If we magnify the cell infinitely,we can see a complete life support system.
Under the protection of the building shell (cell membrane and cell wall), the control facilities (nucleus) and the activity space (cytoplasm) inside the building can work stably to jointly create and maintain a space where people can live.
CATALOG Background Configuration Siteselection Energy System Inspiration Rendering 1 4 2 5 3 6 Human exploration and migration to the moon will take time and is a gradual process. Space configuration and overall planning. Site selection/Resource Comparison. The energy of the system is transmitted through the pipeline and distributed reasonably in the living space. Inspired by neurons. The external,the farm,the living unit,the service unit and other details. 故事背景 配置规划 选址设想 能源系统 灵感推导 渲染效果
PART .01 STORY BACKGROUND
The background is defined in the year 2068, a period of expansion in outer space.
The development of cities on Earth has entered a stage of stagnation, and people began to bring together a large number of experts with 3D printing technology and cytology experts to expand the initial habitat to the moon.
WE ARE FINDING CYTOLOGISTS AND EXPERTS WITH 3D
PRINTING TECHNOLOGY.
The 24-hour rolling recruitment news has already appeared in major media and electronic screens, and these are my last and deepest memories of the earth.
2068 Jul 3th,earth Tuesday
I'm proud to be sitting on a spacecraft heading to the moon right now.
The feeling of dizziness is always bouts, I think this should be the reason for the acceleration.
Today the team will launch five robots to the moon for initial sampling and adaptation of geographic data. 3D printing technology can work smoothly on the moon as expected.
I wish the 3D printing technology can work smoothly on the moon as expected.
2078 Jul 3th,earth Wednesday
Today we will launch the last five robots to finish the construction of the final lunar habitat. Through the small cabin window, I can see the outline of the habitat.
2080 Jul 3th,earth Friday
Today was the first time I stepped on the moon in my life.
Before long, we will step on the soil of the moon, and at this moment, some unease should be understandable.
As the captain I should be sure to keep everyone safe...
The first ten-man adventure team will test the data and make adjustments in preparation for expansion plans.
2100 Jul 3th,earth Sunday
I am fifty seven years old this thirty second year of looking at the
Although the
2115 Jul 3th,earth Monday
But my time is running made the wheelchair of already feel the growth of immigrant cities on this planet. mission
,
future
year, and this is my
earth. It's glad to see the team has gradually increased to several hundred people.
optimal survival data still takes a lot of time to adjust,I can gradually been see that lunar city right in front of my eyes. What can be better than waking up with the smell of toast? The initial habitation city has been completed, and nearly a thousand people are livable here. It seems that I have returned to life on earth here.
out.Osteoporosis has
a part
me. But fortunately, I
My
is complete...
PART .02 SITE SELECTION
Site selection Resource comparison Base analysis
Chapter one Specific site selection Solar energy and steel are abundant,but the terrain is relatively flat but with small fluctuations, and the temperature difference reaches 15k. 太阳能资源和钢铁丰富, 但地势相对平坦但又小起伏, 且温差达到15k。 There are abundant helium-3, steel, and thorium resources, but ice water resources are scarce. The topography of the center of the crater has continuous fluctuations. 有氦3,钢铁,钍资源, 但冰水资源匮乏, 月坑中心地势有连续起伏。 The resources are relatively diverse and abundant, including solar energy, titanium dioxide, steel resources, helium 3, titanium, titanium dioxide, thorium and other resources. Water ice resources are abundant. The terrain is flat and open, with almost no ups and downs. 资源相对种类多且丰富,有太阳能, 二氧 化钛,钢铁资源,氦3,钛,二氧化钛、钍 等资源。水冰,资源丰富。地势平坦开阔, 几乎无起伏。
Chapter two PLATO——Base analvsis Coordinate Longitude: 347.9842°E~353.3371°E Latitude: 49.9669°N~53.2874° 坐标: 经度:347.9842°E~353.3371°E 纬度: 49.9669°N~53.2874°N Discription iameter: 100.684 km Depth: 2.6 km The crater is flat and open 描述: 直径: 100.684 km 深度: 2.6 km 月坑内地势平坦且开阔 Resources There are abundant solar energy, water ice, titanium dioxide, iron and steel resources and a certain amount of helium 3, titanium, titanium dioxide, thorium and other resources. 资源: 有较为丰富太阳能,水冰, 二氧化钛,钢铁资源和一定数量的氦3, 钛,二氧化钛、钍等资源。
PART .03 INSPIRATION
Source of design concept
Human exploration and migration to the moon will take time and is a gradual process. The "cell" that we first established on the moon, with the continuous development of people, can be from the initial cell, through continuous expansion and fusion, from a single cell module (for resource exploration) at the beginning to a developing one, A multifunctional building, thus developing into a habitat for human life.
In order to make each unit module better connect and communicate, we will build a service network as a "neural network system" between units, so that the outer wall of the cell module has a structure similar to neuron cell dendrites and axons,so that these single The "architectural cells" have become a closely related whole.
Cells are the most basic unit of life activities and the basis of biological metabolism,growth and reproduction. If we magnify the cell infinitely, we can see a complete life support system. Under the protection of the building shell (cell membrane and cell wall), the control facilities (nucleus) and the activity space (cytoplasm) inside the building can work stably to jointly create and maintain a space where people can live. Life on earth evolved from the most primitive acellular state to prokaryotes with cellular structures, from prokaryotes to eukaryotic unicellular organisms, and then developed in different directions, and the kingdoms of fungi, plants and animals appeared. 细胞是生命活动的最基本单位,是生物新陈代谢、生 长、繁殖的基础。 如果把细胞无限放大,我们可以看到一个完整的生命 支持系统。在建筑外壳(细胞膜和细胞壁)包裹保护 下,建筑内部的控制设施(细胞核)与活动空间(细 胞质)可以稳定的工作,共同打造并维护出一个人们 可以生活的空间。 地球上的生命,从最原始的无细胞结构状态进化为有 细胞结构的原核生物,从原核生物进化为真核单细胞 生物,然后按照不同方向发展,出现了真菌界、植物 界和动物界。 人类对月球探索和移居需要时间,是一个渐进的过 程。我们在月球上最先建立的这个“细胞”随着人们 不断的发展,可以从最初的细胞,通过不断扩展和 融合,从刚开始单一细胞模块(用于资源勘探)到 一个在发展中的,多功能的建筑体,从而发展成为 一片人类生命栖居地。 为了使得每个单元模块更好地连结和交流,我们将 打造一个服务网络作为单元间的“神经网络系统”, 让细胞模块外壁具有一个类似神经元细胞树突、轴 突的结构,使这些单个的“建筑细胞”成为关系紧密 的一个整体。
PART .04 CONFIGURATION
Chapter one Functional composition
Chapter two Functional module analysis
每个神经元单元由半透明外壳、能量传输管道、服务 区、居住区几部分组成。 Each neuron unit consists of a translucent shell,an energy transmission channel,a service area,and a residential area.
Chapter three Distribution and streamline of energy transportation system 生活能源可通过环形管道运输至生活空间,通过垂直 管道运输至中央服务空间,通过神经突触供给其他单 元。 Domestic energy can be transported to living space through circular pipeline, transported to the central service space by vertical pipeline. Other units are supplied through synapses. Energy Transport System LivingSpace Energy Transport System Energy Factory
Chapter four Hemispherical holographic 3D projection 神经元居住区内部安置半球面全息三维投影,可以 根据模拟地球四季变换来真实的还原地球环境,同 时可以调制透明状态来观赏月球环境。 3D显示系统的视角高达360度;这样就不必戴辅 助的眼镜也可以观看到全景。由于显示系统配备了 图像运算软件,太空居民只要在球面屏幕前,就可 以体会到虚拟实境的感受。 A hemispherical holographic three-dimensional projection is installed inside the neuron living area, which can truly restore the earth's environment according to the simulated earth's four seasons, and at the same time, it can modulate the transparent state to view the lunar environment. The 3D display system has a viewing angle of up to 360 degrees; this makes it possible to see the panorama without having to wear auxiliary glasses. Because the display system is equipped with image computing software, space residents can experience the feeling of virtual reality as long as they are in front of the spherical screen.
Chapter five Network connection mode of neuron residential area The single building 单体建筑 Form3*4 matrix Equipped with 3 in-situ resource collection and processing functional areas. 组成3*4矩阵 配备3座原位资源采集与 处理功能区。 Dockingnode Pedestrian module docking: coaxial connection turnbuckle structure Energy module docking: removable inflatable cover structure 对接节点 人行模块对接:同轴连接螺丝扣结构 能源模块对接:可移动充气罩结构
Chapter six Renewal and alternation of neural network 受灾单元 Affected unit 支援单元 Support unit 避难单元 Evacuation unit 物资运输路线 Material transportation route 人群撤离路线 Crowd evacuation route 修复单元 Repair unit 避难单元 Evacuation unit 人群回归路线 Crowd return route
PART .05 ENERGY SYSTEM
Chapter one Energy system processing
Chapter two
Planting farm operation
streamline
1. 观赏景观 2. 厨房 3. 实验室 4. 观赏景观 5. 食物储存 6. 废物收集 7. 废物处理
Chapter three Energy streamline and distribution 生活能源供给线 Living energy supplying 生活能源回收线 Living energy recycling 建筑内部能源供给线 Internal energy supplying 食品生产能源供给线 Food production energy supplying 动植物能源供给线 Animal and plant life energy supplying Waste recycling 废弃物再利用 Water、Gas、Electricity 水、气、电 Farm organic fertilizer 农场有机肥 Lunar ore 月壤矿石 Single building section 单体建筑剖面 ECLSS+LBLSS double system ECLSS+LBLSS双系统 Overall building section 整体建筑剖面
Single building section 单体建筑剖面 the Farm 农场区 the Farm 农场区
系统能源通过管道进行传输,在居住空间中进行合理 配比分配。 The energy of the system is transmitted through the pipeline and distributed reasonably in the living space. 水流动线 水流动线
Energy inflow
Energy outflow
Energy distribution ratio Living Energy 生活能量 Architecture Energy 生活能量 Production Energy 生活能量 Energy streamline 3D analysis
PART .06 RENDERING
External Link 外部链接 Chapter one External
Chapter
The farm 种植农场
two Internal
Energy transport pipeline 能源运输管道 Service unit and walkway 服务单元及走道
Living unit 居住单元
Hemispherical holographic 3D projection 半球面全息三维投影
model post