Once the research plan is completed, Zhong Yang will have his own ** mining team. In terms of mineral mining, the Germans have good skills, and Xu Yongsheng did not waste this resource. Most of the time, he also found a group of talents with experience in this area.

In the past few months, Tianyu Group has also opened several mines in Guangxi Province under the name of a private company, and has hired many geological experts in this field from high salaries at home and abroad.

This includes the national construction team hired from Vietnam with high salaries, as well as technicians from private German mining companies. Looking for these people is not just for the direct mining of ore, but for them to lead some of the Tianyu Group's own technicians.

Through actual work, we will continue to learn. Technicians who have learned well will be rewarded, while foreign teachers who have taught well will also be financial subsidies. Cultivating one's own mining engineering team is of course important, but the more critical purpose is to count the professional knowledge involved and actual needs involved.

Because surface mining is not secret, and after so many years of development, there is nothing worthwhile to collect. Therefore, the mining mechanical components designed by Xu Yongsheng have almost focused their uses on underground operations. This fundamentally focuses on the excavation method of underground mine pits and mines.

Based on the data and information feedback from the current operation situation, the Fourth Research Institute and the peripheral branch research institutions summarized the special conditions and characteristics of underground operations. Therefore, during the design process, the application of mining mechanical components needs to be outlined in detail, mainly including the following aspects.

From a cost perspective, using the basic structure of "general workers" as an improvement template is a very good choice. The external structure uses a gel coat, and the main purpose is to prevent dust, especially special ore mining robots. Previously, Zhong Yang originally planned to use a comprehensive mechanized mining machine to mine coal, but for special situations such as thin ore layers, it is inconvenient and sometimes even impossible to mine coal.

In Guangdong and Guangxi, especially Guangxi, which has a relatively large mineral storage, its terrain is mostly mountainous and hilly, and large-scale mechanized mining is not suitable. Not to mention, for the sake of confidentiality, Zhong Yang is not willing to make a big move, which leads to being noticed by others.

Therefore, the appearance of the "miner" is designed as a humanoid, with a height of 1.65 meters. It is meaningless to be too tall, but it will become an obstacle. The mines and tunnels have a small space and are of shortness.

Guilin under Shen Hongying was temporarily the first goal of the implementation plan of the Guwen Association. The development and mining industry here mainly targeted some minerals with small reserves. Facing some places that were originally unwelcome, it has now come into the sight of Xu Yongsheng and the others.

Where is it too wasteful to use large machinery, but if you use people to mine, the operation will be very difficult and dangerous. However, if you give up and don’t use it, it will cause a huge waste of resources. Therefore, it is the best way to use mechanical components to mine special ore layers.

According to needs, this mining robot should be able to pick up various tools, such as high-speed turntables, motors and other explosive devices, and be able to operate these tools. The shoulders of this robot should be equipped with strong light sources and visual sensors, so that the situation in front of the mining area can be transmitted to the operator in a timely manner.

No matter how intelligent robots are, they always need human guidance. In actual mineral mining operations, some people with professional knowledge will still be arranged to provide guidance. Naturally, because the confidentiality is concerned, the loyalty of these people will be tested. Even in daily work, they will be closely monitored by the group.

Among "miners", the most common design type is the reduced version of "general workers". However, the details are different. The work that ordinary workers do not have high requirements for strength, but instead pays more attention to dexterity and technical mastery. The design idea of ​​"miners" is just the opposite, and gravity does not value intelligence.

In the joint processing, the curing treatment solution provided by the smart factory is adopted, so that this humanoid mechanical component can maintain the stability of the overall structure under high-intensity working conditions. However, in the intelligent processing system, the brain's software and hardware system is completely weakened, and it is not as broad as the learning ability of "general workers", and can only be used for a small number of tools.

Overall, the manufacturing cost of "miners" is only half that of "general workers". If it were not for the fact that they had spent a lot of effort on structural solidification, the cost would probably be even lower.

The "miner" with human shape naturally also needs some non-human intelligent mechanical components, among which the "stone spider" became the first non-human intelligent mechanical components to be launched under the Guwenhui Society. It was even developed earlier than the mecha beast in the arsenal.

"Stone Spider", as a mechanical component used for rock drilling, can use sensors to determine the upper edge of the tunnel, so that it can automatically aim at the tunnel cracks, and then arrange the drill bit at specified intervals. The drilling process is controlled by a microcomputer, and the drilling speed and force of the drill bit and the shape of the drill hole can be adjusted at any time according to the rock hardness.

This kind of dependence can greatly improve productivity, and as a command center, humans only need to monitor the entire operation process in a safe place.

Although the "stone spider" is called a spider, it is closer to the crab in appearance, and there are even two robotic arms used to drill soil and stone. The appearance is especially like a pair of crab claws, which looks majestic. The surface structure is like the "miner", with a gel coat, and its purpose is still to prevent dust.

The inner limb stems are tough and powerful with high-strength carbon materials. Elastic buffer parts are installed at the joints, which can effectively reduce wear and collision between limb stems. The whole body is gray and blue-black, making them look low-key and deep.

In addition to human and animal shapes, there are some special-purpose mechanical components of other shapes and types have been developed, among which the spraying mechanical components are the earliest models.

Downhole spraying operation is a very heavy and harmful operation. At present, this operation is mainly completed by human-operated mechanical devices, and this method has many defects. Using spraying robots can not only improve the quality of spraying, but also free people from harsh and heavy working environments.

In the world, the first construction of the United States was in the United States. In 1909, the United States began to use cement mortar machines to repair the surface layer of the house, hydraulic structures and reservoirs. Subsequently, the former Federal Germany also officially produced cement pulping machines. However, the production capacity of this type of pulp machine is very low, the aggregate used cannot exceed 5mm, and the mixture must be completely dry, and the thickness of the pulp is limited to about 20mm.

The reason for the poor effect is not because the spraying theory is immature, but because of the lack of effective machine tools. Especially before the birth of integrated circuits, the machine's program control technology has not made much progress, which is the crux of the problem.

In the original time and space, it was not until 1947 that Bell Laboratory and others invented transistors, opening the first milestone in the development of microelectronics technology. The birth of junction transistors was not achieved until 1950. Now, Zhong Yang has already conducted research in this area, and even preliminary results have come out.

However, in the production of mechanical components, they can only rely entirely on smart factories. Xu Yongsheng and his group of people have only played new tricks in specific applications, but they actually did not really understand the technical content here. There are too many existences that they are difficult to understand now blocking their sight, and the accumulation of knowledge still requires continuous efforts.

Not to mention the "intelligent brain" hardware equipment required for every mechanical component, the research is just the beginning of software programming alone. The so-called result is that Xu Yongsheng and his team created the simplest transistor, which was 24 years earlier than the United States.

This step of lead will be a gap that the other party will never be able to catch up with

Spraying refers to the ** concrete, and spraying support is a supporter widely used in current construction projects. The Fourth Research Institute has developed this mechanical assembly of the sprayer that can be used in all projects that require spraying. Railways, highway tunnels, mining tunnels and culverts, subways, and various underground military or civil buildings.

Once the experimental inspection is completed, this machine will enable many of Tianyu Group's infrastructure to widely use spray support, which is of great significance.

Compared with traditional wood and steel beam support, spraying support not only saves a lot of wood and steel, but also has the advantages of fast construction speed and good support effect.

However, at the current stage, there are some problems to be solved in the spraying support. For example, during manual spraying, the flying sand and stone caused by rebound make workers afraid to raise their heads and open their eyes, resulting in the failure to keep the spray gun perpendicular to the spraying surface, and the optimum distance between the spraying gun mouth and the spraying surface.

In this way, not only the rebound rate of concrete is as high as 30-50%, which wastes materials, but the concrete structure is also dense and cannot guarantee the quality of the spray layer. In addition, for large-section tunnels, artificial spraying requires scaffolding, which affects the construction progress and costs labor and materials.

For these reasons, it is easy to use mechanical components for spraying.

Mechanical component technology, namely the integrated mechatronic and electromechanical technology, is an important means to improve the technical level and product level of engineering machinery. The world's major powers have not yet conducted research in this regard, but the ancient Chinese Society has been leading in ideas for decades. The construction machinery industry does not exist yet. At present, the Fourth Research Institute can only work with some relevant scientific research institutions under Tianyu Group to conduct research on intelligent machines.

After several months of hard work, the sprayer, rock drill, road roller, bulldozer, loader, paver and other achievements have been developed one after another. The reason for its fast speed is that it reasonably utilizes the technical capabilities and production processes of the smart factory itself, otherwise it will be difficult to achieve the current situation.

Even so, the researchers in the organization have made great efforts. It is not a simple matter to design a mechanical structure. At least Zhong Yang has not been able to research it before, and many design patterns have been rejected by the chief officer, and the reason is very simple - the structure is unreasonable.

A machine that will fall apart in no time will have no value in production.

Due to the lack of a qualified construction safety management team, it is even harder to find a professional geologist. Zhong Yang had no choice but to authorize Xu Yongsheng to use the technology in the database to design gas and ground pressure detection devices. Gas and impact ground pressure are two unsafe natural factors in underground operations. Once a sudden accident occurs, it is quite dangerous and serious.

The lost mechanical components are not a big deal, but the permission value is very important. Zhong Yang cannot waste the permission value like this, so this situation must be avoided as much as possible.

Before the gas and impact ground pressure form an accident, they will show signs such as rock rupture. Mobile equipment with special new sensors are used to continuously monitor the mining status so as to detect the signs of accidents early and take corresponding preventive measures.

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