摘要：【中文】本发明提出一种基于TTS实现智能电视自定义播报音的系统及方法，属于智能语音交互领域。为解决目前市场上已有的语音播报音大多都是厂商提供的播报音，单调且不能满足大多数用户的偏好的问题，本发明包括：对自定义播报音命名；录制语音；对录制完成的语音进行语音合成；语音合成完成时，向用户通知当前自定义播报音合成完成；选中自定义播报音，对自定义播报音进行使用。用户可以自定义智能电视端的语音播报音，并且可以在与智能电视的整体语音交互中使用自定义播报音，增强了用户在智能电视端的体验，用户可以在电视端听到任意自己喜欢的语音播报音，摆脱了原本电视端语音播报音机械单调的桎梏，实现了个性化语音播报音定制。 【EN】The invention provides a system and a method for realizing self-defined broadcasting of an intelligent television based on TTS, belonging to the field of intelligent voice interaction. In order to solve the problem that most of the existing voice broadcasting voices in the market are provided by manufacturers, are monotonous and cannot meet the preference of most users, the invention comprises the following steps: naming the self-defined broadcast sound; recording voice; carrying out voice synthesis on the recorded voice; when the speech synthesis is completed, informing the user that the synthesis of the current custom broadcast sound is completed; and selecting the user-defined broadcast sound, and using the user-defined broadcast sound. The user can self-define the voice broadcast sound of the intelligent television end, and the self-defined broadcast sound can be used in the whole voice interaction with the intelligent television, so that the experience of the user at the intelligent television end is enhanced, the user can hear the voice broadcast sound which is freely preferred by the user at the television end, the limitation that the original television end voice broadcast sound is mechanical and monotonous is avoided, and the customization of the personalized voice broadcast sound is realized.

摘要：本发明公开了一种关闭煤矿多环境场耦合下水岩作用实验装置及方法。装置包括试剂供给单元、环境调控单元、反应单元和循环单元，通过协同操作实现水化学场、水动力场、氧化还原场、温度场、微生物场和压力场的耦合模拟。试剂供给单元提供预定pH值、离子浓度或微生物菌液的反应液；环境调控单元调节温度和氧化还原状态；反应单元通过流体控制装置和压力施加装置形成水动力场和压力场；循环单元模拟污染累积效应。方法包括配置反应液、调控环境、进行水岩作用、循环反应液及分析污染物特性。本发明能真实模拟关闭煤矿水岩作用环境，适用于多种矿石，明确污染物种类，为针对性治理提供数据支持，具有高集成性、真实性和广泛适用性。

摘要：本发明公开了一种换流站不停电喷药灭草机器人，涉及除草机器人技术领域，包括机器人运载平台、移动履带，所述机器人运载平台的顶部外壁后侧固定安装有储药罐，所述机器人运载平台的顶部外壁中端固定安装有隔膜泵。本发明通过发射接收模块接收遥控器指令，使主控制器驱动一侧驱动模块完成移动履带的移动，通过主控制器控制两自由度舵机完成对喷药枪的旋转，通过开关控制拓展模块完成对隔膜泵的启停控制，完成喷药作业，解决了现有的换流站除草手段为将换流站设备停电后进行人工拔草，导致换流站设备停电后影响西电东送通道功率输送及稳定运行的问题，达到了无需将换流站设备进行停电即可进行除草，提高西电东送通道功率输送及稳定运行性的效果。