Rescue operations are one of the most dangerous jobs in the world. For the better parts of human existence, we have undertaken this operation ourselves. Now, the plot is about to change. With the application of servo (read more here) and the latest sensor technologies to the development of drones and robots, rescue operations are becoming less dangerous with technology playing a pivotal role. Below are some of the ways robots and drones have shaped rescue operations: Hurricanes and flooding are complicated rescue operations to navigate. It is difficult for rescuers to know if people are alive. Rescuing them poses a different set of challenges, especially when the weather condition makes the water unstable.
The University of Washington and Purdue University conducted a study on seventy two children, aged seven to fifteen. The study aimed to find out how children interact with both robot and living dogs. These children were studied as they interacted with Aibo, a robot dog created by Sony, and two living dogs. The results found were promising. However, some limitations were also discovered. See even more info at a quality website.
The Intelligent Robots and Systems’ International Conference 2020 will hold in Las Vegas Nevada from 24th to 30th October. This event is a magnet for great minds and companies working towards the development of the new advancements in the field of robotics. The event has featured countless cutting edge innovations in robotics. The IROS 2020 is poised at highlighting new research works as well as promoting talks and idea-sharing experiences.
Robots have our back! Worried that a robot may substitute you? Well, there are certain situations in which you wouldn’t mind a robot having your back. Just think for a moment about defusing a bomb or entering an unstable building to save someone. If you could decide, would you play safe or risk your life? There are many types of robots and they are used for a multitude of purposes. However, most of them are used to make our lives easier and safer: in dangerous environments, under extreme conditions in which humans wouldn’t survive, manufacturing processes, in STEM as a teaching aid, medicine, etc. A rapidly growing field, nowadays robotics is applied to virtually any activity domain you can think of: medicine, education, military, domestic, commercial, etc. Additional details at this post.
Kevlar is well known as bulletproof attire. It is made of strong synthetic fibers that can also withstand both hot and cold environments. It can keep the oil on your robots from freezing and melting. Making your robot wear kevlar attire enables it to go on harsh environments. Isn’t that what makes the robot heavy duty? Kevlar, as a fabric, makes your robot maintain its motion and function. Also, damaged Kevlar covering can be replaced without disassembling your robot. It’s just like making your robot wear protective clothes, increasing its durability in harsh environments. This material is used in various other industries such as the car industry. For instance, most of the presidential vehicles use Kevlar as protection from terrorist attacks and possible strayed bullets and other dangers. Speaking of which, if you want to make a robot that will withstand harsh conditions and certain threats from the outside, this is the material to go with.
Little wonder, the breakthrough of robots in the Northern American Industrial market has experienced a significant boost of 7.2% in the first half of 2019 alone. According to statistics by Robotic Industries Association, RIA, a total of 16,488 robots, worth $869 million was bought by North American Companies within the first six months of the current year.
As more data is collected, the decisions of these systems will improve. The end result will be a level of efficiency that we once didn’t think possible. The digital connection of these devices make Industry 4.0 a possibility. In each stage of these industrial revolutions, companies have had to keep up with technology or be left behind. Connected technology will be the next revolution that companies will have to follow. If they don’t, their level of production will be less than their rivals. Find extra information on a quality post.