Indoor information sensing controller and operation method of the same

Abstract

Disclosed are an indoor information sensing controller and an operation method of the indoor information sensing controller. The sensing controller comprises an information detection part (100), an information processing part (200) and an information transmission part (300), wherein the information detection part (100) is used for detecting at least one piece of indoor environment information and outputting the indoor environment information to the information processing part (200), the environment information comprises temperature, luminosity and human body existing information; the information processing part (200) is used for processing at least one piece of environment information from the information detection part (100), analyzing that whether changes exist in the at least one environment information or not, and sending control instructions towards an external system controller when the indoor environment needs changing; and the information transmission part (300) is used for sending the control instructions from the information processing part (200) to a system controller. The indoor information sensing controller can detect the human existing information in at least one indoor region in a distributed-type mode, and meanwhile detect the indoor temperature and the indoor luminosity information, and achieve comprehensive intelligent control over the indoor environment and energy-saving and environment-friendly purposes.

Description

Technical field [0001] The invention relates to an indoor information sensor controller, which can detect the presence information of the human body in at least one area of ​​the room in a distributed manner, and detect the temperature and luminosity information in the room, so as to realize the comprehensive intelligent control of the indoor environment . Background technique [0002] Currently, the following problems exist in the field of energy saving in homes and office areas. In winter, indoor heating is mostly collective heating, and there are people who provide the same amount of heat, causing a lot of heating energy waste. In summer, the indoor air-conditioning and refrigeration are not managed, and it is often the case that the refrigeration is as usual when there is no one, resulting in a lot of waste of cooling power. The lighting management is extensive. The lighting in some areas is turned on for a long time, causing serious lighting power waste, while in some area...

AI Technical Summary

Problems solved by technology

In winter, indoor heating is mostly collective heating, and some people and no one provide the same amount of heat, resulting in a lot of heating energy waste

In summer, the indoor air-conditioning refrigeration is unmanaged, and it often occurs that the refrigeration is still used when there is no one there, resulting in a large amount of waste of refrigeration power

The lighting management is extensive, and some areas have lighting that is turned on for a long time, resulting in a serious waste of lighting power, while some areas have no lighting, which is prone to danger when it is dark

[0003] Although there are human body presence sensors, temperature sensors and photometric sensors in the prior art, these sensors can only sense corresponding environmental parameters independently, and cannot work together to comprehensively sense and monitor the sensing environment. control

In addition, the high cost of using these devices separately is not conducive to the widespread use of energy-saving technologies

[0004] In particular, existing human presence sensors can only detect human presence information in the entire room, and after detecting the presence of a human body, control the light switch

This will cause people to be detected in a corner, and the lights in the entire room must be turned on at the same time, which will cause a lot of energy waste

The existing human sensor switch can only control the lighting, but cannot comprehensively control indoor lighting, heating, air conditioning, fresh air (system for automatically changing indoor air) and other systems through the system controller

In addition, there is a lack of products that control lighting equipment (such as curtains, shades, etc.) according to indoor luminosity in the prior art.

[0005] In addition, the existing human presence sensor can only communicate with the corresponding control module alone, and directly control the opening or closing of the control module. Since it cannot communicate with the system controller of the intelligent indoor system, it cannot be integrated into the intelligent indoor system. Cannot be used for comprehensive control of indoor environment

Images