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Customized Palmprint Sliding Gates: An Innovative Choice for Intelligent Access and Security Management

Publish Time: 2025-09-29
Amidst the growing demand for intelligent management, Deke's customized palmprint sliding gates, with their multifunctional integration, high security, and adaptability, are an ideal solution for access management in various public spaces. This product not only supports multiple authentication methods but also boasts excellent environmental adaptability and flexible system integration. It is widely used in high-density settings such as swimming pools, water parks, basketball courts, and gyms, providing managers with efficient and reliable access control.
Customized Palm-Swipe Gate Deke palm-swipe gate supports IC card, palm-swipe recognition, QR code, ID card, person-document comparison, card swallowing system, ticket checking system, check-in system, and fee deduction system. Applicable to: swimming pools, water parks, basketball courts, gyms, etc.
I. Core Function: Full-Scenario Authentication and System Integration

Deke's palmprint sliding gates transcend the single-function limitations of traditional gates and offer a comprehensive authentication system:

Multimodal biometrics: Integrates three mainstream contactless authentication methods: IC card sensing, dynamic palmprint recognition (supports liveness detection), and QR code scanning, balancing convenience and security. Palmprint recognition utilizes infrared imaging technology, achieving an error rate of less than 0.0001% and completing authentication within 0.3 seconds.

ID Verification System: A built-in ID card reader and OCR recognition system support "person-ID comparison" functionality. This system uses a deep learning algorithm to match facial features with ID photos, effectively preventing the risk of ID fraud.

Ticketing Management Ecosystem: Seamlessly integrates with electronic ticketing systems, supporting barcode/QR code verification, physical ticket collection, and event check-in. A ticket-swallowing device automatically retrieves abnormal tickets.

Consumption Linkage: An integrated fee deduction module connects to membership and stored-value card systems, enabling automatic entry deductions and permission verification. This is particularly suitable for fitness venues with metered consumption.

II. Structural Design: Industrial-Grade Durability and User-Friendly Experience

All-Stainless Steel Body: Utilizing a 304 medical-grade stainless steel frame, the system measures 1400 × 250 × 1000 mm, with a panel thickness of 1.5 mm. It has an IP54 rating and resists chlorine corrosion, impacts, and other harsh environments.

Intelligent Access System: Equipped with a 600-800mm adjustable transparent acrylic swing door, it features a built-in anti-pinch sensor and emergency brake. Upon detecting an obstacle, it stops and opens in 0.2 seconds.

Environmental Adaptability: Operating temperature range: -20°C to 60°C, humidity tolerance: ≤90% RH (non-condensing). A low-temperature heating module and moisture-proof design ensure normal operation during winter in northern China and the rainy season in southern China.

III. Electrical Performance: Safe, Stable, and Intelligent Control

Dual Power System: Utilizes a 220V AC input to 24V DC (1500mA) safe voltage drive solution with built-in overvoltage, overcurrent, and short-circuit protection. It complies with the GB4943.1-2011 safety standard.

Intelligent Interface System:

The input interface supports 12V level signals/pulse signals (pulse width > 100ms, drive current > 10mA).

The card reader interface offers three optional modes: Wiegand 26/34, RS485, and RS232.

The communication module supports TCP/IP and can be connected to a cloud management platform.

Efficient Passage Capacity: Dynamic traffic flow algorithm optimization achieves a throughput rate of 25-35 people/minute. Dynamic LED guide lights (red and green switching) clearly indicate pass status.

IV. Typical Application Scenarios

Aquatic Entertainment Venues: When deployed at the entrances to swimming pool locker rooms, it can be linked to the water control system to implement a "verify before purchase" model, preventing untied individuals from entering wet areas. Palmprint recognition eliminates the problem of traditional wristband loss, improving the user experience.

Fitness Clubs: When integrated with the membership management system, it can automatically identify membership levels and assign locker permissions. When non-members purchase tickets via QR code, the system automatically deducts the single fee and prints a receipt.

Sports venues: Dual-channel gates are installed at basketball court entrances, integrated with the ticketing system to enable time-slot reservation management. During events, they can be switched to ID verification mode to ensure spectator authenticity.

Quick Installation System: Featuring a modular design, standard channel installation takes ≤2 hours, and the system supports left-right interchangeability. Both wall-mounted and floor-standing mounting options are available.

Remote Operation and Maintenance Platform: Connects to a cloud-based management system via TCP/IP for real-time monitoring of device status, access records, fault alarms, and other information. Remote parameter configuration and firmware upgrades are also supported.

Preventative Maintenance: Quarterly deep cleaning and lubrication checks of swing door bearings are recommended, along with semi-annual testing of the power module output stability to ensure long-term reliable system operation.
Customized Palm-Swipe Gate Deke palm-swipe gate supports IC card, palm-swipe recognition, QR code, ID card, person-document comparison, card swallowing system, ticket checking system, check-in system, and fee deduction system. Applicable to: swimming pools, water parks, basketball courts, gyms, etc.
Deke's palmprint sliding gate system redefines access management standards in public spaces through technological innovation and scenario-based design. Its open system architecture enables deep integration with security monitoring, fire alarms, data analytics, and other systems, enabling operators to build a comprehensive digital management system encompassing "verification-access-consumption-analysis." It is a core component of smart venue development.
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