LU502786B1 - A video surveillance mounting device based on a deep water cage - Google Patents

Abstract

The present invention relates to the technical field of breeding auxiliary equipment, wherein the attachment device includes a front bracket, a monitor mounting bracket, a rear bracket and an upper connector; wherein the monitor mounting bracket is fixed to one side of the front bracket and a mounting rod shaft is placed thereon, on the mounting rod shaft a mounting kit capable of mounting the camera is mounted; The outside of the installation rod shaft has a fastening part, the side wall of the monitor mounting bracket has a locking bracket, the locking bracket includes a guide rod and an outer frame body, the longitudinal cushioning of the outer frame body is located on the side wall of the monitor mounting bracket, and the inside of the outer frame body has a locking slot , which gradually decreases from top to bottom, and the guide rod is arranged on the side wall of the outer frame and longitudinally slides on the front bracket. A drive element is provided between the front bracket and rear bracket that can connect the two.

Description

DESCRIPTION 7502766

A video surveillance mounting device based on a deep water cage

technical field

The present invention relates to the technical field of breeding support equipment, in particular to a video surveillance mounting device based on a

deep water cage.

background technique

Deep-water cages have the significant advantages of large breeding capacity and good breeding efficiency: the maximum annual fish production of the cage has exceeded 80t/box, with an output value of more than 1.5 million yuan; As the

Controlling breeding risks as much as possible and ensuring breeding efficiency is the most important concern of cage breeding companies. In the deep water cage culture base, it is for

Facilitate and manage breeding production necessary to install video surveillance equipment in deep water cage culture.

The outside of the deep-water cage features a protective strip, whereby the

Video surveillance device is generally attached to the protective bar; Since that

Video surveillance equipment generally requires angle adjustment, it is relatively fixed and not fixed; The deep water cage is on the water surface and the wind is on the

water surface is relatively large; This can easily cause video surveillance equipment to shake due to wind.

content of the invention

The purpose of the present invention is to provide a fastening device for

Provide video surveillance based on a deep water cage to troubleshoot problems in the

solve background technology.

In order to achieve the above purpose, the invention offers the following technical ones

Solutions:

A video surveillance mounting device based on a deep water cage 57502786 comprising a front bracket, a surveillance mounting bracket, a rear bracket and a top connector, the top of the front bracket having a top

Has connector capable of being clamped on the deep-water cage fence, and the rear bracket is located at the end of the upper connector far from the front bracket, and the front bracket and the rear bracket are opposite and respectively on both sides of the deep water cage fences arranged; where the

Monitoring mounting bracket is fixed to one side of the front bracket and a mounting rod shaft is placed thereon, on the mounting rod shaft a

mounting kit is attached that can mount the camera; The outside of the

Installation rod shaft has a fastening part, the side wall of the

Surveillance mounting bracket has a locking bracket, the locking bracket includes a

Guide rod and an outer frame body, with the longitudinal damping of the outer

Frame body is arranged on the side wall of the monitoring mounting bracket and the

Inside of the outer frame body has a locking slit that is gradually smaller from top to bottom, the locking slit being clamped on the outside of the fixing part, and the guide rod is arranged on the side wall of the outer frame and longitudinally slides on the front bracket. Between the front bracket and rear bracket, a driving member is provided that can connect the two, the rear bracket having a wind rotating member, and the wind rotating member can rotate when exposed to strong winds, the driving member with the

Wind rotation element and the guide rod is connected, and when the

Wind rotating member rotates, the driving member is driven to pull the outer frame body to move down.

Based on the above technical solution, the invention also provides the following optional technical solutions:

In an optional solution: the mounting kit includes one mounting seat and two

Gripping elements, wherein the mounting seat is arranged on the mounting rod shaft, the two

Gripping elements are arranged opposite one another on the mounting seat and the ends of the two

Gripping elements have fastening parts and the opposite two fastening parts LUs02786 can be screwed in order to realize a fastening of the camera.

In an optional solution: the monitor mounting bracket also has an annular guide cavity centered on the axis of the mounting rod shaft, and the annular guide cavity has a guide block slidable therein and the

Guide block has a connecting rod connecting the mounting seat.

In an optional solution: the outer wall of the fastener and the inner wall of the

Blocking slots have projections, and the projections are made of rubber material.

In an optional solution: the wind rotation element includes a rotating rod, a

mounting sleeve, a fan blade and a toggle piece; The rotating rod is lengthwise on the rear

Bracket arranged and and the connecting part of the pivot rod and the rear bracket has a mounting sleeve, and the mounting sleeve is rotatably fitted to the pivot rod; The

Fan blade is located at the top of the pivot rod and can produce rotating motion when exposed to the wind, and the toggle is at the bottom of the

rotating rod arranged; The drive member includes a mounting rod member and a

traction sliding element; wherein the mounting bar member transversely between the front

Bracket and the rear bracket is arranged and can fix both to each other, the

Traction slide member is slidably mounted on the mounting bar member, and the

Traction sliding element is connected to the guide rod at one end, and the other

end may be connected to the toggle piece, the toggle piece being the

Traction slider can push to move during rotation on the drive member, and the slider is moved forward to the guide rod during

To pull movement process in the longitudinal direction.

In an optional solution: the traction element comprises a movable element, a fixed bracket, a drive gear and a cross rack, the movable element being slidably arranged on the fastening bar element, and the fastening bracket being fixed at the position close to the end of the fastening bar element, with the drive gear is arranged on the fixed support, and the drive gear engages with a at the

Guide rod arranged longitudinal rack, wherein the transverse rack is arranged on the movable element and the transverse rack with the drive gear in

intervention is coming; wherein the movable member and the mounting bracket are connected by a spring; the moveable element also being connected to the toggle piece.

In an optional solution: the moving element includes a sliding sleeve and a

Strip frame member, wherein the slide sleeve is slidably mounted on the mounting rod member, the strip frame member is mounted on the slide sleeve, the toggle piece comprises a disk body and a toggle column, the disk body being fixed to a lower end of the pivot rod, and the toggle column eccentrically to the end face of the

disc body, and the toggle column may extend into the strip frame member.

In an optional solution: the mounting bar member is near the end of the front ones

Bracket with the side wall of the front bracket articulated, wherein the

Side wall of the rear bracket has a mounting bayonets, and the end of

Fastening rod element has a fastening bolt near the rear bracket, the fastening bolt being clamped into the inside of the fastening bayonets and being fixed by a nut.

Compared to the prior art, the advantageous effects of the invention are as follows: 1. The rotation of the attachment set in the present invention can

Adjust installation angle of security camera and can fix after

Realize angle adjustment by a locking clip; 2. In the present invention, the driving member and the

Wind rotation element drive the locking bracket to move relative to the mounting kit and improve the strength of the locking bracket to prevent the rotation of the

Fixing kit to block, allowing the stability for installing the

Surveillance camera can be secured;

3. The present invention has a simple structure and is convenient for the LUs02786

Angle adjustment of the surveillance camera, and can improve the installation stability of the

Improve surveillance camera to make it easier to use.

Description of the figures

Fig.1 is a schematic diagram of the overall structure of the device in a

embodiment of the present invention.

Fig.2 is a schematic structural diagram of the attachment kit in one

embodiment of the present invention.

Fig. 3 is a schematic structural diagram of the locking clip in an embodiment of the present invention.

Fig.4 is a schematic structural diagram of the movable member in a

embodiment of the present invention.

Notes on the reference drawings: Front bracket 1,

Monitoring mounting bracket 2, annular guide cavity 21, rear bracket 3,

Mounting Bayonet, Upper Link 4, Mounting Kit 5, Mounting Rod Shaft 51,

Gripping element 52, fastening part 53, connecting rod 54, guide block 55, mounting seat 57,

Locking bracket 6, guide rod 61, longitudinal rack 62, projection 63, outer frame body 64, locking slot 65, driving member 7, fixing rod member 71, movable member 72,

Sliding sleeve 721, Strip frame member 722, Mounting bracket 73, Drive gear 74,

Spring 75, cross rack 76, fastening bolt 77, wind rotation element 8, rotating rod 81,

Installation sleeve 82, the disc body 83, the toggle column 84 and the fan blade 85.

Specific embodiment

In order to make the purpose, the technical solution and the advantages of the invention clearer, the invention is described below in combination with the attached figures and

Embodiments described in more detail; In the figures or descriptions, the same reference number is used for similar or identical parts, and in practice

Depending on the application, the shape, thickness or height of each part can be increased or decreased.

The embodiments listed in the invention are only used to

To illustrate the invention, not to limit the scope of the invention. Any obvious and readily apparent modification or change in the invention does not depart from the spirit and scope of the invention.

In an embodiment as shown in Figs. 1-Fig. 3 shown a fastening device for

Video surveillance based on a deep water cage, comprising a front bracket 1, a surveillance mounting bracket 2, a rear bracket 3 and a top

Connector where the top of the front bracket 1 has an upper connector 4 capable of being clamped on the deep water cage fence and the rear

Bracket 3 is located at the end of the upper link 4 far from the front bracket 1, and the front bracket 1 and the rear bracket 3 are arranged opposite and respectively on both sides of the deep-water cage fence; where the

Monitoring mounting bracket 2 is fixed to one side of front bracket 1 and a mounting rod shaft 51 is placed thereon

Attachment kit 5 is attached, which can attach the camera; The outside of the

Mounting rod shaft 51 has a mounting portion 53, wherein the side wall of the

Surveillance mounting bracket 2 has a locking bracket 6, the locking bracket 6 comprises a guide rod 61 and an outer frame body 64, the longitudinal cushioning of the outer frame body 64 being arranged on the side wall of the surveillance mounting bracket 2, and the inside of the outer frame body 64 having a locking slot 65 gradually extending from top to bottom is smaller, with the blocking slot 65 on the

Outside of the fastening part 53 is clamped, and the guide rod 61 is on the

Side wall of the outer frame 64 arranged and slides longitudinally on the front

Bracket 1.Between the front bracket 1 and rear bracket 3, a

Has drive element 7, which can connect the two, with the rear bracket 3 a

wind rotating member 8 has, and the wind rotating member 8 can rotate when exposed to strong wind, the driving member 7 is connected to the wind rotating member 8 and the guide rod 61, and when the wind rotating member 8 rotates, the

Driving member 7 driven to pull the outer frame body 64 to move downward.

In the present embodiment, the upper link 4 is on the

Deep-water cage fence arranged so that the front bracket 1 and rear bracket 3 are positioned on both sides of the deep-water cage fence, and the front bracket 1 and rear bracket 3 are connected and fixed by the driving member 7, making the whole fixing device stable on the deep-water cage fence can be assembled;

If there is strong wind around the deep water cage, it will

wind rotating member 8 hit by the strong wind and the wind rotating member 8 rotates; The wind rotating member 8 can rotate and use the driving member 7 to pull the locking bracket 6 to move down; Because the width of the

Blocking slot 65 becomes smaller from top to bottom, create the outer wall of the

Fastening part 53 and the inner wall of the locking slot 65 gradually a large pressure, thereby effectively increasing the friction between the fastening part 53 and the locking slot 65; So the blocking slot 65, the rotation of the fastener 53 and the

Limit the mounting rod shaft 51 to a certain extent, thereby preventing the rotation of the

Fixing kit 5 and the camera is limited, which avoids the camera shake caused by the strong wind and thus improves the stability of the camera fixing;

In one embodiment, as shown in Figs. 1 and 2, the mounting kit 5 includes a mounting seat 57 and two gripping members 52, the mounting seat 57 on the

Fixing rod shaft 51 is arranged, the two gripping members 52 are arranged oppositely on the mounting seat 57 and the ends of the two gripping members 52

have fastening parts 53 and the opposite two fastening parts 53 can be screwed in order to realize a fastening of the camera; In the present

In the embodiment, the gripping member 52 has a semi-circular ring structure, and the two gripping members 52 are capable of synthesizing a sleeve body attached to the

outside of the camera, the fixing part 53 has a through hole and the bolt passes through the through hole and cooperates with the bolt to realize fixing;

In one embodiment, as shown in FIG. 2, the monitor mounting bracket 2 also has an annular guide cavity 21 located on the axis of the

Mounting rod shaft 51 is centered and the annular guide cavity 21 has a guide block 55 slidable therein and the guide block 55 has a connecting rod

54 connecting the mounting seat 57. In the present embodiment, since the LUs02786

Guide block 55 slides inside the annular guide cavity 21 so that the

Stability of rotation of the mounting rod shaft 51 can be ensured to

To avoid trembling of the mounting rod shaft 51 due to the wind action.

In one embodiment, as shown in Fig. 3, both the outer wall of the

Fixing part 53 and the inner wall of the locking slot 65 have projections 63, and the projections 63 are made of rubber material; In the present embodiment, the

Arrangement of the projections 63, the frictional force between the fastening part 53 and the

Increase the blocking slit 65 and improve the clamping strength, and the protrusions 63 can assume either a strip-like structure with a semi-circular cross-section or a hemispherical raised structure.

In one embodiment, as shown in FIG. 1, the wind rotation element 8 comprises a

pivot rod 81, a mounting sleeve 82, a fan blade 85 and a toggle piece; The

Rotating rod 81 is arranged longitudinally on the rear bracket 3 and and the connecting part of the

Rotating rod 81 and the rear bracket 3 has a mounting sleeve 82, and the

Mounting sleeve 82 is rotatably fitted to pivot rod 81; The fan blade 85 is arranged at the upper end of the pivot rod 81 and can produce rotary motion when exposed to the wind, and the toggle piece is arranged at the lower end of the pivot rod 81; The drive member 7 includes a mounting rod member 71 and a

traction sliding element; wherein the mounting bar member 71 transversely between the front

Bracket 1 and the rear bracket 3 is arranged and can fix both to each other, the

Traction slide member is slidably mounted on the mounting bar member 71, and the

Traction sliding element is connected at one end to the guide rod 61, and the other

end may be connected to the toggle piece, the toggle piece being the

Traction slider can push to move on the drive member 7 during rotation, and the slider is moved forward to pull the guide rod 61 longitudinally during the moving process. In the present embodiment, when the fan blade 85 rotates in one direction by wind, the rotating rod 81 rotates accordingly and moves under the mounting rod member 71 to one end

Using the toggle piece, and the traction sliding element drives the locking bracket 6 during the moving process to move down, and the locking slot LUs02786 65 can clamp the fixing part 53 and increase the stable connection of the fixing set;

In one embodiment, as shown in Figures 1 and 4, the

Traction sliding element includes a movable element 72, a mounting bracket 73, a

Drive gear 74 and a cross rack 76, wherein the movable member 72 is slidably mounted on the mounting rod member 71, the mounting bracket 73 is on a

Fixed position near the end of the mounting rod member 71, the drive gear 74 is arranged on the mounting bracket 73, and the drive gear 74 meshes with the

Longitudinal rack 62, which is arranged on the guide rod 61, wherein the transverse rack 76 is arranged on the movable member 72 and the transverse rack 76 with the

drive gear 74 engages; wherein the movable element 72 and the

mounting bracket 73 are connected by a spring 75; the movable element 72 is also connected to the toggle piece. In the present embodiment, during the

Rotating operation of the rotating rod 81, the toggle piece drives the movable member 72 to move on the driving member 7, and the transverse rack 76 can move with the movable member 72, and the transverse rack 76 also drives the longitudinal rack 62 by engaging therewith stationary drive gear 74, whereby the longitudinal movement of

Locking clip 6 is realized, the spring 75 the movable element 72 and the

can drive wind rotating element 8 to reset when rotating rod 81 stops rotating;

In one embodiment, as shown in Figures 1 and 4, the movable member 72 comprises a slide sleeve 721 and a strip frame member 722, with the slide sleeve 721 being slidably mounted on the mounting rod member 71, the strip frame member 722 being attached to the slide sleeve 721 , Wherein the toggle piece has a disk body 83 and a

Includes toggle column 84, wherein the disk body 83 is fixed to a lower end of the rotary rod 81, and the toggle column 84 is eccentrically located on the end face of the disk body 83, and the toggle column 84 can extend into the strip frame member 722.

In the present embodiment, the disk body 83 rotates with the rotating rod 81,

toggle column 84 rotates accordingly and moves strip frame member 722 so that 502786 sliding sleeve 721 slides on mounting rod member 71;

In one embodiment, as shown in Fig.1, the mounting rod member 71 is hinged to the side wall of the front bracket 1 near the end of the front bracket 1, the side wall of the rear bracket 3 having a mounting bayonets 31, and the end of the mounting rod member 71 near the rear bracket 3 one

Has fastening bolts 77, wherein the fastening bolts 77 in the inside of the

Mounting bayonets 31 is clamped and fixed by a nut. In the present

embodiment since the connection between the mounting rod member 71 and the rear bracket 3 is detachable; so that the drive member 7 to the side of the front

Bracket 1 can be reversed; thus the entire device in a continuous

deep water cage fence can be clamped; and it is convenient to install and fix; And when the mounting bolt 77 is attached to the mounting bayonets 31, the toggle column 84 can be easily inserted into the strip frame member 722, and that

Drive gear 74 is in mesh with longitudinal rack 62; Wherein the upper wall of the upper link 4 has a fitting bolt 41, the fitting bolt 4 being the upper

Connector 4 can attach to the deep water cage fence;

The above embodiment discloses a fastening device for

Video surveillance based on a deep-water cage, with the upper connector 4 clamped on the deep-water cage fence, so that the front bracket 1 and the rear

Bracket 3 positioned on either side of the deep water cage fence, and the front

Bracket 1 and the rear bracket 3 are connected and fixed by the driving member 7, which allows the whole fixing device to be stably mounted on the deep-water cage fence; When there is a strong wind around the deep-water cage, the wind rotating member 8 will be hit by the strong wind and that

wind rotating element 8 rotates; The wind rotation element 8 can rotate and that

Use drive member 7 to pull locking bracket 6 to move down; Since the width of the blocking slot 65 decreases from top to bottom, the generate

Outer wall of the fastening part 53 and the inner wall of the locking slot 65 gradually a large pressure, thereby reducing the friction between the fastening part 53 and the

blocking slot 65 is effectively increased; In this way, the locking slot 65 prevents the rotation of the LU502786

fixing part 53 and the fixing rod shaft 51 to a certain extent, thereby limiting the rotation of the fixing set 5 and the camera; why that

Camera shake due to the strong wind is avoided and the stability of the

Camera fixation is thus improved;

The above is only one specific embodiment of the present disclosure, but the

The scope of the present disclosure is not limited thereto. Any change or

Replacement that easily occurs to a person familiar with the technical field within the technical scope of the present disclosure is included in the scope of the present disclosure. Therefore, the scope of this disclosure is subject to the scope of the claims. Therefore, the scope of this disclosure of the present invention is subject to the scope of the claims.

Claims (8)

CLAIMS 0502786 A mounting device for video surveillance based on a deep sea cage, comprising a front bracket, a surveillance mounting bracket, a rear bracket and a top connector, wherein the top of the front bracket has a top connector capable of being clamped on the deep water cage fence , and the rear bracket is located at the end of the upper connector far from the front bracket, and the front bracket and the rear bracket are located opposite and respectively on both sides of the deep-water cage fence; characterized in that the monitor mounting bracket is fixed to one side of the front bracket and a mounting rod shaft is placed thereon, and a mounting kit capable of mounting the camera is attached to the mounting rod shaft; the outside of the mounting rod shaft has a mounting portion, and the side wall of the monitor mounting bracket has a locking bracket, the locking bracket includes a guide rod and an outer frame body; the outer frame body is longitudinally cushioned and slidably disposed on the side wall of the monitor mounting bracket, and the inside of the outer frame body has a locking slit gradually decreasing from top to bottom, the locking slit being clamped to the outside of the fixing part; the guide rod is arranged on the side wall of the outer frame body and longitudinally slides on the front bracket; A driving member is provided between the front bracket and rear bracket that can connect the two, the rear bracket having a wind rotating member, and the wind rotating member can rotate when exposed to strong wind; wherein the driving member is connected to the wind rotating member and the guide rod, and when the wind rotating member rotates, the driving member is driven to pull the outer frame to move downward. . . . and ... . . . … ~LUB02786 2. A mounting device for video surveillance based on a deep-sea cage according to claim 1, characterized in that the mounting set comprises a mounting seat and two gripping elements; the mounting seat is arranged on the mounting rod shaft, and the two gripping members are oppositely arranged on the mounting seat; the ends of the two gripping members have fastening parts, and the opposite two fastening parts can be screwed together to achieve a fixed camera. 3. A deep-sea cage-based video surveillance mounting apparatus according to claim 1, characterized in that the surveillance mounting bracket also has an annular guide cavity centered on the axis of the mounting rod shaft, and the annular guide cavity has a guide block slidable therein, and the guide block has a connecting rod connecting the mounting seat. 4. A video surveillance attachment device based on a deep-sea cage according to claim 1, characterized in that the outer wall of the attachment part and the inner wall of the locking slot have protrusions, and the protrusions are made of rubber material. 5. A deep-sea cage-based video surveillance mounting device according to claim 1, characterized in that the wind rotating member comprises a rotating rod, a mounting sleeve, a fan blade and a toggle piece; the pivot rod is longitudinally arranged on the rear bracket, and the connection part of the pivot rod and the rear bracket has a mounting sleeve, and the mounting sleeve is rotatably fitted to the pivot rod; the fan blade is arranged at the upper end of the pivot rod and can produce a rotary motion when exposed to the wind, and the toggle piece is arranged at the lower end of the pivot rod; the drive member includes a mounting rod member and a traction slip member; . . . . . LU502786 the fixing bar member is arranged transversely between the front bracket and the rear bracket and can fix both to each other; the traction slide member is slidably mounted on the mounting rod member, and the traction slide member is connected to the guide rod at one end and the other end may be connected to the toggle piece; wherein the toggle piece can push the traction slide member to move on the drive member during rotation, and the slide member is moved forward to longitudinally pull the guide rod during the moving process. 6. A video surveillance mounting device based on a deep sea cage according to claim 5, characterized in that the traction element comprises a movable element, a fixed support, a drive gear and a cross rack; wherein the movable member is slidably disposed on the mounting rod member, and the mounting bracket is fixed at the position near the end of the mounting rod member; the drive gear is disposed on the fixed support and the drive gear meshes with a longitudinal rack disposed on the guide rod, the transverse rack being disposed on the movable member and the transverse rack meshing with the drive gear; the movable element and the fixed support being connected by a spring; the moveable element also being connected to the toggle piece. 7. A video surveillance mounting device based on a deep sea cage according to claim 6, characterized in that the movable member comprises a sliding sleeve and a strip frame member; the sliding sleeve being slidably mounted on the mounting rod member, the strip frame member being attached to the sliding sleeve; wherein the toggle piece comprises a disc body and a toggle column, the disc body being fixed to a lower end of the rotary rod, and the toggle column being eccentrically located on the end surface of the disc body, and the toggle column can extend into the strip frame member. 8. A deep-sea cage-based video surveillance mounting device according to claim 7, characterized in that the mounting rod member is hinged to the side wall of the front bracket near the end of the front bracket, the side wall of the rear bracket having mounting bayonets, and the end of the Fastening rod has a fastening bolt near the rear bracket, the fastening bolt being clamped into the inside of the fastening bayonets and being fixed by a nut.