CN108881859B - IBMS (information-based multimedia system) in-building real-time inspection system and method - Google Patents
IBMS (information-based multimedia system) in-building real-time inspection system and method Download PDFInfo
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Abstract
The invention discloses a real-time inspection system and a real-time inspection method in an IBMS building, wherein the system comprises a building real-time data display subsystem, a cargo real-time viewing management subsystem and a people flow monitoring subsystem, wherein the building real-time data display subsystem is used for viewing the conditions of people flow, logistics and traffic flow in the building; the real-time goods checking and managing subsystem is used for checking the specific conditions of goods in a building supermarket; the people flow monitoring subsystem is used for strictly monitoring people flow in special occasions; the method comprises the following steps: step 1, building modeling is carried out; step 2, acquiring all information in the building; step 3, importing information; step 4, information display; by the system and the method, managers can know specific conditions in the building, the building can be managed conveniently by the managers, and decision basis is provided for the managers.
Description
Technical Field
The invention relates to a patrol system and a patrol method, in particular to a system and a method for patrolling the inside of an IBMS building in real time.
Background
In many building structures, the flow of people is strictly monitored, such as in gymnasiums, golf courses, storehouses, prisons, and the like. Traditionally, a video monitoring method is adopted, which is completed by manpower and by staring at a screen by personnel; the video monitoring technology mainly based on manual monitoring still has a plurality of defects: the traditional video monitoring relies on manpower, consumes a large amount of manpower, is limited by various defects of the manpower, consumes time and labor and has low efficiency. Studies have shown that one person looking at both monitors misses 45% of the useful information in 10 minutes; 95% of useful information is missed after 22 minutes; the attention is more distracting when a person is observing more displays at the same time; the method of manual monitoring has low reliability, because the close staring of human eyes is very easy to cause fatigue and further cause errors, and the response is slow and easy to make judgment errors.
The publication number is: N101959060B, application number: the invention patent of CN201010519084.1 discloses a video passenger flow monitoring system and method, comprising a plurality of cameras, a control host, a display device, a recording device, a first coding and decoding module, a first RF transceiver module and a handheld monitoring terminal, wherein the handheld monitoring terminal comprises a second RF transceiver module, a microprocessor MCU, a second coding and decoding module, a touch display screen and a key module. And the handheld monitoring terminal receives the passenger flow video sent by the control host for displaying and calculating the density of the passenger flow. The video passenger flow monitoring method comprises the following steps: motion detection, motion target segmentation, single block matching, target tracking, motion vector analysis, people counting and regional people stream density calculation; when the system is used, patrol personnel are provided with the handheld monitoring terminal, so that monitoring videos and passenger flow density of each area can be monitored and calculated in real time, personnel configuration is flexible and efficient, and dangerous cases can be effectively processed in time; people flow in the area can be accurately calculated; but in reality there are also deficiencies: although the invention can accurately count people and calculate people stream density, the invention can not display the distribution of other objects, such as the distribution of goods and vehicles.
Disclosure of Invention
The invention aims to provide an IBMS in-building real-time inspection system, which is characterized in that the system builds a model of a building and binds acquired information into a built geographic model system, so that the specific conditions in the building are displayed on a display terminal, a manager can conveniently master the distribution conditions of people, vehicles and objects in the building, and a decision basis is provided for avoiding crowding and dredging in time.
In order to solve the technical problems, the technical scheme adopted by the invention is as follows:
IBMS is real-time system of patrolling in building which characterized in that: the system comprises a building real-time data display subsystem, a cargo real-time viewing management subsystem and a people flow monitoring subsystem, wherein the building real-time data display subsystem is used for viewing the conditions of people flow, logistics and traffic flow in the building; the real-time goods checking and managing subsystem is used for checking the specific conditions of goods in a building supermarket; the people flow monitoring subsystem is used for strictly monitoring people flow in special occasions.
The building real-time data display subsystem comprises an information acquisition terminal, an information processing terminal and a display terminal, wherein the information acquisition terminal is used for acquiring real-time data in a building, and the real-time data comprises images and position information of people, images and position information of goods, and images and position information of vehicles in a building parking lot and at an entrance and an exit of the parking lot; the information processing terminal analyzes and processes the data acquired by the information acquisition terminal, binds the analyzed and processed data into a geographical model system of the building set by BIM software, respectively represents the distribution states of people flow, traffic flow and logistics by different light spots in the geographical model system, and displays the distribution states on the display terminal in real time.
The system comprises a real-time goods checking management subsystem and a real-time goods checking management subsystem, wherein the real-time goods checking management subsystem comprises an identification terminal and an information storage terminal, the information storage terminal is used for storing goods information entering a building supermarket, the goods information comprises goods names, goods production places, goods warehousing time and goods production dates, the identification terminal is used for identifying bar codes of goods, the bar codes correspond to unique ID information, the ID information corresponds to the goods information, the position information of the goods at the moment is recorded after the identification terminal identifies the bar codes of the goods, the position information of the goods is stored in the information storage terminal, and an operator can check the position information of the goods at any time; the information storage terminal also records the selling information, the selling time and the stock quantity of the goods and can inquire on the display terminal.
The real-time goods checking and managing subsystem further comprises an early warning terminal and a goods freshness monitoring terminal, wherein the goods freshness monitoring terminal is used for monitoring the freshness time and the freshness temperature of goods with high freshness requirement in the building supermarket, and when the monitored freshness time and freshness temperature exceed preset values set by the goods freshness monitoring terminal, the early warning terminal sends out early warning information and requires to take corresponding measures on site to process the goods.
The people flow monitoring subsystem comprises a figure information storage unit, a figure acquisition unit and a figure comparison unit, wherein the figure acquisition unit is arranged at each position in the building to ensure that the building is completely covered by the figure acquisition unit; the portrait comparison unit is used for comparing the head portrait information collected in the building with the head portrait information collected at the entrance, judging the identity information of the personnel at the position in the building, and realizing the strict monitoring of the personnel.
The IBMS method for real-time inspection in the building is characterized by comprising the following steps: the method comprises the following steps:
step 1, building modeling is carried out
Building modeling to be patrolled is carried out by adopting BIM software;
step 2, acquiring all information in the building
1) Acquiring information of people flow, logistics and traffic flow in a building;
2) acquiring information of goods in a building supermarket;
3) acquiring personnel information in a special occasion;
step 3, information import
Processing the information acquired in the step 2 and then importing the processed information into the geographical model system of the building set by the BIM software in the step 1;
step 4, information display
And (4) displaying the information imported into the geographic model system in the step (3) on a display terminal.
Further optimizing, in step 2, the information of people flow, logistics and traffic flow in the building comprises images and position information of people in each room and each corridor, images and position information of goods, and images and position information of vehicles in a parking lot and at an entrance and an exit of the parking lot; the information of the goods in the building supermarket comprises goods names, goods delivery places, goods warehousing time, goods production dates, goods position information, goods fresh-keeping time and goods fresh-keeping temperature; the personnel information in the special occasion comprises personnel head portrait information, personnel identity information and personnel position information.
Compared with the prior art, the invention has the following beneficial effects:
1. the building real-time data display subsystem is used for checking the conditions of people flow, logistics and traffic flow in a building; the real-time goods checking and managing subsystem is used for checking the specific conditions of goods in a building supermarket; the people flow monitoring subsystem is used for strictly monitoring people flow in special occasions; therefore, a building manager can clearly know the overall condition of the building, can master the specific conditions of people, goods and vehicles in the building in real time, and provides an important decision basis for dredging; the condition of goods in a building supermarket can be known in time, and adjustment is convenient to carry out.
2. The building real-time data display subsystem comprises an information acquisition terminal, an information processing terminal and a display terminal, wherein the information acquisition terminal is used for acquiring real-time data in a building, and the real-time data comprises images and position information of people, images and position information of goods, and images and position information of vehicles in a building parking lot and at an entrance and an exit of the parking lot; the information processing terminal analyzes and processes the data acquired by the information acquisition terminal, and binds the analyzed and processed data into a geographical model system of the building set by BIM software, light spots of different colors are respectively used in the geographical model system to represent the distribution states of people flow, traffic flow and logistics and are displayed on the display terminal in real time, the light spots are distributed in different areas to represent the people flow in the areas, and the distribution states of the logistics and the traffic flow in the areas, so that a manager can conveniently master the distribution conditions of people, vehicles and objects in the building in real time, and a decision basis is provided for avoiding congestion and dredging in time.
3. The real-time goods checking and managing subsystem comprises an identification terminal and an information storage terminal, wherein the information storage terminal is used for storing goods information entering a building supermarket, the goods information comprises goods names, goods production places, goods warehousing time and goods production dates, the identification terminal is used for identifying bar codes of goods, the bar codes correspond to unique ID information, the ID information corresponds to the goods information, after the identification terminal identifies the bar codes of the goods, the position information of the goods at the moment is recorded, the position information of the goods is stored in the information storage terminal, and an operator can check the position information of the goods at any time; the information storage terminal also records the selling information, the selling time and the stock quantity of the goods and can inquire on the display terminal; therefore, the purchased condition of the goods in the supermarket can be checked at any time, the stock condition of the goods and other information of the goods can be checked at any time, and a manager can conveniently master the specific information of the goods.
4. The real-time cargo checking and managing subsystem further comprises an early warning terminal and a cargo freshness monitoring terminal, wherein the cargo freshness monitoring terminal is used for monitoring the freshness time and the freshness temperature of the cargo with high requirement on freshness in the building supermarket; the effect of giving staff's real-time suggestion is convenient for personnel to handle the goods.
5. The people flow monitoring subsystem comprises a figure information storage unit, a figure acquisition unit and a figure comparison unit, wherein the figure acquisition unit is arranged at each position in a building to ensure that the building is completely covered by the figure acquisition unit; the portrait comparison unit is used for comparing the head portrait information collected in the building with the head portrait information collected at the entrance, and judging the identity information of the personnel at the position in the building, so that the identity information of the personnel at each position can be known at any time, and strict monitoring on the personnel is realized.
Drawings
Fig. 1 is a block diagram of the steps of the method for real-time inspection of the inside of a building.
Detailed Description
The present invention will be further described with reference to the following examples, which are intended to illustrate only some, but not all, of the embodiments of the present invention. Based on the embodiments of the present invention, other embodiments used by those skilled in the art without any creative effort belong to the protection scope of the present invention.
Referring to fig. 1, the method for real-time inspection in the IBMS building is characterized in that: the method comprises the following steps:
step 1, building modeling is carried out
Building modeling to be patrolled is carried out by adopting BIM software;
step 2, acquiring all information in the building
1) Acquiring information of people flow, logistics and traffic flow in a building;
2) acquiring information of goods in a building supermarket;
3) acquiring personnel information in a special occasion;
step 3, information import
Processing the information acquired in the step 2 and then importing the processed information into the geographical model system of the building set by the BIM software in the step 1;
step 4, information display
And (4) displaying the information imported into the geographic model system in the step (3) on a display terminal.
Further optimizing, in step 2, the information of people flow, logistics and traffic flow in the building comprises images and position information of people in each room and each corridor, images and position information of goods, and images and position information of vehicles in a parking lot and at an entrance and an exit of the parking lot; the information of the goods in the building supermarket comprises goods names, goods delivery places, goods warehousing time, goods production dates, goods position information, goods fresh-keeping time and goods fresh-keeping temperature; the personnel information in the special occasion comprises personnel head portrait information, personnel identity information and personnel position information.
An IBMS in-building real-time inspection system is characterized in that: the system comprises a building real-time data display subsystem, a cargo real-time viewing management subsystem and a people flow monitoring subsystem, wherein the building real-time data display subsystem is used for viewing the conditions of people flow, logistics and traffic flow in the building; the real-time goods checking and managing subsystem is used for checking the specific conditions of goods in a building supermarket; the people flow monitoring subsystem is used for strictly monitoring people flow in special occasions.
The building real-time data display subsystem comprises an information acquisition terminal, an information processing terminal and a display terminal, wherein the information acquisition terminal is used for acquiring real-time data in a building, and the real-time data comprises images and position information of people, goods, vehicles and position information in each room and each corridor, and images and position information of vehicles in a building parking lot and an entrance and exit of the parking lot; the information processing terminal analyzes and processes the data acquired by the information acquisition terminal, binds the analyzed and processed data into a geographical model system of the building set by BIM software, respectively represents the distribution states of people flow, traffic flow and logistics by different light spots in the geographical model system and displays the distribution states on a display terminal in real time; for example: the blue light spots are adopted to represent each person, the collection of the light spots can represent the stream of people, the collection of the red light spots can represent the stream of vehicles, and the collection of the green light spots can represent the stream of vehicles, so that the distribution conditions of the stream of people, the stream of vehicles and the stream of vehicles can be known only by checking the density degree of the light spots;
the BIM is a complete Information model, engineering Information, processes and resources of engineering projects in different stages in the whole life cycle can be integrated into one model, and the BIM is conveniently used by all engineering participants. The real information of the building is simulated through the three-dimensional digital technology, and information models which are coordinated with each other and have consistent interior are provided for engineering design and construction, so that the models achieve the integration of design and construction, and all specialties work together, thereby reducing the engineering production cost, ensuring the engineering to be completed on time according to the quality, and the existing modeling software and the specific modeling process are not described any more.
The system is further optimized, the cargo real-time checking management subsystem comprises an identification terminal and an information storage terminal, the information storage terminal is used for storing cargo information entering a building supermarket, the cargo information comprises a cargo name, a cargo delivery place, cargo warehousing time and a cargo production date, the identification terminal is used for identifying a barcode of a cargo, the barcode corresponds to unique ID information, the ID information corresponds to the cargo information, the identification terminal records the position information of the cargo at the moment after identifying the barcode of the cargo and stores the position information of the cargo into the information storage terminal, and an operator can check the position information of the cargo at any time; the information storage terminal also records the selling information, the selling time and the stock quantity of the goods and can inquire on the display terminal.
The system comprises a real-time goods checking management subsystem, a building supermarket and a real-time goods checking management subsystem, wherein the real-time goods checking management subsystem further comprises an early warning terminal and a goods freshness monitoring terminal, the goods freshness monitoring terminal is used for monitoring the freshness time and the freshness temperature of goods with high freshness requirement in the building supermarket, and when the monitored freshness time and freshness temperature exceed preset values set by the goods freshness monitoring terminal, the early warning terminal sends out early warning information and requires to take corresponding measures on site to process the goods; if the freshness keeping time of the goods is exceeded, the worker is informed to put the goods off the shelf in time; when the temperature of the goods exceeds the preservation temperature, the worker is prompted to adjust the temperature in time.
The people flow monitoring subsystem comprises a figure information storage unit, a figure acquisition unit and a figure comparison unit, wherein the figure acquisition unit is arranged at each position in the building to ensure that the building is completely covered by the figure acquisition unit; the portrait comparison unit is used for comparing the head portrait information collected in the building with the head portrait information of the personnel collected at the entrance, judging the identity information of the personnel at the position in the building and realizing the strict monitoring of the personnel;
the portrait acquisition unit is installed at each position in the building, and each position comprises each room, each corridor, each stair and each elevator.
In another embodiment, two portrait acquisition units are installed at each of the entrance and exit of the building.
It should be further noted that a building may refer to a single general place such as an office building, a mall, a supermarket, or a single special place such as a gymnasium, a golf course, a warehouse, a prison, or a place integrating a general place such as an office building, a mall, a supermarket, and a special place such as a gymnasium, a golf course, a warehouse, a prison.
Claims (4)
- The in-building real-time inspection system for the IBMS is characterized in that: the system comprises a building real-time data display subsystem, a cargo real-time viewing management subsystem and a people flow monitoring subsystem, wherein the building real-time data display subsystem is used for viewing the conditions of people flow, logistics and traffic flow in the building; the real-time goods checking and managing subsystem is used for checking the specific conditions of goods in a building supermarket; the people flow monitoring subsystem is used for strictly monitoring people flow in special occasions;the building real-time data display subsystem comprises an information acquisition terminal, an information processing terminal and a display terminal, wherein the information acquisition terminal is used for acquiring real-time data in a building, and the real-time data comprises images and position information of people, images and position information of goods, and images and position information of vehicles in a building parking lot and at an entrance and an exit of the parking lot; the information processing terminal analyzes and processes the data acquired by the information acquisition terminal, binds the analyzed and processed data into a geographical model system of the building set by BIM software, respectively uses different light spots in the geographical model system to represent the distribution states of people flow, traffic flow and logistics and displays the distribution states on a display terminal in real time, the real-time goods checking and managing subsystem comprises an identification terminal and an information storage terminal, the information storage terminal is used for storing goods information entering the supermarket of the building, the goods information comprises goods names, goods production places, goods warehousing time and goods production date, the identification terminal is used for identifying bar codes of goods, the bar codes correspond to unique ID information, the ID information corresponds to the goods information, and the identification terminal also records the position information of the goods after identifying the bar codes of the goods, the position information of the goods is stored in the information storage terminal, and an operator can check the position information of the goods at any time; the information storage terminal also records the selling information, the selling time and the inventory quantity of the goods, can inquire on the display terminal, and timely informs the staff to put the goods off the shelf when the freshness time of the goods is exceeded; when the temperature of the goods exceeds the fresh-keeping temperature of the goods, the worker is prompted to adjust the temperature in time;the people flow monitoring subsystem comprises a figure information storage unit, a figure acquisition unit and a figure comparison unit, wherein the figure acquisition unit is arranged at each position in the building to ensure that the building is completely covered by the figure acquisition unit; the portrait comparison unit is used for comparing the head portrait information collected in the building with the head portrait information collected at the entrance, judging the identity information of the personnel at the position in the building, and realizing the strict monitoring of the personnel.
- 2. The IBMS in-building real-time inspection system of claim 1, wherein: the real-time goods checking and managing subsystem further comprises an early warning terminal and a goods freshness monitoring terminal, wherein the goods freshness monitoring terminal is used for monitoring the freshness time and the freshness temperature of goods with high freshness requirement in the building supermarket, and when the monitored freshness time and freshness temperature exceed preset values set by the goods freshness monitoring terminal, the early warning terminal sends out early warning information and requires to take corresponding measures on site to process the goods.
- The method for real-time inspection in the IBMS building is characterized by comprising the following steps: the inspection method is completed based on the real-time inspection system in the IBMS building in any one of the claims 1 or 2, and comprises the following steps:step 1, building modeling is carried outBuilding modeling to be patrolled is carried out by adopting BIM software;step 2, acquiring all information in the building1) Acquiring information of people flow, logistics and traffic flow in a building;2) acquiring information of goods in a building supermarket;3) acquiring personnel information in a special occasion;step 3, information importProcessing the information acquired in the step 2 and then importing the processed information into the geographical model system of the building set by the BIM software in the step 1;step 4, information displayAnd (4) displaying the information imported into the geographic model system in the step (3) on a display terminal.
- 4. The IBMS in-building real-time patrolling method of claim 3, characterized in that: in step 2, the information of people flow, logistics and traffic flow in the building comprises the images and position information of people in each room and each corridor, the images and position information of goods, and the images and position information of vehicles in the parking lot and the entrance and exit of the parking lot; the information of the goods in the building supermarket comprises goods names, goods delivery places, goods warehousing time, goods production dates, goods position information, goods fresh-keeping time and goods fresh-keeping temperature; the personnel information in the special occasion comprises personnel head portrait information, personnel identity information and personnel position information.
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