Glove machine control system
The company's computer control system for glove machines developed by embedded industrial automatic control technology has realized the rapid automatic knitting of gloves on knitting machinery, with good functions and low prices. Using the plate-making system developed by our company, we can design various patterns conveniently and quickly, input it to the glove machine controller through U disk, and the machine automatically knits the required glove type according to the instructions of the computer, which is convenient to operate. It can not only knit five-finger gloves, but also knit ingot gloves, fingerless gloves, five-toed socks, knee pads and hats.
32-bit high-end processor with ARM core
720M ultra-fast main frequency, high-speed enhanced real-time performance. Compared with the development technology of single-chip microcomputers used in common electronic control equipment in China, the computing power and processing speed of this product system is more than 7 times, which effectively avoids the loss of program execution, crash, card machine and black screen, etc. phenomenon.
Large capacity storage space
It can store at least thousands of pattern files, and each file supports up to 1,000 lines of weaving data.
Power-off continued weaving function
After the power is turned off, all states can be saved, so that we can continue weaving after powering on again, and will not waste half of the previously woven fabric.
More user-friendly human-computer interaction interface, and supports multi-language operation interface (Note: Chinese, English and other customized languages).
USB input and output interface
Support the import and export functions of pattern files and the upgrade and optimization of the main program.
Automatically parse the domestic mainstream plate making files, compatible with different plate making formats.
Improved alarm performance
Up to 20 external sensor detection signal inputs can process more alarm states in real time at high speed. For a series of problems that occur during the knitting process, such as yarn breakage, zero position and other errors, the alarm can be stopped in time and the needle selector can be accurately positioned. The state, such as short circuit, open circuit and other faults, has higher safety.
Rich power interface
It can meet various types of needle selectors, such as piezoelectric ceramic chip needle selectors, electric holding needle selectors, etc.