JP3182375U - Adjustable float - Google Patents

Abstract

The present invention provides an adjustable float that is related to the float of a fishing tackle and can adjust the size and inclination angle of the buoyancy.
An adjustable float includes a lid body and a floating body, and the lid body has at least one elastic component disposed therein. The floating body 2 has at least one accommodation installation tank 22 at one end, and the accommodation installation tank 22 corresponds to the elastic component 12. The accommodation installation tank 22 can be fitted and combined with the elastic parts 12, and the accommodation installation tank 22 can accommodate and install weight parts. The user can place the weight component in the housing installation tank 22 of the main body 2 and adjust the float to an ideal center of gravity. After the adjustment is optimized, the elastic part 12 in the lid 1 is fitted into the accommodation / installation tank 22 of the floating body 2 and the weight part is pressed and fixed tightly.
[Selection] Figure 3

Description

  The present invention relates to floating of fishing gears, and relates to floating with adjustable buoyancy and tilt angle by a unique structural design.

There are three types of floats:
The first type is conical float, also called Awa float and Dankaku float.
The second type is chili floating.
The third type is floating in water.
Conical float and chili float are divided into model numbers. Each model number ranges from small (light) to large (heavy), and is generally divided into 8 grades.
The alphabet is B, and 1B, 2B, 3B to 8B are used, indicating that there are 8 types of floats with different sizes in the same model number.
Thus, when fishing, the user can select and use an appropriate float according to the fishing set, the water situation, and the fish situation.

The above three types of floating materials include paulownia wood, cedar wood, balsa wood, and industrial plastic.
In general, the weight is firmly adhered using cast copper parts and is prevented from being rusted by being immersed in seawater.
Generally, the upper half of the float is painted with a bright fluorescent red color so that the movement can be clearly seen even on the undulating water surface.
This allows the user to clearly observe the fish movement reflected in the float after the fish has eaten the bait.

As shown in FIG. 1, it is often said that the general dandruff float 9 can stably stand upright in waved water.
Thereby, when a user fishes, the whole fishing line can be prevented from becoming a Z shape unsuitable for fishing.
The Z-shape has a negative effect on all the fishing operations such as fishing rod and fishing line control, grasping the depth of the fishhook, shaking the bait, inviting the fish and transmitting the fish movement.
In addition, if the dandruff float 9 drifts without shaking at all and keeps an upright position at any time, its sensitivity is inevitably lowered.
Since the upright position cannot correspond to the position of the main yarn 7 having an inclined shape, a loss of effective attractive force is caused.
As a result, the force of the dandruff float 9 decreases and the sensitivity also decreases.
If the dandruff float 9 sways up and sways like a spill, it will affect the user's accurate judgment on the movement of the fish and will also reduce the sensitivity required for fishing.
Therefore, the stability may not be too high or too low, and it cannot be said that it is just good unless it is in a proper swinging condition.

In view of the above, “Shatan-dori” was developed.
Not only does it need to be considered for its stability, it also transmits the biting force on fish food directly, smoothly, with low friction, without loss, and with good water entry, it is also more sensitive.
Also, those having an inclination of 60 °, 45 °, and 30 ° can be selected according to the flow rate.
However, the changes in the water situation and the fish situation are diverse, so if you want to use a dedicated tancho float according to each water situation and fish situation, there are so many kinds of tancho float 9 Must be prepared.
In other words, the user needs to purchase each type of tansaki float 9 and is very troublesome in terms of carrying and replacement, and is inconvenient and economical to use.
The present invention has been made in view of the above-described drawbacks of the conventional dandruff float.

  The problem to be solved by the present invention is to provide an adjustable float capable of adjusting the size and inclination angle of buoyancy by a unique structural design.

In order to solve the above problems, the present invention provides the following adjustable float.
The adjustable float is provided with a lid and a floating body, and the lid is provided with at least one elastic part on the inner side, and has a first combination structure on the inner edge of the lid.
The floating main body has at least one accommodation / installation tank at one end, the accommodation / installation tank corresponds to the elastic part, and the accommodation / installation tank can be combined with the elastic part.
The accommodating and installing tank can accommodate and install a weight component, and the elastic component can hold the weight component.
As a result, the weight component is fixed in the storage installation tank and does not swing in the storage installation tank due to an external force, so that the stability of the center of gravity in the water of the adjustable floating is not affected.
The floating body has a second combination structure at a side edge of one end that opens the storage and installation tank, the second combination structure corresponds to the first combination structure of the lid, and the second combination structure is Combined with the first combination structure.
An air chamber is provided in the lid body and the floating body, and the adjustable float can obtain sufficient buoyancy by the air chamber and float on the water surface.
A thread path is provided in a penetrating manner in the lid body and the floating body, and the thread path penetrates the lid body and the floating body.
The yarn path has openings in the first and second perforations of the lid and the third and fourth perforations of the floating body.
The yarn path penetrates the main line of the fishing line from the first hole to the fourth hole through the second hole and the third hole.
When a user performs fishing using the present invention, the weight part is placed in the storage tank of the floating body according to the water situation, the fish situation, or personal preference, and the floating body is placed in an ideal center of gravity. Can be adjusted to the state.
When the adjustment is in an optimal state, the elastic part in the lid is fitted into the storage and installation tank of the floating main body, the weight part is pressed and tightly fixed, and the first combined structure and the second combined structure The lid and the floating body are combined with each other.
Next, the main yarn and the child yarn are passed through the adjustable floating yarn path, and finally fishing can be started after adjusting by combining other parts.

  The adjustable float of the present invention is economical because the user can adjust the float depth, upright or tilt, and even tilt angle at any time, and the structure is simple and has high durability. Suitable for mold production, easy to manufacture, suitable for mass production, and has a very ideal structure.

It is a three-dimensional external view which shows the implementation state of the conventional dandruff floating. It is a three-dimensional external view of the present invention. It is a sectional structure figure of the present invention. It is sectional structure drawing which shows the implementation state of this invention. It is sectional structure drawing which shows another kind of implementation state of this invention. It is sectional structure drawing which shows the further another implementation state of this invention. FIG. 6 is a cross-sectional structure diagram showing still another type of implementation state of the present invention.

  The best mode for carrying out the present invention will be described below in detail with reference to the drawings.

  As shown in FIGS. 2 to 4, the adjustable float according to the present invention includes a lid 1 and a float body 2.

At least one elastic component 12 is installed inside the lid 1.
The elastic component 12 is a spring and includes a first combination structure 11 on the inner edge of the lid 1.
The first combination structure 11 is a flange.

The floating main body 2 opens at least one storage installation tank 22 at one end.
The accommodation installation tank 22 corresponds to the elastic part 12, and the accommodation installation tank 22 can be assembled by fitting the elastic part 12.
The accommodation installation tank 22 can accommodate and install the weight component 4.
The elastic part 12 presses the weight part 4 so that the weight part 4 is fixed in the accommodation / installation tank 22 and does not move in the accommodation / installation tank 22 even under the influence of water flow or other external force. The stability of the center of gravity in floating water is not affected.

The weight component 4 is a lead sphere.
The floating main body 2 includes a second combination 21 structure on a side edge of one end where the accommodation installation tank 22 is opened.
The second combination structure 21 corresponds to the first combination structure 11 of the lid 1.
The second combination structure 21 is combined with the first combination structure 11.
The second combination structure 21 is a concave edge.

An air chamber 3 is provided in the lid 1 and the floating body 2.
The adjustable float by the air chamber 3 can obtain sufficient buoyancy and float on the water surface.
In the lid body 1 and the floating body 2, a yarn path 111 is installed in a penetrating manner.

The yarn path 111 passes through the lid body 1 and the floating body 2.
The yarn path 111 has openings in the first perforation 10 and the second perforation 100 of the lid body 1 and in the third perforation 20 and the fourth perforation 200 of the floating body 2.
The yarn path 111 penetrates the main line 7 of the fishing line from the first hole 10 to the fourth hole 200 through the second hole 100 and the third hole 20.

Further, a sealing component is provided between the first combination structure 11 of the lid body 1 and the second combination structure 21 of the floating body 2 and between the second perforation 100 of the lid body 1 and the third perforation 20 of the floating body 2. Add (not shown).
The sealing part is a rubber packing, and the gap between the first combination structure 11 and the second combination structure 21 and the second perforation 100 and the third perforation 20 can be sealed by the sealing part.
As a result, the combination can be made tighter, moisture can be prevented from entering into the adjustable float, and corrosion of the components in the adjustable float due to moisture (such as rusting of elastic parts) can be prevented.
If water erodes the components in the adjustable float, the service life of the adjustable float will be shortened, or if the launch affects the center of gravity of the adjustable float, the center of gravity will deviate from the initial setting. It will affect the efficiency of fishing.

As shown in FIGS. 2 to 5, when fishing using the present invention, the user floats the weight component 4 in the accommodation tank 22 of the main body 2 according to the water situation, fish situation, or personal preference. Put in.
Thereby, the floating main body 2 is adjusted to an ideal center of gravity.
When the adjustment is in an optimal state, the elastic part 12 in the lid 1 is floated and fitted into the accommodation / installation tank 22 of the main body 2, and the weight part 4 is pressed and fixed tightly.
In addition, the lid 1 and the floating body 2 are combined with each other by the first combination structure 11 and the second combination structure 21.
Next, the main yarn 7 and the child yarn 71 on which the floating stopper 5 and the shimo ball 6 are arranged are passed through the adjustable floating yarn path 111.
Finally, after adjusting by combining other parts, fishing can begin.

As shown in FIGS. 3 and 5, four accommodation installation tanks 22 are installed in the floating body 2.
An example of the weight component 4 is a lead ball.
When the user wants to make the adjustable float stand upright on the water surface 8, one lead ball is placed on average in each of the four accommodation installation tanks 22.
This allows the weight to be lightly balanced and the adjustable float to float upright on the water surface 8.
By floating upright on the water surface 8, the adjustable float can be clearly seen, and the weight method is excellent in visibility.

As shown in FIGS. 5 and 6, when the user sets the adjustable float upright and sinks it to the water surface 8 to expose only the surface of the lid body 1, each of the four storage installation tanks 22 is averaged. Put three lead balls.
Accordingly, since the weight becomes relatively heavy, most of the main body of the adjustable float sinks below the water surface 8, and only the surface of the lid 1 is exposed to the water surface 8.
In such a deep submerged state, even if the adjustable float is pulled slightly downward, it is immediately submerged in water, so the sensitivity is extremely high.
The user can accurately determine the movement of the fish by the adjustable float that momentarily immerses in the water.

As shown in FIGS. 5 and 7, when the user wants to float the adjustable float in a state inclined to the water surface 8, two lead balls are put in one place in the four accommodation installation tanks 22.
The adjustment type float naturally exhibits an inclined shape on the water surface 8 by having only one weight.
When the adjustable float is inclined, the main line 7 and the child line 71 of the fishing line do not exhibit a “Z” shape unsuitable for fishing with the adjustable float.
This not only makes the transmission of the force that the fish has eaten in the bait more directly and quickly, but also causes a situation where the transmission of the movement of the fish is reduced due to friction between the main thread 7 and the thread path 111. There is no.
Therefore, the user can observe the tilt direction of the tilted adjustable float to determine whether the fishing equipment is affected by the two-phase flow of the water flow, or whether the fishing equipment follows the water flow and the needle is at the forefront and the float follows the back. It can be determined whether or not it is in a proper state.

As described above, the user can flexibly adjust the tilt angle of the adjustable float using the weight.
This eliminates the need for the user to worry about the changing water and fish conditions, and eliminates the need to purchase various expensive conical floats depending on the fishing situation.
In other words, with only one adjustable float of the present invention, it can be used in various situations that can be transformed, and it is easy to use, easy to operate, economical, and convenient to carry. You can start.

The adjustable float according to the present invention has a characteristic that it can be freely adjusted, and can easily be replaced with various conventional troublesome floats, so that the production amount of the floated product can be effectively reduced.
As a result, the floats that are discarded can be reduced indirectly, which can contribute to reducing the amount of garbage and can also achieve the effect of being environmentally friendly.

  The names and contents of the present invention described above are only used for explaining the technical contents of the present invention, and do not limit the present invention. All equivalent applications based on the spirit of the present invention, parts (structures) conversion, replacement, and quantity increase / decrease shall be included in the protection scope of the present invention.

DESCRIPTION OF SYMBOLS 1 Cover body 10 1st drilling 11 1st combination structure 12 Elastic component 100 2nd drilling 111 Yarn path 2 Floating body 20 3rd drilling 21 2nd combination structure 22 Accommodating installation tank 200 4th drilling 3 Air chamber 4 Weight component 5 Floating Stop 6 Shimori ball 7 Main yarn 71 Child yarn 8 Water surface

Claims (6)

With a lid and floating body,
The lid body is provided with at least one elastic part on the inside, and the lid body inner outer edge has a first combination structure,
The floating main body has at least one storage / installation tank at one end, the storage / installation tank corresponds to the elastic part, and the storage / installation tank can be combined with the elastic part. The installation tank can accommodate and install weight parts, and the floating main body has a second combination structure at a side edge of one end that opens the storage installation tank, and the second combination structure is a first combination structure of the lid body. The second combination structure is combined with the first combination structure, and an air chamber is provided in the lid body and the floating body, and a yarn path is installed in a penetrating manner. The adjustment passing through the lid and the floating body, and the yarn path has openings in the first and second perforations of the lid and the third and fourth perforations of the floating body Floating expression.   The adjustable float according to claim 1, wherein the elastic part is a spring.   2. The adjustable float according to claim 1, wherein the first combination structure is a flange and the second combination structure is a concave edge.   The adjustable float according to claim 1, wherein the weight component is a lead sphere.   Further, a sealing part is additionally provided between the first combination structure of the lid and the second combination structure of the floating body and between the second perforation of the lid and the third perforation of the floating body. The adjustable float according to claim 1.   The adjustable float according to claim 5, wherein the sealing part is a rubber packing.

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