner tube 6 is locked by the taper shape near the tip of the housing outer tube 7, the inner tube 5 is further pulled out, the tension plate portion 4a is in a predetermined position, and the frame plate portion 2a is a perfect circle. At a position where the shape is close to each other, the ring body 93 is operated to cause the fastening body 91 to project to the locking portion 92, so that the inner pipe 5 and the storage outer pipe 7 are locked. Naturally, since the middle pipe 6 is pulled by the tension plate portion 4a, there is no fear that the taper lock will be released, and the inner pipe 5 and the middle pipe 6 are indirectly locked.

Therefore, the scooping net is constituted by the net 1 stretched on the frame plate portion 2a which is in a perfect circle. Further, at the time of storage, when the locking state of the locking mechanism 9 is released, the butt connection of the tip connecting portion is released, and the frame plate portion 2a is pushed into the storage outer tube 7, the taper locking of the middle tube 6 is also released. , The whole is stored in the storage outer tube 7.

Of course, the present invention is not limited to the first and second embodiments, and the locking structure between the inner pipe and the middle pipe and the locking structure between the middle pipe and the storage outer pipe have predetermined functions. As long as it is provided, it can be arbitrarily determined, and the structure of the tip connection part of the butt connection can be any one that can be connected in a predetermined form, and the connection between the tension plate part and the frame plate part can also be a hugging structure. Without
It may have a tack structure.

[0030]

As described above, according to the present invention, at least the tip portion has a triple pipe structure of the storage outer pipe, the middle pipe, and the inner pipe, and the base of the frame plate portions which have a predetermined elasticity and are opposed to each other in parallel. Is connected to the tip of the inner pipe, and a tip connecting portion that can be abutted and connected to the tip of the frame plate is provided, and the opening of the mesh body is attached to the frame plate, and the tip is on the base side of the frame plate. The base end of the connected upholstery board,
In addition to connecting to the tip of the middle pipe, the middle pipe and the inner pipe are directly or indirectly at a position where the whole frame plate becomes a shape close to a perfect circle when the ends of the frame plate are butted and connected. A fishing scooping net having a locking structure for locking, the net body, the facing frame plate body and the tension plate portion being provided so as to be able to be housed in the housing outer pipe. It is possible to store a ring-shaped frame plate etc., and when using it, it was possible to make a scooping net with a frame close to a perfect circle shape, which is convenient for carrying and use. The transition to the state was very easy without any assembly work.

[Brief description of drawings]

FIG. 1 shows the entire first embodiment of the present invention (in use).

FIG. 2 shows the portable state.

FIG. 3 is an exploded perspective view of the tip connecting portion.

FIG. 4 is a sectional view of the same assembled state (stored state).

FIG. 5 is an explanatory view when the same is used, (a) is a front sectional view (b).
Is a side sectional view.

FIG. 6 is an explanatory view of the frame plate portion and the inner pipe, and the tension plate portion and the middle pipe.

FIG. 7 is an explanatory diagram of a main part when the same is used.

FIG. 8 shows an entire second embodiment of the present invention (in use).

FIG. 9 is an explanatory view of a main part when the same is used.

FIG. 10 is an explanatory view of the same locking mechanism, in which (a) is when locked (b).
Indicates the time of cancellation.

[Explanation of symbols]

1 mesh 2,2a Frame plate part (peripheral plate) 21 Inner peripheral plate 22 Peripheral plate 23 Gap 24 pivot 25 Inward projection 3 Tip connection part 31 Bearing plate 32 pivot 33 Pivot connection 34 Butt connection 4,4a tension plate part 41 Holding connection 5 inner tube 6 Middle tube 61 recess 7 Storage outer tube 8 elastic pattern 9 Locking mechanism 91 Fastening body 92 Locking part 93 Ring body 94 Protection tube

Claims (5)

[Claims] 1. A symmetric frame plate portion having at least a distal end portion having a triple pipe structure of an accommodating outer pipe, a middle pipe, and an inner pipe, having a proper cross-sectional size and a predetermined elasticity, and facing each other in parallel. The base is pivotally connected to the tip of the inner tube, and the tip connecting part is provided at the tip of the frame plate so that it can be abutted and connected to the tip. A cross-sectional size that does not project in the outer peripheral direction from the outer diameter, and the tip end of the tension plate part whose tip part is connected to the base side of the frame plate part is connected to the tip part of the middle pipe, and the tip part of the frame plate part is also At the position where the whole frame plate part has a shape close to a perfect circle when butt-joined,
The intermediate pipe and the inner pipe are provided with a locking structure that is directly or indirectly locked, and the net body and the frame plate portion and the tension plate portion in the facing state are
A scooping net for fishing characterized in that it is provided so that it can be stored inside the storage outer tube. 2. The scooping net for fishing according to claim 1, wherein the middle pipe is movably inserted into the outer pipe, and a fixing mechanism for the middle pipe is provided near the opening of the outer pipe tip. 3. The fishing according to claim 1, wherein a taper shape for tightening in the pulling direction is adopted as a locking structure for the inner tube and the middle tube and a locking and fixing structure for the middle tube and the storage outer tube. Scooping net. 4. The scooping net for fishing according to claim 2, wherein a fixing mechanism for the outer pipe and the inner pipe is provided at the tip of the outer pipe to realize the engagement between the middle pipe and the inner pipe. 5. The fishing scooping net according to claim 1, wherein the storage outer tube is inserted into a multi-tube which can be expanded and contracted and fixed.