JP2000106803A - Tool for unhooking fish from hook in jiggle-fishing - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a small tool for unhooking a fish from a hook in jiggle- fishing, readily carried and preserved, capable of facilitating the attaching and detaching. SOLUTION: The upper ends of a semicircle spring 12 manufactured from a linear spring material are installed in the right and left of the upper part of a fixing fragment 10 respectively. The fixing fragment 10 is put on the interior of a bucket A, and the tip side of the spring 12 is put on a descending part c of the bucket A respectively to attach the fish-unhooking tool to the bucket A.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fish removal tool which can easily remove a hooked fish from a hook in sabiki fishing mainly performed on a quay or a breakwater of a harbor.

[0002]

2. Description of the Related Art The present inventor has already devised and filed an application for a fish removal tool which allows fish caught in sabiki fishing to be easily removed from a hook and stored in a container such as a bucket. (Japanese Utility Model Laid-Open No. 7-36668). In the specification of the application, there are introduced several examples in which a support is erected from a base placed on the floor upward, and a weft or a cross bar is arranged above the support from the upper end of the support.

[0003]

SUMMARY OF THE INVENTION In the above embodiment,
Because of the large base and the tall columns, the whole was large and inconvenient to carry and store. The problem to be solved by the present invention is to provide a fish removal device which is small in size as a whole and is easy to carry and store.

[0004]

According to the present invention, the lower end of a rising piece provided with a horizontal hooking piece at an upper position is attached to the upper edge of a container such as a bucket. Therefore, the whole is small in size, which is convenient for carrying and storing.

[0005]

DESCRIPTION OF THE PREFERRED EMBODIMENTS In the present invention,
As shown in FIG. 123, the lower end of the rising piece 6 is attached to the upper edge of a container such as a bucket, and the hooking piece 8 is attached horizontally above the rising piece 6. In sabiki fishing, a large number of hooks are attached to a fishing line. And
Hanging a fishing line and raising the fish when the fish is pulled, a lot of horse mackerel etc. are hanging. To remove them, hold the fishing rod with one hand, hold the tip of the fishing line with the other hand, put the fishing line on the hook 8 and pull it forward. The hook hooks on the hook 8 and rotates, so that the tip of the hook faces downward. Then, the fish mouth is pushed by the hook piece 8, and the fish is exposed and splashes, so that the fish comes off from the needle tip and falls into the container. Continue the same operation and house all fish in the container. Further, as shown in FIG. 124, the fish can be removed in the same manner while pushing the fishing rod / line from the near side to the front.

In the case shown in FIG. 123,
When the fish is hooked on the hook 8, the thread pulled by hand is in a state of attracting the hook 8. At this time, if the hook 8 has no elasticity, the fish may be broken by an impact when the fish is splashed. Therefore, it is desirable that the hook 8 be made of an elastic material for absorbing shock. In the case of the method shown in FIG. 124, the hook 8 is not necessarily required to have elasticity because the hook 8 and the tip having elasticity are referred to. Therefore, it is conceivable to increase the elasticity of the hook piece 8 to bend it into a V-shape in order to cope with both. This point is also described in Example 59.

[0007] The fish removal tool from the hook in the sabiki fishing according to the present invention, the lower end of the rising piece 6 provided with the horizontal hooking piece 8 at the upper position is attached to the mounting piece 1 and the upper part of the bucket or other container is A means for attaching to the edge is provided on the attachment piece 1. Also, the lower end of the rising piece 6 provided with the horizontal hooking piece 8 at the upper position is attached to the mounting piece 1, and the recess 2 in which the upper edge of the container such as a bucket fits just above the mounting piece 1 from below to above. It's something I got for it. Also, an inner spring 9 and an outer spring 11 for attaching the lower end of the rising piece 6 provided with the horizontal hooking piece 8 at the upper position to the fixing piece 10 and fixing the upper edge of the container such as a bucket from inside and outside. Fixing piece 1
It is provided downward from zero. Further, the lower end of the rising piece 6 having the horizontal hook piece 8 provided at the upper position is fixed to the fixing piece 1.
The fixed piece 10 is provided with a spring 12 that is attached to the fixed piece 10 and fixes all or a part of the upper edge of the container such as a bucket between the fixed piece 10 and the spring 12. Also, the horizontal hook 8
And a pressing piece 20 for fixing the lower end of the rising piece 6 provided at the upper position to the fixing piece 10 and fixing the upper edge portion of the container such as a bucket between the fixing piece 10. At the lower end side of the rising piece 6 having the horizontal hooking piece 8 provided at the upper position, means for attaching to the upper edge of the container such as a bucket is provided. It is made of spring material. It is also integrally molded with plastic. Further, a connecting portion is provided at an intermediate portion of the plastic molding, divided and connected. Further, a U-shaped portion 35 for fixing to the horizontal portion b and the descending portion c of the upper edge of the bucket A is provided at the lower end side of the rising piece 6 in which the horizontal hook piece 8 is provided at the upper position, The above is manufactured using a single linear spring material. Further, a gate-shaped portion 37 is provided at the lower end side of the rising piece 6 provided with the horizontal hooking piece 8 at an upper position, to be fixed to the rising part a, the horizontal part b and the descending part c of the upper edge of the bucket A. The above is manufactured using a single linear spring material. The means for attaching to the upper edge of the container such as a bucket may be as in each embodiment described later, or may be other means. Anything that can be attached to the upper edge of the container, such as a bucket, may be used.

[0008]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Various embodiments will be described based on the attached drawings. It is to be noted that the numbers assigned to the respective examples and the numbers assigned to the drawings showing the respective examples are all the same.
The description of each embodiment is based on the corresponding drawings. Embodiment 1 An upper view of FIG. 1 is a perspective view showing Embodiment 1. A shows a part of the upper edge of the bucket with the edge. The upper edge of the bucket A having an edge includes a rising portion a, a horizontal portion b extending horizontally outward from the upper end of the rising portion a, and a descending portion c extending downward from the outer end of the horizontal portion b. However, the radius of the rising portion a and the width of the horizontal portion b and the descending portion c differ depending on the size and type of the bucket. 1 on the top edge of bucket A
Attachment pieces 1 are attached to the locations. As shown in the middle view of FIG. 1, the mounting piece 1 is provided with a hollow 2 having a rectangular cross section from below. However, in the middle of one side of the recess 2, a step 3
Is provided, and the recess 2 is widened in a portion below the step portion 3. In addition, it is desirable that each surface of the depression 2 is provided with a knurl. Then, a through hole 4 reaching the recess 2 from above is formed at the center position of the mounting piece 1, and holes 5 are formed upward from the recess 2 at positions equidistant to the left and right of the through hole 4. A rising piece 6 having a size just fitting into the through hole 4 or the hole 5 is prepared. The lower end of the rising piece 6 is bent into an inverted gate shape, and the end is a turned piece 7 that is turned upward. After the rising pieces 6 pass through the through holes 4 from above, the folded pieces 7 are fitted in either of the holes 5. The upper part of the rising piece 6 is folded horizontally, and the horizontal part is a hooking piece 8. The tip of the hook piece 8 is curved downward in a slightly bow shape. Starting piece 6 and hooking piece 8
1 is attached to the bucket A by placing the upper edge of the bucket A in the recess 2 as shown in the upper diagram of FIG. When the width of the horizontal portion b of the bucket A is narrow, the fitting portion 1 is fitted into the narrow portion of the recess 2, and when the width of the horizontal portion b is large, the fitting portion 1 is fitted into the wide portion of the recess 2.
Depending on the width of the horizontal portion b, the width of the depression 2 may not be sufficient. In that case, as shown in the lower diagram of FIG.
The mounting piece 1 is turned in the opposite direction, and the folded piece 7 is fitted in the other hole 5 of the mounting piece 1. Embodiment 2 The mounting piece 1 is formed by bending a linear spring material into an inverted gate shape to form an inner spring 9, bending both ends of the inner spring 9 horizontally, and passing the inner spring 9 horizontally through a rectangular parallelepiped fixing piece 10. And two ring-shaped outer springs 11 attached downward. The fixing piece 10 is mounted on the horizontal portion b of the bucket A, and is attached to the bucket A with the rising portion a and the falling portion c of the bucket A being sandwiched between the inner spring 9 and the outer spring 11.

Embodiment 3 A leaf spring is bent outside the fixing piece 10 into an inverted L-shape.
The upper end of the spring 12 is attached. The vertical part of the spring 12 is bowed. As shown in the lower diagram of FIG. 3, it is possible to cope with the case where the radius of the upper edge of the bucket A is large or small. Embodiment 4 The both ends of the open end of a spring 12 obtained by bending a linear spring material into a gate shape and further bending the gate material into a gate shape are attached to the upper surface of the fixed piece 10. Embodiment 5 A horizontal slit-shaped through hole is formed in the fixing piece 10, and a plate-like spring 12 is passed through the through hole. Both ends of the spring 12 are each bent downward, and the bent portion is curved like an arc. The left and right bent portions have different lengths. The spring 12 can move the inside of the through hole of the fixed piece 10 left and right by applying a relatively strong force.
The spring 12 is moved to an optimum position with respect to the width of the horizontal portion b of the bucket A and used. The rising piece 6 can be inserted into a hole drilled from the upper surface of the fixing piece 10 and attached, or can be removed from the hole and removed. Embodiment 6 The upper ends of semicircular springs 12 made of linear spring material are attached to the left and right of the upper part of the fixing piece 10, respectively. The fixing piece 10 is applied to the inside of the bucket A, and the distal end side of the spring 12 is applied to the descending portion c of the bucket A, and is attached to the bucket A. Embodiment 7 Two springs 12 are respectively extended from the upper center of the fixed piece 10 and extend downward and to the left and right. Embodiment 8 Two springs 12 extend outward from the center of the inside of the fixed piece 10 to the left and right, and are further bent downward.

Example 9 Two springs 12 are respectively extended downward and left inward from the ends of the horizontal piece 13 of the fixed piece 10 having the inverted L shape with the horizontal piece 13 and the vertical piece 14. Each is wound on a ring. As shown in the lower diagram of FIG. 9, the vertical piece 14 of the fixing piece 10 is applied to the rising portion a of the bucket A, and the outer surface or the lower edge of the descending portion c is elastically pressed by the rings of the two springs 12, respectively. Attach to The spring 12 can adjust the inclination. Example 10 A spring 12 is extended downward from the tip of a horizontal piece 13 of a fixed piece 10 formed in an inverted L-shape, and the spring 12 is curved in a bow inward. Example 11 A sliding piece having a horizontal through-hole in the outer descending piece 15 of the fixed piece 10 formed in a gate shape by the horizontal piece 13, the vertical piece 14, and the descending piece 15 so as to fit into the through-hole. Piece 1
Notches 17 having different depths are provided above and below the front part and the rear part of 6, respectively, and the surface of each notch 17 is tapered. The vertical piece 14 is applied to the inner surface of the rising portion a of the bucket A, and the sliding piece 16 is pushed. Bucket A
The lower surface of the notch 17 presses the lower end of the descending portion c, and firmly holds it. An optimum notch 17 is selected according to the width of the descending portion c. Embodiment 12 Ring-shaped springs 12 are attached to the left and right from the inner surface of the descending piece 15 of the gate-shaped fixed piece 10, respectively. As shown in the lower diagram of FIG. 12, the spring 12 is held by pressing the lower end of the descending portion c of the bucket A.

Example 13 A bucket A is a foldable cloth bucket. The upper end of each of the inner piece 21 and the outer piece 22 each having a rectangular parallelepiped is connected by two inverted U-shaped springs 23, and the bucket A is sandwiched between the inner piece 21 and the outer piece 22 by the force of the spring 23 and attached.
A U-shaped piece 24 having a U-shape is attached below the inner piece 21 to increase the contact area and improve stability. The U-shaped piece 24 may be made removable. Embodiment 14 Same as Embodiment 13 except that the bucket is attached to an ordinary bucket A. Embodiment 15 A vertical through-hole is formed in the horizontal piece 13 of the fixed piece 10 formed in an inverted L-shape, and the rotating rod 18 is passed through the through-hole. A knob 19 is attached to the upper end of the rotating rod 18, and a lower end of the rotating rod 18 is attached to an end of a rectangular pressing piece 20. By turning the pressing piece 20 together with the knob 19, the rising part a of the bucket A is pressed by the pressing piece 20, and the bucket A is sandwiched and fixed by the fixing piece 10. It is sufficient if the knob portion 19 does not have to be provided. Embodiment 16 The fixing piece 10 is formed in a U-shape, and two springs 12 are respectively attached to the lower right and left sides of the lowering piece 15 to the left and right. Place the horizontal piece 13 on the horizontal part b of the bucket A,
5 and the spring 12 clamp the upper end of the descending portion c.

Embodiment 17 The inside of the horizontal portion 13 of the substantially U-shaped fixing piece 10 is slightly bent upward, and the lower end of the rising piece 6 is attached to the bent portion. The spring 12 is attached upward from a horizontal piece 25 extending inward from the lower end of the descending piece 15. The fixed piece 10 is inclined by 45 degrees and the horizontal piece 13 and the descending piece 1
5 is applied to both corners of the upper edge of the bucket A, and the horizontal part b and the descending part c are pressed by the spring 12 and attached. Embodiment 18 Embodiment 18 is a modification of Embodiment 9. A leaf spring is used as the spring 12, and only one is used. According to the shape of the upper edge of the bucket A, the outer surface or the lower edge of the descending portion c is pressed and fixed by the spring 12. Embodiment 19 An outer end of a spring 12 composed of a leaf spring curved upward and in a bow shape is attached to the inside of the descending piece 15 of the fixed piece 10 having an inverted L-shape with the horizontal piece 13 and the descending piece 15. . The horizontal piece 13 is placed on the horizontal portion b of the bucket A, and the spring 12 is attached by pressing the lower edges of the rising portion a and the lowering portion c. Twentieth Embodiment A twentieth embodiment corresponds to the nineteenth embodiment in which two springs made of a wire are used in place of a leaf spring as the springs 12 in an inverted C shape when viewed from the outside.

Embodiment 21 Embodiment 21 corresponds to Embodiment 19 in which the degree of upward curvature of the spring 12 is increased. The curved portion of the spring 12 is fitted between the rising portion a of the bucket A and the falling portion c. Embodiment 22 The fixed piece 10 has an upper piece 26 and a lower piece 27 arranged in a V shape, and a spring 12 made of a leaf spring curved like an arc.
Are attached downward from the upper piece 26. The upper and lower pieces 26 and 27 sandwich the lower part c of the bucket A between the upper and lower parts, and hold the spring 12 in contact with the rising part a of the bucket A. Embodiment 23 Embodiment 23 corresponds to Embodiment 22 in which a spring made of two wires is used on the left and right instead of a leaf spring as the spring 12 in Embodiment 22. Example 24 The fixing piece 10 is of an inverted L-shape composed of a horizontal piece 13 and a vertical piece 14. A square through hole is vertically formed in the horizontal piece 13, and a pressing piece 20 shaped to fit into the through hole of the horizontal piece 13 is fitted in the through hole. The lower portion of the pressing piece 20 is formed in a rectangular shape, but the four surfaces are slightly different in length from the center. By selecting the surface facing the bucket A side, it is possible to cope with the difference in the width of the horizontal portion b of the bucket A. The four surfaces may be jagged.

Embodiment 25 The fixed piece 10 is composed of a horizontal piece 13, a descending piece 15 descending from the horizontal piece 13, and a horizontal piece 25 extending laterally from the lower end of the descending piece 15. The upper surface of the horizontal piece 13 is tapered. And two of such things are united so that it may become a target by inverting right and left upside down. Although rectangular through holes are respectively formed in both the horizontal pieces 13 in the vertical direction, the positions of the through holes are different in distance from the center on the left and right. Then, the pressing piece 20 that becomes smaller gradually as it goes downward is fitted in the through hole. Place the horizontal piece 13 on the horizontal part b of the bucket A,
The pressing piece 20 is passed through the through hole from above and is pushed in along the rising portion a of the bucket A. Horizontal piece 13 is descending part c
The lower edge is pressed and held. The opposite side is used depending on the shape of the upper edge of the bucket A. Embodiment 26 Embodiment 26 corresponds to Embodiment 12 in which a leaf spring is used as the spring 12 instead of a linear spring. Embodiment 27 The fixing piece 10 is of an inverted L-shape composed of a horizontal piece 13 and a vertical piece 14, and the horizontal piece 13 is bifurcated. A rod-shaped descending piece is attached below each strut.
The pipes 30 are respectively formed by winding both ends of a spring 12 formed of a leaf spring curved in a bow shape, and the pipes 30 are respectively fitted to the descending pieces. After covering the above with the upper edge of the bucket A, the spring 12 is pushed inward, and the descending part c of the bucket A is pushed to attach. Embodiment 28 Embodiment 28 is basically a modification of Embodiment 15. The fixed piece 10 has a gate shape including a horizontal piece 13, a vertical piece 14, and a descending piece 15, and the horizontal piece 13, the descending piece 15 are bifurcated. The pressing piece 20 is rotatably mounted between the two descending pieces 15, and the tip of the pressing piece 20 is formed in an arc. After the fixing piece 10 is put on the upper edge of the bucket A, the pressing piece 20 is turned inward and upward, and the falling part c and the rising part a of the bucket A are pressed and attached by the tip.

Embodiment 29 Embodiment 29 is a modification of Embodiment 1. The mounting piece 1 is formed in a rectangular parallelepiped shape, and two recesses 2 having different widths are provided in a cross shape so as to intersect from the lower surface. Each depression 2 has a slightly arc shape, but the width and the degree of curvature of each depression 2 are different. As shown in the lower diagram of FIG. 29, by selecting one of the depressions 2 and selecting the fitting direction, it can be attached to various buckets A. The hook pieces 8 can be fixed in four directions in the same manner as in the first embodiment. Each surface of each recess 2 may be jagged. Embodiment 30 Embodiment 30 is a modification of Embodiment 4. The spring 12 is obtained by bending a linear spring material into a gate shape, then further bending it into a gate shape, and further bending both ends inwardly. And inserted into the hole. However, as shown in the right diagram of FIG. 46, the attachment positions are positions where the lengths up to the four outer peripheral surfaces of the fixing piece 10 are different from each other. Holes for inserting the lower ends of the rising pieces 6 having hooking pieces 8 at the upper ends are respectively formed in the centers of the four outer peripheral surfaces.
The fixing piece 10 is relatively rotated with respect to the spring 12, and an optimal surface according to the shape of the upper edge of the bucket A is selected and attached to the bucket A. Embodiment 31 Embodiment 31 is a modification of Embodiment 30. On the left and right sides of the fixed piece 10, prism-shaped rotating pieces 31 are arranged. Both ends of the spring 12 are fixed to the center of the central fixed piece 10 after penetrating the rotary piece 31 at positions where the lengths from the outer peripheral four surfaces of the rotary piece 31 are different from each other. By rotating each rotating piece 31,
An optimal surface according to the shape of the upper edge of the bucket A is selected and attached to the inner surface of the rising portion a of the bucket A. Embodiment 32 Embodiment 32 is a modification of embodiment 31. The fixing piece 10 is provided with a recess just inside each rotating piece 31, and both sides of the fixing piece 10 are fitted into each recess so as to be stabilized during use. Embodiment 33 Two semicircular rings are formed integrally with each other at one end of a fixed piece 10, and each ring is a spring 12. Above the springs 12 are small recesses 2 respectively.
Is also formed. It is manufactured by integral molding of synthetic resin and rubber. Further, a U-shaped piece 24 is attached below the fixed piece 10. The U-shaped piece 24 is detachable, but may be slid up and down. Embodiment 34 The upper part of the mounting piece 1 is folded downward in an inverted U-shape, the recess 2 is provided, and the semicircular spring 12 is formed therebelow.
It can be attached not only to the bucket A made of cloth but also to the ordinary bucket A. The holding piece 33 for holding the lower end of the rising piece 6 has an inverted gate shape.

Embodiment 35 The whole is made of a linear spring material. Hook piece 8 on top
First, the lower end of the rising piece 6 connected to is bent into a U-shape to form a U-shape portion 35, and a U-shape portion 35 is formed again, and both U-shape portions 35 are arranged in a C-shape. The portion is bent downward to form a descending portion 36. The horizontal part b and the descending part c of the bucket A are scissors with two U-shaped parts 35,
The lowering portion 36 is attached with the lowering portion 36 in contact with the rising portion a. Embodiment 36 Embodiment 36 is a modification of embodiment 35. FIG. The descending portion 36 has a ring shape. Embodiment 37 Embodiment 37 is also a modification of Embodiment 35. After one U-shaped portion 35, it is inflated upward in a ring shape,
Is formed. Embodiment 38 Embodiment 38 is also a modification of Embodiment 35. A semi-circular inflated portion is provided between the two U-shaped portions 35. Embodiment 39 The embodiment 39 corresponds to the embodiment 38 in which the portions provided with the U-shaped portions 35 in the embodiment 38 are respectively replaced with the gate portions 37, and the two gate portions 37 are arranged in an inverted C shape when viewed from the outside. Example 40 The example 40 corresponds to the example 39 obtained by winding the semi-circularly expanded portion in a ring shape.

Embodiment 41 Embodiment 41 corresponds to Embodiment 40 in which the inside and outside are reversed and the portion wound in a ring shape is inside the bucket A. Embodiment 42 Embodiment 42 is equivalent to Embodiment 39 in which the semi-circular inflated portion is omitted and the two portal portions 37 are connected linearly. Embodiment 43 Embodiment 43 corresponds to Embodiment 42 in which the inside and outside are reversed. Embodiment 44 Embodiment 44 is different from embodiment 42 in that the two portals 37 are arranged in parallel, the inverted portal between the portals 37 is slightly extended downward, and the lower half of the extension is inwardly upward. It is equivalent to what turned back. Forty-Fifth Embodiment A forty-fifth embodiment is the same as the forty-fourth embodiment, except that the extension of the inverted gate-shaped portion is turned upward in a ring shape.

Embodiment 46 Embodiment 46 corresponds to embodiment 45 in which the inside and outside are reversed. Embodiment 47 Embodiment 47 corresponds to Embodiment 44 in which the inside and outside are reversed. Embodiment 48 After one portal 37 is provided, a curved portion 40 that curves gently upward is provided. The gate 37 presses the rising portion a, the horizontal portion b, and the descending portion c of the bucket A, and the curved portion 40 pushes the rising portion a, and then pushes the upper end of the descending portion c. Example 49 A ring is formed by winding the lower end of the rising piece 6 once, and the ring is applied to the inner surface of the bucket A, and then goes out. Then, the curved portion 40 is formed upward from below, and the curved portion 40 rises. After pressing the part a, the upper end of the descending part c is pressed. Embodiment 50 Embodiment 50 corresponds to the embodiment 42 in which the two portal portions 37 are each formed in a ring shape. Embodiment 51 Embodiment 51 corresponds to Embodiment 50 in which the inside and outside are reversed.

Embodiment 52 Embodiment 52 corresponds to Embodiment 35 in which the U-shaped portions 35 are each formed in a ring shape. Embodiment 53 Embodiment 53 is different from Embodiment 43 in that the inner portions of the two portals 37 are bulged upward to form the depressions 2 respectively, and the space between the depressions 2 is greatly extended downward to form the U-shaped portion 24. Is formed. Embodiment 54 The U-shaped piece 24 is provided downward after the formation of the two portals 37, and another portal 37 is formed. The lower part of the rising piece 6 is bent into a small inwardly protruding shape and fitted inside the third gate-shaped portion 37, and the rising piece 6 is fixed and the rising piece 6 is fixed.
Has been strengthened. Embodiment 55 Embodiment 55 is different from Embodiment 53 in that the two portals 37 are formed in an inverted C shape when viewed from the outside, and the ends of the wire are welded along the lower ends of the rising pieces 6. Equivalent to something. When welded, the strength increases. It may be stopped with a tape or the like. Embodiment 56 Embodiment 56 corresponds to embodiment 50 in which the ring-shaped halves of both portals 37 are squared, and the ends of the wire are welded along the lower ends of the rising pieces 6.

Embodiment 57 Embodiment 57 corresponds to Embodiment 56 in which the half-ring-shaped portions of both gates 37 are crushed. The part corresponding to the lower end of the falling part c of the bucket A is jagged. Embodiment 58 Embodiment 58 corresponds to Embodiment 57 in which the two gate-shaped portions 37 are provided in an inverted C shape when viewed from the outside. Example 59 Example 59 is different from Example 35 in that the lower end of the rising piece 6 is lowered in contact with the rising part a of the bucket A to form a U-shape, and then the two U-shaped parts 35 are arranged in a C-shape. Equivalent to something. In Example 59, the hook piece 8 was bent into a V-shape, and the cross section of the bent portion was formed in a semicircular shape. Fish with a semicircular cross section are easier to remove fish than those with a circular cross section. (See Japanese Patent Application No. 7-227540.) Further, since the hook piece 8 is formed in a V-shape so that a fish can be easily put on and taken off, both methods shown in FIGS. 116 and 117 can be handled. Embodiment 60 Embodiment 60 is different from Embodiment 43 in that an inverted L-shaped portion 38 is provided instead of one gate-shaped portion 37, and the end portion is turned upward so that the falling portion c of the bucket A is sandwiched by the turned portion. Equivalent to something. The hook piece 8 is V-shaped. Embodiment 61 Embodiment 61 corresponds to Embodiment 44 in which an inverted L-shaped portion 38 is provided in place of one portal 37. The lower part c of the bucket A at the folded part upward inside the inverted gate 38
Between them. The hook piece 8 is V-shaped.

Embodiment 62 Embodiment 62 is a modification of Embodiment 2. The outer spring 11 has a reverse gate shape and then a ring shape. Further, an auxiliary hook 8 is provided to drop the fish caught on the outer road out of the bucket A. Embodiment 63 Embodiment 63 corresponds to Embodiment 43 in which the center of the upper part of each portal 37 is pointed upward, and the end of the wire is welded along the lower end of the rising piece 6. Further, the hook piece 8 is provided with two V portions because the elasticity of the hook piece 8 is increased or decreased depending on the distance from the rising piece 6 so that various specifications and states can be accommodated. . Embodiment 64 Embodiment 64 is different from Embodiment 6 in that a V-shaped concave portion is provided on the outer portion of the hook 8 so that fish caught on an outer road is dropped out of the bucket A. Embodiment 65 A ring-shaped depression 2 is formed by making the upper part of the mounting piece 1 into a ring shape. Example 66 Example 66 is basically the same as Example 50, with the inside of each portal 37 rising straight. The bucket A to be attached is a rimless bucket with a lid. That is, the upper edge of the bucket A is provided with a horizontal portion b on the outer periphery slightly below the upper edge of the rising portion a and has no descending portion c.

Embodiment 67 A semicircular ring is integrally formed on one of the fixed pieces 10, and the ring is a spring 12. Above the spring 12, a small recess 2 is formed, which corresponds to a ring press formed just above the recess 2. Embodiment 68 Embodiment 68 is different from Embodiment 3 in that the spring 1 made of a leaf spring is used.
2 corresponds to a gate-shaped part which is formed downward from the upper surface of the fixing piece 10. Embodiment 69 Embodiment 69 is a gate-shaped modification. The fixed piece 10 is provided with a horizontal piece inward from the lower end of the descending piece 15 and a rising piece is provided upward from the inner end thereof.
The vertical piece 14 and the descending piece 15 are provided with two vertically rectangular holes. The pressing piece 20 is formed in a U-shape, and has a rectangular concave portion and a circular concave portion inside both ends thereof. The lower part of the fixing piece 10 is wide-angled and placed on the upper edge of the bucket A, and the bar 8 between two square holes provided on the vertical piece 14 and the lowering piece 15 is provided.
0, the pressing piece 20 with the rectangular recess of the pressing piece 20 inside.
Then, the rising part a and the horizontal part b of the bucket A are pressed and fixed from above the scissors. Example 70 A lifting piece 4 is placed on a horizontal piece 13 of an inverted L-shaped fixing piece 10.
3 and the lifting piece 43 is provided with a step 44. On the other hand, a horizontal piece is provided at the upper end of the pressing piece 20, a vertical through hole is made in the horizontal piece, and the lifting piece 43 is passed through the through hole. When the pressing piece 20 is lifted and placed on the step portion 44, the lower part of the pressing piece 20 presses the horizontal portion b of the bucket A and also holds the rising portion a.

Embodiment 71 Embodiment 71 corresponds to Embodiment 12 in which the spring 12 is provided upward. Embodiment 72 Embodiment 72 corresponds to Embodiment 14 in which the whole is laid down. When the whole is manufactured by integral molding of plastic, the spring 23 is in a state shown by a two-dot chain line. Embodiment 73 The embodiment 73 is different from the embodiment 12 in that the ring-shaped spring 12 is used.
Instead, a cubic pressing piece 20 made of a rubber material presses and fixes the descending portion c of the bucket A. The pressing piece 20 may be of a detachable type. It may be made of sponge or hard material. As shown in FIGS. 73A and 73B, the rear surface and the upper surface may be tapered. Embodiment 74 The mounting piece 1 has substantially the same shape as that of the embodiment 65, and the lower end of the rising piece 6 is mounted above the mounting piece 1. The rising piece 6 is provided with a slight inclination, the upper part of the rising piece 6 is curved, and the upper end 45 is substantially horizontal. A horizontal through hole is formed in the upper end portion 45, and three concave portions 46 are provided on the lower surface side of the upper end portion 45 at positions rearward of the through hole so as to be shifted vertically. The mounting piece 1 and the rising piece 6 are formed of plastic and connected to each other, but they may be integrally formed. The hook piece 8 is also manufactured by plastic molding, and a hook bar 47 is provided at the rear end of the hook piece 8 at right angles. The hook bar 47 is fitted into the concave portion 46 with the rear end of the hook 8 passed through the through hole at the upper end 45 of the rising piece 6. An appropriate one of the three concave portions 46 is selected and the angle of the hook piece 8 in the horizontal direction is adjusted. Embodiment 75 Embodiment 75 corresponds to Embodiment 65 in which the mounting piece 1, the rising piece 6, and the hook piece 8 are manufactured by integral molding of plastic. Example 76 A rectangular plate is used, three sides are cut around the center, and the upper side is bent, and the upper side is bent horizontally, and the center is bent downward and inward to form a recess 2 to form the mounting piece 1. . A rectangular bar-shaped pressing piece 20 made of a rubber material is inserted inside the portion bent downward. In order to attach the lower end of the rising piece 6 to the upper part of the mounting piece 1, at a position corresponding to the three vertices of a right triangle, each part is cut into a circular shape while leaving a part thereof, and the cut part is lifted so as to be peeled off.
And the direction is alternated. And the rising piece 6
Is bent into an L-shape and fitted to three holding pieces 33.
The material and shape of the pressing piece 20 may be any such as elasticity, shape, and the like, as long as the mounting piece 1 can hold the upper edge of the bucket A so that the pressing piece 20 can be sandwiched.

Embodiment 77 Embodiment 77 is a modification of the first embodiment. The mounting piece 1 has a gate shape, and the outer vertical piece 14 is slightly extended downward, and a suction cup 48 is mounted inward near the lower end thereof. When the mounting piece 1 is mounted on the upper part of the bucket A and attached, the suction cup 48 is attracted to the outer surface of the rising part a of the bucket A,
It is fixed firmly. Embodiment 78 Embodiment 78 corresponds to Embodiment 34 in which the recess 2 slightly smaller than the recess 2 is further formed on the upper portion of the recess 2. The upper recess 2 is for a bucket A made of cloth, and the lower recess 2 is for a bucket A with a lid but without a rim.
The lowermost spring 12 is for a bucket A with an edge. Corners 49 are located below the two depressions 2.
Are provided so that the mounting piece 1 does not come off the bucket A. Protrusions 50 are provided on the left and right sides of the lower end portion and the intermediate portion of the mounting piece 1, respectively. Then, a rod-shaped spring material having holes provided at both ends thereof is prepared, and the spring material is mounted on the mounting piece 1 with the left and right projections 50 fitted in the small holes, so that a U-shaped member is provided below the mounting piece 1. A letter-shaped piece 24 is attached. By selecting one of the upper and lower protrusions 50, the vertical position of the U-shaped piece 24 is adjusted. The U-shaped piece 24 is for a cloth bucket and is used to widen a contact portion with the cloth in order to stabilize the mounting piece 1.
Two pieces may be attached and may be extended and stretched downward and to the left and right, or any other things may be used as long as the contact portion is widened and stability is enhanced. As shown in the right diagram of FIG. 78, a recess 51 is provided from the side near the upper end of the rising piece 6, and three small holes 52 reaching the recess 51 are provided from the tip. Protrusions 53 projecting laterally are provided in the depressions 51. The lower end side of the hooking piece 8 is inserted through the small hole 52 of the rising piece 6, and the lower end is folded back into a U-shape to form the projection 5.
It is hooked on 3. The angle or height of the hook is adjusted by selecting the child hole 52 to be inserted. Embodiment 79 Embodiment 79 is a modification of Embodiment 4. The fixing piece 10 is a vertically long rectangular parallelepiped, and has a slender through hole 54 inclined on the side surface thereof. The spring 12 is formed by bending a wire into a gate shape and further bending a central portion thereof into a gate shape. The spring 12 is bent inward with both ends facing each other and inserted into the through holes 54, respectively. The spring 12 is moved up and down, and the bucket A is pressed and fixed by its inclination. The right figure curves the through hole and at the same time the spring 1
2 is further bent inward so as to sandwich the rising portion a of the bucket A between the tip of the spring 12 and the fixing piece 10. It is preferable that both ends of the spring 12 be welded.

Embodiment 80 The fixed piece 10 is composed of a vertical piece 14, a horizontal piece 13, and a horizontal piece 1.
3 is a descending piece 15 that draws a semicircular arc outward from the upper part 3 and is divided into two parts at the upper part and descends. The pressing piece 20 is formed by cutting both sides of a slender, plate-shaped central portion into squares. Place on the upper edge of the bucket A, align the cut portion of the pressing piece 20 between the lower ends of the two descending pieces 15 from below,
When the outer portion of the pressing piece 20 is pushed upward along the arc of the arrow, the cut shoulder portion of the pressing piece 20 is pressed by the shoulder portion of the bifurcated lowering piece 15, and the tip of the pressing piece 20 is bucketed. The upper end of the rising portion a of A is sandwiched and fixed between the upper end of the vertical piece 14 that is pushed up. The tip of the pressing piece 20 is cut obliquely. Embodiment 81 Embodiment 81 is a modification of embodiment 80. FIG. The descending piece 15 is 1
A rectangular through hole is provided at the center of the pressing piece 20, and the descending piece 15 is passed through the rectangular through hole from below, so that the pressing piece 2
This corresponds to a configuration in which the outer portion of the zero can be pushed up and fixed. Embodiment 82 Embodiment 82 is a modification of embodiment 71. FIG. The pressing piece 20 is made of a wire. First, bend it into a U-shape
The U-shaped spring 12 is bent through the through hole 55 at the lower part of the lower part of the U-shape from below to form a reverse U-shape. , A shape in which the width of the U-shape is widened upward. The upper end of the rising portion a of the bucket A is pressed from below by the spring 12 and the portion bent at a steep angle acts as a stopper and is fixed. By setting the angle of the stopper portion of the spring 12 to be a right angle, the spring 12 can be fixed even if the material is not elastic. Embodiment 83 Embodiment 83 is a modification of Embodiment 82. At the center of the horizontal piece 13 of the fixed piece 10, a through hole is formed which is elongated and perpendicular to the horizontal piece 13 and is inclined downward and outward. The wire spring 12 bent into a U-shape is formed in the through hole to form an inverted U-shape from below. Through, and widen the upper part from the upper exit of the through hole,
The two springs 12 below the through-hole are both bent inwardly into a U-shape, and the tips are bent inwardly in a small round shape. Pulling the inverted U-shaped part upwards opens the inverted U-shaped bucket A
The upper end of the rising portion a is pressed upward from below, and the upper edge of the bucket A is sandwiched between the fixing piece 10 and fixed. Embodiment 84 The fixing piece 10 is a gate-shaped modification. The horizontal piece 13 has a narrow width, and the descending piece 15 has a lower part inclined inward. Pressing piece 20
Has a wedge shape straddling the horizontal piece 13, the upper part of which is thicker and the thickness becomes thinner toward the lower part. When the fixing piece 10 is placed on the upper edge of the bucket A and the pressing piece 20 is pressed downward, the descending portion c of the bucket A is pressed and fixed. Note that the pressing piece 20 may be shaped to be pushed upward from below.

Embodiment 85 The fixed piece 10 has a vertical piece 14 and a horizontal piece 13 and has an inverted L shape. The horizontal piece 13 has a recess 70 having a narrow width on the upper surface in a direction perpendicular to the horizontal piece 13. The upper surface of the horizontal piece 13 descends from the recess 70 in an arc toward the tip, but the lower surface remains horizontal. The pressing piece 20 fits its tip into the concave portion 70 on the upper surface of the horizontal piece, draws a large arc, descends on the outside that does not contact the horizontal piece 13, makes contact with the rising portion a of the bucket A, and pushes up the horizontal portion b from below. It is fixed. In the method shown in the right diagram of FIG.
The concave portion 70 is not provided on the upper surface of the horizontal piece 13 and an arc is drawn on the entire upper surface of the horizontal piece 13. The contacting portion near the tip of the pressing piece 20 has a reverse slope, so that the pressing piece 20 does not slip and does not come off. Fix it. Embodiment 86 Embodiment 86 is a modification of embodiment 71. The bent portion of the descending piece 15 of the fixed piece 10 has a smaller thickness as it goes downward. A round through hole perpendicular to the outer surface is provided in the center of the inclined portion. The through hole has a cut in the lower side. The round bar-shaped pressing piece 20 is provided with one protrusion 61 in the middle and two protrusions on the diagonal surface as the knob 19 at the rear end. The pressing piece 20 is inserted into the through hole from below, the projection 61 in the middle part is passed through a cut provided on the lower side, and the pressing piece 20 is passed through the through hole.
When the is rotated, the protrusion 61 comes into contact with the periphery of the hole, is pushed upward by the difference in plate thickness, moves upward, and presses the upper end of the rising portion a of the bucket A obliquely upward and is fixed. At this time, the peripheral portion of the hole of the pressing piece 20 where the projection 61 contacts is made to have an appropriate plate thickness difference, is perpendicular to the pressing piece 20, and the projection 61 is adapted to that. Embodiment 87 Embodiment 87 is a modification of Embodiment 85. The upper end of the pressing piece 20 extends to the inside of the upper end of the vertical piece 14 of the fixed piece 10 and is hooked. In addition, the portion that comes into contact with the rising piece 6 is provided with a notch in the vertical direction to dodge it. Furthermore, the lower part of the vertical piece 14 is bent inward at a right angle, and is extended shortly horizontally. Two through holes are provided in the horizontal portion at right angles to the horizontal piece 13. Both ends of the wire bent into a U-shape pass through the through-hole from above and extend long downward and widen greatly left and right. The pressing piece 20 may be replaced by a leaf spring. The wire that has been extended downward is applied to the inside of the cloth bucket A to widen the contact portion and stabilize the rising piece 6, and the wire may have another shape. In addition, a circular (or square) groove is provided at the corner of the pressing piece 20 which is at the upper end of the rising portion a of the bucket A, and has no border.
Can also be fixed.

Embodiment 88 The fixed piece 10 is formed into a gate shape by the vertical piece 14, the horizontal piece 13, and the descending piece 15. Inside the descending piece 15, a rectangular convex portion having a vertex at the center line of the inner width is vertically provided on the entire descending piece 15. The pressing piece 20 has a gap between the upper edge of the bucket A and has a shape that fits snugly inside the fixed piece 10 having a gate shape, and has a concave portion corresponding to the square convex portion inside the descending piece 15. The portion of the pressing piece 20 that hits the descending portion c of the bucket A is cut, and the pressing piece 20 is fitted into the unevenness from below, and is slid to the upper end to fix the bucket A across the upper edge. It is preferable that the lower end portion of the descending piece 15 is inclined inward to stop the pressing piece 20 from descending and fixed. Embodiment 89 Embodiment 89 is a modification of embodiment 88. The descending piece 15 of the fixed piece 10 descends in a semicircular arc outward from the outer end of the horizontal piece 13, and its lower end is inward near horizontal and its lower end is thin and horizontal. The pressing piece 20 is a vertically long cube and has a horizontal groove at the outer center. Falling piece 15 in the groove
Of the bucket A and presses and fixes the rising part a and the horizontal part b of the bucket A. In addition, what is shown in the middle figure is a single piece of the pressing piece 20, a V-shaped groove is provided in the center of the inside and the outside, the cut size of each square portion is changed, and the pressing piece 20 can correspond to various buckets A. It is also good to do so. In the right figure, the leaf spring 12 is used in place of the pressing piece 20. Example 90 A fixed piece 10 has an inverted L-shape with a horizontal piece 13 and a vertical piece 14. Grooves are provided on the upper surface of the horizontal piece 13 at right angles. The pressing piece 20 having the left and right inverted E shape has a convex portion 62 at a position corresponding to the groove on the upper surface provided on the horizontal piece 13 on the lower surface near the tip of the upper horizontal portion. On the pressing piece 20,
When the horizontal piece 13 of the fixed piece 10 is sandwiched by the middle horizontal part and the convex part is fitted in the groove, the horizontal part below the pressing piece 20 pushes the rising part a of the bucket A, and further has the descending part c. Press and fix. Embodiment 91 The fixing piece 10 is a gate-shaped modification. The horizontal piece 13 is short, and the descending piece 15 is inclined outward and slightly inclined inward from a curved portion in the middle. The vertical piece 14 is provided with a short horizontal piece 25 on the inner side near the same curved portion as the middle of the descending piece 15. When the fixing piece 10 is placed on the upper edge of the bucket A, and the rectangular ring of the wire is put on the fixing piece 10 from above and pressed downward, the outwardly inclined portion of the descending piece 15 is tightened and fixed to the bucket A. Instead of the square ring, a U-shaped clip may be used.

Embodiment 92 The fixing piece 10 is a vertically long cube. A vertically long rectangular through hole is provided at the top. The lower side of the through hole is slightly wider than the upper side, and the pressing piece 20 passing through the through hole is nearly square in cross section, is tapered in accordance with the through hole, and is bent downward at a right angle to the long horizontal portion or more. Shape. When the pressing piece 20 passed through the through hole of the fixing piece 10 is pulled and fixed with the upper edge of the bucket A interposed therebetween and the fixing piece 10 is pressed down, the through hole and the pressing piece 20 are pressed and fixed. Example 93 A fixed piece 10 formed in an inverted L-shape by a horizontal piece 13 and a vertical piece 14 has only the upper surface of the horizontal piece 13 inclined entirely, and the pressing piece 2
There is provided a notch into which the top of 0 is inserted. The pressing piece 20 has an upper part bent at a right angle and a lower part formed in a V-shape. When the pressing piece 20 is inserted into the cut and slid, the pressing piece 20 rises due to the inclination, and the tip of the V portion below the pressing piece 20 pushes up the horizontal portion b of the bucket A and is fixed by being sandwiched by the horizontal piece 13. Embodiment 94 A fixed piece 10 is formed in a gate shape by a horizontal piece 13, a vertical piece 14, and a descending piece 15 provided with an inclined cut. The pressing piece 20 has both ends bent upward at right angles. When the pressing piece 20 is inserted into the inclined notch and slid, the pressing piece 2 上昇 rises due to the inclination, and the inner upper end presses the rising portion a and the horizontal portion b of the bucket A, and is sandwiched and fixed by the horizontal piece 13. The cut can be fixed even if the cut has no inclination. Embodiment 95 Embodiment 95 is a modification of Embodiment 90. The horizontal piece 13 of the fixed piece 10 is bent downward in the shape of a letter from the middle, and the pressing piece 20 is entirely inclined. The inclined horizontal portion at the lower end of the pressing piece 20 draws an arc upward, and its tip presses the rising portion a of the bucket A from below, and the horizontal portion b is also pressed and fixed by the fixing piece 10. Example 96 Two horizontal sections 13 are provided in parallel with the vertical section 14 of the fixed section 10 and the thin section is provided in parallel. The two horizontal pieces 13
After linearly extending the outer ends thereof, the two are bent at right angles to opposite sides, respectively, and the bent end is further bent into a circle. The bent shape is extended downward as it is to form two descending pieces 15. Put it on bucket A,
A wedge-shaped pressing piece 20 is provided in the upper gap between the two descending pieces 15.
Is inserted, the descending piece 15 is pushed right and left, and the upper edge of the bucket A is pressed and fixed.

Example 97 A thin plate was bent at a right angle, and the longer one was
3. The shorter one is referred to as the descending piece 15. Three rectangular sides are cut in the center of the inner side of the horizontal piece 13, and the upper side is bent upward except for one side corresponding to the outer side of the bucket A. A portion of the inner horizontal piece 13 from the rising piece 44 is inclined downward. On the other hand, a leaf spring that enters the square hole is bent into a wide-angle U-shape, and one of the two is bent into a wave shape. Further, the same protrusions 33 as those shown in FIG.
Is provided. Further, the lower end portion of the rising piece 6 is bent into a circular shape, and both ends of the circular shape are slightly curved inward, and the bent portion is cut into the projection 33 to fix the rising piece 6. Also,
The fixing piece 10 is placed on the upper edge of the bucket A, and the U-shaped bent leaf spring 12 is inserted into the rectangular hole from above with the corrugated side inward. Then, the corrugated portion stops at the edge of the hole. The opposite side of the leaf spring 12 presses the upper edge of the bucket A and is fixed by being sandwiched between the falling pieces 15. Embodiment 98 Embodiment 98 is a modification of Embodiment 79. Instead of the rectangular parallelepiped fixing piece 10, a wire made of a spring material is used as a whole. The wire at the lower end of the rising piece 6 is bent into an elongated inverted gate shape, and the intermediate portion of the inverted gate shape is further bent into a wide angle inverted gate shape. The end of the wire is bent at a right angle to the rising piece 6, bent upward at a point where the rising piece 6 is hit, and fixed to the lower part of the rising piece 6 by welding or tape. Another wire is bent into a slender U-shape, and the wire bent into the U-shape is further bent into a wide-angle U-shape. Both ends of the wire are wound around a wide-angle portion 60 on the opposite side of the lower portion of the rising piece 6. It is placed on the upper edge of the bucket A with the wide-angle portion 60 inside, and the rising piece 6 is lowered. Then, the winding portion wound around the wide-angle portion 60 slides, is pulled inside the bucket A, and the outer portion of the bucket A approaches the lower portion of the rising piece 6, and is clamped and fixed across the upper edge of the bucket A. Example 99 The fixed piece 10 was composed of a vertical piece 14, a horizontal piece 13, and a horizontal piece 13.
The lowering piece 15 having a circular cross section from both ends of the outer end face of the outer end surface of the outer end face draws an arc, opens right and left and descends, and its end is inclined inward. A wire spring 12 is wound around the lower end of one of the descending pieces 15, a large arc is drawn inside, and hooked on one of the descending pieces 15 to be stopped. At this time, a ring may be provided on the spring 12, and the ring may be fitted to the lower end of the descending piece 15 and stopped. The spring 12 presses the rising part a and the descending part c of the bucket A to be sandwiched and fixed by the fixing piece 10. Embodiment 100 Embodiment 100 is a modification of Embodiment 27. Instead of the pressing piece 20, a wire spring 12 is used. Holes are formed on both sides of the lower end of the descending piece 15 to receive the wire, and both ends of the wire are bent into two opposed U-shapes. It is pressed and held between the vertical pieces 14 and fixed. Embodiment 101 Embodiment 101 is a modification of Embodiment 78. This corresponds to a configuration in which two stages of the upper recess 2 are arranged side by side in parallel.

Embodiment 102 Embodiment 102 is a modification of Embodiment 27. A through hole is provided in the descending piece 15, one side of the pressing piece 20 is inserted into the through hole, and the pressing piece 20 is extended to a portion corresponding to the vertical piece 14 of the fixed piece 10 so that the pressing piece 20 can be detached. ing. Embodiment 103 Embodiment 103 is a modification of Embodiment 27. The fixing piece 10 has a horizontal piece 13 with a wide end, a bifurcated end, a close approach of the front end, and a rectangular end. The pressing piece 20 is provided with a vertically long groove that fits between the front ends of the horizontal pieces 13 formed in a facing square shape, and is fitted to the groove and slid up and down to be fixed at the upper end. The sliding part of the groove may be provided with burrs or other slip stoppers. Embodiment 104 Embodiment 104 is a modification of Embodiment 102. Pressing piece 20
Corresponds to the formation of the horizontal portion b and the rising portion a of the bucket A. Embodiment 105 The fixing piece 10 has a vertical piece 14, a horizontal piece 13, a vertical piece on the upper surface of the central part of the vertical piece 14 and the horizontal piece 13, and a rectangular through hole in the same direction on the outside thereof. The pressing piece 20 has a wedge shape, the fixing piece 10 is placed on the upper edge of the bucket A, the pressing piece 20 is passed through the through hole from below, and the upper edge of the bucket A is fixed with scissors.

Embodiment 106 Embodiment 106 is a modification of Embodiment 70. The fixing piece 10 is a vertical piece 14 and a short horizontal piece 13 extending from an intermediate portion thereof. However, the portion of the vertical piece 14 above the upper surface of the horizontal piece 13 is cut on one side half from the center in the horizontal piece 13 direction. The pressing piece 20 cuts a horizontal part provided on the upper part thereof, and unites with the cut part on the upper part of the vertical piece 14,
The bucket A is fixed by sandwiching the rising part a and the horizontal part b. Embodiment 107 Embodiment 107 is a modification of Embodiment 102. Fixing piece 10
Is a gate-shaped variant. The vertical piece 14 is wide and the horizontal piece 13
Is vertically long in cross section, and the descending piece 15 has the same width as the horizontal piece 13 and is provided with a semicircular recess inside, and descends shortly in an arc. The pressing piece 20 is wide, and is provided with a through hole near the center of the pressing piece 20 in which the descending piece 15 enters. The inside portion from the through hole has a shape avoiding the lower portion c of the bucket A when the bucket A is fixed to the bucket A. When the descending piece 15 is inserted into the through hole from above and is brought close to the semicircular recess, and the outer part of the pressing piece 20 is pressed down, the inner part thereof connects the rising part a and the horizontal part b of the bucket A to the vertical piece 1.
Press and fix with 4. Embodiment 108 Embodiment 108 is a modification of Embodiment 81. One saw-tooth-like projection 56 is provided at the upper inside outlet of the through hole provided at the lower inclined portion of the descending piece 15, and the pressing piece 20 is also provided with a concave portion corresponding to the corresponding position. After the rising portion “a” of the bucket “A” is pushed up by the pressing piece 20, it is fitted to the projection 56 to maintain and keep the pushed up state. The rising portion a of the bucket A is pushed up obliquely from below by the pressing piece 20, and a stopper is provided and fixed. The stopper method is a combination of a concave portion and a convex portion, and may be a shape other than the embodiment. Further, the fixing method using the taper of the embodiment 92 may be used. In short, it is only necessary to maintain the state of being pushed up and fix it. Embodiment 109 Embodiment 109 is a modification of Embodiment 78. The mounting piece 1
A through hole is provided at the upper end, and a central portion is vertically cut from the lower end to the through hole. Instead of the recess 2, a semicircular groove is provided on one side in the middle of the cut, and the groove is cut around the outer periphery of the center of the mounting piece 1 and a rubber ring is wrapped around to fix the outer periphery. In place of the rubber ring, the U-shaped clip may be sandwiched by a spring material, or the wire may be formed in a ring shape and the outer periphery thereof may be pressed to press the upper edge of the bucket A and fixed. In addition,
There may be no grooves on the outer periphery. Embodiment 110 Embodiment 110 is a modification of Embodiment 109. Starting piece 6
Is a detachable type. The position of the through hole provided in the upper part of the mounting piece 1 is lowered, the upper end is made thicker and strengthened to eliminate the rubber ring, and the left and right oblique through holes are provided in the lower part on the inside, and the upper end is provided in the through hole. Two rods 2 made of wire whose part is bent into a key shape
4 is inserted from above so that it can be fixed to the cloth bucket A. The rod 24 may be formed as one through hole with one through hole formed vertically. Embodiment 111 Embodiment 111 is a modification of Embodiment 110. Lower stick 2
The mounting method of No. 4 has been changed. That is, two rods 24
A bar 24 is inserted into the left and right holes provided inside the mounting piece 1 by crossing the rods 24, and further, a left and right diagonal recess provided at the base of the projection 33 provided thereunder. It is fixed by being cut into from above. Further, the lower end of the rod 24 is bent in a circular shape in order to widen the contact portion with the inside of the cloth bucket. Note that other shapes may be used instead of the circular shape.
In the right figure, the depression 2 is formed in a waveform so that it can correspond to the upper edge of various buckets. Embodiment 112 Embodiment 112 is a modification of Embodiment 110. Three vertically long through holes 55 are provided vertically on the side surface of the inner portion of the mounting piece 1, and grooves are provided vertically upward from the opening on one side of the upper through hole 55. In addition, the lower end of the rising piece 6 is bent into a U-shape, and the lower part of the rising piece 6 is bent at a right angle at the top of the U-shape to form a horizontal U-shape. The horizontal U-shaped part is inserted into the upper through-hole 55, and is fitted into a vertically provided groove, and the rising piece 6 is fixed. Further, in addition to the semicircular groove at the center of the mounting piece 1, a groove with a gap corresponding to the upper edge of the thick bucket A is provided thereunder. The top of the rod 24 is also bent into a U-shape in the horizontal direction, and is inserted into the remaining through-hole 55 from the left and right to be attached. In the figure on the right, the recesses 2 are provided on the left and right sides of the cut, and are formed in three stages, and the gap is increased in the lower stage. At that time, the inside and outside directions of the mounting piece 1 may be reversed. Therefore, two through holes for mounting the rod 24 are also provided on the outer portion of the mounting piece 1. Further, a vertical groove for fitting the lower end of the rising piece 6 is provided on the opposite side.

Embodiment 113 Embodiment 113 is a modification of Embodiment 110. The whole is made by plastic molding. Bucket A of mounting piece 1
There are three continuous grooves in the horizontal direction on the inner surface and side surface of. Also, at the lower end of the rising piece 6, a U-shaped part having a convex inner side that fits into the groove of the mounting piece 1 is provided, and the rising piece 6 is fixed by inserting the mounting piece 1 into the groove. I have. Further, a cube is provided outside the upper end of the rising piece 6, a flat through hole is provided in the inside and outside thereof, and a hooking piece 8 having the same cross section is inserted and closely fixed. In addition, two vertically long through holes are provided below the mounting piece 1 in parallel. The top of a bar 24 having a vertically long section is inserted into the through hole from the left and right. The height of the hook piece 8 is adjusted by selecting one of the three-step grooves. Example 114 Example 114 is a modification of Example 113. At the inner part of the bucket A of the mounting piece 1, three rectangular through-holes having slightly different angles are provided and one at the outer part. A cube is provided at the lower end of the rising piece 6 so as to fit into the rectangular through hole. The hook piece 8 is bent downward so that the portion located above the bucket A is thin and the rear end is thick so as to be in close contact with the through hole at the upper end of the rising piece 6. One of the rectangular through holes of the mounting piece 1 is selected, and the height of the hook piece 8 is adjusted. In addition, you may use a wire only for a hook piece. Embodiment 115 The whole is made of a linear spring material. The lower end of the rising piece 6 is bent at a right angle inside the bucket A, and further bent upward at a right angle. It is bent towards the outside of the bucket A, in a small inverted U-shape, provided with a small recess 2 and then bent downwards in a semicircle outward, with the lower end facing inwards. Bend it at right angles along the outside of bucket A and then upward at right angles,
The same shape as the semicircle and the small depression 2 is traced and bent from below, and the end of the wire inside the bucket A is elongated downward to form the rod 24. Embodiment 116 Embodiment 116 is a modification of Embodiment 110. Grooves with different depths are provided on the left and right sides of the upper side of the mounting piece 1 vertically. One side is a groove at the same depth from the upper end, and the other side is a groove deeper diagonally downward. The rising piece 6 is bent at its lower end into an inverted "-" shape, and its end is bent outward. The end of the mounting piece 1 is aligned with a groove having a different depth, and the lower end of the rising piece 6 is pushed in from above, and the upper part of the mounting piece 1 is fixed. On the other hand, one surface of a portion outside the recess 2 of the mounting piece 1 can be removed as a pressing piece 20. The pressing piece 20 is formed such that the upper recess 2 is thinner and the lower part is thicker. The pressing piece 20 may be provided on the outer vertical portion. The method of attaching the rod 24 may be such that the above-described method of fixing the rising piece 6 is turned upside down and upside down. Embodiment 117 Embodiment 117 is a modification of Embodiment 109. Instead of tightening the lower part from the through hole at the upper end of the mounting piece 1, a fulcrum 90 is provided near the center, the inner and outer parts of the mounting piece 1 are separately extended upward, the wedge 20 is inserted from above, and the lower part is sandwiched, The upper edge of bucket A is fixed. Embodiment 118 The fixed piece 10 has an inverted L-shape with the vertical piece 14 and the horizontal piece 13. The horizontal piece 13 is provided with two vertical and rectangular through-holes, and the outer through-hole has a larger width inward and outward. The pressing piece 20 has a wedge shape, a portion near the center thereof is bent in a C-shape, and a plurality of fine semicircular grooves are provided horizontally on both lower surfaces from the bent portion. In the rimless bucket A, insert the pressing piece 20 in the inner through hole outward and press down from above and press it into the groove, and fix it. The buckle A with the rim is inverted into the outer wide through hole. The upper part of the bent part fits into the through hole, and the lower part of the pressing piece 20 protrudes inward to press and fix the edge. Embodiment 119 Embodiment 119 is a modification of Embodiment 73. The descending piece 15 draws a semicircle, the pressing piece 20 is slender and one corner is R, and a small R groove is provided on the diagonal with a gradually changing size from the end, and is provided at the larger end of the groove. A pressing piece 20 is provided by extending a thin plate-shaped portion 91. In the case of the bucket A without the edge, the pressing piece 20 presses the edge with a small groove, and in the case of the bucket A with the edge, the plate-shaped portion 91 is fixed in a wedge shape. Embodiment 120 Embodiment 120 is a modification of Embodiment 86. The pressing piece 20 is provided with a thread and is screwed. Of the fixing piece 10,
At the lower part of the descending piece 15, a through hole for passing the horizontal pressing piece 20 is provided diagonally and at the upper part, so that a bucket A having no edge in the horizontal direction and having an edge in the oblique direction can be tightened and fixed. Embodiment 121 Embodiment 121 is a modification of Embodiment 92. A plurality of small holes 28 are opened at different positions on both the pressing piece 20 passing through the through hole provided in the fixed piece 10 and the side wall of the through hole of the fixed piece 10, and a pin 29 bent in a hook shape into the small hole 28. I try to pierce. The pressing piece 20 is provided with a recess 2 for fitting the edge of the rimless bucket A on the lower side in front of a portion bent in an arc downward. The pressing piece 20 is pulled on the upper edge of the bucket A, and the pin 29 is inserted into the small hole 28 at a position sandwiching the upper edge. Embodiment 122 In Embodiment 122, the U-shaped portion 35 in Embodiment 52 is reduced to one, and the U-shape at the lower end of the rising piece 6 is eliminated.
Corresponds to a vertical portion of the descending portion 36 inside.

[0033]

[Effects of the Invention] The present invention is compact and portable.
Convenient for storage.

[Brief description of the drawings]

FIG. 1 is a perspective view, a front view, and a plan view showing a first embodiment.

FIG. 2 is a perspective view showing a second embodiment.

FIG. 3 is a perspective view and a plan view showing a third embodiment.

FIG. 4 is a perspective view showing a fourth embodiment.

FIG. 5 is a perspective view and a front view showing a fifth embodiment.

FIG. 6 is a perspective view showing a sixth embodiment.

FIG. 7 is a perspective view showing a seventh embodiment.

FIG. 8 is a perspective view showing an eighth embodiment.

9A and 9B are a perspective view and a front view showing a ninth embodiment.

FIG. 10 is a front view showing a tenth embodiment.

FIG. 11 is a front view showing an eleventh embodiment.

12A and 12B are a perspective view and a front view showing a twelfth embodiment.

FIG. 13 is a perspective view showing a thirteenth embodiment.

FIG. 14 is a perspective view showing a fourteenth embodiment.

FIG. 15 is a perspective view showing a fifteenth embodiment.

16A and 16B are a front view and a plan view showing Example 16;

FIG. 17 is a front view showing a seventeenth embodiment.

FIG. 18 is a perspective view showing Example 18.

FIG. 19 is a perspective view showing Example 19;

FIG. 20 is a perspective view showing a twentieth embodiment.

FIG. 21 is a perspective view showing a twenty-first embodiment.

FIG. 22 is a perspective view showing a twenty-second embodiment.

FIGS. 23A and 23B are a front view and a perspective view showing Example 23. FIGS.

24 is a perspective view and a plan view showing Example 24. FIG.

25A and 25B are a perspective view and a main part front view showing Example 25.

FIG. 26 is a perspective view showing Example 26.

27A and 27B are a perspective view and a main part perspective view showing Example 27.

28A and 28B are a perspective view and a front view showing Example 28.

29 is a perspective view and a plan view showing Example 29. FIG.

FIGS. 30A and 30B are a perspective view and a front view showing Example 30. FIGS.

31A and 31B are a perspective view and a front view, respectively, of a working example 31;

32 is a perspective view and a front view showing Example 32. FIG.

FIG. 33 is a perspective view showing Example 33.

34A and 34B are a perspective view and a main part perspective view showing Example 34.

FIG. 35 is a perspective view showing Example 35;

FIG. 36 is a perspective view showing Example 36.

FIG. 37 is a perspective view showing Example 37.

FIG. 38 is a perspective view showing Example 38.

FIG. 39 is a perspective view showing Example 39.

FIG. 40 is a perspective view showing Example 40.

FIG. 41 is a perspective view showing Example 41.

FIG. 42 is a perspective view showing Example 42;

FIG. 43 is a perspective view showing Example 43.

FIG. 44 is a perspective view showing Example 44.

FIG. 45 is a perspective view showing Example 45.

FIG. 46 is a perspective view showing Example 46.

FIG. 47 is a perspective view showing a working example 47;

FIG. 48 is a perspective view showing Example 48;

FIG. 49 is a perspective view showing Example 49;

FIG. 50 is a perspective view showing Example 50;

FIG. 51 is a perspective view showing Example 51.

FIG. 52 is a perspective view showing Example 52.

FIG. 53 is a perspective view showing Example 53.

FIG. 54 is a perspective view showing Example 54.

FIG. 55 is a front view showing Example 55;

FIG. 56 is a perspective view showing Example 56.

FIG. 57 is a perspective view showing Example 57.

FIG. 58 is a perspective view showing Example 58;

FIGS. 59A and 59B are a perspective view and a main part cross-sectional view showing Example 59. FIGS.

FIG. 60 is a perspective view showing Example 60;

FIG. 61 is a perspective view showing Example 61.

FIG. 62 is a perspective view showing Example 62.

FIG. 63 is a perspective view showing Example 63.

FIG. 64 is a perspective view showing Example 64.

FIG. 65 is a perspective view and a main part perspective view showing Example 65;

FIG. 66 is a perspective view showing Example 66.

67 is a perspective view showing Example 67. FIG.

FIG. 68 is a perspective view showing Example 68.

69 is a perspective view, a front view, and a main part perspective view showing Example 69. FIG.

70A and 70B are a perspective view and a front view showing an embodiment 70.

71 is a perspective view and a front view showing Example 71. FIG.

FIG. 72 is a front view showing Example 72.

73 is a perspective view and a main part perspective view showing Example 73. FIG.

74 is a front view and a main part plan view showing an embodiment 74. FIG.

FIG. 75 is a front view showing Example 75;

76 is a perspective view and a main part perspective view showing Example 76. FIG.

FIG. 77 is a perspective view showing Example 77.

78 is a perspective view, a main part perspective view, a main part perspective view, and a main part front view showing Example 78. FIG.

79 is a perspective view and a front view showing Example 79. FIG.

80A and 80B are a perspective view and a main part perspective view showing Example 80.

FIG. 81 is a perspective view showing Example 81.

82 is a perspective view and a front view showing Embodiment 82. FIG.

83 is a perspective view, a front view, and a front view showing Example 83. FIG.

84 is a perspective view and a front view showing Example 84. FIG.

85 is a front view and a front view showing Example 85. FIG.

FIG. 86 is a front view showing Example 86;

FIG. 87 is a perspective view showing Example 87.

FIG. 88 is a perspective view showing Example 88.

89 is a perspective view, a main part front view, and a perspective view showing Example 89. FIG.

FIG. 90 is a front view showing Example 90;

91 is a perspective view and a front view showing Example 91. FIG.

FIG. 92 is a perspective view showing Example 92.

FIG. 93 is a perspective view showing Example 93.

94 is a perspective view and a front view showing Example 94. FIG.

FIG. 95 is a perspective view showing Example 95.

FIG. 96 is a perspective view showing Example 96.

97 is a perspective view and a main part perspective view showing Example 97. FIG.

98 is a perspective view showing Example 98. FIG.

99 is a perspective view and a front view showing Example 99. FIG.

FIG. 100 is a perspective view showing Example 100.

FIG. 101 is a perspective view showing Example 101.

102 is a perspective view and a front view showing Example 102. FIG.

FIG. 103 is a perspective view showing Example 103.

104 is a perspective view and a front view showing Example 104. FIG.

FIG. 105 is a perspective view showing Example 105.

106 is a perspective view showing Example 106. FIG.

107 is a perspective view and a front view showing Example 107. FIG.

108 is a front view showing Example 108. FIG.

109 is a front view showing Example 109. FIG.

110 is a perspective view showing Embodiment 110. FIG.

FIG. 111 is a perspective view and a front view of a main part showing Example 111;

112 is a perspective view and a main part front view showing Example 112. FIG.

FIG. 113 is a perspective view of relevant parts, a perspective view of relevant parts, and a perspective view of relevant parts showing Example 113.

114 is a perspective view of a principal part and a perspective view of a principal part showing the embodiment 114. FIG.

115 is a perspective view and a front view showing Example 115. FIG.

FIG. 116 is a perspective view showing Example 116.

FIG. 117 is a front view showing an example 117.

FIG. 118 is a front view showing Example 118.

FIG. 119 is a front view, a front view, and a main part perspective view showing an embodiment 119;

120 is a front view showing Example 120. FIG.

FIG. 121 is a front view showing Example 121.

FIG. 122 is a perspective view showing Example 122.

Fig. 123 is an explanatory diagram showing how to use the thing according to the present invention.

Fig. 124 is an explanatory diagram showing how to use the thing according to the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Attachment piece 6 Rising piece 8 Hook piece 10 Fixing piece 12 Spring 20 Pressing piece

Claims (9)

[Claims] 1. A means for attaching a lower end of a rising piece (6) provided with a horizontal hooking piece (8) at an upper position to an attaching piece (1) and attaching it to an upper edge of a container such as a bucket. A tool for removing fish from hooks in sabiki fishing provided on the mounting piece (1). 2. A lower end of a rising piece (6) having a horizontal hooking piece (8) provided at an upper position is attached to a mounting piece (1), and an upper edge portion of a container such as a bucket is just recessed. (2) is provided from below the mounting piece (1) upward.
A fish removal tool from hooks for sabiki fishing. 3. A lower end of a rising piece (6) provided with a horizontal hooking piece (8) at an upper position is attached to a fixing piece (10), and an upper edge of a container such as a bucket is sandwiched from inside and outside. The inner spring (9) and the outer spring (11) fixed by the
A fish removal tool from the hook in sabiki fishing, provided downward from 0). 4. A lower end of a rising piece (6) having a horizontal hooking piece (8) provided at an upper position is attached to a fixing piece (10), and a part of an upper edge of a container such as a bucket is attached. Fixing piece (10)
And a fixing piece (10) holding a spring (12) sandwiched and fixed between
A tool for removing fish from hooks for sabiki fishing. 5. A lower end of a rising piece (6) provided with a horizontal hooking piece (8) at an upper position is attached to a fixing piece (10), and an upper edge of a container such as a bucket is fixed to the fixing piece (10). 10) A tool for removing fish from hooks in sabiki fishing, comprising a fixing piece (10) provided with a pressing piece (20) sandwiched and fixed between the fixing piece (10). 6. A means for attaching a horizontal hooking piece (8) to an upper edge of a container such as a bucket at a lower end side of a rising piece (6) provided at an upper position. 1
A tool for removing fish from hooks in sabiki fishing made of two linear spring materials. 7. A horizontal portion (b) and a descending portion (c) of an upper edge of a bucket (A) are provided at a lower end side of a rising piece (6) provided with a horizontal hooking piece (8) at an upper position. And a U-shaped part (35) for fixing to a fishery, and a fish removal tool from a hook for sabiki fishing, wherein the above-mentioned thing is made of one linear spring material. 8. A rising portion (a) of the upper edge of the bucket (A) and a horizontal portion (b) at the lower end side of a rising piece (6) provided with a horizontal hook piece (8) at an upper position. And a fish removal tool from a hook for sabiki fishing, wherein a gate-shaped part (37) fixed to the descending part (c) is provided, and the above-mentioned thing is made of one linear spring material. 9. A fish removal tool from a hook for sabiki fishing, which is produced by disassembling the techniques and ideas of each embodiment and each part of each embodiment according to the present invention and newly combining them.