KR20100005604U - Magnetic fishing rod glow, lights out. - Google Patents

Abstract

The present invention relates to a cradle equipped with a light emitting portion to facilitate identification of the cradle cradle when fishing at night.

Conventional light emitting fixture has a structure for emitting light,

1. External switch contact type, 2. Optical sensor method, 3. Proximity sensor method 4. Magnet method was used,

1. In case of external switch contact type, foreign matter and water penetrate to the outside and malfunction of contact occurs.

2. The light sensor and proximity sensor method reduce the reliability caused by foreign matter attached to the sensor when fishing.

3, The method using the magnet has a low-reliability with a lever using a lever to open and close the contact point, the production cost is high by using a PCB board. There were problems without this.

The present invention is a magnetic light emitting lamp fixture which solves the above-mentioned problems, and exhibits a perfect waterproof effect, high reliability with direct acting, and eliminates PCB boards in manufacturing, making it easy and practical. It is related with this outstanding magnet fishing rod light-emitting lamp holder.

Switch operation means, light emitting off means, sealing means-1, sealing means-2

Description

Magnetic fishing rod glow, lights out hanger. {Omitted}

The present invention relates to a fishing rod light emitting crater equipped with a light emitting unit for easy identification of the position of the fishing rod holder when fishing at night. It has a perfect waterproof effect and is free from failures. The present invention relates to a magnetic light emitting and extinguishing lamp which is easy to manufacture and has excellent practicality.

In general, the cradle of the fishing rod support is used to support the portion close to the end of the fishing rod, to extend away from the ground, and to maintain a predetermined height from the water surface.

These cradles can be visually identified during the day, there is no problem in fishing, but at night it was not possible to visually identify the cradle due to the darkness, so it was emerging as an inconvenience to mount the fishing rod on the cradle. Thus, the light emitting bracket is designed and used to facilitate the location identification of the holder even at night.

The luminescent base in such a sentence is

1. External switch contact type, 2. Method using optical sensor, 3. Method using proximity sensor, 4. Method using magnet,

1. In case of external switch contact type, foreign matter and water penetrate into the outside, causing malfunction of the contact,

2. The light sensor and proximity sensor method reduce reliability due to foreign matter attached to the sensor when fishing.

3. The method of using magnets is of low frequency, low reliability, high production cost using P.C.B substrate, and there is no practical use because there is no light off means during the day.

Literature Information of the Prior Art

(Document 1) A01K 97/10 Registration No. 20-0278604

(Document 2) A01K 97/10 Registration No. 20-0304880

(Document 3) A01K 97/10 Publication No. 2000-0034332

To improve the problems of the sentence as described above,

1. Fully waterproof structure inside the light emitting circuit.

2. Highly reliable structure with direct light structure.

3. Highly practical construction.

4 Easy to switch off the light during the day when no light emission,

The purpose of the object is to provide a magnet fishing rod light-emitting lamp holder.

The present invention relates to a magnetic fishing rod light-emitting lamp holder (1) capable of identifying the position of the cradle by emitting light at night, the upper portion is provided with a V-shaped holder (2), the lower end, the switch A cradle 5 provided with an operation storage chamber 3 and a light-emitting lamp circuit storage chamber 4;

Switch operation means (6) embedded in the switch operation storage chamber (3) of the cradle (5);

Light emitting extinguishing means (7) embedded in the light emitting extinguishing circuit storing chamber (4) of the holder (5);

Sealing means-1 (8) for sealing the opening of the switch operation storage chamber (3); And

Sealing means-2 (9) for sealing an opening of the light-emitting lamp circuit chamber (4); Characterized in that it comprises a.

Magnetic fishing rod light emitting lamp of the present invention, light-off holder (1)

1. No foreign matter and water penetrate into the light emitting circuit, so there is no breakdown,

2. Direct acting structure with high reliability

3 The structure is simple, and the effect is excellent in practicality in production.

Hereinafter, the characteristics of the components and its operation will be described in detail through a preferred embodiment of the magnet-shaped fishing rod light-emitting lamp holder 1 according to the present invention.

1 of the accompanying drawings is a perspective view of a magnet-type fishing rod light-emitting lamp holder 1 according to an embodiment of the present invention,

3 is a cradle (5) of the magnet-shaped fishing rod light-emitting lamp holder (1) according to an embodiment of the present invention, Figure 18 is a magnet-type fishing rod light emitting lamp holder (1) according to an embodiment of the present invention Is an internal projection perspective.

The cradle 5 is equipped with a fishing rod, the upper portion is provided with a V-shaped mounting portion (2), the lower end of the switch operation storage chamber 3 and the light-emitting lamp circuit chamber (4) ) Is provided, the switch operating means 6 and the light emitting extinguishing means 7 are inserted and embedded, respectively.

The switch operation storage chamber 3 includes an inner diameter -1 (10) having a predetermined diameter and depth, an inner diameter (12) with a spline inner groove (12) having a spline (SPLiNE) key groove (11), and an inner diameter -2 (13) having a predetermined diameter and depth. ) Is formed on the same hole line.

The diameter of the inner diameter-1 (10) is equal to or smaller than the small diameter 14 of the spline inner diameter 12, and the diameter of the inner diameter-2 (13) is equal to or larger than the large diameter 15 of the spline inner diameter 12. Is formed.

As described above, the depth of the spline keyway 11 is shown in Figures 6, 14 and 15, the full depth keyway 16 and the half-depth keyway 17 are sequentially formed. The end of the key groove 11 is continuously formed with a ratchet tooth (RACHET®) 19 on which the inclined surface-1 18 is formed circumferentially. The number of the spline key grooves 11 is preferably formed by double the number of the button-2 (26) to be described later, the operation example according to the embodiment of the present invention is the number of spline key grooves 11 to 6, button- 2 (26) is shown and described in three.

The opening of the switch operation storage chamber 3 includes two small female threaded holes 21 and two DWELL-PiN holes 22 so that the sealing means-1 (8) to be described later can be sealed. It is provided.

As described above and described with reference to Fig. 4, the light emitting off and circuit accommodating chamber 4 connects the tangents while the half arc having a small radius of curvature and the half arc having a large radius of curvature are positioned at a predetermined distance. In one shape, a closed concave accommodating space is formed at an upper end thereof, and a semicircular arc having a small radius of curvature is formed close to the switch operation storage chamber 3, and an opening portion is sealed by a sealing means-2 (9) described later. One small female threaded hole 23 and two dwell pin holes 24 are provided for fixing. The switch operation means 6 is composed of a button-1 (25), a button-2 (26), a cylindrical magnet 27, and an elastic member 28, the upper end of the button-1 (25) And a cylinder 29 having a diameter and a predetermined length inserted and inserted into the inner diameter-1 (10) of the switch operation storage chamber 3, and the spline shaft 30 having the spline key 31 is provided in the middle portion thereof. It is formed in a length, the pressing hole 33 is formed in the surface of the key 31, the cylindrical magnet 27 is pressed, and the lower end is integrally formed with a projection groove 34 with a cutout groove 35 and the projection jaw 36 It is formed.

The number of spline keys 31 is equal to the number of spline key grooves 11 of the switch operation storage chamber 3, and the outer diameter of the spline shaft 30 is half the depth of the spline inner diameter 12 of the switch operation storage chamber 3. The outer diameter is inserted into the key groove 17 is perturbed, the outer diameter of the bone is formed to be the same as the diameter of the cylinder 29 of the upper end, each end 32 of each spline key 31 is formed with asymmetric acute angle (銳角) have. 7 and 11 illustrate and describe the button-1 25 described above.

The button-2 (26) has a rectangular key 37 is formed radially at equal intervals, the size of which is inserted into the full depth key groove 16 of the spline inner diameter 12 of the switch operation storage chamber 3, 8, 9, and 11, one surface of which has the same inclination angle as that of the inclined surface-1 (18) of the ratchet tooth 19, as described in FIGS. 38 is formed, and the through hole 39 for insertion is formed in the center.

As described above, the number of the quadrilateral keys 37 is preferably formed by half of the number of spline keyways 11 of the switch operation storage chamber 3, and in one embodiment according to the present invention, The number of spline key grooves 11 is six, and the number of square keys 37 is three, but the action and effect are the same even if eight, four, four and two are set.

The cylindrical magnet 27 is a rigid body having a predetermined diameter and length and has a predetermined amount of magnetic force.

Combining the above components, assembling the switch operating means (6) is as follows.

First, the inclined plane-2 (38) of the button-2 (26) and the acute angle of the end 32 of the spline key 31 of the button-1 (25) face each other, and the button-2 (26) is replaced by the button-1 (25). When press-fitting into the protruding shaft 34, the outer diameter of the protruding shaft 34 is reduced by the cutting groove 35 of the protruding shaft 34, and the button-2 26 is inserted into the protruding shaft 34. The protrusion jaw 36 is freely rotatable without being separated from the protruding shaft 34.

When the circular magnet 27 is pushed into the snow-receiving hole 33 and the pushed magnet 27 is inserted into the switch operation storage chamber 3 closest to the light-emitting turn-off circuit storage chamber 4, the button- 1 (25) is inserted into the inner diameter-1 (10) and the spline inner diameter (12), button-2 (26) is also inserted into the spline inner diameter (12), the elastic member 28 to be described later is the button-2 at the bottom When pushing (26), the upper end of the button-1 (25) protrudes in the center of the V-shaped holder 2 of the light emitting lamp holder 1 of the present invention, but does not fall upward.

The protrusion of the upper end is protruded when the rectangular key 37 of the button-2 26 is rotated and positioned to the full depth keyway 16 of the spline inner diameter 12, and rotates to the half depth keyway 17, Since the rectangular key 37 cannot be inserted into the half-depth key groove 17 when it is positioned, the inclined surface-2 38 of the rectangular key 37 contacts the inclined surface-1 (18) of the ratchet tooth 19, It is seated so that the upper end of Button-1 (25) does not protrude. FIG. 14 illustrates the position of Button-2 26 when protruding, and FIG. 15 illustrates the position when protruding.

The elastic member 28 is a button-1 (25), and the button-2 (26) to the elasticity upwards, TA-type coil spring is a button-2 (26) and sealing means-1 It is located between (8).

The light emitting extinguishing means 7 is as follows. The lead switch 40 and the lead light-emitting body 41 are formed by a kit (KIT) by the support 42, and the connection is wired in series connection. 12 and 19 illustrate and describe the series connection state.

The reed switch 40 is a small switch for supplying and blocking direct current electricity to the lead light emitting body 41 to turn off the light. The two contacts 43 and 43 'are sealed with an inert gas in a glass tube at predetermined intervals. When the magnetic force is applied to the terminal lines 44 and 44 ', the contacts 43 and 43' are closed by the magnetic force (torted state), and when the magnetic force is extinguished, In one kind, since the opening and closing operation is performed in a sealed state with an inert gas in the glass tube, there is no influence of foreign matter, and the lifespan of the contacts 43 and 43 'is semipermanent. 10 schematically illustrates and describes the structure of the reed switch 40. As shown in FIG.

The lead light emitter 41 is a small light emitter that emits light when a direct current flows. The lead light emitter 41 emits light only when a flow of electricity flows in a specific direction.

The support 42 is a kit of the reed switch 40, the lead light-emitting body 41, the DC battery 45, the semicircle having a small radius of curvature and the semicircle having a large radius of curvature are a predetermined distance. It is located and connected to the tangent, the upper portion is formed with a semi-circular projection 46, the reed switch 40 insertion hole 47 is provided in the center, both ends are cut off on the back And a battery insertion chamber 51 in which the cut surface 48, the cut groove-1 49, and the cut groove-2 50 are formed, and at one side thereof, the lead light emitter 41 inserting hole 52 is provided. The terminal line connecting groove 53 is formed.

When the above-described components are kitted, the light emitting unit 7 is constituted as follows.

The reed switch 40 is inserted into the reed switch 40 insertion hole 47 of the above-described support tool 42, and the reed light emitter 41 is inserted into the reed light emitting body 41 insertion hole 52, thereby providing a reed switch ( One line of the two terminal lines 44, 44 'of 40 and one line of the two terminal lines 20, 20' of the lead light emitting body 41 cross each other through the terminal line connecting groove 53. Contact connection, the remaining terminal line of the reed switch 40 is routed to the upper end of the inner surface of the battery insertion chamber 51 through the cutting groove-1 (49) described above, the remaining terminal line of the lead light emitting body 41 is cut It protrudes into the inner side wall of the battery insertion chamber 51 through the groove-2 (50). When the DC battery 45 is inserted into the battery insertion chamber 51, it becomes a kit and the light emitting extinguishing means 7 is completed.

FIG. 12 is a diagram showing the construction of the light emitting extinguishing means 7,

18 and 19 show the state in which the light emitting extinguishing means 7 is housed in the light emitting extinguishing circuit storage chamber 4.

The sealing means-1 (8) is a plate having a predetermined thickness for sealing the opening of the switch operation storage chamber (3), the concave-shaped seating groove (18) on which one side is mounted an elastic member (28). 54), two dwell pins (DWELL-PiN) 55 for fixing the position at the time of assembly, two through-holes 56 for fastening and fastening to the opening, and sealing means-2 (9) at one end. Kaba-1 (58) having a concave coupling portion (57) for coupling the cover-2 (68) and the concave-convex of the < RTI ID = 0.0 >), < / RTI > After being located at the bottom, the opening is closed with the Caba-1 (58), then screwed and fixed with a small bolt (59) to complete.

The sealing means-2 (9) is a plate having a predetermined thickness for sealing the opening of the light-emitting and unlit-circuit storage chamber 4, and has a semicircular arc having a small radius of curvature and a radius of curvature on one surface thereof. A large semicircular arc is positioned at a predetermined distance, and forms a closed portion 60, which is rounded in a shape connecting the tangential line, and is provided with a semicircular arc concave groove 61 in the front circumference thereof, and fixes the battery 45. The back 62 connected with the groove 62, the pressure piece-1 63 which presses the side surface of the battery insertion chamber 51 of the support 42, and the terminal 42 in cross-contact contact with the support 42. A pressure piece-2 (64) for pressing the pressure and two dwell pins (65) for fixing the position at the time of assembly,

Caba-2 (68) having one through-hole 66 for fastening and fastening to the opening portion, and an iron coupling portion 67 for unevenly coupling the concave coupling portion 57 of the Kava-1 58 with one end thereof. )on,

After inserting the waterproof rubber ring 69 having a predetermined diameter in a circular shape into the concave groove 61 of the Caba-2 68, sealing the opening of the light emitting circuit storage chamber 4, the small bolt 70 As a result, they are combined and fixed. When the opening is sealed as described above, the entire circumference of the light emitting circuit storage chamber 4 is formed by contact with the waterproof rubber ring 69 inserted into the concave groove 61 of the sealing part 60, or As foreign matter is prevented from entering, it will have a complete sealing effect. FIG. 13 shows a block diagram of the above-mentioned sealing means-1 (8), and FIG. 17 shows a block diagram of the above-mentioned sealing means-2 (9), and FIG. 18 shows the above sealing means-1 (8). And the sealing means-2 (9) are combined and shown to illustrate the sealed state.

Looking at the effect of the magnetic fishing rod light-emitting bracket 1 according to an embodiment of the present invention configured as described above are as follows.

As shown in FIGS. 1 and 2 and 18, the button-1 (25) and the button-2 (26) are lifted by the elastic force of the elastic member 28, and the button-1 (25) is shown. The upper end of the cylindrical hole (27) protrudes in the center of the v-shaped mounting portion (2) of the holder (5) is pressed on the spline shaft (30) of the button-1 (25) light emitting lamp circuit chamber 4 Close to the reed switch 40 of the light emitting extinguishing means 7, which is incorporated in the (Iii) the lead light-emitting body 41 emits light

The above state is not equipped with a fishing rod in the magnetized fishing rod light-emitting lamp holder 1 of the present invention, the fishing rod is easily mounted by light emission when the fishing rod is mounted. 1 (25) is lowered, and the distance between the cylindrical magnet 27 and the reed switch 40 is also increased, and the magnetic force of the terminal lines 44 and 44 'disappears, and the contacts 43 and 43' are opened. Become extinguished

Next, during the day that does not require light emission, if the upper end of the button-1 (25) is pushed down and lowers, the button-2 (26) is also lowered, and the button-2 (26) is inserted into the spline key groove 11, The inclined surface-2 of the button-2 (26) facing the end 32 formed at an acute angle of the spline key 31 formed on the button-1 25 while the square key 37 is separated from the spline key groove 11. 38 is slid from the end by the force pushing down and the force of the elastic member 28 pushing upward, and rotates to move to the inclined surface-1 (18) of the ratchet tooth 19 of the spline key groove 11 and is seated. do. FIG. 16 illustrates and illustrates the rotation operation state of the above-described button-2 26 in a simplified manner.

When the button-2 (26) moves to the inclined surface-1 (18) and is seated, the depth of the spline key groove 11 is sequentially formed to the depth of the full depth key groove 16 and the half depth key groove 17. As shown, the key 37 of the button-2 (26) is inserted and perturbed only in the full-depth keyway 16, so that the key 37 of the button-2 26 cannot be inserted and perturbed in the half-depth keyway 17. As a result, the button-1 25 does not protrude, and the lead light emitting body 41 is turned off while maintaining the distance between the reed switch 40 and the magnet 27.

If the lead light emitter 41 emits light again, that is, if light is required at night, the button-1 25 is lowered once, and as described above, the inclined surface-2 of the key 37 of the button-2 26 is generated. As the 38 departs from the inclined surface-1 (18), slides again and is rotated and inserted into the full-depth keyway 16, the perturbation and ascent rise, the button-1 25 protrudes and the lead light emitter 41 emits light. Will be

14 and 15 show and explain a state where the rectangular key 37 of the button-2 26 is the position of the full depth key groove 16 and the half depth key groove 17.

As described above with reference to the accompanying drawings, the magnet-type fishing rod light-emitting lamp or the like according to a preferred embodiment of the present invention, the present invention is not limited to the embodiments and drawings described in the specification, the technical idea of the design Various modifications can be made within the scope.

1 is a perspective view of a magnetic fishing rod light-emitting lamp holder 1 according to an embodiment of the present invention

2 is a front view of the magnet-type fishing rod light-emitting lamp holder 1 according to an embodiment of the present invention

3 is a front view of the holder (5) of the magnetic fishing rod light-emitting lamp holder (1) according to an embodiment of the present invention

4 is a bottom view of FIG. 3;

5 is a cross-sectional view taken along line A-A of FIG.

6 is an enlarged view of the spline inner diameter 12 of the magnet-type fishing rod light-emitting lamp holder 1 according to an embodiment of the present invention.

Figure 7 is an enlarged front view of the button-1 (25) of the magnet-type fishing rod light-emitting lamp holder 1 according to an embodiment of the present invention

Figure 8 is an enlarged bottom view of the button-2 (26) of the magnetic fishing rod light-emitting lamp holder (1) according to an embodiment of the present invention

9 is a cross-sectional view taken along line C-C of FIG.

10 is an enlarged view of the reed switch 40 of the magnet-type fishing rod light-emitting lamp holder 1 according to the embodiment of the present invention.

Figure 11 is an exploded perspective view of the main portion of the switch operating means (6) of the magnet fishing rod light-emitting lamp holder (1) according to an embodiment of the present invention

Figure 12 is an exploded perspective view of the main portion of the light-emitting extinguishing means 7 of the magnet-type fishing rod light-emitting lamp holder 1 according to an embodiment of the present invention

Figure 13 is an exploded perspective view of the main portion of the sealing means-1 (8) of the magnet-shaped fishing rod light-emitting lamp holder 1 according to an embodiment of the present invention

14 is a schematic view of the switch operating means (6) of the magnet fishing rod light-emitting lamp holder (1) according to an embodiment of the present invention

15 is a schematic view of the switch operating means 6 of the magnet-type fishing rod light-emitting lamp holder 1 according to the embodiment of the present invention.

Figure 16 is a schematic view of the switch operating means 6 of the magnet-type fishing rod light-emitting lamp holder 1 according to an embodiment of the present invention

Figure 17 is an exploded perspective view of the main portion of the sealing means-2 (9) of the magnet-type fishing rod light-emitting lamp holder 1 according to an embodiment of the present invention

18 is a perspective view showing the inside of the magnetic fishing rod light-emitting lamp holder 1 according to an embodiment of the present invention

19 is an internal projection front view of the magnet-type fishing rod light-emitting lamp holder 1 according to the embodiment of the present invention.

Claims (8)

In the luminescence, the lights out bracket which mount a fishing rod, The upper portion is provided with a V-type mounting portion, the lower end of the switch operation storage chamber, the light-emitting lamp circuit compartment, the mounting hole provided with; Switch operation means built in the switch operation storage chamber of the cradle; Light emitting extinguishing means built in the light emitting and extinguishing circuit storing chamber of the holder; Sealing means-1 for sealing an opening of the switch operation storage chamber; And Sealing means-2 for sealing an opening of the light-emitting lamp circuit-storing chamber; Magnetic fishing rod light-emitting lamp cradle, characterized in that it comprises a. The method of claim 1, Switch operation storage room Internal diameter-1 of a predetermined diameter and depth; A spline inner diameter in which a key groove is sequentially formed of a full-depth key groove and a half-depth key groove, and a ratchet having an inclined surface-1 is formed at an end thereof; Inner diameter-2 of predetermined diameter and depth; And The opening portion of the magnetic fishing rod light-emitting lamp, characterized in that the opening includes a dwell pin hole and a female thread formed The method of claim 1 The light emitting off circuit storing room, A semicircular arc having a small radius of curvature and a semicircular arc having a large radius of curvature, the predetermined distances of which are connected to each other, the upper end being enclosed and the lower end being an open-type storage space; And The opening portion of the magnetic fishing rod light-emitting lamp, characterized in that the opening is formed with a dwell pin hole and a female thread. The method of claim 1 Switch operation means, The upper end is formed of a cylinder of a predetermined diameter and length, The middle part is formed with a spline shaft, and has a snow hole in one side of the key, and the key end is formed at an acute angle. The lower end is Burton-1 integrally formed with a projection shaft provided with a cutting groove and the projection jaw; A button-2 having a rectangular key having a predetermined size having only one inclined surface-2 at radial intervals and a through hole formed at a center thereof and inserted into the protrusion shaft of the button-1; Cylindrical magnet that is pushed mounted in the snow hole of the button-1 with a predetermined amount of magnetic force; And Magnetic fishing rod light-emitting lamp holder, characterized in that it comprises an elastic member for shooting the button-2 upward. The method of claim 1 Light emitting off means, A support for kitting a light-emitting circuit by having a reed switch insertion hole at an upper portion thereof, a battery insertion chamber at a rear side thereof, and a lead light emitting element insertion hole at one side thereof and a terminal line connecting groove and cutout grooves 1 and 2 provided thereon; A reed switch inserted into the upper insertion hole of the support; A battery inserted into the battery insertion chamber of the support; And A lead light emitting body inserted into an insertion hole at one side of the battery insertion chamber; To Magnetic terminal rod light emitting lamp holder, characterized in that connected to the terminal line and the groove, incision grooves 1, 2 in series. The method of claim 1 Sealing means-1, An elastic member seating groove, a dwell pin, and a through hole are formed at one surface of a plate shape having a predetermined thickness, and one end is provided with a cama-1; And, And a small bolt for fixing and fixing the cover-1 to the opening of the switch operation storage compartment. The method of claim 1 Sealing means-2, Caba-2, which has a protrusion, a dwell pin, and a through hole formed on one surface of a plate of a predetermined thickness, and having an iron coupling portion at one end thereof; Wow, A waterproof rubber ring inserted around the closed portion of the Caba-2; And And a small bolt for fixing the Kaba-2 to the open portion of the light-emitting lamp circuit compartment. The method of claim 7, Airtight A semicircle with a small radius of curvature and a semicircle with a large radius of curvature are positioned at a predetermined distance, and projected into a shape connecting the tangent lines. The circumference is provided with a semicircular arc groove, A magnet type fishing rod light emitting lamp holder, characterized in that a battery fixing, a fixing groove, a pressure piece-1, and a pressure piece-2 are formed.

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