KR102049669B1 - Fish gathering lamp for fishing - Google Patents

Abstract

The present invention relates to a fishing lamp, capable of being continuously used without a failure, which comprises: an upper case having an upper fastening hole provided therein; a lower case having a pressing member support end formed therein; a light source member having a lamp; a battery holder; a first electrode line having a first spring terminal unit; a second electrode line; a holder upper coupling member having a substrate receiving unit formed therein; and a pressing member.

Description

FISH GATHERING LAMP FOR FISHING}

The present invention relates to a fishing catcher, and more particularly, to a fishing catcher, etc. used to attract the main fish species having a property of gathering by looking at the light when fishing at night to improve the effect of the picking.

In general, most of the species that live in the sea have a daylight, and the species that has a positive daylight response to the bright light, such as cutlass, rock, squid, jukkumi.

In order to catch fish species having the above amount of daylight through fishing, a separate picker is used. The fishing lamps will usually be divided into water fishing lamps installed directly on the ship and fishing fishing boats, which are underwater fishing lamps installed using ropes or fishing lines.

Representative examples of such a fishing fold, there is a "pattern having a vertical and horizontal irradiation section" of the Patent Document No. 10-1416555, which is a patent document of the prior art document.

The "collecting light having the vertical and horizontal irradiating portion" is coupled to the lower base and the upper cover, and includes an irradiating portion for irradiating light by receiving power from the battery therein; The irradiator comprises a first irradiator for irradiating light in a vertical direction; Located on the upper side of the first irradiating unit and includes a second irradiating unit for irradiating light to the side, the battery unit 60 is a (+) electrode of the battery 62 is connected to the substrate 52, (-) The electrode is connected to the elastic member 642 so that when the upper case 30 and the lower base 20 are screwed together, the contact portion 64 by the elastic member 642 is brought into contact with the substrate 52 to be turned on. do.

By the way, in the case of the pick-up lamp having the configuration as described above, if the threaded rotation coupling and disassembly of the upper case 30 and the lower base 20 is continuously made for lighting and turning off, the contact pin 644 of the contact portion 64 and If the contact pin 644 or the substrate 52 of the contact portion 64 is damaged by contact friction between the substrate 52 and the resistance is large or severe, the contact pin 644 of the contact portion 64 and the substrate 52 are damaged. There was a problem in that the disconnection is not turned on because of electrical disconnection between the lights.

KR 10-1416555 B1

Therefore, the technical problem to be solved by the present invention is to solve the problems of the prior art, even if the threaded rotation coupling and disassembly of the upper case and the lower base for continuous lighting and light-off, unnecessary rotational contact operation between the contact portion and the substrate Since friction does not occur by preventing contact between the contact portion and the substrate and to ensure the electrical connection state between the contact portion and the substrate to provide a fishing catch that can be used continuously.

Fishing catcher according to the present invention for solving the above problems is formed with a holder upper coupling member receiving portion to the inner space of the lower opening, the first coupling screw and the engaging projection receiving hole is formed through the lower outer peripheral surface, An upper case is provided with an upper fastener formed with a fastening hole to which a fishing line is fastened, a battery holder accommodating part is formed at an upper portion thereof, and a second coupling screw thread corresponding to the first coupling screw thread and corresponding rotationally coupled is formed at an inner diameter thereof. A lower fastener having a fastening hole to which a fishing line is fastened is provided at a lower portion thereof, and a lower case having a pressing member support end formed at a lower portion thereof, which is located in the upper case and is coupled to the substrate and the substrate on which various electric circuits are formed. A light source member having a lamp to irradiate, A battery holder inserted into the lower case in a state; a first pin terminal portion disposed parallel to one side of the battery holder; and a first electrode of the battery housed in the battery holder connected to a lower portion of the pin terminal portion; A first electrode wiring having a first spring terminal portion disposed in contact with a lower portion of the battery holder at a predetermined interval, the second spring terminal portion and the second spring being in contact with the second electrode of the battery; A second electrode wire having one end connected to the terminal portion and having a second pin terminal portion, and a substrate accommodating portion for accommodating the substrate with an open upper portion formed therein, and accommodating an upper portion of the battery holder with an open lower portion. A holder upper accommodating portion is provided, and a coupling protrusion accommodating and coupled to the coupling protrusion accommodation hole at a portion of an outer diameter thereof. A holder upper coupling member, and a spring terminal insertion pin inserted into and received in the first spring terminal portion and contacting or releasing contact with the first electrode, and a support end contacting or releasing contact with the pressing member support end. And a pressing member having a pressing member receiving hole engaging end provided to have a diameter extended between the pin and the spring terminal portion insertion pin and the supporting end contact pin.

The upper case may further include a sealing member engaging end and a sealing member receiving part sequentially formed on a lower outer circumferential surface thereof. It may further include a sealing member for sealing.

A holder lower accommodating portion for accommodating a lower portion of the battery holder through an open upper portion is formed, and further includes a holder lower coupling member accommodating and coupled to a lower end in the lower case at a predetermined distance from the pressing member support end. can do.

The holder lower coupling member may further include a pressure member accommodation hole for accommodating the pressure member in a lower central portion and limiting movement of the pressure member to a lower portion or more.

The substrate and the upper portion of the battery holder may be fixedly coupled to the holder upper coupling member by fastening the fastening bolt to the bolt fastening hole formed at a position corresponding to the bolt fastening hole formed on the upper portion of the holder upper coupling member, respectively. .

The lower part of the battery holder may be fixed to the holder lower coupling member by fastening the fastening bolts to the bolt fastening holes formed at positions corresponding to the bolt fastening holes formed under the holder lower coupling members.

When the upper case and the lower case are released from each other by one-way thread relative rotation, the fully engaged state is released, and the pressing member moves downward by the elastic force of the first spring terminal portion, so that the pressing member accommodating hole locking end is moved. The lamp is turned off when the electrical connection is released between the first electrode and the spring terminal insertion pin while being caught by the pressing member accommodating hole, and the upper case and the lower case are mutually rotated through the opposite direction of thread rotation. When the first spring terminal portion is tightened to be in a fully engaged state, the first spring terminal portion is pressed by the pressing member supported by the pressing member support end and rises, and the spring terminal portion insertion pin and the first electrode come into contact with each other to make contact. Electrical between the first electrode and the spring terminal insert pin The result is a state wherein the lamp can be lit.

According to the fishing catch according to the present invention as described above, even if the threaded rotation coupling and disassembly of the upper case and the lower case is continuously made, friction due to unnecessary rotational contact operation between the end of the pin terminal of the first electrode wiring and the substrate There is an advantageous effect that it does not occur to prevent damage to the first electrode wiring and the substrate and to ensure the electrical connection state between the first electrode wiring and the substrate can be used continuously without failure.

In addition, according to the fishing catch according to the present invention, even if the threaded rotation coupling and disassembly of the upper case and the lower case is continuously made, friction caused by unnecessary rotational contact operation between the end of the pin terminal of the second electrode wiring and the substrate Therefore, there is an advantageous effect of preventing damage to the second electrode wiring and the substrate and guaranteeing an electrical connection state between the second electrode wiring and the substrate so that it can be continuously used without failure.

1 and 2 are combined perspective views of fishing catches and the like according to an embodiment of the present invention in the 'OFF' and 'ON' respectively,
3 and 4 are combined longitudinal cross-sectional view of a fishing catch according to an embodiment of the present invention in the OFF 'and' ON ', respectively,
5 is an exploded perspective view of a fishing catch and the like according to an embodiment of the present invention, and
6 is an exploded longitudinal cross-sectional view of a fishing catch according to an embodiment of the present invention.

Specific matters for carrying out the present invention are included in the detailed description and the drawings.

Advantages and features of the present invention, and methods for achieving them will be apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in various forms, and only the present embodiments are intended to complete the disclosure of the present invention, and those skilled in the art to which the present invention pertains. It is provided to fully inform the scope of the invention, and the invention is defined only by the scope of the claims.

Like reference numerals refer to like elements throughout. Embodiments described herein will be described with reference to an ideal coupling perspective view, coupling longitudinal cross-sectional view, exploded perspective view, and exploded longitudinal cross-sectional view of the present invention.

Hereinafter, with reference to the accompanying drawings, Figures 1 to 6 will be described in detail with respect to fishing fishing according to an embodiment of the present invention.

1 and 2 are respectively a perspective view of a fishing catch according to an embodiment of the present invention in the 'OFF' and 'ON' state, Figures 3 and 4 of the present invention in the OFF 'and' ON 'state, respectively Coupling longitudinal cross-sectional view of a fishing clip according to an embodiment, Figure 5 is an exploded perspective view of a fishing clip according to an embodiment of the present invention, and Figure 6 is an exploded longitudinal section of a fishing clip according to an embodiment of the present invention It is also.

Fishing catch according to an embodiment of the present invention is that the upper case 100 and the lower case is combined by a screw rotation method to form an overall capsule shape, located inside the upper case 100 for irradiating light It includes a light source member 400, and a battery holder 500, which is located inside the lower case 200, the battery holder 550 for supplying power to the light source member 400 is built.

The upper case 100 is an inner space in which the lower part of the upper case body 110 is opened, and a holder upper coupling member accommodating part 112 having a holder upper coupling member engaging end 114 is formed, and a sealing member is provided on the lower outer peripheral surface. The engaging end 116, the sealing member accommodating part 118, and the 1st engaging thread 150 are formed one by one. In addition, the coupling protrusion receiving hole 152 is formed through a portion of the first coupling thread 150.

On the other hand, an upper fastener 130 having a fastening hole 132 is provided at the top of the upper case body 110 to fasten the fishing line.

The lower case 200 has a battery holder accommodating portion 212 which is an empty space in which an upper portion of the lower case body 210 is opened, and has a second coupling thread correspondingly rotating with the first coupling thread 150 at an inner diameter thereof. 250 is formed, and the sealing member contact end 216 is further formed at the top end. On the other hand, the lower fastener coupling portion 225 for accommodating the lower fastener 230 formed with the fastening hole 232 for fastening the fishing line at the lower portion of the lower case body 210 so as not to be twisted. Is provided, the pressing member support end 220 is formed at the lower end of the battery holder accommodating portion (212).

On the other hand, a sealing member 300 for maintaining watertightness (waterproof function) is provided between the upper case 100 and the lower case 200.

The sealing member 300 includes a sealing washer 310 made of synthetic resin and a plurality of O-rings 320, 330, and 340 made of synthetic resin or rubber.

The sealing washer 310 fixes and supports the positions of the O-rings 310 and 320 having different diameters, which are partially accommodated in the sealing member accommodating part 118 so as to be caught by the sealing member engaging end 118.

Meanwhile, another O-ring 330 is provided at the inner diameter of the battery holder accommodating portion 212.

The light source member 400 is positioned in the upper case 100 and has a substrate 410 on which various electric circuits are formed, and a lamp 420 coupled to the substrate 410 to irradiate light.

In the substrate 410, the first electrode wiring coupling hole 414 and the second electrode wiring coupling hole 412 are disposed in a vertical direction at a predetermined interval.

Lamp 420 is used in this embodiment, but the LED can be used as another light source, of course.

 The battery holder 500 is inserted and accommodated in the lower case 200 in a state in which the battery 500 is accommodated in the battery receiving hole 510 that is vertically apertured.

The first electrode wire 600 is connected to a pin terminal portion 610 disposed in parallel with one side of the battery holder 500 and a lower portion of the pin terminal portion 610 so that the first electrode wire 600 is accommodated in the battery holder 500. The lower part of the battery holder 500 is disposed in contact with the electrode 552 at a predetermined distance, and includes a spring terminal part 620 having a vertical elastic force. In this embodiment, the first electrode may be a positive (+) electrode or a negative (-) electrode.

The pin terminal part 610 is positive (+) as an operating power by the upper end is coupled to the first electrode wiring coupling hole 414 through the first electrode wiring through hole 814 of the holder upper coupling member 800 which will be described later. The voltage is supplied to the light source member 400. At this time, when the pin terminal part 610 is coupled to the first electrode wiring coupling hole 414 by soldering or the like, the coupling state is maintained and the upper case 100 and the lower case 200 are turned on and off for the lamp 420. ) Does not cause a separate rotational friction even during the relative rotation operation of the pin terminal portion 610 or the substrate 410 to increase the resistance or electrical disconnection.

The second electrode wiring 700 is in contact with the second electrode of the battery 550 accommodated in the battery holder 500, and has one end connected to the spring terminal portion 720 and the spring terminal portion 720 having vertical elastic force. The end is coupled to the second electrode wiring coupling hole 412 by passing through the second electrode wiring through hole 812 of the holder upper coupling member 800, which will be described later, so that a negative voltage, which is an operating power source, is applied to the light source member 400. It includes a pin terminal portion 710 to supply. In this embodiment, the second electrode may be a negative electrode or a positive electrode.

The holder upper coupling member 800 has a cylindrical body portion 810 in an open state with the first electrode wiring through hole 814 and the second electrode wiring through hole 812 in a vertical direction at a predetermined interval. A substrate accommodating part 830 is disposed to accommodate the substrate 410, and a holder upper accommodating part 840 is configured to accommodate and couple an upper portion of the battery holder 500 to an open lower part.

On the other hand, the lower outer diameter of the body portion 810 is provided with a coupling protrusion 816, the coupling protrusion 816 is received and coupled to the coupling protrusion receiving hole 152, the holder upper coupling member 800 is the upper case 100 The holder is coupled to the upper coupling member receiving portion 112 in a fixed state.

The holder lower coupling member 850 is accommodated and coupled to the lower end in the lower case 200 by a predetermined distance from the pressing member support end 220, and the lower portion of the battery holder 500 through the open upper portion. A holder lower accommodating part 852 for accommodating a part is formed, and an accommodating member accommodating hole 854 is formed in the lower central part to accommodate the pressing member 900 to be described later, and to restrict movement of the lower part by a predetermined distance or more. have.

The pressing member 900 is made of a conductor and is inserted and received in the pressing member receiving hole 854 from the top to the lower direction. The pressing member 900 has a predetermined diameter and is inserted into and received in the spring terminal portion 620 to contact or release contact with the first electrode 552 and the upper portion of the spring terminal portion insertion pin 910 and the pressing member support end 220. The support terminal contact pin 920 and the spring terminal portion insertion pin 910 and the support terminal contact pin 920 which are in contact with or released from the contact portion are provided to have an expanded diameter to support the lower portion of the spring terminal portion 620 and the pressing member. The pressing member receiving hole locking end 930 which is in contact with the upper end of the receiving hole 854 or the contact is released is formed integrally.

Meanwhile, upper portions of the substrate 410 and the battery holder 550 are fastened to the bolt fastening holes h formed at positions corresponding to the bolt fastening holes h formed on the upper part of the holder upper coupling member 800, respectively. ) Is fixedly coupled to the holder upper coupling member 800, and the lower portion of the battery holder 550 is formed at a position corresponding to the bolt fastening hole h formed at the lower portion of the holder lower coupling member 850. By fastening the fastening bolts (b) to the fastening hole (h), the fixed coupling with the holder lower coupling member 850 is made.

Unlike the present embodiment, when the fastening force of the fastening bolt b between the upper portion of the substrate 410 and the battery holder 550 and the upper holder upper coupling member 800 is excellent, the lower portion of the battery holder 550 and the lower holder lower coupling member ( 850, the coupling of the fastening bolt (b) can be omitted. In some cases, the holder lower coupling member 850 may be omitted.

Fishing catch according to an embodiment of the present invention, as shown in Figures 1 and 3 when the battery 550 power supply "OFF" state, the upper case 100 and the lower case 200 is a one-way thread The complete engagement is released by loosening each other through relative rotation. Therefore, the pressing member 900 moves downward by the elastic force of the spring terminal portion 620 so that the pressing member receiving hole locking end 930 is caught in contact with the pressing member receiving hole 854 and the first electrode 552 and the spring terminal portion are caught. The electrical connection between the insertion pins 910 is released. Therefore, fishing fishing lights are turned off.

Meanwhile, as illustrated in FIGS. 2 and 4, when the battery 550 power supply is in the “ON” state as shown in FIGS. 2 and 4, the upper case 100 and the lower case 200 are threaded in the other direction. Tightening through relative rotation results in a fully engaged state. Therefore, the spring terminal portion 620 is pressed by the pressing member 900 which is supported by the pressing member support end 220 and rises, and the spring terminal portion insertion pin 910 is contacted with the first electrode 552 to make contact. An electrical connection is made between the first electrode 552 and the spring terminal insertion pin 910. Therefore, the fishing fishing light is turned on.

Of course, at this time, the second electrode wiring 700 maintains an electrical connection state with the second electrode 554 at all times without frictional resistance due to position variation.

According to the fishing catch according to the present invention as described above, even if the threaded rotation coupling and disassembly of the upper case 100 and the lower case 200 is made continuously, the first electrode wiring 600 and the second electrode wiring 700 Of the first electrode wiring 600 and the second electrode wiring 700 and the substrate 410 because friction between the ends of the pin terminal portions 610 and 710 and the substrate 410 does not occur due to unnecessary rotational contact operation. It is possible to prevent the damage and to ensure an electrical connection state between the first electrode wiring 600 and the second electrode wiring 700 and the substrate 410.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

100: upper case 110: upper case body
112: holder upper engaging member receiving portion 114: holder upper engaging member engaging end
116: sealing member engaging end 118: sealing member receiving portion
130: upper fastener 132, 232: fastening hole
150: first coupling thread 152: coupling projection receiving hole
200: lower case 210: lower case body
212: battery holder accommodating part
216: sealing member contact end 220: pressing member support end
225: lower fastener coupling portion 230: lower fastener
250: second coupling thread 300: sealing member
310: sealing washer 320, 330, 340: O-ring
400: light source member 410: substrate
412: second electrode wiring joining hole 414: first electrode wiring joining hole
420: lamp 500: battery holder
510: battery hole 550: battery
552: first electrode 554: second electrode
600: first electrode wiring 610, 710: pin terminal portion
620, 720: spring terminal 700: second electrode wiring
800 holder upper coupling member 810 body portion
812: Second electrode wiring through hole 814: First electrode wiring through hole
816: engaging projection 830: substrate receiving portion
840: holder upper receiving portion 850: holder lower coupling member
852: holder lower receiving portion 854: pressing member receiving hole
900: pressing member 910: spring terminal insert pin
920: support end contact pin 930: pressing member receiving hole locking end
b: fastening bolt h: bolt fastening hole

Claims (7)

A holder upper coupling member receiver is formed as an inner space with a lower opening, a first coupling thread and a coupling protrusion receiving hole are formed through the lower outer peripheral surface, and an upper fastener with a fastening hole for fastening a fishing line is provided at the upper outer peripheral surface. Upper case,
A battery holder accommodating part having an open upper part is formed, and a second engaging thread thread corresponding to the first engaging thread thread is pivotally coupled to the inner diameter, and a lower fastener having a fastening hole for fastening a fishing line is formed at a lower part thereof. A lower case having a pressing member support end formed thereon,
A light source member positioned in the upper case and having a substrate on which various electric circuits are formed and a lamp coupled to the substrate to irradiate light;
A battery holder which is inserted and accommodated in the lower case while accommodating a battery in a battery accommodation hole
The first pin terminal part disposed parallel to one side of the battery holder and the lower part of the pin terminal part are connected to a part of the lower part of the battery holder at a predetermined distance from the first electrode of the battery accommodated in the battery holder. A first electrode wiring having a first spring terminal portion arranged in a state;
A second electrode wiring contacted with the second electrode of the battery and having one end connected to a second spring terminal portion and the second spring terminal portion, and having a second pin terminal portion;
A substrate accommodating part for accommodating the substrate is formed with an upper part being opened, and a holder upper accommodating part for accommodating an upper part of the battery holder is provided as an open lower part and accommodating and coupled to the coupling protrusion accommodating hole at a part of an outer diameter. A holder upper engaging member having a engaging projection formed thereon, and
A spring terminal insertion pin inserted into the first spring terminal portion to be in contact with or released from the first electrode, a support end contact pin to be in contact with or released from the pressing member support end, and the spring terminal insertion pin and the support However, the pressure member has a pressure member receiving hole engaging end provided to have an extended diameter between the contact pins.
Containing
Fishing picks. In claim 1,
The upper case
Sealing member engaging end and the sealing member receiving portion is sequentially formed on the lower outer peripheral surface,
It is coupled to the sealing member accommodating portion so as to be supported by the sealing member engaging end to seal between the upper case and the lower case.
Sealing member
Containing more
Fishing picks. In claim 1,
A holder lower accommodating part for accommodating a lower part of the battery holder through an open upper part is formed, and accommodating and coupled to a lower end in the lower case at a predetermined distance from the pressing member support end.
Holder lower engagement member
Containing more
Fishing picks. In claim 3,
The holder lower coupling member
The pressing member accommodating hole for receiving the pressing member in the lower central portion but restricts the movement more than a predetermined distance to the lower portion is further formed
Fishing picks. In claim 1,
The upper portion of the substrate and the battery holder
Fixed engagement with the holder upper coupling member is performed by fastening the fastening bolts to bolt fastening holes formed at positions corresponding to bolt fastening holes formed on the upper portions of the holder upper coupling members, respectively.
Fishing picks. In claim 3,
The lower part of the battery holder
The fastening bolts are mutually fastened to the bolt fastening holes formed at positions corresponding to the bolt fastening holes formed at the lower portion of the holder lower coupling member, thereby making a fixed coupling with the holder lower coupling member.
Fishing picks. In claim 4,
When the upper case and the lower case are released from each other by one-way thread relative rotation, the fully engaged state is released, and the pressing member moves downward by the elastic force of the first spring terminal portion, so that the pressing member accommodating hole locking end is moved. The lamp is turned off by the electrical connection between the first electrode and the spring terminal insertion pin is released while being contacted with the pressing member accommodating hole.
When the upper case and the lower case are brought into a fully engaged state by being fastened to each other through a threaded relative rotation in the other direction, the first spring terminal portion is pressed by the pressing member supported by the pressing member support end and rises. When the spring terminal insertion pin and the first electrode are in contact with each other, the electrical connection is established between the first electrode and the spring terminal insertion pin and the lamp is turned on.
Fishing picks.

Images