WO1993013655A1

WO1993013655A1 - Bite sensor

Info

Publication number: WO1993013655A1
Application number: PCT/KR1993/000007
Authority: WO
Inventors: Hyun Chyul Lee
Original assignee: Lee, Sang, Whan
Priority date: 1992-01-21
Filing date: 1993-01-21
Publication date: 1993-07-22
Also published as: AU3368293A; KR940001193B1; KR930016010A

Abstract

A bite sensor for reel-fishing at night, consisting of an upper cylindrical member, a lower cylindrical member, a hollow space defined by tubular bellows by which the upper and lower members are connected together, a connecting terminal guide tube positioned in the hollow space eccentrically with respect to the axis thereof and extending from the interior of the lower member toward that of the upper member, a contact terminal positioned in the terminal guide tube and connected electrically at one end portion thereof to a power source, a contact load exposed at one end portion thereof to the outside of the upper member, fixed at an intermediate portion thereof to the upper cylindrical member, and extending at the opposite end portion thereof into the interior of the terminal guide tube positioned in said hollow space and contacting the contact terminal, and a display connected electrically at one terminal thereof to the contact load, and at the other terminal thereof to the power source, the contact load being cut off electrically from the contact terminal when the tubular bellows are bent.

Description

Description Fish signal detector Technical field

TECHNICAL FIELD The present invention relates to a fish signal detector for reel fishing at night, and uses a difference in displacement due to a bending load to open and close a contact (ON) when a tip portion of a fishing rod in response to a fish signal receives a bending load. , OFF), a fish signal detector that makes it easy for anyone to catch the fish signal during night reel fishing due to the difference in the opening and closing frequency that is caused by opening and closing. Background art

When fishing at night on a fishing rod, the method of detecting the fish signal is to use a fishing float, a chemilite (by a chemical reaction using a luminous substance), or a method of attaching a bell to the tip of the fishing rod or by hand. There is a method of directly detecting the fish signal by holding it.

The above-mentioned methods are generally used in various ways depending on the fishing place, conditions, and user's preferences, and each direction has both a dot and a dot at the same time. When detecting a fish signal using a chemilight, the fish signal must be empirically captured by the displacement and the speed of the movement of the chemilight attached to the end of the reel fishing rod (head «). It is necessary to always pay attention to the chemical light attached to the tip of the fishing rod, and attach a bell to the end of the fishing rod (tip) to detect the fish signal based on the character of the bell and the size of the sound. In such a case, it is necessary to always listen to the bell sound attached to the tip of the fishing rod, and this may be due to the confirmation of the position of the tip of the fishing rod. Also, if you feel the reel fishing rod that has thrown the bait by hand and feel it directly with your hand, you will catch it depending on the type of target fish, but it is impossible to use it for a long time due to fatigue. Disclosure of the invention

Therefore, in order to solve the above-mentioned problems, the present invention provides a cylindrical upper body and a lower body, and a space formed by a bellows tube connecting the front E ± body and the lower body, A connection terminal guide cylinder which is located eccentrically with respect to the center of the front space and extends from the lower body toward the upper body;

One end is electrically connected to the power source and is located in the contact plan 接点, the other end is exposed to the outside, the middle is fixed to the cylindrical upper body, and the opposite A side is extended into the contact guide cylinder located in the space, and a contact load is in contact with the contact terminal. One of the terminals is connected to a contact port, and the other terminal is electrically connected to a power supply. The present invention is attained by a configuration in which the display device is read and the contact port is cut off from the contact port when the abdominal duct is bent.

The operation of the present invention having the above-described configuration will be described below.

The fish signal by a fish is an instantaneous force, a kind of impulse wave, and if the power to suck in the bait is transmitted to the hook with the bait, this iS¾ will transmit the fishing line in the form of a longitudinal wave, and the reel When the fishing rod reaches the end of the fishing rod and fels as a force that oscillates in a gentle direction, the fishing rod ¾ (head) instantaneously moves in the direction β. In this case, the bending moment at the tip of the reel fishing rod is kept at the position according to the present invention as it is, and a bending moment is also generated at the fish signal detector.

That is, the cylindrical portion attached to the fishing rod of the fish signal detector is compressed, and the cylindrical surface of the tube on the opposite side, which is farther from the mounting portion with the fishing rod, is elongated.

At this time, the contact opening connected to the display device is fixed to the cylindrical portion で, so that the upper body is extended and moves together, moving away from the fixed point located at the contact mizu guide 茼內. Since the power supply is turned on, the light on the display device will be turned off.

However, when the bending moment due to the vibration of the wave becomes zero, the abdominal tube returns to a normal state, and the fixed contact and the contact port located in the contact terminal guide tube are connected to the display device and connected to the display device. The light is turned on again. Such ί ^. Repeats until an impact wave due to the fish signal is read, so that the staggering is repeated as much as the movement due to the fish signal is transmitted to the tip of the fishing rod, and the light on the display device ) Will blink.

Therefore, when a fish signal is decorated with a fish signal Sftl device according to the present invention when fishing at night, it is identified by the period (frequency) at which light flashes in a dark condition. This also reduces the fatigue of fishing and allows you to enjoy fishing at night using multiple fishing rods at the same time.

The present invention as described above will be described in detail with reference to examples.

BRIEF DESCRIPTION OF THE FIGURES

5 FIG. 1 is a development view according to the embodiment of the present invention,

FIG. 2 is a diagram showing a mode when a fish signal detector according to one embodiment of the present invention receives a fish signal, FIG. 3A is a diagram for explaining the operation principle of the present invention,

FIG. 3B is a diagram in which the principle of operation of FIG. 3A is applied to the fish signal detector of the present invention,

First, referring to FIG. 1, a cylindrical upper body I made of synthetic resin and a cylindrical lower body 2 are fixed to a reel fishing rod 19 by fixing screws 8, 10 and fixing screw guide plates 9, 11, respectively. The cylindrical upper body 1 and the cylindrical lower body 3 are bonded to a soft bellows tube 2 and connected to each other to form a space portion 14 extending in the same direction as the axis of the fishing rod.

The space 14 formed by the cylindrical upper body 1, the cylindrical lower body 3, and the bellows tube 2 has a fishing rod 19 and the S ^ side with respect to the center axis in the longitudinal direction of the space 14. The contact terminal guide cylinder 4 is extended from the cylindrical lower body 3 to the cylindrical upper body 1, and the contact terminal is on the side closer to the cylindrical lower body 3. Contact terminal 6 is located.

The intermediate part is fixed to the cylindrical upper body 1, and according to the cylindrical upper body 1, the contact load 5, which is a moving electrical conductor, is connected to the disk contact terminal 6 which extends into the contact guide cylinder 4 and forms a fixed contact. It is in a normal state.

The light emitting diode 7 of the display element has one terminal electrically connected to the power supply and the other terminal electrically connected to the contact port 5, and forms a closed circuit with the power supply so as to be lit in a normal state.

The battery 13 of the power supply is housed in a battery case 12 formed on the lower side of the cylindrical lower body 3, and one terminal is in contact with the light emitting diode 7 and the other terminal is in contact with the disk contact terminal 6. Is done. The operation of the present invention having the above-mentioned structure is as follows.

First of all, the tip of the fishing rod 19 (ear tip) The cylindrical upper body 1 is fixed with the upper fixing screw 8 and the upper fixing screw guide plate 9, and the cylindrical lower body 3 is fixed with the lower fixing screw 10 and the fixing screw guide. Fix with plate 11. At this time, the disk contact 6 and the contact 6 Since the load 5 comes into contact, the light emitting diode 7 is supplied with power and emits light. Thereafter, as shown in Fig. 2, when there is a fish signal, the tip f of the reel fishing rod 19) is displaced by the bending load in the vertical direction, and is located at a distance t from the side of the fishing rod, ie, on the side, that is, on the opposite side. The side of the abdominal tube 2 expands due to the generation of the pulling force, and the portion near the fishing rod, that is, the side of the bellows tube 2 approaching the reel fishing rod, contracts due to the generation of force. The power supply circuit is cut off by separating the contact port 5 and the disk contact terminal 6 so that the light emitted from the light emitting diode 7 disappears.

The operation principle as described above will now be described. A fish by a fish is an instantaneous force, and is a kind of impact wave. Therefore, if the force of sucking the bait and the feeding force is based on the hook attached to the bait, the wave will have a longitudinal wave shape * Along the top of the reel, the end of the reel will be seen, or shaken, in the direction of squinting. The itrs force generates a bending moment that repeats momentarily at the tip of the fishing rod, and the portion where the sensor of the present invention is attached is attached to the top of the tip of the fishing rod, and the rod is attached to the fishing rod. Since it is a cylinder with a diameter t larger than the previous diameter, the transmitted bending monunt is left as it is.

This state is schematically shown in FIGS. 3 (A) and (B).

In Fig. 3A, when the beam is bent by the bending load, the upper part is elongated, the lower part is compressed, and the middle part is not elongated, that is, there is a place where the length does not change. Since this surface is ¾τΤ with the neutral surface (Neitral surface) 20, in Fig. 3 Α and 3 指し, it refers to the n-η surface, and we will consider the coordinate axes that originate the coordinates of one point of this neutral surface.

At this time, after bending, the AB and CD cross-sections are flat and perpendicular to the neutral plane 20, and the mm "plane covered by y at the neutral plane 20 extends by m 'm". In other words, if applied to the portion indicated by the solid line (the abdominal tract indicated by the thick 镍) in FIG. 3C, the relative displacement between the contact load 5 and the disc contact terminal 6 is about m'm ". Result! ^ Since the contacts are separated, the entire circuit is disconnected, and the light emitting diode 7 does not emit light.

As described above, the vibration of the condensed wave is transmitted to the tip of the reel fishing rod, and the disconnection of the circuit is repeated by the frequency, so that the light of the light emitting diode 7 flickers. The development in which the light of the luminescent diode 7 flickers depends on the species, depending on the fishing situation. For example, it may be caused by the wind or by bending the tip of a reel fishing rod by waves. When the light-emitting diode 7 flashes due to the force, it flashes with a different oscillation cycle than when it is caused by other factors, so it can be easily identified. As described above in detail, when the present invention is used and fishing is performed at night during fishing of reels, it can be distinguished by the blinking frequency (period) of light in a dark condition, so that eye fatigue is reduced. A large number of fishing rods and reel fishing rods can be used at the same time to enjoy night fishing.

Claims

1. A cylindrical upper and lower body, a space defined by a bellows tube connecting the front ILL part and the lower body,

A contact terminal protruding from the lower body toward the upper body, a cylinder; one end electrically connected to a power source, and a contact terminal located in an rf self-contact terminal guide cylinder ′;

The other end is exposed to the outside and the intermediate step is fixed to the cup-shaped upper body, and the opposite side extends into the contact guide tube located in the space, and contacts the contact load in contact with the contact mizuko. The terminal on the side is composed of a lirs contact port and the other terminal is composed of a display device electrically connected to a power source. When the so-called 腹 6 abdominal tube is bent, the contact port is separated from the contact terminal by ¾. A fish signal detector that specializes in sudden disconnection.

2. The fish signal detector according to claim I, wherein the 1ίΐ contact guide cylinder is eccentrically stretched with the center pot at the front end thereof as a center pot.