Nowadays, we can really shop with our fingers and get the products you need with just a few clicks. The next day delivery has become standard practice for many consumer and commercial products. In order to meet this expectation, logistics industry players are working hard to improve logistics efficiency. Robots can help in this regard.
In May of this year, FetchRoboTIcs launched a new robotic system designed specifically for the logistics industry. The system consists of two robots, "Freight" and "Fetch", based on ROS, an open source robotic operating system. Freight is a mobile platform and Fetch is a mobile robot. In addition to working together, the two robots need to work with people and warehouse software. At the ICRA meeting of the IEEE Robotics and Automation Society, you can see the two robots in kind.
According to an article published in the Institute of Electrical and Electronics Engineers (IEEE) publication, the design of robots for the warehouse environment presents many challenges. Although the internal layout of the warehouse itself is usually well-organized, there are many products stored in it, the size, shape, weight, and distance are different, and people working in the warehouse do not want to be swept by the robot. Of course, the solution must also be economically viable.
The answer does not consider a single robot solution, but considers a dual robot solution. FletRoboTIcs CEO MeloneeWise explained to the IEEE, "The reason we use dual robots is that one of the major logistics challenges is to move back and forth in the warehouse." If you rely solely on yourself, the "mobile robot" has a higher center of gravity. Slow down the speed of its shuttle in the warehouse. The solution is to add a "smaller, faster robot that moves flexibly within the warehouse to complete the task."
In this series system, the two robots run smoothly, and the mobile platform works well with people. Use multiple Freight to collect and ship items that Fetch removes from the inventory shelf so that Fetch doesn't have to interrupt work when picking up. The new mobile platform replaces the already loaded platform and speeds up the work of people.
If you are worried that if the robot becomes a runaway machine, it can be destructive. Just as the broom in the movie "The Apprentice of the Sorcerer" refuses to stop taking water, you can rest assured that these robots are equipped with broken buttons. The staff behind Freight can do the work of picking up things, without having to drag the cart around to collect and unload items. FetchRoboTIcs refers to the system as "following things."
Since enough battery life is critical to maintaining robot operation, both robots automatically charge themselves. They share a docking station and the robot can find the docking station by laser. Fast charging takes 20 minutes and can be charged for 3 hours during warehouse downtime. This efficient design, combined with affordable prices (estimated below 6 digits, and actual price not yet released), will make this robot combination a substitute for labor.
This may cause some people to worry, will these robots lead to job loss? I asked the question of FetchRoboTIcs public relations representative TomSmith in the email. His reply was: “About the job, the original intention is not to eliminate the position, but to fill the current vacancy position. In many cases, it is because these positions are not welcome.†He quoted the 2014 US road map on material transportation and logistics. As a reference, the requirements for the logistics industry will further aggravate the problem of “post loss in the warehousing and distribution industryâ€.
The need to speed up the delivery of goods is clearly there, and optimizing warehouse logistics with the help of robots may be one of the keys to meeting this demand.
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