MRB HPCM588 AI Passenger Counting Camera for Bus
The MRB HPCM588 AI passenger counting camera for bus is an intelligent automatic counting device for bus passenger boarding and alighting, developed on the basis of advanced image analysis technology and neural network deep learning algorithms. The whole system is composed of a professional data box (controller) and a dedicated AI passenger counting camera, forming a set of integrated and high-precision passenger flow statistics solution for public transport vehicles.
The AI passenger counting camera of the MRB HPCM588 is fixed on the top position of the bus door, and adopts a vertical downward shooting mode to capture real-time dynamic images of the door area. The collected image data is transmitted to the data box (controller) through a dedicated cable for professional image processing and analysis. The system can accurately identify and count the number of passengers boarding and alighting at each door of the bus, and can also realize real-time statistics of the total number of passengers in the bus according to the actual operation needs of the bus company. The data box is built-in with GPS and 4G wireless transmission modules, which can directly upload all the counted passenger flow data to the cloud platform in real time, and can also realize seamless data interconnection and sharing with various third-party operation and management systems through standard communication interfaces.
Table of Contents
1. Core Product Advantages of MRB HPCM588 AI Passenger Counting Camera for Bus
2. Main Technical Specifications of MRB HPCM588 Data Box (Controller)
3. Main Technical Specifications of MRB HPCM588 AI Passenger Counting Camera
4. Dimensions of MRB HPCM588 AI Passenger Counting Camera and Data Box (Controller)
5. Installation Requirements of MRB HPCM588 AI Passenger Counting Camera for Bus
6. System Adjustment Method of MRB HPCM588 AI Passenger Counting Camera for Bus
7. HPCPS Passenger Flow Statistics & Management Software Platform
1. Core Product Advantages of MRB HPCM588 AI Passenger Counting Camera for Bus
● Equipped with a self-developed image anti-shake algorithm, which has super strong environmental adaptability and can run stably in various complex vehicle environments.
● The counting accuracy is not affected by the personal characteristics of passengers, including body shape, clothing color, hair color, and whether they wear hats, scarves and other accessories.
● It can accurately identify and count even when passengers walk side by side, cross each other or block each other at the door, and the counting result is not distorted.
● Support remote real-time viewing of the camera's live video and historical video playback on the professional "Tongtianxing" cloud platform, which is convenient for post-event checking and management.
● The system takes the actual opening and closing status of the bus door as the counting trigger condition: it automatically starts counting when the door is opened and collects passenger flow data in real time, and stops counting immediately when the door is closed, ensuring the accuracy of counting time and data.
● The whole system has excellent expandability and portability, and can carry out personalized function customization according to the different operation management requirements of different users.
● The counting function is not affected by seasons, weather changes, human shadows and external light intensity. The built-in automatic light compensation function will be activated at night or in low light environment, keeping the same high recognition and counting accuracy as in the daytime.
● Support secondary development of the system, and can be flexibly connected with various third-party bus operation and management systems to realize data intercommunication and functional expansion.
● Support two upgrade modes: local offline upgrade and remote OTA online upgrade, which is convenient for subsequent system function iteration and maintenance.
2. Main Technical Specifications of MRB HPCM588 Data Box (Controller)
|
System Configuration |
AI computing power: 2.0 TOPS; System memory: 1G; Flash capacity: 8G |
|
Input/Output |
Analog video input: up to 4 channels of 1080P AHD; Digital audio and video input: 1 channel of IPC; Analog video output: analog high-definition video output (AHD) |
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Coding Parameters |
Video compression standard: H.264; Video coding resolution: 720P; Audio compression standard: G.711U |
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Storage Medium |
External memory: 1 SD card slot, supporting maximum 512GB SD card |
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Wireless Transmission |
Data network: built-in 4G communication module (support LTE-TDD, LTE-FDD); WIFI function: expandable through external dedicated modules |
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Functional Interfaces |
Door switch: up to 4 channels; USB interface: 1 front TypeA USB2.0 interface; SIM card slot: supports Micro-SIM card; Data interface: 1 RS485, 1 RS232, 1 CAN 2.0; Antenna interface: 2 SMA interfaces (for GPS and 4G antennas respectively); Ethernet: 1 RJ45 network port, 10M/100M adaptive |
|
System Functions |
NTP time calibration: support NTP protocol, realize automatic time calibration by connecting to the server; Breakpoint resume: after the network is restored, the data transmission is automatically resumed from the interrupted point; Intelligent upgrade: support local upgrade and OTA remote upgrade; Light compensation: automatic light compensation, and can also be controlled by door signal; Debugging tool: built-in WiFi-AP hotspot, which can realize wireless setting and debugging through mobile phone connection |
3. Main Technical Specifications of MRB HPCM588 AI Passenger Counting Camera
|
Item |
Details |
|
Shell Material & Shape |
Metal shell, sturdy and durable |
|
Appearance Color |
White, in line with the interior decoration style of most buses |
|
Image Sensor |
1/2.9" AHD 1080P high-definition sensor |
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Signal System |
PAL |
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Effective Pixels |
1920 (H)×1080(V) |
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Minimum Illumination |
0.01Lux@（F1.2, AGC ON） |
|
Electronic Shutter |
1/25s - 1/100,000s |
|
Video Standard |
Compliant with AHD standard |
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Video Frame Rate |
1920×1080@25fps; 1920×1080@30fps |
|
Gain Control |
Automatic |
|
Day-Night Switch |
External synchronization |
|
Video Output |
AHD high-definition video output |
|
Wide Dynamic Range |
Automatic adjustment |
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Signal-to-Noise Ratio |
Greater than 45db |
|
White Balance |
Automatic white balance |
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Dynamic Range |
76db |
|
Function Settings |
Built-in 3D denoising function |
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Operating Temperature and Humidity |
-30℃ - +85℃, humidity less than 95% (non-condensing) |
|
Lens Parameter |
Lens focal length: 2.8mm; Horizontal viewing angle: 107°; Vertical viewing angle: 60° |
|
Connection Connector |
Standard aviation connector, stable and anti-loose |
5. Installation Requirements of MRB HPCM588 AI Passenger Counting Camera for Bus
● The number of AI passenger counting cameras is configured according to the actual number of bus doors of the vehicle. The camera is installed on the ceiling above the bus door, and the installation position should avoid affecting the normal boarding and alighting of passengers, and the shooting direction is aligned with the door area to ensure the complete capture of the passenger boarding and alighting dynamic.
● The dedicated video cable and door signal cable are laid through the bus's special ventilation duct, and the cable is connected to the data box in a standardized way. The data box is generally installed inside the vehicle instrument panel or other fixed positions that are convenient for wiring and daily maintenance.
● The GPS antenna is recommended to be attached and fixed on the roof of the bus to obtain the best satellite signal reception effect; the 4G antenna is placed on the inner side of the vehicle windshield, and the installation position should be free of metal cover to avoid signal shielding.
● All connecting cables and accessories of the whole system must be fixed firmly and reliably to prevent abnormal noise in the vehicle caused by cable shaking due to vehicle vibration during driving, and avoid cable damage affecting system operation.
6. System Adjustment Method of MRB HPCM588 AI Passenger Counting Camera for Bus
The system debugging of MRB HPCM588 AI passenger counting camera for bus is realized through a dedicated debugging WIFI module connected to the data box. After the module is connected, the data box will automatically generate a dedicated WIFI hotspot network. The maintenance personnel can use mobile phones, laptops and other terminal devices to connect to this WIFI hotspot, and then access the built-in WEB service of the data box through the terminal to carry out various parameter setting, system debugging and function detection of the passenger counting system.
7. HPCPS Passenger Flow Statistics & Management Software Platform
The MRB HPCM588 AI passenger counting camera for bus is matched with the professional HPCPS passenger flow statistics and management system software, which adopts the BS architecture and supports private deployment on the enterprise server, which ensures the security of passenger flow data. The software has a complete set of management functions including operation company management, route management, vehicle management and account authority management, and supports multi-user concurrent operation with different authority settings.
The multilingual version of the system is available, including English and Spanish, which is convenient for the use of bus companies in different regions.
The core functional modules and data analysis capabilities of the software are as follows:
I. Passenger Flow and Bus Stop Status Query
It can query the running direction of the vehicles of the specified operation company and route within the specified time period, display the passenger boarding and alighting data of each station through color-coded graphics, and present the detailed passenger flow statistics of each station in the form of data tables for intuitive viewing.
II. Statistics of Passengers Boarding and Alighting at Different Bus Doors
Accurately count and display the number of passengers boarding and alighting at each door of a single vehicle or all vehicles on a certain route, and provide detailed door passenger flow data to support the refined management of bus doors.
III. Time Period Passenger Flow Statistics
Automatically summarize and count the passenger flow data of all operating vehicles on the entire route in different time periods, obtain the detailed passenger flow distribution law of each station on the route in different time periods, and provide accurate and reliable data support for the bus company's station optimization, operation schedule adjustment and vehicle dispatching.
IV. OD Data Analysis (Need Server OD Algorithm Support)
By capturing the dynamic images of passengers during boarding and alighting, the system extracts and compares the unique characteristic information of passengers such as height, body shape, posture and clothing, and accurately matches the same passenger with a unique ID. On this basis, it can obtain the detailed travel information of passengers including boarding station, alighting station and travel time, and realize the in-depth analysis of passenger OD travel characteristics.
V. Customized Passenger Flow Report Service
In addition to the standard data analysis and report functions, we can provide personalized and customized passenger flow report services according to the actual operation management needs and data analysis requirements of different bus companies, and customize the report content, data dimension and display form to meet the diversified data needs of users.
