RU227426U1 - Device for tying a fishing hook to a fishing line - Google Patents

Abstract

The utility model relates to amateur and sport fishing, concerns fishing gear and can be used for tying hooks of any size and type, as well as for tying jigs. The device for tying a fishing hook to a fishing line contains a cylindrical body 1, which has a through hole of variable cross-section along its axis, into which a guide sleeve 2 with a barrel 3 is rigidly installed. The outer diameter of the barrel is 10 mm, the length of the barrel is 22 mm. In the guide sleeve 2 there is a rod 4 of variable cross-section, having shoulders 5 and 6. The shoulder 5 interacts with the spring 7, which is put on the rod 4 and abuts against the shoulders 8 of the guide sleeve 2. The shoulder 6 interacts with the shoulders 9 of the body 1. At the end of one side of the rod 4, which is the working one, there is a line guide 10, which goes into a hook in the form of a head 11. A cap 13 is attached to the shank (free end) 12 of the rod 4. The device has a conical support 4 for the fingers, which is made with corrugation to prevent the fingers from slipping when when tying a knot and is located in the middle part of the guide sleeve 4 in front of the barrel 3. When the spring is free, the working side of the rod 4 is inside the barrel. The technical result is a high speed of tying the hook (about 3-4 s) resulting in a reliable bayonet knot. 4 salary f-ly, 12 ill.

Description

The utility model relates to amateur and sport fishing, concerns fishing gear and can be used for tying hooks of any size and type, as well as for tying jigs.

A device for tying fishing hooks and jigs is known, which contains a handle, a slot for a clamped hook made at one end of the handle, a screw passed through a hole between two sides of the slot and screwed into a nut fixed on one side of the slot, two through holes on both sides screw, a U-shaped wire piece passed through two through holes so that the lower part of this U-shaped piece surrounds the screw, in addition, the two ends of the U-shaped wire piece are equipped with hooks, characterized in that a guide sleeve is made at the other end of the handle , in which a part moves that has a loop on the slot side and a ring on the opposite side; in addition, a U-shaped part extension limiter is installed on the screw (RF utility model patent No. 203867, published 04/23/2021).

Patent research was carried out under the IPC A01K91/04 heading and keywords, and the following technical solutions were selected and taken into account in the analysis: US 5647616, US 7261327, US 6434878, US 20220312752.

The closest technical solution, chosen by the applicant as a prototype based on the general set of features, is a device for tying a fishing hook, containing a cylindrical body having along the axis a through hole of variable cross-section, into which a rod of variable cross-section is installed, having shoulders, and one of the shoulders of the rod interacts with a spring mounted on the rod, which on the other side rests against the shoulders and ensures relative movement of the rod; at the end of one side of the rod, which is the working side, there is a line guide, which turns into a hook in the form of a head, a cylindrical body is equipped with a cap, a conical support for fingers ( US 5791699).

The disadvantage of this design is that tying a hook to a fishing line requires certain skills to form a reliable knot, which takes time, which is especially important when it is necessary to quickly tie the hook based on the situation, including during winter fishing.

The technical objective of the utility model is to reduce the time required to form a reliable knot when tying a hook to a fishing line.

The technical problem is achieved by the fact that the inventive device for tying a fishing hook to a fishing line contains a cylindrical body having a through hole of variable cross-section along the axis, a rod having a variable cross-section and beads, and one of the beads of the rod interacts with a spring mounted on the rod, the rod is made with the possibility of relative movement, at the end of one side of the rod, which is the working side, there is a line guide, which turns into a hook in the form of a head, contains a support for fingers, characterized in that it additionally contains a guide sleeve with a barrel and having shoulders, the guide sleeve is installed along the axis of the cylindrical body , inside the guide bushing there is a rod with a mounted spring, which has the ability to move relative to the guide bushing with extension of the working part and the shank of the rod, and the spring on one side rests against the shoulders of the guide bushing, the second shoulder of the rod has the ability to interact with the shoulders of the cylindrical body.

To achieve the maximum technical result associated with simplicity and reduction of time for tying the hook to the fishing line, it is preferable that the length of the barrel is greater than twice the size of its outer diameter.

To further reduce the time it takes for fingers to slip off the device while tying the hook, the finger rest is made conical and grooved. The finger support can be made in the form of a triangular prism or another shape. The finger support is located in the middle part of the guide sleeve in front of its barrel.

A cap is installed on the shank of the rod, which, when pressed, allows the working part of the rod to move along the axis of the guide sleeve. Instead of a cap, a thrust bearing or boss or other similar element can be attached to the shank of the rod.

A comparison of the claimed utility model with the prototype shows that it differs in the following features:

the cylindrical body additionally contains a guide sleeve with a barrel and has shoulders;

the guide sleeve with the barrel is located along the axis of the cylindrical body;

the rod with a spring mounted on it is placed in an additionally installed guide sleeve with a barrel;

the rod has the ability to move relative to the guide sleeve with extension of the working part and the shank of the rod;

the spring on one side rests against the shoulders of the guide sleeve;

the second collar of the rod has the ability to interact with the shoulders of the body.

Therefore, we can assume that the proposed technical solution meets the “novelty” criterion.

The utility model can be manufactured using known equipment, so it meets the “industrial applicability” criterion.

In fig. Figure 1 shows the inventive device, main view, which schematically shows two positions of the working part of the rod;

in fig. 2 shows the rod;

in fig. 3, 4, 5, 6, 7, 8 show the positions of the fingers and the device when tying a knot,

in fig. Figure 9 shows the assembly before tightening when removing the prototype device from the barrel;

in fig. 10 shows a tightened knot on a hook;

in fig. 11, 12 show the positions of the device and the hands in intermediate positions when moving the barrel in the form of a figure eight.

The device contains a cylindrical body 1, which has an axial through hole of variable cross-section, into which a guide sleeve 2 with a barrel 3 is rigidly installed. The outer diameter of the barrel is 10 mm, the length of the barrel is 22 mm. In the guide sleeve 2 there is a rod 4 of variable cross-section, having shoulders 5 and 6. The shoulder 5 interacts with the spring 7, which is put on the rod 4 and abuts against the shoulders 8 of the guide sleeve 2. The shoulder 6 interacts with the shoulders 9 of the body 1. At the end of one side of the rod 4, which is the working one, there is a line guide 10, which turns into a hook in the form of a head 11. A cap 13 is attached to the shank (free end) 12 of the rod 4. The device is provided with a conical support for the fingers, which is made with corrugation to prevent the fingers from slipping when tying assembly and is located in the middle part of the guide sleeve 2 in front of the barrel 3. When the spring is free, the working side of the rod 4 is inside the barrel (Fig. 1).

The device works as follows. First, the hook is clamped between the index finger and thumb, for example, of the left hand and the end of the fishing line is passed through the ring of the hook, releasing the free end of the fishing line about 4-6 cm (Fig. 2). The device is placed in the right hand, with the thumb and index finger clamping the device on a conical support. Then the missing end of the fishing line is clamped using a device at approximately half its length. To do this, press on the cap 13, while the rod 4 moves in the sleeve 2, the spring 7 is compressed, and the working part of the rod 4 is removed from the barrel 3. The free end of the fishing line, released after the hook ring, is placed in the line guide 10, the cap 13 is released. Rod 4 under the action of the spring it returns to its original position, and the fishing line is clamped between the head 11 and the end of the barrel 3. Thus, the rod 4 acts as a fishing line clamp. (Fig. 3, 4). The starting position before tying the knot is shown in Fig. 4. Then, with the right hand, make movements with the barrel 3 in the form of a figure eight, grabbing the section of fishing line clamped between the hands, and winding several turns around the barrel 3, for example, two or three (Fig. 5, 11, 12). The maximum tying speed is achieved by making the stem elongated, preferably with twice the size of its outer diameter. The position of the fishing line after winding onto the barrel is shown in Fig. 6. Then press the cap 13, while the working part of the rod 4 extends and the clamped section of the fishing line is released from the clamp. After this, the formed untightened knot is removed from the stem 3 (Fig. 7). Next, the knot is tightened (Fig. 8), and the excess piece of fishing line is removed from the knot.

Working with the device shows that even without special skills in tying a hook to a fishing line, the use of the inventive device provides a high speed of tying the hook (about 3-4 s) with a reliable bayonet knot.

Claims (5)

1. A device for tying a fishing hook to a fishing line, containing a cylindrical body having a through hole of a variable cross-section along the axis, a rod having a variable cross-section and beads, wherein one of the beads of the rod interacts with a spring mounted on the rod, the rod is made with the possibility of relative movement, at the end of one side of the rod, which is the working side, there is a line guide that goes into a hook in the form of a head, the device contains a support for fingers, characterized in that it additionally contains a guide sleeve with a barrel and having shoulders, the guide sleeve is installed along the axis of the cylindrical body, inside the guide In the bushing there is a rod with a mounted spring, which has the ability to move relative to the guide bushing with extension of the working part and the shank of the rod, and the spring on one side rests against the shoulders of the guide bushing, the second shoulder of the rod has the ability to interact with the shoulders of the cylindrical body. 2. The device according to claim 1, characterized in that the length of the barrel is greater than twice the size of its outer diameter. 3. The device according to claim 1, characterized in that the finger support has a conical shape and is made with corrugation. 4. The device according to claim 1, characterized in that the support for the fingers is located in the middle part of the guide sleeve in front of its barrel. 5. The device according to claim 1, characterized in that a cap is installed on the shank of the rod.