JPH0453264Y2 - - Google Patents

Description

[Detailed Description of the Invention] (Industrial Field of Application) The present invention is used for cast fishing, and particularly relates to a float take-up that eliminates most of the entanglements and entanglements of lines.

(Prior Art) As a conventional take-up lever, a bullet-shaped one as shown in FIG. 5 is generally used.

(Problems that the invention aims to solve) When cast fishing using this bullet-shaped fishing rod, the line is likely to get tangled because it flies while rotating, and the weight sinks vertically from the point of landing. Because of this, it is difficult to increase flight distance. In addition, when this take-up sinks to the bottom, it sinks vertically with great force, sinking into the sand, etc. on the ocean floor, making it easy for the thread to sink into the sand, gravel, etc., and also causing the take-up arm to fall over and fall down. Problems such as the bottle arm being poorly placed on the seabed caused it to roll easily, and the thread and weight were likely to become entangled in sand or rocks.

The object of the present invention is to provide a float fishing rod that can extend the casting distance of cast fishing and almost eliminate entanglements.

(Means for Solving the Problems) In order to eliminate the above problems, the present invention includes a boat-shaped float, a weight buried in the front lower surface of the float, and a weight protruding from the rear lower surface of the float. The fin and the float are constructed of at least a take-up arm that stands upright from a proper position on the upper surface of the float, and a take-up arm that projects horizontally from the rear end.

(Operation) Next, the operation of the present invention will be explained. First, the sinking state of the main spindle from its landing point to the bottom will be explained.First, it lands from the weight 2 [see Figure 3a].
At this time, the float 1 enters the sea surface at an angle, has a much larger surface area than conventional floats, and has a boat-shaped bottom, so the front of the float 1 receives the buoyancy of the seawater. Weight 2
The combined force of the vertically downward force, the lift force acting above the float 1, and the lateral propulsive force acts diagonally downward, causing the float 1 to dive in the direction of the arrow in the figure [see Figure 3 b] . Therefore, the position at which it reaches the seabed is further forward than the landing point.
Further, when reaching the point, the rod-shaped take-up arms 4 and 5 do not fall down, and moreover, the float 1 on the fin 3 side is slightly upward than the weight 2 side [see Fig. 3c]. It's also extremely comfortable to sit on.

Next, when the thread take-up of the present invention moves after landing on the bottom, when the thread 7 is pulled, the float 1 on the side of the fin 3, which is facing slightly upward, is first lifted up [see Fig. 4b].
The threads 7 are therefore lifted upwards, so that entanglement is greatly reduced. Furthermore, when the operation by pulling back the thread 7 is completed, the take-up arms 4 and 5 do not fall down, and the float 1 on the fin 3 side remains slightly upward than the weight 2 side and settles on the seabed [Fig. 4 a reference].

(Embodiment) An embodiment of the present invention will be described below based on the drawings. Reference numeral 1 is a boat-shaped float made of wood or synthetic resin, and a groove 1a is bored at a suitable position on the upper surface of the float 1. There is. 2 is a weight buried in the front lower surface of the float 1, and 3 is a fin protruding from the rear lower surface of the float 1. Reference numeral 4 denotes a rod-shaped thread take-up arm erected from a proper position on the upper surface of the float 1. A ring-shaped threading part 4a is formed at the tip of the take-up arm 4, and a base part is formed in the bent part 4b. It is detachably attached to the groove 1a. Reference numeral 5 denotes a rod-shaped take-up arm whose base is fixed to the rear end of the float 1 and projects horizontally, and the take-up arm 5 is provided with a ring-shaped threading portion 5a at its tip. 6 is 1 float and 2 weights
This is the coating that was applied after the fins 3 were installed. 7 is a thread, 8 is the sea surface, and 9 is the ocean floor.

(Effects of the invention) The present invention includes a float 1 formed into a boat shape, a weight 2 on the front lower surface, and a fin 3 on the rear lower surface. A bottle arm 4 and a take-up arm 5 projecting horizontally from the rear end are provided, and the take-up arms 4 and 5 are rod-shaped and have threading portions 4a and 5a at their tips, making them different from the conventional bullet-shaped ones. Unlike the conventional method, it flies without rotating, so there is no entanglement of the thread 7, and furthermore, the weight 2 does not sink vertically from the water landing point, but dives diagonally forward, increasing the flying distance. Furthermore, when the float reaches the bottom, the tip of the take-up arm 5 is above the seabed and the float 1 is seated well, so that the thread 7 does not sink into sand, gravel, etc. Therefore, it has great practical effects, such as almost eliminating the possibility of the thread 7 or weight 2 getting caught in sand or rocks.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing an embodiment of the present invention, Fig. 2 is a vertical sectional view showing the main parts, Figs. 3 a to c are explanatory diagrams showing the state of diving, and Figs. FIG. 5 is an explanatory diagram showing the state when the conventional product reaches the bottom. 1... Float, 2... Weight, 3... Fin,
4, 5...Take-up arm, 4a, 5a...Threading section.

Claims (1)

[Scope of utility model registration request] A float 1 formed into a boat shape, and the float 1
A weight 2 buried in the front lower surface, a fin 2 protruding from the rear lower surface of the float 1, a take-up arm 4 erected from an appropriate position on the top surface of the float 1, and a take-up arm 4 extending horizontally from the rear end of the float 1. A bottle arm 5 is provided, and the bottle take-up arms 4, 5 are rod-shaped and have threading portions 4a, 5 at their tips.
A float take-up bin characterized by forming a.