| 摘要 |
AN INTERIOR ATMOSPHERE CONTROL SYSTEM CONTAINS A GROUP OF SENSORS TO DETECT/MEASURE INDOOR AND OUTDOOR AIR TEMPERATURE, HUMIDITY, AIR PRESSURE, OXYGEN CONTENT, CARBON-DIOXIDE CONTENT, STATIC ELECTRIC CHANGE, INDOOR WALL TEMPERATURE, SOUND AND LIGHT. THESE MEASURED RESULTS, THROUGH A SIGNAL TRANSFER INTERFACE, ARE SENT TO A MICROCOMPUTER WHICH ALSO ACCEPTS THE USER''S COMMAND AS INPUT DATA THROUGH A USER''S INTERFACE. THE MICROCOMPUTER, BASED ON THE MONITOR/CONTROL PROGRAM AND DATA PRESTORED IN ITS MEMORY UNIT, THE SENSED VALUE, AND THE USER''S COMMAND, WILL THEN EXECUTE THE NECESSARY CALCULATION, COMPARISON AND DECISION, AND OUTPUT ADEQUATE TIME VARIANT CONTROL SIGNALS, THROUGH AN OUTPUT INTERFACE, TO ACTUATE A SERIES OF ACTUATORS TO ADJUST THE INDOOR TEMPERATURE, HUMIDITY, AIR PRESSURE, OXYGEN CONTENT, CARBON-DIOXIDE CONTENT, WIND SPEED, STATIC ELECTRIC CHARGE, MAGNETIC FIELD, SOUND, ODOR, AND LIGHT WHICH WILL GENERATE DIFFERENT ATMOSPHERIC MODES, FOR EXAMPLE, TO MAKE PEOPLE FEEL COMFORTABLE, REFRESHING, AWAKENED, ENERGETIC, SLEEPY, UNEASY, OR EVEN FRIGHTENED. ABOVE ALL, ON THE BASIS OF THE NATURAL BALANCE OF HUMAN BODY, SUCH AS HEAT RELEASE AND PERSPIRATION EXCRETION, THE ROOM TEMPERATURE, HUMIDITY, WIND SPEED AND OTHER FACTORS CAN BE RELATIVELY ADJUSTED TO FORCE THE HUMAN BODY TO RESPOND ACCORDINGLY.
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