CN110604106A

CN110604106A - Horizontal shaft type fishing line wheel range extending device

Info

Publication number: CN110604106A
Application number: CN201911033069.3A
Authority: CN
Inventors: 玉曜瑜
Original assignee: Jingmen Zhanqi Outdoor Equipment Co Ltd
Current assignee: Jingmen Zhanqi Outdoor Equipment Co Ltd
Priority date: 2019-10-28
Filing date: 2019-10-28
Publication date: 2019-12-24

Abstract

A horizontal axis type fishing line wheel range extending device is characterized in that a line cup is loosened by a hand during throwing, a lure flies out and pulls the line cup in an extremely short time period through a precisely controllable electric accelerating and braking mode, and the line cup is accelerated to a certain initial rotating speed and then starts to brake, so that the kinetic energy loss of the lure on the line cup and a fishing line is reduced, the throwing distance of the lure is greatly increased, and the fishing line is prevented from being broken.

Description

Horizontal shaft type fishing line wheel range extending device

Technical Field

The invention relates to a fishing tackle, in particular to a horizontal shaft type fishing line wheel range extending device for the lure.

Background

When the lure is thrown, the lure needs to drive a wire cup in the fishing line wheel and a fishing line wound on the wire cup to rotate at a high speed, so that partial kinetic energy of the lure is converted into the rotational kinetic energy of the wire cup and the fishing line, and the throwing distance of the lure is influenced. For most horizontal axis type fishing line wheels on the market, when small artificial baits below 10g are cast, the kinetic energy loss consumed on a line cup and a fishing line generally reaches more than 50 percent, and the casting distance of the small artificial baits is seriously influenced.

In order to increase the throwing distance of the artificial bait, the manufacturers mainly strive for two directions: based on the formula of kinetic energy of rotation

E=0.5*I*ω²

In the formula: i-moment of inertia of the cup and line

Angular velocity of omega-line cup and fishing line

The product value of the moment of inertia of the line cup and the square of the angular velocity of the line cup is reduced by lightweight design and selection of the optimal radius value of the line cup, namely the initial kinetic energy loss of the artificial bait is reduced, so that the aim of improving the throwing distance is fulfilled.

The other one is that the flying process of the artificial bait is an oblique throwing motion, the flying speed of the artificial bait is firstly reduced and then increased, correspondingly, the line cup is required to be decelerated under the braking force action in the first half of the flying process of the artificial bait to be matched with the flying speed of the artificial bait (otherwise, the fish line is firstly loosened and then clamped on the line cup, the line is commonly called as 'line explosion'), then the artificial bait in the second half of the flying process is accelerated to fly downwards obliquely, and the braking force required by the line cup is far smaller than that in the first half of the flying process, or even is not required at all. In summary, an excessive braking force causes a loss of kinetic energy during the flight of the lure, while an insufficient braking force causes a wire explosion to prevent the lure from continuing to fly, and therefore, the optimal matching of the braking force dynamics to the flight conditions of the lure is another direction of efforts of manufacturers to increase the throwing distance of the lure.

However, in the state of the art in which the development of fishing reels is very sophisticated, the above-mentioned methods cannot improve the casting distance of the lure qualitatively.

Disclosure of Invention

The invention aims at the characteristic that the kinetic energy lost on the line cup and the fishing line during the throwing of the artificial bait exceeds 50 percent, and uses the form of electric acceleration and braking which can be accurately controlled, and the line cup starts to brake after being accelerated to a certain initial rotating speed (the optimal state is that the linear speed of the outmost fishing line is very close to the initial speed before the artificial bait pulls the line cup) in a very short time period from the releasing of the line cup by hands to the flying of the artificial bait and the pulling of the line cup during the throwing, thereby reducing the kinetic energy loss of the artificial bait on the line cup and the fishing line (the optimal state is reduced to be close to zero), greatly improving the throwing distance of the artificial bait (the farthest can be improved to be more than 2 times) and ensuring no line explosion.

Drawings

Fig. 1 is a schematic view of a conventional structure of a horizontal axis type fishing line wheel related to the invention, fig. 2 is a composition and relation view of a horizontal axis type fishing line wheel range-increasing device of the invention, and fig. 3 is a schematic view of the installation of the main composition of the invention on the fishing line wheel.

Detailed Description

The invention comprises a power supply system (1), a motor (2), a control system (3) and the like, wherein the power supply system (1) comprises a power supply (11) and a power switch (12); the motor (2) adopts a high-speed hollow cup motor (the no-load can reach tens of thousands of revolutions per minute only by a plurality of volts of working voltage), and a rotating shaft of the motor is connected with a wire cup shaft of the fishing line wheel to be used as an accelerating and braking device of the wire cup; the control system (3) is composed of a delay circuit (31), a relay (32), an adjustable resistor (33), a display screen (34), a setting button (35), a trigger button (36) and the like. The delay circuit (31) is composed of MOS tubes and the like and is used for controlling the on-off time (which can be accurate to 0.01 second) of the relay (32), and the working mode of the delay circuit (31) is as follows: giving a signal, waiting for the system, namely disappearing the signal, triggering a task, and resetting after a relay (32) is attracted for a set time; the relay (32) is controlled by the delay circuit (31), 3 ports of 'normally closed', 'public' and 'normally open' are output, when the relay is not instructed by the delay circuit (31), the 'public' end is communicated with the 'normally closed' end and is disconnected with the 'normally open' end, when the relay is instructed by the delay circuit (31), the 'public' end is disconnected with the 'normally closed' end and is converted into the conduction with the 'normally open' end until the instruction disappears and then returns to the original state; the display screen (34) is used for displaying an accelerating gear, and the gear value is related to the pull-in duration of the relay (32); the setting button (35) is used for setting an acceleration gear, namely the pull-in duration of the relay (32); the trigger button (36) adopts a light touch button, and the working mode is that the button is pressed to be conducted and the button is disconnected by loosening the hand.

The power switch (12) and the trigger button (36) are integrated on the wire outgoing switch of the fishing line reel, when the wire outgoing switch is pressed (one operation before line sublay), the wire end contacts of the power switch (12) and the trigger button (36) are contacted, the wiring of the power switch and the wire end contacts are both in a conducting state, the range extending system is electrified, the trigger button (36) is in a signal output state due to being pressed by the thumb of a user (the thumb of the user can simultaneously press a line cup), when the user swings the fishing rod and throws to a proper angle, the thumb of the user is loosened, a signal given by the trigger button (36) disappears to form a pulse (a delay circuit starting instruction), the delay circuit (31) sends a set instruction to the relay (32), and the range extending system starts to work; after the throwing is finished, a user shakes the fishing line reel to take up the crank handle, the outgoing switch bounces, and the whole range extending system is in a power-off state, so that the purpose of saving power is achieved.

The composition and relationship diagram of the present invention is shown in fig. 2. The positive and negative power input electrodes of the delay circuit (31) are respectively connected with the positive and negative electrodes of the power supply system (1), the negative signal input electrode is connected with the negative electrode of the power supply system (1), and the positive signal input electrode is connected with the trigger button (36) and the positive electrode of the power supply system (1) in series; one path of the negative electrode of the motor (2) is connected with the negative electrode of the power supply system (1), and the other path of the negative electrode of the motor is connected with the adjustable resistor (33) and the normally closed end of the relay (32) in series; the positive pole of the motor (2) is connected with the public end of the relay (32); the normally open end of the relay (32) is connected with the anode of the power supply system (1). When a user throws and releases a thumb, a signal of the trigger button (36) disappears, the relay (32) works for a set duration under the instruction of the delay circuit (31), during the duration, the public end and the normally open end are conducted, the power supply system (1) and the motor (2) form an accelerating loop through the relay (32), the range extending system is in an accelerating state, and the wire cup is accelerated to a certain rotating speed; after a set time length, the instruction of the time delay circuit (31) disappears, the 'public' end of the relay (32) is switched to be conducted with the 'normally closed' end, the motor (2) and the adjustable resistor (33) form a braking loop through the relay (32), the motor (2) is driven by the line cup at the moment, the coil cuts a magnetic field to form current and generate electromagnetic resistance, and then the braking effect is generated on the line cup. A user obtains different electric acceleration effects by setting an acceleration gear (the pull-in time length of the relay (32)), and different braking effects are obtained by adjusting the resistance value of the adjustable resistor (33) to change the induced current of the motor (2).

Claims

1. The utility model provides a horizontal axis formula fish tape wheel increases journey device, its characterized in that includes electrical power generating system (1), motor (2), control system (3), in the very short time quantum of releasing the line cup from the hand during throwing and simulating bait departure and pulling the line cup, motor (2) begin the braking after accelerating the line cup to certain initial rotational speed under the accurate control of control system (3) to reduce the kinetic energy loss on line cup and fish tape of simulating bait, improve the throwing distance of simulating bait by a wide margin and guarantee not to explode the line.

2. The horizontal axis type fishing line wheel extension device according to claim 1, wherein the power supply system comprises a power supply (11), a power switch (12); the control system (3) comprises a delay circuit (31), a relay (32), an adjustable resistor (33), a display screen (34), a setting button (35) and a trigger button (36).

3. The horizontal axis type fishing line wheel range extending device of claim 1, wherein a power switch (12) and a trigger button (36) are integrated on a line outgoing switch of the fishing line wheel, when the line outgoing switch is pressed down, the connection of the power system (1) and the trigger button (36) is conducted, a signal is output and kept when the trigger button (36) is pressed down, and the signal disappears and triggers a delay circuit (31) to work after hands are released; after the fishing line reel is shaken to take up the outgoing line crank, the whole system is powered off.

4. A horizontal axis line wheel extension device as claimed in claim 1, characterised in that the motor (2) is a cup accelerating and braking device.

5. The horizontal axis type fishing line wheel extension device according to claim 1, characterized in that one pole of the motor (2) is connected with the 'common' end of the relay (32), and the other pole is connected with one pole of the power supply system (1); the other pole of the power supply system (1) except the above pole is connected with the normally open end of the relay (32); the motor (2) is directly connected with the power supply system (1) through one pole, and is connected with the adjustable resistor (33) and the normally closed end of the relay (32) in series, the power supply system (1) and the motor (2) form an accelerating loop through the relay (32), the motor (2) and the adjustable resistor (33) can pass through the relay (32) to form a braking loop, and the two loops work in succession during throwing.

6. The horizontal axis type fishing line wheel range extender according to claim 1, wherein the control mode of the accelerating gear is the working time control of the relay (32).

7. The horizontal axis type fishing line wheel extension device according to claim 1, characterized in that the braking gear is controlled by the resistance value of the adjustable resistor (33).