KR20220108647A - Fish detection device for fishing rod - Google Patents

Abstract

The present invention relates to a fish-bite sensing device. More specifically, the present invention is intended to reduce malfunction caused by the influence of wind and to increase the reliability of operation, caused by bites, by improving a configuration of an electronic chemical light used in combination with a rod tip guide. The present invention, as specific means, comprises: a light-emitting means (2) configured to have a light-emitting element (26) which is lit at a predetermined distance from a rod tip guide (101) on an end of a fishing rod (100) toward a handle; a display means (4) installed on the end of the fishing rod (100); and a light-transmitting means (3) configured to be interposed between the light-emitting means (2) and the display means (4), which are spaced apart from each other. One end of the light-transmitting means (3) is inserted into a front coupling hole (24) formed in the light-emitting means (2) to receive light from the light-emitting element (26), and the other end of the light-transmitting means (3) is inserted into a rear coupling hole (52) formed in the display means (4) so that the light received from the light-emitting element (26) is emitted from the other end of the light-transmitting means (3) and the display means (4) emits light. Accordingly, the present invention can prevent malfunction by minimizing the influence of wind and significantly reducing unnecessary motion and can sense and display bites with high accuracy. Therefore, the present invention can expect a plurality of effects such as an increase in the fishing success rate.

Description

Fish detection device for fishing rod}

An object of the present invention is to provide an eagle detection device, which is coupled to the front end of a fishing rod and detects a bite, to be described in more detail.

Among the fishing equipment, there are various equipment that allows you to visually check the bite of a fish. There is a way to check.

Chemilight can use a one-time product that emits light for a certain period of time using a chemical reaction, or an electronic product that has an LED and can be used semi-permanently only by replacing the battery.

In the case of electronic chemilight, a sensor such as an accelerometer detects a bite of a fish touching the fishing bait, and the LED that was turned off during a bite turns on, turns on in a different color, or blinks repeatedly in a special pattern to provide a visual signal to the user. will be sent

As published in Republic of Korea Patent No. 1839283 (announcement dated March 15, 2018), the rear end is open and the front end is closed, and it is composed of a tubular body shape with a control unit accommodating space formed inside, and protrudes to the outside around the blocked front end. A light diffusion unit is formed to collect and diffuse light, and a water-tight ring is formed around the rear end of the chemi body made of a synthetic resin material that transmits light. a control unit that selectively emits two types of light according to a signal; a battery having a - pole and a + pole for applying power to the control unit; The control unit is coupled to one side, the battery is coupled to the other side, the socket for mounting the coupled control unit to the chemi body; And while the socket and the battery coupled to the chemi body are built-in, the chemi body is combined, and a chemi light consisting of a mounting holder for mounting the chemi body to a fishing rod has been developed.

As another technology, as disclosed in Korean Patent Application Laid-Open No. 2020 No. 0126267 (published on November 06, 2020), as the battery is inserted into the rear of the connector, a sealing plug that blocks the inflow of moisture into the connector and the front of the connector The circuit board on which the LED is installed is inserted so as to supply power to the battery and the electrodes installed in the connector, and electronic chemi in which a light transmitting body that emits LED light is sealed to each other is included. It is characterized in that it further includes a holder for this, or a chemi holder for mounting the electronic chemi on the upper end of the fishing bobber is further included, and according to this, the electronic chemi that changes color and flashes when detecting the fish inside is a holder Techniques have been disclosed that can be mounted on a chorit using a choke and used as a tip for a reel fishing rod, or mounted on the top of a jigsaw of a fishing bobber using a chemi-stick and used as a chemilight for a fishing bobber.

However, as described above, when the electronic chemilight including the LED, substrate and battery is installed on the choreet at the end of the reel, the volume and weight occupied by the end of the reel increase, so the end of the reel is affected by the wind too much. .

The reel tip is shaken by the wind, so the electronic chemilight, which should only show the light emission signal according to the bite, is activated by the wind, or the sensitivity of the sensor is lowered to prevent a malfunction caused by the wind. the situation is.

Therefore, there is a need for a technology to increase the operation reliability according to the detection of the bite of the electronic chemilite.

KR 10-1839283 B1 (2018.03.15.) KR 10-2020-0126267 A (2020.11.06.)

In the present invention, a new technology was invented to solve the problems of the prior art, and the present invention improves the configuration of the electronic chemilite used in combination with the choreet at the end of the reel to reduce malfunctions due to the influence of wind, It is an object of the present invention to provide a speech detection device that can increase the reliability of operation according to the present invention.

Although not separately described, other objects within the scope that can be inferred in consideration of the specific contents and claims for carrying out the following invention are also included in the overall task of the present invention.

In the present invention as a specific means for solving the problems of the present invention, in configuring the fishing rod detecting device, the light emitting means configured to have a light emitting device that is lit at a predetermined distance from the choreet at the end of the fishing rod to the handle, and is installed at the end of the fishing rod The display means and the light transmitting means configured to be interposed between the light emitting means and the display means spaced apart from each other are included, and one end of the light transmitting means is inserted into the front coupling hole formed in the light emitting means to receive light from the light emitting device, and the display means It may be characterized in that the other end of the light transmitting means is inserted into the rear coupling hole formed in the , and the light received from the light emitting device is emitted from the other end of the light transmitting means, so that the display means emits light.

The display means further includes a lamp having a hollow interior and a transmissive lamp, a rear coupling hole configured in the lamp so that the light transmission means is inserted into the lamp, and a clamp configured in the lamp so that the lamp is coupled to the choreet, the light transmission means It may be characterized in that the light emitted from the other end of the lamp is scattered inside the hollow of the lamp to emit light.

A clamp coupling groove is further formed in the circumferential direction of the lamp, and the clamp consists of a lamp holder configured to be fitted into the clamp coupling groove, and a chord holder configured to be fitted to the chord, and the clamp may be detached from the lamp. have.

It may be characterized in that the holder communicating portion is further provided so that the openings of the lamp holder and the choritake holder communicate with each other, so that the lamp and the choritake are sequentially coupled to the clamp, thereby further increasing the coupling force.

According to the specific means for solving the above-mentioned problems, the fishing gear detection device minimizes the influence of the wind to greatly reduce unnecessary movements to prevent malfunction, and to detect and display bites with high accuracy, thereby increasing the fishing success rate.

In addition, it is an invention that has many expected effects, such as easy removal and easy cleaning as well as easy maintenance.

1 is a three-dimensional view of a fishing rod to which an example of the present invention is applied;
Figure 2 is a side view of a fishing rod to which an example of the present invention is applied;
3a to 3b are side cross-sectional views showing various embodiments of the lamp in the display means;
4a to 4g are exemplary views showing various embodiments of clamps in the display means;

The present invention is intended to provide a speech detection device, which will be described in more detail with the drawings below, and the accompanying drawings are merely examples for easily explaining the content and scope of the technical idea of the present invention. The terms used are also only for specifically describing the embodiment, and should not be construed as being limited to the terms.

As shown in the figure, the fishing rod detecting device 1 of the present invention described above is a light emitting means configured to have a light emitting device 26 that is lit at a predetermined distance from the choret 101 at the end of the fishing rod 100 to the handle. And, the display means 4 installed at the end of the fishing rod 100, and the light transmitting means 3 configured to be interposed between the light emitting means 2 and the display means 4 spaced apart from each other are included, the light emitting means ( 2) one end of the light transmitting means 3 is inserted into the front coupling hole 24 formed in 2) to receive light from the light emitting device 26, and the light transmitting means ( 3) may be characterized in that the light received from the light emitting device 26 is emitted from the other end of the light transmitting means 3 by entering the other end, and the display means 4 emits light.

The display means 4 has a hollow interior and a transmissive lamp 5, and a rear coupling hole 52 configured in the lamp 5 so that the light transmitting means 3 is inserted into the lamp 5, and , a clamp 6 configured in the lamp 5 is further included so that the lamp 5 is coupled to the choreet 101 , so that light emitted from the other end of the light transmitting means 3 is emitted from the hollow inside of the lamp 5 . It may be characterized in that the lamp 5 is emitted by being scattered.

A clamp coupling groove 57 is further formed in the circumferential direction of the lamp 5 , and the clamp 6 is fitted into the lamp holder 63 configured to be fitted into the clamp coupling groove 57 and the chord 101 . Consists of a chord holder (64) configured to be coupled, it may be characterized in that the clamp (6) is detachable from the lamp (5).

A holder communication part 65 is further provided so that the openings of the lamp holder 63 and the choritake holder 64 communicate with each other, so that the lamp 5 and the choreet 101 are sequentially coupled to the clamp 6 to increase the coupling force. It may be characterized by being higher.

The configuration of the speech detection device 1 as described above is as follows.

In the case of the fishing rod 100 mentioned in this embodiment, the description will be based on the reel fishing rod 100 provided with the chorid 101 in a telescopic manner, which does not limit the type of the fishing rod 100 .

When chemilight or the like is installed on the chorette 101 configured at the end of the fishing rod 100 when fishing at night in the past, when the chemilight shakes, it is distinguished whether it is shaken by a bite or shaken by the wind that is heavily influenced by the wind. There was a case that was difficult to do, and to solve this, an improved fishing rod detection device (1) was configured to minimize the weight and air resistance of the end of the fishing rod (100).

1 to 2, the light emitting means (2) is provided at a position spaced a predetermined distance from the inner side of the chorit rod 101, that is, the end of the fishing rod 100, that is, toward the fishing rod 100 handle.

The light emitting means 2 may have various means capable of emitting light, but it is preferable to use an electronic chemilight that is easy to replace and has a high brightness compared to its size. It is not meant to limit the right to chemilight.

The light emitting means 2 is provided with a main body 21 and a light emitting device 26 such as an LED inside the main body 21 is provided to be connected to the battery 27 and the control board.

A main body coupling part 22 is provided in the lower part of the main body 21 , so that the main body 21 is fixed to the fishing rod 100 by the body coupling part 22 fastened to the fishing rod 100 .

In general, in preparation for the case where the light emitting means (2) is coupled to the chorid (101) of the fishing rod (100), the fishing rod (100) is located at a predetermined distance from the fishing rod (100) toward the handle, so the diameter of the fishing rod (100) is thicker than the chorid (101). Since it is coupled to the portion, the main body coupling portion 22 will have to have a size of the coupling groove corresponding to the thickness of the fishing rod (100).

The battery 27 is stored inside the light emitting means 2 when not in use, and when used, the battery 27 is recombined in the forward direction to pass current to the control board configured inside the body 21, and the built-in light emitting device ( 26) is turned on.

The light emitting element 26 is linked to an algorithm preset in the circuit and an acceleration sensor provided inside the control board, and is usually turned off and then turns on when a motion is detected by the acceleration sensor, or is normally turned on and then the acceleration sensor moves There may be various light emitting methods such as turning off and turning on repeatedly when detecting , and since the method in which the light emitting device 26 is turned on is generally applied to the existing chemilite, a detailed description will be omitted.

A front coupling hole 24 is formed through the body 21 of the light emitting means 2 , and one end of the light transmitting means 3 is inserted into the front coupling hole 24 .

The light transmitting means 3 may be applied in various ways as long as it is a means for transmitting light, but due to the characteristics of the fishing rod 100, the thickness is not thick, the length is long, and the means for transmitting light with flexibility is suitable, so it is better to use an optical fiber. It would be desirable, but this does not limit the rights to optical fibers.

One end of the light transmitting means 3 inserted into the front coupling hole 24 is configured to face the light emitting device 26 and the light emitted from the light emitting device 26 is transmitted to the light transmitting means 3 as much as possible. make it possible

In addition, a fixing tube 28 is further provided, so that the light emitting device 26 and the light transmitting means 3 are constrained inside the fixing tube 28 so that the light emitting device 26 and the light transmitting means 3 are You can also force them to face each other.

Since the light transmitting means 3 coupled to the front coupling hole 24 is separated or the light emitting means 2 needs to be watertight due to the nature of the environment in which fishing is made, the front coupling hole 24 and the light transmitting means 3 The light transmitting means 3 is separated from the light emitting means 2 by watertight processing such as bonding between the (2) to prevent corrosion of the inside.

In addition, the light blocking part 23 of the light emitting means 2 may be further provided.

The light blocking part 23 may be coated with a light blocking coating on the inner surface or the outer surface of the main body 21 so that the light formed inside the light emitting means 2 is not exposed to the outside, or a separate case is provided on the main body 21 . Formation may be further combined.

If the light-emitting means 2 is further provided with the light-shielding part 23, it has the effect of further focusing the user's attention on the light emitted from the display means 4, which will be described below. You can see the movement more easily.

A display means (4) is provided at the end of the fishing rod (100), such as the chorid (101).

As shown in FIGS. 3A to 3B , the display means 4 is composed of a lamp 5 and a clamp 6 configured under the lamp 5 so that the lamp 5 is coupled to the chord 101 .

A rear coupling hole 52 is formed in the lamp 5 so that the other end of the light transmitting means 3 is coupled to the inside.

The rear coupling hole 52 is formed in the center at the radius of the lamp 5 to prevent the light transmission means 3 from being biased to either side of the lamp 5 to guide the light to be evenly radiated from the lamp 5 . have.

A space portion 51 is formed inside the lamp 5 , and the other end of the light transmitting means 3 is positioned into the space portion 51 .

Accordingly, the light emitted from the light emitting device 26 is received at one end of the light transmitting means 3 inserted into the light emitting means 2 , and is emitted from the other end of the light transmitting means 3 inserted into the display means 4 . .

The light emitted from the other end of the light transmitting means 3 is scattered in the space 51 formed inside the lamp 5 so that the light from the lamp 5 is not only directed forward but also evenly from the side. The light spreads to give a visual effect to the user as if the light emitting means 2 is coupled to the choreet 101.

In addition, when the light transmitting means 3 is made of an optical fiber, the light transmitting means 3 itself also emits light in the side orthogonal to the longitudinal direction so that the light transmitting means 3 emits long light and is visible to the user. Also, if necessary, an embodiment in which a light blocking part 23 is additionally provided on the side of the light transmitting means 3 so that light does not radiate from the light transmitting means 3 is also possible, in this case the display means 4 ) to induce the user to pay more attention to the light emitted from it.

As shown in Fig. 3a, the light transmission means 3 is separated from the rear coupling hole 52 in the lamp 5, or water or moisture enters the gap between the rear coupling hole 52 and the light transmission means 3 A fixed sealing part 53 may be further provided adjacent to the rear coupling hole 52 in order to prevent the inflow from impairing the transparency of the inside of the lamp 5 .

The fixed sealing part 53 is to be bonded to the rear coupling hole 52 so that the light transmitting means 3 is watertight.

The front coupling hole 24 and the rear coupling hole 52 may be provided so that the light transmission means 3 is press-fitted without each of the front sealing part 25 and the rear sealing part 53, or the front A component that must be provided with the front coupling hole 24 and the rear coupling hole 52 as essential to the coupling hole 24 and the rear coupling hole 52 to be provided so that the light transmission means (3) is not inserted into the contact. is not

In another embodiment, as shown in FIG. 3b , the stopper 54 may be interposed between the lamp 5 and the light transmitting means 3 .

The rear coupling hole 52 and the fixed sealing portion 53 are configured to be formed in the stopper 54 , and in this case, the other end of the light transmitting means 3 is coupled to pass through the stopper 54 , and the fixed sealing portion 53 ) to be watertight by

The stopper 54 and the lamp 5 are configured to be male and female spirally coupled to each other, and a stopper packing ( 56) is interposed.

When the stopper 54 is provided separately, there is an advantage in that the lamp 5 is easily cleaned or replaced, so that maintenance is advantageous.

As shown in FIGS. 4A to 4G , a clamp 6 is interposed between the lamp 5 and the choreet 101 so that the lamp 5 is fixed to the chorette 101 .

As shown in FIG. 4A , the clamp 6 may be integrally provided under the lamp 5 .

It protrudes so as to be provided with a chorida holder 64 having a space in which the choritdae 101 can be inserted, and the end of the choritdae holder 64 is formed to open outward, so that when the choritdae 101 is inserted, the choritdae holder ( 64) is further provided with an insertion guide part 61 so that it naturally spreads to both sides so that it can be easily inserted without using a separate tool or manually opening the clamp 6 when inserting the choritake 101. can

As shown in FIG. 4B , the clamp 6 may be attached to the lower portion of the lamp 5 .

The upper part of the holder of the chorette 101, which is opened downward, is further provided with a concave arc-shaped lamp attachment surface 62 that fits on one side of the lamp 5, so as to maximize the contact area between the lamp 5 and the clamp 6 so as to be strong. It can be configured to be firmly attached.

In this case, a separate attachment process is further provided, but the mold of the lamp 5 is simplified, so that production is easier.

As shown in FIGS. 4C to 4G , the clamp 6 may be detachably provided to the lamp 5 in a detachable manner.

The clamp 6 includes a chord holder 64 to which the choreet 101 is coupled, and a lamp holder 63 formed on the choride holder 64 .

The lamp holder 63 may be configured such that the lamp 5 is fitted in a slide manner.

To increase the coupling force between the lamp holder 63 and the lamp 5 in addition to the slide-type fitting method, a clamp coupling groove 57 is further provided on the lamp 5 in the circumferential direction, and By forming the inner diameter to correspond to the outer diameter of the clamp (6) defective groove, the lamp holder (63) is configured to be inserted into the clamp engaging groove (57), the coupling can be further enhanced.

The shape of the clamp 6 can be variously modified.

As shown in Fig. 4c or 4d in the shape of the clamp 6, the opening directions of the chord holder 64 and the lamp holder 63 can be formed to be the same as each other.

Like the clamp 6 of FIG. 4c , the opening of the chord holder 64 is formed downward, and the opening of the lamp holder 63 is also formed downward in the same direction as the choride holder 64 , and the choride holder 64 and The lamp holder 63 may further include a holder communicating portion 65 to communicate with each other.

In the case of forming as described above, the lamp 5 is first inserted into the lamp holder 63 of the clamp 6 in order to be coupled, and the choride 101 is fitted to the choride holder 64 in order to be separated. When the lamp 5 is separated, the lamp 5 must be first separated in the reverse order of the above, so that the lamp 5 can be firmly fixed.

Like the clamp 6 of FIG. 4D , the opening of the chord holder 64 is formed upward, and the opening of the lamp holder 63 is also formed upward in the same direction as the choride holder 64 , and the choride holder 64 and The lamp holder 63 may further include a holder communicating portion 65 to communicate with each other.

In the case of forming as described above, the lamp 5 is first inserted into the lamp holder 63 of the clamp 6 in order to be coupled, and the choride 101 is fitted to the choride holder 64 in order to be separated. When the lamp 5 is separated by first separating the choridae 101 in the reverse order of the above, the choridae 101 can be firmly fixed.

As shown in Fig. 4e or 4f, the shape of the clamp 6 is formed to have different opening directions of the chorette holder 64 and the lamp holder 63, so that the chorette 101 and the lamp 5 are sequentially coupled. Rather, it can be formed so that each can be detached separately, so that maintenance can be convenient.

Like the clamp 6 of FIG. 4e , the lamp holder 63 is formed to open upward, and the chord holder 64 is formed to open downward in the opposite direction to the lamp holder 63 , and the bridle holder 64 and The opening of the lamp holder 63 may be further provided with an insertion guide portion 61, respectively.

Alternatively, the lamp holder 63 and the chord holder 64 may be formed to open laterally, respectively. As in the clamp 6 of FIG. 4f , the opening direction of the lamp holder 63 and the choride holder 64 is the same in the lateral direction. It may be opened to face the , or it may be opened so that the opening directions of the lamp holder 63 and the chord holder 64 are opposite to each other, like the clamp 6 of FIG. 4G .

Even when it is opened laterally as described above, the insertion guide part 61 is formed in the openings of the lamp holder 63 and the chorette holder 64 so that the lamp 5 or the chorette 101 can be easily coupled, respectively, and the opening When the direction is formed in the lateral direction, when the fishing rod 100 moves rapidly up and down, the lamp 5 or the choritake 101 is not separated from the holder.

Therefore, the lamp 5 can be easily attached to and detached from the chorid by using the clamps having the above various embodiments, and can be easily separated during the day when the oscillation sensor is unnecessary, which is advantageous for maintenance.

Since the light emitted from the light emitting means 2 by the fishing rod detecting device 1 configured as described above is emitted from the display means 4 of the front end of the fishing rod 100 through the light transmitting means 3, the display means 4 ) of the lamp 5 can guide the bite with high accuracy, and when the light transmitting means 3 is an optical fiber, not only the lamp 5 but also the light transmitting means 3 emit light, so the light emission range is widened and easily It is noticeable and there is an advantage that it is much easier for the user to detect the movement caused by the bite at night.

As described above, in the detailed description of the present invention, the most preferred embodiment of the present invention has been described, but various modifications are possible within the scope not departing from the technical scope of the present invention. Therefore, the protection scope of the present invention is not limited to the above embodiments, but the protection scope should be recognized from the techniques of the claims to be described later and equivalent technical means from these techniques.

100: fishing rod 101: chorid rod 102: fishing line
1: A person detecting device
2: light emitting means
21: body 22: body coupling part 23: light shielding part 24: front coupling hole 25: front sealing part
26: light emitting element 27: battery 28: fixed tube
3: light transmission means
4: display means
5: Lamp
51: space 52: rear coupling hole 53: fixed sealing part
54: stopper 55: stopper coupling portion 56: stopper packing 57: clamp coupling groove
6: Clamp
61: insertion guide part 62: lamp mounting surface
63: lamp holder 64: chorid holder 65: holder communication part

Claims (4)

Light emitting means (2) configured to have a light emitting device (26) that is installed to be lit by a predetermined distance from the chorid (101) of the fishing rod (100) end to the handle;
a light transmitting means (3) having one end connected to the light emitting means (2) to receive light from the light emitting device (26), and extending toward the chorette (101);
The other end of the light transmitting means (3) is connected so that the light received from the light emitting device (26) is emitted from the other end of the light transmitting means (3), the display means (4) installed on the rod 101 of the end;
Echo detection device comprising a.
The method of claim 1 ;
The display means (4) is
a lamp 5 configured to be transmissive;
a clamp (6) configured to the lamp (5) so that the lamp (5) is coupled to the bridle (101);
Eoshin detection device, characterized in that it is included.
3. The method of claim 2;
A clamp coupling groove 57 is further formed in the circumferential direction of the lamp 5,
The clamp (6) comprises a lamp holder (63) configured to be fitted into the clamp coupling groove (57), and a chord holder (64) configured to be fitted into the chord (101).
4. The method of claim 3;
A holder communication part 65 is further provided so that the openings of the lamp holder 63 and the chorette holder 64 communicate with each other, so that the lamp 5 and the choritake 101 are sequentially coupled to the clamp 6 to increase the coupling force. Eoshin detection device, characterized in that higher.

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