Introduction
Read the paper of ISSDC2013 attached to the National People’s Congress
A brief overview of infrastructure, consideration of human settlements and details of automation Interpretation
Comparison with ISSDC2013-Margaret automation
Overview
The space city in the middle school attached to the National People’s Congress is named Bellarat, the overall sense of design:
< p>The structure is divided like this
| Name | Interpretation | Location |
|---|---|---|
| Axis Major | Principal axis | Center cylinder | Residential/agricultural area | Residential/agricultural area | The structure of three pairs of beans |
| Industrial area | Industrial area | The circle in the middle |
| Docking Port< /td> | Harbor; Spacecraft anchoring point | Arc-shaped structure at the top |
| Observation Station /antenna | Observation station/antenna | The glass hemisphere at the top |
| Airtel | Above the cone reflector | |
| Mirror(for Fiber optic) | Conical reflector (for fiber optic communication) | The upper part of the spindle |
| Rail | rail; railing | outskirts of residential/agricultural areas | Skeletions(contain elevators) | Skeletions(contain elevators) | The two ends of the residential/agricultural area are connected to the main shaft |
The difference from Margaret is that the residential and agricultural areas of Bellarat are mixed, and it also provides residential/agricultural areas with different gravity and pressure; three pairs of Beans Traffic through the elevator on the Rail
Secondly, the paper elaborates on the connection method of the non-rotating part and the rotating part, as well as the way of human transportation, which is meticulous and thoughtful
And this plan is detailed Explained the process of initialization and maintenance of artificial gravity, gave the corresponding diagrams
and focused on the port’s scalability (in Xiangwang’s words, it’s “stamina”), showing the designer Long-term considerations
Automation factors of infrastructure
Atmospheric maintenance
First let me see The one bright is Bellarat’s gas cycle diagram, which is very clear;
The second list details the atmospheric composition, pressure and total gas mass in different regions
Of course, there are also seasons. The regulation of (there is no time regulation involved here)
Interestingly, the plan also has the realization of wind and cloud, using the concept of piston and color-changing glass respectively.
This part of the automation can take into account the overall layout and the layout of detectors and regulators.
Agricultural Classification
Agriculture is divided into 4 major areas-corn and vegetable, herbal cotton, paper production and soil-based crops
The first three are air-planted, and the last soil-based crop is soil-based, so the crops are collected and planted. , The control of gas composition in aerobatics can be used as an automatic factor
energy generation
This part of the energy generation is also considerate
< p>Solar power satellites (SPS) are used to prevent solar power from being switched to the shaded area.
In the shaded area, further use of atomic energy instead of solar energy to supply energy
The satellite is in the position of L1 orbit and revolves around the earth; then the specific position control of the SPS can be displayed with automation as a whole
water resource management
The water here Resource management is also different from Margaret. There are 4 solutions
Atmospheric water extraction, biological immersion, nanofiltration, and finally the realization of an automated water management system
The specific implementation of this automation, such as Smart water meters, smart recycling, etc.
Of course, this automated cycle should be integrated with the gas-liquid circulation in industrial areas, agricultural areas, and residential areas.
Day and night control
The day here is still 24 hours, and the time of day and night changes according to the seasons
Of course, due to the use of a variety of glass, it can not only block ultraviolet rays, but also filter out blue light. Shows the blue sky
Paper production and recycling
This program also emphasizes the use of paper resources. Is more intuitive in terms of pure text (although the amount of information is not that large)
Then the automation of this part is mainly based on flowcharts. In fact, it should also clarify the importance of paper resource utilization
Living Automation
There is nothing to talk about at first, but this time there is a Lego-style idea on the residential house, so the automation mechanism is also With purpose
We hope that houses of different types and sizes can be combined and moved arbitrarily; idle houses can be compressed to save space
We even realize periodic movement of houses to achieve some characteristics (Such as cultural construction)
However, considering the supply system of water and electricity resources, the automation of this part is still not mature enough
Detailed Automation Design Planning and Service
Robot Series
There is nothing to talk about, just a few models for Robot General Mobilization
In other words, this is official What does the proposal require? A bit of sand sculpture
Automated Safety Facilities
From the six angles of fire, structural damage, plague, maintenance of automated facility collapse, crime, and solar wind, the list explains Automated measures
Actually, they are quite basic, there is nothing to talk about
Information Security Verification
Just throw a few verification methods out. Nothing to talk about
The backup code set to prevent being hijacked is more practical
The better designed part is the information authority tree diagram, which is worth learning from
But the table immediately after it is extremely concise. Throughout the figures like 1.1.1 and 1.1.2, I don’t know which authority is being talked about.
If the number code is not intuitive enough, Colors can be used. The permissions range from low to high, and the colors from light to dark are very intuitive.
Comparison to the automation of ISSDC2013-margaret
< p>This part of the automation is not as detailed as Margaret’s automation. Margaret’s automated mineral detection and automated dock positioning systems are very detailed and thoughtful; while the automated security facilities and information security of the High School Attached to the National People’s Congress are more detailed< /p>
Of course, a large part of the automation of the two is built on the infrastructure
There is another point, that is, the use of infrastructure by the High School Affiliated to the People’s Congress is very planned. For example, they are building When Bellarat first built an industrial zone, it could run the industrial zone system to help speed up the construction of the entire city.
Summary
The paper contains a lot of content and is compact in structure, but there are still unsatisfactory and poor expressions
Appropriate use of forms , Tree diagrams, flowcharts, and model diagrams are very expressive, which is better than Margaret.
But I think there are still some content that can be displayed in a concise table , Rather than large text descriptions
In contrast, flowcharts are more intuitive than tables and more informative than model diagrams.
Another point is that in the two articles The automation is not integrated enough. There are very few designs involving overall automation layout and operation and maintenance
Also, it seems that the Cost of the High School Affiliated to the National People’s Congress is miscalculated? ? ?
How come there are 6 trillons? Margaret only has 0.1 trillons.