|Place of Origin:||Zhejiang, China||Brand Name:||Actility / RHT|
|Model Number:||BPC001D||Warranty:||1 year|
|Precision:||>97%||Interface:||RJ45, RS232, RS485, USB and GPIO (8+2)|
|GPS/GPRS Module:||Optional||Night Vision:||Support|
|Detect Width:||1.5m||Detect Height:||1.2m<Height<3m|
|Resolution:||1080P + Analog|
Packaging & Delivery
- Selling Units: Single item
- Single package size: 26.5X26.5X18.9 cm
- Single gross weight: 2.030 kg
- Package Type: Carton box
|Quantity(Cartons)||1 – 100||>100|
|Est. Time(days)||15||To be negotiated|
Table of Contents
- Products Description
- Advantages of Bus Passenger Counter BPC001D
- The original Haith chip
- Support screen switching
- Wide Voltage Design
- Humanized USB Interface
- Four-channel simultaneous recording, smooth picture quality
- Loop recording, automatic coverage
- 3G/4G remote real-time monitoring
- GPS (Beidou) positioning
- Suitable for a variety of models
- Vehicle Survilliance Solutions
- What is a passenger counting system?
- How Passenger Count works
- Benefits of using Bus passenger counters for passenger counting
- Bus Solution
- Packing and Shipping
| H265 Hard Disk Model All In One Device (MDVR+VPC)|
1. Video surveillance and people counting are combined in a device.
2. People counter:
1) high precision counts (> 97%).
2) Binocular 3D stereo vision cameras.
3. Mobile DVR:
1) 1080P video resolution (1920X1080).
2) Can be integrated with external devices through RS232 and RS485.
The original Haith chip
Further Video Recorder, each of which uses the original industrial-grade Heise chip, can ensure stable operation in the severe cold and heat environment.
Support screen switching
Supporting reverse screenenlargement, four-way video switching, providing technical support.
Wide Voltage Design
Vehicle broadband power supply can work steadily in the range of DC8V-36V voltage.
Humanized USB Interface
Humanized design, easy to operate, user-friendly copy of information, insert mouse/U disk.
MDVR GPS 4ch HDD 4G Mobile DVR bus mdvr people counter.
Four-channel simultaneous recording, smooth picture quality
Support parallel preview and return visit of different channels under multi-screen splitting.
Loop recording, automatic coverage
When it detects that the hard disk space is insufficient, the system intelligently deletes the early unlocked screens, without manual operation, you can cycle the recording.
3G/4G remote real-time monitoring
Insert a 3G/4G phone card, download the client, you can support multi-device terminal viewing, real-time sharing, remote download,real-time video you want to watch.
GPS (Beidou) positioning
Carrying out vehicle positioning through GPS, knowing the location and driving trajectory of the vehicle, realizing the real-time scheduling of the vehicle and improving efficiency.
Suitable for a variety of models
Bus ,Coach ,School Bus, Truck ,Tanker, Harvester.
Vehicle Survilliance Solutions
Two-door people counting device people counter machine with WiFi GPS 3G 4G Sensor Infrared bus counting passenger.
Today’s growing population and urbanization lead to increasing transportation demand, which requires a corresponding increase in mass transit supply. Counting passengers using automated passenger counting systems can facilitate systematic progress in the urban transportation sector.
The number of passengers is the most important quantity for mobile operators. Today, passenger counting operations are developed through counting systems that provide only the number of passengers entering a vehicle, not the number of passengers entering or exiting the vehicle, which makes the actual number of occupants inaccurate, leading to problems with route and vehicle optimization decisions based on these same results.
What is a passenger counting system?
Bus passenger counters are essentially two-person counting sensors that are used to count the number of people entering and exiting a vehicle and are installed on transport vehicles. APCs accurately and automatically count and record the number of passengers as buses, trains, rail networks, ships, etc., board and alight at each station.
Compared to manual passenger counting, the average value of manual passenger counting is 15%. The use of APC technology increases the accuracy and reliability of tracking transit ridership compared to traditional manual counting methods.
Bus passenger counters are becoming increasingly common among transit operators who seek to improve the accuracy of reporting and analyzing usage patterns by linking boarding and alighting data to station or stop locations.
Passenger counting sensors use advanced active 3D stereo vision technology to reliably count passengers with up to 99% accuracy, even in unlit conditions.
Data from automated passenger counting systems is essential for the development of transport concepts for the cities of the future, not only for transport companies but also for operators, authorities and municipalities. Passenger count data is a valuable source of knowledge on a variety of urban transportation issues. The data can be used to evaluate the services offered, to react quickly to current traffic conditions and to strategically develop future services.
How Passenger Count works
Passenger counting is accomplished by installing people counting sensors on each door. The sensors detect passengers as they enter and exit. Count data is instantly transmitted to the cloud platform as actionable reports, allowing instant real-time access to valuable information and data-based decisions.
Through the reporting screen, instant data can trigger real-time operation of a vehicle or route. Meanwhile, historical reports constitute the most important data used for route, vehicle and station optimization. By detecting and interpreting passenger density at different scales, passenger counting systems ensure efficient vehicle use while maximizing passenger satisfaction.
The automatic passenger counting system itself provides valuable information, but when you add vehicle tracking with gps, you can see where the bus, train or tram is and how many people are on it.
Benefits of using Bus passenger counters for passenger counting
Real-time data on passenger occupancy
By collecting and processing data in real time, real-time vehicle occupancy information can be used to optimize vehicles. This includes a range of options for improved transportation network planning, optimization and evaluation.
Improved customer satisfaction
By sharing real-time occupancy data for each train unit with passengers, they can be directed to available seats while waiting on the platform. Passengers can then be dispersed between vehicles in an optimal manner to improve travel comfort.
Flexible adjustment of vehicle capacity
Long-term historical passenger count data allows public transportation companies to optimally adjust their vehicle capacity based on transit volumes. This means deciding how many train units must be deployed and on which routes; in this way, transit providers can adjust vehicle capacity to meet actual demand. By knowing vehicle capacity and ridership, transit providers can also determine and optimize the life of their vehicles based on user volumes.
Passenger-compliant vehicle equipment
Automatic passenger counting uses advanced and sophisticated technology to provide data beyond just the number of passengers. Sensor systems can reliably distinguish between passengers, luggage and objects such as wheelchairs, bicycles or baby carriages. This makes it possible to more reliably determine the space required for the vehicle and to implement wheelchair access ramps as needed.
Efficient optimization of routing
Occupancy report data from automatic passenger counts provide the ideal basis for effective route optimization. Public transportation companies can identify traffic demand and make adjustments at the network level.
Passenger counting systems are cost effective and highly accurate. They collect and provide differentiated data on transit performance, providing the basis for accurate performance-based cost reductions
Increased profitability of transit advertising
Public transportation advertising is highly effective due to its repetitive nature and high frequency of advertising views. Transportation companies that serve ads on their vehicles can share person count data with advertising agencies to encourage them to advertise on their vehicles and determine their impact. Advertisers can also select specific routes and vehicles with higher occupancy rates to achieve higher impressions.
Controlled payment systems and ticketing
By comparing the number of tickets sold to the number of people counted, transit providers can cross-check and have more control over their ticketing systems to ensure transparency and avoid any discrepancies.
Smart Bus Solution
The Advanced Public Transport Management System (APTMS) by Lenz supports transport authorities in the local public transport sector with technological, environmentally-friendly and economic expertise. It offers the dispatchers a constant overview of all operational processes. Any errors or disturbances are quickly detected and eliminated and personnel and vehicle resources are deployed effectively.
Smart School Bus Solution
The MDVR equipped in the School Bus will update the working status and video surveillance of the School Bus to control centre, deliver the card validation information to Parents’ mobile app in real time.
The Smart School Bus System helps school оwnеrs kеерing track of the School Bus Fleet activities for tackling safety of school children to and from their School.
Logistic Transportation Solution
In order to improve the goods delivery efficiency, the logistic transportation operators install the Mobile DVR in trucks, to track the travelling status of vehicles. If the vehicle is over speed driving, or deviate from the route, the system will alert to the dispatcher.
The Driver Monitoring System will monitor the poor driving behavior, to decrease the accident rate during the goods transportation.
Smart Sanitation Truck Solution
The Smart Sanitation Truck Monitoring System receives the travelling data from MDVR, to record the status of garbage trucks: when it starts to work, whether it deviated from the region and whether it is over speed driving. It delivers a high efficient dispatching of garbage trucks through the two way communication system supplied by the solution.