KR102421747B1 - A biting signal detector with anti-malfunction function - Google Patents

Abstract

The present invention relates to a biting signal detector with a malfunction preventing function and, in particular, to a new concept technology for preventing a contact error and a malfunction due to moisture or condensation as well as instantly informing a user that a biting signal is detected by being easily mounted on an existing fishing rod holder. In a biting signal detector disclosed in the prior art, a buzzer sensor is exposed to the outside, an error occurs due to rain, moisture, condensation, etc., which causes a problem of a malfunction in accordance with the detection of a biting signal. The present invention, as a way to eliminate the problem, provides a technology of easily integrating and mounting the biting detector on the fishing rod holder in a manner of inserting the rear end of the fishing rod holder into a mounting insertion part formed at the rear of a mounting base, and forming a coated outer skin by coating the entire outside of a plate-shaped spring and a support portion disposed on the top of a contact point bolt vertically penetrating a front support of the mounting base to be screw-coupled.

Description

A biting signal detector with anti-malfunction function

The present invention relates to a technology of a new concept that not only informs the user immediately when it is easily mounted on an existing fishing rod holder and detects a fishing fish, but also prevents contact errors and malfunctions caused by moisture or condensation.

Generally, fishing consists of a foldable fishing rod, line, float, and needle, and refers to a series of actions in which the fish eats the food attached to the needle and catches the fish. There is a way to catch a fish by grasping the movement of the fish or by attaching a bell to the end of the fishing rod and recognizing the bite of the fish by the sound of the bell.

When such fishing is done at night, a luminous chemi-jet that uses chemical light emission and an electronic float that emits light using a battery are sometimes used.

The above-mentioned conventional floater is installed in the middle of the fishing line and moves up and down the water surface according to the food intake activity of the fish generated from the needle with food. So the person who fished was to catch a fish with a fishing rod.

A person who has fished in this way has a high degree of concentration to detect a signal that a fish has been caught (hereinafter referred to as 'Eosin'), and judges the movement of the float based on the sight, or observes the minute movement of the tip of the fishing rod (chorid). We know empirically how difficult it is to focus all our attention on finding out using only the sense of touch, and especially for beginners, these efforts act as a major obstacle to entering fishing and are easily given up.

In addition, it was impossible to satisfy the wishes of many fishing enthusiasts who wanted to relax while enjoying nature along with fishing because they could not leave their place while fishing and could not do necessary chores.

In order to solve this inconvenience, devices for detecting the fish god in an easier way have been proposed, and as a prior art related to the fish god sensor, "Patent Registration No. 2281049, name / for fishing rod holder, which is a previously registered inventor of the present applicant. One-touch mounting type fish god detector" is disclosed.

The prior art is characterized in that it can be easily mounted on an existing fishing rod holder and sound a buzzer when it detects a fisherman, so that you can easily enjoy fishing at night or in bad weather.

However, in the prior art, as the buzzer sensor is exposed to the outside, errors occur due to rain, moisture, condensation, etc. do.

In addition, if the user moves far from the place where the fisherman detector is installed to the point where the buzzer is not heard, the fishes cannot be known and the fish is missed.

The present invention is a method of inserting the rear end of a fishing rod holder into a mounting insertion part formed at the rear of the mounting base as a means for solving the above problems so as to easily and integrally mount the fisheye sensor to the fishing rod holder, and to the front support part of the mounting base A technique for forming a coating shell by coating the outside of the plate-shaped spring and the support part disposed on the upper part of the contact bolt screwed through up and down is devised.

In addition, the present invention is a technology that allows the fishing rod to sound a notification bell by transmitting an output signal to the wireless receiver carried by the user while the fishing rod is pressed downwards when the fishing rod is detected and the plate spring is pressed when the contact bolt comes into contact with the contact bolt while the wireless transmitter operates. insist on

According to the present invention, the fish fish detector can be easily mounted and used by a simple one-touch installation directly on the existing fishing rod holder, and when the lifespan is over, the whole fish fish detector can be replaced or only the damaged parts can be partially replaced. It provides the effect of easy maintenance.

In addition, the present invention prevents contact errors and malfunctions due to rain, moisture, dew condensation, etc. because the plate-shaped spring and the contact bolt that operate the wireless transmitter are not exposed to the outside by the coating outer layer when they are in contact with each other, so that the detection of the fisherman is assured, It provides the effect of preventing battery consumption of the wireless transmitter and wireless receiver due to malfunction.

In addition, the present invention is a wireless transmitter that automatically operates when the plate-shaped spring and the contact bolt are in contact with the user through wireless communication using a portable wireless receiver to accurately know the fishing situation even if the user moves while fishing. Also, it is easy to carry and move the wireless receiver, and it does not require a separate wired operation, thereby reducing installation costs and providing the effect of being widely distributed at a low cost.

1 is a front view of the installation state of the fish sensor to which the present invention is applied;
Figure 2 is a plan view of the installation state of the present invention eosin sensor
Figure 3 is a front cross-sectional view of the installation state of the present invention eosin sensor
4 is a perspective view of the mounting base of the present invention;
5 is a front view of the mounting base of the present invention;
Figure 6 is a state diagram in which the first and second copper contacts are connected to the electric wire to which the male connector of the present invention is coupled;
7 is a plan view and a front view of the plate spring of the present invention;
8 is a plan view of the insulating pad of the present invention;
9 is a plan view of the present invention ring-type cushioning material
10 is a cross-sectional view taken along line AA of FIG. 2 of the present invention;
11 is a side cross-sectional view of the sensitivity adjustment state by forward and reverse rotation of the contact bolt of the present invention;
12 is a plan view of the connection state of the eosin sensor and the wireless transmitter of the present invention;
13 is an exemplary diagram of a transmission and reception state of a wireless transmitter and a wireless receiver of the present invention

A preferred embodiment for implementing the means of solving the problems to be solved by the present invention in more detail will be described.

When looking at the overall configuration of the wireless communication detector (D) according to a preferred embodiment of the present invention schematically based on the accompanying drawings, the mounting base 10, the contact bolt 20, the first copper contact point 30, the insulating pad ( 40), the second copper contact point 50, the male connector 60, the plate-shaped spring 70, it can be seen that it is largely divided into the components of the coating shell (80).

Hereinafter, the present invention having the above schematic configuration will be described in more detail to facilitate implementation.

The present invention does not give any post-processing or deformation to the existing fishing rod holder (1), and the consumer purchases the commercialized fishhook detector (D) and uses it by simply installing and using it integrally with one-touch operation.

Preferentially, the fishing rod holder (1) on which the fishhook detector (D) of the present invention is mounted is a pair of separation preventing protrusions (1a) that prevent the left and right separation of the fishing rod (3) as shown in FIGS. 1 to 3 on both sides of the front side. Formed, at the rear end of the fishing rod (3) by holding the handle (3a) to wrap the upper and both sides to prevent the handle (3a) portion of the fishing rod (3) from lifting to the upper portion (1b) is installed by the fishing rod ( Even if the length of 3) is long, the handle (3a) part is easily lifted upward, providing an effect of fundamentally blocking the occurrence of errors in operating the plate spring (70) even though the fish does not bite.

The mounting base 10, which is one component of the fishing rod detector (D), is formed with a mounting insert 11 in which the rear end of the fishing rod holder 1 is fitted, and the fishing rod 3 is placed at the front end. The part 12 is formed, and a pair of separation prevention plates 13 for preventing the left and right separation of the fishing rod 3 are formed on both sides of the support portion 12 to be bent upwardly to the outside.

Therefore, even non-experts can use the fishing rod detector (D) by simply fitting the rear end of the fishing rod holder (1) to the mounting insertion unit (11) by one-touch operation as shown in FIG. 3 .

Here, the fishing rod holder 1 may be fitted with an interference fit to the mounting insert 11, but it is fixed to the bent part 14 bent at the lower side of the mounting insert 11 so as to maintain a more robust fixing force. By tightening the fixing bolt 15 by screwing the bolt 15 through the top and bottom, by fixing the fishing rod holder 1 with a tightening force, the strong integrity is maintained, thereby effectively preventing the fisherman detector (D) from being separated.

A contact bolt 20 that serves as a sensor for detecting the fisheye upon selective contact with the plate-shaped spring 70 is installed in the support portion 12 through the upper and lower portions.

And the first copper contact point 30 in the form of a washer that penetrates the contact bolt 20 and makes non-contact is seated on the upper end of the support part 12 and insulates the upper surface of the first copper contact point 30 . By attaching the pad 40 to cover it, the first copper contact point 30 can maintain an insulated state from the second copper contact point 50 .

Here, the first copper contact point 30 is electrically connected to the contact bolt 20 via the support part 12 made of metal.

In addition, the second copper contact point 50 in the form of a washer that penetrates through the contact bolt 20 and makes non-contact is seated on the upper end of the insulating pad 40 and insulated from each other by the insulating pad 40 . The first copper contact point 30 and the second copper contact point 50 that maintain (60) is combined.

A plate-shaped spring 70 is disposed on the upper end of the second copper contact point 50, and this plate-shaped spring 70 maintains a gap G with the upper end of the contact bolt 20 before the fishing gear is detected. The second copper contact point 50 and the plate spring 70 are electrically connected to each other.

This plate-shaped spring 70 is formed in an upwardly convex shape, and has a special shape with a number of support feet 71 protruding from the outer circumferential surface, so that it is pressed down and then restored to its original state It plays a role like a spring. Of course, it is characterized in that it exhibits the function of a sensor that operates the wireless transmitter 100 when in contact with the contact bolt 20 .

Therefore, the fishing rod 3 placed on the upper side of the plate-shaped spring 70 is pressed downward while the fish is caught, thereby pressing the plate-shaped spring 70 together and making electrical contact with the contact bolt 20 at the moment of contact with the wireless transmitter. (100) will work.

Here, the sensitivity of the windshield can be freely adjusted according to the contact sensitivity between the plate spring 70 and the contact bolt 20, and the pressing strength is primarily adjusted according to the number of the plate spring 70 installed. By adjusting the sensitivity in contact with the bolt 20, it provides a special effect of freely adjusting the sensitivity of the fish according to the type or flow rate of the fish.

In addition, between the insulating pad 40 and the second copper contact point 50, one or more ring-type cushioning material 90, 90a is additionally installed or a compression spring is interposed, such a ring-type cushioning material 90, 90a In a way that adjusts the sensitivity in contact with the contact bolt 20 by secondarily adjusting the pressing strength of the plate spring 70 according to the number of installations of the The cushioning materials 90 and 90a perform a function of a retaining material to prevent bending deformation while acting as a buffer when the plate-shaped spring 70 is pressed.

Here, the ring-shaped cushioning material 90, 90a or the spring can be applied to any configuration as long as it performs a function that can be restored to its original state after being contracted when Eosin is sensed. You can't get out of the category.

On the other hand, the present invention uses a material such as liquid rubber, urethane, or silicone material on the outside of the plate-shaped spring 70 and the support part 12 as a whole to maintain waterproofness without being exposed to the outside as shown in FIGS. 2 and 10 . The core technology of forming the coating shell 80 by coating treatment is grafted.

Therefore, the plate spring 70 and the contact bolt 20 that operate the wireless transmitter 100 are not exposed to the outside by the coating shell 80 at all, so that even if it rains, moisture, condensation, etc. occur, contact errors and malfunctions are prevented. By doing so, it provides a special effect that more reliably informs the detection of fish gods.

In addition, in the present invention, when the fishing rod 3 is pressed downward and the plate spring 70 is pressed together and in contact with the contact bolt 20 when the fishing rod is sensed, the wireless transmitter 100 operates while the user carries the output signal. A new technology for transmitting to the receiver 110 to sound a notification bell is additionally grafted.

As a technical configuration for this, the male connector 60 is connected to the female connector 102 coupled to the tip of the electric wire 101 connected to the additionally provided wireless transmitter 100, and the plate spring 70 is attached to the fish. When the fishing rod 3 is pressed by the wireless transmitter 100 when it comes into contact with the contact bolt 20 while being pressed together, the wireless transmitter 100 automatically operates and transmits a wireless RF output signal, and an alarm bell according to the output signal of the wireless transmitter 100 A wireless receiver 110 is provided to notify the user of the situation by ringing.

In addition, the wireless transmitter 100 and the wireless receiver 110 for stable transmission and reception are configured in a portable small size as shown in FIG. 13, so that the user can conveniently carry it when fishing, and the user has a fishing rod 3 installed. Even if you move from your seat, if you detect Eoshin, an alarm bell is sounded according to the wireless RF output signal of the wireless transmitter 100 to immediately inform the user of the Eoshin situation.

Therefore, it does not miss fish when detecting fish gods, and in particular, it is easy to carry and move the wireless receiver 110, and it does not require a separate wire work, thereby reducing installation costs and providing a special effect that can be widely distributed at a low cost.

In addition, the present invention is additionally grafted with a technology that can freely adjust the sensitivity of detecting the fish god according to the gap (G) difference between the plate-shaped spring 70 and the contact bolt 20.

As a technical configuration for this, the contact bolt 20 is screwed through the support part 12 up and down as shown in FIG. You can freely adjust the sensitivity of the fisheye according to the type of fish or the flow rate.

On the other hand, in the present invention, the first copper contact point 30 and the second copper contact point 50 can be connected to the pair of wires 61 to which the male connector 60 is coupled, respectively, as well as the pair of wires 61 ) can be implemented in the form of another embodiment in which each is integrally joined to the support portion 12 and the plate spring 70 of the mounting base 10 through direct soldering or the like.

The technical configuration of another embodiment for this purpose is,

a mounting base 10 having a mounting insert 11 formed at a lower end thereof;

a contact bolt 20 installed vertically penetrating the front support portion 12 of the mounting base 10;

a male connector (60) coupled to the tip of a pair of wires (61) integrally joined to the support portion (12) and the plate-shaped spring (70) by soldering, respectively;

an insulating pad 40 attached to cover the joint portion of the electric wire 61 joined to the support portion 12;

a plate spring (70) disposed on the upper end of the insulating pad (40) and maintaining a gap (G) with the upper end of the contact bolt (20);

The plate-shaped spring 70 and the outer portion of the support portion 12 are made of a coating shell (80) coated entirely.

In this case, it provides a special effect of reducing the cost by omitting the components of the first and second copper contacts 30 and 50 .

In addition, one or more ring-shaped cushioning materials 90 and 90a are installed or interposed between the insulating pad 40 and the plate-shaped spring 70 .

D: Fishing Detector G: Gap
1: Fishing rod holder 3: Fishing rod
10: mounting base 11: mounting insert
12: support part 14: bent part
15: fixing bolt 20: contact bolt
30: first copper contact 40: insulation pad
50: second copper contact 60: male connector
61, 101: wire 70: plate spring
70: support feet 80: coated outer shell
90, 90a: ring-type cushioning material 100: wireless receiver
102: female connector 110: wireless receiver

Claims (9)

a mounting base 10 having a mounting insert 11 formed at a rear end thereof;
a contact bolt 20 installed vertically penetrating the front support portion 12 of the mounting base 10;
a first copper contact point 30 seated on the upper end of the support part 12 in a state of being penetrated by the contact bolt 20;
an insulating pad 40 attached to cover the upper surface of the first copper contact point 30;
a second copper contact point 50 seated on the upper end of the insulating pad 40 while penetrating the contact bolt 20;
a male connector 60 coupled to the tip of the electric wire 61 connected to the first and second copper contacts 30 and 50, respectively;
a plate spring (70) disposed on the upper end of the second copper contact point (50) and maintaining a gap (G) with the upper end of the contact bolt (20);
Eoshin sensor having a malfunction prevention function, characterized in that the plate-shaped spring (70) and the coating shell (80) coated on the outside of the support part (12) as a whole.
a mounting base 10 having a mounting insert 11 formed at a rear end thereof;
a contact bolt 20 installed vertically penetrating the front support portion 12 of the mounting base 10;
a male connector (60) coupled to the tip of a pair of wires (61) integrally joined to the support portion (12) and the plate-shaped spring (70) by soldering, respectively;
an insulating pad 40 attached to cover the joint portion of the electric wire 61 joined to the support portion 12;
a plate spring (70) disposed on the upper end of the insulating pad (40) and maintaining a gap (G) with the upper end of the contact bolt (20);
Eoshin sensor having a malfunction prevention function, characterized in that the plate-shaped spring (70) and the coating shell (80) coated on the outside of the support part (12) as a whole.
3. The method according to claim 1 or 2,
The plate spring (70) is formed in an upwardly convex shape, and a plurality of supporting feet (71) are formed to protrude radially from the outer circumferential surface.
3. The method of claim 1 or 2,
The male connector 60 is connected to the female connector 102 coupled to the tip of the electric wire 101 connected to the additionally provided wireless transmitter 100, and the plate spring 70 is a fishing rod 3 by a fish. When is pressed together, the wireless transmitter 100 automatically operates when it comes into contact with the contact bolt 20, and the wireless receiver 110 sounds an alarm bell according to the output signal of the wireless transmitter 100 to inform the user of the situation. ) Eoshin detector having a malfunction prevention function, characterized in that provided with.
3. The method of claim 1 or 2,
A fixing bolt 15 is screwed through the lower bent part 14 of the mounting insertion part 11 vertically, and the fishing rod holder 1 is tightened with the tightening force of the fixing bolt 15 to ensure solid unity. Echo detector with a malfunction prevention function, characterized in that it maintains.
The method of claim 1,
Between the insulating pad 40 and the second copper contact point 50, one or more ring-shaped cushioning materials 90, 90a are installed or a spring is interposed.
7. The method of claim 6,
Adjusting the pressing strength according to the number of the plate-shaped springs 70 or by adjusting the pressing strength of the plate-shaped springs 70 according to the number of the ring-shaped cushioning materials 90 and 90a to adjust the sensitivity of contact with the contact bolts 20 A fisherman sensor with a malfunction prevention function, characterized in that it freely adjusts the fisheye sensitivity according to the type or flow rate of the fish.
3. The method of claim 2,
One or more ring-shaped cushioning materials 90, 90a are installed or interposed between the insulating pad 40 and the plate-shaped spring 70.
3. The method of claim 1 or 2,
The contact bolt 20 is screwed by penetrating the support part 12 up and down, and according to the type or flow rate of the fish, it is a method of adjusting the gap (G) with the plate spring 70 according to the forward and reverse rotation operation. Echo detector with malfunction prevention function, characterized in that the sensitivity can be freely adjusted.

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