Solution

Hipower Solution

CCRM(Container Code Recognition Management system)

The CCRM Container Identification Management System is designed for the recognition and matching of container numbers. It can be integrated and planned to establish automatic weighing lanes for managing the entry and exit of container-carrying vehicles. It provides automatic recognition of vehicle license plates, container numbers, and container weights.
Additionally, for terminals or factory areas equipped with gantry cranes or bridge cranes, network cameras are installed to identify and match the container numbers of lifted goods. The information is then transmitted via 4G/5G mobile communication to the central management system platform for data exchange.
The system achieves this by deploying network cameras at entry and exit lanes, gate machines, bridge crane equipment, and handheld devices. It utilizes smart image recognition technology and 4G/5G mobile communication for the identification and matching of inbound and outbound container vehicles or container numbers. The system can establish links to peripheral LED displays for vehicle transport information and retrieval of storage data.

This system equipment can be combined with HIPOWER's peripheral devices (RFID reader, LED display machine, network controller, video recording software, card reader) for expanded lane recognition applications. It also has the capability to integrate with the central container yard access control management platform CCRM to meet the requirements of multi-lane management.

This system equipment can be paired with HIPOWER's peripheral devices (RFID readers, LED displays, network controllers and recording software, and card readers) to expand the number of lanes for vehicle identification. It also supports multi-lane management applications by integrating with the center container yard access control system platform CCRM.

CCRM_Container Code Recognition Management

Application Areas

Enhances lane safety, traffic management efficiency, and logistics verification accuracy for managers

Factory Sentry Vehicle Management
Factory Sentry Vehicle Management
For logistics vehicles entering the factory area for delivery or loading, the system automatically recognizes license plates and container numbers, records the entry and exit of vehicles, and logs the operational time in the designated area. It also expands to integrate with weighbridges for detecting and recording load weight information.
Port and Terminal Vehicle Management
Port and Terminal Vehicle Management
Applied to manage the entry of container delivery vehicles at the port, the system establishes automatic recognition lanes to record container vehicles entering the port or terminal. It records and matches vehicle numbers and container numbers. Additionally, it can provide API integration to specified management system platforms.
Container Distribution Center Vehicle Management
Container Distribution Center Vehicle Management
Used for managing the entry and exit of container vehicles at the container yard, as well as tracking vehicles transporting containers. The recognition results are uploaded to the ERP operation platform for data exchange and integration.
工廠出貨物流管理
Factory Outbound Logistics Management
Cameras can be installed at each outbound dock to conduct recognition recording. This captures unloading or loading of container numbers and integrates them with indexed video recordings. An online platform for indexing and retrieving cargo entry and exit videos is established.


CCRM_Container Code Recognition Management

Application Actual Cases



Enhances lane safety, traffic management efficiency, and logistics verification accuracy for managers.

Benefits

Sentry Vehicle Automated Clearance

Sentry Vehicle Automated Clearance

Integration of license plate recognition and container number recognition facilitates vehicle monitoring, event detection, and identification of abnormal behaviors.
Vehicle Passage Position Tracking

Vehicle Passage Position Tracking

The system can detect vehicle types (container trucks, regular vehicles), track their direction, and record dwell time. Through tracking the movement of vehicles, it determines whether they are in position and triggers corresponding system actions.
Automatic Event Popup Display

Automatic Event Popup Display

System-triggered events include environmental control system activations and AI image detection and recognition triggers, automatically linking with preset peripheral cameras. Integrated with an electronic map, it pops up event information along with real-time image browsing.
Container Weighbridge Integration Records

Container Weighbridge Integration Records

The system can integrate vehicle and container weighing information, generating records of passages or identified data such as license plates, container numbers, and weighing weights. Additionally, it integrates with the lane video system to record before and after passages, providing subsequent indexing, retrieval, and analysis.
Customized System Services

Customized System Services

The system core and equipment are designed and developed by HIPOWER. To meet the management needs of domestic and international clients, it offers project-customized design and comprehensive after-sales technical services.
Diverse Data Transmission

Diverse Data Transmission

The system can transmit results of violation event detection through networks like 5G/4G/ADSL to relevant platform systems, such as status reception and configuration application services, for further processing and vehicle data management.
AI Image Accuracy

AI Image Accuracy

The system boasts a high object detection and tracking rate, ensuring accurate object and license plate recognition even under varying weather and lighting conditions. This capability enhances the recognition of object types and license plate numbers or container numbers.
Highly Expandable Functions

Highly Expandable Functions

Equipped with functions including access control management, lane management, environmental monitoring, AI event detection and recognition, and remote linkage control. It can interface and integrate with gate-type or bridge-type operations. Related databases can be synchronized and updated to enhance system functionality.