CN113341828A - Engineering management monitoring system - Google Patents
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- CN113341828A CN113341828A CN202110679960.5A CN202110679960A CN113341828A CN 113341828 A CN113341828 A CN 113341828A CN 202110679960 A CN202110679960 A CN 202110679960A CN 113341828 A CN113341828 A CN 113341828A
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- 238000012544 monitoring process Methods 0.000 title claims abstract description 71
- 239000000463 material Substances 0.000 claims abstract description 54
- 238000007726 management method Methods 0.000 claims description 69
- 238000003860 storage Methods 0.000 claims description 54
- 238000004458 analytical method Methods 0.000 claims description 32
- 238000013500 data storage Methods 0.000 claims description 19
- 238000012217 deletion Methods 0.000 claims description 15
- 230000037430 deletion Effects 0.000 claims description 15
- 238000012790 confirmation Methods 0.000 claims description 12
- 238000007689 inspection Methods 0.000 claims description 10
- 238000010276 construction Methods 0.000 abstract description 5
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0428—Safety, monitoring
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/24—Pc safety
- G05B2219/24024—Safety, surveillance
Abstract
The invention discloses an engineering management monitoring system, which belongs to the technical field of constructional engineering and comprises an engineering management monitoring system, wherein the engineering management monitoring system comprises an engineering field personnel in-out management monitoring module, an engineering field material transport vehicle management monitoring module and a master console; the engineering management monitoring system comprises an engineering field personnel in-out management monitoring module, an engineering field management monitoring module and an engineering field material transport vehicle management monitoring module, can manage and monitor the personnel in-out of the engineering field, the engineering field and the engineering field material transport vehicle, and improves the comprehensiveness of the construction engineering management monitoring, thereby improving the safety performance of the construction engineering management monitoring.
Description
Technical Field
The invention belongs to the technical field of constructional engineering, and particularly relates to an engineering management monitoring system.
Background
The twenty-first century is an era of rapid development of science and technology, and is also an era of application of various scientific and technological achievements in actual production or management, and is increasingly applied to the scientific and technological achievements in construction and production of building engineering, the application of the monitoring system is a product of combination of common building engineering and high scientific and technological achievements, and the application of the electronic information technology in engineering is provided, so that the engineering management can be perfected.
The existing engineering management monitoring system only has management monitoring on an engineering field, is relatively incomplete in management monitoring aspect, and reduces the management monitoring safety performance of the system.
Disclosure of Invention
To solve the problems set forth in the background art described above. The invention provides an engineering management monitoring system which has the characteristic of improving the safety performance of the building engineering management monitoring.
In order to achieve the purpose, the invention provides the following technical scheme: the utility model provides an engineering management monitored control system, includes engineering management monitored control system, engineering management monitored control system includes engineering place personnel management monitoring module, engineering place material transport vehicle management monitoring module and total accuse platform of cominging in and going out, the input port of engineering place personnel management monitoring module of cominging in and going out, the input port and the output port of engineering place material transport vehicle management monitoring module are connected with total accuse platform.
Further, the engineering site personnel management and monitoring module comprises an in-out card swiping module, an output port of the in-out card swiping module is connected with a mobile terminal, an output port of the mobile terminal is connected with an engineering site personnel confirmation module, an input port and an output port of the in-out card swiping module are connected with a card identity data comparison module, an input port of the card identity data comparison module is connected with a card identity data storage module, output ports of the engineering site personnel confirmation module and the card identity data comparison module are connected with an in-out channel opening module, an output port of the in-out channel opening module is connected with an in-out channel camera, an output port of the in-out channel camera is connected with an in-out video storage module, an input port of the in-out video storage module is connected with an in-out video query module, and the input port of the in-out video query module is connected with the master console.
Further, the engineering field management monitoring module comprises a processor, an input port of the processor is respectively connected with a plurality of engineering field cameras, an output port of the processor is connected with an engineering field video storage module, an input port of the engineering field video storage module is connected with an engineering field video query module, and an input port of the engineering field video query module is connected with a master console.
Further, the engineering site material transport vehicle management monitoring module comprises a transport vehicle shooting camera, an output port of the transport vehicle shooting camera is respectively connected with a transport vehicle position analysis module and a transport material analysis module, an output port of the transport material analysis module is connected with a transport material storage position analysis module, an input port of the transport material storage position analysis module is connected with a transport material storage position data storage module, output ports of the transport vehicle position analysis module and the transport material storage position analysis module are connected with a route planning module, an output port of the route planning module is respectively connected with a route camera and a plurality of voice prompters, an output port of the route camera is connected with a master control console, and input ports of the voice prompters are connected with an auxiliary guidance module, and the input port of the auxiliary guidance module is connected with the master console.
Furthermore, the input port and the output port of a plurality of engineering field cameras are connected with a fault inspection module, the output port of the fault inspection module is connected with a processor, the input port of the processor is connected with a camera address data storage module, the output port of the processor is connected with a plurality of spare engineering field cameras, the number of the spare engineering field cameras is the same as that of the engineering field cameras, the engineering field cameras and the spare engineering field cameras are distributed in a one-to-one mode, the output port of the processor is connected with a fault alarm module, and the output port of the fault alarm module is connected with a master console.
Further, an input port of the processor is connected with a timing module, an input port of the timing module is connected with a modification module, an input port of the modification module is connected with a master console, an output port of the processor is connected with a video extraction and deletion module, an output port of the timing module is connected with the video extraction and deletion module, an output port of the project site video storage module is connected with the video extraction and deletion module, and an output port of the processor is connected with a cloud server.
Compared with the prior art, the invention has the beneficial effects that:
1. the engineering management monitoring system comprises an engineering field personnel in-out management monitoring module, an engineering field management monitoring module and an engineering field material transport vehicle management monitoring module, can manage and monitor the personnel in-out of the engineering field, the engineering field and the engineering field material transport vehicle, and improves the comprehensiveness of the construction engineering management monitoring, thereby improving the safety performance of the construction engineering management monitoring.
2. The engineering site personnel in-out management monitoring module comprises an in-out card swiping module, a card identity data comparison module, a card identity data storage module, a mobile terminal, an engineering site personnel confirmation module, an in-out channel opening module, an in-out channel camera, an in-out video storage module and an in-out video inquiry module.
3. The engineering field management monitoring module comprises an engineering field camera, a processor, an engineering field video storage module and an engineering field video query module, can comprehensively manage and monitor the engineering field, and further improves the management safety performance of the system.
4. The engineering field management monitoring module also comprises a fault inspection module, an engineering field standby camera, a camera address data storage module and a fault alarm module, can detect the fault engineering field camera in real time, can acquire the position of the fault engineering field camera in time according to the camera address data storage module, can start the engineering field standby camera at the fault position in time and alarm the engineering field camera at the fault position, ensures the continuity of management and monitoring, and is convenient for managers to maintain the fault engineering field camera.
5. The engineering site management monitoring module further comprises a modification module, a timing module, a video extraction and deletion module and a cloud server, and can extract videos stored in the engineering site video storage module at regular time and store the videos into the cloud server, delete the extracted stored videos during extraction, prevent video loss, simultaneously play a role in regularly cleaning the engineering site video storage module, and avoid the problem of insufficient storage space of the engineering site video storage module.
6. The engineering site material transport vehicle comprises a transport vehicle shooting camera, a transport vehicle position analysis module, a transport material storage position data storage module, a route planning module, a route camera, a voice prompter and an auxiliary guidance module, can plan a route to be traveled by the transport vehicle according to the position of the transport vehicle and the storage position of the transport material, is convenient for the transport vehicle to finish the storage of the transport material more quickly, and simultaneously has the function of auxiliary guidance when the transport vehicle deviates from the route, thereby further accelerating the storage efficiency of the transport material.
Drawings
FIG. 1 is a block diagram of the overall framework of the present invention;
FIG. 2 is a detailed framework flowchart of the personnel management monitoring module for entrance and exit of the engineering field according to the present invention;
FIG. 3 is a detailed framework flowchart of the engineering site management monitoring module of the present invention;
FIG. 4 is a detailed framework flow diagram of the engineering site material transport vehicle management monitoring module of the present invention;
in the figure: 1. an engineering management monitoring system; 11. the engineering site personnel in and out management monitoring module; 1101. an access camera; 1102. the card swiping module is accessed; 1103. an access opening module; 1104. a mobile terminal; 1105. a card identity data storage module; 1106. a project site personnel confirmation module; 1107. a card identity data comparison module; 1108. an in-out video query module; 1109. an in-out video storage module; 12. the engineering site management monitoring module; 1201. a fault routing inspection module; 1202. a camera of the engineering field; 1203. a spare camera of the engineering field; 1204. a processor; 1205. a camera address data storage module; 1206. a timing module; 1207. the engineering field video storage module; 1208. a modification module; 1209. the engineering field video query module; 1210. a cloud server; 1211. a fault alarm module; 1212. a video extraction and deletion module; 13. the engineering site material transport vehicle management monitoring module; 1301. a transport vehicle camera; 1302. a transport vehicle position analysis module; 1303. a transport material analysis module; 1304. a transport material storage location analysis module; 1305. a transportation material storage position data storage module; 1306. a route planning module; 1307. a route camera; 1308. a voice prompter; 1309. an auxiliary guidance module; 14. and a master control console.
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.
Example 1
Referring to fig. 1-4, the present invention provides the following technical solutions: the utility model provides an engineering management monitored control system, includes engineering management monitored control system 1, engineering management monitored control system 1 includes engineering place personnel's management monitoring module 11 that come in and go out, engineering place management monitoring module 12, engineering place material transport vehicle management monitoring module 13 and master control platform 14, and the input port of engineering place personnel's management monitoring module 11 that come in and go out, engineering place management monitoring module 12 and engineering place material transport vehicle management monitoring module 13's input port and output port are connected with master control platform 14.
Specifically, the engineering site personnel management and monitoring module 11 comprises an in-out card swiping module 1102, an output port of the in-out card swiping module 1102 is connected with a mobile terminal 1104, an output port of the mobile terminal 1104 is connected with an engineering site personnel confirming module 1106, an input port and an output port of the in-out card swiping module 1102 are connected with a card identity data comparison module 1107, an input port of the card identity data comparison module 1107 is connected with a card identity data storage module 1105, output ports of the engineering site personnel confirming module 1106 and the card identity data comparison module 1107 are connected with an in-out channel opening module 1103, an output port of the in-out channel opening module 1103 is connected with an in-out channel camera 1101, an output port of the in-out channel camera 1101 is connected with an in-out video storage module 1109, an input port of the in-out video storage module 1109 is connected with an in-out video query module 1108, the input port of the in-out video query module 1108 is connected to the console 14.
Specifically, the project site management monitoring module 12 includes a processor 1204, an input port of the processor 1204 is connected with a plurality of project site cameras 1202 respectively, an output port of the processor 1204 is connected with a project site video storage module 1207, an input port of the project site video storage module 1207 is connected with a project site video query module 1209, and an input port of the project site video query module 1209 is connected with a master console 14.
Specifically, the engineering site material transportation vehicle management monitoring module 13 comprises a transportation vehicle shooting camera 1301, the output port of the transportation vehicle shooting camera 1301 is respectively connected with a transportation vehicle position analysis module 1302 and a transportation material analysis module 1303, the output port of the transportation material analysis module 1303 is connected with a transportation material storage position analysis module 1304, the input port of the transportation material storage position analysis module 1304 is connected with a transportation material storage position data storage module 1305, the output ports of the transportation vehicle position analysis module 1302 and the transportation material storage position analysis module 1304 are connected with a route planning module 1306, the output port of the route planning module 1306 is respectively connected with a route camera 1307 and a plurality of voice prompters 1308, the output port of the route camera 1307 is connected with a general control console 14, the input ports of the plurality of voice prompters 1308 are connected with an auxiliary guidance module 1309, the input port of the tutorial module 1309 is connected to the console 14.
The working principle of the embodiment is as follows: when the in-out management of the engineering site personnel is monitored, the card is pasted on the in-out card swiping module 1102, the in-out card swiping module 1102 collects the data of the card and feeds the data of the card back to the card identity data comparison module 1107, the card identity data comparison module 1107 extracts the data in the card identity data storage module 1105 and compares the data with the data of the card, if the same data is not compared, the card identity data comparison module 1107 does not act, if the same data is compared, the card identity data comparison module 1107 feeds the same comparison result back to the in-out passage opening module 1103, meanwhile, the mobile terminal 1104 data comparing the same result is fed back to the in-out card swiping module 1102, the in-out card swiping module 1102 sends an in-out confirmation instruction to the corresponding mobile terminal according to the mobile terminal 1104 data fed back by the card identity data comparison module 1107, the engineering site personnel in-out and in the engineering site personnel pass through the engineering site personnel confirmation module 1106 to confirm the in-out and in-out of the engineering site personnel, after confirmation, the engineering site personnel confirmation module 1106 feeds back confirmation data to the access opening module 1103, the access opening module 1103 opens the access after receiving the same result data and the confirmation data, the engineering site personnel can enter and exit through the access, when entering and exiting, the access camera 1101 collects the access video of the personnel and feeds back the collected access video to the access video storage module 1109 for storage, and the master control console 14 can check the video stored in the access video storage module 1109 through the access video query module 1108;
when the engineering site is managed and monitored, the plurality of engineering site cameras 1202 collect videos corresponding to the areas of the engineering site, the collected area videos are fed back to the processor 1204, the processor 1204 feeds the area videos back to the engineering site video storage module 1207 to be stored, and the master console 14 can check the videos stored in the engineering site video storage module 1207 through the engineering site video query module 1209;
when the engineering site material transportation vehicle is managed and monitored, the transportation vehicle shoots videos of the transportation vehicle by the camera 1301 and respectively sends the videos to the transportation vehicle position analysis module 1302 and the transportation material analysis module 1303, the transportation vehicle position analysis module 1302 analyzes the position of the transportation vehicle on the engineering site and feeds back the analyzed position result to the route planning module 1306, the transportation material analysis module 1303 analyzes which transportation material the transportation vehicle belongs to and feeds back the analyzed transportation material result to the transportation material storage position analysis module 1304, the transportation material storage position analysis module 1304 extracts data stored in the transportation material storage position data storage module 1305 and compares the data with the transportation material for analysis to obtain the storage position of the transportation material and feeds back the analyzed storage position result to the route planning module 1306, and the route planning module 1306 plans a running route of the transportation vehicle according to the position of the transportation vehicle and the storage position of the transportation material, and navigate for the transport vehicle through a plurality of voice prompt 1308 along the way, in the transport vehicle driving process, the master console 14 can check the driving route condition of the transport vehicle through the route camera 1307, if the deviation occurs, the auxiliary guidance module 1309 can be communicated with the plurality of voice prompt 1308 to perform auxiliary guidance, and the transport vehicle can be helped to drive to the storage position of the transport material more quickly.
Example 2
The present embodiment is different from embodiment 1 in that:
specifically, an input port and an output port of the plurality of engineering site cameras 1202 are connected with a fault inspection module 1201, the output port of the fault inspection module 1201 is connected with the processor 1204, the input port of the processor 1204 is connected with a camera address data storage module 1205, the output port of the processor 1204 is connected with a plurality of engineering site standby cameras 1203, the number of the engineering site standby cameras 1203 is the same as the number of the engineering site cameras 1202, the engineering site cameras 1202 and the engineering site standby cameras 1203 are distributed in a one-to-one manner, the output port of the processor 1204 is connected with a fault alarm module 1211, and the output port of the fault alarm module 1211 is connected with the master console 14.
The working principle of the embodiment is as follows: the fault inspection module 1201 detects the working states of a plurality of project site cameras 1202 in real time, if the fault inspection module 1201 detects that a certain project site camera 1202 fails or is damaged and stops working, data are fed back to the processor 1204, the processor 1204 extracts data in the camera address data storage module 1205 and analyzes the data with the feedback data to obtain the position of the project site camera 1202 which fails or is damaged and stops working, the processor 1204 simultaneously sends an instruction to a project site standby camera 1203 and a fault alarm module 1211 at the same position, the project site standby camera 1203 replaces the project site camera 1202 which fails or is damaged and stops working to collect videos corresponding to a project site area, and the fault alarm module 1211 gives an alarm when a fault occurs and feeds the fault position back to the master console 14.
Example 3
This example differs from examples 1 and 2 in that:
specifically, an input port of the processor 1204 is connected with a timing module 1206, an input port of the timing module 1206 is connected with a modification module 1208, an input port of the modification module 1208 is connected with the console 14, an output port of the processor 1204 is connected with a video extraction deletion module 1212, an output port of the timing module 1206 is connected with the video extraction deletion module 1212, an output port of the project site video storage module 1207 is connected with the video extraction deletion module 1212, and an output port of the processor 1204 is connected with the cloud server 1210.
The working principle of the embodiment is as follows: the timing module 1206 starts timing, when the timing time is up, the timing module 1206 respectively sends an instruction to the processor 1204 and the video extraction and deletion module 1212, the processor 1204 sends an instruction to the video extraction and deletion module 1212, the video extraction and deletion module 1212 extracts video data stored in the project site video storage module 1207 according to the timing range of the timing module 1206, sends the extracted data to the cloud server 1210 through the processor 1204 for storage, and meanwhile, the video extraction and deletion module 1212 deletes the video data stored in the project site video storage module 1207 according to the timing range of the timing module 1206, so as to realize the function of periodic cleaning;
the console 14 may modify the timing range of the timing module 1206 via a modification module 1208.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (6)
1. An engineering management monitoring system, includes engineering management monitoring system (1), its characterized in that: engineering management monitored control system (1) is including engineering place discrepancy personnel management monitoring module (11), engineering place management monitoring module (12), engineering place material transport vehicle management monitoring module (13) and total accuse platform (14), the input port of engineering place discrepancy personnel management monitoring module (11), the input port and the output port of engineering place management monitoring module (12) and engineering place material transport vehicle management monitoring module (13) are connected with total accuse platform (14).
2. An engineering management monitoring system according to claim 1, characterized in that: the engineering site personnel management and monitoring module (11) comprises an access card swiping module (1102), an output port of the access card swiping module (1102) is connected with a mobile terminal (1104), an output port of the mobile terminal (1104) is connected with an engineering site personnel confirmation module (1106), an input port and an output port of the access card swiping module (1102) are connected with a card identity data comparison module (1107), an input port of the card identity data comparison module (1107) is connected with a card identity data storage module (1105), output ports of the engineering site personnel confirmation module (1106) and the card identity data comparison module (1107) are connected with an access channel opening module (1103), an output port of the access channel opening module (1103) is connected with an access channel camera (1101), an output port of the access channel camera (1101) is connected with an access video storage module (1109), an input port of the in-out video storage module (1109) is connected with an in-out video query module (1108), and an input port of the in-out video query module (1108) is connected with a master console (14).
3. An engineering management monitoring system according to claim 1, characterized in that: engineering place management monitoring module (12) are including treater (1204), the input port of treater (1204) is connected with a plurality of engineering place camera (1202) respectively, the output port of treater (1204) is connected with engineering place video memory module (1207), the input port of engineering place video memory module (1207) is connected with engineering place video query module (1209), the input port and the master console (14) of engineering place video query module (1209) are connected.
4. An engineering management monitoring system according to claim 1, characterized in that: the engineering site material transportation vehicle management monitoring module (13) comprises a transportation vehicle shooting camera (1301), the output port of the transportation vehicle shooting camera (1301) is respectively connected with a transportation vehicle position analysis module (1302) and a transportation material analysis module (1303), the output port of the transportation material analysis module (1303) is connected with a transportation material storage position analysis module (1304), the input port of the transportation material storage position analysis module (1304) is connected with a transportation material storage position data storage module (1305), the output ports of the transportation vehicle position analysis module (1302) and the transportation material storage position analysis module (1304) are connected with a route planning module (1306), the output port of the route planning module (1306) is respectively connected with a route camera (1307) and a plurality of voice prompters (1308), the output port of the route camera (1307) is connected with a master control console (14), the input ports of the voice prompters (1308) are connected with auxiliary guidance modules (1309), and the input ports of the auxiliary guidance modules (1309) are connected with the master control console (14).
5. An engineering management monitoring system according to claim 3, characterized in that: the input ports and the output ports of the plurality of engineering site cameras (1202) are connected with a fault inspection module (1201), the output ports of the fault inspection module (1201) are connected with a processor (1204), the input ports of the processor (1204) are connected with a camera address data storage module (1205), the output ports of the processor (1204) are connected with a plurality of engineering site standby cameras (1203), the number of the engineering site standby cameras (1203) is the same as that of the engineering site cameras (1202), the engineering site cameras (1202) and the engineering site standby cameras (1203) are distributed in a one-to-one mode, the output ports of the processor (1204) are connected with a fault alarm module (1211), and the output ports of the fault alarm module (1211) are connected with a master control console (14).
6. An engineering management monitoring system according to claim 3, characterized in that: the input port of treater (1204) is connected with timing module (1206), the input port of timing module (1206) is connected with modifies module (1208), the input port of modifying module (1208) is connected with master console (14), the output port of treater (1204) is connected with video and draws deletion module (1212), the output port of timing module (1206) is connected with video and draws deletion module (1212), the output port of engineering place video storage module (1207) is connected with video and draws deletion module (1212), the output port of treater (1204) is connected with cloud ware (1210).
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| CN114927001B (en) * | 2022-04-19 | 2023-09-26 | 天津二建建筑工程有限公司 | Video monitoring method, system, intelligent terminal and storage medium |
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Effective date of registration: 20240111 Address after: 510030 No. 1, Xiatang West Road, Yuexiu District, Guangzhou, Guangdong Patentee after: THE OPEN University OF GUANGDONG (GUANGDONG POLYTECHNIC INSTITUTE) Address before: 528403 208, No. 60, Boai fifth road, East District, Zhongshan City, Guangdong Province Patentee before: Liu Ning Patentee before: Zhang Lide |