Tower Defense Strategy

Although the key technology project team for aerospace equipment was completely silenced by the alien’s production methods, fortunately, they did not expect to fully "learn from" the alien’s production chain at the beginning to produce those that cause headaches for all teams and manufacturers. Custom equipment.

But it does provide some ideas.

3D printing is fine, although it can be used to produce some daily necessities, but when it comes to processing equipment and aerospace parts, the existing 3D printing technology is completely inadequate.

The 3D printing of Tuqiu, the most industrialized achievement, is the first step to participate in the production of large parts of the mold. The sand pattern is not the mold itself.

There are too many problems in 3D printing. When printing metal, it naturally cools down during the shaping process. Quenching can't be done, so the performance is sparse. Printing plastics are better, but some plastics that require microstructures can only be produced inferior products. Not to mention composite materials, carbon fiber, etc.

Powder infusion is relatively unfamiliar, and I think it should be similar to powder metallurgy. The powder metallurgy on the earth ball is a kind of sintering technology, similar to the concept of burning ceramics. Many practical parts of the aerospace system were produced with this technology before the monster crisis. Now with the increasing frequency of launches, the number of parts purchased Up there, it has long been changed to more mature mold production, with higher efficiency and lower cost.

Productivity cannot be increased indefinitely in the short term. After the discussion of the project team, only work on standardization and database.

Standardization is not a new term, but Tuqiu's so-called standardization is a bit stronger than the concept.

As for the aliens, the specialized equipment that produces aircraft parts can also produce similar parts in tanks. There is no difference in essence, and they all produce parts with similar structures.

Turn to the earth ball to give an example, crankshaft production, which is one of the important indicators to test the level of industry.

Regardless of the big guys like marine crankshafts, only discuss car use.

The industry is relatively rudimentary, using a lathe and a little bit of manpower; a little better, using a five-axis machine tool for processing.

But to obtain the overall advantages of processing speed, precision, and yield at the same time, special machine tools must be used. It only exists for machining crankshafts when it is produced. Can it produce larger crankshafts? Undoubtedly, it does not even need to be redesigned. Only by reserving space for mechanical movement and preparing more cutter heads, the production of larger or smaller crankshafts can be achieved.

When all the parts and components are produced with special machine tools, one can imagine to what extent the versatility of the equipment will be increased. The same production chain can be used to produce ten-ton and fifty-ton aircraft.

The database also gives an example. A certain equipment needs a snake-shaped part with four twists. Factory A has not done it before. It can only start from scratch. First, it can be done manually by a senior master, and then find a way to program and precision, even for 24 hours. Overtime, it is difficult to work within 20 days under the premise of ensuring the final accuracy.

But the industrial volume of country C is so large that there is a factory B there. Because of some weird demand, it has produced something of this structure, and it is directly on the automatic machine tool by this company, and the efficiency and cost will be greatly improved.

Collecting and sorting out the data of various manufacturers is not realistic, and some manufacturers will definitely use commercial secrets and other reasons to prevaricate.

But the integration of standardization and database can lead to a new way.

We have planned 5,000 standard parts. The new processing equipment of the spaceport in the future cannot exceed the framework of 5,000 standard parts at will. If it is necessary to add new parts, we must also provide sufficient reasons to persuade experts in the same industry.

Distribute these standard parts to various manufacturers, let them study the processing technology, establish a database, and meet the requirements of being able to quickly produce standard parts of various sizes.

When the amount of various aerospace processing equipment gradually increases, the cost will naturally come down. Although it will never be able to compare with those mass-produced machinery, at least it will save a lot of money compared to the existing aerospace procurement system.

The spaceport is not very cost-sensitive, but the efficiency that they are more concerned about has also been resolved.

But it is easy to say, how many types of equipment can the number of thousands of standard parts meet? Do you want to add tens of thousands? How is the shape determined? How to cater for the needs of various monthly watch development? It requires a team of investigations and serious demonstrations, and the time and workload are huge.

Even if a team of 1,000 people is formed, one or two years will be enough, but if there is a plan to do it, a few months later, you may be able to set up a few sets of equipment and use it first.

Is there no better way?

Yes, but only a little use, which is far from the standard parts solution.

Key Points Many equipment at this stage have a certain water-testing nature, and it is not possible to order how many sets of equipment. Most equipment, even if it includes ground backup, will not exceed three sets. In the current framework, if you don't focus on super large-scale teams, the efficiency will not be high, but how can there be so many key projects that can randomly employ people.

The advantage of the standard parts solution is that it standardizes the design of vacuum industrial equipment by restricting parts, turning the special structure originally designed for tasks into common parts with a certain output, and saving a lot of time in the design and production stages. , And to reduce costs.

The preliminary discussion report was submitted.

Tangled for a while, but decided to do it!

From the perspective of productivity development, unifying component standards may be the best choice that can be made now and for a long time in the future.

It’s not just the spaceport that has benefited from this incident. If the standard comes out and the effect is good, you can completely push a new standard for equipment parts used in the atmosphere, and you don’t even need to push it separately, and directly extend the aerospace standard. That's it.

For example, the tool arm of the machine tool is set to several standard types (the size can be adjusted) according to the needs. When the output is high enough and the cost is reduced, it can naturally be simplified a little, and the zero-gravity, low-gravity, and vacuum are eliminated. The design of environmental services is introduced into the civilian field.

When the time came to late January, the Death Scepter Unit 2, which was called the "Monster Buster" by the surface, was in place.

Strictly speaking, the changes to the second unit are difficult to be considered as upgrades.

For example, the sight of the No. 1 unit uses RCS drive to achieve aiming.

The sight of the second unit is also equipped with an RCS single-element propulsion system, but the thrust is only one-fifteenth of that of the first unit. It can only be fine-tuned. A slightly larger angle needs to be assisted by a robotic arm installed on the main unit. Adjust your posture.

The main engine is also the same, relying on the robotic arm to realize the connection and separation with the Kunpeng space station, the thrust of the RCS propulsion mechanism is reduced, and the propulsion nozzle distribution has been adjusted, which further emphasizes the requirements of preventing swings during continuous shooting.

In addition, the bomb feeding mechanism has also undergone major changes. The revolver in the original design has been changed to double bomb bays. The physical strike projectiles are abandoned, leaving only two types of bomb bays and nuclear bombs. After simplification, the bomb bay is also changed to The electromagnetic suspension feeding system can greatly improve the accuracy of continuous shooting.

The physical strike projectile is useful, but it is more suitable for bombing the building. It is not very useful to fight monsters. After a few fights, I decided to throw away this part.

The second unit has made many changes to the accuracy of continuous strikes, reducing the amount of ammunition, the endurance of the fuel level, and increasing the capacitance and the total capacity of the battery. However, the second unit is used on the Kunpeng space station, and there is no problem of replenishment delay.

When it comes to battery life, in addition to the original battery and capacitor system, the second unit’s energy source has also added a laser power conversion device to obtain energy directly from the Kunpeng Space Station to support the energy consumption of continuous shooting.

After being in place, the first thing to do is to test fire to see if the ascending maneuver affects the accuracy.

The target point of the test shot was at the gate of the combined fleet of country A and country J on the east side of an island in the southeast of country C.

The normalization of a certain island made country A very faceless, especially affecting the interests of its military-industrial complex, so under the influence of these guys, there was such a "exercise".

It seems that it is aimed at Dayuan Island, but it is actually Phl, which announced its return to the core of tribute alongside the warning, and several other countries whose attitudes are increasingly swaying in the western part of the Central Ocean.

Country C is not interested in playing hegemony, the maintenance cost is too high, and it feels distressed for small money. But I was also annoyed by the act of running to the door of the house to show off his might.

In order to achieve the purpose of deterrence and not further hostile actions, after completing a robot outside calibration on the second unit, choose to play a trial shooting now after the opponent has practiced for two days.

The effect was very good. The two launch lines went down and the exercise fleet hurriedly withdrew from the exclusive economic zone.

The ray bomb is not aimed directly at the fleet, otherwise it will be a colander in the form of a modern ship with thin skin and big stuffing ~www.wuxiaspot.com~. However, the particularity of the ray bomb makes it possible to threaten the visual safety of personnel from far away.

Country C did not follow the routine. Country A was very annoyed and did not dare to really start fighting. Within two hours of the evacuation of the fleet from the exclusive economic zone, the Central Ocean Theater Command issued a statement. A few miles away, the general idea is still the same, anyway, as long as country C exists there, it will threaten the security of the world.

The diplomatic ambassador of Country C said: Clean up the monsters at your door first, and then talk about these.

Other ASEAN members said: Don’t ask me, just don’t know what happened and cannot express their views.

But privately, one by one has increased the frequency and level of contact with country C.

After all, everyone wants to live.

The Heizhou Security Affairs Department (provisional) has released part of the information on Monster Nemesis. Even if it is a blind man, listening to experts murmurs a few words, it will be understood that the biggest advantage of this thing compared with modern weapons is the speed of response.

As long as the computing power and atmospheric monitoring capabilities can keep up, Monster Nemesis can perform precise strikes on a radius of thousands of kilometers in seven minutes, much faster than missiles.

Another important point is that the weapons and equipment of each country are produced in different countries, and the age and communication mechanism of each equipment are also different from each other. The basis for real-time information transmission is problematic, and for its own information security considerations, it does not want to be completely open to neighboring countries. This makes it impossible for the local army to cooperate with the missile systems of other countries, and the exchange of information has to go through the foreign affairs department, which will delay a lot of time.

But Monster Buster has the function of a communication satellite. Just think of a way to send the information including latitude and longitude, atmospheric temperature, humidity, wind direction and wind force to the communication satellite in a standard format, and leave the rest to country C to get it. It is much easier to operate. .

Country A is playing traditional routines. Just arrived in February of XX24, there was a fire in the backyard of my home.