Today, with the ravages of automated manufacturing, more and more jobs are being replaced by robots , and labor-intensive production scenarios will become less and less common in the future. Recently, scientists at the Massachusetts Institute of Technology's Computer Science and Artificial Intelligence Laboratory (CSAIL) have developed an experimental system called AutoSaw that uses robots to handle sawing.
It is reported that carpenter robots are very simple to use, users only need to open the computer and use the existing onShape CAD system to access the basic template of the professional design of the project type they want to build. They can adapt the template to their own wishes and consider factors such as size or aesthetics. Once the design is complete, the program generates a list of all the pieces of wood that need to be cut. Set the parameters, and then you can take responsibility for it.
In addition, through radio communication, its sensors can continuously update their position information up to 100 times/second. As a result, its target accuracy is 0.1mm.
Traditional carpenters use the CNC to operate, but the CNC is bulky and inconvenient to move. If the working space is too small, it will affect the production. But carpenter robots don't have these problems. They solve many problems in terms of workspace, cost and portability, and are much more flexible when used. It is foreseeable that human production operations will become more and more intelligent in the future.
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USB3.0 is a USB specification, which was initiated by Intel and other companies. The maximum transmission bandwidth of USB3.0 is as high as 5.0gbps (500MB / s).
While maintaining compatibility with USB2.0, USB3.0 also provides enhancements: significantly increased bandwidth (up to 5Gbps full duplex); better power management;
more power; faster device identification; and higher data processing efficiency.
The reason why USB 3.0 has the performance of "speeding" is entirely due to the improvement of technology.
Compared with USB 2.0 interface, USB 3.0 adds more physical buses in parallel mode.
You can pick up a USB Cable and look at the interface.
On the basis of the original 4-wire structure (power supply, ground wire, 2 pieces of data), USB 3.0 adds 4 lines for receiving and transmitting signals.
So there are eight lines in the cable and on the interface.
It is the additional 4 (2 pairs) of lines that provide the bandwidth required for "superspeed USB" to achieve "over speed".
Obviously, two (1 pair) lines on USB 2.0 are not enough.
In addition, in the signal transmission method, the host control mode is still used, but the asynchronous transmission is changed.
USB 3.0 makes use of two-way data transmission mode instead of half duplex mode in USB 2.0 era. In short, data only needs to flow in one direction, which simplifies the time consumption caused by waiting.
In fact, USB 3.0 does not take any rarely heard of advanced technology, but theoretically increases the bandwidth by 10 times. As a result, it is more friendly and friendly. Once superspeed USB products come out, more people can easily accept and make better customized products.
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