Super Copy of Great Power Technology

What's more, this beauty was brought in with the boss of the company and the boss of the R&D department. Her identity is definitely not ordinary, and it is not something ordinary researchers like them can care about.

Jamel Xiao brought Qiao Ruida and Du Qingqing to an operating table. On the alloy table, there are four newly assembled laptops with two laptops. The matte metal casing and compact and slim body give people a high-end feel at first glance.

Jamel Xiao pointed to a laptop and said: "Look, boss, this is the laptop we trial-produced. The entire casing is made of aluminum alloy and processed using CNC technology. It has a beautiful appearance, simple shape, smooth lines, and is durable. Good sex.”

The casing of a laptop computer consists of four parts ABCD, of which side A is the upper case, side D is the bottom case, side C is the screen, and side D is the keyboard and touchpad. The mold for this laptop was designed by Qiao Ruida with reference to the ThinkBook 14 laptop ten years later. It can be said that Qiao Ruida is very familiar with the photos and design drawings of this laptop, but this is the first time he has seen the actual product. Overjoyed to see Hunter, Qiao Ruida pulled up an office chair and sat down in front of the console. She picked up the laptop and carefully looked at side A and D, as well as the interfaces, hinges, and air outlets on the side. .

“The processing technology is very good, the edges and corners are sharp, the details are in place, and the joints are tight, which is very impressive. However, the surface treatment process needs to be improved. The color and reflection are inconsistent on the large surface. You can feel a slight bumpy feeling when you touch it with your fingers, and it is not silky smooth enough. There are even some small burrs on the corners that have not been removed. These need further optimization. More importantly, the frosted decorative strip on side A in the original design has not been processed. I don’t know if the technology is not in place. , or have you forgotten?" A few minutes later, Qiao Ruida commented.

"Mr. Qiao, the thing is like this. Our R&D department does not have the talent and technical reserves for aluminum alloy processing. In the past, the aluminum alloy mid-frame components used in Reda mobile phones were outsourced to suppliers for R&D and manufacturing. This notebook The technical requirements for the aluminum alloy casing used in computers are too high and have exceeded the processing capabilities of the alloy device supplier. Although they have also organized a large number of technical personnel to focus on solving technical problems. However, time is limited, and they have only developed The CNC process used in the processing of the notebook casing is not good enough in the surface treatment process." Xiao Jingsheng quickly explained the reason. Xiao Jingsheng and the 100 people in the notebook R&D laboratory, most of them Some of them are engaged in hardware design or software programming. It is indeed inappropriate for them to engage in metal processing.

"Then you must urge the supplier to complete the research and development and improvement of the aluminum alloy surface treatment process as soon as possible, so as not to delay the development progress of our laptop. Also, don't put all your eggs in one basket. Outside of this supplier, you can Then look for one or two laptop casing suppliers. There are thousands of domestic metal processing companies, and there are always a few that can make qualified laptop casings. If the technical problem cannot be solved, you can also seek technical support from Ruida Automobile Factory , there are a lot of aluminum alloy components used in cars, and they have extremely deep technical reserves in processing technology and surface treatment technology, and they may be able to help you solve the surface treatment problem of notebook casings."

"Okay boss, we will find a qualified notebook case supplier as soon as possible and will not delay the development process of this notebook computer."

The R&D department of Reda Technology Company has only been established for a short period of time. This is the first time it has developed a laptop computer. It is normal to encounter various problems. Fortunately, in today's Internet society, the exchange of information is very fast. It is not too difficult to find one or two suppliers who are good at aluminum alloy processing and surface treatment technology.

As she spoke, Qiao Ruida already took action and opened the top cover of the laptop. In terms of hand feel, the damping of the screen axis is very good, the strength is moderate, not loose, and not too tight. If it is placed on the desktop, it will be no problem to open and close the upper cover with one hand. After opening the laptop, you can see sides B and C. Side C of the notebook is a 14-inch 16:9 ratio LCD screen. The surrounding frame is made of black plastic material. When the screen is not lit, it also shows a Black, the boundary with the frame is not too obvious, and it looks very coordinated. The left and right borders are very narrow, only about two centimeters, and the top and bottom borders are slightly wider, about the width of a small finger. Above the screen, there is a very small camera and two distance sensor openings. The design is symmetrical, taking into account both beauty and practicality.

The C side of the laptop, like the A case and D case, is also made of aluminum alloy. The top is the shaft part. Since there is a shell covering the shaft, the internal structure cannot be seen. There is a circular fingerprint recognition module in the upper right corner, combined with the power button function. Reda Technology has developed a fingerprint recognition module a long time ago, which was first used in the second generation of Reda mobile phones. The fingerprint recognition module installed on this laptop should be the same sensor used on the mobile phone, with only a slightly different mechanical structure. There are six rows of rectangular openings of different sizes in the middle part of the C surface, which are reserved for the chiclet keyboard. However, the keyboard is not installed at this time, and the openings are all empty. You can even see the green circuit board below through these openings. Right below the keyboard area, there is a rectangular touchpad opening. A glass-like touchpad has been installed in place. It feels silky, smooth and has an excellent tactile feel.

"What's going on with this keyboard? Is it produced by the production department using existing technology?" Qiao Ruida asked.

"This chocolate keyboard is indeed difficult to process, but it is not a technical problem, but a material problem. We have tried dozens of plastic raw materials to use them to produce keyboards, but we always find that the wear resistance is not enough, the touch is bad, and the aging speed is too high. Fast, difficult to color and other weird problems, a suitable plastic has not yet been found. In addition, the X spring structure inside the button is very difficult to process. Even if it is barely processed, it is difficult to guarantee the consistency of the feel. To this day, There are also two groups of R&D personnel who are constantly trying to make notebook keyboards, but they have never made a usable finished product. There is no keyboard available on these test notebooks. When we test, we can temporarily connect an external USB keyboard. To replace the laptop’s built-in keyboard.” (End of chapter)