摘要：【中文】本申请提供了一种应用于操作系统启动的方法、装置、电子设备及存储介质，其中，该方法包括：在确定当前次开机引导程序成功启动之后，从非易失性存储模块中读取第一监控参数；所述第一监控参数用于指示允许内核启动失败的次数；根据所述第一监控参数，启动与当前次启动模式对应的内核引导程序；在确定内核引导程序成功启动之后，从所述非易失性存储模块中读取第二监控参数；所述第二监控参数用于指示允许系统启动失败的次数；根据所述第二监控参数，启动与所述当前次启动模式对应的系统程序。上述方案能够通过非易失的第一监控参数和第二监控参数分别对内核启动和系统启动进行有效监控，避免系统升级后无法启动的问题，提升系统升级的可用性。 【EN】The application provides a method, a device, electronic equipment and a storage medium applied to starting of an operating system, wherein the method comprises the following steps: after the successful starting of the current starting-up bootstrap program is determined, reading a first monitoring parameter from the nonvolatile storage module; the first monitoring parameter is used for indicating the number of times of kernel startup failure is allowed; starting a kernel bootstrap program corresponding to the current starting mode according to the first monitoring parameter; reading a second monitoring parameter from the non-volatile storage module after determining that the kernel bootstrap program is successfully started; the second monitoring parameter is used for indicating the number of times of system startup failure is allowed; and starting the system program corresponding to the current starting mode according to the second monitoring parameter. According to the scheme, the kernel start and the system start can be effectively monitored through the first non-volatile monitoring parameter and the second non-volatile monitoring parameter, the problem that the system cannot be started after being upgraded is avoided, and the usability of the system upgrade is improved.

摘要：【中文】公开一种卡式的数字货币指纹硬件钱包，包括：电源模块、显示模块、安全芯片控制模块、指纹模块、通信接口、USB接口、蓝牙模块、NFC模块；电源模块为安全芯片控制模块供电，安全芯片控制模块通过显示模块来提供给用户信息，通过指纹模块来采集用户指纹并核对，通过通信接口连接USB接口、蓝牙模块、NFC模块来对外通讯。还有实现方法，包括：(1)初始化安全芯片控制模块、电源模块、EPD显示模块、指纹模块、USB接口、NFC模块、蓝牙模块；并创建指纹处理任务、EPD显示任务、通信数据接收任务、按键检测任务、电源管理任务、通行数据处理任务；(2)指纹模块采集用户指纹并核对；(3)通过通信接口接收到的命令进行功能操作；(4)结束。 【EN】Disclosed is a card-type digital currency fingerprint hardware wallet, comprising: the device comprises a power module, a display module, a security chip control module, a fingerprint module, a communication interface, a USB interface, a Bluetooth module and an NFC module; the power module supplies power for the safety chip control module, the safety chip control module provides user information for the display module, the fingerprint module collects user fingerprints and checks the user fingerprints, and the USB interface, the Bluetooth module and the NFC module are connected through the communication interface to achieve external communication. Also, an implementation method includes: (1) initializing a security chip control module, a power supply module, an EPD display module, a fingerprint module, a USB interface, an NFC module and a Bluetooth module; creating a fingerprint processing task, an EPD display task, a communication data receiving task, a key detection task, a power management task and a traffic data processing task; (2) the fingerprint module collects and checks the fingerprint of the user; (3) performing functional operation through a command received by the communication interface; (4) and (6) ending.

摘要：【中文】公开一种机器人身份证功能组件及实现方法，能够让每一个智能终端设备都会拥有属于人工智能社会的身份证，让机器人群体可控、可管理。这种机器人身份证功能组件，其包括：机器人本体、前置服务器、云平台、管理APP、用户端安全载体；机器人本体，其具有安全模块、机器人身份认证接口、访问控制系统、动作代码管理单元；前置服务器，其放置在经过认证有资质的机器人生产厂商，专线连接机器人身份认证安全可信运营云平台，用作机器人身份证的发放；云平台，其采取区块链联盟链架构，多家共同运营；管理APP，其具有用户交互界面；用户端可信安全载体，其具有身份ID单元、加解密功能单元、签名验签功能单元。 【EN】A robot ID card functional assembly and an implementation method are disclosed, each intelligent terminal device can have an ID card belonging to an artificial intelligence society, and the robot population is controllable and manageable. This kind of robot ID card functional component, it includes: the system comprises a robot body, a front server, a cloud platform, a management APP and a user side safety carrier; the robot comprises a robot body, a safety module, a robot identity authentication interface, an access control system and an action code management unit, wherein the robot body is provided with the safety module, the robot identity authentication interface, the access control system and the action code management unit; the preposed server is placed in a qualified robot manufacturer, is specially connected with a safe and credible operation cloud platform for robot identity authentication and is used for issuing a robot identity card; the cloud platform adopts a block chain alliance chain structure and is operated by a plurality of families; a management APP having a user interaction interface; the user side trusted security carrier is provided with an identity ID unit, an encryption and decryption functional unit and a signature verification functional unit.