KR200347615Y1 - Light emitting apparatus of float for fishing - Google Patents

Abstract

The present invention relates to a light emitting device of a fishing bobber, and when pressed downward in the state of being coupled to the top of the fishing bobber, when pressed downwards, it is electrically connected to the battery and lights up, and when pulled upward, the electrical connection with the battery is turned off and turned off. By the simple operation of pressing and pulling, "ON / OFF" control can be made, and it can be reused repeatedly instead of discarding after one use, so as to prevent water quality and environmental pollution and to achieve economic benefits.

The present invention is a light emitting device of the bobber is fitted in the mounting groove formed on the top of the bobbin constituting the bobber, a negative electrode (-) pin having a predetermined length from the top, the outer shell is a positive electrode (+); Conductive metal, the upper portion of the predetermined length is made of the same diameter, the lower portion is formed in the form of an extended skirt shape, the inner predetermined height of the hollow anode tube formed with an annular locking jaw; An insulating tube fitted to reach a locking step from an upper end of the anode tube; The negative lead wire extends into one side of the insulating tube so as to be in contact with the negative electrode pin of the battery while being fixed inside the upper end of the positive electrode tube, and the positive lead wire extends to the outside of one side of the insulating tube. LED lamps are always installed in contact with the anode tube; It includes a light-emitting shrink tube is covered to cover the lower end of the anode tube from the top of the LED lamp.

When the present invention is applied, it is very easy to use as it can control the lighting and turning off by simply pressing or pulling by applying the light emitting device using LED lamp instead of Chemilite, and it is not used and thrown away after repeated use. As it can be reused, it is possible to prevent water and environmental pollution caused by disposal, and it is advantageous in terms of economy.

Description

LIGHT EMITTING APPARATUS OF FLOAT FOR FISHING}

The present invention relates to a light emitting device of a fishing bobber, and more specifically, when pressed downward in the state of being coupled to the top of the fishing bobber, the bottom of the bobber is electrically connected to the battery and lights up, and when pulled upward, the electrical connection to the battery It is designed to be turned off and turned off so that “ON / OFF” control can be made by simple push and pull operation, and can be reused repeatedly instead of discarding after one use to prevent water quality and environmental pollution and to achieve economic benefits. It relates to a light emitting device of a bobber.

In general, as shown in Figure 1, the bobber 10, the main body 12 of the predetermined form floated by its own buoyancy when draped in the water, and extends by a predetermined length vertically upward from the upper end of the main body It consists of a jig saw 14, and the tail leg 16 is attached to the lower end of the bobbin body 12 in a predetermined length, the lower end of the tail leg 16 is a structure that is combined so-called chinarari for fitting to a fishing line Is done.

This bobber (10) is a state in which the fishing rod is placed on the surface of the fishing rod in the state of being fitted at the proper height of the fishing line, the buoyancy pole 14 by the buoyancy is raised to a certain height above the water surface, the fish in the water According to the form of touching the bait hooked on the fishing is the essential equipment to recognize whether the mouth of the fish as the part of the claw saw 14 that rises above the surface flicker in the vertical direction.

On the other hand, when fishing at night using the fishing bobber (10), because the periphery is dark it is not possible to recognize the movement of the jigsaw 14, to overcome this, made separately on the top of the jigsaw 14 Fluorescent Chemilight is used in combination.

The chemite is formed of a cylindrical tube having a length of 2 to 4 cm and a diameter of 2 to 5 cm, formed of a synthetic resin having good chemical resistance, and having a structure in which two kinds of chemicals are enclosed.

If you want to use such a chemite, lightly fold the middle part of the chemite with the chemite fixed to the upper end of the jigsaw with a rubber band, and the contents enclosed inside cause chemical reaction and emit green light. As you can see the movement of fishing bobber with the naked eye even at night.

However, such conventional chemistry is a disposable product that is discarded after one use, and there is a serious problem of contaminating the water quality and the natural environment upon disposal after use because a strong toxic chemical is encapsulated inside and a synthetic resin product.

In addition, the chemistry has a problem in that it is troublesome to replace it several times when fishing for a long time because it emits light only for a predetermined time in the folded state for use.

The present invention is to solve such a problem, the purpose of which is inserted into the top of the bobbin of the bobber, when pressed downwards and is electrically connected to the battery and lights up, when pulled upward, the electrical connection with the battery It is designed to be turned off and turned off so that “ON / OFF” control can be made by simple push and pull operation, and can be reused repeatedly instead of discarding after one use to prevent water quality and environmental pollution and to achieve economic benefits. It is to provide a light emitting device of a new fishing bobber.

1 is a front view showing a common fishing bobber,

2 is an enlarged cross-sectional view showing an example of a light emitting device of a fishing bobber according to the present invention;

3 is an enlarged cross-sectional view showing another example of a light emitting device of a fishing bobber according to the present invention;

4 is an enlarged cross-sectional view illustrating a lighting state of a light emitting device of a fishing bobber shown in FIG. 2;

5 is an enlarged cross-sectional view illustrating a lighting state of a light emitting device of a fishing bobber shown in FIG. 3.

* Description of the symbols for the main parts of the drawings *

32,54 Battery 34,56 Anode tube

36,58: Insulation tube 38,60: LED lamp

42,60a: cathode lead wire 44,60b: anode lead wire

40,64: light emitting shrink tube.

In order to achieve the above object, the light emitting device of the fishing bobbin according to an embodiment of the present invention is fitted in the mounting groove formed on the top of the jigsaw constituting the fishing bobber, the negative (-) pin having a predetermined length from the top, the outer shell A battery having a positive electrode; Conductive metal, the upper portion of the predetermined length is made of the same diameter, the lower portion is formed in the form of an extended skirt shape, the inner predetermined height of the hollow anode tube formed with an annular locking jaw; An insulating tube fitted to reach a locking step from an upper end of the positive electrode tube; The negative lead wire extends into one side of the insulating tube so as to be in contact with the negative electrode pin of the battery while being fixed inside the upper end of the positive electrode tube, and the positive lead wire extends to the outside of one side of the insulating tube. LED lamps are always installed in contact with the anode tube; It includes a light-emitting shrink tube is covered to cover the lower end of the anode tube from the top of the LED lamp.

In order to achieve the above object, the light emitting device of the fishing bobber according to another example of the present invention is formed in the shape of a cup (Cup) with an open top, and is made of a structure in which an insulator is formed on the inner circumferential surface except the inner bottom and A battery case fitted to a mounting groove formed at an upper end of a jawsaw constituting the claw; A plurality of button-type batteries which are sequentially accommodated in the battery case, a top end of which is connected to a negative terminal (-), and a bottom end of which is a positive electrode; It is made of a conductive metal, the upper portion of the predetermined length is made of the same diameter, the lower portion is formed in the form of an extended skirt shape, the inner predetermined height hollow anode tube formed with an annular locking jaw; An insulating tube fitted to reach a locking step from an upper end of the positive electrode tube; The negative lead wire extends into one side of the insulating tube while the positive lead wire is inserted into and fixed inside the upper end of the positive electrode tube, and the positive lead wire is always in contact with the positive electrode tube while extending toward one outside of the insulating tube. LED lamp installed; A negative ground spring inserted in the space formed inside the positive electrode to maintain contact with the negative lead wire of the LED lamp and having a lower end connected to the negative connection terminal of the upper end of the battery when the positive electrode is pressed; It includes a light-emitting shrink tube is covered to cover the lower end of the anode tube from the top of the LED lamp.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

2 is an enlarged cross-sectional view showing a light emitting device of a fishing bobber according to an embodiment of the present invention, Figure 3 is an enlarged cross-sectional view showing a light emitting device of a fishing bobber according to another embodiment of the present invention.

4 is an enlarged cross-sectional view showing a lighting state of the light emitting device of the fishing bobber shown in FIG. 2, and FIG. 5 is an enlarged cross-sectional view showing a lighting state of the light emitting device of the fishing bobbin shown in FIG.

Referring to this, in the light emitting device of the fishing bobber according to an embodiment of the present invention, as shown in Figure 2, it is made of an elongated cylindrical shape, the cathode (-) pin having a predetermined length at the top bulge and the outer shell (+ A pin type battery is formed.

The light emitting device 30 of the fishing bobber according to an embodiment of the present invention is a pin-type battery 32 fitted into the mounting groove 14a formed at the upper end of the saw blade 14, and a hollow anode tube having a predetermined shape. 34, an insulating tube 36 fitted inside the anode tube 34, an LED lamp 38 fitted into the upper end of the anode tube 34, and fixed to the LED lamp 38; It consists of a light emitting shrinkage tube 40 which is covered on the outside of the anode tube (34).

The battery 32 fitted into the mounting groove 14a formed at the upper end of the jaw 14 has a cylindrical elongated shape, the negative (-) pin (32a) having a predetermined length from the top is protruded, the outer shell It is positive (+).

The anode tube 34 is made of a conductive metal, the upper portion having a predetermined length is made of the same diameter, the lower portion is made of a hollow (mid-air) form extended to the skirt shape.

An annular locking jaw 34a is formed at the inner side corresponding to the boundary point of the lower end and the skirt of the upper part of the anode tube 34.

The insulating tube 36 is fitted inwardly from the upper end of the positive electrode tube 34 so as to be caught by the locking step 34a.

An LED lamp 38 is inserted and fixed inside the upper end of the anode tube 34. The cathode lead wire 42 constituting the LED lamp 38 contacts the cathode pin 32a of the battery 32. It is formed to extend into one side of the insulating tube (36).

The anode (+) lead wire 44 of the LED lamp 38 is installed to be in contact with the anode tube 34 at all times in a state in which it extends outward from one side of the insulating tube 36.

The light emitting shrinkage tube 40 is covered to cover the lower end of the anode tube 34 from the upper side of the LED lamp 38.

On the other hand, in the light emitting device of the bobber according to another embodiment of the present invention, as shown in Figure 3, it is made of a flat shape, the upper end of the cathode (-) connection terminal protruding and the bottom of the button forming the anode (+) Button type battery is applied.

Light emitting device 50 of the fishing bobber according to another embodiment of the present invention is the battery case 52 is fitted in the mounting groove (14a) formed in the upper end of the jigsaw 14 and the battery case 52 is received in series A plurality of button-type batteries 54, a hollow anode tube 56 having a predetermined shape, an insulating tube 58 fitted inside the anode tube 56, and the cathode tube 56 LED lamp 60 is inserted into the upper end of the fixed, the negative electrode ground spring 62 for connecting the negative terminal of the battery 54 and the negative lead wire of the LED lamp, the LED lamp 60 and the positive tube 56 It consists of a light-emitting shrinkage tube 64 to be covered on the outside.

The battery case 52 inserted into the mounting groove 14a formed at the upper end of the peg saw 14 has a cup shape with an open top, and an insulator 52a is formed on the inner circumferential surface except the inner bottom surface. Is made of.

The button-type battery 54 accommodated in series in the battery case 52 is made of a flat shape with a height smaller than the diameter, the upper end of the negative electrode (-) connecting terminal 54a protrudes, the lower surface This is the positive (+).

The anode tube 56 is made of a conductive metal, the upper portion having a predetermined length is made of the same diameter, the lower portion is made of a hollow (mid-air) form extended to the skirt shape.

An annular locking jaw 56a is formed at an inner side corresponding to a boundary point of a lower end of the upper part and a skirt of the anode tube 56.

The insulating tube 58 is fitted inward from the upper end of the positive electrode tube 56 to be engaged with the locking step 56a.

An LED lamp 60 is inserted and fixed inside the upper end of the anode tube 56. The cathode lead wire 60a constituting the LED lamp 60 extends into one side of the insulating tube 58. do.

The anode (+) lead wire 60b of the LED lamp 60 is installed to be always in contact with the anode tube 56 in a state in which it is formed to extend outward on one side of the insulating tube 58.

The cathode ground spring 62 maintains contact with the cathode lead wire 60a of the LED lamp 60 while being fitted in a space formed inside the anode tube 56, and when the cathode tube 56 is pressed. The lower end portion thereof is connected to the negative electrode connection terminal 54a protruding from the upper surface of the battery 54.

The light emitting shrinkage tube 64 is covered to cover the lower end of the anode tube 56 from the top of the LED lamp 60.

The operation of the present invention made as described above is as follows.

2 and 3, in the initial state, the positive electrode tubes 34 and 56 are spaced apart from the battery 32 or the battery case 52.

In this state, in order to emit light for night fishing, the anode tube in close contact with the anode lead wires 44 and 60b of the light emitting shrinkage tube 40 and 64 and the LED lamps 38 and 60 () ( Pressing downwards, the lower ends of the positive electrode tubes 34, 56 are in contact with the top of the battery 32 and the battery case 52, respectively.

At the same time, in the light emitting device 30 according to an embodiment of the present invention, the negative electrode pin 32a protruding from the upper end of the battery 32 is inserted into the positive electrode tube 34 so that the negative electrode lead wire 42 of the LED lamp 38 is located. The LED lamp 38 emits light as the battery 32 is powered while being in contact with the light source (see FIG. 4).

In the light emitting device 50 according to another embodiment of the present invention, the anode tube 56 in close contact with the anode lead wire 60b of the LED lamp 60 is in contact with the upper end of the battery case 52 and at the same time, the anode tube 56. The negative electrode ground spring 62 inserted in contact with the negative lead wire 60a of the LED lamp 60 in contact with the negative electrode connecting terminal 54a at the upper end of the battery 54 is applied with the power of the battery 54. As a result, the LED lamp 60 emits light (see FIG. 5).

When the battery 32, 54 is consumed by such use, the battery can be repeatedly reused as long as the battery is replaced.

When the present invention is applied, it is very easy to use as it can control the lighting and turning off by simply pressing or pulling by applying the light emitting device using LED lamp instead of Chemilite, and it is not used and thrown away after repeated use. As it can be reused, it is possible to prevent water pollution and environmental pollution due to disposal, and has the advantage of being economically advantageous.

Claims (2)

A pin-type battery 32 inserted into a mounting groove formed at an upper end of a bobbin constituting a fishing bobber, a negative pin having a predetermined length from the upper end, and having an outer shell forming a positive electrode; It is made of a conductive metal, the upper portion of a predetermined length is made of the same diameter, the lower portion is made of a skirt-like extended form, the inner predetermined height of the hollow anode tube 34 is formed with an annular locking jaw; An insulating tube (36) fitted to reach a locking step from an upper end of the anode tube; The negative lead wire 42 extends into one side of the insulating tube to be in contact with the negative electrode pin of the battery in a state where the positive electrode tube is inserted inside and fixed to the upper end of the positive electrode tube, and the positive lead wire 44 is formed of the insulating tube. LED lamps 38 are installed to always contact with the anode tube in a state extending outward on one side; And a light emitting shrinkage tube (40) which is covered to cover the lower end of the anode tube sufficiently from above the LED lamp. A battery case 52 having an upper cup (Cup) shape, formed of an insulator formed on an inner circumferential surface except for an inner bottom, and fitted into a mounting groove formed on an upper end of a claw saw constituting a fishing bobber; A plurality of button-type batteries 54 which are sequentially accommodated in the battery case, the upper end of the connecting terminal of the negative electrode (-), and the lower end forming the positive electrode; It is made of a conductive metal, the upper portion of the predetermined length is made of the same diameter, the lower portion is formed in the form of an extended skirt shape, the inner predetermined height of the hollow anode tube 56 having an annular locking step; An insulating tube 58 fitted to reach a locking step from an upper end of the positive electrode tube; The cathode (-) lead wire 60a extends to one side of the insulating tube in a state where the cathode tube is inserted inside and fixed to the upper end of the anode tube, and the anode lead wire 60b extends to the outside of one side of the insulating tube. An LED lamp 60 installed to be in contact with the anode tube at all times; It is inserted in the space formed inside the anode tube to maintain the contact with the cathode lead wire of the LED lamp, the cathode ground spring 62 is connected to the cathode connection terminal of the upper end of the battery when pressing the cathode tube 62 and; And a light emitting shrinkage tube (64) which is covered to cover the lower end of the anode tube sufficiently from above the LED lamp.