JP2006036244A - Bucket - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a bucket which solves the problem that a rope winding tool is kept left at a person's feet or a rope or the rope winding tool tends to dangle from a bucket body after a person has scooped up water with the bucket. <P>SOLUTION: The bucket 1 has the bucket body 2 for storing the scooped water therein, the rope 3 for pulling up the bucket body 2, and the rope winding tool 4 for winding the rope 3 thereon. The rope winding tool 4 has a finger hooking hole 4b formed on one side thereof, a rope winding part 4d formed on the other side, and a gripping part 4a on which a notch 4c is so formed as to communicate with the finger hooking hole 4b. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a bucket in which a rope winding tool is attached to an upper end of a rope attached to a bucket body.

When fetching water in a river or the sea, a bucket with a rope attached to the bucket body is used.
In these buckets, a rope winding tool is attached to the upper end of the rope so that the rope does not get in the way so that an unneeded length of rope can be taken up.
For example, in fishing, when drawing water at a fishing spot with a high footing, a bucket with a rope winding tool attached to the top of the rope attached to the bucket body is used. The water is pulled out and a bucket is thrown into the surface of the water. By pulling up the rope, the water is pumped up safely and added to the bait, placed in a container for fish, and used for cleaning the fishing ground.
However, such a bucket has a problem that a rope or a rope winding device becomes an obstacle when using water pumped in the above-described operation or the like.

The gazette of patent document 1 describes the bucket which attached the winding tool of the rope to the upper end of the rope attached to the bucket main body.
However, after drawing water, the rope winder is rolled and placed under the feet, or when working with the bucket body, the rope or rope winder hangs down from the bucket body. I had to work while dragging.
JP 2003-26182 A

  The problem to be solved is that after the water is drawn, the rope winding tool is in a state where it rolls under the feet, or the rope or rope winding tool tends to hang down from the bucket body.

  An object of the present invention is to prevent the rope and the rope winding device from getting in the way when using a bucket in which a rope winding device is attached to the upper end of the rope attached to the bucket body.

To solve the above problem,
The present invention according to claim 1 is a bucket in which a rope winding tool is attached to an upper end of a rope attached to the bucket body, and the rope winding tool has a finger hooking hole and a notch communicating with the finger hooking hole. It is a summary.
The gist of the present invention according to claim 2 is that the notch can be inserted through at least a rope attached to the bucket body.

  According to the present invention, the rope and the rope winding device are prevented from becoming an obstacle when the water is drawn into the bucket in which the rope winding device is attached to the upper end of the rope attached to the bucket body.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIGS. 1 to 4 are the present invention, FIG. 1 is a front view of a bucket in which a rope is wound around a rope winding tool, and FIG. Fig. 3 is a front view of a bucket unwound from the winding tool, Fig. 3 is a front view of the bucket with the rope winding device locked to the rope, and Fig. 4 is a front view of the bucket with the rope winding device locked to the handle. .

According to FIG. 1, the bucket 1 has a bucket body 2 into which the pumped water is put, a rope 3 for pulling up the rope, and a rope winding tool 4 for winding the rope 3.
The bucket body 2 is a container body made of a waterproof material such as a synthetic resin into which the pumped water is put. The bucket body 2 has an inside as a storage portion and has an opening 2e above.
A handle holding portion 2d is attached to the bucket body 2 at a position facing the opening 2e in the vicinity of the opening, and a U-shaped handle 2a is attached via the handle holding portion 2d.

The handle 2a is formed by molding a synthetic resin with a mold. Both ends of the handle 2a are inserted into holes provided in the handle holding portion 2d. It is possible to bring the body upside down with the upright body and the bucket body 2 side.
The handle 2a may be formed of a synthetic resin braid like the rope 3, or the rope 3 may be attached to the bucket body 2 without the handle 2a.

The rope 3 is a braid made of synthetic resin, the lower end of which is attached to the handle 2a of the bucket body 2, and the upper end of the rope 3 is attached to the rope winding tool 4.
The lower end of the rope 3 is inserted into the insertion hole 2b provided at the center of the horizontal grip portion of the handle 2a and attached to the rod-like retaining member 2c so that it does not fall off from the insertion hole 2b. As shown in FIG. 2, the upper end is inserted into the finger hooking hole 4 b of the rope winding tool 4, folded back and fastened to the rope 3 again, and attached to the rope winding tool 4.

The rope winding tool 4 is formed in a plate shape with synthetic resin, wood, or the like, a finger hooking hole 4b is formed on one side thereof, and a winding portion 4d of the rope 3 is formed on the other side.
The finger-holding hole 4b is formed in an elliptical shape and has a size that allows at least insertion from the index finger to the little finger at a time. A gripping portion 4a is formed along the outer side of the finger-holding hole 4b. The grip portion 4a can be gripped by inserting a thumb from the outside to the grip portion 4a.

The grip portion 4a is formed with a notch 4c that is narrower than the finger hooking hole 4b provided so as to communicate with the finger hooking hole 4b.
The notch 4c has a width that allows at least the rope 3 to be inserted, and the outer opening is formed so that the width gradually increases toward the outside so that the rope 3 can be easily inserted.
The notch 4c is provided at a position shifted to the left and right of the gripping portion 4a so as to avoid the center of the gripping portion 4a corresponding to the upper side of the rope winding tool 4 and not to interfere with the gripping of the gripping portion 4a. The rope 3 can be inserted into the notch 4c while gripping the grip portion 4a.

The winding part 4d of the rope 3 formed on the rope winding tool 4 is formed so that the left and right sides are recessed compared to the part where the finger hooking hole 4b is formed, and the rope 3 is wound around a plurality of circumferences. Can fit in.
Further, the wound rope 3 can be inserted into the notched groove-like locking portion 4e and held so as to prevent the rope 3 from being released and falling off.

The rope 3 is inserted from the notch 4c formed in the rope winding tool 4, and the rope 3 is led into the finger hook hole 4b and inserted therethrough, so that the finger hook hole 4b is locked to the rope 3 as shown in FIG. The rope winding tool 4 is held.
When the rope 3 is inserted into the finger hooking hole 4b, the notch 4c is narrower than this, so the rope 3 does not fall out of the notch 4c and is held in the finger hooking hole 4b.
Conventional rope winding tools are easy to come off because the rope winding tool is held by holding the rope at the notched groove-shaped locking part. Although it has been unraveled, since the bucket 1 of the present application is held in the finger hooking hole 4b, such dropping is prevented and the bucket body 2 is securely held.

When the bucket 1 is used, the rope 3 wound around the rope winding device 4 is removed from the groove-like locking portion 4e, and the rope 3 is unwound from the winding portion 4d and pulled out as much as necessary, Throw body 2 into the water.
When the bucket body 2 dropped on the water surface falls down, water enters the inside through the opening 2e, and the bucket body 2 gradually sinks.
When the necessary amount of water enters the bucket body 2, the rope 3 is pulled up and pulled up to the scaffold to draw up the water.

  The bucket body 2 containing water is placed under the feet, the extra rope 3 pulled out is rewound onto the winding part 4d of the rope winding tool 4, and the rope 3 is again connected to the groove-like locking part 4e. So that the rope 3 wound from the rope winding tool 4 does not come loose and fall off.

Next, if the bucket body 2 containing water is to be used under the feet, the rope 3 is inserted into the notch 4c of the rope winding tool 4 as it is and inserted into the finger hooking hole 4b, so that the rope cage The turning tool 4 is locked to the bucket body 2 (near the attachment position of the rope 3 of the handle 2a).
In this state, the rope winding tool 4 hangs in a state where the rope 3 is stretched by its own weight, and is held in a state where it is suspended by a rope of a slight length, and even if the hand is released from the rope winding tool 4 The rope 3 is not easily detached from the locking portion 4e, and the rope 3 is prevented from being unwound from the rope winding tool 4, and further, the rope winding tool 4 is prevented from being separated from the bucket body 2 and falling off.
After this, the handle 2a may be laid down, and the bucket body can be further lifted to work. In this case, the rope winding tool 4 is prevented from falling off the bucket body 2 and falling off. Yes.

Further, the rope winding tool 4 is locked to the bucket body 2 by inserting the rope 3 into the notch 4c of the rope winding tool 4 and inserting it into the finger hooking hole 4b. As shown, the handle 2a wider than the rope 3 is inserted into the notch 4c of the rope winding tool 4 and inserted into the finger hooking hole 4b so that the rope winding tool 4 is locked to the bucket body 2 (handle 2a). Although not shown, the rope winding tool 4 is inserted into the finger hooking hole 4b by inserting the opening 2e of the wider bucket body 2 through the notch 4c of the rope winding tool 4 and into the finger hooking hole 4b. 2 (handle 2a).
The gripping portion 4a of the rope winding device 4 has flexibility so that the width of the rope 3 is widened when the rope 3 or the like having a wider width is inserted into the notch 4c against the elasticity of the gripping portion 4a. It has become.

According to such a bucket 1, water can be easily drawn from a place where the scaffolding is high as in the prior art, and at this time, an unnecessary rope can be wound around the rope winding device 4.
Further, when the water is drawn into the bucket 1 and used, the rope 3 can be inserted into the finger hooking hole 4b by the notch 4c. It is not necessary to be locked to the rope 3 and roll to the foot, and it is possible to prevent the rope winding tool 4 or the rope 3 from being stepped on or tripped over. It is possible to prevent the turning tool 4 from getting in the way.

The present invention can be used for a bucket to which a rope and a rope winding tool are attached.

FIG. 1 is a front view of a bucket in which a rope is wound around a rope winding tool. FIG. 2 is a front view of a bucket in which the rope is unwound from the rope winding tool. FIG. 3 is a front view of a bucket in which a rope winding tool is locked to the rope. FIG. 4 is a front view of a bucket in which a rope winding tool is locked to a handle.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Bucket 2 Bucket body 3 Rope 4 Rope winding tool 4a Gripping part 4b Finger hooking hole 4c Notch

Claims (2)

A bucket in which a rope winding tool is attached to an upper end of a rope attached to the bucket body, wherein the rope winding tool has a finger hooking hole and a notch communicating with the finger hooking hole. The bucket according to claim 1, wherein at least the rope attached to the bucket body can be inserted into the notch.