Description
hardware flow control. It is an ideal choice in the field of industrial automation.
Promote the integration of industry, academia and research to cultivate robot technology talents
The country has long been aware of the shortage of talents in various aspects of robotics and intelligent
manufacturing. In 2018, the Ministry of Education issued the “Notice on the Announcement of the First
Batch of “New Engineering” Research and Practice Projects”, which proposed to promote ” “New
Engineering” construction, creating intelligent manufacturing, robot engineering and other majors,
emphasizing the practicality, cross-cutting and comprehensiveness of the discipline, focusing on the
close integration of new technologies such as information communication, robot control, software
design and traditional industrial technology.
Under this initiative, the number of artificial intelligence and robotics majors offered in undergraduate
and vocational colleges has increased sharply. According to statistics, the number of undergraduate
artificial intelligence majors has increased from 35 in 2018 to 345 currently; the number of undergraduate
robotics engineering majors has increased from 86 in 2018 to 302 today; and the number of industrial
robotics majors in higher vocational colleges has increased from 523 in 2018. There are 708 schools as of March 2021.
In October this year, the General Office of the Central Committee of the Communist Party of China and the
General Office of the State Council issued the “Opinions on Promoting the High-Quality Development of Modern
Vocational Education”, which clearly proposed to focus on major national
strategies, closely align with the trends of industrial upgrading and technological change, and give priority to the
development of advanced manufacturing and new materials. , modern information technology, artificial intelligence
and other industries need a number of emerging majors, encourage listed companies and industry leading enterprises
to organize vocational education, and encourage all types of enterprises to participate in vocational education in accordance with the law.
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2711-T10C20L1 PanelView Standard Operator terminal
1769-L16ER-BB1B CompactLogix 5370 Ethernet Controller
DKC11.3-100-7-FW Servo controller
DSTC190 57520001-ER connection unit
DSTC120 57520001-A Connection unit
DSAI110 57120001-DP analog input board
DSSB146 48980001-AP Battery module
DSSR116 48990001-FK boost voltage regulator
NTCF22 Terminal unit ABB
VE4022 KJ3243X1-BB1 Profibus module
IC695CHS007LT Slot 7 Universal backplane
IC695CPE305LT RX3i CPU
IC695PSD140LT Power module
5466-409 CPU module
8200-314 Digital Controller
ALR121-S00S1 Serial communication module
IC697PWR724F Power module
SR735-5-5-HI-485 feeder protection relay
3500/22-02-01-00 Transient data interface
3500/40-01-00 3500/40M front monitor
3500/92-0201-00 Communication gateway
TC-PCIC01 Controls the interface module
DS200GDPAG1AKF High frequency power supply board
DS200LDCCH1ANA Driver control/LAN communication board
DS200TCCBG88ED digital input/output board
TC-PRS021 Controls the processor module
TC-0DK161 Digital output PLC card
TC-FXX132 Experion 13 slot chassis
MC-TAOY22 80366177-175 Analog output board
MMS6823R Communication interface module
FBMSSW I/A series control card
XVME-660-716 The VMEbus PC is compatible with the processor module
XVME-675/19 PC/AT processor module
XVME-956/900 I/O Expansion bracket
MVI56E-GSC universal ASCII serial enhanced communication module
CE4003S2B6 Standard I/O terminal board
XVME-956/412 I/O Expansion bracket
CE4005S2B4 Standard I/O terminal board
3500/53-01 Overspeed detection module
80190-580-01-R drives the processor module
2711-B6C10 Operator terminal
3500/62-04-00 Process variable monitor
VMIVME-7645 vmebus board computer
MVME162-233 Dual-height VME module
DSAX110A 57120001-PC analog input/output board
9907-175 Load sharing module
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