Teams are competing to develop and put to the test hardware and software designed to enable robots to assist humans in emergency response when a disaster strikes.
When you have the combination of high energy density and thin and flexible form factor, you can apply this solar material to anything with a battery that moves, can be carried, or worn.
The emergence of robotic technologies for architectural design raises questions about how methods of construction might change in the future. Effective architectural robots have a great future in structured environments.
Carbon nanotubes hold great promise for more efficient robotic muscles as well prosthetics. There are many other technologies that will benefit from carbon nanotubes, including nanotechnology, electronics, optics, and architecture because of their exceptional electrical properties, astonishing strength and effectiveness in heat conduction.
No matter how we look at it, robots are the logical choice at this time to explore the red planet and as we make robots more autonomous, they will be better at their assignments than humans.
Presently, most robots are programmed to perform definite tasks and they perform them with absolute precision, but when precise movements are replaced with thoughtful movements, the robot will need to learn how to perform a task and then proceed. The robot will no longer be the precise machine that it was, but one that is prone to errors as we humans are.
Until now Rogowski coils have delivered at best a 2% positioning error. With this improvement, the error due to the positioning of the conductor is specified at a maximum of 0.65% of the measured value for a 15mm diameter conductor irrespective of where it is positioned, even if it is adjacent to the coil clasp.
As the automation industry begins its reach into the cloud, manufacturing communities will not only improve productivity, they will begin to reclaim the prominence the industry once claimed in the economy.
Function packages feature five robot and screen size combinations, dedicated software and concert style mixing board for simplified control
Industrial Robots; Robot Arms; Cameras, Scanners and Vision Systems; Collaborative Cage-free Robots; Mobile Robots; Robot Operating Systems; Warehousing and Materials Handling; New Technologies, and Jobs
Propulsion is provided by the conversion of wave energy to thrust. When the float rides a wave, spring-loaded wings on the propulsion unit pivot, but not too much, to mechanically convert that up-and-down motion into horizontal motion.
What would you do if you saw a robot approach you and start talking to you? How would you react if a robot looked sad when you walk away? Would you enjoy a robot rolling up to your table in a restaurant and showing you the menu?
Sensing is very important for robots to perform the functions that they were developed to execute. Sensing capabilities, such as sight, touch, and hearing are making robots appear more human. These capabilities are available because of algorithms that require feedback.
It is important to know the requirements of your target customer base. For a general purpose product this can be quite difficult. Some users will only be interested in monitoring inputs, be they digital or analogue. Others may be interested only in controlling outputs. Others again may have requirements for both input monitoring and output control.
Grabit's electroadhesion grippers are an enabling technology. We enable mobile robots to have energy efficient manipulation where conventions like vacuum are not feasible.
Records 76 to 90 of 103
AS40 Conveyors are designed for ease of use and simple integration with robotic applications. Built on a rigid aluminum frame, they feature tee slots for rapid accessory mounting and a tail that flips up at the push of a button for easy under-belt cleaning and belt changes. Nosebar tails are available for transferring small parts between conveyors. All conveyors include a 10 Year Warranty and most are available with a fast five day lead time.