CN211266994U - Power production operation video monitoring system suitable for capital construction site - Google Patents
Power production operation video monitoring system suitable for capital construction site Download PDFInfo
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- CN211266994U CN211266994U CN201922281000.4U CN201922281000U CN211266994U CN 211266994 U CN211266994 U CN 211266994U CN 201922281000 U CN201922281000 U CN 201922281000U CN 211266994 U CN211266994 U CN 211266994U
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Abstract
The utility model relates to a technical field of electric power safety production risk management and control, concretely relates to electric power production operation video monitor system suitable for capital construction scene, including local control backstage, switch, wireless communication basic station, posture removal video monitoring equipment, wearable law enforcement record appearance, intelligent helmet, foundation ditch monitoring equipment, high formwork monitoring equipment, car crane monitoring equipment, capital construction operation car, keep watch on the capital construction operation scene condition through video monitor system, prevent that the operation from breaking away from the supervision. The utility model discloses established reliably earlier, unified, serve the video monitor system who keeps watch on the capital construction site operation site conditions, under the prerequisite of keeping watch on the site operation in a flexible way, it is many, the time limit for a project is tight to have cracked traditional capital construction site capital construction engineering, there is the problem of safe quality management means singleness, personnel shortage, the management and control efficiency that the operation surveillance camera head safety work is showing and is improving capital construction operation violation behavior and operation risk is suitable for popularization and application in the electric wire netting enterprise.
Description
Technical Field
The utility model relates to a technical field of electric power safety production risk management and control, concretely relates to electric power production operation video monitor system suitable for capital construction scene.
Background
The power production operation covers the contents of capital construction, power dispatching, power transmission and transformation maintenance, power distribution first-aid repair and the like. In recent years, with continuous expansion of power supply scope governed by power grid enterprises and continuous deepening of rural power grid transformation, infrastructure construction work presents a situation of a few aspects and a wide range, workload of infrastructure construction workers is obviously increased, working strength is obviously enhanced, the number of projects is large, construction period is short, the problems of single safety quality management means, personnel shortage and the like still exist, and remote safety supervision means and artificial intelligence technology are urgently needed to be applied to improve supervision efficiency.
The complex situation of risks in the construction work is shown in the following two aspects. On the one hand, the sub-package of the capital construction work project is carried out in a normalized manner, the number and the mobility of sub-packages of personnel are continuously increased, and the unstable activities of the personnel, the unstable shapes of objects and the unstable conditions of the environment are always common. On the other hand, from frequent personal accident case analysis, the occurrence of personal safety accident events involves various complex factors such as personnel, equipment, tools, methods, environments and the like, wherein the personnel factors further comprise specific factors such as skills, ages, working time, working familiarity, working habits, health, mental states, working moods and the like. Therefore, the causes of personal accident events in the capital construction operation are complex, influence factors such as randomness, diversity, linkage, causal correlation, personnel reliability and the like exist, and the management and control difficulty is high.
Aiming at the outstanding problem of the current infrastructure construction operation risk management and control, a comprehensive means is needed to be adopted for multiple management, so that a remote visual supervision field is realized, the operation is prevented from being separated from supervision, and personal risks, illegal behaviors and the like in infrastructure construction operation are managed and controlled. The suggestions about promoting the continuous and healthy development of the construction industry, which are issued by office halls of the state department, clearly put forward 'promotion of the modernization of the construction industry', 'popularization of intelligent and assembly type construction', 'enhancement of the research and development and application of technology', and the promotion of the development of the construction industry by scientific and technological means are great trends. With the continuous development of information technology and the continuous deep exploration of information-based construction in the building construction industry, the information-based construction tends to be applied to specific engineering projects. For the construction site, namely the last mile of the information land falling in the building field, the method has important significance for changing the traditional construction mode and promoting the success of engineering projects through the deep fusion of advanced information technologies such as cloud computing, big data, Internet of things, mobile internet, artificial intelligence and BIM and the like and the construction technology. Due to the fact that the construction operation scene is complex, various kinds of information of an operation field are various, and risk management and control data are large in data size and complex in data category. In addition, a fixed monitoring camera is not arranged on a capital construction operation site, the traditional video monitoring system is difficult to objectively, comprehensively and flexibly cover the operation site, and the difficulty of managing and controlling operation risks is further increased.
In view of this, aiming at intensive application video monitoring equipment, the difficult problem that an electric power production operation video monitoring system objectively, comprehensively and flexibly covers a construction site is solved, a movable video monitoring device which can be deployed on the construction site needs to be developed, information such as operation site videos, images and positions is transmitted to a provincial-level power grid emergency command center, and therefore timely pre-control and processing of operation risks are achieved, and technical support is provided for achieving artificial intelligence technical system management and control of operation risks.
Disclosure of Invention
In order to solve the problem, the utility model provides an electric power production operation video monitor system suitable for capital construction scene, concrete technical scheme is as follows:
a power production operation video monitoring system suitable for a capital construction site comprises a capital construction operation vehicle, a support type mobile video monitoring device, a wearable law enforcement recorder, an intelligent helmet, a high formwork monitoring device, a foundation pit monitoring device, a crane operation monitoring device, a wireless communication base station, a switch and a local monitoring background;
the infrastructure operation vehicle is used for transporting and positioning operation personnel and operation tools, and transmits infrastructure operation site positioning information to the local monitoring background through the wireless communication base station;
the bracket type mobile video monitoring equipment is used for acquiring videos of an operation site and performing data interaction with a local monitoring background through a wireless communication base station;
the wearable law enforcement recorder is used for monitoring an operation site and performing data interaction with a local monitoring background through a wireless communication base station;
the intelligent helmet is worn by an operator and is used for acquiring video, image and voice information of an operation site, sending the video, image and voice information to the local monitoring background through the wireless communication base station and receiving safety alarm information sent by the local monitoring background;
the high formwork monitoring equipment is used for monitoring horizontal displacement, formwork settlement, upright rod axial force and rod inclination angle parameters of a key part or a weak part of the high formwork, performing data interaction with a local monitoring background through a wireless communication base station, and receiving safety warning information sent by the local monitoring background;
the foundation pit monitoring equipment is used for monitoring parameters of peripheral horizontal displacement, internal force of a supporting structure and vertical displacement of a foundation pit, performing data interaction with a local monitoring background through a wireless communication base station, and receiving safety warning information sent by the local monitoring background;
the crane monitoring equipment is used for monitoring the torque, amplitude, load and tower inclination angle parameters of the crane, performing data interaction with the local monitoring background through the wireless communication base station and receiving safety warning information sent by the local monitoring background;
the wireless communication base station is used for realizing data interaction between a local monitoring background and a support type mobile video monitoring device, a wearable law enforcement recorder, an intelligent helmet, a capital construction operation vehicle, a high formwork monitoring device, a foundation pit monitoring device and a vehicle crane operation monitoring device through a public network APN channel provided by a mobile operator;
the switch is used for interacting data of an operation site with the wireless communication base station through a public network APN channel and interacting data with a local monitoring background through a power comprehensive data network;
the local monitoring background is deployed in the electric power production operation emergency command center and is used for processing monitoring data of a capital construction operation site and displaying the monitoring data to the emergency command center;
the capital construction operation vehicle, the support type mobile video monitoring equipment, the wearable law enforcement recorder, the intelligent helmet, the high formwork monitoring equipment, the foundation pit monitoring equipment and the vehicle crane monitoring equipment are respectively connected with the wireless communication base station; the wireless communication base station, the switch and the local monitoring background are sequentially connected.
Preferably, the rack-type mobile video monitoring device comprises a fixed rack and a monitoring device; the fixed bolster is arranged at the capital construction operation scene, supervisory equipment installs on the fixed bolster to be connected with wireless communication basic station.
Preferably, the monitoring equipment comprises CR680NC-H2 type, DH-MSB-L200 type, LT-BKQ type, SF-BK-4G type and HIYIAV type.
Preferably, the wearable law enforcement recorder adopts monitoring equipment including VTR8400 type, DJS-T9 type and DSJ-DHTH8B7 type.
Preferably, the intelligent helmet is an XY-PQ620 type intelligent helmet.
Preferably, the high-formwork monitoring equipment is Leica TCA2003 Leica WILD NA2 and SZZX-GZX02 type high-formwork monitoring equipment.
Preferably, the foundation pit monitoring equipment is ZCT-CX03S or YL-BEMS type foundation pit monitoring equipment.
Preferably, the crane monitoring equipment is WG-IV type crane monitoring equipment.
Preferably, the wireless communication base station uses a public network APN channel service provided by a mobile operator, and selects a 3G/4G public network APN channel with a frequency of 2.4 gigahertz to 2.5 gigahertz.
The utility model has the advantages that: the utility model provides an electric power production operation video monitor system suitable for capital construction scene, including local control backstage, switch, wireless communication basic station, the video supervisory equipment is removed to the posture, wearable law enforcement record appearance, intelligent helmet, foundation ditch monitoring facilities, high formwork monitoring facilities, car crane monitoring facilities, capital construction operation car, keep watch on the capital construction operation site conditions through video monitor system, prevent that the operation from breaking away from the supervision.
The utility model discloses established reliably earlier, unified, serve the video monitor system who keeps watch on the capital construction site operation site conditions, under the prerequisite of keeping watch on the site operation in a flexible way, it is many, the time limit for a project is tight to have cracked traditional capital construction site capital construction engineering, there is the problem of safe quality management means singleness, personnel shortage, the management and control efficiency that the operation surveillance camera head safety work is showing and is improving capital construction operation violation behavior and operation risk is suitable for popularization and application in the electric wire netting enterprise.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Detailed Description
For a better understanding of the present invention, the following further description is made in conjunction with the accompanying drawings and the specific embodiments:
as shown in fig. 1, a video monitoring system for power production operation suitable for a capital construction site includes a capital construction operation vehicle, a rack-type mobile video monitoring device, a wearable law enforcement recorder, an intelligent helmet, a high formwork monitoring device, a foundation pit monitoring device, a crane operation monitoring device, a wireless communication base station, a switch, and a local monitoring background.
The infrastructure operation vehicle is used for transporting and positioning operation personnel and operation tools, and transmits infrastructure operation site positioning information to the local monitoring background through the wireless communication base station.
The bracket type mobile video monitoring equipment is used for collecting videos of an operation site and performing data interaction with a local monitoring background through a wireless communication base station.
The wearable law enforcement recorder is used for monitoring a working site and performing data interaction with a local monitoring background through the wireless communication base station.
The intelligent helmet is worn by an operator and used for collecting video, image and voice information of an operation site, sending the video, image and voice information to the local monitoring background through the wireless communication base station and receiving safety alarm information sent by the local monitoring background.
The high formwork monitoring equipment is used for monitoring horizontal displacement, formwork settlement, upright rod axial force and rod inclination angle parameters of key parts or weak parts of the high formwork, assisting field constructors to find abnormal changes of a high formwork system in time, performing data interaction with a local monitoring background through a wireless communication base station and receiving safety alarm information sent by the local monitoring background; when the monitoring parameters of the high formwork exceed the preset limit value, the system gives a warning in advance, and potential safety hazards are reduced.
The foundation pit monitoring equipment is used for monitoring peripheral horizontal displacement, internal force of a supporting structure and vertical displacement parameters of a foundation pit, assisting field personnel to find abnormal changes of the foundation pit in time, performing data interaction with the local monitoring background through the wireless communication base station and receiving safety alarm information sent by the local monitoring background. And when the foundation pit monitoring parameters exceed the preset limit values, the system gives an alarm in advance.
The vehicle crane monitoring equipment is used for monitoring torque, amplitude, load and tower inclination angle parameters of the vehicle crane, assisting field personnel to find abnormal changes of the vehicle crane in time, performing data interaction with the local monitoring background through the wireless communication base station and receiving safety warning information sent by the local monitoring background. When the monitoring parameters exceed the preset limit values, the system gives a pre-alarm.
The wireless communication base station is used for realizing data interaction between a local monitoring background and the support type mobile video monitoring equipment, the wearable law enforcement recorder, the intelligent helmet, the capital construction operation vehicle, the high formwork monitoring equipment, the foundation pit monitoring equipment and the vehicle crane operation monitoring equipment through a public network APN channel provided by a mobile operator.
The switch is used for interacting data of an operation site with the wireless communication base station through the APN channel of the public network and interacting data with the local monitoring background through the power integrated data network.
The local monitoring background is deployed in the electric power production operation emergency command center and used for processing monitoring data of the infrastructure operation site and displaying the monitoring data to the emergency command center.
The infrastructure operation vehicle, the support type mobile video monitoring equipment, the wearable law enforcement recorder, the intelligent helmet, the high formwork monitoring equipment, the foundation pit monitoring equipment and the vehicle crane monitoring equipment are respectively connected with the wireless communication base station; the wireless communication base station, the switch and the local monitoring background are connected in sequence.
The capital construction operating vehicle adopts a great wall Fengjun 5GW4D20E type pickup truck, adopts a four-wheel drive mode, is painted with yellow color on the vehicle body, is printed with a corresponding electric power enterprise mark, has a container in a breast board type, has a container volume of 1.80 multiplied by 1.55 multiplied by 1.05 meters, and supports a vehicle-mounted positioning function.
The bracket type mobile video monitoring equipment comprises a fixed bracket and monitoring equipment; the fixed bolster is arranged at the capital construction operation scene, and supervisory equipment installs on the fixed bolster to communicate through wireless mode with wireless communication basic station. The monitoring equipment comprises CR680NC-H2 type, DH-MSB-L200 type, LT-BKQ type, SF-BK-4G type and HIYIAV type, the horizontal rotation range of a camera of the monitoring equipment is 0-360 degrees, the vertical continuous rotation range of the camera is negative 30-90 degrees, the optical zoom is not less than 30 times, the maximum display resolution is not less than 1920 x 1080 points per inch, and the weight of the monitoring equipment is not more than 5000 grams.
The wearable law enforcement recorder mainly refers to a small or miniature video monitoring device which is convenient to wear, can monitor an operation site from a first view angle, and communicates with a wireless communication base station in a wireless mode. Monitoring devices including VTR8400, DJS-T9, DSJ-DHTH8B7 are optionally used.
The intelligent helmet is an XY-PQ620 type intelligent helmet produced by a signal-jumping intelligent technology, the safety protection performance of the helmet body reaches the requirements of safety helmet national standard GB 2811 plus 2017 safety helmet, a built-in camera supports 1080P double-code-stream real-time high-definition video and local video, a built-in microphone and a speaker support bidirectional voice, and a built-in wireless network card supports communication with a local monitoring background through 4G/3G and WiFi wireless.
The high formwork monitoring equipment is selected from Leica TCA2003 Leica WILD NA2 and SZZX-GZX02 type high formwork monitoring equipment. The number of the collecting channels is 32, the field display screen is an LCD 240-16 dot matrix, and the measuring range of the inclination angle of the foundation pit is +/-15- +/-30 degrees. The measurement range is between 0 and 4 MPa.
The foundation pit monitoring equipment is ZCT-CX03S or YL-BEMS type foundation pit monitoring equipment, the fixed inclined acquisition range is +/-30 degrees, 32 channels are adopted in the number of the channels, an LCD240 dot matrix and a 16 dot matrix are adopted in a field display screen, and the using environment temperature of the equipment is-20-85 ℃.
The crane monitoring equipment adopts WG-IV type crane monitoring equipment, adopts 2.4G frequency IEEE802.15.4 transmission protocol to complete regional automatic intelligent networking transmission, adopts GPRS to complete super long distance transmission and Internet butt transmission, and is configured with various energy support modes such as battery, solar energy and power grid. The protection grade is IP66TVS 6000V, and the lightning protection, surge protection and surge protection functions are achieved; and conforms to the GB/T17626.54 standard.
The wireless communication base station adopts the public network APN channel service provided by the mobile operator, and selects the 3G/4G public network APN channel with the frequency of 2.4 GHz to 2.5 GHz.
The switch is provided with 16 10/100/1000 Mbyte adaptive interfaces, the switching capacity is not less than 150 Mbit/s, and the two-layer and three-layer packet forwarding capability is not less than 95 Mbit/s.
The local monitoring background is provided with 1 Intel Xeon Silver series CPU which supports hyper-threading, the cache is not less than 10 megabytes, and the original dominant frequency is not less than 2.8 GHz; the memory is configured to be DDR3 type memory with 8 gigabytes or more; the hard disk is configured into 2 blocks of 1024 gigabytes solid state capacitor hard disks; the display is a 27 inch LED display with a dot spacing of 0.2331 millimeters.
Network safety requirements between the switchboard and the local monitoring background in the system conform to the regulations of Q/CSG 212001 power monitoring system network safety management method and Q/CSG 1204009 power monitoring system safety protection technical specification, and an expansion interface conforms to the regulations of Q/CSG1204016.2 part 2 comprehensive data network technical requirement of data network technical specification and Q/CSG1204012 communication network production application interface technical specification; the expansion interfaces of the bracket type mobile video monitoring equipment, the wearable law enforcement recorder and the intelligent helmet conform to the regulations of YD/T1760 data exchange technical requirements of peripheral interfaces of digital mobile terminals. The main performance indexes of the local monitoring background conform to GB/T16260.2 software engineering product quality part 2: internal quality, GB/T16260.3 software engineering Productivity quality part 3: the specifications of external quality, Q/CSG1204016.3 data network technical Specification part 3 data network equipment technical requirement, and the main functions and performance indexes of the bracket type mobile video monitoring equipment, the wearable law enforcement recorder and the intelligent helmet meet the specifications of GB/T36481 information technology scene recorder general Specification. The safety function requirements of the local monitoring background meet the regulations of GB/T20271 general safety technical requirements of information safety technology information systems, and the safety function requirements of the rack-mounted mobile video monitoring equipment, the wearable law enforcement recorder and the intelligent helmet meet the regulations of GB/T35278 safety protection technical requirements of information safety technology mobile terminals.
In the specific installation and deployment process, a local monitoring background is deployed in a power grid emergency command center. Secondly, the staff collects data collected or received by a switchboard arranged in a provincial power grid information center, a local monitoring background, a support type mobile video monitoring device, a wearable law enforcement recorder, an intelligent helmet, a foundation pit monitoring device, a high formwork monitoring device, a vehicle crane monitoring device and a capital construction operation vehicle. And thirdly, applying for public network APN channel service of a mobile operator, and transmitting data between a local monitoring background and a support type mobile video monitoring device, a wearable law enforcement recorder, an intelligent helmet, a foundation pit monitoring device, a high formwork monitoring device, a vehicle crane monitoring device and a capital construction work vehicle by utilizing a wireless communication base station near a capital construction work site of the mobile operator after identity authentication and data encryption. And finally, deploying different infrastructure construction operation sites by the support type mobile video monitoring equipment, the wearable law enforcement recorder, the intelligent helmet, the foundation pit monitoring equipment, the high formwork supporting monitoring equipment, the vehicle crane monitoring equipment and the infrastructure construction operation vehicle according to an operation plan, and applying the different infrastructure construction operation sites to process monitoring of the operation sites.
When a capital construction operator carries out the construction operation of the transformer substation, a security officer symmetrically places 2 bracket type mobile video monitoring devices at positions within 10 meters away from the main body of the device, and monitors the working condition of a maintenance person; the method comprises the following steps that a capital construction worker wears an intelligent helmet and displays operation process information to a local monitoring background at a first view angle in operation; the safety supervisor configures a wearable law enforcement recorder, closely monitors and records the operation behavior of the capital construction operating personnel, records the implementation situation of each safety measure, and transmits the implementation situation back to the local monitoring background in real time; the high formwork monitoring equipment monitors parameters such as horizontal displacement, formwork settlement, vertical rod axial force and rod piece inclination angle of a key part or a weak part in real time and returns related data in real time. The foundation pit monitoring equipment monitors items such as peripheral horizontal displacement, internal force of a supporting structure, vertical displacement and the like of the foundation pit and returns related data in real time. The truck crane monitoring equipment monitors the torque, amplitude, load, tower inclination angle and other items of the truck crane and returns related data in real time. And the capital construction operating vehicle is parked in an operating site within 100 meters, and the operating positioning information is sent to the local monitoring background.
Relevant personnel of the provincial power grid emergency command center can master the field operation condition according to images or videos and position information collected by the support type mobile video monitoring equipment, the wearable law enforcement recorder, the intelligent helmet and the capital construction operating vehicle, so that the field operation is prevented from being separated from the supervision range. Meanwhile, safety supervision personnel of each power supply bureau control risks in power production operation such as falling, external foreign object injury, electric shock, burning (scalding) injury, equipment damage, equipment performance reduction, forced outage and the like through the power production operation video monitoring system.
The present invention is not limited to the above-described embodiments, but only to the preferred embodiments of the present invention, and the present invention is not limited thereto, and any modifications, equivalent replacements, and improvements made within the spirit and principle of the present invention should be included within the protection scope of the present invention.
Claims (9)
1. The utility model provides an electric power production operation video monitor system suitable for capital construction scene which characterized in that: the system comprises a capital construction operation vehicle, a support type mobile video monitoring device, a wearable law enforcement recorder, an intelligent helmet, a high formwork monitoring device, a foundation pit monitoring device, a vehicle crane operation monitoring device, a wireless communication base station, a switch and a local monitoring background;
the infrastructure operation vehicle is used for transporting and positioning operation personnel and operation tools, and transmits infrastructure operation site positioning information to the local monitoring background through the wireless communication base station;
the bracket type mobile video monitoring equipment is used for acquiring videos of an operation site and performing data interaction with a local monitoring background through a wireless communication base station;
the wearable law enforcement recorder is used for monitoring an operation site and performing data interaction with a local monitoring background through a wireless communication base station;
the intelligent helmet is worn by an operator and is used for acquiring video, image and voice information of an operation site, sending the video, image and voice information to the local monitoring background through the wireless communication base station and receiving safety alarm information sent by the local monitoring background;
the high formwork monitoring equipment is used for monitoring horizontal displacement, formwork settlement, upright rod axial force and rod inclination angle parameters of a key part or a weak part of the high formwork, performing data interaction with a local monitoring background through a wireless communication base station, and receiving safety warning information sent by the local monitoring background;
the foundation pit monitoring equipment is used for monitoring parameters of peripheral horizontal displacement, internal force of a supporting structure and vertical displacement of a foundation pit, performing data interaction with a local monitoring background through a wireless communication base station, and receiving safety warning information sent by the local monitoring background;
the crane monitoring equipment is used for monitoring the torque, amplitude, load and tower inclination angle parameters of the crane, performing data interaction with the local monitoring background through the wireless communication base station and receiving safety warning information sent by the local monitoring background;
the wireless communication base station is used for realizing data interaction between a local monitoring background and a support type mobile video monitoring device, a wearable law enforcement recorder, an intelligent helmet, a capital construction operation vehicle, a high formwork monitoring device, a foundation pit monitoring device and a vehicle crane operation monitoring device through a public network APN channel provided by a mobile operator;
the switch is used for interacting data of an operation site with the wireless communication base station through a public network APN channel and interacting data with a local monitoring background through a power comprehensive data network;
the local monitoring background is deployed in the electric power production operation emergency command center and is used for processing monitoring data of a capital construction operation site and displaying the monitoring data to the emergency command center;
the capital construction operation vehicle, the support type mobile video monitoring equipment, the wearable law enforcement recorder, the intelligent helmet, the high formwork monitoring equipment, the foundation pit monitoring equipment and the vehicle crane monitoring equipment are respectively connected with the wireless communication base station; the wireless communication base station, the switch and the local monitoring background are sequentially connected.
2. The video monitoring system for power production operation suitable for the infrastructure site as claimed in claim 1, wherein: the bracket type mobile video monitoring equipment comprises a fixed bracket and monitoring equipment; the fixed bolster is arranged at the capital construction operation scene, supervisory equipment installs on the fixed bolster to be connected with wireless communication basic station.
3. A video monitoring system for power production operations applicable to a capital construction site as claimed in claim 2 wherein: the monitoring equipment comprises CR680NC-H2 type, DH-MSB-L200 type, LT-BKQ type, SF-BK-4G type and HIYIAV type.
4. The video monitoring system for power production operation suitable for the infrastructure site as claimed in claim 1, wherein: the wearable law enforcement recorder adopts monitoring equipment including VTR8400 type, DJS-T9 type and DSJ-DHTH8B7 type.
5. The video monitoring system for power production operation suitable for the infrastructure site as claimed in claim 1, wherein: the intelligent helmet is an XY-PQ620 type intelligent helmet.
6. The video monitoring system for power production operation suitable for the infrastructure site as claimed in claim 1, wherein: the high formwork monitoring equipment is selected from Leica TCA2003 Leica WILD NA2 and SZZX-GZX02 type high formwork monitoring equipment.
7. The video monitoring system for power production operation suitable for the infrastructure site as claimed in claim 1, wherein: and the foundation pit monitoring equipment is ZCT-CX03S or YL-BEMS type foundation pit monitoring equipment.
8. The video monitoring system for power production operation suitable for the infrastructure site as claimed in claim 1, wherein: and the crane monitoring equipment is WG-IV type crane monitoring equipment.
9. The video monitoring system for power production operation suitable for the infrastructure site as claimed in claim 1, wherein: the wireless communication base station adopts the public network APN channel service provided by a mobile operator, and selects a 3G/4G public network APN channel with the frequency of 2.4 GHz to 2.5 GHz.
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| CN201922281000.4U CN211266994U (en) | 2019-12-18 | 2019-12-18 | Power production operation video monitoring system suitable for capital construction site |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112465407A (en) * | 2020-12-28 | 2021-03-09 | 华能秦煤瑞金发电有限责任公司 | Capital construction site safety monitoring system |
| CN113034843A (en) * | 2021-02-21 | 2021-06-25 | 深圳市九象数字科技有限公司 | High formwork wireless automatic monitoring system |
| CN115546677A (en) * | 2022-07-11 | 2022-12-30 | 北京国电通网络技术有限公司 | Capital construction site information processing method, device, equipment and computer readable medium |
-
2019
- 2019-12-18 CN CN201922281000.4U patent/CN211266994U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112465407A (en) * | 2020-12-28 | 2021-03-09 | 华能秦煤瑞金发电有限责任公司 | Capital construction site safety monitoring system |
| CN113034843A (en) * | 2021-02-21 | 2021-06-25 | 深圳市九象数字科技有限公司 | High formwork wireless automatic monitoring system |
| CN115546677A (en) * | 2022-07-11 | 2022-12-30 | 北京国电通网络技术有限公司 | Capital construction site information processing method, device, equipment and computer readable medium |
| CN115546677B (en) * | 2022-07-11 | 2023-10-24 | 北京国电通网络技术有限公司 | Method, apparatus, device and computer readable medium for processing information of construction site |
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