The ability to move driverless equipment into place quickly, say following a blast, is a potential time-saver when people are not permitted into the area until fumes have cleared. Mines are high-risk environments, and the ability to move people and equipment from one place to another is key, given that certain areas can take a considerable amount of time to reach. The modern mine is crowded with vehicles and machines performing a variety of tasks, both on the surface and underground: trucks, drills, trains, wheel loaders, and robots designed for specific tasks are all typical examples. The possible use cases for remote operations in industry are numerous, and each scenario brings its unique set of challenges. In the case of a remotely operated robotic arm, the robot and the operator can have joint control, depending on the degree of freedom and motion required. For other jobs that may be carried out more effectively by a machine than a human being – such as precise linear movements and constant contact force control – an automatic controller may be used to assist the operator. Repetitive tasks can be almost fully automated, with operator intervention reserved for handling unexpected events, such as when an object is dropped or something gets broken. Productivity can, on the other hand, be improved by including a certain degree of automation in the solution – to help the operator with the most challenging tasks. Operating a wheel loader in a mine on a remote basis, for example, is less efficient than handling it manually on-site, as it is harder to fill the loading shovel with as much material.
#Drivers joystick tech mobility review manual
However, at times, remote operators may not be as productive as on-site manual operators owing to their reduced sense of a machine’s surroundings. Running a remote operation can also help to reduce the high cost of building the kind of infrastructure often associated with sites that are isolated. Control centers can in turn be established in strategic locations it tends to be easier to attract experts to an urban area than a remote location.
For example, operators can run a number of machines at several different sites from the comfort of a centralized control center. With the right system design, remote operation enables an increased level of safety, and in some cases leads to more efficient use of resources. Remote operation solutions allow people to operate machinery from the safety of a control center at another site – sometimes even several hundred kilometers away. Deploying a remote- or teleoperation for heavy machinery and other equipment is one way to cut the size of the on-site workforce. Industrial sites like these can be noisy and dirty, and may expose personnel to an abundance of risks associated with falling objects, harsh weather conditions, and the presence of heavy machinery and chemicals.īusiness incentives like reducing the risks associated with working on remote sites have led industrial players to consider ways of minimizing the numbers of operational personnel needed. Power plants, mines, construction sites, and oil platforms can be hazardous environments.
#Drivers joystick tech mobility review drivers
UE – User Equipment Use cases, benefits, and drivers
SCTP – Stream Control Transmission Protocol NX – Ericsson’s 5G air interface initiative 3GPP - 3rd Generation Partnership Project
0 kommentar(er)
