KR200292616Y1 - emitting light float for a bite sensing - Google Patents

Abstract

The present invention relates to a light emitting fishing bobber for fishery detection, and in particular, by providing a lifting chamber in the insertion tube of the upper cap, the spring is installed and the permanent magnet is accurately positioned on the upper magnetic switch by the spring force of the spring in the standby state. In the descending state, the position of the magnetic switch on the lower side and then by the expansion force of the contracted spring to return to the standby state relates to a fishing fishing light emitting fishing bobber that enables the angler to accurately sense the fishery sensing state.

That is, a circuit board 40 in which the upper cap 20 and the lower cap 30 are screwed together, and the light emitting diodes 41, 42, the magnetic switches 43, 44, and the batteries 45, 46 are combined. ) Is mounted inside the upper and lower caps 20 and 30, and the permanent magnet 70 moves by the displacement of the fishing line 80 to short-circuit the upper and lower magnetic switches 43 and 44 to emit light. In the light-emitting fishing bobbin for fishery detection which turned on and flashes the diodes 41 and 42, respectively; The lifting chamber 22 and the guide hole 23 are integrally formed to downwardly protrude downwardly into the inner center of the upper cap 20, and the weight 32 in the inner center of the lower cap 30. ) Is coupled to the outer periphery and formed to protrude upwardly the cylindrical tube 31 into which the end of the insertion tube 21 is fitted; The inside of the elevating chamber 22 of the insertion pipe 21 is installed with a spring 50 that contracts and expands in accordance with the vertical movement of the permanent magnet 70, and the upper end is fitted to the bottom of the permanent magnet 70, and the spring ( 50) The lower end portion is inserted into the guide hole 23 through the inner side, and the permanent magnet 70 has a feature in that it has a guide tube 60 which stops the descent from the magnetic switch 44 in the fishery sense state. The angler can visually sense the state of waiting and fishery detection, and then can perform the chamfering to obtain the effect of raising a big fruit.

Description

Emitting light float for a bite sensing}

The present invention relates to a light emitting fishing bobber for fishery detection, and in particular, by providing a lifting chamber in the insertion tube of the upper cap, the spring is installed and the permanent magnet is accurately positioned on the upper magnetic switch by the spring force of the spring in the standby state. In the descending state, the position of the magnetic switch on the lower side and then by the expansion force of the contracted spring to return to the standby state relates to a fishing fishing light emitting fishing bobber that enables the angler to accurately sense the fishery sensing state.

In general, fishing bobber is one of the fishing tackle that plays an important role to detect the quality of the fish and visually inform the angler of the timing.

Fishing bobbers are usually divided into freshwater fishing bobs and sea fishing bobs, and these are available in various types, such as those that can be used separately during the day and night and those that can be used in combination.

The present invention relates to a light-emitting fishing bobber, which is used at night, especially in the sea fishing bob, and will focus on the prior art of the conventional light-emitting fishing bobber.

Luminescent fishing bobbers were coated with luminous paint on the body and chemical light that reacted with chemicals contained in the shell and capillary tubes to generate light.

However, the light-emitting fishing bobber has a weak light intensity or a short light-emitting time required for night fishing.

In particular, the chemical light has a light emission time of about 6 hours and is inconvenient to be replaced frequently, and most of all, the material and the inside of the polypropylene outer shell and capillary tube when endlessly dumped in the natural environment There is a problem that the luminescent material containing oxalate (Oxalate), hydrogen peroxide (H2O2) and the like cause serious environmental pollution.

As an alternative to the above-mentioned light-emitting fishing bobber, a light-emitting diode (LED) and a built-in fishing bobber (aka: electronic bobber) inside the body have been widely used.

Fishing bobber using the light-emitting diode is developed from the function of simply displaying the location of fishing bob at night, and when fishery is detected, green or red light emitting diode lights up in the form of lighting or blinking depending on the configuration of the circuit board. To be able to identify is preceded.

The fishing bobber, which detects the fishery and turns on and flashes the light emitting diodes, has the "electronic self-supporting hole bob" of Korea Utility Model Publication No. 1994-18740 (1994.08.16) and Korean Patent Publication No. 2002-0046242 (2002.06.20) "Fishing fish" was previously filed.

The fishing fish finder (hereinafter referred to as "light emitting fishing bobber for fishing") is the upper and lower caps are formed by screwing, the battery is built in the interior, penetrates through the upper and lower caps The magnet body moving in accordance with the displacement of the fishing line is characterized in that the light emitting diode is turned on and blinks by controlling the short circuit of the magnetic switch.

That is, in the standby state where the float is thrown into the sea after being thrown into the sea, the magnet body embedded in the upper and lower lifting members and the coupling member is attached to the washer of the upper metal body. The light emitting diode to be displayed is turned on. When the fish enters the fishing line, the fishing line descends, and as the fishing line descends, the knot is caught in the tape hole of the up-and-down member, and the magnetic body descends at the same time, and the magnetic switch of the lower side is adjacent. By lighting the LED to display the fishery detection state by contacting the angler to enable the angler to visually sense the signal detected fishery.

However, in the configuration of a conventional fishing fish finder in which the magnet body is raised and lowered according to the displacement of the fishing line and short-circuited the magnetic switch located above and below as described above, there are the following problems.

That is, the fishery sensing unit is complicated by the O-ring and washer, the washer fitting member, and the up-and-down lifting member, the magnet body and the coupling member, etc., which are connected to the protruding part of the guide member. There is a problem that the end is curled, but it is difficult to penetrate the fishing line through the narrow passage of the fishery detection unit,

In particular, it is due to the attractive force acting between the lifting magnet body and the washer to keep the lifting magnet body in the rising state, that is, the washer attached to the washer,

The return of the elevating magnet body in the lowered state when the fishery is detected is due to the repulsive force acting between the elevating magnet body and the fixed magnet body embedded in the recess groove of the blocking plate in the opposite polarity.

Due to factors such as underwater microorganisms and micro-floating materials accumulating in the storage space into which the fish finder is inserted, or the magnetic force of the magnetic body is weakened, the action of attraction and repulsive force is lowered. There was a problem in that the light emitting diodes malfunctioned, resulting in a failure to return to the correct state, and the angler misunderstood the fishery detection state.

The present invention has been made to solve the problems of the conventional light-emitting fishing bobber as described above,

The spring is installed in the lifting chamber provided in the insertion tube of the upper cap so that the permanent magnet is positioned on the magnetic switch on the upper side by the spring's repulsive force to light up the light emitting diode that displays the standby state. The permanent magnet descends while contracting the spring and is located on the lower magnetic switch to light up the light emitting diode indicating the fishery detection status, and then the permanent magnet returns to the standby state by the expansion force of the contracted spring. The present invention provides a light-emitting fishing bobber that can visually and accurately sense a state and a fish sensing state.

1 is an exploded perspective view showing a preferred embodiment of the present invention.

Figure 2 is a cross-sectional view showing a standby state of a preferred embodiment of the present invention.

Figure 3 is a cross-sectional view showing a fishery detection state of a preferred embodiment of the present invention.

Figure 4 is an isolated state cross-sectional view showing another embodiment of the present invention.

Figure 5 is a cross-sectional view showing a standby state of another embodiment of the present invention.

Figure 6 is a cross-sectional view showing a fishery detection state of another embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

10: fishing

20: upper cap 21: insertion tube 22: elevator 23: guide 24: ceramic

30: lower cap 31: cylindrical tube 32: weight 33: ceramic

40: circuit board 41, 42: light emitting diodes 43, 44: magnetic switch 45, 46: battery

50: spring

60: Information Hall

70: permanent magnet

80: A strap 81: A knot 90,91: A rubber ring

According to the present invention, the upper cap 20 and the lower cap 30 are screwed together, and a light emitting diode 41, 42, a magnetic switch 43, 44, and a battery 45, 46 are coupled to a circuit board ( 40 is mounted inside the upper and lower caps 20 and 30, and the permanent magnet 70 is shorted by the upper and lower magnetic switches 43 and 44 while moving according to the displacement of the fishing line 80. A light emitting fishing bobber for general fishery detection, which allows the light emitting diodes (41) and (42) to light up and flash;

Into the inner center of the upper cap 20, the lifting chamber 22 and the guide hole 23 are formed integrally to downwardly protrude the insertion tube 21 formed,

In the inner center of the lower cap 30, the weight 32 is coupled to the outer periphery and formed to protrude upwardly the cylindrical tube 31 fitted with the end of the insertion tube 21;

Into the inside of the elevating chamber 22 of the insertion pipe 21, the spring 50 is contracted and expanded according to the vertical movement of the permanent magnet 70,

The upper end is fitted to the bottom of the permanent magnet 70 and penetrates the inside of the spring 50 so that the lower end is inserted into the guide hole 23 so that the permanent magnet 70 stops descending from the magnetic switch 44 in the fishery detection state. It is characterized by a guide pipe 60 to the interior.

The configuration of the preferred embodiment of the present invention described above will be described in more detail together with the assembly and the working state.

The upper and lower caps 20 and 30 are screwed together via a rubber ring 90 so that airtightness and watertightness can be maintained for protection of the circuit board 40, and an insertion tube fitted to the cylindrical tube 31. (21) The rubber ring 91 is also coupled to the lower end.

In the state in which the hemispherical upper and lower caps 20 and 30 are screwed together, the appearance generally forms an egg shape.

Inside the upper cap 20, the circuit board 40 is fixedly coupled in the clamped state. The circuit board 40 is coupled to the light emitting diode 41 which is turned on in the standby state and the magnetic switch 43 for operating the same. , The light emitting diodes 42 which are turned on in the detection state of the address and the magnetic switch 44 for operating them are coupled, and the batteries 45 and 46 which supply power to the light emitting diodes 42 are fitted to be detachably fitted. do.

In the general configuration of the circuit board 40, the magnetic switch 43, 44 is installed in a different height in accordance with the position of the standby state or fishery detection state and is short-circuited according to the displacement of the permanent magnet (70).

In addition, the light emitting diodes 41 and 42, which are turned on or off by the short circuit of the magnetic switches 43 and 44, selectively use green or red high-brightness light emitting diodes, so that the standby state and the fishery detection state are different from each other. It can be configured to be displayed, and it is natural that the circuit can be configured so that the light emitting form can also be expressed in the form of lighting, turning off or flashing, and the detailed configuration and operation thereof will be omitted.

Looking at the characteristic configuration of the present invention; Spring 50 is installed in the lifting chamber 22 provided in the upper portion of the insertion tube 21 of the upper cap 20, the permanent magnet 70 is placed on the upper end of the spring (50).

The permanent magnet 70 is locked by the ceramic ring 24 coupled to the upper end of the upper cap 20 is prevented from being separated out of the upper cap 20.

The guide hole 23 is successively formed below the hoisting chamber 22, and the guide tube 60 inserted into the bottom surface of the permanent magnet 70 is inserted into the guide hole 23.

Guide tube 60 is a stop function of the permanent magnet 70 and at the same time insert the fishing line 80 into the through hole of the permanent magnet 70, the fishing line 80 is not caught on the spring 50, the upper, lower It has a function of guiding the cap 20, 30 so as to be easily penetrated.

The lower surface of the lower cap 30 is coupled to the ceramic ring 33 to prevent the guide tube 60 is lowered to protrude to the outside of the lower cap (30).

The spring 50 is composed of a soft stainless steel material to be sensitive to fishery and to perform a buffering action.

In the center of the permanent magnet 70 is formed through holes (not shown) through which the fishing line 80 is penetrated, and the fishing line 80 is inserted into the through hole of the permanent magnet 70 and then passes through the guide tube 60. The knot 70 is formed to pass through the ceramic ring 33 of the lower cap 30 and to be positioned at the upper end of the permanent magnet 70.

An outer surface of the permanent magnet 70 is treated with an anti-oxidation coating film to prevent corrosion of the permanent magnet 70 exposed to sea water for a long time.

Looking at the operation of the present invention configured as described above; In the atmospheric state in which the bobber 10 thrown by the angler floats on the water surface, the permanent magnet 70 is caught by the ceramic ring 24 by the expansion force of the spring 50 installed in the lifting chamber 22 as shown in FIG. 2. The light emitting diode 41 (eg, a red high brightness light emitting diode) indicating a standby state is turned on by contacting the magnetic switch 43 located adjacent to the upper end of the upper cap 20.

And, when the fish is mouthed bar fishing line 80 is lowered, the fishing line 80 is lowered and at the same time the permanent magnet 70 is lowered with the knot portion 81, permanent magnet 70 As the descending guide pipe 60 is also lowered along the guide hole 23, the spring 50 is contracted in the lifting chamber (22).

When the permanent magnet 70 descends and leaves the upper magnetic switch 43, the light emitting diode 41 is turned off.

The guide tube 60 descends along the guide hole 23 and is stopped by the ceramic ring 33. At the same time, the permanent magnet 70 contacts the lower magnetic switch 44 adjacent thereto as shown in FIG. By turning on the light emitting diodes 42 (for example, green high-brightness light emitting diodes) indicating the state, the angler can visually feel them and perform accurate chamfering.

As the permanent magnet 70 rises by the expansion force of the spring 50 contracted after the fishery detection as described above, the light emitting diodes 42 in the fishery detection state are turned off and at the same time as the magnetic switch 44 of the lower side is released. The permanent magnet 70 is stopped and stopped by the ceramic ring 24, and the adjacent magnetic switch 43 is contacted again to light the light emitting diode 41 in the standby state.

On the other hand, Figure 4 is a separate state cross-sectional view showing another embodiment of the present invention, showing the configuration of another embodiment to achieve the object of the present invention in a common fishing bobber body made of wood such as paulownia.

Hereinafter, the configuration and operation of another embodiment of the present invention will be described.

In the usual bobber of the wooden body 101;

After successively drilling the receiving hole 102 and the insertion hole 103 and the coupling hole 104 to penetrate from the upper side of the body 101 to the lower side, and then insert the waterproof tube 200 into the receiving hole 102 and the coupling hole ( Coupling the weight 107 to the 104, and forming the receiving grooves 105, 106 around the receiving hole 102 to combine the light emitting capsules 300, 400, respectively;

The waterproof pipe 200 inserted into the receiving hole 102 is provided with a lifting chamber 201 and a guide hole 202 inside, and contracts with the vertical movement of the permanent magnet 700 inside the lifting chamber 201. , The expanding spring 500 is coalesced, the upper end is fitted to the bottom of the permanent magnet 700 and the lower end is inserted into the guide hole 202 through the spring 500, the permanent magnet 700 is detected in the fishery state The guide tube 600 to stop the descent in the magnetic switch 404 of the internal, and the upper and lower ends of the permanent magnet 700 and the ceramic tube 203 (204) to prevent the top and bottom separation of the guide tube 600 To combine;

The light emitting capsules 300 and 400 respectively fitted to the receiving grooves 105 and 106 are screwed to the airtightness and watertightness by the rubber rings 306 and 406 and the caps 301 and 401. And a light emitting diode 303 which is turned on in the standby state, a magnetic switch 304 and a battery 305 for operating the light emitting diode 303 inside the light emitting capsule 300, and a light emitting capsule 400. The inside is characterized in that the light-emitting diode 403, the magnetic switch 404 and the battery 405 for operating the light emitting diode 403 is turned on in the interior.

Looking at the operation of another embodiment of the present invention configured as described above; The light emitting capsule 300 coupled with the magnetic switch 304 contacted by the permanent magnet 700 positioned in the standby state is inserted into the receiving groove 105, and is contacted by the permanent magnet 700 positioned in the fishery detection state. When the angler throws the bobber 100 in the state where the magnetic switch 404 is coupled to the light emitting capsule 400 is inserted into the receiving groove 106, the air floater floats on the water surface and functions as in the preferred embodiment of the present invention. Will be

As shown in FIG. 5, the permanent magnet 700 is positioned on the upper end of the body 101 in a state in which the permanent magnet 700 is locked to the ceramic ring 203 by the expansion force of the spring 500 installed in the lifting chamber 201 of the waterproof pipe 200. By contacting the magnetic switch 304 on the upper side of the adjacent light emitting capsule 300, the light emitting diode 303 (for example, a red high brightness light emitting diode) indicating a standby state is turned on.

And, when the fish is mouthed bar fishing line 800 is lowered, the fishing line 800 is lowered and at the same time the permanent magnet 700 is lowered with the knot 801, permanent magnet 700 As the descending) guide tube 600 also descends along the guide hole 202, the spring 500 is contracted in the lifting chamber 201.

When the permanent magnet 700 descends and leaves the upper magnetic switch 304 of the light emitting capsule 300, the light emitting diode 303 is turned off.

The guide tube 600 descends along the guide hole 202 and is stopped by the ceramic ring 204 coupled to the bottom of the waterproof tube 200. At the same time, the permanent magnet 700 is adjacent to the light emitting capsule as shown in FIG. By contacting the lower magnetic switch 404, the light emitting diode 403 (e.g., green high-brightness light emitting diode) displaying the fishery detection state is turned on.

As the permanent magnet 700 rises due to the expansion force of the contracted spring 500 after the fishery detection, the light emitting diode 403 of the fishery sensing state is turned off while leaving the lower magnetic switch 404 of the light emitting capsule 400. Ascending permanent magnet 700 is stopped by the ceramic ring 203 coupled to the upper end of the waterproof tube 200 and is stopped by contacting the magnetic switch 304 of the adjacent light emitting capsule 300 again in the standby light emitting diode 303 is turned on.

As described in detail above, the subject innovation is to install the springs 50 and 500 inside the hoisting chambers 22 and 201, so that the permanent magnets 70 and 700 are applied to the squeezing force of the springs 50 and 500. As a result, the light emitting diodes 41 and 303 in the standby state can be turned on at the exact point where the upper magnetic switches 43 and 304 are positioned.

When the fishing line 80, 800 is lowered by the mouth of the fish, the permanent magnets 70 and 700 descend while contracting the springs 50 and 500, and the guide tubes 60 and 600 are ceramic rings 33. 204, the permanent magnets 70 and 700 stop exactly where the lower magnetic switches 44 and 404 are located, so that the light emitting diodes 42 and 403 in the detection state can be turned on. After the fishery detection, the permanent magnets 70 and 700 return to the standby state accurately by the spring force of the springs 50 and 500 so that the light emitting diodes 41 and 303 in the standby state can be turned on. The angler can visually sense the state of waiting and fish detection, and can perform the chamfering.

As a conventional fishery detection unit, the auxiliary magnet can be easily assembled by means of springs, guide tubes, etc., without complicated components, and the side effect of facilitating the fitting of the fishing line and the assembly of the bobber is also possible. You can get it.

Claims (2)

The upper and lower caps 20 and 30 are screwed together, and the circuit board 40 to which the light emitting diodes 41 and 42 and the magnetic switches 43 and 44 and the batteries 45 and 46 are coupled is provided. Upper and lower caps 20 and 30 are mounted inside the permanent magnet 70 while the permanent magnet 70 moves in accordance with the displacement of the fishing line 80 to short-circuit the upper and lower magnetic switches 43 and 44 to light-emitting diodes ( 41) A light emitting fishing bobber for fishery detection, which enables to light and flash each of (42); Into the inner center of the upper cap 20, the lifting chamber 22 and the guide hole 23 are formed integrally to downwardly protrude the insertion tube 21 formed, In the inner center of the lower cap 30, the weight 32 is coupled to the outer periphery and formed to protrude upwardly the cylindrical tube 31 fitted with the end of the insertion tube 21; Into the inside of the elevating chamber 22 of the insertion pipe 21, the spring 50 is contracted and expanded according to the vertical movement of the permanent magnet 70, The upper end is fitted to the bottom of the permanent magnet 70 and penetrates the inside of the spring 50 so that the lower end is inserted into the guide hole 23 so that the permanent magnet 70 stops descending from the magnetic switch 44 in the fishery detection state. Luminescent fishing bobber for fishery detection, characterized in that the guide tube (60) to say. In the usual bobber of the wooden body 101; After successively drilling the receiving hole 102 and the insertion hole 103 and the coupling hole 104 to penetrate from the upper side of the body 101 to the lower side, and then insert the waterproof tube 200 into the receiving hole 102 and the coupling hole ( Coupling the weight 107 to the 104, and forming the receiving grooves 105, 106 around the receiving hole 102 to combine the light emitting capsules 300, 400, respectively; The waterproof pipe 200 is provided with a lifting chamber 201 and a guide hole 202 inside, the lifting chamber 201 inside the spring 500 to contract and expand in accordance with the vertical movement of the permanent magnet 700 The upper end is inserted into the bottom of the permanent magnet 700, the lower end is inserted into the guide hole 202 through the spring 500, the permanent magnet 700 is lowered from the magnetic switch 404 of the fishery detection state Introducing the guide tube 600 to stop the, and the upper and lower end coupled to the permanent magnet 700 and the ceramic ring (203) (204) to prevent the vertical separation of the guide tube 600; The light emitting capsules 300 and 400 are composed of cases 301 and 401 and caps 302 and 402 which are screwed together to have airtightness and watertightness by rubber rings 306 and 406. The light emitting diode 303, the magnetic switch 304, and the battery 305 are installed inside the light emitting diode 303, and the light emitting diode 403 and the magnetic switch lighting up in the fishery sensing state are provided inside the light emitting capsule 400. 404 and the battery 405, the fishing bobbin for fishing sense, characterized in that the internal.