KR20080015903A - The self-emission diode fishing buoy by a rolling magnet charger - Google Patents

Abstract

A self-emission light emitting fishing float is provided to enable a user to check a fishing float easily at night without the need of preparing a battery for a lamp and to help to reduce the volume of a fishing bag. An upper plate is extruded with a mold by using a transparent resin. A cylindrical inner pipe(20) is installed on the center of the upper part of the supper body. A screw inner wall(22) having a coil(82) wound thereon, a fixing pin(26) and a cylindrical permanent magnet(80) are inserted and a connection pipe is stuck on a lower body(32). LED lamps(50), a transistor(60) and a battery(70) are inserted between the upper body and the lower body. Lamp wiring(86), inner wring(84) and positive and negative poles connecting lines are arranged in a middle plate(40). The upper and lower bodies are adhered to a frame(90).

Description

Self-emission diode Fishing Buoy by a rolling magnet charger}

Self-powered luminescent fishing tackle of the present invention as a device of the fishing field of the new leisure industry until now can be confirmed because of the small size of the equipped with a small battery to detect the movement of the fishing bobber in the night, but instead of the battery of the steaming device of the present invention The plastic core in the center is injected into the spiral shape and the coil is wound on the spiral so that the permanent magnet of pipe shape can be inserted and moved up and down to induce the movement of water through the coil to induce power generation and make the rated transistor rated. It is a technical field for parts manufacturing in the parts development business of the fishing industry equipment in the leisure industry that connects and lights up a small diode LED lamp connected while storing electricity in a battery.

This detailed technology, although the development through the rotation of the fishing reel has been developed, the device that induces the development of the fishing bobber has not attempted so far because of the decap called rotation. It could be installed and developed, and technology development of such a small structure arrangement was possible and it could be easily woven.

The technology for self-power generation has already been spurred by the emergence of small LED lamps after the endeavors such as the installation of small batteries for the purpose of enabling more reliable lighting in the background of fishing reels. The background of the present invention can be made based on the experimentally proved data.

Permanent magnets manufactured in the form of pipes that move up and down to the degree of wave, even if developed using a pinwheel that is rotated only by the breeze of rivers, lakes or wide beaches, or rotated by wind, etc. The technology could be set against a delicate field that could be inserted into a bend formed in a spiral plastic rod to prevent it from happening.

The problem to be solved in the present invention is to inject the fishing bobber into a plastic of light material, but divided into the top and bottom to assemble into one and insert a variety of light emitting key plate in the middle and spiral bending inside the central column through which the fishing line passes through the lower body Make sure that the coil does not stick out so that wear and tear does not occur due to the vertical movement of the permanent magnet in the form of a pipe. It is equipped with a rated transistor and uses a low-consumption LED lamp so as not to suffer from power failure due to uneven power generation. Problems to accommodate in the bobber.

To make a long oval fishing bobber by combining two sets of upper and lower elliptical bobbins, when bonding the separated parts of the bobbin separated into two halves, make sure that the water does not seep or consist of a rotary screw and insert a waterproof ring in case of failure. There is also a method, but considering the price of the fishing bobber or the amount of material required, the repair needs to be repaired, so it is more advantageous to attach it with an adhesive without maintaining the separation, so it is necessary to make this a task.

If this product is manufactured and distributed, many fishing enthusiasts are expected to reduce the fishing bag and the cost of fishing, since the fishing bob can be easily checked at night without preparing a separate battery for the lamp.

In addition, it is expected to be a great help and source for the development of products related to non-powered self-power generation by applying various self-phenomena and the development of related similar products that can reduce high oil prices.

Using a mold prefabricated with plastic or a new transparent resin material, a rubber frame (92) can be inserted or combined with an adhesive so that the long oval can be cut in half with the cut shape (90). Inject the upper body 30 and lower body 32 having the upper body 30 should be formed with an inner tube 20 through which the fishing line 10 will pass.

The lower body 32 constitutes the inner tube 20 as the spiral inner wall 22 and winds the coil 82 along the recessed portion of the spiral inner wall 22 so that the upper end of the coil 82 is located at the anode portion of the rated transistor 60. The anode cathode lead wire 88 was connected to the cathode portion of the rated transistor 60 through the lower body 32 wall and through the middle plate 40, and also connected the anode wire at the top.

The size and length of the cylindrical research magnet 80 having a pipe sized to accommodate the spiral inner wall 22 are manufactured and inserted so as to be freely moved up and down in the spiral inner wall 22, covering the intermediate plate 40, and the upper body 30. And the lower body 32 should be sealed. First, the middle plate 40 is divided into front, rear, left and right, and the LED lamps 50 are arranged facing each other on one side diagonal, and the rated transistor 60 and the battery (on the other side diagonal). 70) and the power generated by accommodating the internal wiring 84 between the lamp wiring 86, the rated transistor 60 and the battery 70, and the anode cathode connecting wire 88 connecting the coil 82 to the rated transistor. The power is supplied to the battery 70 to store the LED lamps 50 while storing.

When the bobber (30, 32) is configured, the connecting tube (24) for accommodating the inner tube (20) in the center is connected after inserting the cylindrical research magnet (80) and the upper body (30) and the lower body (32) when bonding This connector 24 should be sealed by sealing water so that it does not leak.

In addition, the intermediate plate 40 should have a circular hole 42 for accommodating the inner tube 20, so that the intermediate plate 40 can be accommodated when the upper body 30 and the lower body 32 are joined. .

In this way, the upper body 30 and the lower body 32 accommodate the coil 82 and the cylindrical permanent magnet 80, the lamp 70, the rated transistor 60, the battery 70 and the wiring (84, 86, 88) ) Is arranged and finally mounted to the connecting tube 24 as shown in Figure 1 passing the fishing line 10 through the inner tube 20, using the catch 12 above the bottom catch (14) bobbin (30, 32), the cylinder magnets in the wave (80) will be charged every time you go up and down the spiral inner wall 22 of the lower body 32, LED lamps 50 will emit light.

The arrangement of the parts to be decorated on the middle plate 40 is the same as the decorative position display reference figure (A), and the bottom surface of the middle plate 40 is the same as the reference reference figure (B) showing the middle plate.

In order to easily prepare the portion to be bonded to the upper body 30, the diameter was 30 millimeters and the height was 40 millimeters, but the mold was formed once to form an inner tube 20 in an independent columnar shape at the center.

The lower body 32 is inverted upper body and injects the spiral inner wall 22 of the tubular shape fitted to the inner tube 20 separately and overlaid on the inner tube 20 and blocked with a fixing pin 26 to block the cylindrical permanent magnet ( 80 is no longer lowered and the coil 82 is wound several times between the gaps of the spiral inner wall 22, and the lower end is connected to the rated transistor 60 in which the cathode wire is mounted on the middle plate 40 in the anode cathode connecting wire 88. The anode wires were connected in this way, and while the internal wires 84, 86, and 88 leading to the LED lamps 50 were connected through the battery 70, the circular holes 42 were fitted to the inner tube 20, When the plate 40 is landed and the upper body 30 and the lower body 32 are folded together, one prototype is completed because the adhesive is directly bonded to the joining frame 90 without using the rubber frame 92.

The assembly direction and the assembly order to be completed are the same as the assembly direction and the assembly order line (C).

1 is a side view of the side plate made of a self-powered luminescent fishing tackle of the present invention reference plate,

Figure 2 is a reference display showing the perspective and assembly direction for each part before incorporating the self-generating light-emitting fishing tackle of the present invention and the bottom of the middle plate reference diagram,

<Short description of code>

10: fishing line, 12: fisherman,

14: catch down, 20: inner tube,

22: spiral inner wall, 24: connector,

26: fixed pin, 30: upper body,

32: lower body, 40: middle plate,

42: round hole, 50: LED lamp,

60: rated transistor, 70: battery,

80: cylinder research magnet, 82: coil,

84: internal extension, 86: lamp wiring,

88: anode cathode connecting line, 90: immersion frame,

92: rubber rim,

A: decorative position indication reference, B: intermediate plate visible reference,

C: assembly direction and assembly priority line,

Claims (2)

When the material is injected into the mold by using a transparent resin, the upper body 20 of which an independent cylindrical inner tube 20 descends at the upper center of the semicircle longer than the diameter and The upper body 30 is turned upside down, and the fixing pin 26 and the coil inner wall 22 wound around the spiral pipe 22 and the cylindrical research magnet 80 are inserted into the inner tube 20, and the connecting tube 24 is inserted. Lower body (32) The LED lamps 50 and the rated transistor 60 and the battery 70 that are inserted between the upper body 30 and the lower body 32 are connected to the lamp wiring 86, the internal extension 84, and the anode cathode connecting wire 88. This arranged intermediate plate 40 Self-powered luminescent fishing tag characterized in that the upper body 30 and the lower body 32 using a rubber frame (29) or a direct adhesive is bonded to the joining frame (90) to prevent water from seeping The inside is visible using a transparent resin material and the upper body 30 is an elongated oval semicircle with an inner tube 20 independently configured at the inner center of the fishing line so that the fishing line is passed and the lower body 32 has an inverted upper body 30. A separate spiral inner wall 22 is formed on the inner tube 20, the coil 82 is wound, and a cylindrical research magnet 80 is inserted to move up and down. On the upper plate of the intermediate plate 40 having a circular hole 42, the rated transistor 60 and the battery 70 are provided with an internal extension 84 and a positive cathode connection line between the left and right sides of the LED lamp 50. 88) connected to each other Method of producing a self-powered light emitting fish tackle, characterized in that the LED lamp 50 is sparked by generating and charging whenever the cylindrical research magnet 80 moves up and down the coil 82 part.

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