KR100815514B1 - Downrigger - Google Patents

Abstract

The present invention relates to a downrigger having an underwater image capturing function, and more particularly, to assist fishing equipment to implement stable fishing behavior even in a severe tide, and includes an underwater camera, a cable, and a display equipment including a display. The present invention relates to a downrigger having an underwater image capturing function configured to be shared with a plurality of fishing gears and to observe the underwater environment from the outside.

Downrigger, Underwater Camera, Monitor, Tightening, Clamp, Kevlar, Zyron

Description

Downrigger with Underwater Imaging

1 is a state diagram of the use of a downrigger having an underwater video recording function proposed as a preferred embodiment of the present invention,

2 is an assembled state diagram of a downrigger having an underwater image capturing function proposed as a preferred embodiment of the present invention.

3 is an enlarged view of a portion 'A' in FIG. 2;

4 is a view showing the external configuration of an underwater camera adopted as a weight in a downrigger having an underwater image capturing function proposed as a preferred embodiment of the present invention.

FIG. 5 shows the internal configuration of an underwater camera adopted as a weight in a downrigger having an underwater image capturing function proposed as a preferred embodiment of the present invention.

Figure 6 shows a pivoting contact structure formed between the take-up roller and the monitor in a downrigger having an underwater image capture function proposed as a preferred embodiment of the present invention.

**** Explanation of symbols for the main parts of the drawing ****

        1. Downrigger with Underwater Imaging

       10. Roller Bracket 11. Cable Guide

       11A. Guide Shafts 11A-a, 11A-b. Helix feed groove

       11B. Guider 11B-a. Information

       20. Guide Bracket

       21. Rod member 22. Roller guide

       30. Mounting bracket 40. Mounting bracket

       50. Cable 60. Winding roller

       61. Roller Shaft 62. Electric Motor

       70. Underwater camera 70a. clamp

       71. Housing 72. Tightening Hook

      72a. Weight 73a. Depth sensor

      73b. Water temperature sensor 73c. Ultrasonic sensor

       74. Propulsion 74a. motor

      74b. Propeller 75. Turner

       80. Monitor 80 '. Wireless monitor

       81.Controller 82.Connection cable

       90. Rotating Contact Structure 91. Wheel Terminal

       92. Fixed terminal 93. Wireless transmission module

       100. Fishing gear 110. Fishing rod

       120. Fishing Gear

The present invention relates to a downrigger having an underwater image capturing function, and more particularly, to assist fishing equipment to implement stable fishing behavior even in a severe tide, and includes an underwater camera, a cable, and a display equipment including a display. The present invention relates to a downrigger having an underwater image capturing function configured to be shared with a plurality of fishing gears and to observe the underwater environment from the outside.

As it is well known, various leisure equipments have been developed in recent years as the leisure culture has spread, and in the field of fishing, equipments configured to perform fishing activities while acquiring underwater images from the outside by incorporating a video system on the fishing gear are provided to the applicant. Proposed by the company, the product has been released.

When using the fishing equipment incorporating the image system to the fishing gear as described above, it is possible to perform the fishing act while observing the underwater image can have the advantage of increasing the mystery and pleasure, but the underwater camera hook Compared to fishing tackle, including weights and weights, it is relatively heavy and bulky.

In addition, since the product combining the fishing gear and the imaging system is relatively expensive compared to the general fishing gear, it may be economically burdened to apply the imaging system to the fishing equipment individually.

Meanwhile, a downrigger has been proposed in which a large weight is attached to a stainless steel wire to temporarily bind one or more fishing gears with a bait on the wire to obtain a desired depth, and in the present invention, an image system is provided for the downrigger. You can observe the image of the.

The object of the present invention devised to solve the above problems is to combine the fishing system and the image system to the downriggers, which are fishing aids, without directly grafting the fishing equipment, and can perform fishing while observing underwater images. In addition, it is possible to maintain the hand feeling that is lost in the original fishing behavior, and to provide a downrigger with an underwater image capturing function that can be configured to utilize a plurality of fishing gears in one device.

The above object is achieved by the following configuration provided in the present invention.

Downrigger (Downrigger) having an underwater video recording function according to the present invention,

A roller bracket on which a winding roller is installed by a roller shaft; A rod-shaped guide bracket coupled to the front surface of the roller bracket and formed of at least one rod member; A cable bound to the winding roller and wound; It is configured to include an underwater camera provided with one or more clamps that are attached to the front end of the cable is obtained underwater by its own weight and photographs the underwater environment, and the one or more clamps to bind the fishing gear obtained from the outside,

A monitor unit for displaying an image signal output through the underwater camera is provided on the outside,

While promoting the function of temporarily fixing the temporary fishing tackle in the water, it is characterized in that it is configured to observe the fishing behavior through the fishing tackle from the outside.

In the present invention, the wheel shaft provided on the roller bracket, the wheel terminal portion disposed so as to expose a plurality of annular end portion on the outer diameter,

The roller bracket is provided with a fixed terminal portion having a plurality of linear terminals to make a sliding contact state by individually contacting the band terminal formed on the wheel terminal portion,

The end of the cable is bound to each of the band terminals formed on the wheel terminal, and the end of the connection cable drawn from the monitor is bound to the linear terminal of the fixed terminal.

It is proposed as a preferred embodiment that the cable and the connection cable drawn out from the monitor unit are configured to achieve a contact state at all times.

And in the present invention, the first half of the roller bracket provided with the winding roller,

A guide shaft which rotates in association with the winding roller and is formed by crossing a pair of spiral feed grooves on an outer circumference thereof; The cable guide is provided to pass through, and provided through the guide shaft to provide a cable guide including a guider which is alternately transported to the left and right along the spiral groove formed on the outer periphery by the rotation of the guide shaft,

The cable is alternately conveyed from side to side by the guider alternately transferred to the left and right sides, and is configured to be uniformly wound on the surface of the winding roller.

In addition, in the present invention, by providing a wireless transmitter for transmitting an image signal to the fixed terminal unit or the monitor unit constituting the rotational contact structure to the outside, one or more wireless monitors provided with a wireless receiving module is transmitted through the wireless transmission module Is configured to display the license.

Meanwhile, in the present invention, any one or both of a depth sensor, a water temperature sensor, and an ultrasonic sensor is installed in the underwater camera so that the measurement information measured by the sensors is displayed through a monitor.

A propellant including a motor and a propeller is provided in the underwater camera, and a controller for controlling the driving of the propellant is provided in the monitor unit, and the underwater camera can be typed underwater by driving the propellant. .

Hereinafter, a downrigger having an underwater image capturing function proposed as a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a state diagram of a downrigger having an underwater imaging function proposed as a preferred embodiment of the present invention, and FIG. 2 is an assembled state diagram of a downrigger having an underwater imaging function proposed as a preferred embodiment of the present invention. 3 is an enlarged view of portion 'A' in FIG. 2, and FIG. 4 is a view of an underwater camera adopted as a weight in a downrigger having an underwater image photographing function proposed as a preferred embodiment of the present invention. Figure 5 shows the external configuration, Figure 5 shows the internal configuration of the underwater camera adopted as a weight in the downrigger with the underwater image shooting function proposed as a preferred embodiment in the present invention, Figure 6 is preferred in the present invention In the downrigger with the underwater image capturing function proposed as an embodiment, a pivoting contact structure formed between the winding roller and the monitor portion is To show.

The downrigger (1) having an underwater image capturing function according to the present embodiment has a plurality of rod members 21 on a roller bracket 10 fixed to a hull or the like as shown in FIGS. 1 to 6. The guide bracket 20 is coupled to the telescope type coupled structure, the roller bracket 10 is fixed to the hull and the like through the fixing bracket 30 is installed.

Referring to the drawings showing a preferred embodiment, at the rear of the roller bracket 10, a hollow mounting bracket 40 for mounting the fishing rod 110 is provided, the cable bracket 50 is recommended to the roller bracket 10 The take-up roller 60 is provided by the roller shaft 61.

In addition, an electric motor 62 is provided on one side of the roller shaft 61 on which the winding roller 60 is installed, and is configured to perform forward and reverse rotation of the winding roller 60 by driving the stationary motor 62. If necessary, a handle (not shown) may be provided instead of the electric motor 62.

In this way, the winding roller 60 installed on the roller bracket 10 is coupled to a cable 50 having the underwater camera 70 bound to the tip, and the cable 50 has a roller guide provided at the tip of the guide bracket 20. 22) is drawn out smoothly.

In this embodiment, as shown in Figure 3, the first half of the roller bracket 10 is provided with the take-up roller 60, rotated in conjunction with the take-up roller 60, a pair of spiral feed groove 11A-a on the outer periphery A guide shaft 11A formed by crossing 11A-b; Guide holes 11B-a through which the cable 50 penetrates are provided, and are provided so as to penetrate through the guide shaft 11A and are formed on the outer periphery of the spiral grooves 11A-a and 11A- formed by the rotation of the guide shaft 11A. The cable guide 11 comprised including the guider 11B alternately conveyed to right and left along b) is provided.

Here, the guide shaft 11A may be rotated in cooperation with the roller shaft 61 and the gear structure (not shown) in which the take-up roller 60 is installed.

By this configuration, when the user drives the electric motor 62 to rotate the take-up roller 60 in one direction, the cable 50 wound on the take-up roller 60 is gradually released, and the take-up roller 60 When rotated in the reverse direction, the cable 50 wound on the winding roller 60 is to be gradually wound.

At this time, the cable 50 is alternately transported from side to side by the guider 11 alternately transported to the left and right, it is uniformly wound on the surface of the winding roller 60.

As described above, when the cable 50 is released by driving the stationary motor 62, the underwater camera 70 is obtained by its own weight. That is, the underwater camera 70 has a kind of support function which is obtained in the water and is not rocked by birds.

And the underwater camera 70 obtained in this way is provided with one or more clamps (70a), the fishing tackle (120) of the fishing equipment 100 separately obtained from the outside is clamped to the clamp (70a).

Thus, even when the tide is severe, the fishing gear 120 is not shaken by the algae and not floated to maintain a stable fixed state by the underwater camera 70.

In the present invention, the guide line and the weight of the conventional downrigger are constituted by the cable 50 and the underwater camera 70 in which a plurality of signal lines are embedded.

In addition, the monitor unit 80 for displaying an image signal photographed and applied through the underwater camera 70 and the cable 50 is separately provided outside.

Thus, the downrigger 1 according to the present embodiment, while temporarily fixing the fishing gear 120 obtained in the water, which is the original function of the downrigger, while supporting the support function to prevent the fishing gear 120 from being swayed and floated by the birds , Fishing fishing through the fishing gear 120 to be observed from the outside.

The cable 50 employed in this embodiment is embedded with a core material (not shown) made of Kevlar or Zyron as a core and is not cut even when the underwater camera 70 of 20 kg to 70 kg is suspended.

And the underwater camera 70, as shown in Figures 4 and 5 should have a high weight so as not to swing even in the tidal current, the underwater camera 70, the housing 71 or the housing 71 By the weight of the filling (not shown) to be filled may have a high weight itself, as shown in the drawing to form a binding ring 72 in the lower portion of the housing 71, the weight of the required weight (72a) It can also be installed separately.

In addition, in the present embodiment, a shock absorbing structure is provided so that a direct action force is not provided at the connection portion between the cable 50 and the underwater camera 70.

In the buffer structure according to the present embodiment, as shown in FIG. 4, at least one fixing member 76 is provided on the housing 71 of the underwater camera 70, and the fixing member 76 includes rubber or silicone. After the member 77 is installed, the cable 50 is strapped to the elastic member 77 to form a knot, so that an action force to be applied to the connection portion between the cable 50 and the underwater camera 70 is applied to the elastic member ( 77).

In the present embodiment, the fin-shaped rudders 72a-a are provided in the weight body 72a so that the underwater camera 70 and the weight body 72a are not rotated by the underwater current. .

In addition, in the present embodiment, any one or both of a depth sensor 73a, a water temperature sensor 73b, and an ultrasonic sensor 73c is installed in the underwater camera 70, and the sensors 73a, 73b, and 73c are installed. Measurement information measured by) is displayed on the monitor unit 80 installed outside.

Thus, the user can easily visually check the measurement information including the depth of the water, the temperature and the annular and the group of fish in the water as well as the image of the underwater through the monitor unit 80 installed on the outside.

In this embodiment, the propellant 74 including the motor 74a and the propeller 74b is provided in the underwater camera 70, and the monitor 80 controls the driving of the propellant 74. The controller 81 is provided so that the underwater camera 70 can be freely typed underwater by the driving of the said propellant 74. If necessary, a known direction change unit 75 may be added to the underwater camera 70 as shown in the drawing.

On the other hand, in the present invention in the binding between the cable 50 wound on the winding roller 60 and the connection cable 82 drawn out from the monitor 80, as shown in Figures 2 and 6 as a rotating contact structure 90 is provided so that twisting of the connecting cable 82 drawn out of the monitor unit 80 does not occur even when the winding roller 60 is rotated in one direction for winding the cable 50.

Here, the connection cable 82 is also a path for applying the current of the battery (not shown) in the monitor unit 80 to the underwater camera 70 through the cable 50, and also the underwater camera 70 and A function of providing a video signal photographed and applied through the cable 50 to the monitor unit 80 is performed.

6, the pivoting contact structure 90 includes a wheel terminal 91 disposed to expose a plurality of band ends 91a at an outer diameter, and a band terminal 91a formed at the wheel terminal 91, as shown in FIG. 6. And a fixed terminal portion 92 having a plurality of linear terminals 92a which are in contact with each other to form a sliding contact state.

In this embodiment, a wheel terminal portion 91 provided with a plurality of band end portions 91a exposed to an outer diameter is provided on the roller shaft 61 provided in the roller bracket 10, and one piece of the roller bracket 10 is provided. The fixed terminal portion 92 is provided with a plurality of linear terminals 92a that surround the belt terminal 91a formed in the wheel terminal portion 91 to form a sliding contact state.

The end of the signal line embedded in the cable 50 is bound to each of the belt terminals 91a formed in the wheel terminal portion 91, and the monitor portion 80 is connected to the linear terminal 92a of the fixed terminal portion 92. End portions of the connecting cable 82 drawn out from each other are bound.

Therefore, even if the winding roller 60 rotates several times in the forward or reverse direction to wind the cable 50, the connecting cable 82 of the monitor unit 80 is always kept in a fixed state, thus the winding roller 60 Twisting is not generated due to the rotation.

In the present invention, a wireless transmission module 93 for transmitting the image signal generated and applied to the fixed terminal unit 92 or the monitor unit 80 constituting the rotational contact structure 90 by the underwater camera 70 to the outside. In one embodiment, at least one wireless monitor unit 80 ′ provided with a wireless receiving module (not shown) is configured to receive and display an image signal transmitted through the wireless transmitting module 93.

In the drawing showing a preferred embodiment, the fixed terminal unit 92 is provided with a wireless transmission module 93 for transmitting the video signal of the underwater camera 70 to the outside.

When configured in this way, it is possible to view the underwater image taken through the underwater camera 70 wirelessly from a distance through the wireless monitor unit 80 '.

As described above, the downrigger according to the present invention combines an image system consisting of an underwater camera, a cable, and a monitor unit, while stably supporting the downrigger, which is an original function of the downrigger, while stably supporting the fishing rigger in the water, Fishing can be observed with the naked eye from the outside.

In particular, in the present invention, by providing a pivoting contact structure between the connecting cable of the monitor unit and the cable forming the guide line, it is configured to suppress the twisting of the connecting cable of the monitor unit, it is possible to provide stability of the operation.

Claims (6)

A roller bracket on which a winding roller is installed by a roller shaft; A bar-shaped guide bracket which is coupled to the roller bracket and made of at least one rod member; A cable bound to the winding roller and wound; It is configured to include an underwater camera provided with one or more clamps that are attached to the front end of the cable is obtained underwater by its own weight and photographs the underwater environment, and the one or more clamps to bind the fishing gear obtained from the outside,  A monitor unit for displaying an image signal output through the underwater camera is provided on the outside, It is configured to observe the outside of the fishing behavior through fishing tackle while promoting the function of temporarily fixing the fishing tackle in the water, On the roller shaft provided in the roller bracket, a wheel terminal portion having a plurality of annular end portions exposed to an outer diameter thereof is provided, and the roller bracket has a plurality of linear contacts which make a sliding contact state by individually contacting a band terminal formed on the wheel terminal portion. A fixed terminal unit having a terminal is provided, and a band terminal formed at the wheel terminal unit is respectively bound to an end of a cable, and a linear terminal of the fixed terminal unit is respectively bound to an end of a connection cable drawn from a monitor unit. Downrigger having an underwater video shooting function, characterized in that the connection cable drawn from the monitor to form a contact state at all times. delete According to claim 1, wherein in the first half of the roller bracket provided with the winding roller, A guide shaft which rotates in association with the winding roller and is formed by crossing a pair of spiral feed grooves on an outer circumference thereof; The cable guide is provided to pass through, and provided through the guide shaft to provide a cable guide including a guider which is alternately transported to the left and right along the spiral groove formed on the outer periphery by the rotation of the guide shaft, Downrigger having an underwater image capture function, characterized in that configured to be uniformly wound on the surface of the take-up roller while the cable is transferred to the left and right alternately by the guider which is alternately transferred to the left and right. The wireless terminal of claim 1, further comprising: a wireless transmitter for transmitting an image signal to the fixed terminal unit or the monitor unit constituting the rotational contact structure to the outside, wherein at least one wireless monitor unit provided with a wireless receiving module is transmitted through the wireless transmission module. Downrigger having an underwater video capture function, characterized in that configured to receive and display a video signal. The method of claim 1, wherein any one or both of a depth sensor, a water temperature sensor, and an ultrasonic sensor is installed in the underwater camera, so that the measurement information measured by the sensors is displayed on a monitor. Downrigger with underwater imaging function. According to claim 1, Providing a propellant comprising a motor and a propeller in the underwater camera, The monitor unit is provided with a controller for controlling the driving of the propellant, the underwater camera by the drive of the propellant to the type of underwater Downrigger having an underwater imaging function, characterized in that configured to be.

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