It presents the plan of compact, innovative checking system dependent on the Bluetooth sensor; the system comprises of three fundamental subsystems. Bluetooth-based sensors, wireless communication terminals, and physical status data acquisition systems for sportsperson monitoring. Real-time data acquisition system monitors Wireless communication terminal via the physical state of main human physical parameters. Physical parameters received by Bluetooth device and monitoring human physical state identified by intelligent data will be sent to the controller. Anomalous is present in data center monitoring and communication terminal to send a warning message to the hospital. Anomalous data is sent to the hospital, after which the doctor can diagnose the condition of the person. These mechanisms require low-level language access with normal behavior, limited coverage, and Bluetooth signal quality. This model proposes an elective innovation for following the development of items in the room dependent on Bluetooth correspondence innovation. The system is designed to be low cost and scalable, enabling a variety of devices, the core of which controls minimal changes. Password protection is used because only authorized users can access the device from home.

提出了基于蓝牙传感器的紧凑、创新的检测系统方案；该系统由三个基本子系统组成。用于运动员监测的蓝牙传感器、无线通信终端和身体状态数据采集系统。实时数据采集系统通过人体主要物理参数的物理状态来监测无线通信终端。蓝牙设备接收到的物理参数以及监测人体物理状态的智能数据将发送至控制器。数据中心监控通讯终端出现异常，向医院发送报警信息。异常数据被发送到医院，之后医生可以诊断该人的状况。这些机制需要具有正常行为、有限覆盖范围和蓝牙信号质量的低级语言访问。该模型提出了一项选择性创新，用于跟踪依赖于蓝牙通信创新的房间内物品的开发。该系统设计成本低且可扩展，可支持多种设备，其核心控制的变化最小。使用密码保护是因为只有授权用户才能在家中访问设备。