Examples of using Mobile robots in English and their translations into Hungarian
{-}
-
Colloquial
-
Official
-
Medicine
-
Ecclesiastic
-
Financial
-
Programming
-
Official/political
-
Computer
Micro and mobile robots.
Mobile robots boost productivity.
Automated mobile robots(AMRs).
Mobile robots receive their commands via WLAN.
How are the company's mobile robots used in packaging?
Indoor localization using UWB technology for autonomous mobile robots.
How do mobile robots react around people and things in a plant?
Manipulators and robot arms are holonomic and most mobile robots are nonholonomic.
Mobile robots are becoming increasingly important in production.
The new results will be demonstrated in industrial, domestic, logistics and mobile robots.
Mobile robots such as the KMR iiwa from KUKA boost productivity|.
Every year, teams from all over the world pit their mobile robots against each other at the RoboCup.
Mobile robots may be one of the most improving sectors of the robotics.
Self-driving vehicles or autonomous mobile robots(AMRs) are often distinguished from automated guided vehicles(AGVs).
Guaranteed seamless integration with out collaborative robots(e.g. ID mobile robots) and controller hardware.
Autonomous mobile robots need a map of the environment for navigation.
Research research area microcontroller based systems, embedded systems,robot control architectures, mobile robots.
Adept's autonomous mobile robots were unlike traditional autonomously guided vehicles(AGVs).
The development oftransportation and robotics with the use of the intelligent and autonomous vehicles and mobile robots are spreading wider.
Autonomous mobile robots(AMR), offer the combination of flexibility, safety, and cost-effectiveness.
Industry experts at CeMAT will discuss and demonstrate the kind of warehousing tasks which canbe performed in the future by autonomous vehicles and mobile robots.
Mobile robots may also be designed to explore areas that are inaccessible or dangerous for human beings.
To fully integrate robots, and especially mobile robots in a collaborative environment, there are many challenges that need to be overcome.
As part of the TM series launch, OMRON will release a“mobile-compatible” model which will seamlesslyintegrate into its market-leading LD series autonomous mobile robots.
These concepts include Omron LD mobile robots for material transport that deliver a particularly high return on investment(ROI).
The results of the simulation and the implementation of the algorithm on the robot show that the PointBugalgorithm is suitable for navigating indoor mobile robots of this configuration.
Autonomous mobile robots are widely used in many applications today, but whatever task the mobile robot has, it needs to be able to navigate in the environment.
The ONR wants to engineer mobile robots to"understand cooperative and uncooperative" people, and inform their operator if they seem a threat.