Looking at today’s office space, natural lighting and artificial lighting are completely separate. At the same time, the unitary nature of building materials makes the interior and exterior of the building have obvious boundaries and is isolated from the outside environment. After a long period of indoor work, the body and mind Looks tired. In addition, the only way to adjust the illuminance of the outside sunlight to the room is to adjust the area of ​​the curtain covering the window, and no other method can be used.
The 'adaptation' concept design is designed to design a future form of office. Assume that in the near future, a building material will be developed to meet the requirements of thermal insulation and waterproofing, and an intelligent LED technology can be developed to calculate the difference in the day's time through the computer's parameterized calculations. The different illuminances required at the time are then realized on this material in a variety of ways, even endlessly. Specifically, when there is sufficient sunlight, this material will partially block the sunlight according to the settings of the computer program, while the rest will be in a transparent mode; in cloudy days, this material can be Maximizing the area of ​​transparency makes the space behave like a glass box, so that when you work indoors, you are exposed to the natural environment outside.
More importantly, zero consumption is realized in lighting, because the technology that can be directly converted into light energy by absorbing light energy is limited in the LEDs that can be reached today. When lighting at night, part of the energy absorbed by the daytime is insufficient to meet the nighttime. Indoor lighting, therefore, must pass part of the electrical energy to ensure the illumination of the room, so it can not achieve zero consumption from this level; in the sunny day, this material can absorb the energy of sunlight, and then at night, in the In the office, the absorbed energy is converted into light energy to form self-illumination. At this time, one of the possibilities set by the program is selected or manually set, and then applied to the space so that the outdoor is blocked. The illuminance formed by the part of the solar area and the light-transmitting part conforms to the appropriate illuminance of the daytime office. At the same time, the presented spatial form makes the interface form and illumination form of the office space rich and varied. In addition, on clear nights, the program mode is set to full open, local lighting, so that you can enjoy the outdoors at night while working.
In the traditional form of office, reading and writing of text, or sitting in front of a computer all require partial lighting, and then an indirect way to achieve the results of the office. A common example is the desk lamp, which has achieved its function. At the same time, other places were also illuminated. In addition, due to the illumination of local lights, the illumination difference between the illuminated area and the non-illuminated area would be very large, and long-term exposure to this environment would create visual fatigue.
Therefore, can we use the direct method to achieve the office results in the future office work? In the evolution of computers, the solid-state display, keyboard, and mouse are thrown away in return for a two-dimensional operation interface. The self-luminous interface with touch-type controls is presented in the form of three-dimensional display in space. In this way, information can be more intuitively and directly absorbed, which can effectively increase the concentration and work efficiency. In addition, the storage of traditional knowledge in the form of 'e-books' can compress the information of many books in less than 1cm of 'e-books'. The 'e-books' are divided into three parts, up and down. For the light emitting slot and the memory stick, the function of the light emitting channel is to bring the LED light to the display and illuminate the text, pictures and dynamic video; the memory stick is the data for storing the books. Under this technology, the transmission of data becomes Conveniently, no external lighting is required to receive information on books.
'Adapting to' this type of future office can be flexible, fun, fast, intuitive and visually handling various job types.
The 'adaptation' concept design is designed to design a future form of office. Assume that in the near future, a building material will be developed to meet the requirements of thermal insulation and waterproofing, and an intelligent LED technology can be developed to calculate the difference in the day's time through the computer's parameterized calculations. The different illuminances required at the time are then realized on this material in a variety of ways, even endlessly. Specifically, when there is sufficient sunlight, this material will partially block the sunlight according to the settings of the computer program, while the rest will be in a transparent mode; in cloudy days, this material can be Maximizing the area of ​​transparency makes the space behave like a glass box, so that when you work indoors, you are exposed to the natural environment outside.
More importantly, zero consumption is realized in lighting, because the technology that can be directly converted into light energy by absorbing light energy is limited in the LEDs that can be reached today. When lighting at night, part of the energy absorbed by the daytime is insufficient to meet the nighttime. Indoor lighting, therefore, must pass part of the electrical energy to ensure the illumination of the room, so it can not achieve zero consumption from this level; in the sunny day, this material can absorb the energy of sunlight, and then at night, in the In the office, the absorbed energy is converted into light energy to form self-illumination. At this time, one of the possibilities set by the program is selected or manually set, and then applied to the space so that the outdoor is blocked. The illuminance formed by the part of the solar area and the light-transmitting part conforms to the appropriate illuminance of the daytime office. At the same time, the presented spatial form makes the interface form and illumination form of the office space rich and varied. In addition, on clear nights, the program mode is set to full open, local lighting, so that you can enjoy the outdoors at night while working.
In the traditional form of office, reading and writing of text, or sitting in front of a computer all require partial lighting, and then an indirect way to achieve the results of the office. A common example is the desk lamp, which has achieved its function. At the same time, other places were also illuminated. In addition, due to the illumination of local lights, the illumination difference between the illuminated area and the non-illuminated area would be very large, and long-term exposure to this environment would create visual fatigue.
Therefore, can we use the direct method to achieve the office results in the future office work? In the evolution of computers, the solid-state display, keyboard, and mouse are thrown away in return for a two-dimensional operation interface. The self-luminous interface with touch-type controls is presented in the form of three-dimensional display in space. In this way, information can be more intuitively and directly absorbed, which can effectively increase the concentration and work efficiency. In addition, the storage of traditional knowledge in the form of 'e-books' can compress the information of many books in less than 1cm of 'e-books'. The 'e-books' are divided into three parts, up and down. For the light emitting slot and the memory stick, the function of the light emitting channel is to bring the LED light to the display and illuminate the text, pictures and dynamic video; the memory stick is the data for storing the books. Under this technology, the transmission of data becomes Conveniently, no external lighting is required to receive information on books.
'Adapting to' this type of future office can be flexible, fun, fast, intuitive and visually handling various job types.
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