KR200227040Y1 - A float hase holes for fishing in the fresh water - Google Patents

Abstract

The present invention relates to a bore of freshwater fishing, and has an elliptical spherical body formed in the center of a jaw fitted with a luminous indicator ring. (通 水 孔) is drilled in the vertical direction in which the float moves, so if the gravity balance between the buoyancy of the float and the fishing weight is kept at zero, underwater, the bobber will be maintained vertically at a certain height above the surface of the water, When the fish is simmered, the floating body with small water resistance swings up and down sensitively according to the change of gravity balance, and the bobber moves steadily up and down vertically, making it easier to catch the fishing catch and increase the catch rate. It was made possible.

Description

Hole float of freshwater fishing {A FLOAT HASE HOLES FOR FISHING IN THE FRESH WATER}

The present invention relates to a bore bobber of freshwater fishing, characterized in that the bobbin is moved more vertically by forming a plurality of water holes vertically to reduce the upper and lower fluid resistance to the float of the float.

In the conventional fishing bobber, as shown in FIG. 3, an elliptic spherical floating body F is formed in the middle of the fishing body T, and the floating body F and the fishing weight W are gravity in the water. When the fish adjusts the balance to zero, and the fish such as crucian carp hits the fishing bob, the float (T) moves up and down according to the change of gravity balance between the float (F) and the weight (W). The fish will be able to determine whether the meat is being caught by the movement.

However, due to the large surface area of the upper and lower parts of the float on the ellipsoidal sphere, the fluid resistance to the vertical movement of the float is large, so that the float cannot operate sensitively. If there are some waves on the surface, it is difficult to grasp the working condition of the bobber, and the bobber's movement is slow and uncertain, so it is often missed the chance of fishing, and therefore the catch rate is not high.

In order to correct this problem in the related art, an elliptic spherical body is formed in the center of the bobbin in which the luminous display ring is formed, so as to reduce the fluid resistance when the body moves up and down. The plurality of water holes were drilled in the longitudinal direction in which the floating body moved to reduce the upper and lower surface areas of the floating body.

Therefore, while maintaining the balance of buoyancy of the float and the weight of the float in the water to the zero point so that the bobber is vertically maintained at a predetermined height above the surface of the water, when fishing, such as crucian carp into the bob As the balance changes, the float receiving the water resistance is sensitively swinging up and down, and the vertical and vertical guide action of the water column filled in the water hole formed in the floating hole. As you can surely move the fishing catch, you can easily capture the moment of fishing and increase the catch rate.

1 is a perspective view of the present invention

2 is an explanatory view of the operation of the present invention

Figure 3 is an illustration of a conventional fishing bobber

[Code Description of Important Parts of Drawing]

1: bobber for fishing, 2: floating body, 2h: plumber,

3: fishing line; 4: fishing weight; 5: fishing hook.

In the case where the floating body 2 is formed in an elliptic sphere at the center of the bobbin 1 having the luminous display ring 1r, the fluid resistance to the upper end and the lower end of the floating body 2 is reduced. For this purpose, a plurality of (3 in the drawing) water holes 2h are drilled in the longitudinal direction in which the floating body moves so as to be arranged at equal intervals.

In the drawings, reference numeral 3 denotes a fishing line, 4 denotes a fishing weight, and 5 denotes a fishing needle.

The present invention, as shown in Fig. 2, maintains the gravity balance between the buoyancy of the floating body 2 and the fishing weight 4 at the zero point in water so that the bobbin 1 is vertical at a predetermined height above the water surface. When a fish such as a crucian carp or a fish such as crucian carp is put on the fishing bob 5a placed on the fishing hook 5, a change occurs at the zero point of gravity balance between the floating body 2 and the fishing weight 4. In other words, when the fish bites the fishing bob and pulls the weight of the weight is lowered, and when the meat bites up the fishing bob is buoyant buoyancy is added to the synergistic effect. At this time, the floating body 2 is fluctuated vertically because the floating body 2 receives small fluid resistance of the upper and lower parts. In addition, the float moves only vertically up and down without tilting or lying down due to the guide action of the water column filled in the water hole 2h of the floating body 2 so that the bobber moves up and down vertically on the surface of the water. Therefore, it is easy to grasp the operation of the bobber to catch the fishing rod instantaneously to catch the fish.

The present invention has formed a plurality of water holes for reducing the fluid resistance in the float of the freshwater fishing bobber. It can be operated more sensitively by resistance and guided by the water column filled in the water hole, the float is lifted up and down vertically. Unlike the simple float on the ellipse sphere, the float is vertical even on the water surface even if some waves occur in the water surface. It is operated reliably while maintaining the state, and it is easy to grasp | ascertain the fishing time, and there exists an effect which can raise a catch rate more compared with the conventional bobber.

Claims (1)

In the case where the floating body 2 is formed in an elliptic sphere at the center of the bobbin 1 having the luminous display ring 1r, the fluid resistance to the upper end and the lower end of the floating body 2 is reduced. In order to drill a plurality of water holes (2h) in the longitudinal direction to be arranged at equal intervals bore of freshwater fishing.