CN220936363U

CN220936363U - Floating fishing underwater monitoring device

Info

Publication number: CN220936363U
Application number: CN202322407891.XU
Authority: CN
Inventors: 陈坚
Original assignee: Taizhou Feiyu Visual Technology Co ltd
Current assignee: Taizhou Feiyu Visual Technology Co ltd
Priority date: 2023-09-05
Filing date: 2023-09-05
Publication date: 2024-05-14
Anticipated expiration: 2033-09-05

Abstract

The utility model discloses an underwater monitoring device for float fishing, and mainly relates to the technical field of fishing monitoring. The tail end of the monitoring camera is connected with the signal main line; the base is provided with a 7-shaped hanging frame, and the tail end of a transverse frame of the 7-shaped hanging frame is limited and provided with a fishing sub-line; the fishing main line is fixed at the top of a vertical frame of the 7-shaped hanging frame and extends upwards, and a bottom float is arranged at the extending end of the fishing main line, which is close to the top of the vertical frame; the bottom of the base is connected with heavy lead with a bottom through a rope. The utility model has the beneficial effects that: the method can realize the atomization fish attraction of the silver carp bighead baits to the greatest extent under the condition of realizing underwater monitoring floating fishing; and the atomized bait is positioned above the fishhook, so that the fishhook is conveniently sucked when the silver carp and bighead carp inhale the atomized bait, and the fish efficiency is increased.

Description

Floating fishing underwater monitoring device

Technical Field

The utility model relates to the technical field of fishing monitoring, in particular to an underwater monitoring device for floating fishing.

Background

In the patent application of the application number 2023214357714 and 202321442582X, the applicant describes a fishing tool capable of underwater monitoring, and focuses on an underwater video monitoring device for fishing. But in the art it is applicable to bottom fishing methods.

However, the floating fishing method is generally used for fishing fish such as silver carp and bighead carp, i.e. the water layer where the silver carp and bighead carp are located is not on the bottom layer. And for silver carp and bighead carp baits, if the water atomization effect is better, the fish attracting and atomizing silver carp and bighead carp baits can fall, so that the fish hook is best at the lower position of the atomized bait, and the silver carp and bighead carp can be sucked when sucked into the atomized bait.

The existing monitoring fishing rod can only be used for fishing by manually finding the bottom of a fishhook and then adjusting the float, so that the monitoring camera and the fishhook can be used for fishing at a certain distance from the water bottom; the condition that the distance between the monitoring camera and the fishhook is too large or the monitoring camera lands on the ground (water bottom) can influence the fishing effect when the bottom-finding floating position is not thrown due to inaccurate fishing casting rod position.

Disclosure of utility model

The utility model aims to provide an underwater monitoring device for floating fishing, which can realize the atomization fish luring of silver carp and bighead carp bait to the greatest extent under the condition of realizing underwater monitoring floating fishing; and the atomized bait is positioned above the fishhook, so that the fishhook is conveniently sucked when the silver carp and bighead carp inhale the atomized bait, and the fish efficiency is increased. Under the condition that the floating adjustment is improper or the water bottom is inclined slope or uneven, the buoyancy of the bottom float can float the monitoring camera and the base, and under the heavy lead sinking state of the sinking bottom, the length of the rope body connected with the heavy lead of the sinking bottom is the height from the water bottom during floating fishing and is unchanged all the time.

The utility model aims to achieve the aim, and the aim is achieved by the following technical scheme:

The floating fishing underwater monitoring device comprises a monitoring camera, wherein the monitoring camera is arranged on a base, the tail end of the monitoring camera is connected with a signal main line which is used as a fishing main line; the fishing main line comprises a waterproof outer wrapping layer and a camera signal line which is wrapped through the waterproof outer wrapping layer in a sealing mode.

The base is provided with a 7-shaped hanging frame, the tail end of a transverse frame of the 7-shaped hanging frame is limited and provided with a fishing sub-line, a fishhook is arranged below the fishing sub-line, and the fishhook is positioned in a monitoring view field of the monitoring camera; the specific method is as follows: the end of the transverse frame of the 7-shaped hanger is provided with a tail end ring, and the fishing sub-line passes through the tail end ring and is limited by the tail end ring.

The fishing main line led out from the tail end of the monitoring camera is fixed at the top of the vertical frame of the 7-shaped hanging frame and extends upwards, and the specific mode is as follows: the intersection of the transverse frame and the vertical frame of the 7-shaped hanging frame is provided with a middle ring, and the fishing main line passes through the middle ring and is limited by the middle ring. The fishing main line is fixed on the middle ring in a winding or binding mode.

The extending end of the monitoring camera, which is close to the top of the vertical frame, is provided with a bottom float for floating the monitoring camera and the base, so that the monitoring camera is suspended under water and is separated from the bottom; the bottom of the base is connected with a heavy lead with a bottom through a rope, and the buoyancy of the bottom float can not overcome the gravity of the heavy lead with the bottom, so that the heavy lead with the bottom is always sunk. The length of the rope body is the height from the water bottom during floating fishing. The rope body is a stainless steel rope, the stainless steel rope is not easy to break, and the stainless steel rope is detachably arranged on the base.

In order to conveniently place the atomized bait above the fishhook, an atomized bait placing seat for placing the atomized bait is arranged on a fishing sub-line above the fishhook. Specifically, the atomized bait placing seat is an annular spring. The specific setting method of the annular spring comprises the following steps: the fishing sub-line is penetrated with a long I-shaped running piece, the annular spring is positioned outside the long I-shaped running piece, and the upper end and the lower end of the annular spring are limited by flanges at the two sides of the long I-shaped running piece.

Compared with the prior art, the utility model has the beneficial effects that:

1. When fishing, the base with the monitoring camera is thrown into water together with the bottom float, the heavy lead and the fishing sub-line, and the gravity of the heavy lead of the bottom is carried along with the base to sink together with the bottom float and the fishing sub-line due to the fact that the buoyancy of the bottom float cannot overcome the gravity of the heavy lead of the bottom, and the bottom is sunk under the action of the heavy lead of the bottom; the vertical frame of the fishing main line, the rope body connected with the heavy lead of the sinking bottom is almost vertical and collinear under water, but the buoyancy of the bottom float can float the monitoring camera and the base, the monitoring camera is always suspended under the water and separated from the bottom under the action of the bottom float under the sinking bottom heavy lead sinking state, and the fishhook is ensured to be positioned in the monitoring view of the monitoring camera. The bottom float is arranged on the fishing main line at the extending end of the top of the vertical frame of the 7-shaped hanging frame, because the vertical frame of the 7-shaped hanging frame is required to be floated by the bottom float to be close to the vertical state, the monitoring camera and the base can be floated off the bottom only through the buoyancy of the bottom float and the gravity action of heavy lead of the bottom, the fishing main line, the vertical frame of the 7-shaped hanging frame and the rope body connected with heavy lead of the bottom are almost vertically collinear under water, and the floating fishhook is further ensured to be positioned in the monitoring field of view of the monitoring camera. The length of the rope body connected with heavy lead at the bottom is the height from the bottom of the water during floating fishing.

The fishing sub-line is provided with an atomized bait placing seat for placing atomized bait, and the atomized bait is put into water on the atomized bait placing seat for atomized fish attraction.

Thus: the device can realize the atomization fish attraction of the silver carp bighead baits to the greatest extent under the condition of realizing underwater monitoring floating fishing; and the atomized bait is positioned above the fishhook, so that the fishhook is conveniently sucked when the silver carp and bighead carp inhale the atomized bait, and the fish efficiency is increased.

2. Under the condition that the floating adjustment is improper or the water bottom is inclined slope or uneven, the buoyancy of the bottom float can float the monitoring camera and the base, and under the heavy lead sinking state of the sinking bottom, the length of the rope body connected with the heavy lead of the sinking bottom is the height from the water bottom during floating fishing and is unchanged all the time.

Drawings

FIG. 1 is a schematic structural view and a partially enlarged cross-sectional view of the present utility model.

Fig. 2 is a view showing the state of the utility model in use under water.

The reference numbers shown in the drawings:

1. monitoring a camera; 2. a base; 3. a signal main line; 4. a fishing main line; 5. a 7-shaped hanging frame; 6. a cross frame; 7. fishing the sub-line; 8. a fishhook; 9. a vertical frame; 10. bottom floating; 11. heavy lead at the bottom; 12. an atomized bait placing seat; 13. an annular spring; 14. a long I-shaped member; 15. a flange; 16. a terminal ring; 17. a middle ring; 18. a threading hole; 19. a small screw; 20. a rope body; 21. and a limit plug.

Detailed Description

The utility model will be further illustrated with reference to specific examples. It is to be understood that these examples are illustrative of the present utility model and are not intended to limit the scope of the present utility model. Further, it will be understood that various changes and modifications may be made by those skilled in the art after reading the teachings of the utility model, and equivalents thereof fall within the scope of the utility model as defined by the claims.

The utility model relates to a floating fishing underwater monitoring device, as shown in figures 1 and 2 of the accompanying drawings in the specification, the main structure of the floating fishing underwater monitoring device comprises a monitoring camera 1, the monitoring camera 1 is arranged on a base 2, a threading hole 18 is arranged on the base 2, and a fishing main line 4 led out from the monitoring camera 1 is led out through the threading hole 18. The tail end of the monitoring camera 1 is connected with a signal main line 3, and the signal main line 3 is used as a fishing main line 4; the fishing main line 4 comprises a waterproof outer wrapping layer and a camera signal line which is wrapped by the waterproof outer wrapping layer in a sealing way.

As shown in fig. 1 and 2 of the drawings of the specification, a 7-shaped hanging frame 5 is arranged on the base 2, a fishing sub-line 7 is arranged at the tail end of a transverse frame 6 of the 7-shaped hanging frame 5 in a limiting mode, a fishhook 8 is arranged below the fishing sub-line 7, and the fishhook 8 is located in a monitoring view field of the monitoring camera 1; the specific method is as follows: the tail end of the transverse frame 6 of the 7-shaped hanging frame 5 is provided with a tail end ring 16, the fishing sub-line 7 passes through the tail end ring 16 and is limited by the tail end ring 16, the fishing sub-line 7 falls down from the tail end ring 16, and the fishhook 8 is positioned in the monitoring view of the monitoring camera 1.

As shown in fig. 1 and 2 of the drawings of the specification, a fishing main line 4 led out from the tail end of the monitoring camera 1 is fixed on the top of a vertical frame 9 of a 7-shaped hanger 5 and extends upwards, and the specific way is as follows: the intersection of the transverse frame 6 and the vertical frame 9 of the 7-shaped hanging frame 5 is provided with a middle ring 17, and the fishing main line 4 passes through the middle ring 17 and is limited by the middle ring 17. The fishing line 4 is fixed to the middle ring 17 by winding or tying.

As shown in fig. 1 and 2 of the drawings of the specification, a bottom float 10 for floating the monitoring camera 1 and the base 2 is arranged at the extending end close to the top of the vertical frame 9, so that the monitoring camera 1 floats under water and leaves the bottom; the bottom of the base 2 is connected with a heavy lead 11 through a rope body 20, and the buoyancy of the bottom float 10 can not overcome the gravity of the heavy lead 11, so that the heavy lead 11 always sinks. The length of the rope 20 is the height from the water bottom during floating fishing. The rope body 20 is a stainless steel rope, the stainless steel rope is not easy to break, and the stainless steel rope is detachably arranged on the base 2. The stainless steel rope has good strength and toughness, can not be bent and deformed under the natural condition of being broken off by hands, and can keep the state shown in figure 2 of the specification under water. The stainless steel cord is detachably secured to the base 22 by means of small screws 19.

In order to conveniently place the atomized bait above the fishhook 8, an atomized bait placing seat 12 for placing the atomized bait is arranged on the fishing sub-line 7 above the fishhook 8. Specifically, the atomized bait placing seat 12 is an annular spring 13, atomized baits are pinched on the annular spring 13, wires of the annular spring 13 can firmly fix the atomized baits, and the atomized baits are prevented from falling off during wire throwing.

The specific arrangement method of the annular spring 13 comprises the following steps: as shown in the enlarged view of fig. 1 of the accompanying drawings, the fishing sub-line 7 is provided with a long I-shaped line 14, the annular spring 13 is positioned outside the long I-shaped line 14, and the upper end and the lower end of the annular spring 13 are limited by flanges 15 on two sides of the long I-shaped line 14. Is limited below the long workpiece 14 by an ellipsoidal limiting plug 21.

To sum up:

As shown in figure 2 of the accompanying drawings, when fishing, a base 2 with a monitoring camera 1 together with a bottom float 10, a bottom heavy lead 11 and a fishing sub-line 7 are thrown into water, and as the buoyancy of the bottom float 10 can not overcome the gravity of the bottom heavy lead 11, the gravity of the bottom heavy lead 11 drives the base 2 together with the bottom float 10 and the fishing sub-line 7 to sink, and the bottom is sunk under the action of the bottom heavy lead 11; the vertical frame 9 of the '7' -shaped hanging frame 5 of the fishing main line 4 and the rope body 20 connected with the heavy lead 11 at the bottom are almost vertical and collinear under water, but the buoyancy of the bottom float 10 can float the monitoring camera 1 and the base 2, the heavy lead 11 at the bottom always enables the monitoring camera 1 to float off the bottom under the action of the bottom float 10 under the bottom in the state that the heavy lead 11 at the bottom is sunk, and the fishhook 8 is ensured to be positioned in the monitoring view of the monitoring camera 1. The bottom float 10 is arranged on the fishing main line 4 at the top extension end of the vertical frame 9 of the 7-shaped hanging frame 5, because the vertical frame 9 of the 7-shaped hanging frame 5 needs to be floated by the bottom float 10 to be close to the vertical state, the monitoring camera 1 and the base 2 can be separated from the bottom float 10 only through the buoyancy of the bottom float 10 and the gravity action of the heavy bottom lead 11, and the vertical frame 9 of the 7-shaped hanging frame 5 and the rope body 20 connected with the heavy bottom lead 11 are almost vertically collinear under water, so that the floating fishhook 8 is positioned in the monitoring view of the monitoring camera 1. The length of the rope body 20 connected with the heavy lead 11 at the bottom is the height from the bottom of the water during floating fishing. The fishing sub-line 7 is provided with an atomized bait placing seat 12 for placing atomized bait, and the atomized bait is put into water on the atomized bait placing seat 12 for atomized fish attraction. The atomized bait placing seat 12 is an annular spring 13, atomized bait is pinched on the annular spring 13, and the wire of the annular spring 13 can firmly fix the atomized bait, so that the atomized bait is prevented from falling off during wire throwing.

Thus: the device can realize the atomization fish attraction of the silver carp bighead baits to the greatest extent under the condition of realizing underwater monitoring floating fishing; and the atomized bait is positioned above the fishhook 8, so that the fishhook 8 is conveniently sucked when the silver carps and bighead carps suck the atomized bait, and the fish efficiency is improved.

Under the condition that the floating adjustment is improper or the water bottom is inclined slope or uneven, the buoyancy of the bottom float 10 can float the monitoring camera 1 and the base 2, and under the sinking state of the heavy lead 11 of the sinking, the length of the rope body 20 connected with the heavy lead 11 of the sinking is the height from the water bottom during floating fishing and is unchanged all the time.

Supplementary explanation: when under water, the buoyancy of the bottom float 10 is vertically upwards, the gravity of the heavy bottom lead 11 is vertically downwards, and the bottom float 10 and the heavy bottom lead 11 are in a vertical direction under the action of two action forces, so that the monitoring camera 1 is always suspended away from the bottom under water and is in a specified direction, the monitoring camera 1 tends to be in a horizontal state, the vertical frame 9 of the 7-shaped hanging frame 5 is also floated to be in a nearly vertical state, the vertical frame 9 of the 7-shaped hanging frame 5 of the fishing main line 4 and the rope body 20 connected with the heavy bottom lead 11 are almost vertically collinear under water, and the floating fishhook 8 is further ensured to be positioned in the monitoring view of the monitoring camera 1.

Claims

1. The utility model provides a float and angle monitoring device under water, includes surveillance camera head (1), surveillance camera head (1) set up on a base (2), its characterized in that:

The tail end of the monitoring camera (1) is connected with a signal main line (3), and the signal main line (3) is used as a fishing main line (4);

The base (2) is provided with a 7-shaped hanging frame (5), the tail end of a transverse frame (6) of the 7-shaped hanging frame (5) is provided with a fishing sub-line (7) in a limiting mode, a fishhook (8) is arranged below the fishing sub-line (7), and the fishhook (8) is located in a monitoring view of the monitoring camera (1);

The fishing main line (4) is fixed at the top of a vertical frame (9) of the 7-shaped hanging frame (5) and extends upwards, and a bottom float (10) for floating the monitoring camera (1) and the base (2) is arranged at the extending end of the fishing main line, which is close to the top of the vertical frame (9), so that the monitoring camera (1) is suspended under water and separated from the bottom;

The bottom of the base (2) is connected with a heavy lead (11) through a rope body (20), and the buoyancy of the bottom float (10) can not overcome the gravity of the heavy lead (11) so that the heavy lead (11) always sinks.

2. The float-over-water monitoring device of claim 1, wherein: an atomized bait placing seat (12) for placing atomized bait is arranged on the fishing sub-line (7) above the fishhook (8).

3. The float fishing underwater monitoring device according to claim 2, wherein: the atomized bait placing seat (12) is an annular spring (13).

4. A float fishing underwater monitoring device as claimed in claim 3, wherein: the fishing sub-line (7) is provided with a long I-shaped line (14) in a penetrating mode, the annular spring (13) is located outside the long I-shaped line (14), and the upper end and the lower end of the annular spring (13) are limited through flanges (15) on two sides of the long I-shaped line (14).

5. The floating fishing underwater monitoring device according to any one of claims 1 to 4, wherein: the fishing main line (4) comprises a waterproof outer wrapping layer and a camera signal line which is wrapped by the waterproof outer wrapping layer in a sealing mode.

6. The underwater monitoring device for float fishing according to claim 5, wherein: the rope body (20) is a stainless steel rope, and the stainless steel rope is detachably arranged on the base (2).

7. The underwater monitoring device for float fishing as defined in claim 6, wherein: the tail end of the transverse frame (6) of the 7-shaped hanging frame (5) is provided with a tail end ring (16), and the fishing sub-line (7) passes through the tail end ring (16) and is limited by the tail end ring (16).

8. The float-over-water monitoring device of claim 7 wherein: the junction of the transverse frame (6) and the vertical frame (9) of the 7-shaped hanging frame (5) is provided with a middle ring (17), and the fishing main line (4) passes through the middle ring (17) and is limited by the middle ring (17).

9. The float-over-water monitoring device of claim 8, wherein: the fishing main line (4) is fixed on the middle ring (17) in a winding or binding mode.