KR200452428Y1 - Led light emitting device for fishing float - Google Patents

Abstract

When fishing at night, it is mounted on the bobber to emit light so that the bobber can be seen from the surface, and in particular, the contact state can be changed according to the insertion position of the battery to selectively emit green and red chip LEDs. An electronic light emitting device for fishing bobbins, which not only prolongs the emission time of red chip LEDs but also emits green and red chip LEDs at the same time by delaying the voltage drop applied to the red chip LEDs by connecting a chip resistor to the chip resistor, is disclosed. .

Fixture, battery, light emitting cap, chip LED, chip resistor

Description

Electronic light emitting device for fishing bobber {LED LIGHT EMITTING DEVICE FOR FISHING FLOAT}

The present invention relates to an electroluminescent device for fishing bobbers, and more particularly, when fishing at night, the fishing bobbin is mounted to the fishing bobber to emit light so that the fishing bobber can be easily seen on the surface of the fishing bobber. And red chip LEDs can be selectively emitted, and by connecting a chip resistor to the red chip LED side to delay the drop of the voltage applied to the red chip LED, the emission time of the red chip LED can be extended as well as green and red colors. The present invention relates to an electronic light emitting device for fishing bobbers capable of simultaneously emitting chip LEDs.

Fishing is to catch the fish by the movement of the fishing bobber, which is a signal of the fish's mouth, and catches the fish, so the bobber of the fishing bobber has an identification band formed at certain intervals so as to grasp the fish's mouth as much as possible.

 In general, during the day fishing, the status of the fishing bobber can be grasped well through the identification band formed on the outer surface of the fishing bobber at certain intervals.However, at night fishing, the identification band of the fishing bobbin cannot be checked, making it difficult to secure visibility. Since every state must be grasped by a sense, a night-time fishing is widely used by using a self-emitting chemical light (Chemical Light) to the bobbin of the bobber.

The chemical light is filled in a sealed rod-shaped container with a first drug, such as a combination of oxalic acid and a fluorescent agent, and housed in an easily broken ampoule tube containing a second drug, such as hydrogen peroxide, in the first drug. When the ampoule tube is bent and the first drug and the second drug are mixed, light emission is generated through a chemical reaction.

However, such conventional chemical light, although not sufficient, has a limitation that the light quantity of chemiluminescence is not satisfactory and its lifespan is only about one night. Could cause. In addition, there is a problem that is harmful to the human body when the wrong handling of the contents toxic chemicals leaked to the outside of the capsule and on the clothes or skin.

Meanwhile, Korean Utility Model Registration No. 20-439140 discloses a fishing bobber equipped with an electroluminescent device using a battery as a power source to solve the problems of the chemical light as described above. The fishing bobber provided with the disclosed electronic light emitting device is provided with a battery mounting part for inserting a battery into an inner side, and is configured to be separated into an upper body portion and a lower body portion. It is provided with a tail body portion; A sawdust made of an optical fiber to receive light from the light emitting diodes and to emit light; In the fishing bobbin comprising a, the claw saw is made of a hollow hollow shape of the center with respect to the entire or central upper side of the longitudinal direction, the inner side of the battery mounting portion of the bobbin electrical contact with the surface of the negative electrode body of the battery The contact ring having a constant inner diameter is coupled to the power supply terminal connected to the light emitting diode to achieve this, and the lower end of the battery mounting portion has a sealed structure to prevent the separation and flow of the battery.

However, the above-described technology has a problem in that the manufacturing cost increases due to the large number of parts as well as the configuration of the main parts such as a battery and a light emitting diode inside the bobbin body. In addition, there is a problem in that the operation of inserting and removing the battery into the battery compartment by turning the bobbin and the operation of turning on / off the power are complicated and inconvenient. In addition, there was a problem that the fishing bobber is easily broken when the bobbin is rotated to put the battery into the battery mounting portion and the operation of turning on / off the power.

In addition, the above technique has a disadvantage in that it is not possible to select and emit light of a light emitting diode color according to weather or darkness because only a single light emitting diode is configured to emit light. In addition, since the light emitting intensity of the light emitting diodes cannot be adjusted, the battery is quickly consumed.

The present invention is devised to solve the above problems, the object of the present invention is to be mounted on the fishing bobber when fishing at night, the light emitting so that the fishing bobber can be seen on the water surface, in particular, the contact state is changed according to the insertion position of the battery The present invention provides an electronic light emitting device for fishing bobbers capable of selectively emitting green and red chip LEDs.

The purpose of the present invention is to extend the emission time of the red chip LED as well as to extend the emission time of the red chip LED by delaying the voltage drop applied to the red chip LED by connecting the chip resistor to the red chip LED side. It is to provide an electronic light emitting device for fishing bobber.

It is an object of the present invention to provide an electroluminescent device for fishing bobbins whose construction is simple and can be easily assembled.

The object of the present invention is a + terminal pin protruding formed in the center of the upper end and the outer shell is made of a conductor of a material that is energized, and the battery is composed of a terminal, the lower part is coupled to the upper end of the bobbin of the bobber, and the battery above The lower end of the elastic fixture is accommodated and fixed, the upper end of the green chip LED and the red chip LED is insulted and the lower end is composed of a hollow insertion portion, the upper end of the battery is inserted into the insertion portion sliding position of the battery According to the green chip LED or red chip LED is composed of a light emitting cap to selectively emit light, the light emitting cap is formed in the center of the upper surface of the insertion portion is inserted into the insertion hole is inserted into the + terminal pin of the battery, The + terminal pin of the battery is in contact, and a + ground terminal is provided which is connected to the polarity of the green chip LED and the red chip LED. When the upper end of the battery is inserted sliding-Green chip LED-ground terminal connected to the + polarity of the green chip LED and the terminal is grounded first, and when the upper end of the battery is inserted sliding-Terminal is secondary grounded It can be achieved by providing an electronic light emitting device for fishing bobber, characterized in that the red chip LED-ground terminal is connected to the + polarity of the red chip LED.

The object of the present invention is a + terminal pin protruding formed in the center of the upper end and the outer shell is made of a conductor of a material that is energized, and the battery is composed of a terminal, the lower part is coupled to the upper end of the bobbin of the bobber, and the battery above The lower end of the elastic fixture is accommodated and fixed, the upper end is connected to the green chip LED, red chip LED and the red chip LED chip resistance to delay the voltage drop of the red chip LED is implied and the lower part is a hollow insert The light emitting cap is configured to emit light of the green chip LED or the red chip LED selectively according to the insertion position of the battery while the upper end of the battery is inserted into the insert portion, the light emitting cap is the center of the insert upper surface of the battery An insertion hole into which the + terminal pin is inserted is formed, and the + terminal pin of the battery is in contact with one side of the insertion hole, and the green chip L A + ground terminal connected to the polarity of the ED and red chip LEDs is provided, and a green chip LED connected to the + polarity of the green chip LED when the upper end of the battery is inserted into the inner side of the battery when the sliding is inserted. A grounding terminal, when the upper end of the battery is slidingly inserted, a chip resistance grounding terminal where the terminal is secondary grounded and connected to the chip resistor, and when the upper end of the battery is slidingly inserted, the terminal is tertially grounded and the It can be achieved by providing an electronic light emitting device for fishing floats, characterized in that the red chip LED-ground terminal is connected to the + polarity of the red chip LED.

The electronic light emitting device for fishing bobber according to the present invention is mounted to the fishing bobber during night fishing, and is lighted so that the fishing bobber can be easily seen from the surface of the fishing bob. In particular, the green and red chip LED are selected by changing the contact state according to the insertion position of the battery. There is an effect that can be emitted.

In addition, the present invention can extend the emission time of the red chip LED as well as extend the emission time of the red chip LED by delaying the drop of the voltage applied to the red chip LED by connecting the chip resistor to the red chip LED side. It works.

Hereinafter, with reference to the accompanying drawings will be described in detail an electronic light emitting device for fishing bobber according to the present invention.

1 is an exploded perspective view of an electroluminescent device for fishing bobber according to the present invention, FIG. 2 is a combined perspective view of an electroluminescent device for fishing bobber according to the present invention, and FIG. 4 is a perspective view of FIG. 3 and FIG. 5 is a sectional view of FIG.

1 and 2, the electronic light emitting device for fishing bobber according to the present invention is a device that is coupled to the top of the fishing bobber (1) to the top of the fishing bobber (1) to emit light so that the fishing bobber can be easily seen on the water surface, the battery (100), the fixture 200, the light emitting cap 300.

The battery 100 is a part for supplying electricity to emit the chip LED, a variety of known batteries can be used, it is preferable to use a lithium battery having a high voltage and energy density. Here, the battery 100 has a + terminal pin 110 protrudingly formed at the center of the upper end, and the outer shell is composed of a-terminal 120 provided with a conductor made of a material through which power is supplied.

The fixture 200 is coupled to the top of the bobber 2 of the bobber to receive and fix the battery 100, specifically, the lower portion of the fixture 200 is fitted and coupled to the top of the bobbin 2 of the bobber The lower end of the battery 100 is accommodated in and fixed. That is, the fixture 200 is provided in the form of a tube as a whole, the lower portion is composed of a narrow diameter to be fitted to the bobbin (2) of the bobber, the upper portion is larger than the diameter of the lower portion to accommodate the lower end of the battery 100 is fixed It consists of. Here, the fastener 200 is easily fitted to the bobber and then firmly fixed and is provided with an elastic material so that the battery is easily fitted and then firmly fixed, and preferably provided with a rubber material having excellent elasticity and waterproofness.

The light emitting cap 300 includes a green chip LED 310 and a red chip LED 320 at an upper end thereof, and a lower insertion part 330 having a hollow insertion part 330. The upper end of the) is slidingly inserted into the insertion unit 330 is configured to selectively emit the green chip LED 310 or the red chip LED 320 in the battery according to the insertion position of the battery 100. In this case, the green chip LED 310 preferably uses a Pure Green SMD TYPE LED having low power, low voltage, and high efficiency.

Specifically, the light emitting cap 300 has an insertion hole 331 into which the + terminal pin 110 of the battery is inserted at the center of the inserting portion 330, and the battery is located at one side of the insertion hole 331. + Terminal pin 110 of the contact and the + ground terminal 311 is connected to the negative polarity of the green chip LED 310 and the red chip LED 320 is provided, the inner side of the upper end of the battery 100 When the sliding terminal is inserted, the terminal 120 of the battery is first grounded and is connected to the + polarity of the green chip LED 310 and the green chip LED-ground terminal 312 and the upper end of the battery 100 are slid. When inserted, a red chip LED-ground terminal 321 is provided, in which the terminal 120 is secondary grounded and connected to the + polarity of the red chip LED 320.

Here, the light emitting cap 300 may be configured to be easily assembled and manufactured by injection manufacturing. That is, the light emitting cap is provided with a green chip LED mounting groove 313 and a red chip LED mounting groove 322 on which the green chip LED 310 and the red chip LED 320 are mounted. On one side of the mounting groove 313 is formed a green chip LED-ground terminal insertion hole 314 is in communication with the insertion portion 330 and the green chip LED-ground terminal 312 is fitted, the red chip LED On one side of the groove 322 is formed a red chip LED-ground terminal insertion hole 323 is in communication with the insertion portion 330 and the red chip LED-ground terminal 312 is inserted, the green chip LED mounting groove 313 and the red chip LED mounting groove 323 is in communication with the insertion hole 331 of the light emitting cap, the + ground terminal insertion hole 315 + ground terminal 311 is fitted Configured to form.

The green chip LED-ground terminal 312 is a green chip LED-ground plate 312a inserted into the green chip LED-ground terminal insertion hole 314 and the green chip LED at the upper end of the green chip LED-ground plate. It consists of a green chip LED-ground piece 312b which is bent toward the installation groove 313 side. The red chip LED-ground terminal 321 is a red chip LED-ground plate 321a inserted into the red chip LED-ground terminal insertion hole 323 and a red chip at the upper end of the red chip LED-ground plate. It consists of a red chip LED-ground piece 322b that is bent toward the LED mounting groove 322 side. In addition, the + ground terminal 311 is bent to + ground terminal plate 311a which is inserted into the + ground terminal insertion hole 315 and the green chip LED mounting groove and the red chip LED mounting groove is formed to be bent. It consists of a ground terminal piece 311b.

The light emitting cap configured as described above is the green chip LED-ground terminal insertion hole 314, the red chip LED-ground terminal insertion hole 323, and the + ground terminal insertion hole 315. , Red chip LED-Ground terminal 321 and + ground terminal 311 is inserted and fixed, green chip LED mounting groove 313 and red chip LED mounting groove 322 green chip LED 310 and red chip After mounting the LED 320, by molding a transparent epoxy on the upper surface of the light emitting cap to form a waterproof molding layer 350 can be easily produced a light emitting cap.

On the other hand, the engaging groove 121 is formed on the outer peripheral surface of the upper end of the battery 100, and the battery at the lower end of the green chip LED-ground terminal 312 and the red chip LED-ground terminal 321 Preferably, the locking protrusions 312c, 312d, and 321c that are engaged with the locking groove 121 of the battery are slidingly inserted into the insertion portion 330. That is, when the battery 100 slides into the insertion portion 330 of the light emitting cap, the locking protrusions 312c, 312d, and 321c formed at the respective ground terminals are caught in the locking groove 121 of the battery, thereby being firmly locked. Allow for the combination to be made.

In addition, the upper end of the light emitting cap 300 is inserted and fixed to the connector 400 of the elastic material, the upper portion of the connector 400 is fixed to the connector 410 is fitted, the upper end of the connector 410 200), the battery 100, the light emitting cap 300 is further configured to be sequentially coupled to be configured to emit light in two stages. Here, the connector 400 is provided in the form of a tube as a whole, the lower portion is composed of a wide diameter to be fitted and fixed to the upper end of the light emitting cap 300 and the upper portion is composed of a diameter narrower than the upper diameter so that the connecting rod 410 is fitted It is preferred that the connecting rod 400 is preferably made of the same material as the bobbin 2 of the bobber. That is, after installing the electroluminescent device in two stages, the color of the upper / lower light emitting cap is configured to emit various light such as green / green, red / red, green / red, red / green. Accordingly, the visibility of the fishing bobber can be further improved, and the fishing bobber looks beautiful.

Now, the operation and effect of the present invention configured as described will be described.

First, as illustrated in FIG. 6, when the battery 100 is slid into the insertion part 330 of the light emitting cap, the + terminal pin 110 of the battery is inserted into the insertion hole 331 and grounded to the + ground terminal 311. At the same time, the negative terminal 120 of the battery is grounded to the green chip LED ground terminal 312. In this case, as shown in FIG. 8, electricity is supplied to the green chip LED 310 so that the green chip LED emits light.

And, as shown in Figure 7, when the battery 100 is further inserted into the insertion portion 330 of the light emitting cap in Figure 6 state + terminal pin 110 of the battery is further inserted into the insertion hole 331 + The ground terminal 311 is grounded, and at the same time, the negative terminal 120 of the battery is grounded to the red chip LED ground terminal 321 while being grounded to the green chip LED ground terminal 312. . In this case, as shown in FIG. 9, the battery 100 remains grounded with both the green chip LED 310 and the red chip LED 320, but when the current is applied from the battery 100, the red chip LED 320 is applied. Since the internal resistance of the green chip LED 310 is much higher than that, current flows only to the red chip LED 320 so that only the red chip LED 320 emits light.

As such, the present invention can selectively emit green and red chip LEDs by changing the contact state according to the insertion position of the battery. Therefore, the green and red chip LEDs can be selectively used according to the user's taste or the degree of darkness. There is this.

On the other hand, Figure 11 to Figure 13 shows another embodiment of the electroluminescent device for fishing bobber according to the present invention.

That is, Figure 11 is a view showing another embodiment of an electroluminescent device for fishing bobber according to the present invention, Figure 12 is a cross-sectional view of the coupling of FIG. Referring to this, in comparison with the above embodiment, the electroluminescent device for fishing bobber according to the present embodiment is connected to the chip resistor 340 on the side of the red chip LED 320 to drop the voltage applied to the red chip LED 320. The delay time of the red chip LED 320 can be extended, as well as the green and red chip LED can be emitted at the same time, except that the purpose and effect are the same. Shall be.

In the present embodiment, the + terminal pin 110 is protruded at the center of the upper end, and the outer shell is formed of a conductor of a material that is energized. Fitted to the top and coupled to the upper end of the elastic material fixture 300 is accommodated and fixed to the lower end of the battery 100, the upper (Pure Green) chip LED 310 and the red (Red) chip LED 320 And a chip resistor 340 connected to the red chip LED 320 and delaying a voltage drop of the red chip LED, and having a lower end portion formed of a hollow inserting portion 330. The upper end of the light emitting part is slid into the insertion part 330 and the green chip LED 310 or the red chip LED 320 selectively emits or the green chip LED and the red chip LED emit light at the same time according to the insertion position of the battery. It consists of a cap. Here, the chip resistor 340 is provided to reduce the current and at the same time reduce the voltage applied to the red chip LED 320, so that not only the power consumption is reduced when the red chip LED 320 emits light, but also the green chip LED. At the same time as the 310, the light emission is performed.

The light emitting cap 300 has an insertion hole 331 into which the + terminal pin 110 of the battery is inserted at the center of the upper surface of the insertion part, and the + terminal pin of the battery at one side of the insertion hole 331. 110 is contacted and a + ground terminal 311 connected to the polarity of the green chip LED 310 and the red chip LED 320 is provided. In addition, when the upper end of the battery 100 is inserted into the light emitting cap 300, the green terminal is connected to the + terminal of the green chip LED 310 and the negative terminal 120 of the battery is first grounded. LED-ground terminal 312, when the upper end of the battery 100 is inserted sliding-terminal 120 is a second ground and the chip resistance ground terminal 341 is connected to the chip resistor 340, and When the upper end of the battery 100 is slidingly inserted, a red chip LED-ground terminal 322 is provided in which the − terminal is third-grounded and connected with the + polarity of the red chip LED 320.

Here, the light emitting cap 300 may be configured to be easily assembled and manufactured by injection manufacturing. That is, the green chip LED mounting groove 313, the red chip LED mounting groove 322, on which the green chip LED 310, the red chip LED 320, and the chip resistor 340 are installed are disposed on the top surface of the light emitting cap 300. And a chip resistance mounting groove 342, wherein one side of the green chip LED mounting groove 313 communicates with the insertion part 330 and a green chip LED into which the green chip LED is connected to the ground terminal 312. A ground terminal insertion hole 314 is formed, and the red chip LED to which one side of the red chip LED mounting groove 322 communicates with the insertion part 330 and to which the red chip LED-the ground terminal 322 is fitted, is grounded. A terminal insertion hole 323 is formed, and the chip resistance ground terminal insertion hole 343 in which the chip resistance grounding terminal 340 communicates with the insertion part 330 and is fitted with a chip resistance ground terminal 340. Is formed, the green chip LED mounting groove 313 and the red chip LED mounting groove 322 is in contact with the insertion hole 331 of the light emitting cap and the + ground terminal 311 is fitted The + ground terminal insertion hole 315 is provided to be formed.

The green chip LED-ground terminal 312 is a green chip LED-ground plate 312a inserted into the green chip LED-ground terminal insertion hole 314 and the green chip LED at the upper end of the green chip LED-ground plate. It consists of a green chip LED-ground piece 312b bent toward the installation groove 313 side, the red chip LED-ground terminal 321 is a red chip inserted into the red chip LED-ground terminal insertion hole 314 The chip-ground plate 321a and the red chip LED-ground piece 321b bent toward the red chip LED mounting groove 322 at the upper end of the red chip LED-ground plate, and the chip resistance ground terminal 340 is formed. ) Is a chip resistor ground terminal plate 341a inserted into the chip resistance ground terminal insertion hole 315 and a green chip LED-ground piece 341b bent from the upper end of the chip resistance ground terminal plate to the chip resistance mounting groove 342 side. ), The + ground terminal 311 is + ground terminal plate (+) is inserted into the + ground terminal insertion hole (315) 311a) and the green chip LED mounting groove 313 and the red chip LED mounting groove 322 are formed to be bent to the + ground terminal piece 311b.

The light emitting cap configured as described above is inserted into the green chip LED-ground terminal insertion hole 314, the red chip LED-ground terminal insertion hole 323, the chip resistance ground terminal insertion hole 343, and the + ground terminal insertion hole 315. The green chip LED-ground terminal 312, the red chip LED-ground terminal 321, the chip resistance ground terminal 341 and + ground terminal 311 is inserted into the green chip LED mounting groove 314, The green chip LED 310, the red chip LED 320 and the chip resistor 340 are seated in the red chip LED mounting groove 322 and the chip resistance mounting groove 342, and then a transparent epoxy is formed on the upper surface of the light emitting cap. Molding to form a waterproof molding layer 350 can be easily produced a light emitting cap.

On the other hand, the engaging groove 121 is formed on the outer peripheral surface of the upper end of the battery 100, the green chip LED-ground terminal 312, the chip resistance ground terminal 341 and the red chip LED-ground terminal 321, the lower end It is preferable that the locking protrusions 312c, 312d, 321c, and 341c that are engaged with the locking groove 121 of the battery are formed when the battery 100 is slid into the insertion portion 330 of the light emitting cap.

In addition, the chip resistor 340 preferably has a size of 0.3 to 4.8 GHz. That is, when the size of the chip resistor 340 is less than or equal to 0.3 적색, the power consumption efficiency of the red chip LED 320 is not sufficient and co-emission of the green chip LED 310 is difficult. This is because when the size of 4.8 저항 or more, the resistance connected to the red chip LED 320 becomes too high, and the red chip LED 320 does not emit light. Therefore, the chip resistance 340 is to improve the power consumption efficiency while maintaining a certain level of brightness of the red chip LED at a size of 0.3 to 4.8 GHz.

In addition, the upper end of the light emitting cap 300 is inserted and fixed to the connector 400 of the elastic material, the upper end of the connector is fixed to the connecting rod 410, the upper end of the connecting fixture, battery, the light emitting cap sequentially To be further coupled to, preferably configured to be emitted in two stages.

The operation and effect of the present embodiment thus constructed will now be described.

First, as shown in FIG. 13, when the battery 100 is slid into the insertion part 330 of the light emitting cap, the + terminal pin 110 of the battery is inserted into the insertion hole 331 and grounded to the + ground terminal 311. At the same time, the negative terminal 120 of the battery is grounded to the green chip LED ground terminal 312. At this time, as shown in FIG. 16, electricity is supplied to the green chip LED 310 so that the green chip LED 310 emits light.

As shown in FIG. 14, when the battery 10 is further inserted into the insertion part 330 of the light emitting cap in the state of FIG. 13, the + terminal pin 100 of the battery 100 is inserted into the insertion hole 331. While being further inserted, the ground terminal 311 remains grounded, and at the same time, the terminal 120 of the battery is grounded to the green chip LED ground terminal 312 while being grounded to the chip resistance ground terminal 341. Grounded. In this case, as shown in FIG. 17, the battery 100 is grounded with both the green chip LED 310 and the red chip LED 320 to which the chip resistor 340 is connected, thereby maintaining the green chip LED 310 and the red chip. All of the LEDs 320 emit light. That is, when the current is applied from the battery 100, the resistance values of the green chip LED 310 and the red chip LED 320 are in a similar range by the resistor chip 340, so that the green chip LED 310 and the red chip LED are in a similar range. Current flows to all of the 320 and the green chip LED and the red chip LED are simultaneously emitted.

As shown in FIG. 15, when the battery 100 is further inserted into the insertion part 330 of the light emitting cap in the state of FIG. 14, the + terminal pin 110 of the battery is further inserted into the insertion hole 331. + The ground terminal 311 is kept grounded, and at the same time-terminal 120 of the battery is the green chip LED-ground terminal 312, the chip resistor ground terminal 341, while the grounded state red chip LED -Grounded to the ground terminal 321. At this time, as shown in FIG. 18, the battery remains grounded with both the green chip LED 310 and the red chip LED 320, but when the current is applied from the battery 100, the red chip LED—the ground terminal 321. Since the internal resistance of the green chip LED 310 and the red chip LED 320 connected to the resistor chip 340 is significantly higher than the red chip LED 320 connected to the red chip LED 320, the red chip LED is connected to the red terminal LED 312. Current flows only to the chip LED 320 so that only the red chip LED 320 emits light.

As such, the present embodiment can extend the emission time of the red chip LED as well as extend the emission time of the red chip LED by connecting the chip resistance to the red chip LED to delay the drop of the voltage applied to the red chip LED. There is an advantage that it can.

1 is an exploded perspective view of an electroluminescent device for fishing bobber according to the present invention,

Figure 2 is a combined perspective view of the electroluminescent device for fishing bobber according to the present invention,

Figure 3 is an exploded perspective view showing only the light emitting cap in the present invention,

4 is a perspective view of the combination of FIG.

5 is a cross-sectional view of the combination of FIG.

6 and 7 is an operation of the electroluminescent device for fishing bobber according to the present invention,

8 and 9 are circuit diagrams according to the operations of FIGS. 6 and 7;

10 is a view showing a state in which the e-light emitting device for fishing bobbin according to the present invention is stacked in two stages,

11 is a view showing another embodiment of the electroluminescent device for fishing bobber according to the present invention,

12 is a cross sectional view of FIG. 11;

13 to 15 is an operation of the electroluminescent device for fishing bobber according to the present invention,

16 to 18 are circuit diagrams according to the operation of Figs. 13 to 15.

Claims (9)

+ Terminal pin protruding in the upper center and the outer battery is composed of a battery terminal-provided with a conductor made of a conductive material, The lower portion is fitted to the upper end of the bobbin of the bobber, and the upper portion of the elastic material is fixed to the lower end of the battery is received and fixed, The green chip LED and the red chip LED are built in the upper part, and the lower part is composed of the hollow insert part. The upper part of the battery is inserted into the insert part by sliding the green chip LED or red depending on the insertion position of the battery. Chip LED is composed of a light emitting cap that selectively emits light, The light emitting cap has an insertion hole into which the + terminal pin of the battery is inserted at the center of the upper surface of the insertion part, and the + terminal pin of the battery contacts with one side of the insertion hole, and the polarity of the green chip LED and the red chip LED. There is a + ground terminal to be connected, When the upper end of the battery is inserted slidingly-the green chip LED-the terminal is first grounded and connected to the + polarity of the green chip LED-ground terminal, and when the upper end of the battery is inserted sliding-terminal is 2 A red chip LED-ground terminal connected to the + polarity of the red chip LED and grounded second, A locking groove is formed on an outer circumferential surface of the upper end of the battery, and a locking groove is formed at the lower end of the green chip LED-a ground terminal and a red chip LED-a ground terminal when the battery is slid into the insertion part of the light emitting cap. An electronic light emitting device for fishing bobbers, characterized in that a locking projection is formed. The method of claim 1, The green chip LED mounting groove and the red chip LED mounting groove, on which the green chip LED and the red chip LED are mounted, are provided on the upper surface of the light emitting cap, and one side of the green chip LED mounting groove is in communication with the insertion part and the green chip. LED-A green chip LED into which the ground terminal is inserted-A ground terminal insertion hole is formed, and one side of the red chip LED mounting groove communicates with the insertion portion, and the red chip LED-The red chip LED into which the ground terminal is inserted-The ground terminal insertion A ball is formed, and the green chip LED mounting groove and the red chip LED mounting groove are formed to be in communication with the insertion hole of the light emitting cap and a + ground terminal insertion hole into which the ground terminal is inserted. The green chip LED-The ground terminal is a green chip LED inserted into the green chip LED-Ground terminal insertion hole-The ground plate and the green chip LED-Green chip LED bent toward the green chip LED mounting groove from the upper end of the ground plate- The red chip LED-the ground terminal is bent to the red chip LED-ground plate and the red chip LED-ground plate inserted into the red chip LED-ground terminal insertion hole to the red chip LED mounting groove side of the ground plate. The red chip LED is formed to be formed of a ground piece, and the + ground terminal is formed to be bent into a portion where the + ground terminal plate inserted into the + ground terminal insertion hole and the green chip LED mounting groove and the red chip LED mounting groove are opposed to each other. + Consists of ground terminal The upper surface of the light emitting cap is an electroluminescent device for fishing bobbers, characterized in that the transparent waterproof molding layer is formed. delete The method according to claim 1 or 2, The upper end of the light emitting cap is fixed to the connector of the elastic material is fitted, the upper end of the connector is fixed by fitting the connection, the upper end of the connector is further coupled to the fixture, battery, light emitting cap in sequence, can be emitted in two stages Electronic light emitting device for fishing bobbers, characterized in that configured to be. + Terminal pin protruding in the upper center and the outer battery is composed of a battery terminal-provided with a conductor made of a conductive material, The lower portion is fitted to the upper end of the bobbin of the bobber, and the upper portion of the elastic material is fixed to the lower end of the battery is received and fixed, In the upper part, a chip resistor is connected to the green chip LED, the red chip LED, and the red chip LED to delay the voltage drop of the red chip LED, and the lower part is formed of a hollow insert part. The upper end is slidingly inserted into the insertion part, and the green chip LED or the red chip LED is selectively lighted or the green chip LED and the red chip LED are simultaneously emitted according to the insertion position of the battery. The light emitting cap has an insertion hole into which the + terminal pin of the battery is inserted, and the + terminal pin of the battery is in contact with one side of the insertion hole, and the-polarity of the green chip LED and the red chip LED. + Ground terminal connected to the When the upper end of the battery is inserted slidingly-the green chip LED-the terminal is first grounded and connected to the + polarity of the green chip LED-ground terminal, and when the upper end of the battery is inserted sliding-terminal is 2 A chip resistance ground terminal connected to the chip resistor and grounded and a red chip LED connected to the + polarity of the red chip LED when the upper end of the battery is inserted into a sliding terminal; , A locking groove is formed on the outer circumferential surface of the upper end of the battery, and the green chip LED-grounding terminal, chip resistance grounding terminal and red chip LED-grounding terminal are connected to the lower end of the battery when the battery is inserted into the insertion part of the light emitting cap. An electronic light emitting device for fishing bobbers, characterized in that a locking projection is formed to be caught in the locking groove. The method of claim 5, On the upper surface of the light emitting cap, the green chip LED, the red chip LED, the green chip LED mounting groove, the red chip LED mounting groove, and the chip resistance mounting groove are installed on one side of the green chip LED mounting groove. A green chip LED-grounding terminal insertion hole is formed in communication with the insertion portion, and a green chip LED-grounding terminal is inserted therein, and one side of the red chip LED mounting groove is in communication with the insertion portion and a red chip LED-grounding terminal is inserted. A red chip LED-ground terminal insertion hole is formed, and a chip resistance ground terminal insertion hole is formed at one side of the chip resistance mounting groove to communicate with the insertion portion and to insert a chip resistance ground terminal. And the red chip LED mounting groove is formed in communication with the insertion hole of the light emitting cap and + ground terminal insertion hole is inserted + ground terminal is inserted, The green chip LED-The ground terminal is a green chip LED inserted into the green chip LED-Ground terminal insertion hole-The ground plate and the green chip LED-Green chip LED bent toward the green chip LED mounting groove from the upper end of the ground plate- The red chip LED-the ground terminal is bent to the red chip LED-ground plate and the red chip LED-ground plate inserted into the red chip LED-ground terminal insertion hole toward the red chip LED mounting groove side The red chip LED is formed of a grounding piece, and the chip resistor ground terminal is formed by bending a chip resistor ground terminal plate inserted into the chip resistor ground terminal insertion hole and a chip resistance ground terminal plate at an upper end of the chip resistor ground terminal plate. Comprising a resistance grounding piece, the + ground terminal is bent into a portion where the + ground terminal plate inserted into the + ground terminal insertion hole and the green chip LED mounting groove and the red chip LED mounting groove It is composed of Pt + ground terminal, The upper surface of the light emitting cap is an electronic light emitting device for fishing bobbers, characterized in that the transparent waterproof molding layer is formed. delete The method according to claim 5 or 6, The chip resistance is an electroluminescent device for fishing bobbers, characterized in that having a size of 0.3 to 4.8 ㏀. The method according to claim 5 or 6, The upper end of the light emitting cap is fixed to the connector of the elastic material is fitted, the upper end of the connector is fixed by fitting the connection, the upper end of the connector is further coupled to the fixture, battery, light emitting cap in sequence, can be emitted in two stages Electronic light emitting device for fishing bobbers, characterized in that configured to be.

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