Completed Enterprise Field
Projects
This paper sorts out the enterprise projects completed by the
team and the main trainer.
The main trainer Dr. Li's biggest technical advantage is that
he has completed a large number of projects on the enterprise
site for 30 years! The main trainer has completed more than
100 on-site Smart Manufacturing projects in Germany, the
United States, China and South Korea; As the head of American
Metal Pass, the main trainer also led / guided the team to
complete a large number of projects.
Generally, the on-site technicians have low educational
background, so their understanding is weak, and their complex
on-site problems are mostly limited to experience; However,
the main trainer has double doctorates in German engineering
and American software, has practical work experience in nearly
10 business fields, and has a thorough understanding of
on-site problems. John Newman, an American expert, once
claimed that there were a large number of problems that could
not be explained by theory and could only be explained by
experience at each site, but the expert was completely
convinced after being explained by the team leader!
1. The
Main Trainer Dr. Li Has Completed More Than 100 Projects
Table
1: Items completed by the main trainer
2. More Than 100 Projects Completed by American Metal Pass
Team
Most of the projects are completed under the
leadership / guidance of the head of the team as the leader of
Metal Pass. For example, an expert discussed with Dr. Li by
telephone every night during an Indian project. The list of
items is as follows. Each item is described in detail on this
website.
Table 2: projects completed by American Metal Pass (including
projects guided or participated by the main trainer)
US team: material processing project |
number
(116) |
Intelligent
system development
Consultation and optimization
Galvanizing, coating and finishing line
Pickling line
heating furnace
Continuous caster section
Finishing line
Cooling descaling system
Marking and detection system
Rail factory
Type wire rod factory
Medium and heavy plate plant equipment
Rolling equipment factory
plate |
(11
projects)
(14 projects)
(13projects)
(6 projects)
(13 projects)
(7 projects)
(4 projects)
(4 projects)
(9 projects)
(4 projects)
(10 projects)
(4 projects)
(10 projects)
(7 projects) |
3. Introduction to Smart Manufacturing Training
Benchmarking Project
The thermal and mechanical finite element
artificial intelligence model completed by the main trainer in
Germany in the early years created a precedent for the
application of this model technology in the final shape
prediction and production process optimization of large and
complex sections at the factory level. In the model
development of Morgan construction company (now Siemens),
three groups of more than 100 models have been completed,
including material deformation model series, material force
energy and power demand model series, and material
microstructure and mechanical property prediction model
series. After that, he took the model to the front line of the
plant to develop intelligent system, and led the development
of three Level 2s (Intelligent System) for metal
smelting electric furnace, refining furnace and continuous
casting for kescat company. See Table 3.
Table 3: benchmarking items
Benchmarking
customer |
Benchmarking
Project |
Freiberg Laboratory |
(Germany) German Research Association project, artificial intelligence
+ offline model |
Morgan/Siemens |
(US)More than 100 sets of model development / offline model
development of manufacturing process |
Cascade Steel |
(US) three sets of Level 2 development / online
model development |
EOS |
(US) model requirements ↑, and a new generation of Level 2
has been developed |
POSCO |
(Korea) production line process / equipment optimization ← online
intelligent design software |
NISCO / TISCO, etc |
(China) Level 2 optimization: application of a new generation
of Level 2 |
Taiyuan University of science and technology, etc |
(China) manufacturing industry / research and development of lithium
battery intelligent equipment |
BYD |
(China) Lithium battery manufacturing, Level 2 development,
soft sensing technology |
Tesla |
(US) Lithium battery pole piece defect model (Nevada super factory +
developed in California) |
After that, based on the technical
foundation and solid model background of German engineering
and American software doctors, the main trainer served as a
technical consultant for intelligent system development in
various countries all over the world, and successively
completed large-scale international benchmarking projects such
as EOS of the United States, POSCO of
Korea, NISCO and BYD of China, as well as
Tesla of the United States.
Oregon company's traditional high-end material project: in the
production process of hard and thin products, there were
defective products every day. During the return visit half a
year after completion, I was told that there had been no
similar defective products in the past half a year.
Burr length is predicted and measured by model
(there are more than ten influencing factors, including tool
quality and use, process parameters and incoming material
quality, etc.)
BYD lithium battery Smart Manufacturing related projects: burr defect is the main factor
causing lithium battery fire (Samsung mobile phone lithium
battery explosion, BYD lithium battery incident). At the
beginning of the cooperation, the factory used the pole piece
slitting burr prediction model which is very difficult to
model to strictly investigate the model level of the team. It
is required that the hit rate of the model is 85%, and the
team has reached 98%; At present, the second phase of the
project (burr early warning) and the third phase of the
project (knife notch measurement) have been completed. In view
of the weak data acquisition ability in some countries' manufacturing
industry, the soft sensing technology with high difficulty in
the industry has been successfully applied. Soft sensing is to
predict the parameters to be measured by using high-precision
model when it is difficult to measure directly; This defect
early warning system is based on BYD MES and quality
inspection data. At present, there is only one company that
combines the process of this project with that of Metal Pass
automation system in the market. Figure 1 shows the predicted
burr length based on the operating parameters of lithium
battery electrode. Compared with the measured burr length, the
hit rate is more than 98%!
Electronic manufacturing related projects: more than ten
enterprises such as Skyworth, TCL and Guangye. In addition,
there are still a large number of online information for the
projects.
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