Chapter 160 The idea of ??intelligent processing control platform
Xu Li also asked Wang Dalong to hurry up and recruit some people because he still had to overcome the high-end microscope.
Anyway, Xu Li's idea is that since they are all optical lenses, it is better to get the microscope and even the telescope.
When the time comes, it will be a blockbuster, and there is no need to publish one and then another, which is more efficient.
The production of mobile phone, computer camera modules and telescopes is a little better, and the processing process is not that complicated.
It's just that the microscope is different, because in addition to the lens, there are also structures, systems, and controls that need to be set up, and it is best to simplify them and make them easy to operate, so that only people will purchase the product.
Xu Li also took this time to buy relevant books and consult a large amount of information in order to carry out the next plan.
With his improved brain power, his memory has been significantly enhanced, and he can basically achieve a photographic memory. However, after absorbing a large amount of knowledge, his brain will also feel tired, and he also needs to take a break midway to relax his brain.
Only in this way can we continue to acquire knowledge. Otherwise, a person's brain power has its limits. Beyond this limit, it will put a certain burden on the brain.
At present, high-end microscopes have completed a breakthrough in the core component, that is, the lens, but it still requires a lot of effort to apply it to microscopes.
So, this week, Xu Li began to work on the control software and system of the microscope. At the same time, he also asked the artificial intelligence Xiaohei to help collect information. After some synthesis, he finally built an intelligent program based on Xiaohei.
A separate control system available in the professional field of microscopy.
This is necessary for high-end microscopes, especially the spherical aberration correction system, which will play a major role in improving resolution and intelligent automated control of sample analysis.
Especially the subsequent manufacturing of cryo-electron microscopes.
Since the cryo-electron microscope is not a common desktop microscope in our laboratory, it is contained in a mechanical cabinet with a complex operating system. It is not an easy task to manufacture it.
However, Xu Li can use today's microscopic control to operate the intelligent system and apply it to other less complex microscopes.
For example, a stereo microscope is a binocular microscope that observes objects from different angles and causes the eyes to experience three-dimensionality. It is widely used in various fields of biology, medicine, agriculture, forestry, industry and marine biology. All substances with birefringence
, can be clearly distinguished under a polarizing microscope.
There is also a polarizing microscope, which is used to study so-called transparent and opaque anisotropic materials.
It is widely used in minerals, polymers, fibers, glass, semiconductors, chemistry and other fields, such as identifying whether fibers, chromosomes and tissues contain crystals.
In addition, in terms of plant pathology, the invasion of pathogens often causes changes in the chemical properties of tissues, which can also be identified by polarizing microscopy.
These may be difficult or never heard of at all, because these microscopes are generally found in major laboratories, hospitals, and research institutes, and play an important role in the inspection and detection of ordinary materials, viruses, etc.
Although these microscopes are also manufactured in China, currently domestic optical giants can only manufacture mid-range related microscopes, which are still lagging behind international optical giants.
The honeycomb compound eye lenses created by Xu Li can improve the overall performance of domestic microscopes, and are operated through intelligent systems to simplify their operations, allowing observation results to be displayed faster on the computer using specialized analysis and calculation software.
The system greatly facilitates the work of researchers.
The progress of developing these small microscopes is not that slow. As long as there are enough manpower, funds, and materials, they should be able to be built in less than two months.
As for these so-called gaps, some examples can be given.
First of all, you can use a grid plate to observe the lens under a microscope, and you can find the difference between domestic and imported lenses. That is, the domestic ones will produce colorful halos, while the imported ones will have less.
In addition, due to flat field properties, the edges of domestic microscopes are often more deformed than imported ones.
These are all gaps in details, and these gaps can easily cause relatively large errors in observation experiments or testing, affecting the accuracy of testing and experimental results.
After understanding this information, Xu Li also had ideas in mind.
He summoned Xu Hua and others and told them his thoughts.
Xu Hua suggested: "Principal, in addition to cryo-electron microscopy, it is relatively easy to construct high-end microscope structures in other medical or biological fields. However, the materials and processes need to be further optimized, otherwise it will be difficult to catch up with foreign levels." "Of course I know this. Look, these are the drawings and plans of several microscopes I designed."
Later, Xu Li handed the design plan with Xiao Hei's help to Xu Hua.
After Xu Hua opened the page and browsed, his eyes lit up, "Principal, your plan may work."
"So what are you waiting for? Let's quickly make arrangements for the next research and development arrangements. As for the mobile phone camera module, we have completed the most critical part, but we still need to think about the processing technology."
Xu Li frowned when he thought of this.
Although mobile phone camera lens modules have solved most of the problems, there is still a problem with the processing technology, which will inevitably affect the quality and efficiency.
You can’t do it one by one, right?
Especially for lenses, this is an absolute top priority and requires technicians with skilled laser printing experience.
"Principal, I have an idea, I don't know if it's okay."
At this time, a researcher named Mo Fan raised his hand.
"Oh? What suggestions do you have?"
Xu Li looked at him curiously.
"In fact, maybe we can use the intelligent program control system developed by the principal to develop an intelligent automated processing platform. This only requires certain technical maintenance and supervision personnel, and can also improve processing efficiency."
Mo Fan replied nervously.
He came up with this idea after hearing the idea just now, because the intelligent microscopic control system created by Xu Li is so wonderful. It may be able to simplify the processing process and do it in one step directly on the platform. As long as the subsequent quality control
Just test it.
"Well, that's a good idea. Let's do this, principal. Regarding the investment in the microscope, we will allocate the work and arrange for others to do the basic work first. As for the intelligent control processing platform, we will solve it in groups first."
Xu Hua sighed in praise.
"I also agree with this suggestion. Since it was proposed by Brother Mo Fan just now, I will ask people from the school laboratory to come over to help, and I will lead them to design and research the intelligent processing control platform.<
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And Mo Fan, you will also join my group. As for the others, please temporarily put down what you are doing and turn to the research and development of microscopes."
Xu Li ordered.
"No problem."
Xu Hua nodded.
Mo Fan also seemed a little excited. In the past few days, he had seen Xu Li's strong scientific research ability. He could see through many minor problems and solve them at a glance.
Now that I can join Xu Li's group, I must cherish this opportunity.
Soon, everyone was assigned tasks.
Xu Li went back to school and told Li Mo about it.
Li Mo and others have been idle these days because there are no major research projects. Since there are new ones, they naturally have to cheer up and start.
As a result, the entire temporary Materials Research and Development Technology Research Institute also started to set up, and at the same time, the computer and electronic engineering brothers in the laboratory were asked to help build an intelligent processing control platform for mobile phone camera lenses.