KR100379815B1 - A float for automatic water level controlling - Google Patents

Abstract

Disclosed is a fishing float for automatic water level adjustment which can maintain the height of the float by automatically adjusting the buoyancy according to the fluctuation of the water level during the fishing and the change of the underwater bottom due to the buoyancy. The bobbin according to the present invention is slidably fitted to a first rod body vertically extended to have a female thread on a lower inner circumferential surface, a clamp disposed at a lower adjacent position of the first rod body, and a first rod body extending upwardly of the clamp. A first jaw having a first float; A housing having a cylindrical shape and having a first guide and a second guide perpendicularly disposed on an outer circumferential surface thereof; A body having a second floating body having a first insertion hole for guiding to the inside of the housing and a third floating body having a second insertion hole for closing a lower portion of the housing and communicating with an interior of the housing; And a second bobbin having a second rod body having a male screw and a center of gravity arranged at a lower portion of the second rod body to be inserted into the second insertion hole so that the upper portion extends to the inner side of the housing and the upper side is fastened to the female screw. .

Description

Fishing float for automatic water level control {A float for automatic water level controlling}

The present invention relates to a fishing float for automatic water level control, and more particularly, buoyancy is automatically adjusted according to the fluctuation of the water level and the change of the bottom of the sea due to the buoyancy of a plurality of floating bodies to maintain a constant height of the bobber. It relates to a fishing float for automatic water level control.

In general, the bobber balances the condition of the fishing line, the position of the needle and the line, and can be used to identify whether the fish is hooked. These fishing bobbers are made of a body made to have a certain buoyancy when manufacturing and a bobbin part that can identify whether the fish is caught. Was adjusted.

By the way, the above-mentioned fishing bobber has been troublesome to measure the water level and use the fishing bobber fixed to the fishing line according to the water level so that the fishing bobber must be readjusted every time the water level changes. As a result, those who are new to fishing had a problem that they could not even determine the location of the bobber.

The present invention has been made to solve the conventional problems as described above, the object of the present invention is a buoyancy is automatically adjusted according to the fluctuation of the water level and the change of the bottom of the sea due to a plurality of buoyancy fixed height of the bobber To provide a self-leveling bobber that can be maintained.

1 is an exploded perspective view showing an exploded fishing bobber for automatic water level control according to the present invention;

Figure 2 is a combined perspective view showing a combination of fishing bobber shown in Figure 1,

3 is a cross-sectional view taken along line A-A of FIG. 2, and

Figures 4a, 4b is a view showing the operating state of the fishing bobber shown in FIG.

Explanation of symbols on the main parts of the drawing

100: fishing bobber 110: first bobber

112: first rod 114: female thread

116: clamp 118: the first floating body

120 body 122 housing

124: clamping ring 126a: second floating body

126b: third floating body 130: transfer plate

140: second blade 142: second rod

144: external thread 146: center of gravity weight

In order to achieve the object of the present invention as described above, the present invention,

A first rod having a vertical extension and having a female thread formed on a lower inner circumferential surface, a clamp disposed at a lower adjacent position of the first rod, and a first floating body slidably fitted into a first rod extending upwardly of the clamp; First crusher;

A housing having a cylindrical shape and having a first guide and a second guide perpendicularly disposed on an outer circumferential surface thereof; A body having a second floating body having a first insertion hole for guiding to the inside of the housing and a third floating body having a second insertion hole for closing a lower portion of the housing and communicating with an interior of the housing; And

An autoclave including a second rod having a second rod formed with a male screw and a center of gravity arranged at a lower portion of the second rod so as to be inserted into the second insertion hole so that the upper portion extends to the inner side of the housing and the upper side is fastened to the female screw. Provide fishing float for level control.

As described above, according to the present invention, a body having a first float, a second float and a third float having a first float, and the first float is slidably fitted with the fishing line and the lower part of the body With a second tooth saw inserted in the lower portion of the first tooth saw and fastened to the lower part of the first tooth saw, the buoyancy force of the first floating body, the second floating body and the third floating body, according to the fluctuation of the water level and the change of the underwater bottom during fishing The buoyancy is automatically adjusted to keep the height of the bobber constant.

Hereinafter, with reference to the accompanying drawings will be described for the automatic water level fishing bobber according to an embodiment of the present invention.

1 is an exploded perspective view showing an exploded fishing bobber for automatic water level control according to the present invention, Figure 2 is a combined perspective view showing a combination of the fishing bobber shown in Figure 1, and Figure 3 is a cross-sectional view along the line AA of Figure 2 to be.

1 and 2, the leveling fishing bobber 100 according to the present invention is provided with a first bobbin 110, a body 120 and a second bobbin 140.

First, the first peg saw 110 includes a first rod body 112, a first floating body 118, and a clamp 116. The first rod body 112 has a rod shape and extends vertically. A female thread 114 is formed on the lower inner circumferential surface of the first rod body 112. The clamp 116 is disposed at a lower adjacent position of the first rod body 112 thus formed. When the clamp 116 has an inner diameter larger than the outer diameter of the first rod body 112, the clamp 116 is disposed in a cylindrical shape, and a lower portion thereof extends radially narrow toward the outer peripheral surface side of the first rod body 112. In this way, the first floating body 118 is disposed on the first rod body 112 on which the clamp 116 is formed. The first floating body 118 is slidably fitted along the first rod body 112 that is disposed above the clamp 116 and extends above the clamp 116. At this time, a locking piece 119 is formed on the upper end of the first rod body 112 to prevent the first floating body 118 from being separated. Preferably, the first floating body 118 may be fixed to the upper end of the first rod (112).

The body 120 includes a housing 122, a second floating body 126a, a third floating body 126b, and a transfer unit 130. First, the housing 122 has a cylindrical shape so that the clamp 116 can be fitted, and the first guide 132a and the second guide 132b are formed to face the outer circumferential surface. The clamp ring 124 having an annular ring shape is disposed at an inner upper adjacent position of the housing 122. The clamp ring 124 serves as a passage through which the fishing line R extending from a fishing rod (not shown) along with the clamp 116 is selectively fitted to the lower portion of the clamp 116. The second floating body 126a and the third floating body 126b are disposed above and below the housing 122 formed as described above. The second floating body 126a extends radially narrowed upward while closing the upper portion of the housing 122. The first floating hole 128a communicating with the inside of the housing 122 is vertically formed in the second floating body 126a. In addition, the third floating body 126b extends radially narrowly downward while closing the lower portion of the housing 122. A second insertion hole 128b communicating with the inner side of the housing 122 is vertically formed in the third floating body 126b.

On the other hand, the transfer plate 130 has a plate shape and is conveyed along the first guide 132a. A guide hole 134 through which the fishing line R extending from the clamp ring 124 vertically penetrates is formed at the center portion of the transfer plate 130, and is transported along the guides 132a at both ends of the transfer plate 130. Guide grooves 138 having a central portion recessed inwardly may be formed, respectively. Preferably, the transfer plate 130 may be fastened by a fastening means to the first rod body 112 inserted into the housing 122. The second peg saw 140 is fitted to the lower portion of the body 120 formed as described above.

The second peg saw 140 includes a second rod body 142 and a center of gravity weight 146 inserted into the second insertion hole 128b so that an upper portion thereof extends to the inner side of the housing 122. The second rod body 142 has a rod shape and extends perpendicular to the first rod body 112. The male thread 144 corresponding to the female thread 114 formed in the first rod 112 is formed on the upper portion of the second rod 142, and the upper side of the second rod 142 is separated from the second guide 132b of the housing 122. The prevention piece 148 is formed. Meanwhile, a weight center weight 146 is disposed below the second rod 142 to guide the fishing line R extending from the transfer plate 130 to the second insertion hole 128b to the underwater bottom.

Hereinafter will be described briefly the state of use of the fishing bobber 100 capable of automatic water level control configured as described above.

First, the user slidably couples the transfer plate 130 to the first guide 132a formed in the housing 122 of the body 120. Under this condition, the operator again inserts the fishing line R extending from the fishing rod (not shown) into the first insertion hole 128a of the second floating body 126a, and transfers the extension of the fishing line R again. Inserted through the guide hole 134 formed in the plate 130 and inserted into the second insertion hole (128b) fishing line (R) extending from the guide hole 134 to the outside of the third floating body (126b) Insert to expose. At this time, the fishing line (R) exposed to the outside of the third floating body (126b) is fitted to the center of gravity weight 146 formed on the second chip saw 140 again exposed to the outside of the center of gravity shaft (146) The fishing line (R) is coupled to the bondol (not shown).

As such, when the fishing line R is fitted to the second bobbin 140, the user couples the second bobbin 140 to the body 120. At this time, the second rod body 142 is fitted in the lower portion of the second insertion hole 128b and exposed to the inside of the housing 122. When the second rod 142 is exposed in this way, the user couples the release preventing piece 148 to the second rod body 142 so that the end of the release preventing piece 148 is fitted to the second guide 132b.

When the second sawdust 140 is coupled to the body 120 in this way, the user couples the first sawdust 110 to the second sawdust 140 at the point where fishing is desired. At this time, the lower portion of the first peg saw 110 is inserted into the upper portion of the housing 122 to couple the female screw 114 formed in the first rod body 112 and the male screw 144 formed in the second rod body 142.

The operating state of the fishing bobber 100 coupled as described above will be briefly described. When the user throws the fishing bobber 100 for fishing, the first bobbin 110 body 120 and the second bobbin 140 are lowered to the bottom of the water by the rods coupled to the fishing line (R) (Fig. 4a). At this time, the first float 110 and the second rod 142 is floating on the water surface by the action of the first floating body 118 mounted on the first rod 112, the body 120 is a fishing line (R) ) And the bottom of the clamp 116 formed on the first peg saw 110 is spaced apart from each other because it descends into the water due to the weight of the rod and the bottom. As a result, the fishing line (R) is transferred along the transfer plate (130).

On the other hand, when the bumper is in close contact with the underwater bottom (see FIG. 4B), the body 120 is injured by the second floating body 126a and the third floating body 126b. At this time, the clamp ring 124 of the housing 122 is in close contact with the lower portion of the clamp 116 while floating to the water surface along the second floating body 126a and the third floating body 126b. As a result, the fishing line (R) is fixed by the clamp 116 and the clamp ring 124.

As described above, the fishing bobber 100 according to the present invention has a first bobbin 110 having a first floating body 118, a second floating body 126a, and a third floating body 126b and having a first floating saw. By having the body 120 to which the 110 and the 2nd saw blade 140 are fitted, it is carried out by the buoyancy force of the 1st floating body 118, the 2nd floating body 126a, and the 3rd floating body 126b. The buoyancy is automatically adjusted according to the fluctuation of the water level and the change of the bottom of the water so that the height of the bobber can be kept constant.

In addition, since the body 120 is always attached to the fishing line (R) it is easy to replace the first bobbin 110, there is an advantage that the long distance throwing of the fishing bobber 100 can be reduced while efficiently reducing the length of the fishing rod. .

Although described above with reference to a preferred embodiment of the present invention, those skilled in the art can be variously modified and changed within the scope of the invention without departing from the spirit and scope of the invention described in the claims You will understand.

Claims (7)

A first rod body vertically extending and having a female thread formed on a lower inner circumferential surface, a clamp disposed at a lower adjacent position of the first rod body, and a first floating body slidably fitted into a first rod body extending upwardly of the clamp A first claw saw; A housing having a cylindrical shape and having a first guide and a second guide perpendicularly disposed on an outer circumferential surface thereof, a clamp ring disposed at an inner upper adjacent position of the housing to selectively fit the fishing line and the clamp, and closing the upper portion of the housing And a body having a second floating body having a first insertion hole for guiding the clamp to the inside of the housing, and a third floating body having a second insertion hole for closing a lower portion of the housing and communicating with the inside of the housing; And A second tooth saw having a second rod body having a male thread formed therein so as to be inserted into the second insertion hole and extending to an inner side of the housing and having an external thread formed thereon so as to be fastened to the female screw on the upper side; Automatic water level fishing bobber comprising a. According to claim 1, wherein the clamp is disposed in a cylindrical shape having an inner diameter larger than the outer diameter of the first rod body, the lower portion of the bobbin for automatic water level adjustment, characterized in that extending radially narrowed toward the outer peripheral surface side of the first rod body. The fishing float for automatic water level control according to claim 1, wherein a locking piece is formed on an upper end of the first rod to prevent the first floating body from being separated. According to claim 1, wherein the first float is automatic leveling bobber, characterized in that can be fixed to the upper end of the first rod. According to claim 1, The first guide is coupled to the transfer plate to be transported along the first guide, the central portion of the transfer plate is formed with a guide hole through which the fishing line extending from the clamp ring is vertically penetrated Fishing bobbins for automatic water level control, characterized in that the guide grooves are formed in the center portion recessed inward to be transported along the first guide. 6. The fishing float for automatic water level control according to claim 5, wherein the conveying plate can be fastened by a fastening means to the first rod inserted into the housing. The fishing float for automatic water level control according to claim 1, wherein a separation prevention piece fitted to the second guide is formed on an upper side of the second rod extending into the housing.