跟读练习: 🦞OpenClaw X ROSOrin Pro: Your Embodied AI Robot Platform.🧠 - 通过YouTube学习英语口语
C2
Meet Ross Orin Pro, an integrated AI robot from Hiwonder,
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Meet Ross Orin Pro, an integrated AI robot from Hiwonder,
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powered by large AI models and built with the OpenClaw Agent.
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Built on Ross 2, this compact powerhouse features a dual-brain design.
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Combining a STM32 with a Ross controller,
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we've packed it with top-tier hardware,
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an HD touchscreen, a voice interaction module,
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a 6DOF robotic arm, a 3D depth camera, and TOF LiDAR.
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Ross Oren Pro is fully integrated with multimodal AI models,
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including large language, voice, and vision models.
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It's like giving it a super brain for accurate environmental perception and deeper command understanding.
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Track the object above the colon.
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I see a yellow duck.
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Thanks to the TOF LiDAR,
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ROSORIN PRO achieves centimeter level mapping and navigation in unknown environments.
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Along with real-time path planning.
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With the OpenClaw agent deployed on board,
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ROSORIN PRO can select and call the right ROS2 interfaces for each task.
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creating a complete closed loop from perception and memory to reasoning execution and cross-device coordination
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in a simulated smart industrial setting open clause shows what Ross Orin Pro can really do
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hello hi wonder can you check the safety aisle and send me a photo On it,
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navigating to the inspection point now.
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Arrived at the inspection point,
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taking a photo and sending it now.
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Photo sent to telegram, reviewing the scene now.
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Safety aisle inspection complete.
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The photo has been sent to telegram.
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The safety aisle is blocked.
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One obstacle needs to be cleared.
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Would you like me to remove it now?
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Go ahead and clear it.
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Starting obstacle removal.
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It analyzes the environment, makes task-based decisions,
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and calls AI vision and motion control interfaces as needed,
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enabling object recognition, adaptive grasping,
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and autonomous delivery through navigation.
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Obstacle removal task fully completed.
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The box has been moved to the drop-off point,
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and the all should now be cleared.
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Want me to go back and take another photo to confirm?
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No need.
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Go to the workbench in Area A and deliver the red block to the office.
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Got it.
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Heading to Area A now.
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Ross Orin Pro can identify key information in the environment,
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organize it, and sync it to the connected device in real time.
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No red blocks were found on the workbench in Area A.
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Only the green and blue blocks are present.
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Would you like me to check area B?
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Check area B and take a look at the temperature and humidity while you are there.
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When a task is still incomplete,
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Ross Orin Pro assesses the situation and works out the next step.
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Arrived in area B, checking the workbench now.
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Current readings, temperature, 74.7 degrees Fahrenheit, humidity, 52%.
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Red blocks were found in Area B.
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Would you like me to pick them up and deliver them to the office now?
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Take one to the office.
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Picking up the red block now.
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Pickup complete.
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Heading to the office now.
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It also builds memory links between objects in the surrounding 3D space.
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Arrive back at the office.
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The red blocks have been delivered.
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Anything else?
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Next time, which area should be checked first for red block?
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Based on this task, no red blocks were found into area A while to were found in area B.
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Next time, area B should be checked first for red block.
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Save to vector database memory.
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With a high precision 3D depth camera,
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Ross Oren Pro captures real-time depth and point cloud data.
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It also supports advanced creative applications such as 3D visual mapping and navigation.
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edge detection, and narrow bridge crossing.
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With its built-in inverse kinematics algorithm,
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Ross Oren Pro can interpret target poses in real time,
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accurately capturing position and posture details.
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Pick up the nearest red object and place it on the plate.
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The Open Claw Agent takes Ross Oren Pro beyond conventional interaction,
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enabling advanced grasping operations.
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I found the nearest red object.
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It's the red rectangular block.
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Picking it up now.
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Got it.
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The red block is securing the gripper,
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and I'm placing it on the plate.
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Done.
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The red block is safely on the plate.
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Pick up the nearest cube and place it on the plate.
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The nearest cube is the green one.
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The cube's position has changed.
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Should I continue with the pickup?
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Go ahead and pick it up Got it.
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The red cube on the right is the closest now.
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Picking it up Let me make sure I've got it.
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Yes, the red cube is secure in the gripper.
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Placing it on the plate now Done.
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The red cube is safely on the plate On the algorithm side,
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Ross Oren Pro integrates the MediaPipe framework for precise recognition of facial contours,
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fingertip trajectories, hand gestures and body pose landmarks.
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Paired with YOLO 26 deep learning algorithms,
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you can train your own models to accurately identify target objects,
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enabling applications such as autonomous driving and waste sorting.
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Separate out the hazardous waste then take a photo and send it over.
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Sure, let me check what's on the table first.
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I found the hazardous items.
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I'll sort them now.
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I found a storage battery.
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It is hazardous waste, so I've placed it into the hazardous waste bin.
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I also found a marker.
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It is also hazardous waste,
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so I placed it in the same bit.
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Done.
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The hazardous waste has been sorted.
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And with OpenCV and PID motion control,
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it achieves highly efficient and stable visual recognition tracking and sorting.
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To bridge the gap between theory and practice,
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we provide a comprehensive suite of structured experiments and open source code,
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From deploying OpenClaw to developing core algorithms,
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we built a one-stop learning path just for you.
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This is Ross Oren Pro,
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your physical gateway to exploring embodied intelligence.
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Now, power it on, customize it,
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build your own embodied AI future.
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通过这个视频练习口语可以帮助学习者在真实的语境中提高英语表达能力。视频内容围绕一个集成的人工智能机器人展示了高科技环境中的对话和指令。这样的背景不仅有趣，同时也能激发学习者与现代科技相关的词汇，增强他们在特定情境下的沟通能力。练习这些对话时，可以更好地掌握语音语调，发音更加自然流畅，进而提升提高英语发音的能力。
语法与表达在语境中的应用
在视频中，发言者使用了多个关键句型，这些句型在日常交流中非常常见。以下是几个例子：
- 通过..."来..."的结构：例如“通过TOF LiDAR来实现厘米级别的映射”。这种结构在英语中用于介绍方法，可以增强表达的清晰度。
- 使...能够...：如“使克服障碍的任务能够完成”。这一结构常用于表达能力和目的，帮助学习者在描述功能时更加准确。
- 询问与指令：如“你需要我现在就去清除障碍吗？”这类句型能帮助学习者掌握如何有效地提问和发出指令。
常见发音陷阱
在视频中，有几个单词和短语的发音可能会对学习者造成困扰。以下是一些需要注意的发音趋势：
- “navigation”：这个单词的重音在第二个音节上，许多学习者可能会发错音。正确的发音是 /ˌnæv.ɪˈɡeɪ.ʃən/。
- “prototype” ：这词常被发音为“prototy”，但实际上应为 /ˈproʊ.t̬ə.taɪp/，发音时注意音节的划分。
- “autonomous”：这个词的发音为 /ɔːˈtɑː.nə.məs/，其中的“ta”音节往往容易被忽略。
通过shadow speech和不断的重复练习，学习者可以有效克服这些发音挑战，提高英语口语能力。利用正确的方法，借助视频中的实际对话进行练习是提升口语的一种有效方式。
什么是跟读法？
跟读法 (Shadowing) 是一种有科学依据的语言学习技巧，最初开发用于专业口译员的培训，并由多语言者Alexander Arguelles博士普及。这个方法简单而强大：您在听英语母语原声的同时立即大声重复——就像是一个延迟1-2秒紧跟说话者的影子。与被动听力或语法练习不同，跟读法强迫您的大脑和口腔肌肉同时处理并模仿真实的讲话模式。研究表明它能显着提高发音准确性，语调，节奏，连读，听力理解和口语流利度——使其成为雅思口语备考和真实英语交流最有效的方法之一。