This case study highlights the deployment of a 10.1-inch facial recognition check-in system at Municipal Kindergarten (市府幼儿园). The device, installed at kindergarten entrances and residential community gates, serves as a critical tool for enhancing security, streamlining attendance management, and fostering community trust through transparent policing efforts.
Key Features & Technical Specifications
Device Design:
10.1-inch HD touchscreen displaying real-time video feeds, timestamps (e.g., "09/08, 13:04"), weather updates, and facial recognition prompts.
Integrated with black fingerprint scanners for dual-factor authentication, ensuring accuracy and redundancy.
Sleek metal mounting systems with decorative patterns (e.g., circular engravings, golden scrollwork) blend functionality with aesthetic appeal.
Software Capabilities:
Live facial recognition to verify identities and log attendance automatically.
Customizable alerts for unauthorized access or anomalies.
Multi-location support across campuses (e.g., "市府幼儿园_麓园区").
Security & Surveillance Integration
Police Collaboration:
Prominent signage from Shiqiao Police Station displays Community Policeman Cao’s contact details (e.g., emergency hotline: 3873482638734892, email: spolce@163.com) and addresses of police stations and on-site police offices.
Real-time surveillance integration with nearby cameras and alarm systems.
Safety Protocols:
"No Smoking" signs, visitor registration requirements ("来访登记，请出示证件"), and visible surveillance reinforce a secure environment.
Emergency protocols include 24/7 police responsiveness and after-hours contact channels.
Community Engagement & Trust-Building
Public Information Displays:
Posters emphasize police-community partnerships, such as "平安共建 20岁" (Safe Community Initiative) and commendations like "广东省一级幼儿园" (Guangdong Provincial First-Class Kindergarten).
Seasonal decorations (e.g., orange and red paper flowers with "Friend" and "Hello" in Chinese) create a welcoming atmosphere.
Parental Communication:
Device screens display pickup/drop-off schedules (e.g., "离园时间：下旬") and reminders for parents.
Bilingual signage (Chinese/English) ensures clarity for diverse audiences.
Implementation Outcomes
Efficiency Gains:
Automated attendance tracking reduces manual registration errors and streamlines daily operations.
Real-time monitoring enables rapid response to security incidents.
Crime Prevention:
Facial recognition deters unauthorized entry, with no reported security breaches post-installation.
Police visibility (via contact details and patrols) has strengthened resident confidence.
User Feedback:
Parents appreciate the seamless check-in process and transparency in community policing efforts.
Kindergarten staff highlight improved operational coordination during peak hours (e.g., 16:00 pickup times).
Conclusion
The deployment of the 10.1-inch facial recognition check-in device at Municipal Kindergarten exemplifies how technology can synergize with community policing to create safer, more efficient educational environments. By integrating advanced biometric systems with visible law enforcement partnerships, the project achieves a balance between innovation and accessibility, setting a benchmark for smart campus security solutions in China.
Enhancing Efficiency and Customer Satisfaction with Advanced Technology
[Shenzhen, April 18, 2025] – In an effort to streamline operations and improve customer experience, a local food court has recently installed state-of-the-art double-screen canteen payment terminals. The new system, which features dual touchscreens for both staff and customers, is expected to revolutionize the way patrons order and pay for their meals.
Revolutionizing the Ordering Process
The double-screen terminals, prominently displayed at the food court's serving counters, have already started to draw attention from both regulars and newcomers alike. The system allows customers to view menu items and place orders directly on the customer-facing screen, while the staff can simultaneously process payments and manage orders on the staff-facing screen.
This dual functionality not only speeds up the transaction process but also minimizes errors, as both parties can confirm details in real-time. The intuitive interface of the screens ensures that even those who are not tech-savvy can navigate the system with ease.
Improving Customer Satisfaction
One of the primary goals of implementing these terminals was to enhance customer satisfaction. By reducing wait times and providing a clear, interactive menu, the food court aims to create a more enjoyable dining experience. Customers can also track the status of their orders, which adds an element of transparency and control to their visit.
Environmental Considerations
The new system also addresses environmental concerns by reducing the need for paper menus and receipts. The digital screens display all necessary information, and customers have the option to receive electronic receipts via email or SMS, further cutting down on paper waste.
Staff Training and Adaptation
To ensure a smooth transition, staff members have undergone comprehensive training sessions to familiarize themselves with the new technology. The training included learning how to operate the terminals, troubleshoot common issues, and assist customers with the ordering process.
Future Plans
The management of the food court is already considering expanding the use of these terminals to include additional features such as loyalty programs and personalized recommendations based on customer preferences. They are also exploring the possibility of integrating the system with mobile apps for a seamless online ordering experience.
Conclusion
The introduction of double-screen canteen payment terminals is a significant step towards modernizing the food court's operations. By leveraging technology to enhance efficiency and customer satisfaction, the food court is setting a new standard for dining experiences. As more patrons become accustomed to the new system, it is expected to become a model for other food courts looking to upgrade their facilities.
About the Food Court
For more information about the new payment system or the food court, please contact:
Shenzhen Jupin Technology Co., Ltd.
-Customizable Biometric Solutions Delivers
Phone:: +86 13537532811
WhatsApp: +86 13537532811
Yinxing Technology Building, Longhua New District, Shenzhen, China
https://www.irisrecognitiondevice.com/
The adoption of advanced technology in manufacturing plants has become essential for enhancing operational efficiency and security. This case study outlines the successful implementation of an 8-inch wall-mounted facial recognition attendance system in a medium-sized manufacturing facility. The system was designed to automate the employee check-in process, ensuring accuracy, security, and convenience.
Background
The manufacturing plant, with approximately 300 employees, had been using a traditional card swipe system for employee attendance tracking. This method was prone to issues such as lost cards, buddy punching (where one employee clocks in or out for another), and manual errors in data entry, leading to discrepancies in payroll and attendance records.
Objectives
Automate Attendance Tracking: Replace the outdated card swipe system with a more reliable and automated solution.
Enhance Security: Implement a system that accurately identifies employees to prevent unauthorized access.
Improve Accuracy: Ensure that attendance records are accurate and reliable for payroll processing.
Increase Employee Convenience: Provide a fast and user-friendly method for employees to clock in and out.
System Description
The chosen system was an 8-inch wall-mounted facial recognition device equipped with:
High-Definition Camera: Capable of capturing clear images even in low light conditions.
Advanced Facial Recognition Software: Utilizes machine learning algorithms to accurately match employee faces with stored profiles.
User-Friendly Interface: Features a simple touch screen for easy interaction.
Integration Capabilities: Can be integrated with existing HR and payroll systems for seamless data transfer.
Security Features: Includes features such as secure data storage and access control logs.
Implementation Process
Needs Assessment: Conducted a thorough assessment of the plant’s needs and existing infrastructure.
System Selection: Chose the 8-inch wall-mounted facial recognition system based on its features, reliability, and compatibility with existing systems.
Installation: Installed the devices at strategic locations throughout the plant, ensuring coverage of all entry and exit points.
Data Collection: Collected facial data from all employees to populate the system’s database.
Training: Provided training sessions for employees and supervisors on how to use the new system effectively.
Testing and Feedback: Conducted a testing phase to gather feedback and make necessary adjustments before full implementation.
Launch: Officially launched the system and transitioned from the old card swipe system.
Results
Accuracy Improvement: The system achieved a 98% accuracy rate in facial recognition, significantly reducing errors in attendance tracking.
Security Enhancement: Unauthorized access attempts were virtually eliminated, enhancing the overall security of the plant.
Operational Efficiency: The time spent on processing attendance data was reduced by 40%, leading to faster and more accurate payroll processing.
Employee Satisfaction: Employees reported a more convenient and efficient process for clocking in and out, leading to increased satisfaction.
Conclusion
The implementation of the 8-inch wall-mounted facial recognition attendance system has been highly successful in addressing the manufacturing plant’s needs for a reliable, secure, and efficient attendance tracking solution. The system has not only improved accuracy and security but also enhanced employee satisfaction and operational efficiency.
