JP2017528168A - Luminous float for fishing - Google Patents

Abstract

The fishing light emitting float disclosed includes a case member, a magnet mounting member, an internal fixing member provided with a hall sensor, and a light emitting board member, and is based on a change value of a magnetic field sensed by the hall sensor. The light emission state of the light-emitting lamp is variable, and the on / off of the light-emitting lamp can be easily adjusted to prevent unnecessary battery waste. On / off, color change, brightness change, etc. There is an advantage that the light emission state of the lamp is easily variable. [Selection] Figure 1

Description

The present invention relates to a light emitting float for fishing.

Luminous floats for fishing can be used to check the water entry position of such fishing lines under poor visibility such as at night, while acting as a float when hung on a fishing line and floating on the surface of the water. Is.

Examples of conventional light emitting floats for fishing include Republic of Korea Patent No. 10-2004-0038935 (publication date: May 08, 2004, title of invention: light emission float for fishing), Republic of Korea Patent No. 10 -2005-0083502 (Publication date: Aug. 26, 2005, title of invention: light-emitting float).

However, according to the conventional fishing light-emitting float, in most cases, even when the battery is attached, it is not possible to easily adjust the on / off state. Even if it is attempted to change the light emission state of the light-emitting lamp in accordance with the user's preference, surrounding conditions, etc., there is a drawback that it is difficult to change the light emission state.

Republic of Korea Patent No. 10-2004-0038935 (Release Date: May 08, 2004, Name of Invention: Luminous float for fishing) Republic of Korea Patent No. 10-2005-0083502 (Release Date: Aug. 26, 2005, Title of Invention: Light Emitting)

An object of the present invention is to provide a fishing light-emitting float that prevents unnecessary battery waste and that can easily change the light-emitting state of the light-emitting lamp.

The fishing light-emitting float according to one aspect of the present invention includes a case member, a magnet attachment member disposed in the case member, to which a magnet is attached, and the magnet attachment member disposed in the case member and attached to the magnet attachment member. An internal fixing member provided with a Hall sensor that senses a change in a magnetic field by a magnet, and a light-emitting substrate member provided with a light-emitting lamp, while the magnet mounting member rotates relative to the internal fixing member The position of the magnet and the Hall sensor is variable, and the change value of the magnetic field associated therewith is detected by the Hall sensor, and the light emission state of the light-emitting lamp is variable based on the change value of the magnetic field detected by the Hall sensor. It is characterized by being.

According to the light emitting float for fishing according to one aspect of the present invention, the light emitting float for fishing includes a case member, a magnet mounting member, an internal fixing member, and a light emitting board member, so that the magnet mounting member is relative to the internal fixing member. The position of the magnet and the Hall sensor is variable while rotating, and the change value of the magnetic field is detected by the Hall sensor, and the light emission state of the light emitting lamp is variable based on the change value of the magnetic field detected by the Hall sensor. Therefore, on / off of the lamp can be easily adjusted to prevent unnecessary battery waste, and the lighting state of the lamp can be easily changed such as on / off, color change, brightness change, etc. effective.

It is sectional drawing which looked at the light emission float for fishing by the 1st Embodiment of this invention from the front. It is a bottom view of the internal fixing member by the 1st Embodiment of this invention. It is a top view of the magnet attachment member by the 1st Embodiment of this invention. It is sectional drawing which shows the structure of the contact detection member by the 1st Embodiment of this invention. It is sectional drawing which looked at the light emission float for fishing by the 2nd Embodiment of this invention from the front. It is sectional drawing which looked at the light emission float for fishing by the 3rd Embodiment of this invention from the front. It is a perspective view which shows the mode that the battery fixing member which comprises the light emitting float for fishing by the 3rd Embodiment of this invention was decomposed | disassembled. It is a perspective view which shows a mode that the battery fixing member which comprises the light emission float for fishing by the 3rd Embodiment of this invention was combined.

Hereinafter, a fishing light-emitting float according to an embodiment of the present invention will be described with reference to the accompanying drawings.
FIG. 1 is a cross-sectional view of a fishing light-emitting float according to the first embodiment of the present invention as viewed from the front, and FIG. 2 is a bottom view of the internal fixing member according to the first embodiment of the present invention. 3 is a plan view of the magnet mounting member according to the first embodiment of the present invention, and FIG. 4 is a cross-sectional view showing the configuration of the contact sensing member according to the first embodiment of the present invention.

1 to 4, the fishing light emitting float 100 according to the embodiment of the present invention includes a case member 110, a magnet mounting member 120, an internal fixing member 140, and a light emitting substrate member 160.

A through hole 101 is vertically penetrated in the center of the fishing light emitting float 100, and a fishing line is passed through the through hole 101.

The case member 110 includes a lower case 111 to which the magnet attachment member 120 is connected, and an upper case 113 to which the internal fixing member 140 is connected.
The lower case 111 and the upper case 113 are each formed in a hemispherical shape, and the lower case 111 and the upper case 113 are combined to form a vertically long sphere. The upper case 113 is preferably made of a material such as translucent plastic that can float in water but can expose light to the outside.

The case member 110 includes a through hole forming column 114 that protrudes from the center of the inner surface of the upper case 113 to the upper portion of the lower case 111 to form the through hole 101, and the center of the inner surface of the lower case 111. And a column 112 that protrudes a predetermined length from and is supported while being rotatably inserted into the lower portion of the through-hole forming column 114.

An O-ring 106 for sealing is disposed between the through-hole forming column 114 and the column 112.

A meshable thread 115 is formed on a surface where the upper case 113 and the lower case 111 are connected, and the upper case 113 and the lower case 111 can be relatively rotated without being separated from each other. Thus, an O-ring 116 for sealing is disposed at a place where the screw thread 115 is formed.

The magnet mounting member 120 is disposed in the case member 110, specifically, the lower case 111, and a magnet 130, which is a permanent magnet, is disposed.

In detail, the magnet mounting member 120 is formed in a disc shape, the outer peripheral surface thereof abuts on the inner surface of the lower case 111, and the magnet mounting body 121 on which an internal projecting column 142 (described later) abuts on the body, A plurality of magnet mounting groove forming portions 122 that project a plurality of predetermined lengths from the lower end of the magnet mounting body 121 to form the magnet mounting grooves so that the magnets 130 can be mounted.

A central portion of the magnet mounting member 120 has a penetrating shape so that the through-hole-forming column 114 is rotatably passed therethrough, and a cylindrical magnet mounting from around the through-hole in the central portion of the magnet mounting member 120 The member-side column 123 protrudes.

The column 123 on the magnet mounting member side protrudes so as to surround the outer peripheral surface of the column 112 so that the magnet mounting member 120 is fixed in the lower case 111.

The internal fixing member 140 is disposed in the case member 110, specifically, the upper case 113, and a hall sensor that senses a change in the magnetic field due to the magnet 130 attached to the magnet attachment member 120. 150 is provided.

In detail, the inner fixing member 140 is eccentric by a predetermined distance from the inner fixing body 141 having a disc shape so that the light emitting substrate member 160 can be placed on the upper end thereof, and the central portion of the inner fixing body 141. An inner projecting column 142 that projects toward the magnet mounting member 120 and contacts the magnet mounting member 120, and the internal fixed body 141 is formed so that the battery 102 is fixed to the internal fixed body 141. A battery fixing member 143.

The internal fixed body 141 is fixed to the upper case 113.
The hall sensor 150 is fitted in the lower part of the internal protruding column 142.
In addition, a hit detection sensor 155 that can detect a hit (the movement of the fish eating on the bait is transmitted through a float, a string, and a kite) is fitted to the internal protruding column 142.

The hit detection sensor 155 may be provided with a buffer spring 157 on the bottom surface of the sensor case 156, a spherical detection moving weight 158 is disposed on the buffer spring 157, and an inner surface of the sensor case 156 is arranged. A capacitance sensing unit 159 is provided on the upper side. Then, when the movement that the fish ate in the bait is transmitted through the floats, the thread and the rod, the fishing light emitting float 100 is instantaneously lowered, whereby the sensing moving weight 158 is lifted in the sensor case 156 By touching the capacitance sensing unit 159, the hit detection sensor 155 can detect the hit.

The configuration of the hit detection sensor 155 described above is merely an example, and it goes without saying that various other types of sensors capable of detecting the hit can be applied.

For example, in the embodiment of the present invention, a disk-shaped battery 102 such as a mercury battery is provided, and such a battery 102 is provided on the battery fixing member 143. The battery fixing member 143 is provided with an electrode 103 to be connected to the battery 102, and the electrode 103 is in electrical communication with the light emitting substrate member 160.

The light emitting substrate member 160 is provided with a light emitting lamp 161 such as a light emitting diode (LED), and various circuits for light emission of the light emitting lamp 161 are formed on the upper end of the internal fixing body 141. It is to be placed.

The hall sensor 150 and the light emitting substrate member 160 are connected to exchange signals with each other, and are connected to the battery 102 to receive electricity.

With this configuration, the position of the magnet 130 and the Hall sensor 150 is variable while the magnet mounting member 120 rotates relative to the internal fixing member 140, and the change value of the magnetic field associated therewith is the Hall value. The light emission state of the light emitting lamp 161 is variable based on the change value of the magnetic field sensed by the sensor 150 and sensed by the Hall sensor 150.

Based on the change value of the magnetic field sensed by the Hall sensor 150, at least one of on / off of the light-emitting lamp 161, change of color, and change of brightness is variable.

By forming the screw thread 115, the lower case 111 and the upper case 113 are connected to each other so as to be rotatable relative to each other, and any one of the lower case 111 and the upper case 113 is caused by an external force. When one of them rotates, the positions of the magnet 130 and the hall sensor 150 are variable.

In an embodiment of the present invention, a ring-shaped weight 105 is passed through the internal projecting column 142, or other magnet mounting grooves except for the magnet mounting groove provided among the plurality of the magnet mounting grooves. By inserting a weight into the fishing light, the buoyancy of the fishing light emitting float 100 is variable.

Hereinafter, the operation of the fishing light emitting float 100 will be briefly described.
In the state where the upper case 113 and the lower case 111 are combined so that the screw threads 115 are engaged with the battery 102 being provided on the inner fixing member 140, the upper case 113 and the lower case are externally applied by a user. When any one of 111 rotates, the distance between the hall sensor 150 and the magnet 130 is variable, whereby the magnetic field value sensed by the hall sensor 150 is variable.
Based on the change value of the magnetic field sensed by the Hall sensor 150, the light emission state of the light emitting lamp 161 in the light emitting substrate member 160 is variable.

For example, when the Hall sensor 150 detects a change in the magnetic field, the light-emitting lamp 161 is turned on in a single stage. When the Hall sensor 150 detects the change in the magnetic field again, the light-emitting lamp 161 is turned off. When the Hall sensor 150 detects a change in the magnetic field again, the light-emitting lamp 161 is turned on in a two-stage state. When the Hall sensor 150 detects the change in the magnetic field again, the light-emitting lamp 161 is turned on. Turn off again. Each time the change of the magnetic field sensed by the Hall sensor 150 is repeated, the light emitting lamp 161 is turned on after being turned on in different stages.

Here, each stage where the light-emitting lamp 161 is turned on is set in advance on the light-emitting substrate member 160, and one stage emits light red, two stages emits dark red, and three stages. Can be variously set such that light is emitted in light green, light is emitted in dark green in 4 steps, light is emitted in light blue in 5 steps, and light is emitted in dark blue in 6 steps.

Of course, such a state change is merely an example, and various light emission state variables can be set based on the change value of the magnetic field.

With this configuration, the user only needs to rotate one of the lower case 111 and the upper case 113, and the light emitting lamp 161 is automatically turned on / off along with such rotation. Of course, every time it is turned on, it can emit light in another state.

As described above, the fishing light emitting float 100 includes the case member 110, the magnet mounting member 120, the internal fixing member 140, and the light emitting board member 160, so that the magnet mounting member 120 is relatively disposed with respect to the internal fixing member 140. While rotating, the positions of the magnet 130 and the hall sensor 150 are variable, and the change value of the magnetic field associated therewith is detected by the hall sensor 150. Based on the change value of the magnetic field sensed by the hall sensor 150, the light emission state of the light-emitting lamp 161 Since the ON / OFF of the light-emitting lamp 161 is easily adjusted, unnecessary use of the battery 102 is prevented, and the light-emitting state of the light-emitting lamp 161 such as ON / OFF, color change, and brightness change is prevented. Is easily variable.

Hereinafter, a light emitting float for fishing according to another embodiment of the present invention will be described with reference to the accompanying drawings. In carrying out such an explanation, the explanation overlapping with the contents already described in the first embodiment of the present invention described above will be omitted.

FIG. 5 is a cross-sectional view of a fishing light-emitting float according to the second embodiment of the present invention as viewed from the front.
Referring to FIG. 5, in the embodiment of the present invention, the magnet mounting groove forming portion 219 and the like from the lower case 211 is exposed so that the magnet 230 is exposed to the outside while the lower case 211 is connected to the upper case 213. Are separately removed by the lid 217.

The lid 217 is detachably connected to the lower case 211, and has the magnet mounting groove forming portion 219 protruding in a direction facing the lower case 211. The lower case 211 and the upper case While not affecting the waterproof structure with respect to the inside of 213, if the lid 217 is rotated, the magnet 230 fitted in the magnet mounting groove forming portion 219 can be easily rotated, and the lid 217 can be removed. Then, the magnet 230 and the weight fitted into the magnet attachment groove forming portion 219 are easily attached and detached.

FIG. 6 is a cross-sectional view of a fishing light-emitting float according to the third embodiment of the present invention when viewed from the front, and FIG. 7 is a battery fixing member constituting the fishing light-emitting float according to the third embodiment of the present invention. FIG. 8 is a perspective view showing a state in which battery fixing members constituting a light emitting float for fishing according to a third embodiment of the present invention are combined.

Referring to FIGS. 6 to 8, in the fishing light emitting float 300 according to the embodiment of the present invention, the upper case 310 and the lower case 320 are each formed to have a predetermined length.
The upper case 310 has a case body 311 that is formed in a cylindrical shape with a predetermined length and a hollow interior, and protrudes longer from the outer central part of the case body 311 upward by a predetermined length. And a light discharge column 312 that discharges internal light to the outside.

An O-ring 314 for sealing and a screw thread 313 for combining with the lower case 320 are formed at the lower part of the upper case 310.

A light emitting substrate member 360 is fitted in the upper case 310, and a light emitting lamp 361 is provided at the upper central portion of the light emitting substrate member 360. The light emitting lamp 361 is disposed at the entrance of the light discharge column 312, and the light emitted from the light emitting lamp 361 is discharged outside through the light discharge column 312.

Reference numeral 370 denotes a battery fixing member that is provided inside the upper case 310 and fixes the long battery 302.

In detail, the battery fixing member 370 includes a battery fixing body 371 provided at a lower portion of the upper case 310, and one of the electrodes of the battery 302, for example, an anode and the light emitting board member connected to the battery fixing body 371. 360 and a second electrode connector that is connected to the battery fixing member 371 and connects the other electrode of the battery 302, for example, a cathode and the light emitting substrate member 360. 380.

The battery fixing body 371 is fitted to the lower part of the upper case 310 and has a battery fixing body 372 having a hollow cylinder shape, a fixing part 374 filled in a central portion inside the battery fixing body 372, and A fixing part through hole 373 that is formed through the fixing part 374 and through which the battery body of the battery 302 passes, and a board insertion that is formed at the upper end of the battery fixing body 372 and that the lower end of the light emitting board member 360 is inserted and connected. A groove 375.

The first electrode coupling body 376 includes a first lower electrode body 377 in which a battery body, which is an anode portion of the battery 302, is inserted so as to be energized, and a first electrode connected to the light emitting substrate member 360 so as to be energized. An upper electrode body 379, a first connecting body 378 that connects the first lower electrode body 377 and the first upper electrode body 379, and is entirely made of a metal that can be energized such as copper.

The second electrode connection body 380 is connected to the light emitting substrate member 360 and the second lower electrode body 381 in which a protrusion on the upper part of the battery, which is the cathode portion of the battery 302, is inserted. A second upper electrode body 383, a second connecting body 382 that connects the second lower electrode body 381 and the second upper electrode body 383, and a metal capable of conducting electricity such as copper as a whole. Consists of.

The first lower electrode body 377 and the second lower electrode body 381 are respectively formed so as to have a C-shaped cross section in which a part of the first lower electrode body 377 and the second lower electrode body 381 are opened, so that the battery parts that are engaged with each other are inserted. After the C-shaped open part is slightly expanded, the battery parts engaged with each other by the tension of the first lower electrode body 377 and the second lower electrode body 381 are tightly held without gaps. Accordingly, poor contact with the battery portions respectively engaged with the first lower electrode body 377 and the second lower electrode body 381 can be prevented.

The cathode of the battery 302 fitted to the battery fixing body 371 is connected to the first electrode connecting body 376, and the anode of the battery 302 is connected to the second electrode connecting body 380. A battery 302 is electrically connected to the light emitting substrate member 360.

A reference numeral 350 is provided at a location deviated from the upper central portion of the light emitting substrate member 360 inside the upper case 310 to change the magnetic field by the magnet 330 provided on the outer upper rotating member 340 described later. It is a hall sensor that senses it.

Reference numeral 390 denotes a hit detection sensor that is fitted inside the light discharge column 312 and can detect the hit. The hit detection sensor 390 is a sensor that detects a hit using a method of detecting a change in capacitance when touching water while directly touching water when the light discharge column 312 is lowered due to hitting of fish. It is.

An external upper rotating member 340 is rotatably provided on the light discharge column 312. A plurality of holes 341 are formed in the bottom surface of the outer upper rotating member 340, and a magnet 330 is provided in at least one of them to react with the Hall sensor 350. Of course, a weight for adjusting the buoyancy is fitted into a part of the hole 341.

The lower case 320 has a case body 321 that is formed in a cylindrical shape with a predetermined length and a hollow interior. The lower case 320 protrudes longer from the center of the case body 321 toward the upper side by a predetermined length. And a protruding column 322.

A screw thread 323 that can be engaged with the screw thread 313 of the upper case 310 is formed on the upper part of the lower case 320, so that the upper case 310 and the lower case 320 are connected to each other.

An external lower rotation member 345 is rotatably provided on the protruding column 322 that is outside the lower case 320. A plurality of holes are formed in the upper surface of the external lower rotation member 345, and a weight 305 for adjusting buoyancy is fitted into at least one of these holes.

As described above, since the weight 305 can be fitted not only to the outer lower rotating member 345 but also to the outer upper rotating member 340, the buoyancy can be finely adjusted.

The position of the magnet 330 and the hall sensor 350 is variable while the external upper rotating member 340 rotates relative to the upper case 310 by an external force of a user, and the change value of the magnetic field associated therewith is the hall sensor 350. The light emission state of the light emitting lamp 361 is variable based on the change value of the magnetic field sensed by the Hall sensor 350.

While the present invention has been illustrated and described with reference to specific embodiments, those skilled in the art will appreciate that the invention is within the spirit and scope of the invention as defined by the following claims. It should be understood that the present invention can be modified and changed in various ways. However, it goes without saying that these modifications and variations are all included within the scope of the present invention.

According to the light emitting float for fishing according to one aspect of the present invention, it is possible to prevent unnecessary battery waste and to easily change the light emission state of the light emitting lamp, so that the industrial applicability is high. .

Claims (9)

A case member;
A magnet mounting member disposed in the case member and to which a magnet is mounted;
An internal fixing member provided in the case member and provided with a Hall sensor that senses a change in the magnetic field by the magnet attached to the magnet attachment member;
A light emitting substrate member provided with a light emitting lamp;
With
While the magnet mounting member rotates relative to the internal fixing member, the positions of the magnet and the Hall sensor are variable, and the change value of the magnetic field accompanying this is detected by the Hall sensor, and the Hall sensor The light emission state of the light-emitting lamp is variable based on the detected change value of the magnetic field,
The case member includes a lower case to which the magnet mounting member is connected, and an upper case to which the inner fixing member is connected, and the lower case and the upper case are rotatably connected to each other by an external force. By rotating one of the lower case and the upper case, the position of the magnet and the hall sensor is variable,
The internal fixing member includes an internal fixing body on which the substrate member can be placed, an internal protrusion that protrudes from the internal fixing body toward the magnet mounting member, contacts the magnet mounting member, and the hall sensor is fitted therein. A protruding column; and a battery fixing member formed on the internal fixing body so that the battery is fixed to the internal fixing body.
The magnet attachment member includes a magnet attachment body that abuts on the internal protruding column, and a plurality of magnet attachment groove forming portions that form magnet attachment grooves so that the magnet can be attached to a lower end of the magnet attachment body. Luminous float for fishing characterized by that. A ring-shaped weight is passed through the internal projecting pillar, or a weight is inserted into another magnet mounting groove except for a plurality of the magnet mounting grooves to which the magnet is mounted. The fishing light-emitting float according to claim 1, wherein the buoyancy of the light-emitting float is variable. The portion below the magnet mounting groove forming part can be separately removed from the lower case so that the magnet is exposed to the outside in a state where the lower case is connected to the upper case. Item 1. A light-emitting float for fishing according to item 1. The fishing light-emitting float according to claim 1, wherein the fishing light-emitting float includes a hit detection sensor capable of detecting a hit. In the hit detection sensor, a buffering spring is disposed on the bottom surface of the sensor case, a spherical sensing moving weight is disposed on the buffering spring, and a capacitance sensing unit is provided above the inner surface of the sensor case. The light emitting float for fishing according to claim 4, wherein the light emitting float for fishing is provided. The hit detection sensor detects a hit using a method of detecting a change in capacitance when touching a net while directly touching water when the case member descends due to a fish pulling hit. The light emitting float for fishing according to claim 4. The at least one of on / off, color change, and brightness change of the light emitting lamp is variable based on a change value of the magnetic field sensed by the Hall sensor. Luminous float for fishing as described. An upper case,
An external upper rotating member that is rotatably provided outside the upper case and into which a magnet is fitted;
A hall sensor that is disposed in the upper case and senses a change in magnetic field by the magnet attached to the outer upper rotating member;
A light emitting substrate member disposed in the upper case and provided with a light emitting lamp;
A lower case connected to the upper case;
An external lower rotation member that is rotatably provided outside the lower case and can be fitted with a weight for varying buoyancy,
While the external upper rotating member rotates relative to the upper case, the positions of the magnet and the hall sensor are variable, and a change value of the magnetic field associated therewith is detected by the hall sensor, A fishing light emitting float, wherein a light emission state of the light emitting lamp is variable based on a detected change value of a magnetic field. The fishing luminous float is
A battery fixing member provided in the upper case for fixing the battery;
The battery fixing member is
A battery fixing body provided at a lower portion of the upper case;
A first electrode coupling body coupled to the battery fixing body to couple one electrode of the battery and the light emitting substrate member;
A second electrode coupling body coupled to the battery fixing body and coupling the other electrode of the battery and the light emitting substrate member;
The battery fixture is
A battery fixing body that is fitted to the lower part of the upper case and has an inner cylindrical shape,
A fixing portion filled in a central portion inside the battery fixing body;
A fixing part through hole formed through the fixing part; and
A board insertion groove formed at the upper end of the battery fixing body and into which the lower end of the light emitting board member is fitted and connected,
The first electrode assembly is:
A first lower electrode body into which a battery body which is an anode part of the battery is inserted so as to be energized;
A first upper electrode body electrically connected to the light emitting substrate member;
A first coupling body that couples the first lower electrode body and the first upper electrode body,
The second electrode assembly is:
A second lower electrode body into which a projecting body on the upper part of the battery, which is a cathode part of the battery, is inserted so as to be energized;
A second upper electrode body connected to the light emitting substrate member in a freely energized manner;
The fishing light-emitting float according to claim 8, further comprising: a second coupling body that couples the second lower electrode body and the second upper electrode body.