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Mexico pliant energy systems velox

这个仿生机器人太形象了！！这才是开脑洞啊~~

它的名字叫 Velox 水陆两栖机器人,由美国海军实验局 ONR 和 Pliant Energy Systems 公司共同开发。 Velox 最早亮相于2017年。这款仿生机器人依据仿生学原理,两侧"长"有一对波浪形飘带。

velox机器人专利,用起伏推进系统有效滑过水面驱动

Velox机器人的独特功能实际上源于对可再生能源的研究,Pliant Energy Systems的首席执行官Pietro Filardo试图利用他在海洋生物学方面的知识来利用波浪和潮汐能。

Velox机器人能利用波形鳍状物在冰面上穿梭自如

Velox机器人的独特之处在于实际上源于Pliant Energy Systems对可再生能源的研究。这家公司的CEO Pietro Filardo试图通过他在海洋生物学领域的知识来利用海浪和潮汐能,而这促使他不断探索灵活的生物形态装置--不仅能够获取能量而且还能用于推动它在海洋环境中

紐約工程公司 Pliant Energy Systems 開發能在多種地形移動的新型態機器人 Velox

來自紐約工程公司 Pliant Energy Systems 開發了一種新穎的起伏推進系統用在最新的機器人 Velox 上。 Velox機器人的獨特功能實際上源於對可再生能源的研究,Pliant Energy Systems的首席執行官Pietro Filardo利用他在海洋生物學方面的知識分析利用波浪和潮汐能。

Robotics — Pliant Energy Systems

Above: Velox observing polar bear mother with cubs. Wireless communications while above or near the surface of the water allow real-time control and recording from a safe distance.

Autonomous Robots Could Mine the Deep Seafloor

Photo: Pliant Energy Systems. Pliant''s first prototype, called Velox, can navigate the depths of a swimming pool and the shallow ocean "surf zone" where waves crash into the sand.

海底资源争夺战人工智能仿生机器人可以开采深资源

Pliant的第一个原型称为Velox,可以在游泳池和浅海"冲浪区"的深处航行,波浪将其冲入沙滩。在Velox内部,板载CPU将功率分配给执行器,这些执行器驱动柔性散热片中的起伏运动。

Amphibious Velox robot uses undulating fins to swim and crawl

Pliant Energy Systems has turned one of its green energy technologies into a propulsion system for a swimming robot capable of exploring land and sea.

美国发明"怪鱼"机器人,能游泳还能滑冰,到底是用来干嘛的？

美国公司Pliant Energy Systems研发出了一款无腿两栖机器人,名叫Velox。这台能下水的机器人,摒弃了靠螺旋桨提供动力的常规方式,而是依靠上下摆动「鱼鳍」来驱动前进。

创新型多栖机器人Velox：可以在水下、冰雪、沙漠、沼泽、草地

来自美国纽约的工程公司Pliant Energy Systems刚刚公布了一款名叫Velox的机器人。Velox使用一种新颖的起伏推进系统,能够有效地在水面、水下游动,在崎岖的土地上移动,甚

Autonomous Robots Could Mine the Deep Seafloor

Photo: Pliant Energy Systems. Pliant''s first prototype, called Velox, can navigate the depths of a swimming pool and the shallow ocean "surf zone" where waves crash into the sand.

How does pliant Velox work?

Pliant’s Velox prototype uses undulating fins to move large volumes of water at low velocity. A battle is brewing over the fate of the deep ocean. Huge swaths of seafloor are rich in metals —nickel, copper, cobalt, zinc—that are key to making electric vehicle batteries, solar panels, and smartphones.

Why is Velox so versatile?

Velox's versatility is due to its undulating soft fins, which sit on either side of Velox and move in a hyperbolic pattern reminiscent of a stingray or a millipede. Pliant Energy originally developed the fins as a system for generating electricity from rivers.

Where can Velox be used?

The edges of lakes and rivers, marshes, swamps and mud flats are other natural fits for Velox. Pliant Energy has created a prototype of Velox as a proof of concept while it looks for funding and partners to develop the product for specific purposes.

Is Velox a remote-controlled company?

Velox is currently remote-controlled but Pliant Energy is working to add autonomous operations. The company was founded in 2007 when Filardo, a former architect, started filing patents for energy-harnessing concepts.

Can Velox travel through plant-filled waters?

Above: Velox traveling through plant-filled waters with low risk of entanglement, minimal damage to plants and minimal disturbance of sediment layers. PLIANT ENERGY SYSTEMS - [email protected] - (718) 522-3962

What is a Velox propulsion system?

"To make an analogy, just as an aeroplane propeller is the functional inverse of a wind turbine, the Velox propulsion system is the functional inverse of Pliant's generator." The fins make Velox efficient and ultra-manoeuvrable. The robot can instantly reverse direction or do a quick turn.