摘要：【中文】本发明公开了一种智能家居系统中的木质浴桶的水流强度智能控制方法，包括如下步骤：由智能家居系统中的中继移动终端监听由基站广播的第一中继配置信令；响应于接收到第一中继配置信令，由中继移动终端确定用于传输和接收数据的侧链路资源；响应于确定用于传输和接收数据的侧链路资源，由中继移动终端开始监听在侧链路资源上发送的侧链路数据；由移动终端收集用户需求消息；由移动终端监听由基站广播的第一中继配置信令；响应于接收到基站广播的第一中继配置信令；响应于接收到浴桶水流强度控制命令，由基站将浴桶水流强度控制命令发送给安装于浴桶上的无线终端。 【EN】The invention discloses an intelligent control method for water flow intensity of a wooden bath barrel in an intelligent home system, which comprises the following steps: monitoring a first relay configuration signaling broadcast by a base station by a relay mobile terminal in an intelligent home system; determining, by the relay mobile terminal, a sidelink resource for transmitting and receiving data in response to receiving the first relay configuration signaling; in response to determining a sidelink resource for transmitting and receiving data, beginning, by the relay mobile terminal, to monitor sidelink data transmitted on the sidelink resource; collecting a user demand message by a mobile terminal; monitoring, by a mobile terminal, a first relay configuration signaling broadcast by a base station; in response to receiving the first relay configuration signaling broadcast by the base station; in response to receiving the tub water flow intensity control command, the tub water flow intensity control command is transmitted by the base station to a wireless terminal mounted on the tub.

摘要：【中文】本发明涉及一种电池活化控制方法，包括以下步骤：在主控单元中预先设定活化参数；检测电路采集蓄电池组的活化数据；主控单元根据检测电路采集的活化数据，判断是否达到活化条件，未达到活化条件时，输入电流同时为蓄电池组充电和为负载供电，达到活化条件时，输入电流断开，蓄电池组为负载供电，达到停止活化条件时，输入电流同时为蓄电池组充电和为负载供电；蓄电池组执行放电过程；主控单元计算电池组放电过程中的相关数据并显示在显示电路中。本发明通过开关控制电路能够灵活控制输入交流电源和蓄电池组的连接和断开，保证系统安全性；采用检测电路，检测精确、响应速度快，在电池活化与检测时，不会对后级负载的供电造成中断，安全性高。 【EN】The invention relates to a battery activation control method, which comprises the following steps: presetting activation parameters in a main control unit; the detection circuit collects the activation data of the storage battery pack; the main control unit judges whether an activation condition is reached or not according to activation data acquired by the detection circuit, when the activation condition is not reached, input current simultaneously charges the storage battery pack and supplies power to a load, when the activation condition is reached, the input current is disconnected, the storage battery pack supplies power to the load, and when the activation condition is stopped, the input current simultaneously charges the storage battery pack and supplies power to the load; the storage battery pack executes a discharging process; the main control unit calculates relevant data in the battery pack discharging process and displays the data in the display circuit. According to the invention, the connection and disconnection of the input alternating current power supply and the storage battery pack can be flexibly controlled through the switch control circuit, so that the system safety is ensured; the detection circuit is adopted, so that the detection is accurate, the response speed is high, the power supply of the rear-stage load cannot be interrupted when the battery is activated and detected, and the safety is high.