工控视频搜索

魏德米勒weidmuller W系列接线端子: W系列端子采用高品质绝缘材料Wemid，阻燃等级V0，不含卤素磷化物，最高工作温度（环境温度+端子自身导电发热）达120°C。

立体鼹鼠机—吸引人的可编程机器人系统: 立体鼹鼠机在不久的将来会在技术培训中发挥重要的作用。这些备有电脑芯片的立方体可以紧密接连接在一起。鼹鼠机之间可以相互沟通交流。能量和信号从一个立体鼹鼠机传递给下一个，这样也保证了能量的供应以及信号的传递。年轻人可以用这种机器给自己制造的机器人编程。Molecubes – an attractive programmable robotics system Molecubes could play a significant role in technical training in the near future. These cubes, fitted with computer chips, can be successively attached to each other. Each Molecube communicates with all the other cubes; the energy supply and transmission of signals from one Molecube to the next are thereby ensured. Young people can use the Molecubes to build and program their own robots.

空中企鹅AirPenguin_Festo仿生技术: airPenguin –空中企鹅——自动飞翔的机器企鹅. 随着空中企鹅的问世， Festo公司的工程师们创造了人造企鹅，并教会他们“在空中自主飞行”。为此，控制和调节技术进一步发展成自我调节生物机电一体化系统，该系统可以在今后的生产适应性发挥作用。一组3只自动飞行的企鹅自由盘旋在空中超声发射站监控下的固定区域。企鹅能够自由的在这个空间内移动，因为一个微控制器赋予了他们自由的意志来以开拓这片空间。 autonomously flying robotic penguins With the AirPenguins, the engineers from Festo have created artificial penguins and have taught them "autonomous flight in the sea of air". For this purpose, control and regulating technology had to be further developed into self-regulating biomechatronic systems, which could also play a future role in adaptive production. A group of three autonomously flying penguins hovers freely through a defined air space that is monitored by ultrasound transmission stations. The penguins are at liberty to move within this space; a microcontroller gives them free will in order to explore it.

水下企鹅AquaPenguins_Festo仿生技术: 水下企鹅- 技术-水下自动运载工具AquaPenguins - technology-bearers as autonomous underwater vehicle.与它自然界的原型一样，来自费斯托（Festo）公司的水下企鹅具有一个带水动力的身体轮廓。其优雅的推进力以及其可向各个方向移动的机翼头部和尾部，让机器人企鹅可以在狭窄的空间条件下自由穿行，并且在必要时及时出现甚至可以向后游——这一点可不像它们的自然界的原型。仿生企鹅设计成水下自动运载工具，可以自由定位并且可在水池中穿行。这种工具有一个3D的海豚音声纳系统，使得“企鹅”可以与周围的伙伴们交流，比如避免互相碰撞。Like its natural archetype, the AquaPenguin from Festo has a hydrodynamic body contour. Its elegant wing propulsion and its head and tail sections, which can be moved in all directions, allow the robotic penguins to manoeuvre in cramped spatial conditions, to turn on the spot when necessary and – unlike their biological counterparts – even to swim backwards. The bionic Penguins are designed as autonomous underwater vehicles that independently orient themselves and navigate through the water basin. They are supported by a 3D sonar system which, as with dolphins, allows communication with their surroundings and with other robotic penguins – for example to avoid collisions.

如何在Multiprog中使用EVENT任务编程: 打开Multiprog软件,新建ADAM-5510项目,配置Resource,确定ADAM-5510通讯正常,新建一个事件触发后执行的程序,开始写触发事件程序

如何在Multiprog中编写程序对外挂在ADAM-5550KW系列控制器的ADAM-4000系列模块进行控制(走modbus RTU协议): 打开Multiprog软件,新建ADV-CE项目,配置Resource,连接ADAM-5550KW,在ADVANTECH-DAQ input 内为modbusRTU配置参数,在output内配置ADAM-4055参数,开始写程序.

如何在Multiprog中编写程序对插在ADAM-5550KW系列控制器的ADAM-6000系列模块进行控制: 打开Multiprog软件,新建ADV-CE项目,配置Resource,连接ADAM-5550KW,在ADVANTECH-DAQ input 内为modbusTCP配置参数,在output内配置ADAM-6050参数,开始写程序.

如何在Multiprog中编写程序对插在ADAM-5550KW系列控制器的ADAM-5000系列模块进行控制: 打开Multiprog软件,新建ADV-CE项目,配置Resource,查看状态，确定已连接ADAM-5550KW，在ADVANTECH-DAQ input 内为ADAM-5051配置参数，在output内添加ADAM-5056s,在main中写程序

在NI LabVIEW应用中结合多物理场或多域（领域）模型: 了解如何使用外部模块界面(EMI)把第三方软件中的复杂多域模块引入LabVIEW平台。使用MapleSim，Imagine AMESim，SimulationX创建的模块可以i在LabVIEW中进行控制设计并且深入到硬件在环(HIL)和快速控制原型(RCP)应用的实时系统。

NI 电子学教育平台视频演示: 视频介绍了NI 电子学教育平台EEP，包括电路仿真分析软件NI Multisim，原型工作台NI Elvis以及图形化编程软件NI LabVIEW。