CN212785627U

CN212785627U - Intelligent track tracking double-camera

Info

Publication number: CN212785627U
Application number: CN202022118616.2U
Authority: CN
Inventors: 吴崇强
Original assignee: Shenzhen Double Stringer Technology Co ltd
Current assignee: Shenzhen Double Stringer Technology Co ltd
Priority date: 2020-09-24
Filing date: 2020-09-24
Publication date: 2021-03-23
Anticipated expiration: 2030-09-24

Abstract

An intelligent track-tracking double-camera comprises a bracket, an auxiliary machine supported on the top of the front end of the bracket, a main machine hung on the bottom of the front end of the bracket, and a fixed seat arranged on the rear end of the bracket, and an antenna installed on the front side of the fixed seat, the bracket is a carrier of the main machine and the auxiliary machine and is also a fixed frame of the camera, the auxiliary machine faces the main monitoring direction and does not rotate back and forth, the main machine can rotate left and right and up and down, the monitoring range of the camera is expanded, the lower end of the front side of the front shell of the host is provided with an infrared tracker and an EPR system, the rear side of the rear shell of the host is provided with a vertical motor, the axle head of perpendicular motor is fixed mutually with the rear side of host computer hanging seat, the casing of perpendicular motor is fixed mutually with the host computer backshell, the utility model discloses pedestrian's action orbit video recording under not only can the tracking camera lens has solved the blind area of making a video recording because of the camera rotation produces moreover.

Description

Intelligent track tracking double-camera

Technical Field

The utility model relates to a security protection supervisory equipment especially indicates an intelligence trail tracking double camera.

Background

The camera is installed indoors and outdoors for shooting the motion direction of a person in the area, the use value of the camera is determined by the size of the shooting range, the existing camera can rotate left and right at regular time by taking the main shooting direction as a base point, the large shooting range is captured, the monitoring area is enlarged, and greater help is provided for people, but when the camera rotates left and right at each time, the main shooting direction enters the shooting blind area, and the camera is easy to be used by a bad person.

Disclosure of Invention

In order to solve the problem existing in the above technology, the utility model provides a network monitoring camera with directional camera and mobile tracking camera.

The utility model discloses a support holds in the palm the dress is in the auxiliary engine at support front end top hoists the host computer of support front end bottom sets up the fixing base of support rear end, and install the antenna of fixing base front side, the support is the carrier of host computer and auxiliary engine, also is the mount of camera, the auxiliary engine is facing main direction of monitoring, and the rotation of making a round trip does not, the host computer can be controlled and the vertical rotation has enlarged the monitoring range of camera.

The support includes the girder, sets up the hanging end of girder rear end sets up the auxiliary engine seat at girder front end top, and set up the horizontal motor cabinet of girder front end bottom.

The auxiliary machine includes the auxiliary machine backshell, with the auxiliary machine front shell of auxiliary machine backshell looks lock sets up the auxiliary machine waterproof circle between auxiliary machine backshell and the auxiliary machine front shell, and install auxiliary machine mainboard, auxiliary machine light filling lamp, auxiliary machine locating rack, auxiliary machine dustproof glass and the auxiliary machine shock shield of auxiliary machine backshell and auxiliary machine front shell lock internal portion, the auxiliary machine camera lens is installed in the left side of auxiliary machine mainboard, the auxiliary machine camera lens passes auxiliary machine light filling lamp and auxiliary machine locating rack and installs in the auxiliary machine shock shield.

The host comprises a horizontal rotating motor, a horizontal seat rotatably fixed at the bottom of the horizontal rotating motor, a host hanging seat installed at the bottom of the horizontal seat, a bearing installed at the center of the horizontal seat, a host outer cover installed at the top of the host hanging seat, a host back shell, a host front shell buckled with the host back shell, an auxiliary machine waterproof ring arranged between the host back shell and the host front shell, and a host mainboard, a host light supplement lamp, a host positioning frame, host dustproof glass and a host shockproof cover installed in the buckling body of the host back shell and the host front shell, a host lens is installed at the left side of the host mainboard, the host lens passes through the host lamp and the host positioning frame to be installed in the host shockproof cover, an infrared tracker and an EPR system are installed at the lower end of the front side of the host front shell, and a vertical motor is installed at the rear side of the host back shell, the shaft end of the vertical motor is fixed with the rear side of the host hanging seat, and the shell of the vertical motor is fixed with the host rear shell.

The fixing seat comprises a screw hole position fixed with the wall.

The main machine mainboard comprises a motor control circuit, an infrared tracking control circuit, a network transmission control circuit and a main machine video recording control circuit.

And the infrared tracker is electrically connected with an infrared tracking control circuit of the host mainboard.

The host machine hanging seat comprises a hanging rod, a connector at the top of the hanging rod is installed on the host machine seat at the bottom of the hanging rod, and the connector is upwards rotatably connected with the horizontal seat through a bearing.

And the horizontal motor and the vertical motor are respectively and electrically connected with an infrared tracking control circuit of the main board of the host.

And the EPR system and the antenna are electrically connected with a network transmission control circuit of the host mainboard.

The positive effects of the utility model are that not only can follow tracks of action orbit of pedestrian under the camera lens carry out the video recording, solved the blind area of making a video recording because of the rotatory production of camera moreover.

Drawings

The present invention will be further described with reference to the accompanying drawings.

Fig. 1 is an effect diagram of the present invention.

Fig. 2 is an exploded view of the structure of the present invention.

Detailed Description

As shown in fig. 1, the present invention relates to an intelligent track-tracking dual-camera.

As shown in fig. 2, the utility model discloses a support 1 holds in the palm the dress is in auxiliary engine 2 at 1 front end top of support hoists the host computer 4 of 1 front end bottom of support sets up the fixing base 5 of 1 rear end of support, and install the antenna 3 of 5 front sides of fixing base, support 1 is the carrier of host computer 4 and auxiliary engine 2, also is the mount of camera, auxiliary engine 2 is facing main direction of surveillance, and the rotation of making a round trip does not, host computer 4 can be controlled and the vertical rotation, has enlarged the monitoring range of camera. Support 1 includes girder 14, sets up the hanging end 12 of girder 14 rear end sets up the auxiliary engine seat 13 at girder 14 front end top, and sets up the horizontal motor cabinet 11 of girder 14 front end bottom. The auxiliary machine 2 comprises an auxiliary machine rear shell 22, an auxiliary machine front shell 27 buckled with the auxiliary machine rear shell 22, an auxiliary machine waterproof ring 23 arranged between the auxiliary machine rear shell 22 and the auxiliary machine front shell 27, an auxiliary machine mainboard 24, an auxiliary machine light supplement lamp 25, an auxiliary machine positioning frame 26, auxiliary machine dustproof glass 29 and an auxiliary machine shockproof cover 28, wherein the auxiliary machine mainboard 22 and the auxiliary machine front shell 28 are buckled inside a body, an auxiliary machine lens 21 is installed on the left side of the auxiliary machine mainboard 24, and the auxiliary machine lens 21 penetrates through the auxiliary machine light supplement lamp 25 and the auxiliary machine positioning frame 26 to be installed in the auxiliary machine shockproof cover 28. The host 4 comprises a horizontal rotating motor 41, a horizontal base 42 rotatably fixed at the bottom of the horizontal rotating motor 41, a host hanging base 44 installed at the bottom of the horizontal base 42, a bearing 43 installed at the center of the horizontal base 42, a host outer cover 45 installed at the top of the host hanging base 44, a host rear shell 49, a host front shell 55 buckled with the host rear shell 49, an auxiliary waterproof ring 50 arranged between the host rear shell 49 and the host front shell 55, a host mainboard 51, a host light supplement lamp 52, a host positioning frame 53, a host dustproof glass 59 and a host shockproof cover 54 installed in the buckling body of the host rear shell 49 and the host front shell 55, a host lens 60 installed at the left side of the host mainboard 51, the host lens 60 installed in the host shockproof cover 54 through the host light supplement lamp 52 and the host positioning frame 53, infrared tracker 56 and EPR system 57 are installed to the front side lower extreme of host computer front shell 55, perpendicular motor 58 is installed to the rear side of host computer backshell 49, the axle head of perpendicular motor 58 is fixed mutually with the rear side of host computer hanging seat 44, the casing of perpendicular motor 58 is fixed mutually with host computer backshell 49. The fixing seat 5 comprises a screw hole position 2 fixed with the wall.

The host mainboard 51 includes a motor control circuit, an infrared tracking control circuit, a network transmission control circuit and a host video recording control circuit. The infrared tracker 56 is electrically connected with an infrared tracking control circuit of the host motherboard 51. The host hanging seat 44 comprises a hanging rod 46, a connecting head 47 arranged at the top of the hanging rod 46, and a host seat 48 arranged at the bottom of the hanging rod 46, wherein the connecting head 47 is upwards rotatably connected with the horizontal seat 42 through a bearing 43. The horizontal motor 41 and the vertical motor 58 are respectively and electrically connected with an infrared tracking control circuit of the main board 51 of the host computer. The EPR system 57 and the antenna 3 are electrically connected with a network transmission control circuit of the host mainboard 51.

After the illegal person gets into the scope of making a video recording, infrared tracker 56 has sensed people's existence through human heat, lock the center department at infrared light cover circle with human body through EPR system 57, when the human body removes, EPR system 57 detects the human center that has squinted infrared light cover circle, oneself transmit the letter for motor control circuit, motor control circuit control horizontal motor 41 and vertical motor 58 carry out corresponding rotation, cover the circle with infrared light and remove along human direction of movement through rotating the host computer, lock the human body in infrared light cover circle all the time.

Claims

1. The utility model provides a two cameras of taking photograph of intelligence trail tracking, characterized by includes the support, holds in the palm the dress and is in the auxiliary engine at support front end top, hoist and mount the host computer of support front end bottom, set up the fixing base of support rear end, and install the antenna of fixing base front side, the support is the carrier of host computer and auxiliary engine, also is the mount of camera, the auxiliary engine is facing main direction of monitoring, does not make a round trip to rotate, the host computer can control and the rotation from top to bottom, has enlarged the monitoring range of camera, the support includes the girder, sets up the hanging end of girder rear end sets up the auxiliary engine seat at girder front end top to and set up the horizontal motor seat of girder front end bottom.

2. The intelligent track-tracking dual-camera as claimed in claim 1, wherein the auxiliary device comprises an auxiliary device rear shell, an auxiliary device front shell fastened to the auxiliary device rear shell, an auxiliary device waterproof ring arranged between the auxiliary device rear shell and the auxiliary device front shell, and an auxiliary device main board, an auxiliary device light-filling lamp, an auxiliary device positioning frame, an auxiliary device dustproof glass and an auxiliary device shockproof cover which are mounted inside the auxiliary device rear shell and auxiliary device front shell fastening body, wherein an auxiliary device lens is mounted on the left side of the auxiliary device main board, and the auxiliary device lens passes through the auxiliary device light-filling lamp and the auxiliary device positioning frame and is mounted in the auxiliary device shockproof cover.

3. The intelligent track-tracking dual-camera as claimed in claim 1, wherein the main frame comprises a horizontal rotating motor, a horizontal base rotatably fixed at the bottom of the horizontal rotating motor, a main frame hanging base installed at the bottom of the horizontal base, a bearing installed at the center of the horizontal base, a main frame outer cover installed at the top of the main frame hanging base, a main frame rear shell, a main frame front shell fastened with the main frame rear shell, an auxiliary machine waterproof ring arranged between the main frame rear shell and the main frame front shell, and a main frame main board, a main frame light-filling lamp, a main frame positioning frame, a main frame dustproof glass and a main frame shockproof cover installed in the main frame rear shell and main frame front shell fastened body, the main frame lens is installed at the left side of the main frame lens passes through the main frame light-filling lamp and the main frame positioning frame, infrared tracker and EPR system are installed to the front side lower extreme of shell before the host computer, perpendicular motor is installed to the rear side of host computer backshell, the axle head of perpendicular motor is fixed mutually with the rear side of host computer hanging seat, the casing of perpendicular motor is fixed mutually with the host computer backshell.

4. The intelligent track-tracking dual-camera as claimed in claim 3, wherein the host motherboard comprises a motor control circuit, an infrared tracking control circuit, a network transmission control circuit and a host camera imaging control circuit.

5. The intelligent track-tracking dual-camera as claimed in claim 3, wherein the infrared tracker is electrically connected with an infrared tracking control circuit of the host mainboard.

6. The intelligent track-tracking bi-camera of claim 3 wherein said host suspension mount comprises a boom, a connector mounted on top of said boom, a host mount mounted on bottom of said boom, said connector being pivotally connected to a horizontal mount by a bearing in an upward direction.

7. The intelligent track-tracking dual-camera as claimed in claim 3, wherein the horizontal motor and the vertical motor are respectively and electrically connected with an infrared tracking control circuit of a main board of the host computer.

8. The intelligent track-tracking bi-camera as claimed in claim 3, wherein the EPR system and the antenna are electrically connected with a network transmission control circuit of the host motherboard.