WO2022236735A1

WO2022236735A1 - Fishing lure rescuer

Info

Publication number: WO2022236735A1
Application number: PCT/CN2021/093345
Authority: WO
Inventors: 李春星
Original assignee: 李春星
Priority date: 2021-05-12
Filing date: 2021-05-12
Publication date: 2022-11-17

Abstract

A fishing lure rescuer (1), comprising: a falling body (10), having a head end (11), a central end (12), and a tail end (13), wherein the tail end (13) is fixedly connected to a connecting ring (131) which is used for detachably connecting to a rescue rope (4); a rescue ring (20) which is fixed on the head end (11) and can be opened/closed, wherein a U-shaped rescue part (23) is formed above the rescue ring (20) to clamp a connector of a fishing lure (5); and a guide frame (30) having one end fixed onto the central end (12) and the other end forming a multi-turn coil structure (31). When the fishing lure rescuer (1) is mounted on a fishing line (3) and falls to the fishing lure (5) due to gravity, the U-shaped rescue part (23) can clamp the connector, and a user can rescue the fishing lure (5) by pulling the rescue rope (4) towards a bank, thereby solving the existing problem that the fishing lure (5) is trapped in a water bottom during fishing.

Description

Bait Rescue

technical field

The invention relates to a rescue device for fishing tackle, in particular to a bait rescue device.

Background technique

In ancient times, fishing was an activity for people to meet their physiological needs; in modern times, fishing has added the function of regulating body and mind, and has become a part of leisure activities. The so-called good work must first sharpen its tools. In order to enjoy the thrill of fighting with fish while fishing, and expect to return with a full reward, fishing tools cannot be sloppy. Fishing rods, floats, fishing lines, hooks, lead pendants, fishing reels, baits, etc. all need to be prepared in the most appropriate combination according to different fish farms and target fish schools. Of course, these equipment will be as high-end or multifunctional as possible under economical conditions.

Of all fishing gear, lures and hooks have the highest potential for loss. The appearance of the bait is similar to the foraging object of the target fish school, such as small fish or grass shrimp. One end is connected to the hook, and the other end is connected to the fishing line on the fishing rod through a connector, such as a T-shaped swivel. When a fish is tempted to swallow the bait, the hook will hook the fish's mouth, and the fisherman can use some skill to bring the fish ashore. However, while waiting for the fish to take the bait, the lure or hook may get stuck on obstacles on the seabed or riverbed due to undercurrents or the movement of the fishing rod. If they cannot get out, in order to continue fishing activities, fishermen may cut the fishing line reluctantly and leave the bait and hook at the bottom of the water for a long time. The hook itself is not worth much, but the bait is expensive. If you are unlucky, it is possible to lose several artificial baits at a time. In addition to the loss of money and greatly reduced enjoyment, if there are no lures to use, fishing activities will have to be terminated.

technical problem

In order to solve the problem of high risk of loss in the use of lures, there is the lure rescuer of the present invention.

technical solution

In order to solve the aforementioned problems, the present invention provides a bait rescue device, which includes: a sinker with a head end, a central end and an end, the shape of the head end is similar to a blunt cone, and a link is fixed at the end ring, the connecting ring is used to detachably connect a rescue rope; a rescue ring, fixed on the head end, is used to clamp a connector of a lure; and a guide frame, one end is fixed on the central end On, the other end forms a fixing aid. After a fishing line connected with a bait enters the rescue ring by opening the rescue ring, the fishing line is further installed in the fixing aid and can slide freely.

Wherein, the exterior of the central end includes a plurality of cut surfaces, tapering from one side adjacent to the head end to the other side.

Wherein, a hook portion and a circle portion are formed adjacent to the head end side, the rescue ring is opened and closed by the hook portion and the circle portion being engaged or separated, and a U-shaped rescue portion is formed above the rescue ring.

Wherein, the included angle between the upper end of the center of the fixing aid and the top of the U-shaped rescue part and a central axis of the falling body is between 30 degrees and 60 degrees.

Wherein, the fixing aid is a multi-turn coil structure or an R-shaped hook.

Wherein, the pendant is symmetrical to its central separation plane.

Wherein, the connector can be a T-shaped swivel, a quick pin, a single swivel or a single swivel.

Wherein, the cross section of the central end may be a regular hexagon.

Wherein, the drop body is made of metal.

Wherein, the outside of the drop body can be further coated with a layer of heat shrinkable film, or coated with baking varnish or electroplating.

Wherein, the rescue ring can be made by bending a metal wire.

Wherein, the guide frame can be made by bending metal wires.

Beneficial effect

The beneficial effects of the present invention are:

When the bait rescuer is installed on the fishing line and slides to the bait by gravity, the U-shaped rescue part can clamp the connector. The user can rescue the artificial bait by pulling the rescue rope upwards, thereby solving the existing problem that the artificial bait is trapped at the bottom of the water during fishing.

Description of drawings

Fig. 1 is a side view of a bait rescue device according to an embodiment of the present invention;

Fig. 2 is the front view of this artificial bait rescuer;

Figure 3 illustrates how the lure rescuer is combined with the fishing line;

Figure 4 illustrates how the lure rescuer hooks the lure.

Explanation of reference signs

1 Bait Rescue

2 fishing rod

3 fishline

4 rescue rope

41 connecting hook

5 Lure

51 fish hook

6 obstacle

7 T-shaped swivel

10 Falling body

11 head end

12 central end

121 section

13 the end

131 link ring

20 rescue ring

twenty one Hookbe

twenty two circle department

twenty three U-shaped rescue department

30 Guide frame

31 coil structure

311 gap

312 interior space

α included angle.

BEST MODE FOR CARRYING OUT THE INVENTION

The present invention will be described more specifically by referring to the following embodiments.

Please refer to FIG. 1 and FIG. 2 , FIG. 1 is a side view of a bait rescue device 1 according to an embodiment of the present invention, and FIG. 2 is a front view of the bait rescue device 1 . The bait rescuer 1 includes a drop body 10 , a rescue ring 20 and a guide frame 30 . The form and function of the bait rescuer 1, and the use method of the bait rescuer 1 will be described below.

The sinking body 10 is used by the lure rescuer 1 to provide water entry weight, so that the lure rescuer 1 can quickly enter the water and connect to the lure to be rescued. Therefore, the drop body 10 needs to have higher density and rust resistance. During actual production, the drop body 10 can be made of metal, preferably lead or alloy. To facilitate operation and prevent metal from being left on the user's hand, the outside of the drop body 10 can be further coated with a layer of heat shrinkable film (not shown), or it can be coated with baking paint or electroplating. In form, the sinker 10 has a head end 11 , a central end 12 and an end 13 . The shape of the head end 11 is similar to a blunt cone, which helps to reduce the resistance after entering the water. The exterior of the central end 12 may include a plurality of cut surfaces 121 that taper from one side of the cut surfaces 121 immediately adjacent to the head end 11 to the other side (tip 13 ). It can be seen from FIG. 2 that the cross section of the central end 12 is a regular hexagon. In other embodiments, the cross section of the central end 12 can also be other regular polygons, circles, ellipses or special shapes. According to the spirit of the present invention, the pendant 10 needs to be symmetrical to its central separation plane (as shown by the dotted line in FIG. 2 ), and the cross-section of the central end 12 also needs to be symmetrical to its central separation plane. Such a design can make the center of gravity of the sinking body 10 be located on the central separation surface, so that when the sinking body 10 enters the water, it will not be deflected due to the position of the center of gravity, and then there will be problems when connecting with the artificial bait. The end 13 is secured with a connecting ring 131 for detachably connecting a rescue rope. The shape and operation of the rescue rope will be explained below.

The rescue ring 20 is a component used to connect with the lure to be rescued so as to pull the lure away from the trapped environment. The rescue ring 20 is fixed on the head end 11 . A hook portion 21 and a ring portion 22 are formed on the side of the rescue ring 20 adjacent to the head end 11 , and the rescue ring 20 close to the ring portion 22 is combined with the drop body 10 (for example, by welding). The rescue ring 20 can be opened and closed by engaging or separating the hook portion 21 and the ring portion 22 . When the rescue ring 20 is opened, the fishing line can be entered into the rescue ring 20 or the fishing line therein can be left; 20 moves. A U-shaped rescue part 23 is formed on the top of the rescue ring 20 for clamping a connector of the lure, such as a T-shaped swivel, a quick pin, a single swivel or a single swivel. In terms of materials, the rescue ring 20 can be made of metal wires, such as iron wires, bent and wound.

One end of the guide frame 30 is fixed on the central end 12 , and the other end forms a multi-turn fixing aid. Wherein, the fixation aid may be a coil structure including multiple turns or an R-shaped hook. In this embodiment, a coil structure 31 is taken as an example for illustration. In actual production, the guide frame 30 can be made by bending metal wires, such as iron wires. Since the material is metal wires, there are gaps 311 between the metal wires of the coil structure 31 . In other embodiments, there may be no gaps between the metal wires of the coil structure 31 , and the coil structure 31 may generate gaps after being pulled, and return to the original state (no gaps) after the pulling force is released. The function of the slit 311 is to allow the fishing line to enter the inner space 312 along its curved design, so that it can move freely in the inner space 312 . Therefore, when a fishing line connected with a lure enters the rescue ring 20 by opening it, the fishing line can be further installed in the coil structure 31 and can slide freely.

Regarding the operation mode of the bait rescue device 1, please refer to Fig. 3 and Fig. 4 . FIG. 3 shows how the bait rescuer 1 is combined with the fishing line 3 , and FIG. 4 shows how the bait rescuer 1 hooks the bait 5 . When the artificial bait 5 is stuck by an obstacle 6 underwater and cannot be moved or recovered, the artificial bait rescue device 1 can be used to rescue the artificial bait 5 . The fishing line 3 at the end of the fishing rod 2 can be loaded into the rescue ring 20 and the guide frame 30 by the method introduced above, so that the fishing line 3 is positioned in the coil structure 31 and the U-shaped rescue part 23, and the weight of the falling body 10 will be used to move the fishing line 3 The bait rescuer 1 is brought into the water (as shown by the arrow), and contacts the artificial bait 5 . The connecting ring 131 of the bait rescuer 1 is connected to a rescue rope 4 through a connecting hook 41 . The rescue rope 4 can be a rope that can withstand a relatively large tension, such as a nylon rope. As can be seen from Fig. 3, the rescue rope 4 is thicker than the fishing line 3. In order to make the bait rescuer 1 approach the bait 5 as soon as possible, except for the sinker 10, the components of the bait rescuer 1 have a special design. Generally speaking, the angle between the fishing line 3 where it enters the water and the water surface is relatively large, and when it is close to the artificial bait 5, it is likely to be in a horizontal state. If the falling body 10 is parallel to the fishing line 3, when the artificial bait rescuer 1 slides into the water along the fishing line 3, the speed is fast at first, and then slows down. In order to solve this problem, please refer to Fig. 1 again, the upper end of the center of the coil structure 31 (fixed auxiliary device) and the connection line (short dotted line in Fig. 1) at the top of the U-shaped rescue part 23, and a central axis of the falling body ( The long dotted line in Figure 1) has an included angle α (for the convenience of illustration, a dotted line parallel to the long dotted line is drawn in translation, so that the dotted dotted line and the short dotted line can present an included angle α). In actual production, the included angle α may be between 30 degrees and 60 degrees. With this angle difference, the speed of the lure rescuer 1 underwater can be increased by the gravity component.

When the lure rescuer 1 approaches the lure 5, the rescue ring 20 will first pass through the T-shaped swivel 7 of the lure 5. Then, the user can pull the rescue rope 4 on the shore to pull the artificial bait rescue device 1 toward the shore. At this time, the U-shaped rescue portion 23 of the rescue ring 20 can be stuck on the T-shaped swivel 7 . When pulling the rescue rope 4, the artificial bait 5 is also pulled on. If the fishhook 51 connected with the artificial bait 5 is still hooked by the obstacle 6 and cannot be taken off, pulling the rescue rope 4 vigorously can tear the fishhook 51 off from the artificial bait 5 . Even if the fishhook 51 is lost, the artificial bait 5 can still be rescued, and the economic value of the latter far exceeds the former.

Although the present invention has been described above in terms of implementation, it is not intended to limit the present invention. Those skilled in the art may make some changes and modifications without departing from the spirit and scope of the present invention, so the protection scope of the present invention The claims shall prevail.

Claims

A bait rescuer, characterized in that it comprises:

A drop body has a head end, a central end and an end, the head end is shaped like a blunt cone, the end is fixed with a connecting ring, and the connecting ring is used for detachably connecting a rescue rope;

a rescue ring fixed on the head end for clamping a lure connector; and

a guide frame, one end is fixed on the central end, and the other end forms a fixing aid,

Wherein, when the fishing line connected with the artificial bait enters the rescue ring by opening the rescue ring, the fishing line is installed in the fixing auxiliary device and can slide freely.
The bait rescuer as claimed in claim 1, wherein the exterior of the central end comprises a plurality of cut surfaces, which are tapered from one side adjacent to the head end to the other side.
The bait rescue device according to claim 1, wherein a hook portion and a ring portion are formed adjacent to the head end, and the rescue ring is opened and closed by engaging or separating the hook portion and the ring portion, A U-shaped rescue part is formed above the rescue ring.
The bait rescue device according to claim 3, wherein the angle between the upper end of the center of the fixing aid and the top of the U-shaped rescue part and a central axis of the drop body is between 30 degrees to 60 degrees.
The bait rescuer according to claim 1, wherein the fixing aid is a multi-turn coil structure or an R-shaped hook.
The artificial bait rescue device according to claim 1, wherein the sinking body is symmetrical to its central separation plane.
The bait rescuer according to claim 1, wherein the connector is a T-shaped swivel, a quick pin, a single swivel or a single swivel.
The artificial bait rescuer according to claim 1, wherein the cross section of the central end is a regular hexagon.
The artificial bait rescue device according to claim 1, wherein the sinking body is made of metal.
The artificial bait rescuer according to claim 9, characterized in that, the sinking body is coated with a layer of heat shrinkable film, or coated with baking varnish or electroplating.