CN113243346A

CN113243346A - Day and night dual-purpose seismic wave sign

Info

Publication number: CN113243346A
Application number: CN202010410409.6A
Authority: CN
Inventors: 李火明
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-05-15
Filing date: 2020-05-15
Publication date: 2021-08-13

Abstract

The invention provides a day and night dual-purpose seismic wave buoy which mainly comprises a floating ball body and a floating rod, wherein a through-type through hole is formed in the middle of the floating ball body from top to bottom, the floating rod penetrates through the through hole, so that the floating ball body can move up and down relative to the floating rod, a counter force component is arranged between the top or the bottom of the floating ball body and the floating rod, and the counter force component is a counter force spring or a magnetic pole counter force space formed by homopolarity and opposite of two groups of magnets. The floating rod is provided with a light source, the floating ball body is light-proof, and the floating rod is an electronic luminous fiber rod. According to the invention, the floating ball body and the floating rod move relatively, and the elastic action of the counter-force component is combined, so that water ripples can be generated when the floating rod is pulled down under stress, and the floating tail shading effect is achieved, so that the floating tail shading device has striking action effects in the day and at night, a fisherman can conveniently identify the floating tail shading device, and the fish catching rate is improved.

Description

Day and night dual-purpose seismic wave sign

Technical Field

The invention belongs to a fishing tool, in particular to a day and night dual-purpose seismic wave marker.

Background

The main effect of cursory is that the position of the bait is shown, the information of whether biting the hook of action transmission fish through cursory, cursory includes floater body and cursory pole usually, the floater body is fixed in cursory pole middle part, the cursory pole is located one section of floater body top and is called the float tail, one section that is located the floater body below is called the float foot, the floater body floats in the surface of water, whether biting the hook of fish is judged to the draft that floats the tail through the surface of water, the person of fishing is staring the easy visual fatigue of float tail position for a long time, if the little fish bite the hook makes and floats tail draft unobvious, the person of fishing still misses the opportunity easily, influence the fish rate of getting on the hook. In addition, in order to facilitate night fishing, the float rod in the prior art usually adopts an electronic light-emitting fiber rod, the micro battery supplies power to the diode, and the float tail can emit light.

Disclosure of Invention

In view of the above-mentioned shortcomings of the prior art, the present invention is directed to provide a seismic vane for day and night use, which can clearly distinguish the fish bite during day fishing and night fishing.

In order to solve the technical problems, the invention adopts the following technical scheme:

the invention relates to a day and night dual-purpose seismic buoy which mainly comprises a floating ball body and a floating rod, wherein a through-type through hole is formed in the middle of the floating ball body from top to bottom, the floating rod penetrates through the through hole, the floating ball body can move up and down relative to the floating rod, and a counter-force component is arranged between the top or the bottom of the floating ball body and the floating rod.

The float rod is provided with a light source, and the float body is light-proof.

The floating rod is an electronic luminous fiber rod.

The reaction force component of the invention is a reaction force spring or a magnetic pole reaction force space formed by two groups of magnets with the same poles opposite.

The invention has the beneficial effects that: the floating ball body and the floating rod can move relatively, the counter-force assembly arranged between the floating ball body and the floating rod can generate certain counter-force after the floating ball body and the floating rod move relatively, the floating rod can reset after the floating rod moves, and a fish can eat deeper under the action of the counter-force and is not easy to unhook. The floating rod is pulled down under stress and moves relative to the floating ball body, so that large-area water ripples can be generated on the water surface in the daytime, and the enlightenment effect of fish biting is achieved; and can start the luminous function of cursory pole when night, cursory pole atress pull down with floater body relative activity, make luminous floating the tail and sheltered from by the lightproof floater body, make the light disappear in the twinkling of an eye, can play striking inspiration for the person of fishing equally. According to the same structure, the buoy has striking action effects in the day and at night, so that a fisherman can conveniently identify the buoy, and the fishing rate of fishes is improved.

Description of the drawings:

FIG. 1 is an embodiment of the present invention employing a spring reaction assembly;

FIG. 2 is another embodiment of the present invention employing a spring reaction assembly;

fig. 3 is an embodiment of the present invention using a magnetic pole reaction space.

The specific implementation mode is as follows:

the invention will be further described with reference to the accompanying drawings.

Referring to fig. 1, the invention relates to a day and night dual-purpose seismic wave buoy which mainly comprises a floating ball body 1 and a floating rod 2, wherein the floating ball body 1 and the floating rod 2 are assembled after being prepared separately, a through hole penetrating from top to bottom is formed in the middle of the floating ball body 1, the floating rod 2 penetrates through the through hole, the floating ball body 1 can move up and down relative to the floating rod 2, and a counter force assembly 3 is arranged between the top or the bottom of the floating ball body 1 and the floating rod 2. The float rod 2 is provided with a light source, so that the float rod 2 can float the tail to emit light, at least one section of the tail which can enter the float body 1 under the limitation of the counter force component 3 can emit light, the preferred float rod 2 is an existing electronic light-emitting fiber rod, the micro battery 4 can be inserted as required, the float rod 2 can emit light, and the float body 1 is light-proof. The bottom of the floating rod 2 is fixed with a connecting ring 21, and the fishing line passes through the connecting ring 21 to be connected with the fishhook.

When the fishing device is used in daytime, when the floating rod 2 is pulled down by external force, the floating rod 2 acts relative to the floating ball body 1, the position of the floating ball body 1 is almost unchanged, the floating rod 2 can drive water flow to form water waves, a fisher can clearly see that the water waves are diffused around the floating ball body 1, can know that a fish bites the hook, and can pull the rod to take up the line instantly;

when using night, start the light source of cursory pole 2, make cursory pole 2 luminous, when cursory pole 2 receives external force drop-down, cursory pole 2 moves for

floater body

1, 2 upper portions (float the tail promptly) of cursory pole get into floater body 1 center completely, luminous float the tail and receive the sheltered from of lightproof floater body 1, the light that is located the surface of water disappears suddenly, the fisher can clearly know has the fish bite, can receive the line by the pull rod immediately.

Specifically, the reaction force component 3 can be a reaction force spring, and has two embodiments:

one is that a spring 31 is fixed on the upper part or the top of the floating rod 2, and the spring 31 is connected with the top of the floating ball body 1, when the floating rod 2 is pulled down by force, the spring 31 can be compressed, the vibration force generated by the compression of the spring 31 and the pulling-down vibration of the floating rod 2 can drive nearby water flow, so that the water surface on the upper part of the floating ball body 1 forms water ripples; meanwhile, the floating tail can enter the middle part of the floating ball body 1, the floating tail can be identified by referring to water ripples and the depth of the floating tail entering the floating ball body 1 in daytime, the light source of the floating rod 2 can be turned on at night, and the light source can be conveniently distinguished when the luminous floating tail enters the floating ball body 1 and is shielded; in addition, the spring 31 can generate a counterforce after being compressed, can be bounced reversely to pull the floating rod 2 to rise upwards, so that the fishhook can go deep into the fishmouth, and the unhooking probability of the fish is reduced.

Another is that a spring 31 can be fixed on the lower part or the bottom of the float rod 2, as shown in fig. 2, and the spring 31 is connected with the bottom of the float body 1, when the float rod 2 is pulled down by force, the spring 31 will be stretched, and the vibration force generated by stretching the spring 31 and the pulling-down vibration of the float rod 2 will drive nearby water flow, so that the water surface on the upper part of the float body 1 forms water waves; meanwhile, the floating tail can enter the middle part of the floating ball body 1, the floating tail can be identified by referring to water ripples and the depth of the floating tail entering the floating ball body 1 in daytime, the light source of the floating rod 2 can be turned on at night, and the light source can be conveniently distinguished when the luminous floating tail enters the floating ball body 1 and is shielded; in addition, the spring 31 can generate a counterforce after being stretched, and can be reversely bounced to pull the floating rod 2 to rise upwards, so that the fishhook can go deep into the fishmouth, and the unhooking probability of fishes is reduced.

The counter force component 3 can be a magnetic pole counter force space formed by two groups of magnets with the same poles facing each other, as shown in fig. 3, namely, the top of the floating ball body 1 is provided with a first magnet 30, the upper part or the top of the floating rod 2 is provided with a second magnet 20, the same poles of the first magnet 30 and the second magnet 20 repel each other, namely, the upper surface of the first magnet 30 is an S pole, the lower surface of the second magnet 20 is an S pole, a counter force (repulsive force) space can be formed between the first magnet 30 and the second magnet 20, when the floating ball body 1 floats on the water surface, the floating rod 2 compresses the counter force space under the action of the counter force space, the floating rod 2 is pulled down to vibrate to drive nearby water flow, and water waves are formed on the water surface on the upper part of the floating ball body 1; meanwhile, the floating tail can enter the middle part of the floating ball body 1, the floating tail can be identified by referring to water ripples and the depth of the floating tail entering the floating ball body 1 in daytime, the light source of the floating rod 2 can be turned on at night, and the light source can be conveniently distinguished when the luminous floating tail enters the floating ball body 1 and is shielded; in addition, when the reaction space is compressed to the limit, reaction force can be generated, the floating rod 2 can be pulled to rise upwards by bouncing reversely, so that the fishhook can go deep into the fishmouth, and the probability of fish unhooking is reduced.

The reaction space elasticity that two magnets formed is less, can also increase a set of magnet, and the magnet of the top is connected with float rod 2, and the magnet of the below is connected with floater body 1, and it is just right to manage through float rod 2 between three sets of magnets, can increase reaction space's elasticity, is fit for different waters and different fishes.

It is to be understood that the technical scope of the present invention is not limited to the contents of the specification, and that modifications or changes may be made by those skilled in the art based on the above description, and all such modifications and changes are intended to fall within the scope of the appended claims.

Claims

1. The utility model provides a dual-purpose seismic buoy day night mainly has floater body (1), cursory pole (2), its characterized in that: have the run-through-hole from top to bottom in the middle of floater body (1), float pole (2) pass the through-hole, make floater body (1) can be for float pole (2) activity from top to bottom, set up counter-force subassembly (3) between the top or the bottom of floater body (1) and float pole (2).

2. The seismic vane for day and night use according to claim 1, wherein: the floating rod (2) is provided with a light source, and the floating ball body (1) is light-proof.

3. The seismic vane for day and night use according to claim 2, wherein: the floating rod (2) is an electronic luminescent fiber rod.

4. A day and night seismic vane as claimed in claim 1, 2 or 3, wherein: the counter force component (3) is a counter force spring or a magnetic pole counter force space formed by two groups of magnets in opposite homopolarity.