The introduction of EMILY (Emergency Integrated Lifesaving Lanyard) is making the process easier. EMILY was developed by a company named Hydronalix to assist victims of hurricane and flooding. Twenty-four hours after hurricane Dorian occurred in Abaco Island in the Bahamas, rescuers used EMILY to provide aid to people. EMILY is a water vehicle that utilizes sonar technology. Emily can indicate where underwater debris is as it would impede navigation. EMILY is also remoted controlled. EMILY can be also sent to someone lost at sea. The water vehicle has handles victims can hold on to and use to pull themselves out of the water.
According to the National Institutes of Health, it’s estimated that by 2050, the world’s population of the elderly over the age of sixty five years will increase to about seventeen percent. This implies that the need for pets which provide emotional support and companionship will increase. Ted Fischer, the business development VP at Hasbro, says that people were originally buying robot pets for their children. However, lately, they’ve been buying them for their elderly parents for companionship. Such reports are promising – that these pets are bringing great joy to the elderly. Discover even more information on this article.
The National Robotics Week is one event you cannot afford to miss as a robotics enthusiast. It is packed with activities and grassroots events. Taking place in April 2020, RoboWeek runs from the 4th till the 12th of the month. The purpose of this event is to celebrate and create awareness of the importance and strength of the U.S robotics industry. It also aims at promoting the robotics industry by exhibiting the cultural and social impact robotics have, and will have in time to come. The 2020 RoboWeek sets out to inspire students across backgrounds in robotics and Science, Technology, Engineering and Math (STEM) related fields, enabling them to share their ideas and excitement with audiences. You can support and celebrate the RoboWeek anywhere in the U.S by hosting the event in your community, sharing the word on social media, attending any of the events or by sponsorship.
On the other side, most scholars define robots as: ‘an actuated mechanism programmable in two or more axes with a degree of autonomy, moving within its environment, to perform intended tasks. Autonomy in this context means the ability to perform intended tasks based on current state and sensing, without human intervention’. And with this definition, polemics is on the cards! For instance, surgical robots lack autonomy. However, they are still considered robots. Who defines the ‘intended tasks’: the robot, the programmer, or the user? Would a self-driving car be considered a robot? How about a smart vacuum cleaner? Despite the vagueness of the definition and the numerous questions it raises, one thing is for sure: “I can’t define a robot, but I know one when I see one.” (Joseph Engelberger). So let’s experience some robotic magic together. Even more details at a quality post.
Your robots may perform specific tasks that are not achievable by these materials. For instance, stainless steel exists for handling salty environments. Heavy-duty robots also operate in sensitive environments like handling food, electronics, and medical applications. Whatever purpose your robots may serve this hopefully helps you widen your knowledge about making. Hopefully, we have managed to cover some of the most common materials used in robotics. Bear in mind that these are the basic and most common ones. There are some additional materials and parts which are used in order to fully construct a functioning robot.
North America has benefitted largely from the use of robots since it found its way into the country. The benefits have helped sustained the use of robots by North American industries. This has led to its exploit in the workplace for more efficient and effective production of goods and services.
Manufacturing is constantly evolving and we are currently going through the age of increased digitization. While it’s always changing, there have been three manufacturing revolutions in the past and we are currently seeing the fourth. The first was the industrial revolution that started in Britain around 1760 with powered machinery used in the likes of the cotton industry. In the late 19th century, we saw the second revolution with electricity and mass production. The third came in the last century with the development of computers and robotics. Discover additional details at this article.