Human Body Electric Shock Experience System (Interactive & Somatosensory Edition)
The Human Body Electric Shock Experience System (Interactive & Somatosensory Edition) is an immersive electrical safety training equipment developed by Wuhan Anbang Zhiyuan. Tailored for enterprises, power grids, construction sites, campuses, and safety exhibition halls, this system utilizes precise micro-current control, acousto-optic-electric linkage, and interactive touch technologies.
It allows users to safely experience the realistic sensation of an electric shock numbness in a 100% hazard-free environment. By seamlessly integrating theoretical learning, scenario-based practice, emergency response, and assessment, it completely solves the long-standing pain point of ineffective, traditional "lecture-style" training.
Key Features
Multi-Dimensional Knowledge Learning
Comprehensive Content: Built-in foundational principles of electric shocks, hazards of varying voltages/environments (e.g., damp areas, high altitudes), and a typical accident case library.
Full-Process Video Courses: Cover the physiological effects of currents, preventive measures, and emergency rescue workflows (Disconnect Power $\rightarrow$ Insulated Rescue $\rightarrow$ Cardiopulmonary Resuscitation [CPR]).
Customization: Supports administrator-defined courseware and question banks.
Graded Safe Somatosensory Experience
Realistic Sensation: Features strictly controlled safe voltage/current solutions (far below national safety thresholds) with adjustable intensity levels. Users touch dedicated electrodes to feel a realistic numbing or tingling sensation from weak to strong.
Visual Tracking: The screen displays simulated voltage and current paths in real-time.
Absolute Safety: Equipped with multiple hardware protections and software timeout automatic power-off mechanisms to eliminate any risk.
Interactive Scenario Simulation
High-Frequency Scenarios: Replicates common danger zones, including plugging in with wet hands at home, industrial equipment leakage, and outdoor step voltage.
Collaborative Drill: Supports two-person teamwork to complete the standardized rescue flow: "Cut off power — Select insulated tools — Perform CPR."
Instant Feedback: Incorrect operations (e.g., pulling the victim with bare hands, using conductive tools) instantly trigger audio-visual alarms and display corrective steps.
Smart Assessment & Data Management
Easy Login: Supports QR code and ID card scanning for quick login.
Instant Evaluation: Generates real-time scores and wrong-answer analysis right after the test.
Data Analytics: The backend automatically tracks training attendance, duration, error rates, and passing rates, exporting visual training reports to streamline corporate safety archives and performance reviews.
Dual-Mode Adaptation
Visitor Mode: Quick, login-free experience (data is not uploaded).
Trainee/Employee Mode: Real-name tracking that generates individual training profiles.
Technical Specifications
| Component | Specifications & Details |
| All-in-One Sheet Metal Cabinet | Made of 1.5mm cold-rolled steel plate with electrostatic spraying; highly robust and durable. |
| 21.5-inch Capacitive Touch Screen | 1920×1080 Full-HD wide-angle touch display; powered by an Intel i5 processor / 4GB RAM / 128GB SSD; supports both wired and wireless network cards. |
| Electric Shock Simulator | Equipped with a copper plate fixed-resistance conductive platform for two-handed operation; safe adjustable voltage ranging from 2V to 30V. |
| Simulated Human Body Conductive Model | Features a 2mm acrylic backboard integrated with LED indicator lights to dynamically display the path of the electrical current. |
| ID Card Scanner | High-speed reading with a 99% success rate; cross-system compatible and supports API integration. |












