JP2003310120A - Chum chamber-built-in type self-standing float - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve problems that a basket-attached terminal tackle, a basket- attached fishing float or the like is used for conventional angling, when cast to a far point, thereby is heavy and bulky, needs a strong and hard fishing rod and often causes the entanglement of a fishing line due to the complicated structure and terminal tackle. <P>SOLUTION: This chum chamber-built-in type self-standing float is made by disposing a chum chamber 6 for receiving chums and a hole 3 for receiving or releasing the chums therethrough in a self-standing float, and can carry the chums, even when the float is a small lightweight float capable of being cast with a lightweight and flexible fishing rod. The structures of the float and the tackle are more compact than conventional those, and can therefore prevent the entanglement of a fishing line. <P>COPYRIGHT: (C)2004,JPO

Description

Description: BACKGROUND OF THE INVENTION [0001] 1. Field of the Invention
Means fishing, especially coastal and offshore single and recreational fishing
The present invention relates to a fishing broom used for fishing. 2. Description of the Related Art A conventional fishing boat (float) is used.
Various shapes and dimensions according to the location, usage and target fish species
・ Some were heavy. Hideto Mori's "Science of Fishing 2
Chapter 5 Science of Fishing Equipment Section 5 Science of Uki (issued in 1981)
According to Kodansha), these ukiyos are seen by Ushinobu
・ Fixed bait to tana (fish feeding layer) ・ For transfer
Weight function, water depth measurement, type and size of fish,
Mainly to determine whether the food is up or down,
There are three functions. Fulfill these functions, fishing
Among the ukis manufactured according to the place and the target fish species,
The uki used for fishing is currently in the center as shown in Figure 2.
There is a hole in the vicinity for passing fishing line, so-called inside
The through-uki is the most, followed by the lower part as shown in Figs.
A rod with a ring that can be used by passing or tying fishing line to the provided ring
There are many uki and spherical uki. Uki shape and fishing tricks
About "fishing" by Kimio Abe, Junnosuke Hayakawa, and Adult Makihata
Rin no Kiseki (published in 2000, Saitosha). This
Most of these uki are in places such as beaches, wharfs, boats, etc. where there are anglers.
From the site, throwing bait and bait on the sea surface with a special input ladle, etc.
Enter, collect and activate fish, and distribute the fish
In the sea to be clothed, with a fishing hook tied to the fishing line
Mix the bait and feed the fish to the fish
It is used in so-called swell fishing.
Performs the functions described above, and is suitable for fishing areas, target fish species, usage, etc.
The shape, size, weight, and buoyancy of the uki made
Although there are various ideas, etc., in general, floating on the water surface
The weight is built-in so that it is biased to the side you want underneath,
Self-sustained type that is easy to fly, has autonomy and has a stable posture
Uki is the most. The shape can be spherical or almost spherical
The cross section is almost elliptical, but when it floats on the surface of the water
The through-hole axis for passing through is vertical and horizontal and diagonal
Of, at least a part of the cross section is often a truncated cone, etc.
Combination of curves and straight lines of these cross sections
Commonly known as uki, acorn uki, skipping uki, etc.
Very much. The following are representatives of self-sustaining squab fishing
Then, I will explain in the middle through. The feature of the through uki is the middle
By using a fishing line through the hole near the center, fishing at the time of insertion
Small entanglement with thread and device
Since there is little resistance, it is easy to use long throws.
It is also remarkable for sticks and sticks. In the middle
The holes were initially made from materials such as paulownia wood, balsa wood, and resin foam.
Through the fishing line.
Grooves, which can cause wear and tear.
A resin or brass pipe is passed through as shown in Fig. 5
Was devised. In addition, quickly set up fish with fish
To improve fishing line slippage and abrasion resistance
As shown in Fig. 6, around the entrance hole through which the fishing line passes
With metal wear-resistant material and ceramic ring
Things are made, and the latest type, when feeding more fish
When the fishing line is pulled, it gives an uncomfortable feeling due to the load of the uki
For the purpose of feeding the food with a sharpness without
Attach a ceramic ring to both the entrance and exit of the hole
Use a slippery material on the material of the
A device employing a fluorine resin or the like is also devised. External
It's not just a trick, it's better to ride the tide,
By reducing the area, the resistance to fish signals can be reduced
In addition to the hole through which the fishing line passes,
There are also ukis as shown in FIGS. As well
However, there are variations in density due to internal ideas, and
For wood that is difficult to control (also called residual buoyancy or residual buoyancy)
Material management using special resin with low specific gravity for seawater
Strictly to improve the accuracy of buoyancy, or as shown in FIG.
Durable resin or metal is used for the outer shell, and buoyancy is provided inside.
What is obtained in an air chamber or the like is also devised. Usage and
In recent years, fishing that emphasizes the function of exploring tana
As a uki which corresponds to the direction, it stops with a fishing line (road line)
We recommend a mechanism that allows you to move freely without attaching
Is made small from the beginning, and the line is stretched by a little fish
By pressing and the sliding friction force between the thread and the through hole.
There are many things that sink or move in the water. This c
Usage that does not use key stoppers is commonly known as all
It is called an all-moving gimmick and feeds bait and gimmicks to any depth.
It depends on the fishing line operation of the angler, and the depth is continuous
It is possible to change the target fish species and the target fish easily
Popular because it can change the size. Also, through the thread
By inserting a toothpick etc. in the hole of the uki, the gap between the through hole and the toothpick
The method of fixing the uki with the yarn inserted is known as the fixed specification.
It is called hanging, and in the case of all movements, the relative slip between the road thread and the uki
Boasting high sensitivity, while reducing the sensitivity of the sinking sun
There is a limit to the degree of freedom in the depth direction. Change the depth of the target Tana
When removing, temporarily remove the fixing to the yarn by using a toothpick, etc.
You can change the mounting position and fix it again.
The length of the device, that is, the total length up to the fishing tension
When the length of the pole is exceeded, reel the reel in to catch fish
A guide through which the thread passes through the fishing line provided on the fishing rod when winding
The fishing line can no longer be wound and catches fish.
It is difficult to insert. Therefore, in the case of a fixed device, aim
The depth of the tana is usually limited to the length of the rod.
U. Between the two, the appropriate position of the line on the rod side of the uki
Smaller than the hole diameter of the fishing rod guide
With a backstop (thread) larger than the diameter of the cell ball hole
Attach a hole below it called a cell ball or shimori ball
Attach the ball in a floating manner and set it free until it stops
Submerge, cell ball and uki hit in series to stop uki and line up
In the same way as the fixed device, the movement of the uki to the rod side is restricted.
The usage that stops is commonly referred to as a semi-idling device. this
Has a floating limit on the upper side of the device
However, it is possible to freely move underneath. Way thread
When winding the reel on the reel
There is no problem with winding because it passes through the hole of
The cell ball that cannot pass moves to just above the uki. Therefore
The depth of tana feeding the device is at the position where
Determined, there is no limit on the depth, but when changing the depth
You have to shift the stop. FIG.
1 shows an example of a hanging system. Under the uki in the middle,
In addition, a submerged umbrella is attached to prevent the stability of
Synchrony, so-called tide riding, may be improved. This c
If you remove the locking thread and cell ball from the road thread,
In the same way, inserting a toothpick etc. into the through hole of the uki
Is fixed by sandwiching between a hole and a toothpick. this
In the through-type uki that is used in various ways,
There are no restrictions on how to use the squid fish,
Used by assembling into a fixed / semi-moving / all-moving system on the side
It is supposed to. However, expensive ceramic ring
Uki with good slippage of the road yarn that adopts
Smooth dropping of the thread and resistance of the fish when feeding
Many people claim that there is little discomfort due to (load)
No. In addition, the above-mentioned ring-shaped uki is the lower ring or below it.
Metal fittings (Sarkan, untwisted)
Etc.), and if a thread is passed through it, it can be either full or half floating.
It can be used as a device in the street, and it is used by connecting
If you use it, it becomes a fixed mechanism. Next, let's go
The method is the same as that for bait with fishing tension as described above.
It is important to adjust the pitch,
An important point, often an inflection point for the entire line
So that you can spread the bait on the sea near the head of
Around the shore (mainly on the tide side)
is there. The scattered bait is the shell of kami, krill, etc.
Dedicated powdered mixture of various kinds of shells, feed and fish-collecting components
Products and their mixtures so that they can be easily thrown in
A mixture with seawater is often used. Target fish species and inputs
Type, specific gravity, and mixing according to the distance, method, etc.
It is important to change the condition and use it properly
Is a point. The most important function of the uki
It is said that the fisher
Time until they feel uncomfortable and discharge bait and tension
The longer the stroke, the bigger the sinking stroke is
Easy to use, the latest uki has slightly reduced buoyancy from the beginning
And settle down slowly, so-called underwater
What is also called for all floating uki and all layers that behave
There are many. This is one of the functions of the uki
It can be considered that Noh was extended especially underwater and strengthened.
In addition, the volume is small, the buoyancy is almost zero or minus,
What is called "uki" when it moves in the inside with little resistance
There are many. In all of Ushino, the surface of the water and the underwater uki are visible.
You can see it in the change of the speed of the movement and you can not see it
If the fishing line tension changes or the fishing rod is bent,
come. Regarding buoyancy, some have various adjustment mechanisms
Most of them are fixed buoyancy type and are set in steps.
Select one to use. Then, set it in advance
When using smaller than specified,
Attach the weight to the fishing line below, or above the uki
Loosely wind a linear weight around the yarn
Fine adjustment with a barrel is possible. Suitable for these float fishing
No. 2 fishing rods are thinner and lighter than No. 2 recently.
It is hard to be tired even if you hold it for a long time and it is soft
Even when using a thin road thread or harris, the shock when operating the rod
In many cases, a thread that does not break easily is selected. Weight saving
And the weight when holding with slenderness, so-called not to hold
Is an important point for fishing rods for fishing
Soft rods are becoming mainstream in quantity. It uses
Fishing by maintaining the concentration comfortably by reducing the load on the elderly
In order to be able to do it and with the progress of fishing line, it looks like a fish
Because the tensile strength has been increased even for fine yarn.
You. However, if the yarn is pulled slowly, it is strong enough.
However, if you apply a sudden load with a hard rod at the time of
Because the area is small, it easily exceeds the strength limit,
Is cut. So, in order to use fine thread well,
Inevitably a soft pole is needed. Meanwhile, fish
Where there is so-called point far away, sow bait
It is almost impossible to put
Not possible in case of However, if the tide is flowing in that direction
Indirect effect of flowing on the tide from the near side
There are bad ways. Such fishing places and distant from the shore
When aiming for fish migrating points, it is called basket fishing.
I often do fishing. For example, rock cage fishing for medina
According to the "fishing device", the standard as shown in FIG.
Fishing with a trick, a bait on a nylon basket, and a fishing line
Put the bait with the resilience into a small inverted basket
I do. However, the basket is out as a branch and
・ The weight of nylon baskets and small inverted baskets is dispersed
This makes the device easy to get entangled and difficult to throw in.
Except in the case of aiming for type migratory fish etc.
Fishing is getting less. Figure used uki
A small, non-self-supporting medium-sized foam material such as 15
And soft) and resin hollows as shown in FIG.
Simplifies the mechanism and centralizes the weight to reduce entanglement
And aiming for relatively shallow tana, as shown in FIG.
One is open to the ball made of buoyancy material and the other is
Attached with a cylindrical basket with holes connected to the sphere
The inventor of the mold was devised, and the complicated device shown in FIG.
Instead of being devised. The basket is near the sea surface with the uki
Because it stays, I will temporarily call it the upper basket inverted
FIG. 18 shows a mechanism using the key. This uki is thrown
At the time of hanging in front or just before landing, the ball part is down, after landing
Since the ball part is on the top, it is not a through hole. how to use
As for the sword which was tied to bait and fishing line
Stuff the bait, throw it away using a fishing rod,
The buoyancy of the ball part is large,
Since the tenless steel wire frame and Sarkhan have no buoyancy,
Invert so that the basket is down like 19
It is thrown in. Hari put in the basket with the bait
The bait with the stiffness tied to the basket
Spilled from the river and mixed into the prey distribution,
Fish caught by feeding and feeding
Can be The starting point of the sow bait is the uki on the water surface,
This fishing method that floats and activates and fishes is a distant point
It can be said that it is a fishing method for fishing in the sea. In this basket with basket
Is a ball part that generates buoyancy for stable long throw
It is big and heavy. This is at the time of insertion, for example, at some point
In the state of flying in the air horizontally, it is heavy as shown in FIG.
This is because the ball start portion comes first. No special mechanism
Solids with little influence of air resistance fly freely in fluids
In this case, the side with the center of gravity is
In the flight direction. Therefore, a basket and packed into it
To prevent the center of gravity from shifting toward the sowing bait,
Even low-density timber with power has a large volume and weight,
It is also the reason that the basket is exposed to wind pressure and the bait is scattered
Ball prevents. As a result, if you put the basket and the basket together
As a whole, it's big and heavy
You. However, it is more compact and heavier than the device of FIG.
The mind is stable, easy to throw and the distance greatly increases. the aim
The depth of the tana is a bait with a tension tied to the fishing line
So that it can be kept in the basket with the bait,
Are often entangled, the shorter and the thicker the thread
Peg. Fishing line on the sarkan attached to the center of the steel wire part
Do not tie and fix, just pass through the hole and use
Use of semi-floating type with buki stop and shimori ball attached to road thread
It is possible to increase the depth of the attacking tana
You. The target fish when using the inverted basket is
Floating or migrating to a depth of several meters from the surface,
A fish called a loose fish or a blue fish, such as medina or black porgy
・ Isaki, Hiramasa, etc.
Combine. The shape of the uki that generates buoyancy is
Instead, for example, as shown in FIG.
And call it a basket with a nylon basket underneath.
There is also a basket inverted basket. This type is shown in FIG.
The net part is smaller than the one and the basket part is a coarse mesh of nylon yarn.
Lightweight in the eyes, low buoyancy and inertial mass
Sensitivity is high, but the center of gravity when packing the food is close enough to the uki side.
The flight is stable compared to the uki in Fig. 17
And the air resistance of the basket part is large, so
Not good. In addition, as shown in FIG.
Is made of buoyancy-generating material with low specific gravity, and the bottom is covered with a net.
Therefore, a barrel-shaped one with an open top is also devised.
After the barrel-shaped uki is inserted, the posture is as shown in FIG. 23, and the operation is as described above.
It is the same as the upper basket inverted uki. In any case, less
Both the baskets and barrels are large in size,
It is heavy in the state where it was put. This is in accordance with the attitude at the time of
Besides the fluid dynamics concerns,
There is also a reason that I want to transport as much as possible
You. For this reason, the fishing rod used for input is
The thick and strong one on top was appropriate. The number of fishing rods is
The bigger the device, the bigger the device, such as uki, weight, basket, etc.
Since then, correspondingly thick threads have been used. Slim and lightweight 2
Introduce these heavy tricks using a fishing rod below
If you try to do so, the force received by the rod during the throwing operation is large,
If it is too flexible to fly or the rod breaks,
The mechanism is heavy when entangled.
There is a danger that the fishing line on the reel side, so-called
There was ruggedness. Relatively light and thin fishing with upper basket method
An example of a rod that can be used is
Recently, as shown in FIG.
It is devised to provide a feed chamber which can be divided.
Conventionally, a small through-ball ball called a ball ball is connected.
Squid and flying uki used in fishing
There were many gimmicks such as combinations of uki, but aim for a long distance
In some cases, the spread fishing method often prevents the bait from reaching
It is thought that it was devised. In this case, spherical
Through the transparent painted area and the translucent resin feeding chamber
There is a fishing line (nylon line) in which both sides of the fishing line
Sarkans are provided at the end. In passing the thread through the uki
There is no way thread on the upper sarkan and tension on the lower sarkan
Tie, but as a form of uki, it is open. Sarca
Outside diameter is larger than the through hole,
The fishing line through the hook is about 3 times the total length of the assembled uki
There is a length. The feed compartment is loosely fitted and the bottom
The diameter is enlarged, and the food is separated into lower cylinders as shown in FIG.
Stuff and fit into the body where the uki part and the upper cylinder are united.
Holes on the sides of the upper and lower cylinders that allow the bait to flow
Are provided in a row, in phase, and rotate relatively up and down
To change the area of the hole where the bait is released
It has become. Attach a fishing line to the upper sarkan
Connected to a pole and in a suspended position, as shown in FIG.
The side sarkans hit the through hole of the lower cylinder,
It is devised so that the lower cylinder does not come off. After entering the sea surface
The bait is slowly flowing from the hole opened on the side of the feeding chamber.
Get out and get a sailor swimming near the water. Of the lower
Connect a fishing line with a fishing hook to the Sarkhan
Feed the bait and feed it to Sayori in the distribution of the bait
And try to catch it. Specific gravity of sow bait is usually higher than seawater
Is slightly larger.
The spawning chamber to be formed is down, and there is some independence
However, if it spills, the resin material in the feed room will have a difference in specific gravity from seawater.
As it is small and has no special weight for self-support,
As a whole, the whole is turned obliquely like 27 and Sayori with shallow Tana
The fishing line is easy to stretch. Update this lower fishing line
Floating balls to make the fish signal easier to understand
There is also a device set added. Sayori is near the coast and
I'm migrating to a nearby area, so I'm going to cast a long distance
Stuff the bait to the maximum size of this uki with a sowing room.
Even with a light fishing rod around No. 2
It is. This oyaki for saori etc. is in a state with sowed bait
But compared to heavy flying fish for fishing
Only several times the weight is required. Sayori is basically hungry
Do not dive vertically and run sideways or jump from the water surface
You. Therefore, in order to give independence, inside and outside the bottom of the sowing room
When a weight is added to the fishing line, the fishing line
Rather, it hinders the horizontal stretching of the fishing line.
This delays the detection of fish signals. This uki has great buoyancy
It is enough to move the surface layer sideways even if you can
There is no need to reduce buoyancy. For this special reason
It is a uki with a feeding room opened on the side
The evolution to a general product for float fishing and basket fishing
I haven't. Sprout that can be handled with this 2 or 3 class fishing rod
Tana shallow, with the exception of a Sayori uki with a feeding room
An upper basket-type uki that can be cast far away to adapt to the target fish species
Because of the need to feed fish with bait,
Steel wire, baskets, etc.
With the built-in bait, the sowing used for fishing
Several times to tens of times heavier than those without bait carrying function
There are also many powerful fishing rods of No. 3 to 6 used. This
Submerge the baskets in the sea against the inverted baskets, etc.
In a fishing boat generally called basket fishing,
As shown in Fig. 15 and Fig. 16, in order to have sufficient buoyancy by itself
Most of them have no built-in weight. FIG.
FIG. 14 shows an example of a basket fishing tackle different from FIG.
The yarn passes through the inside of a through-type foam, mainly made of foamed resin.
And connected to the sarkans, with lots of tension underneath
Take a so-called body-attached device or a fake bait
Attach a weighted basket to the lower end. This is horse mackerel
A semi-swinging umbrella attached to the snake fishing device such as aiming
It is the same as the one, good for pier fishing etc. aiming at a distant place
Is being done. In addition, as shown in FIG.
There is a method of attaching a hook and attaching a bush under it, etc.
They also used half-moving uki for fishing on boats.
Same as attached. In both cases, fishing on the underside of the uki
Depending on the weight of the device attached to the thread,
When the ball holds the uki downward, it becomes independent
I have. This uki does not include a self-supporting or buoyancy-adjusting weight
Because it is light and the equipment under it is heavy,
It is possible to fly relatively stably. one
On the other hand, some of the uki used for boat fishing
A large bar-shaped uki that can't stand alone by itself
Etc. were devised, and each mechanism similar to the previous basket fishing method was taken.
Attaching, shedding, and attacking points, so-called uki-no-suki fishing
Used for In this case, put the tide off the boat
As it flows away, skip the trick with a fishing rod and poi
It is not thrown into the event. The buoyancy is the mechanism of baskets and weights
Withstand the weight of the fly plus the weight of the bait, and when the bait comes off
The height that appears on the surface of the water changes, so you can understand it well
This is Kinaki. The size of the uki is divided / assembled due to storage
It is so large that it stands upright,
It is possible to attack a distance of more than a meter. these
In most cases, the baskets are used semi-moving,
The attacking tana can be determined at the position where the backstop is attached, dozens of
It is possible even at the depth of a bottle. Attack deep Tana
Use a device with a large weight or weight
Swiftly feeds into tana, stretches the yarn and uses the load of the device
If the fish stands, the angler will know that you have reached Tana,
Move the fishing rod, stretch the line, convey the movement to the device, and scatter
Swing out the bait, bring the fish, feed the bait and hang
I will make it. Baskets and bicycles used in this system
In the trick called stuffed bait, it sinks freely
When going, do not release the bait, but sink by the buoyancy of the uki
Turns on and starts emitting only when is stopped
A so-called underwater reversing basket or a certain amount of force is
A mechanism that releases internal food into the sea only when added
A plastic weight built-in bush that incorporates
I have. In each case, only the tanna with fish effectively releases the bait
It is a device to put out. For these devices, do not use
If it is, it is the same as that used in normal boat fishing. Target
Fish species are amberjack, isaki, amberjack
Buri, mackerel, mackerel, etc., the target width is very large
It is possible to catch various fish species. As above
In addition, fishing methods using uki are many and varied,
Uki which is used together with the basket / bishi to be used with
Are also very versatile. [0003] The above-mentioned use of the uki
What is common to the various fishing methods used is seeing fish
And the use of sows and bait. The ground
Unlike terrestrial animals that act as action areas, they include the depth direction
In a vast ocean, the place where fish inhabit is
For example, it is limited by conditions such as food and habitat. feed
There are also many types of fish migrating for suitable water temperature. Its vast
Attach fishing bait to the bait in the area
To eat food, even if it sinks or sinks alone
The probability of encountering fish is small and the efficiency is very poor. Fish
By collecting and feeding, you can further stimulate the appetite of fish
In addition, it is necessary to use scattered / fed food. But before
In the swell fishing method and the basket fishing method described above, the distance of the point is all
The fishing grounds where two fishing methods are usually used are space
And time-separated. Common sense swell fishing
I don't do basket fishing while I do. This is basically
For swell fishing that wants to bring fish to fish, scattered bait far away
It is inappropriate to do basket fishing at the same time
Avoid collisions between both anglers
It is manner for purpose. Once the fish gather and feed
If you can sexualize, cycling fishing with fish nearby
Short run time, advantageous for catching, basket fishing is distance
However, since it is far, the cycle time is long and disadvantageous. But,
Since the basket fishing method attacks from a distance, you can see the angler in the fish
No, not easy to see. Because it actively follows the bait,
If the fish is high, you do n’t need to worry about the buoyancy
If the sowing bait and the bait are synchronized, it will hang and sink the uki
easy. How an angler looks from underwater nearby
Is Naoyuki Toyoda's “Come or be licked by fish Chapter 4
Science of fish behavior (published in 1992 by Kosaido)
Version) ”. Fishing offshore fish with refractive index and reflection on the water surface
This is advantageous because people cannot be seen. However, there are waves on the water surface
However, in the water there is a so-called salash that is caught by the waves.
Because it is often the case that the fish cannot be seen from near
There should be many. Also, fishing style
The fishing rods and gimmicks are lighter and more delicate,
Because it is less fatigued, it is overwhelmingly popular. However,
Under normal conditions, there is no problem in fishing at the fishing boat
There are some weather conditions that can not be done well. One of them is tailwind
Except for the case of strong wind blowing,
Even if a long ladle is used, the specific gravity is slightly heavier than seawater
The scattered bait that is often uncoordinated is blown away
Often do not reach the points. Especially in headwinds
Almost no bait can reach the target direction and distance, and the ukiki is heavy
The point will not be reached unless it is a flying uki or a long throw uki.
Fish swarm on sows and during their distribution in the sea,
There is a bait with a fishing hook tied with a fishing line
Effect when the so-called bait and sow bait are synchronized.
Since it can be caught efficiently, it is a load machine for transfer of uki
Noh, using heavy uki, the point with fish
Even if you can transfer the device to the
Very inefficient in situations where it cannot be delivered to
do not become. In this way, conventional solid ties for fishing
Figures 8 to 8 differ in shape, structure and function from this example.
The distribution of sowing bait, including those with tide holes like 11
There was no transport function. In such a case, fishing at the same fishing place
Even if there is no person, even if the consent of use is obtained, basket fishing
If there is a trick or fishing rod, it is possible to switch,
Everything including uki is different from the number of rods, reels, and yarns
It is necessary to change the setup from the very beginning,
The types are also bulky and heavy, so it is usually
Few people prepare and bring their own fishing gear. Such a place
It can be used as it is with a small and light pole with a small number
Lightweight, self-contained and highly sensitive basket fishing float
There are several possible reasons. One is a basket
In the fishing method, since it is thrown at a distant point, visibility is high
It is necessary to increase the size of the uki part for
Another thing is as much as possible
I want to carry a lot of scattered bait, so a strong fishing rod originally endured
Design and manufacture fishing gear according to the size and weight
It is thought that it depends. Increase the size of the uki part
One of the problems that arises when combing
When the fishing line below the uki is pulled by the fish,
-Type fishing uki is held in the sea with uki-stop and self-ball.
Or in the case of a ring-type uki, pull the uki into the sea
Buoyancy is large and heavy and inertia is large
This type of uki is, of course, difficult to sink
There is a problem that it is difficult. As mentioned above, the activity of the fish is high
You can catch it, but if it is low the fish signal is difficult to understand,
Frequent stolen situations occur. Therefore, holding down by way thread
A uki that has reduced buoyancy by the sliding friction force between the Miyado thread and the through hole
The floating mechanism that sinks the fish and takes the fish signal can be used in most cases
Usage problem that only fixed type and semi-idle type are available
There is also a title. On the other hand, in terms of the amount of bait,
Use a ladle to spread bait
It takes a long distance to put in a basket,
In the Karu basket fishing method, a lot of bait was carried each time.
It is natural. Therefore, it is like throwing a small amount long
Uki is not designed and can be handled with a thin and lightweight fishing rod.
There is no. In this way, the traditional basket for fishing upper baskets is
Having a basket that is heavier when packed with bait makes it easier to transport
Throwability is ensured by the size of the back part, and the number of issues
Fly well when used with small, lightweight fishing rods
It can be used without breaking the fishing rod or breaking the fishing rod.
Nothing pure was invented. Also, ordinary basket fishing
The legal uki is big but light and secures buoyancy
Therefore, there is no independence and the posture cannot be stabilized by itself. single
If the body has independence, the float will not fluctuate due to wind and waves
It does not stimulate the vigilance of the fish, and most of the
Tide riding is good and the posture and sinking condition is stable.
There are various advantages, for example, it is easy to judge the fish signal.
By basket fishing method, for baskets and vegetation that are separated from uki
Delivers sparse bait to Tana,
The underwater load that conveys the fish signal to the uki and makes the uki stand
It has the functions of
The original function is not there, and put them together
If the total weight is large, like the upper basket fishing,
There was a problem that slender and lightweight rods could not handle. this
First of all, a fishing place where the point is far when strong winds blow
It can be handled with a slender, lightweight rod,
To get the catch by synchronizing the bait and the bait efficiently and efficiently
That there is no lightweight and sensitive uki
there were. Ushinobu is at least within view if it is a uki fishing
At some point, she is caught by the sinking and moving uki. this
For the sake of clarity, the bright background
In most cases, kana is colored. However,
Baskets and bushes used in barge fishing and boat fishing use bait
Although it is possible to transport it to fish and tana, beware of fish
Fish is inconspicuous so as not to irritate
There is no function to visually understand the letter, and of course, it does not float,
There is no sinking slowly. So instead of uki in the situation above
Can not be used at all. In addition, conventional upper basket fishing
The gimmicks and other tricks used in general basket fishing are shown in the figures.
As shown, the shape and structure are more complicated than
Or a mechanism that separates the basket part from the basket part.
Or made up of baskets or steel wires,
Before the fishing line is stretched in the air or after landing,
It is easy to get entangled or caught in fishing and fishing tension
Fishing and long cycle time, the wind and tide flow
In some cases, the entanglement rate is high and the catch rate is not good.
There was also a big problem that the amount was small. [0004] The present invention, the feeding room built-in self-supporting
According to Uki, set up and scatter at distant points in strong winds
The bait can be thrown in, and the trick is traditional fishing
As compact as it is, it is hard to get entangled and after the bait comes off
Changes to light mass, so it can move well against the fish signal,
Because it is possible to synchronize sow bait and bait bait,
Catch can be improved. In other words, a self-standing uki with a built-in feeding room
Has a built-in feeding chamber inside the uki,
Can be transported to the point without being greatly affected by
Can make itself heavier than the conventional basket fishing
Since the injury is simple, it is difficult to get tangled, and it is scattered through the hole provided in the feeding room.
If you release the bait, it becomes lighter and the sensitivity is higher, and the sow bait is the starting point
Because the uki itself can be used, feed and sow bait
Can be synchronized. In addition, all play which was hardly possible in the past
It is also possible to use dynamic type by suppressing buoyancy, exploring tana
It will be easier. Therefore, points and environment where it is difficult for sowed bait to reach
Even under the equipment, if this uki is one, it will fish enough
You can do things. FIG. 1 shows a feeder-independent self-standing cuff of the present invention.
Here is an example of a key. Uki used in upper basket fishing,
For example, the whole size of the uki of FIGS. 17 and 24 is large.
Buoyancy, as described in the task,
And the specific gravity, that is, the spherical part in FIG.
And the basket part that carries the sowing bait is
This is because they are combined to be integrated. This system
Is a general basket fishing method, as shown in FIGS. 14, 28 and 29.
It is composed of a basket and a basket connected by a fishing line
Then it is basically the same. Have this separate role
The functions of the buoyancy generation (uki) part and the basket part are unified and the feeding room
By making it a self-supporting storage type, it can be made compact at once.
it can. In other words, the basket part is not necessary, so remove it,
Leave an outer shell so that bait can be stored in most of the inside of the uki
To make it hollow, for example, as shown in FIG.
Incorporates buoyancy material and weight material, and stores and discharges bait
A possible hole may be provided on the side surface of the outer shell. Overall shape and
Therefore, if there is an open end or discontinuous surface such as a basket or barrel,
The conventional types such as caged uki have large resistance during flight and underwater.
Excluded because it is good. Instead, there is no traditional
Most of the outer shell except for the through hole is spherical
(Including elliptical sphere), cylinder, cone, etc. and their combinations
If the overall shape is composed of continuous curved surfaces of
Resistance in and under water can be reduced. Independence
Outside so that it can be maintained even if the bait
Considering the mass distribution of shell and other materials, it is self-sufficient in itself
However, this is one of the points different from the frame of FIG. Floating
As for the power, the seawater invades the feeding room,
It is fundamental that the weight approaches the seawater and leaves a large buoyancy overall
Because it is difficult, it is about the same level as the traditional fishing for float fishing
To the degree. Unlike traditional uki with a bait carrying function,
A buoy with a small buoyancy that can be recommended
Because it is easier to fish in target fish and fishing places with a certain depth of tana
Can be used in all floating. This food room built-in independent stand
Is used instead of the conventional uki in the fishing method shown in FIG.
Then the device is completed. Fig. 3
If you put the device loosely in the feeding room as in 2
Is spread and spread from the feeding room through the storage / release hole
To serve as fish. Compared to traditional baskets and barrels
Even if the size of the uki is small enough to be transported,
Far more than you can't throw bait near the gimmick
Efficiency is improved. It can be released as a hole for sowing bait
The holes may be the same, but the holes should be
If it is small, it will be difficult to do the stuffing work.
A storage hole with a door that can be opened and closed
It may be provided on a surface or an upper surface. The size of the hole that releases the sowing bait
It can be changed depending on the type of bait to be used.
After partial rotation as in the example of the Sayori uki described,
Separate and change to self-supporting, or use resin or metal nets in the holes
And change the size of the eyes depending on the type of bait
No. Regarding the outer shape of the uki,
As long as the feeding room volume can be secured, most of the shapes
It is applicable, and FIGS.
Show some. Size, volume, weight, etc. of the uki
Should be changed step by step according to the number of poles used
No. In the middle between the upper buoyancy generator and the lower weight shown
The hollow part provided with a hole is formed by a conventional example shown in FIG.
In some cases, the air chamber that is at the same position, that is, the buoyancy generating part
Not. This is because water enters from outside due to the opening
Because you can. The air chamber for generating buoyancy is shown in FIG.
As in the example, it can be installed separately at the top of the feeding room.
You. In the case of the self-standing uki with a built-in feeding room, most of the volume is in the feeding room.
As it is occupied, food and water enter and protrude above the water surface
Large uki has a problem that it is difficult to manufacture
You. Therefore, for example, as shown in FIG.
With the feeding room surrounded by the shell facing downward as the weight, it is hollow or solid.
Can also be combined with a rod-shaped buoyancy generator with a light specific gravity
You can do things. This is the sphere in the above-mentioned "Science of fishing"
It is close to the uki of a bar combination, but the lower part is stored and released
It is different in that it also serves as a feeding room with a hole.
A shape as shown in FIG. Furthermore, mainly buoyancy
The rod-shaped part that generates
Detailed view of the combination part 39 ・ so that the resistance can be reduced.
As shown in Fig. 40, the sticks are joined with a joint or a sulkan.
You can also do it. For thick rod-shaped uki, see Fig. 35
It is fully possible to provide a feeding room in the center as shown in FIG.
You. One thing to keep in mind when designing a self-supporting uki
There are several. First of all, it is necessary to land at high speed when
The impact load when inadvertently hitting the ground or the ground
Strong enough so that the outer shell does not distort or break
Make outer shell of resin material or metal, and determine dimensions such as wall thickness
Need to be In the early prototype, the fitting part
Adhesive with high strength when narrow or thin outer shell
Combined with repeated impacts despite using
If the part has been destroyed or if
In some cases, a lock occurred. Conventional as shown in FIG.
Flexible, resistant to scratching and breaking even when struck
Even if the uki is made of a material such as urethane foam,
The inside is hollowed out and a hole is made to the outside to provide a feed room.
The side is reinforced with a reinforcing material, as shown in FIG.
Metal nets etc. may be wrapped and strengthened during molding.
No. When installing a door for easy feeding of the above-mentioned
As shown in Figure 44 and Figure 45,
Or open the downstream side with a hinge so that
Devise it so that it is not easily opened. Lock mechanism is made of resin
With burrs that are often used for connectors made of steel
Built-in type is simple and hard to come off. Also, the sows are water
In the state where the water content is included, the specific gravity is slightly larger than seawater.
The buoyancy of the stand-alone self-contained uki alone is
It is also important to design more. Stuffed with bait
When the total buoyancy itself is slightly negative,
While sinking with a device like a part or so-called underwater uki
You can also release the bait. Conventional built-in weight
You can change the weight by replacing
Changing the volume of the main unit to change the total specific gravity
Instead of a structure that allows for buoyancy adjustment,
As shown in Fig. 46, one place in an annular shape
You can replace the buoyancy material that has been split from the hole in the outer shell,
Adjust by changing the number of sheets to be used as a plate-like buoyancy material
New mechanism can be adopted. The buoyancy material in Fig. 46 is soft foam
It is only necessary to loosely fit the through hole shaft with a material. next,
If there is a recess inside the feeding room where air cannot be removed
Buoyancy changes depending on the degree of accumulation of air at each injection.
In the part like, the diameter should be just enough for bubbles to escape.
As shown in 1 and other example drawings,
It is important to stabilize the performance of the uki. This
It is closed except for through holes, and is mostly solid material
In a conventional uki that does not invade water, the air pool itself
It is an unnecessary structure because it is difficult to produce. Finally, fishing with uki
Align the fishing line and tackle after landing to prevent entanglement
In order to do so, the rod is stretched by fueling the rod. In this case, the uki is a fishing rod
Once it is pulled back to the side, seawater is
Just like entering the feed room and pushing the bait out,
At the entrance side (pole side), a seawater introduction hole as shown in Fig. 47 is provided.
It is effective to keep it. In this way, when moving the device,
One way to spread the scattered bait using the flowing water is basket fishing
Although it has been seen in the past for fishing boats and fishing boats,
In the upcoming bonsai and basket fishing uki,
A feeding room larger than the hole opened
Since there is no one with this inlet,
This is a feature of the Kurakata Independent Uki. Self-standing foodstuff with built-in feeding room of the present invention
The key is manufactured with the maximum size of the conventional flying uki,
When used at a fishing spot, the inside is almost hollow, so
It is light by itself, but heavy when thrown with bait in the feeding room
Sufficient long-range castability even in strong winds, and
Simple and less entangled like the next hook-up fishing gimmick
It is also possible to tune the bait because the starting point is Uki.
It can be used for all floating, semi-moving and fixed usages.
Can be changed, so it is easy to use and has a large catch rate.
Up. The self-standing uki with a feed room according to the present invention has a large size.
Use a heavy and strong rod instead of a traditional basket for basket fishing.
It can be used, or when using a small one with a slender lightweight rod
Can of course be used without strong winds. Single uki
In addition to using it as
Because it can be held, it can be used together with other uki
It is possible. However, when attacking near by the swell fishing method
So, compared to conventional solid uki, it has the same buoyancy and volume
Even if the water moves in and out of the feed room,
At the same size, the sensitivity to the fish signal is clearly reduced, and
Not too small to have the function of incorporating the bait
Can not be made, so the use of it is judged well according to the situation
There is a need to. DETAILED DESCRIPTION OF THE INVENTION Polyacetate having high hardness and high water resistance
As shown in FIG. 48, the fishing line does not pass through the tar resin rod.
With a drill etc. around the through hole for Next, the outer diameter
While grasping with the chuck of the main shaft of the lathe and rotating,
Process part of the inside and outside like 9. Switch to the destination
Fig. 50
Process like. Another element that also has a through hole in the center
The material is similarly processed as shown in FIG. Tree in fitting part
Apply an adhesive for fat and assemble them as shown in Fig. 52.
Construct the shell, feed chamber, and through-hole shaft, and release until the adhesive has hardened.
Place. Drill a pilot hole at the appropriate position on the outer shell
Use a rotating tool such as a so-called luter
Spread it out and make sure that the storage and release holes for
Provide important points. From this hole, as a buoyancy material as shown in FIG.
Polyurethane with a part of the ring (hard or soft)
Quality) etc. is put on the upper side of the feeding room and fixed using adhesive,
Pour the uncured resin as the lower weight material and cure.
You. After the adhesive has dried, a small diameter
Using a drill, several air vent holes are made at the positions shown in FIG.
After removing the burr on the outer periphery, apply fine paper to the surface
Scratches to increase the adhesion area of the paint, and
Degrease with a paint, etc., apply the base and finish paint, and dry
Completed as in 1. Shape, properties and connection of each member
The order of the steps can be changed by a construction method or the like. Feeding room
The first problem to decide when designing a self-contained self-supporting uki
Is a material of the outer shell constituting the feeding chamber. In particular, the specific gravity of the material
It ’s a bit smaller than seawater, so it ’s basically buoyant,
For example, in the case of polyethylene, etc.,
Rolling and pitching when standing in water
Special care should be taken to ensure independence,
There is one point. Buoyancy is proportional to the amount of seawater displaced
Occurs as an example. If the specific gravity of the material is smaller than seawater,
The force exceeds the gravity, and the uki floats and floats on top of the sea surface
put out. In the case of using a material having a lower specific gravity than seawater, FIG.
In the case of a perforated cylinder with uneven thickness as shown in
If you put it, it will be below because there is a center of gravity on the thick side. When
When the roller is thrown into the sea surface and the hole is filled with water, as shown in Fig. 56
The thick side of the meat with large buoyancy (large volume)
I will. This is a feeding room where seawater enters the internal feeding room
Special attention must be paid to the storage type free standing uki.
Conventional closed or mainly made of solid materials
There is no reversal in the uki. Seawater invades and is surrounded by water
This creates a large buoyancy in the light but large part
So, to check the self-sustainability, put it in seawater
Need to look at the stability. Just compared to conventional uki
Because both outside and inside come into contact with seawater, the area is large.
Once the attitude is determined by the effect of seawater viscosity, it is easy to stabilize
No. Considering the influence of the reversal phenomenon due to this buoyancy, the overall structure
Just design the structure. That is, most of the parts except around the through-hole shaft
When the outer shell is made of the same material with the same thickness, the specific gravity is higher than that of seawater.
If you use a small material, attach a weight to the side you want
Just do it. Similarly, if the specific gravity of the material is about the same as seawater
Buoyancy material with low specific gravity on the side you want
Attach weight material to the side. Similarly, if the specific gravity is greater than seawater
In that case, it is sufficient to attach a buoyancy material to the side to be raised. each
The configuration is shown in FIGS. Seawater that generates buoyancy
The upper part of the outer shell is made of a material with a lower specific gravity
Make the lower shell of large material to make up the feeding room
In FIG. 60 and FIG. 61, no special buoyancy material or weight is required.
A self-standing uki with a built-in feeding room can also be manufactured. This is the feeding room
This is a very advantageous configuration in terms of securing the product. Furthermore,
To increase independence, which is difficult to rotate and wobble,
Since it is necessary to bring the center of gravity to the lower side, increase the weight material and
Attach a buoyancy material suitable for Buoyancy and independence
The properties are determined by the balance of the outer shell main material and the buoyancy material / weight material.
I just need. As much as possible of the feeding room in the total volume
Any buoyancy material has a certain specific gravity
Instead, partition the upper part and create an air chamber as shown in FIG.
Attaching is also effective. Strength reasons in outermost shell
Use materials such as metals that have a considerably higher specific gravity
42, a buoyancy material is stretched inside the outer shell in the reverse of the example of FIG.
May have a multilayer structure. Specific gravity of seawater depends on temperature and area
・ Although it depends on the distance from rivers, etc., the average for Japan is 1.0
It is said to be about 25. Ken Ibouchi, Shuzaburo Oi
Hirota Shin's "Plastic Application Note, 3rd Edition (199
According to the Industrial Research Committee published in 2008), the average specific gravity of seawater
Small and fragile resin materials that are too soft
Excluding EVA resin, polybutadiene, polyethylene,
Polymethylpentene, norbornene resin, polypropylene
And polyurethane. The specific gravity is about the same as seawater
Then, ABS resin, AES resin, polypropylene, poly
Styrene and the like can be used. Specific gravity is greater than seawater
There are many general materials that use a lot and are inexpensive,
Are often large, which is advantageous in manufacturing. ABS resin
・ ACS resin ・ ABS / PVC alloy ・ ASA resin ・ F
RP / Fluorine resin / Polyarylate / Epoxy resin / Po
Riacetal, phenolic resin, polyamide, polybuty
Rentalephthalate / Polycarbonate / PC / ABS
Alloy PC / AES Alloy Polyetheretherke
Ton, polyether imide, polyether sulfone, poly
Polyethylene / polyethylene terephthalate / polyimide
・ Methacrylic resin ・ Polyphenylene ether ・ Polysul
Hong, unsaturated polyester resin, polystyrene, poly
Rethane or the like can be used. Resin material is the material of the same name
But the specific gravity differs slightly depending on the mixture and the internal tissue
So be careful. Generally, it is formed by an injection molding machine or the like.
It can be shaped and, if necessary, processed and combined to make it
You. For example, reaction injection
A molding method, a blow molding method, a cast molding method, or the like may be used.
In the case of resin, the raw material before molding should be kneaded with pigment, etc.
Can be easily colored, so that it is easy to
It is also possible to omit the painting that has been performed.
There are few types, but there are also resins that can be plated
So it can be a reflective exterior or the surface condition before painting
Can also be modified. Special items or trials with small quantities
Lathes and machining centers are used for production and production.
What is cut out with a machine tool etc.
You can also take the construction method. Bonding method is to glue other screws
Fastening, partial welding / welding, etc. and their composite
Can take a construction method. Only when putting the sows in the feeding room
In order to take the structure of dividing, it is easy to secure
With a fitting type with various irregularities and a screw as shown in Fig. 63
The case may be less likely to come off due to the impact of landing. Welding of resins
Is different from metal welding, especially in the type and characteristics of materials
Be careful because it is determined. Suppresses deflection and breakage during entry
In order to increase the strength of the feeding room in order to get
As shown in cross-sectional views 64 and 65 perpendicular to the axis of the hole, etc.
By providing ribs that are thicker from the outer shell
To increase the structural strength by dispersing the applied force
You. FIG. 65 shows an example in which a through hole shaft is also used for this rib portion.
You. When attaching these reinforcing ribs, the internal volume of the feed room and the flow of the feed
It is better to keep it to the minimum necessary because it affects the output. During ~
As shown in FIG. 52 and the like, the through hole shaft of the through
Fitted or glued in the center or passed through a pipe as before
This structure, which is advantageous in terms of strength, may be
This is disadvantageous in terms of the volume of the squid and the ability of the bait to escape. So
Here, when the strength of the outer shell can be sufficiently secured, as shown in FIG.
And protrude halfway through both front and rear and upper and lower through-hole shafts
The central part is discontinuous or a through-hole shaft is not provided at all as shown in Fig. 57.
It is also possible that you can not. This is the best for ordinary uki
It is difficult to pass through the first threading work, but this feed room built-in type
There is a hole in the outer shell of the self-supporting uki, so look inside.
This is because it is possible to pass through the thread. The bait that you put inside
Fish eaten, usually protected by a through-hole shaft
Even if it is not, most of the hard materials that damage the yarn
Nothing. The characteristics of the material around the through hole do not match, and repeated sliding
If the fishing line or through hole itself is damaged,
As shown in Fig. 46 and Fig. 63, the resin is soft
Fix or insert a pipe that is hard to wear and has good slip.
Or wear a wear-resistant ring at the entrance
You may. When making rings with rings, use a method like the example in each figure.
In addition, as shown in Fig. 67, attach the fishing line to
You may make it go. Next, use it exclusively for long throws.
Type that does not rotate when flying at high speed in the air
There are things that need to be improved. Independence that does not rotate after landing
When flying at high speeds in the air,
Rotating due to a poor shape or a biased internal bait
I will. If you rotate, the bait in the feeding room will be tilted and centrifugal.
It is easy to spill out of the outer shell hole before landing. Prevent this
To stop, as shown in Figs. 68 and 69,
A thin ridge (wing) may be provided in parallel to the entering direction.
Also, halve each of these wings into the upper and lower shells
It is provided and connected by screws such as countersunk screws as shown in FIG.
The outer shell may be assembled. If the outer shell is made of metal,
Al that has high strength for its weight, that is, high specific strength
Promising minium alloy, magnesium alloy, titanium alloy, etc.
It is. Press molding from plate material, lathe from bar material, etc.
Cut out and assemble. As mentioned above, metal and resin materials
It is also effective to form a multilayer or composite. About buoyancy material,
As described above, it is possible to provide an air chamber by partitioning and hollowing out
It is possible to use general materials such as foamable polyurethane.
Less man-hours and less cost. Weight material has higher specific gravity than seawater
If it is a material with small water absorption, it is good, but if it is made of metal,
High-density material such as lead can reduce the volume and spread
It does not take up the volume of the room. However, it sinks like weights and bushes.
The underwater weight that causes a large lifting speed and makes another float
Since it is not necessary, a small amount enough to maintain independence is sufficient. And
Therefore, as shown in Fig. 71, use an adhesive or sealant to prevent corrosion.
If you cut off contact with outside air or seawater to stop
It can be used with various materials. The brass used conventionally and
Copper and stainless steel commonly used in baskets have few problems
No. In addition, a resin material having a higher specific gravity than seawater is
From the storage / release holes opened in the outer shell at the position
A method such as pouring in front is also possible. With weight material
The connecting position is smoothly connected to the surrounding area with the embedded material etc.
So, if you reduce the resistance underwater and the resistance at the time of landing,
As shown in Figure 72, the inside and outside of the shell itself, not the inside
May be added. In this case, without reducing the capacity of the feeding room
There is a merit that only requires. Hole shape for storing and discharging food
Is a square hole to provide a door for food, based on a circle
In the same manner as in the bait storage door of FIGS.
Round as much as possible. This is the corner
If so, it is easy to receive concentrated stress there,
As shown in FIG. 73, the impact starting point
This causes the shell to separate and break if extended
Because. The size of the hole to release the sowing bait
If it is not larger than the recommended particle size of the sow bait type
No, but as the ratio of the outer shell to the circumference increases,
Since the strength decreases, the smaller the size of the fishing float,
It is difficult to make large holes. In such cases, the number of holes is small
To increase the hole diameter, and use the vertical cross section 74
One or two as in the example of the cross-sectional view 75 of FIG. Symmetry
Do not balance the amount of spilled bait that emphasizes sex
If there is no need to balance two pieces on the left and right,
It can also be a single part on the top. Large size uki
Then, you can arrange many holes, but many
Even if it is counted, the bait will spill before being thrown in.
As a guide, the maximum ratio is about half or less of the perimeter of the section.
Just do it. Squirrel baits like crustaceans such as krill and mysid
Increased viscosity and hardness due to entanglement with each other
If it is difficult to spill with the bait,
Depending on the strength of this, it is possible to increase this rate. hole
Basically, the water flow at the time of charging and landing is
As shown in the example of the horizontal cross-sectional view 75,
Open at right angles to the direction of loading. This also constitutes the outer shell
If the strength and thickness of the material to be
The water flow at the time of landing can be used in reverse to spread the bait
It is considered possible. In this case, as shown in the horizontal sectional view 76
And a storage / release hole for putting food in and out
Open it a little closer, or as shown in Fig. 77
A small diameter seawater introduction hole may be opened. Rear of the uki
(Water rod side at the time of use)
When a hole is provided to assist in exit, as shown in FIGS.
The cross section of the seawater introduction hole may be tapered (conical).
In this case, as shown in FIG. 78, the outer diameter of the seawater introduction hole is increased.
To increase the pressure receiving area and provide a stronger focused water flow to the feeding room.
As shown in Fig. 79, the bait bites into the seawater introduction hole.
To increase the diameter of the hole on the feed room side to make it difficult to see
Decide according to the type of elephant sowing bait, recommended usage, etc.
I just need. This method is a ring type that can replace buoyancy material.
In combination with the self-standing uki with a feed room shown in FIG.
The floating bait that is moved by the water
80 can be manufactured. Also horizontal or oblique
With a uki floated in the water, push the water as shown in Fig. 81.
It is also possible to provide a floating partition for exclusive use. Figure 80
The large diameter stopper provided on the through-hole shaft
Prevents instability due to force material sticking down
The stopper and spring in FIG.
It has the function of returning to the original position even if it is moved by water current. Wind strengthens
When Harris flaps at the time of launch, it is easy to get involved
In the case, fly the bait with the tension tied to the fishing line
A feeding room that can be temporarily stored around the end of the through hole
It is also possible to provide in. In this case, as shown in FIG.
The buoyancy will be more stable if an air vent hole is also provided in the feeding room. light
For early morning and dusk hours and night use when the amount is small, the conventional
A hole for attaching a tube of chemiluminescent material, similar to uki
It is also possible to install a battery or turn on a diode using a battery
Noh. In addition, fishing equipment is prominent at night and in deep fishing
Paints containing phosphorescent materials on weights and fishing rods
Although the addition of resins and the like has been put to practical use, the present invention
If the outer shell is made of resin, the outer shell itself luminesces
It can be used in low light times by molding
We can also make snowflakes. As described above,
Standing uki is a combination of dimensions, shape, weight, structure, material, etc.
A wide variety of developments are possible. According to the present invention, the feeder-incorporated self-standing uki of the present invention has
Create a bait room inside the uki for feeding and store the bait
・ By providing a discharge hole on the outer shell of the uki, it can be used in strong winds and long throw
The uki can transport and release the bait, and the entanglement
You can make a simple, less sensitive and simple uki
Doubling the fishing result because the synchronization of the device and the mechanism can be achieved efficiently
I can do it.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of an example of a self-standing umbrella with a built-in feed chamber according to the present invention. FIG. 2 is a perspective view of an example of a conventional through umbrella. FIG. FIG. 4 is a perspective view of an example of a conventional spherical ring-mounted uki. FIG. 5 is a cross-sectional view of an example of a conventional through-hole with a pipe for a through-hole shaft. FIG. 6 is a conventional upper wear-resistant ring. FIG. 7 is a cross-sectional view of an example of a conventional through-hole with a vertical ceramic ring. FIG. 8 is a perspective view of an example of a conventional through-hole with a through hole. FIG. 10 is a perspective view of an example of a conventional through-hole with a through hole. FIG. 11 is a cross-sectional view of BB in FIG. 10. FIG. 12 is a cross-sectional view of an example of a conventional through-hole with an air chamber. FIG. 13 is a schematic view of an example of a semi-floating device of the sword fishing method. FIG. 15 is a cross-sectional view of an example of a foaming basket for basket fishing. FIG. 16 is a cross-sectional view of an example of a hollow basket for basket fishing. FIG. 17 is a perspective view of an example of a conventional upper basket reversing frame. FIG. 19 is a schematic view of an example of an upper basket inverting mechanism. FIG. 19 is a perspective view of an example of an inverted upper basket inverting figure. FIG. 20 is a perspective view of an example of an upper basket inverting frame during horizontal flight. FIG. 22 is a perspective view of an example of a conventional inverted barrel. FIG. 23 is a cross-sectional view of an example of an inverted inverted barrel. FIG. 24 is an example of a conventional inverted sail. Perspective view Fig. 25 Perspective view of an example of a separated saori uki [Fig. 26] Perspective view of an example of a saori uki in a state in which scattered bait is put in and suspended [Fig. 27] In a state in which scattered bait flows out after being thrown FIG. 28 is a perspective view of an example of a sayori uki. Schematic diagram [FIG. 29] Schematic diagram of an example of a mechanism for basket fishing [FIG. 30] Perspective view of an example of a prefabricated type skiing sinking fish [FIG. 31] Cross-sectional view of an example of a bait compartment built-in self-supporting horse of the present invention FIG. 32 is a cross-sectional view of an example of a self-standing stand-in type feeding room of the present invention packed with sowed bait; FIG. 33 is a cross-sectional view of an example of a self-standing stand-up type of self-contained feeding room of the present invention; FIG. FIG. 35 is a cross-sectional view of an example of a self-standing stand with a built-in feeding room according to the present invention. FIG. 36 is a cross-sectional view of an example of a self-standing stand with a built-in feeding chamber of the present invention. FIG. 38 is a cross-sectional view of an example of a self-standing stand with a buoyancy generating section and a spherical feeding chamber built into a main feeding chamber. Partial sectional view of an example of combining a rod-shaped buoyancy generator and a spherical feed chamber. FIG. 40: A rod-shaped buoyancy generator and a spherical feed chamber Partial cross-sectional view of an example of combination FIG. 41 A cross-sectional view of an example of a self-standing stand with built-in feed chamber of the present invention FIG. 42 A cross-sectional view of an example of a self-standing stand with built-in feed chamber with a reinforcing material inserted inside Cross-sectional view of an example of a self-standing stand with a wire feeder in which a wire netting reinforcing material is inserted in the material. [FIG. 44] A top perspective view of an example of a self-standing stand with a feed chamber with a door provided in a feed storage hole. 45 is a top perspective view of an example of a self-standing stand with a built-in feed chamber provided with a door in a feed storage hole. [FIG. 46] A cross-sectional view of an example of a self-standing stand with a built-in feed chamber having a replaceable buoyancy material. FIG. 48 is a cross-sectional view of an example of a self-standing stand with a built-in feed chamber provided with a seawater introduction hole. FIG. 48 is a perspective view showing a state in which a through-hole is formed in a bar. FIG. 49 is a cross-sectional view showing a state in which the inside is processed. FIG. 51 is a cross-sectional view showing a state after finishing the outer shape. FIG. 51 is a cross-sectional view showing a state after finishing the outer shape. Sectional view of the assembled product [Figure 53] Sectional view of the feed chamber with storage and release holes opened [Figure 54] Sectional view of the state where the buoyancy material and weight material are bonded and the air vent hole is processed [ FIG. 55 is a cross-sectional view of a state where a cylinder having a specific gravity smaller than seawater having uneven thickness is placed on the ground surface. FIG. 56 is a cross-sectional view of a state where a cylinder having a specific gravity smaller than seawater having uneven thickness is mounted in the sea. 57 Cross-sectional view of self-standing stand with built-in feeder room when outer shell material is smaller in specific gravity than seawater. [Fig. 58] Cross-sectional view of self-standing stand-up type with built-in feeder room when outer shell material has the same specific gravity as seawater. FIG. 59 is a cross-sectional view of the self-standing standing eel with a built-in feeder chamber when the outer shell material has a higher specific gravity than seawater. Sectional view of a self-contained uki with a built-in room [Fig.61] An outer shell with a lower specific gravity than seawater on the upper side and a higher specific gravity on the lower side Sectional view of self-standing stand with built-in feeding room [FIG. 62] Cross-sectional view of one example of self-standing stand-in type with built-in locking feed-room [FIG. 63] Cross-sectional view of self-standing stand with built-in feeding chamber of screw assembly type [ FIG. 64 is a partial cross-sectional view of an example of a self-standing stand with a built-in feeding chamber in which ribs are provided on the outer shell toward the inside of the feeding chamber. FIG. 65: Ribs are provided on the outer shell toward the inside of the feeding chamber. FIG. 66 is a cross-sectional view of an example of a self-standing stand with a built-in feeding chamber in which the feed hole is partially discontinuous. FIG. 68 is a cross-sectional view of an example of a self-standing stand with a built-in feed chamber provided with a ring on both sides. FIG. 68 is a perspective view of an example of a self-standing stand with a built-in feed chamber provided with a ridge (wing) for preventing rotation. FIG. 70 is a top perspective view of FIG. 68. FIG. 70 is a perspective view of an example of a connection portion between the upper and lower wings. FIG. 71 is a self-standing stand with a built-in feed chamber in which a weight material is sealed with a sealant. FIG. 72 is a cross-sectional view of an example of a self-standing stand with a built-in bait compartment in which a weight portion is provided inside or outside the outer shell. FIG. 73 is an example of a crack entering a storage / discharge hole provided in the bait compartment. [Figure 74] Vertical sectional view of an example of a self-standing stand with a built-in feeder chamber with a single storage / discharge hole at the bottom [Fig.75] A view of a self-standing stand with a built-in feeder chamber with two storage / discharge holes on the side Horizontal cross-sectional view of an example [FIG. 76] Horizontal cross-sectional view of an example of a self-standing standing feeder with a built-in feeding chamber when the storage / release hole is opened to the front side at the time of loading [FIG. 77] Seawater at the top side at the time of loading Horizontal cross-sectional view of an example of a self-standing stand with built-in feed chamber provided with an introduction hole [FIG. 78] Cross-sectional view of an example of a self-standing stand with built-in feed chamber provided with a tapered seawater introduction hole [FIG. 79] Sectional view of an example of a self-standing stand with a built-in feeder room provided with a seawater introduction hole [FIG. 80] A main feeder provided with a floating buoyancy material FIG. 81 is a cross-sectional view of an example of a self-standing stand with a built-in room. FIG. 81 is a cross-sectional view of an example of a self-standing stand with a built-in feeding room provided with a floating partition plate. [Description of reference numerals] 1 outer shell 2 through hole 3 storage / discharge hole 4 air vent hole 5 through hole shaft 6 feeding chamber 7 acorn 8 rod-shaped uki 9 ring 10 rod-shaped uki 11 spherical uki 12 buoyancy material 13
Weight material 14 Abrasion resistant ring 15 Ceramic ring 16 Tide hole 17 Air chamber 18 Fishing rod 19 Reel 20 Guide 21 Road thread 22 Stopping 23 Cell ball 24 Walking 25
Sulkan 26 Harris 27 Hari 28 Small Foam Bubble 29 Rubber Tube 30 Nuts-type Through Weight 31 Nylon Cage 32 Cushion Rubber 33 Small Reversing Cage with Weight 34 Stainless Steel Wire Frame 35 Cylindrical Basket 36 Ball Uchi 37 Upper Basket Reversing Uki 3
8 Sea surface 39 Flight direction 40 Nylon thread 41 Acorn-like uki
42 Ball Weight 43 Barrel 44 Net 45 Resin Feeding Room 46 Upper Tube 47 Lower Tube 48 Bish 49 Device with Body 50 Balance Device 51 Large Bar-shaped Buoy 52 Sealing Material 53 Spread Bait 54 Outer Shell of Material with Specific Gravity Smaller Than Seawater 55 Partition Plate 56 Bar Shape Outer shell 57 Bait room outer shell 58 Joint shaft 59 Joint hole 60 Foam resin outer shell 61 Outer shell reinforcement 62 Wire mesh reinforcement 63 Door for food storage hole 64 Hinge 65
Lock 66 Insertion direction 67 Feed release hole 68 Replaceable buoyancy material 69 Seawater introduction hole 70 Resin rod material 71 Outer processing part 72 Inner processing part 73 Perforated cylinder with smaller specific gravity than seawater with uneven thickness 7
4 Surface 75 Outer shell of specific gravity material equivalent to seawater 76 Outer shell of higher specific gravity material than seawater 77 Coupling part of concave and convex fitting type 78 Screw type coupling part 79
Rib 80 Raised (wing) 81 Upper outer shell 82 Lower outer shell 83 Countersunk screw 84 Iron weight 85 Crack 86 Floating buoyancy material 87 Stopper 88 Floating partition plate 89 Spring 90 Feeding chamber

Claims (1)

Claims 1. To stabilize the posture near the sea surface or in seawater, the mass distribution of the members is deliberately deviated to shift the center of gravity from near the center of the shape, and to displace the seawater. By bringing the specific gravity close to seawater, at least most of it is below the surface of the sea, there is no wobble or rotation. A self-standing feeder with a built-in feeding room, characterized in that a feeding room is formed inside and a hole is provided in the outer shell of the feeding room so that it can store and release bait / short bait.