阅读说明：本技术 一种具有施工动态监测功能的可视化现场监控方法 (Visual field monitoring method with construction dynamic monitoring function ) 是由 张永奈 刘志勇 杜海博 于 2021-08-03 设计创作，主要内容包括：本发明适用工程施工技术领域,提供了一种具有施工动态监测功能的可视化现场监控方法,通过设置可视化现场监控系统以实现该方法,并且可视化现场监控系统包括环境监控模块和监控中心；第一音频信息的分呗值达到预设值时,监控中心控制可移动式视频信息采集装置移动到产生第一音频信息的特定区域,以采集第二视音频信息,接着根据第二视音频信息生成的第二音频信息,当第二音频信息的分呗值达到预设值时,监控中心发出噪音报警信息,从而可以准确的检测施工区域的噪音大小,并及时报警,防止产生噪音污染,有利于实现文明施工。(The invention is suitable for the technical field of engineering construction, and provides a visual on-site monitoring method with a construction dynamic monitoring function, which is realized by arranging a visual on-site monitoring system, wherein the visual on-site monitoring system comprises an environment monitoring module and a monitoring center; when the value of the first audio information reaches the preset value, the monitoring center controls the movable video information acquisition device to move to a specific area generating the first audio information so as to acquire second video and audio information, then the second audio information is generated according to the second video and audio information, when the value of the second audio information reaches the preset value, the monitoring center sends noise alarm information, so that the noise of the construction area can be accurately detected, timely alarming is carried out, noise pollution is prevented, and civilized construction is facilitated.)

1. A visual field monitoring method with a construction dynamic monitoring function is characterized in that: the system is used for a visual field monitoring system, and the visual field monitoring system comprises an environment monitoring module and a monitoring center;

the environment monitoring module comprises a field video information acquisition device, a movable video information acquisition device, an environment information acquisition device and a video processing device; the site video information acquisition devices are distributed in a plurality of areas of a construction site and used for acquiring first video and audio information of a specific area of the construction site; the movable video information acquisition device is arranged to be freely movable on a construction site and is used for acquiring second video and audio information of the construction site; the environment information acquisition device is used for acquiring dust concentration value information, temperature value information and humidity value information of a construction site; the video processing device is in signal connection with the on-site video information acquisition device and the movable video information acquisition device;

the method comprises the following steps:

the video processing device processes the first video and audio information and the second video and audio information, decomposes the first video and audio information into first video information and first audio information, and decomposes the second video and audio information into second video information and second audio information;

the monitoring center is used for receiving the first video and audio information, the second video and audio information, the dust concentration value information, the temperature value information and the humidity value information and displaying the information;

the monitoring center receives the first video information, the first audio information, the second video information and the second audio information and carries out analysis processing:

when the value of the first audio information is equal to a preset value, the monitoring center controls the movable video information acquisition device to move to the specific area where the first audio information is generated so as to acquire the second video and audio information, then the second audio information is generated according to the second video and audio information, and when the value of the second audio information is equal to the preset value, the monitoring center sends out noise alarm information.

2. The visual site monitoring method with construction dynamics monitoring function according to claim 1, characterized in that: the system also comprises a personal safety processing module;

the personal safety processing module is in signal connection with the video processing device and receives the first video information and the second video information; the personal safety processing module identifies safety helmet characteristic information worn by construction personnel in the first video information and the second video information based on a safety helmet identification algorithm, and determines whether the safety helmet worn by the construction personnel meets safety helmet requirements in preset construction requirements or not according to the identification processing result.

3. The visual site monitoring method with construction dynamics monitoring function according to claim 1, characterized in that: the system also comprises a violation construction detection module;

the system comprises a database, a face information acquisition module and a face information acquisition module, wherein the face information acquisition module is used for acquiring face information of an entering constructor and inputting a preset database; the database stores post information corresponding to the constructors;

the violation construction detection module is in signal connection with the video processing device and receives the first video information and the second video information; the illegal construction detection module determines whether the post information of the constructor arriving at the post corresponds to the construction post or not based on the identity of the constructor entering the field and the post information according to the pre-calibrated construction post in the first video information and the second video information and the corresponding construction range information when the constructor arrives at the construction post; if yes, starting timing; otherwise, sending out a post error prompt.

4. The visual site monitoring method with construction dynamics monitoring function according to claim 3, characterized in that: under the condition that the constructor information of the arriving post corresponds to the post, the method further comprises the following steps:

when the constructor who arrives at the post breaks the rules and regulations, generating the information of the violation constructor;

and sending the violation personnel information and the personnel identity information of the post to the monitoring center.

5. The visual site monitoring method with construction dynamics monitoring function according to claim 1, characterized in that: the environment monitoring module further comprises a display device for displaying current alarm information.

6. The visual site monitoring method with construction dynamics monitoring function according to claim 1, characterized in that: the monitoring center is also used for acquiring the dust concentration value information; and when the dust concentration information is higher than a preset concentration value, the monitoring center sends out dust alarm information.

7. The visual site monitoring method with construction dynamics monitoring function according to claim 1, characterized in that: the monitoring center is connected with an alarm module, and when the monitoring center sends alarm information; the alarm module starts an alarm.

8. The visual site monitoring method with construction dynamics monitoring function according to claim 7, characterized in that: the alarm module comprises an audible and visual alarm.

Technical Field

The invention belongs to the technical field of engineering construction, and particularly relates to a visual field monitoring method with a construction dynamic monitoring function.

Background

The construction environment is complex and the quality of construction workers is different, so that the management of site construction is very important. The current management scheme of construction sites mainly has two directions: firstly, depending on the patrol of managers; secondly, image information acquisition of the fixed monitoring equipment is carried out, and then field monitoring is achieved through observation by machine room workers of the central control machine room.

The method cannot monitor the electric power construction site in time and cannot feed back potential safety hazard problems existing in the electric power construction site in time, so that the monitoring efficiency of the electric power construction site is low.

Disclosure of Invention

The invention provides a visual field monitoring method with a construction dynamic monitoring function, and aims to solve the problems in the prior art.

The invention is realized in this way, a visual on-site monitoring method with construction dynamic monitoring function, is used for the visual on-site monitoring system, the said visual on-site monitoring system includes the monitoring module of the environment and control center;

the environment monitoring module comprises a field video information acquisition device, a movable video information acquisition device, an environment information acquisition device and a video processing device; the site video information acquisition devices are distributed in a plurality of areas of a construction site and used for acquiring first video and audio information of a specific area of the construction site; the movable video information acquisition device is arranged to be freely movable on a construction site and is used for acquiring second video and audio information of the construction site; the environment information acquisition device is used for acquiring dust concentration value information, temperature value information and humidity value information of a construction site; the video processing device is in signal connection with the on-site video information acquisition device and the movable video information acquisition device;

the method comprises the following steps:

the video processing device processes the first video and audio information and the second video and audio information, decomposes the first video and audio information into first video information and first audio information, and decomposes the second video and audio information into second video information and second audio information;

the monitoring center is used for receiving the first video and audio information, the second video and audio information, the dust concentration value information, the temperature value information and the humidity value information and displaying the information;

the monitoring center receives the first video information, the first audio information, the second video information and the second audio information and carries out analysis processing:

when the value of the first audio information is equal to a preset value, the monitoring center controls the movable video information acquisition device to move to the specific area where the first audio information is generated so as to acquire the second video and audio information, then the second audio information is generated according to the second video and audio information, and when the value of the second audio information is equal to the preset value, the monitoring center sends out noise alarm information.

Preferably, the system also comprises a personal safety processing module;

the personal safety processing module is in signal connection with the video processing device and receives the first video information and the second video information; the personal safety processing module identifies safety helmet characteristic information worn by construction personnel in the first video information and the second video information based on a safety helmet identification algorithm, and determines whether the safety helmet worn by the construction personnel meets safety helmet requirements in preset construction requirements or not according to the identification processing result.

Preferably, the system also comprises a violation construction detection module;

the system comprises a database, a face information acquisition module and a face information acquisition module, wherein the face information acquisition module is used for acquiring face information of an entering constructor and inputting a preset database; the database stores post information corresponding to the constructors;

the violation construction detection module is in signal connection with the video processing device and receives the first video information and the second video information; the illegal construction detection module determines whether the post information of the constructor arriving at the post corresponds to the construction post or not based on the identity of the constructor entering the field and the post information according to the pre-calibrated construction post in the first video information and the second video information and the corresponding construction range information when the constructor arrives at the construction post; if yes, starting timing; otherwise, sending out a post error prompt.

Preferably, in the case that the constructor information on the arrival post corresponds to the post, the method further includes:

when the constructor who arrives at the post breaks the rules and regulations, generating the information of the violation constructor;

and sending the violation personnel information and the personnel identity information of the post to the monitoring center.

Preferably, the environment monitoring module further comprises a display device for displaying the current alarm information.

Preferably, the monitoring center is further configured to obtain information on the dust concentration value; and when the dust concentration information is higher than a preset concentration value, the monitoring center sends out dust alarm information.

Preferably, the monitoring center is connected with an alarm module, and when the monitoring center sends out alarm information; the alarm module starts an alarm.

Preferably, the alarm module comprises an audible and visual alarm.

Compared with the prior art, the invention has the beneficial effects that: the invention relates to a visual field monitoring method with a construction dynamic monitoring function, which is realized by arranging a visual field monitoring system, wherein the visual field monitoring system comprises an environment monitoring module and a monitoring center; when the value of the first audio information reaches the preset value, the monitoring center controls the movable video information acquisition device to move to a specific area generating the first audio information so as to acquire second video and audio information, then the second audio information is generated according to the second video and audio information, when the value of the second audio information reaches the preset value, the monitoring center sends noise alarm information, so that the noise of the construction area can be accurately detected, timely alarming is carried out, noise pollution is prevented, and civilized construction is facilitated.

Drawings

Fig. 1 is a schematic structural diagram of a visual field monitoring system according to the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Referring to fig. 1, the present invention provides a technical solution: a visual field monitoring method with a construction dynamic monitoring function is realized by a visual field monitoring system, and the visual field monitoring system comprises an environment monitoring module, a personal safety processing module, a violation construction detection module and a monitoring center. The environment monitoring module comprises a field video information acquisition device, a movable video information acquisition device, an environment information acquisition device, a video processing device and a display device.

The on-site video information acquisition devices are arranged in a plurality of areas on a construction site and used for acquiring first video and audio information of a specific area on the construction site. The on-site video information acquisition device adopts a network camera and is connected with the monitoring center in a wired and wireless mode. When the user installs, will divide into a plurality of regions according to the monitoring range of camera in advance with the job site to every region corresponds places at least one network camera. Therefore, different construction areas are monitored in a targeted mode through the network camera, and audio and video information is collected to form first audio and video information.

The movable video information acquisition device is arranged to be freely movable on a construction site and is used for acquiring second video and audio information of the construction site. The movable video information acquisition device adopts a camera trolley. The moving route of the cart is set as a fixed route, a user removes obstacles on the fixed route in advance, and the moving state and the target point of the cart are controlled by a wireless signal of the monitoring center. The moving route of the trolley is provided with preset monitoring points in each construction area, and meanwhile, the moving route of the trolley also covers four monitoring corners where information cannot be acquired by the on-site video information acquisition device, so that information acquisition can be carried out on monitoring dead corners in the moving process of the trolley. When the monitoring center sends out a control instruction, the control instruction comprises a target monitoring point of a target area to which the trolley needs to move, and therefore targeted monitoring is conducted. And when the trolley does not receive the control instruction, periodically patrolling along a preset moving route.

In addition, a loudspeaker can be arranged on the camera shooting trolley, so that the monitoring center can perform manual voice broadcast or automatic voice broadcast through the camera shooting trolley, timely reminding can be achieved, early warning of some emergency situations can be performed, and warning, correcting and modifying information can be conveyed.

The environment information acquisition device is used for acquiring dust concentration value information, temperature value information and humidity value information of a construction site. The number of the environment information acquisition devices corresponds to the number of the construction areas. And the environment information acquisition devices of all the construction areas specifically acquire the environment information of the areas.

The monitoring center is connected with an alarm module. The alarm module comprises an audible and visual alarm. The video processing device is in signal connection with the field video information acquisition device and the movable video information acquisition device.

The personal safety processing module is in signal connection with the video processing device and receives the first video information and the second video information; the personal safety processing module identifies safety helmet characteristic information worn by construction personnel in the first video information and the second video information based on a safety helmet identification algorithm, and determines whether the safety helmet worn by the construction personnel meets safety helmet requirements in preset construction requirements or not according to an identification processing result.

The invention discloses a visual field monitoring method with a construction dynamic monitoring function, which comprises the following steps:

the video processing device processes the first video and audio information and the second video and audio information, decomposes the first video and audio information into first video information and first audio information, and decomposes the second video and audio information into second video information and second audio information;

the monitoring center is used for receiving and displaying the first video and audio information, the second video and audio information, the dust concentration value information, the temperature value information and the humidity value information.

The monitoring center receives the first video information, the first audio information, the second video information and the second audio information and carries out analysis processing:

when the value of the first audio information reaches a preset value, the monitoring center sends a control instruction, wherein the control instruction comprises a target monitoring point of a target area to which the trolley needs to move, so that targeted monitoring is performed. And when the trolley does not receive the control instruction, periodically patrolling along a preset moving route. Therefore, the monitoring center controls the movable video information acquisition device to move to a specific area generating the first audio information so as to acquire the second video and audio information, and then the monitoring center sends out noise alarm information when the value of the second audio information reaches a preset value according to the second audio information generated by the second video and audio information. The monitoring center is also used for acquiring the dust concentration value information; when the dust concentration information is higher than the preset concentration value, the monitoring center sends out dust alarm information.

And displaying the current alarm information through a display device. The display device adopts an LED display screen. When the monitoring center sends alarm information; the alarm module starts an alarm.

The personal safety processing module identifies the safety helmet characteristic information worn by the constructors in the first video information and the second video information based on a safety helmet identification algorithm, and whether the safety helmet worn by the constructors meets the safety helmet requirement in the preset construction requirement is determined through the identification processing result.

The violation construction detection module collects face information of an entering constructor and inputs the face information into a preset database; the database stores post information corresponding to constructors.

The violation construction detection module is in signal connection with the video processing device and receives the first video information and the second video information; the illegal construction detection module determines whether the post information of the constructor arriving at the post corresponds to the construction post or not based on the identity of the constructor entering the site and the post information according to the pre-calibrated construction post in the first video information and the second video information and the corresponding construction range information when the constructor arrives at the construction post; if yes, starting timing; otherwise, sending out a post error prompt. Under the condition that the constructor information of the arriving post corresponds to the post, when the constructor of the arriving post breaks rules and regulations, the constructor information of the violating regulations is generated; and sending the violation personnel information and the personnel identity information of the post to a monitoring center.

The violation construction detection module, the personal safety processing module and the monitoring center all adopt computer equipment.

The invention relates to a visual field monitoring method with a construction dynamic monitoring function, which is realized by arranging a visual field monitoring system, wherein the visual field monitoring system comprises an environment monitoring module and a monitoring center; when the value of the first audio information reaches the preset value, the monitoring center controls the movable video information acquisition device to move to a specific area generating the first audio information so as to acquire second video and audio information, then the second audio information is generated according to the second video and audio information, when the value of the second audio information reaches the preset value, the monitoring center sends noise alarm information, so that the noise of the construction area can be accurately detected, timely alarming is carried out, noise pollution is prevented, and civilized construction is facilitated. In addition, by arranging the seal construction detection module and the personal safety processing module, the real-time monitoring on the construction safety and the personal safety is realized. The invention effectively avoids the occurrence of safety problems, and improves the monitoring efficiency of the electric power construction site.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention are intended to be included within the scope of the present invention.