Smart Cabinet

Readers can complete the entire process of searching, borrowing, returning, and renewing books via terminals, with voice guidance throughout, requiring no human intervention.

In case of book recognition errors, storage space malfunctions, or reader mistakes during the borrowing/returning process, the system automatically triggers voice guidance, provides reminders, and resolves the issue, reducing manual intervention.

Supports three core return modes to adapt to different user habits and equipment maintenance needs: Return to the original storage space, allowing users to return books to the corresponding storage space for convenient operation and easy future retrieval; Automatic allocation, where the system intelligently identifies storage space availability and automatically allocates books to areas with fewer storage spaces for balanced utilization; and Selective storage space return, allowing users to choose available storage spaces for flexible and convenient return, further enhancing the return experience.

The system automatically records the time and movement of books for each borrowing and return, facilitating troubleshooting for administrators.

Supports comprehensive equipment monitoring. The backend can view the book storage status of each shelf and compartment in real time, accurately tracking the library's collection. It also clearly displays the online and offline status of equipment in each area, promptly alerting administrators to abnormal offline devices for quick troubleshooting and efficient maintenance, ensuring stable equipment operation.

The system automatically compiles book borrowing data and generates a real-time ranking of popular books, clearly displaying the most borrowed books. This helps readers quickly discover high-quality reading materials and provides data references for book procurement and storage adjustments, further improving the adaptability of reading services.

Equipped with remote monitoring cameras, each book borrowing operation is automatically recorded and uploaded in real time for traceability. When an abnormal number of books borrowed in a single transaction is detected (multiple borrowings), the system automatically locks the reader's account, restricting subsequent borrowing operations, effectively preventing book theft and misappropriation, and comprehensively protecting the security of library assets.

The backend supports administrators in batch importing book ISBN lists and personnel/department lists, reducing workload during registration; on the bookshelf side, administrators only need to access the shelving interface, select shelves, open doors, and batch place books to complete the shelving process.

Supports facial recognition (liveness detection) with a face recognition speed ≤0.3s, and card/QR code recognition speed ≤0.1s. Supports simultaneous authentication by multiple users, with no lag during peak hours.

Supports remote scheduled power on/off and intelligent scheduled sterilization via mobile app; remote restart, remote firmware upgrade, and remote customer service fault diagnosis from the backend, reducing on-site maintenance.

The device supports image and video advertising formats, and can flexibly embed various advertising content such as public service announcements, cultural promotions, and brand collaborations to adapt to different promotional needs. Ad playback duration and loop frequency can be set as needed, and remote updates of advertising materials are supported simultaneously, eliminating the need for on-site operation. It balances the dual value of reading service and promotional traffic generation, adapting to multi-scenario operational needs.

Compatible with various commonly used operation modes, flexibly adapting to different scenario needs: Supports annual membership fees, providing exclusive benefits for long-term readers and ensuring stable operating revenue; supports free access, contributing to the popularization of public reading and improving the coverage of public cultural services; meets the diverse needs of different user groups and operating scenarios.

Equipped with a comprehensive points system, users can accumulate points through various methods such as daily book borrowing, participating in platform reading activities, and completing reading tasks. Points can be queried in real time and are valid indefinitely; an optional gift cabinet is available, allowing users to redeem various gifts with accumulated points. The process is simple and convenient, stimulating user enthusiasm for reading, increasing user stickiness, and enriching the operating model.

Supports wired, wireless, and 4G (optional) network access; ready to use upon power-on, deployment time ≤ 2 hours, no complex construction required.

Adaptable to all types of scenarios such as schools, communities, streets, stations, airports, office buildings, and hospitals.

Real-time data linkage with the main cabinet; after user identity verification, gift inquiry, and gift redemption at the main cabinet, the corresponding compartment is automatically unlocked.

Utilizing an independent compartment design, centrally controlled by the main cabinet, ensuring gift storage security and a convenient and efficient redemption process.

Administrators can flexibly set gift types and required points in the backend and directly add and remove gifts from the gift cabinet.

Integrated into the book lending service system, users can redeem gifts themselves using reading points without additional steps.

No additional screen required; simple and reliable structure reduces maintenance costs.

Adaptable to multiple scenarios such as campuses, communities, and public cultural venues, enhancing the service experience in synergy with the book exchange cabinet.

Includes book borrowing, returning, and browsing inquiry functions.

Features automatic book shelving and de-shelving.

Supports multiple authentication methods including ID card, campus card, facial recognition, and QR code.

User-friendly interface with voice guidance throughout the operation.

Includes video management functions, automatically marking and storing reader borrowing and returning videos.

Supports remote device monitoring and management.

Automatic collection of circulation data, multi-dimensional data analysis, and provision of various graphical reports.

Includes book borrowing, returning, and browsing inquiry functions.

Features automatic book shelving and de-shelving.

Supports multiple authentication methods including, campus card, facial recognition, and QR code. User-friendly interface with voice guidance during operation.

Includes video management functions, automatically marking and storing reader borrowing and returning videos. Supports remote device monitoring and management.

Automatically collects circulation data, performs multi-dimensional data analysis, and provides various graphical reports.

Information registration and binding

Document location query

Quick document inventory

Document shelving, inbound/outbound, borrowing, and returning

Full process log recording, report recording, and status alerts

24/7 self-service with no time restrictions.

Utilizes RFID technology for highly efficient and accurate identification.

Offers flexible and convenient access control through various methods (face recognition/QR code scanning/card swiping).

Schedule book pickup or return, and unlock the door with a single click for easy operation.

Excellent environmental adaptability and wide deployment scenarios.