JP2002204642A - Branched fishhook connector - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a branched fishhook connector that a leader connection member can easily be connected to a bead-like member in which the first passage hole and the second passage hole are formed in a cross-like state without crossing each other. SOLUTION: This branched fishhook connector comprises an insertion member 44 and a connector main body 42 into which the first passage hole 46 and the second passage hole 48 are penetrated in a cross-like state without crossing each other. The insertion member 44 comprises a leader-binding portion 50 at one end, a bar-like stopper piece 52 capable of being fallen by the addition of a press force at the other end, and a linear portion 54 as an intermediate portion. The insertion member is inserted into one passage hole of the connector main body in a posture that the stopper piece 52 of the insertion member is fallen in a pressed state, and when the stopper piece is released from the other end of the passage hole, the press force is removed to return the stopper piece to the original shape, thus stopping the slipping-off of the insertion member from the connector main body. The leader-binding portion 50 disposed at the other end of the insertion member can be bound to a leader 58 to extend the leader from the other side of the passage hole.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a branch needle connecting device, and more particularly, to crossing a first through hole through which a yarn and a trunk yarn are inserted and a second through hole through which a Harris connecting member is inserted. The present invention relates to a branch needle connector configured to be able to extremely easily assemble the Harris connecting member to a bead-shaped member formed in a crosswise manner.

[0002]

2. Description of the Related Art In fishing, it is necessary to appropriately change the hooks, fishing lines, baits and the like according to the type of target fish to be caught. For example, when aiming a large sea bream or the like by sea fishing, a so-called “body-punching device” in which Harris is protruded in a branch shape at a required interval from a road thread or a trunk thread is preferably used. FIG. 7 schematically shows an example of this torso tackle, in which a thread drawn from a reel 12 provided on a fishing rod 10 (strictly, a cushion thread or a leading thread is tied to this thread). A stem yarn 18 is connected to the base 14 via a splicer 16, and a branch needle 22 is connected to a tip of a harris 20 extending in a crossing direction from the splicer 16. In this mechanism, the required number of branch needles 2
2 can be provided one after another. In addition, a fishing line generally referred to as a discard line 24 is connected to the bottom lower thread 16, and a weight 26 is connected to the discard line 24.

[0003] The original function of the above-mentioned Yorimodoshi 16 is to prevent the fishing line (the line and the trunk line and the harness) from becoming entangled with each other in the water. Since the branch needle extends from the thread or the like via the harness in the cross direction, this is hereinafter referred to as a "branch needle connector" in the present application. Although various mechanisms have been proposed as the branch needle connector, the present invention is implemented in a so-called bead type shown in FIG. 8, and the basic structure of the bead type is described below. explain. In FIG. 8A, reference numeral 28 denotes a connector body made of, for example, rice-bale-shaped beads.
Are formed in a penetrating manner, and a horizontal through hole 32 is formed in a short axis direction so as to penetrate. However, the vertical through-holes 30 and the horizontal through-holes 32 intersect without intersecting each other.

[0004] Then, as shown in FIG. 8 (2), for example, the trunk yarn 18 is inserted into the horizontal through hole 32 of the connector main body 28, and a knot is tied to the stem yarn 18 above and below the connector main body 28. The application restricts the vertical movement while allowing the connector main body 28 to turn horizontally. The harness 20 having a required length is inserted into the vertical through-hole 30 of the connector body 28 and is prevented from falling off. The branch needle 22 is connected to the open end of the harris 20. According to the branch needle connecting device 16 configured as described above, the harris 20 extending in the cross direction with respect to the stem yarn 18 extending in the vertical direction in the water, together with the connecting device main body 28, surrounds the trunk yarn 18. You can turn horizontally. Therefore, the harris 20 to which the branch needle 22 is connected at one end can be effectively prevented from being entangled with the trunk thread 18 in water as described above.

[0005]

When commercializing the bead-type branch needle connector (Yorimodoshi) 16 shown in FIG. 8, only the bead-shaped connector main body 28 is sold on the market and the trunk yarn 18 or Rather than leaving the installation of Harris 20 to the user,
As described above, the trunk thread 18 having a required length is inserted into the horizontal through hole 32 of the connector body 28, and the vertical through hole 3 of the connector body 28 is inserted.
It is more convenient for the user to provide the required length of the harness 20 (the tip of which the branch needle 22 is connected) at 0. In the latter case, there is an advantage that the user who purchases the latter can simply connect the trunk yarn 18 to the yarn 14 from the fishing rod. However, from the viewpoint of manufacturing the branch needle connector 16, the operation of inserting the trunk thread 18 into the horizontal through hole 32 of the connector body 28,
Work for knotting on the upper and lower sides of the connector body 28
Work of inserting Harris 20 into the vertical through hole 30 of Harris 2
Harris 2 works to tie a knot on 0 to keep it from falling out
An operation of connecting a branch needle to the tip of the zero is required. These series of operations are difficult to mechanize and must be performed by humans with extremely complicated manual operations, which is a major factor inhibiting production efficiency.

Further, as for a bead-type branch needle connector (Yorimodoshi), a product has been proposed in which a wire is inserted or inserted into a vertical through hole or a horizontal through hole, and a trunk yarn or harris is bound to these wires. ing. However, in this product,
Removal of the wire is generally difficult (because the wire hardens and breaks after processing, or it becomes impossible to restore to its original shape due to plastic deformation), and the specific gravity of the wire is large, and it is easy to sink, and water There are drawbacks such as rusting and corrosion.

[0007]

SUMMARY OF THE INVENTION The present invention has been proposed to solve the above-mentioned problem suitably, and it has been proposed that a first through-hole through which a yarn and a trunk yarn are inserted and a second through-hole through which a Harris connecting member is inserted. An object of the present invention is to provide a branch needle connector configured so that the Harris connection member can be extremely easily attached to a bead-shaped member that is bored crosswise without crossing a through hole.

[0008]

SUMMARY OF THE INVENTION In order to overcome the above-mentioned problems and achieve the intended object, the present invention provides a rod-shaped stopper which has a Harris engaging portion at one end and which can fall down by applying a pressing force to the other end. A piece, an intermediate part comprising an insertion member consisting of a wire portion of a required length, and a connector main body having the first through-hole and the second through-hole intersectingly penetrating without intersecting each other,
A stopper piece of the insertion member is inserted into one of the through holes in the connecting member body in a downwardly inclined state under a pressed state, and when the stopper piece comes out of the one through hole, the pressing force is released and the original shape is released. By returning to the above, the insertion member is prevented from being removed from the connector main body, and the Harris engaging portion provided at the other end of the insertion member is provided on the other side of the one through hole in the connector main body. , And is configured so as to be extended by a required length to allow Harris to be engaged.

[0009]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, a branch needle connector according to the present invention will be described below with reference to the accompanying drawings by way of preferred embodiments. FIG. 1 is a schematic explanatory view showing the overall configuration of a branch needle connector 40 according to an embodiment, and is basically composed of a connector body 42 and an insertion member 44 having a Harris engaging portion at one end. I have. That is, the connector main body 42 has a bead shape as described above with reference to FIG. Configuration. In the illustrated example, the bead is shaped like a rice bale, but the shape of the bead can be spherical or a polyhedral shape such as diamond cut.

The insertion member 44 is an elongated linear member made of a synthetic resin such as nylon, and has, for example, a loop-shaped Harris engaging portion 50 at one end thereof.
The other end is always T-shaped as a whole, and is provided with a bar-shaped stopper piece 52 that can fall down by applying a pressing force by a finger. An intermediate portion between the Harris engaging portion 50 and the stopper piece 52 is constituted by a wire portion 54 having a required length. That is, the insertion member 44 according to the illustrated example has one end configured as a loop-shaped harness engaging portion 50 and the other end configured as a T-shaped stopper piece 52. The shape of the stopper 50 and the stopper piece 52 can be various shapes other than those shown in the drawings as long as the desired function is achieved. For example, the Harris engaging portion 50 at one end of the insertion member 44 shown in FIG. 1 is formed in a loop shape, but as shown in FIG. 6, the Harris engaging portion 50 is formed by a hairpin-shaped folded portion. At the same time, the required length of wire contact portions 50a and 50b
May be formed.

In the case where the wire contact portions 50a and 50b are formed in the harness engaging portion 50 in this manner, it is only necessary to forcibly insert and hold the harness between the contact portions 50a and 50b, which is a troublesome harness binding operation. Can be eliminated. As will be described later, the insertion member 44 is inserted into the vertical through hole 46 or the horizontal through hole 48 of the connector body 42, and the inner diameters of these through holes 46, 48 are determined by the stopper pieces 52 of the insertion member 44. Is set to a size that allows insertion in a state where it is folded down and overlapped with the intermediate wire portion 54.

Next, the operation of attaching the insertion member 44 to the connecting member main body 42 will be described with reference to FIGS. First, in FIG. 2, when the stopper piece 52 of the insertion member 44 is pressed by the operator's finger, the stopper piece 52 is brought into a prone posture and is superimposed on the wire portion 54 to be aligned. Thus, the stopper piece 5
2 is held down, and the stopper piece 52
Is directed to one of the through holes (vertical through hole 46 in the illustrated example) of the connector body 42, and then is forcibly inserted in the axial direction as shown in FIG. At this time, as described above,
The inner diameter of 6,48 is set to a size that allows the stopper piece 52 to be inserted in a state of being overlapped on the wire portion 54,
The stopper piece 52 is smoothly inserted into the vertical through hole 46. In the illustrated example, the insertion member 44 is inserted into the vertical through hole 46 of the connector body 42.
It goes without saying that the insertion member 44 may be inserted into the insertion member 8.

The insertion member 44 inserted into the vertical through hole 46 of the connector main body 42 with the stopper piece 52 lying down is
As shown in FIG. 4, the stopper piece 52 finally escapes to the opposite side of the vertical through hole 46, but at the moment of the escape, the pressing force applied to the stopper piece 52 is released, and the stopper piece 52 returns to the original state from the lying state. That is, the stopper piece 52 returns to a T-shape having a shape crossing the intermediate wire portion 54, and thus functions as a stopper (i.e., a stopper) for the vertical through hole 46 of the connector body 42. Since the loop-shaped Harris engaging portion 50 is provided at the opposite end of the inserting member 44, there is no fear of slipping out from this end.

[0014] Thus, the branch needle connector 40 according to the embodiment.
As shown in FIGS. 4 and 5, one end is provided with a harris engaging portion 50, and the other end is provided with a rod-shaped stopper piece 52 which can fall down by applying a pressing force. An insertion member 44 formed as 54;
It is basically composed of the connector main body 42 which penetrates the vertical through-holes 46 and the horizontal through-holes 48 without crossing each other. Then, the stopper piece 52 of the insertion member 44 is inserted into the vertical through hole 46 of the connector main body 42 in a downwardly inclined posture under a pressed state, and the pressing force is applied when the stopper piece 52 comes out of the vertical through hole 46. Is released to return to the original shape, so that the insertion member 44 is securely prevented from being removed from the connecting member main body 42. Further, since the harness engaging portion 50 provided at the other end of the insertion member 44 extends from the vertical through hole 46 by a required length, the other end of the harris 58 having the fishing hook 56 attached to one end is connected to the harris engaging portion. It can be engaged with the part 50.

[0015]

As described above, according to the branch needle connecting device of the present invention, the first through hole through which the warp yarn and the trunk yarn are inserted and the second through hole through which the Harris connecting member is inserted are formed. The Harris connecting member can be assembled very easily to the bead-shaped member formed by crossing without intersecting, so that the manufacturing process of the branch needle connecting tool can be rationalized.

[Brief description of the drawings]

FIG. 1 is a schematic explanatory view showing an entire configuration of a branch needle connector according to a preferred embodiment of the present invention, in which a connector main body and an insertion member are separated.

FIG. 2 is a schematic explanatory view showing a state immediately before a stopper piece of an insertion member is inserted into a vertical through hole of a connector body, and the stopper piece is pressed down by a finger or the like and is in a falling state.

FIG. 3 is a schematic explanatory view showing a stage in which a stopper piece of an insertion member is being inserted into a vertical through-hole of a connector body, and the stopper piece is in a falling state in the vertical through-hole.

FIG. 4 is a schematic explanatory view showing a stage in which a stopper piece of an insertion member comes out of a vertical through hole of a connection tool main body, and the stopper piece has returned to its T-shaped original shape.

FIG. 5 is a schematic explanatory view showing a state in which a harness is connected to the branch needle connector according to the embodiment.

FIG. 6 is a schematic explanatory view showing the entire configuration of the branch needle connector when the Harris engaging portion in the branch needle connector is changed to a different shape type.

FIG. 7 is a schematic explanatory view showing an example of a torso mechanism.

FIG. 8 is a schematic explanatory view of a bead-type branch needle connector, in which (1) shows a state in which a vertical through-hole and a horizontal through-hole are perforated in the connector main body without intersecting each other. Shown, (2)
Shows a state in which the trunk yarn is inserted through the horizontal through-hole of the connecting device main body and the harris is inserted through the vertical through-hole.

[Explanation of symbols]

 42 Connector Body 44 Insertion Member 46 Vertical Through Hole 48 Horizontal Through Hole 50 Harris Engagement Part 52 Stopper Piece 54 Wire Material Part

Claims (3)

[Claims] An end is provided with a Harris engaging portion (50) at one end, and a rod-shaped stopper piece (52) which can fall down by applying a pressing force at the other end, and an intermediate portion thereof has a required length of a wire portion (54). ), And a connector main body (42) in which the first through-hole (46) and the second through-hole (48) are penetrated in an intersecting manner without intersecting with each other. The stopper piece (52) of the insertion member (44) is inserted into one of the through holes (46, 48) in the fitting body (42) in a downward posture while being pressed, and the stopper piece (52) is Through hole
(46, 48), when the pressing force is released and the original shape is restored, the connector body (4) of the insertion member (44) is released.
Harris engaging part (50) provided at the other end of insertion member (44), and
Is the one through-hole (46, 4) in the connector body (42).
8) A branch needle connector which is configured to extend from the other side by a required length to allow engagement of the harris (58). 2. The branch needle connector according to claim 1, wherein the insertion member is integrally formed of a synthetic resin such as nylon. 3. The through-hole (46, 48) into which the insertion member (44) is inserted with respect to the connection tool body (42),
The stopper piece (52) of (44) is laid down so that the intermediate wire portion (5
2. The branch needle connector according to claim 1, wherein the inner diameter of the branch needle connector is set so as to allow insertion in a state of being superimposed on (4).