Just take over, you have to figure out what things you bought, what technology, equipment, how many people are there, and what things are there, and that's all.
The architectural adjustment is to improve efficiency and facilitate management, because the original management model is not necessary to know that the staff is complicated and inefficient.
The quality of the personnel is also worrying. Those who are empty-handed, those who come in through the back door, and those who are stumble...
This is a common problem, no one believes it if it doesn’t.
For Jiang Chen, vitality 28 does not need to retain so many things at all. It is enough to have production and research and development.
The rest exist as auxiliary agencies, which is equivalent to running errands, and has neither decision-making power nor financial power.
In essence, this is no different from the company's branches in various places. If you win the vitality of 28, it is equivalent to another branch, but this branch no longer produces sprayers, but daily chemical products.
The R&D department is retained because this is a brand new field and the things produced are different.
As the resolutions were announced one by one, the takeover operation was officially launched.
Jiang Chen did not participate in this process.
After the resolutions were announced, he briefly explained a few words and with the city leaders he withdrew.
At the same time, all the people in the conference room who belonged to the original Vital 28 Company left the venue.
In order to ensure order and smooth handover, the public security, procuratorate and courts retain people, but they are just outside.
Jiang Chen did not delay, and his vitality came out, so he went back to the company and came to the Academy of Sciences.
The Academy of Sciences is still the same, but there are more people and more projects, so I have changed my name.
There is no special purpose for coming here, just to show your importance. Come and see if there are any problems that need to be solved before leaving.
As for fund management, he basically can't help the rest except these.
But the results are really good.
The result of the flaking has been out for more than half a month. Generally speaking, it will take multiple tests to enter the mass production stage within about a year.
This is still a success.
If it is not successful, it requires repeated modification of the design, repeated flow strips, and testing.
But it obviously doesn't take that long now.
Because the current technical requirements are generally not that high, micron-scale chips tend to be simple and rough in terms of process and design.
It is also because they are relatively mature technologies and have relatively wide applications.
In this case, it is naturally not necessary to modify and test for so long. Generally speaking, success of the drill is about success.
Of course, the most basic functional tests must be included, otherwise it would be useless if you are not satisfied with the design requirements.
The work in this area has been completed. Generally speaking, it has been successful, the yield rate is high enough, and the design function meets the requirements.
Based on this result, chip-type commercial washing machines, contact-type and non-contact-type, have all come out.
There are mockups, but they don't look good because they are all handmade and a lot of the threads are exposed.
Jiang Chen also tried it himself, and it was no problem. Whether it was plugged in or not, the washing machine could be rotated smoothly.
Compared with the traditional coin-operated method, this is a quality improvement, and the technological content and technical threshold have also been raised at once.
At this time, when we are truly introduced to the market, we only need to do a good job of craftsmanship, improve the appearance, and then build a microcomputer recharge system.
Mainly a recharge system.
Whether it is contact type or contactless type, the card needs to be recharged.
Recharge is essential to use a microcomputer, that is, a personal computer, and develop a corresponding recharge system.
This is not a particularly difficult thing.
In order to ensure R&D, the Academy of Sciences has purchased a batch of components and assembled computers, and related work is underway.
But the results here are not just washing machines.
The USB drive has been completed.
In this regard, this cannot be considered research and development, because memory cards are purchased and USB interface technology is ready-made. At best, it is integrated assembly, which is essentially no different from electric sprayers.
If you have to say it, it is probably something at the software level. To put it bluntly, you must have an ID card and the computer must be identified to gain access.
Otherwise, you are a stranger and you will not be allowed to enter even if you are a stranger.
For the same reason, mp3 was also completed because this thing is the same.
mp3 is roughly a USB flash drive with integrated audio playback function, and the technology is ready-made.
It is worth mentioning that the bottom-mounted electric kettle solution has also come out.
In fact, this is a relatively difficult thing for Jiang Chen. It seems sparse and ordinary, but it is more difficult than implementing mp3 and U disk.
At least he would definitely not be able to do it. He would not know what was going on inside without removing it.
But for those who specialize in learning these things, this thing is actually no different from being hot.
Isn't it just to separate the power cord from the heating pipe?
Isn’t it just to make the interface between the power cord and the pot body into a bottom bracket disc?
Isn’t it just that the heating pipe is hidden under the pot and does not come into direct contact with water?
Very simple!
If the power cord is separated from the heating pipe, just separate it.
The interface is made into a disc-shaped bottom type, which is just the surface, but in fact it is still a three-wire zero fire and ground, and there is no difference.
The rest is not new either.
Heating pipes, iron-nickel alloys, nickel-chromium alloys, magnesium oxide filling... These are all technology from decades ago.
Put it under the pot without contacting water directly. From another angle, it is actually a replica of the rice cooker.
It’s just that the rice cooker cooks, this thing boils water.
So, it's really simple. People who don't understand scratch their heads and don't know what's going on. Those who know how to do it are actually just changing their skin.
But the problem is that when the skin changes, the grade will be increased, and it looks different. When the size is improved, ordinary people can't understand it.
Besides these serious projects, the rest, such as folding bicycles, and air humidifiers...
a lot of.
Most of them were seen by Jiang Chen at the Canton Fair and are already available products.
For these people in the Academy of Sciences, they are toys that they tickled when they are bored.
What is actually doing here is RF technology research, chip design and development, window operating system, industrial software...
They are all truly high-end things that ordinary people cannot understand at all, but they are destined to invest a lot and not take effect so quickly.
This is also the fundamental reason why few companies are willing to spend money on core technology research and development.
It’s not that I don’t want to, but that the risks are too high and the uncertainty is too strong.
If you invest a lot and have a long time, you won’t talk about this anymore. The key is that you are likely to spend a lot of time and money, and you won’t even get a shot in the end.
In other words, it just happened to be here and I could rescue it, otherwise Jiang Chen would say he would not do it.