CN114285998A - Compartment dynamic portrait grabbing and positioning following view screen monitoring system - Google Patents
Compartment dynamic portrait grabbing and positioning following view screen monitoring system Download PDFInfo
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- CN114285998A CN114285998A CN202111597659.6A CN202111597659A CN114285998A CN 114285998 A CN114285998 A CN 114285998A CN 202111597659 A CN202111597659 A CN 202111597659A CN 114285998 A CN114285998 A CN 114285998A
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Abstract
The invention discloses a video monitoring system for capturing and positioning following dynamic portrait of a carriage, which relates to the field of video monitoring systems and solves the problem that the conventional video monitoring system cannot track and shoot main information in a public carriage or an emergency. The device has the characteristics that tracking monitoring can be adjusted manually, tracking positioning shooting of intelligent judgment can be carried out according to the device, the intelligence is improved, and all-round dead-angle-free monitoring shooting can be carried out.
Description
Technical Field
The invention relates to the field of a video screen monitoring system, in particular to a video screen monitoring system for capturing and positioning and following dynamic portrait of a carriage.
Background
The video monitoring system is mainly composed of camera shooting, transmission, control, display and record registration 5. The video camera transmits video images to the control host through a coaxial video cable, a network cable and optical fibers, the control host distributes video signals to each monitor and video equipment, and simultaneously, voice signals needing to be transmitted can be synchronously recorded into the video recorder. Through the control host, an operator can send out an instruction to control the up-down, left-right and left-right actions of the pan-tilt and the operation of focusing and zooming the lens, and the switching between the multi-path camera and the pan-tilt can be realized through the control host. By using a special video recording processing mode, the operations of recording, replaying, processing and the like can be carried out on the images, so that the video recording effect is optimal.
The monitoring is a physical basis for real-time monitoring of key departments or important places in various industries, and management departments can obtain effective data, image or sound information through the monitoring and memorizing system, and timely monitor and memorize the process of sudden abnormal events so as to provide efficient and timely command and height, police arrangement, case handling and the like. With the rapid development and popularization of the current computer application, a strong digital wave is developed all over the world, and the digitization of various devices becomes the primary target of safety protection. The performance characteristics of the digital monitoring alarm are as follows: real-time display of monitoring picture, single-path regulation of video image quality, setting of video speed in each path, quick search, setting of multiple video modes, automatic backup, control of holder/lens, network transmission, etc.
However, the existing video monitoring system generally performs shooting monitoring through a fixedly installed monitoring camera terminal, and although the cameras can turn to the direction through adjustment, the adjustment of the cameras generally needs to be completed manually, so that in some emergency situations, especially in dangerous situations, the cameras may have shooting dead angles due to incapability of manual timely adjustment, and effective key information cannot be obtained. Meanwhile, under the high-speed development of science and technology, cameras are fixedly arranged in carriages of some existing public transportation, so that people who want passengers or can not be regulated and controlled intelligently and effectively to perform tracking shooting in emergency. Resulting in a more limited use of existing monitoring systems, especially in public compartments. Therefore, the visual screen monitoring system for car dynamic portrait grabbing and positioning following is provided.
Disclosure of Invention
The invention aims to provide a view screen monitoring system for capturing and positioning and following dynamic portrait of a carriage, which solves the problems that the existing view screen monitoring system has large use limitation, has dead corners and is difficult to track and shoot main information in public carriages or in emergency.
In order to achieve the purpose, the invention provides the following technical scheme: a video monitoring system for capturing and positioning following dynamic portrait of a carriage comprises a carriage video monitoring command system, wherein the carriage video monitoring command system is connected with a carriage video control system and a big data information uploading system, the carriage video control system is connected with a carriage personnel positioning following system and a carriage panoramic image acquisition system, the carriage personnel positioning following system and the carriage panoramic image acquisition system are respectively connected with a camera regulation and control system and a personnel positioning following control module, the camera regulation and control system and the personnel positioning following control module are respectively and sequentially connected with an angle regulation module, a focusing regulation module, a photosensitive regulation module and the like and a 360-degree panoramic monitoring camera, the 360-degree panoramic monitoring camera is connected with an image capturing system, the image capturing system is connected with a light and sound sensor and a high-definition photo capturing acquisition module, the two are connected with an image selecting system, and the big data information uploading system is sequentially connected with an image information screening module, The image selecting system is connected with the photo comparison system, and the photo judging system is connected with the carriage video control system.
Preferably, the photo determination module comprises a facial feature recognition module and an iris feature recognition module, and performs facial feature and iris feature recognition on the portrait in the portrait image respectively.
Preferably, the angle adjusting module, the focusing adjusting module and the photosensitive adjusting module are all connected with the 360-degree panoramic monitoring camera together and used for adjusting and controlling the angle, the focusing and the photosensitive of the panoramic monitoring camera.
Preferably, the carriage video monitoring command system is used for carrying out comprehensive and integral command on the system, the carriage video control system is used for controlling the carriage personnel positioning following system and the carriage panoramic image acquisition system, and the carriage panoramic image acquisition system is used for controlling the camera regulation and control system so as to conveniently control the angle, the focusing and the sensitization of the 360-degree panoramic monitoring camera through the angle regulation module, the focusing regulation module and the sensitization regulation module.
Preferably, the light sensation and the sound sensor are connected with a high-definition photo capture and collection module, and the image capture system is used for controlling the light sensation and the sound sensor and the high-definition photo capture and collection module to capture the high-definition photo through sensing the light sensation and the sound, so as to capture the image shot by the 360-degree panoramic monitoring camera.
Preferably, the light sense and the sound sensor are connected with a high-definition photo capturing and collecting module which is connected with a carriage video monitoring and commanding system and used for displaying panoramic pictures shot by the 360-degree panoramic monitoring camera and high-definition photos captured by the image capturing system.
Preferably, the carriage personnel positioning and following system is used for controlling the carriage personnel positioning and following system through controlling the carriage video control system based on judgment after the carriage video monitoring intelligent system images the panoramic picture and the high-definition photo, and further controlling the personnel positioning and following control module to regulate and control the angle adjusting module, the focusing adjusting module and the photosensitive adjusting module so as to realize the following shooting of 360-degree panoramic monitoring camera shooting.
Preferably, the big data information uploading system is used for uploading some information needing to be specifically monitored, the image information screening module is used for screening the uploaded big data information so as to screen out the information needing to be specifically monitored, the image selecting system is used for selecting the high-definition photos captured by the image capturing system, and the photo comparison system is used for comparing the high-definition photos selected by the image selecting system of the information screened by the image information screening system.
Preferably, the photo judgment system judges the features compared by the photo comparison system, and controls the car video control system and the car personnel positioning following system to carry out follow-up positioning shooting if specific monitoring is required.
Compared with the prior art, the visual screen monitoring system for the dynamic portrait grabbing and positioning following of the carriage has the following beneficial effects:
1. the invention provides a video screen monitoring system for capturing and positioning following dynamic portrait of a carriage, which controls and shoots a 360-degree panoramic monitoring camera through a carriage video monitoring command system, a carriage video control system, a carriage panoramic image acquisition system, a camera control system, an angle adjustment module, a focusing adjustment module and a photosensitive adjustment module, and simultaneously captures and captures high-definition photos in shot pictures through the image capturing system and a light sensing and sound sensor and a high-definition photo capturing acquisition module connected with the image capturing system, and then transmits the shot photos and picture videos to the carriage video monitoring command system for displaying, so that the 360-degree panoramic monitoring camera is conveniently controlled and shot through the carriage video control system, the carriage personnel positioning following system, the personnel positioning following control module, the angle adjustment module, the focusing adjustment module and the photosensitive adjustment module again, the camera is conveniently and actively regulated and controlled to shoot.
2. The invention provides a video monitoring system for capturing and positioning following of dynamic portrait of a carriage, which screens main information of an image in uploaded big data through a big data information uploading system and an image information screening module, then selects the image shot by the image capturing system through an image selecting system, then compares the captured picture with the picture screened in the big data through a comparison system, judges the picture to be tracked and monitored through a picture judging system, and regulates and controls a 360-degree panoramic monitoring camera and tracks and positions the camera through controlling a carriage video control system, a carriage panoramic image acquisition system, a camera regulating and controlling system, an angle regulating module, a focusing regulating module and a photosensitive regulating module again.
Drawings
Fig. 1 is a system diagram of a video monitoring system for car dynamic portrait capture and location following.
Fig. 2 is a system diagram of a photo decision module of a video monitoring system for car dynamic portrait capture and location tracking.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments; all other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The first embodiment is as follows:
referring to fig. 1-2, the present invention provides a technical solution: a video monitoring system for capturing and positioning following dynamic portrait of a carriage comprises a carriage video monitoring command system, wherein the carriage video monitoring command system is connected with a carriage video control system and a big data information uploading system, the carriage video control system is connected with a carriage personnel positioning following system and a carriage panoramic image acquisition system, the carriage personnel positioning following system and the carriage panoramic image acquisition system are respectively connected with a camera regulation and control system and a personnel positioning following control module, the camera regulation and control system and the personnel positioning following control module are sequentially connected with an angle regulation module, a focusing regulation module, a photosensitive regulation module and the like and a 360-degree panoramic monitoring camera, the 360-degree panoramic monitoring camera is connected with an image capturing system, the image capturing system is connected with a light and sound sensor and a high-definition photo capturing module, the image selection system and the high data information uploading system are sequentially connected with an image information screening module, The system comprises a photo comparison system and a photo judgment system, wherein an image selection system is connected with the photo comparison system, the photo judgment system is connected with a carriage video control system, the photo judgment module comprises a facial feature recognition module and an iris feature recognition module and is used for respectively carrying out facial feature and iris feature recognition on a portrait in a portrait image, an angle adjustment module, a focusing adjustment module and a photosensitive adjustment module are all connected with a 360-degree panoramic monitoring camera together and are used for adjusting and controlling the angle, the focusing and the photosensitive of the panoramic monitoring camera, a carriage video monitoring command system is used for carrying out comprehensive and integral command on the system, a carriage video control system is used for controlling a carriage personnel positioning following system and a carriage panoramic image acquisition system, and the carriage panoramic image acquisition system is used for controlling the camera adjustment system so as to conveniently pass through the angle adjustment module, the focusing adjustment module, the iris feature recognition module and the panoramic image acquisition system, The device comprises a light sensing adjusting module, a light sensing and sound sensor, an image capturing system, a carriage video monitoring and commanding system, a carriage personnel positioning and following system, a carriage video monitoring and commanding system and a carriage video control system, wherein the light sensing adjusting module controls the angle, the focusing and the light sensing of a 360-degree panoramic monitoring camera, the light sensing and sound sensor is connected with a high-definition photo capturing and collecting module, the image capturing system is used for controlling the light sensing and sound sensor and the high-definition photo capturing and collecting module to capture high-definition photos of the images shot by the 360-degree panoramic monitoring camera and the high-definition photos captured by the image capturing system, the carriage personnel positioning and following system is used for controlling the carriage personnel positioning and following system through the control video control system after the carriage video monitoring and commanding system images the panoramic pictures and the high-definition photos, and then the control personnel position and follow the control module and regulate and control angle adjusting module, focus adjusting module, sensitization adjusting module in order to realize that 360 panorama surveillance cameras shoot follow the shooting.
In the embodiment, the 360-degree panoramic monitoring camera is regulated and shot by the carriage video monitoring command system, the carriage video control system, the carriage panoramic image acquisition system, the camera regulation and control system, the angle regulation module, the focusing regulation module and the photosensitive regulation module, meanwhile, through the image capturing system, the light sensation and sound sensor and the high-definition photo capturing and collecting module which are connected with the image capturing system, the captured pictures are captured and captured with high definition, then the captured pictures and the picture videos are transmitted to a carriage video monitoring and commanding system for displaying, therefore, the 360-degree panoramic monitoring camera is conveniently regulated and controlled to shoot through the carriage video control system, the carriage personnel positioning and following system, the personnel positioning and following control module, the angle adjusting module, the focusing adjusting module and the photosensitive adjusting module, and the camera is conveniently regulated and controlled to shoot manually and actively.
Example two:
referring to fig. 1-2, on the basis of the first embodiment, the present invention provides a technical solution: the big data information uploading system is used for uploading information needing specific monitoring, the image information screening module is used for screening the uploaded big data information to screen out the information needing specific monitoring, the image selecting system is used for selecting high-definition photos captured by the image capturing system, the photo comparison system is used for comparing the high-definition photos selected by the image selecting system of the information screened by the image information screening system, the photo judging system judges the characteristics compared by the photo comparison system, and if the information needing specific monitoring needs specific monitoring, the carriage video control system and the carriage personnel positioning following system are controlled to carry out following positioning shooting.
In this embodiment, the main information of the image in the uploaded big data is screened by the big data information uploading system and the image information screening module, the image captured by the image capturing system is selected by the image selecting system, the captured image is compared with the screened image in the big data by the comparison system, the image is determined by the image determining system, the tracking and monitoring are determined, the 360-degree panoramic monitoring camera is controlled and tracked and positioned for shooting by controlling the carriage video control system, the carriage panoramic image collecting system, the camera regulating and controlling system, the angle regulating module, the focusing regulating module and the photosensitive regulating module again, and meanwhile, the image determining module is connected with other feature recognition modules except the facial feature recognition module and the iris feature recognition module, and the regulating and controlling module is not limited to the angle regulating module, the image capturing module, the camera module and the camera module, A focusing adjusting module and a photosensitive adjusting module.
The working principle is as follows: when the device is installed and used, the 360-degree panoramic monitoring camera is regulated and shot through the carriage video monitoring command system, the carriage video control system, the carriage panoramic image acquisition system, the camera regulation and control system, the angle regulation module, the focusing regulation module and the photosensitive regulation module, meanwhile, through the image capturing system, the light sensation and sound sensor and the high-definition photo capturing and collecting module which are connected with the image capturing system, the captured pictures are captured and captured with high definition, then the captured pictures and the picture videos are transmitted to a carriage video monitoring and commanding system for displaying, therefore, the 360-degree panoramic monitoring camera can be conveniently and actively regulated and shot through the carriage video control system, the carriage personnel positioning and following system, the personnel positioning and following control module, the angle adjusting module, the focusing adjusting module and the photosensitive adjusting module; the main information of the image in the uploaded big data is screened by the big data information uploading system and the image information screening module, then the image shot by the image capturing system is selected by the image selecting system, then the captured picture is compared with the picture screened in the big data by the comparison system, then the picture is judged by the picture judging system, the situation that tracking monitoring is needed is judged, and then the 360-degree panoramic monitoring camera is regulated and controlled and is tracked, positioned and shot by controlling the carriage video control system, the carriage panoramic image acquisition system, the camera regulating and controlling system, the angle regulating module, the focusing regulating module and the photosensitive regulating module again.
Claims (9)
1. A video screen monitoring system for capturing and positioning following dynamic portrait of a carriage comprises a carriage video monitoring command system, wherein the carriage video monitoring command system is connected with a carriage video control system and a big data information uploading system, and is characterized in that the carriage video control system is connected with a carriage personnel positioning following system and a carriage panoramic image acquisition system, and the carriage personnel positioning following system and the carriage panoramic image acquisition system are respectively connected with a camera regulation and control system and a personnel positioning following control module, the camera regulation and control system and the personnel positioning following control module are respectively connected with an angle regulation module, a focusing regulation module, a photosensitive regulation module and the like and a 360-degree panoramic monitoring camera in sequence, the 360-degree panoramic monitoring camera is connected with an image capturing system, the image capturing system is connected with a light and sound sensor and a high-definition photo capturing acquisition module, and the image capturing system and the high-definition photo capturing acquisition module are connected with an image selecting system, the big data information uploading system is sequentially connected with an image information screening module, a photo comparison system and a photo judgment system, the image selection system is connected with the photo comparison system, and the photo judgment system is connected with the carriage video control system.
2. The video monitoring system for car dynamic portrait capture and location following of claim 1, wherein the photo decision module comprises a facial feature recognition module and an iris feature recognition module, and performs facial feature and iris feature recognition on the portrait in the portrait respectively.
3. The visual screen monitoring system for car dynamic portrait capture and location following as claimed in claim 2, wherein said angle adjusting module, focus adjusting module and photosensitive adjusting module are all connected with a 360 ° panoramic monitoring camera together for adjusting and controlling its angle, focus and photosensitive.
4. The video monitoring system for car dynamic portrait grabbing and location following according to claim 3, wherein the car video monitoring and commanding system is used for conducting comprehensive and integrated command on the system, the car video control system is used for controlling the car personnel location following system and the car panoramic image acquisition system, and the car panoramic image acquisition system is used for controlling the camera regulation and control system so as to conveniently control the angle, focus and light sensation of the 360-degree panoramic monitoring camera through the angle regulation module, the focus regulation module and the light sensation regulation module.
5. The video monitoring system for car dynamic portrait capture and location following according to claim 3, wherein the light and sound sensor is connected with a high-definition photo capture and acquisition module, and the image capture system is used for controlling the light and sound sensor and the high-definition photo capture and acquisition module to capture high-definition photos of images shot by the 360-degree panoramic monitoring camera through sensing of light and sound.
6. The video monitoring system for car dynamic portrait capture and location following as claimed in claim 3, wherein the light sensation and sound sensor is connected with a high-definition photo capture and collection module connected with the car video monitoring and command system, for displaying the panoramic picture shot by the 360 ° panoramic monitoring camera and the high-definition photo captured by the image capture system.
7. The video surveillance system for car dynamic portrait capture and location follow according to claim 3, wherein the car personnel location follow system is used for controlling the car personnel location follow system by controlling the car video control system based on the judgment after the car video surveillance intelligent system presents the panoramic picture and the high definition photo, and further controlling the personnel location follow control module to regulate the angle regulation module, the focusing regulation module and the photosensitive regulation module so as to realize follow shooting of 360 ° panoramic surveillance camera shooting.
8. The video monitoring system for car dynamic portrait capturing and location following according to claim 3, wherein the big data information uploading system is used for uploading some information required to be specifically monitored, the image information screening module is used for screening the uploaded big data information to screen out the information required to be specifically monitored, the image selecting system is used for selecting the high definition photos captured by the image capturing system, and the photo comparison system is used for comparing the information screened by the image information screening system with the high definition photos selected by the image selecting system.
9. The video monitoring system for car dynamic portrait capture and positioning follow as claimed in claim 8, wherein the photo determination system determines the features compared by the photo comparison system, and controls the car video control system and the car personnel positioning follow system to perform follow-up positioning shooting if it determines that specific monitoring is required.
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