CN206817703U - A kind of energy-saving wireless sensor network central air-conditioning temperature control system - Google Patents
A kind of energy-saving wireless sensor network central air-conditioning temperature control system Download PDFInfo
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Abstract
本实用新型公开一种节能型无线传感器网络中央空调温度控制系统，包括用户控制终端、1个中央空调温度总控制中心和2个以上的中央空调温度控制器；中央空调温度总控制中心安装于楼栋的中央空调管理中心室内；中央空调温度控制器的数量与该楼栋的房间数量相匹配，每间房间内安装1个中央空调温度控制器；用户控制终端通过互联网与中央空调温度总控制中心连接；中央空调温度总控制中心通过ZigBee无线网络与所有的中央空调温度控制器连接。本实用新型可根据需要适当地控制房间内中央空调的开启或关闭，避免房间内中央空调的无节制使用而造成电能浪费的问题，以达到节约电能的目的。
The utility model discloses an energy-saving wireless sensor network central air-conditioning temperature control system, which comprises a user control terminal, a central air-conditioning temperature control center and more than two central air-conditioning temperature controllers; the central air-conditioning temperature control center is installed on the building The central air-conditioning management center of the building; the number of central air-conditioning temperature controllers matches the number of rooms in the building, and one central air-conditioning temperature controller is installed in each room; the user control terminal communicates with the central air-conditioning temperature master control center through the Internet Connection; the central air-conditioning temperature master control center is connected with all central air-conditioning temperature controllers through ZigBee wireless network. The utility model can properly control the opening or closing of the central air conditioner in the room according to the needs, so as to avoid the waste of electric energy caused by the uncontrolled use of the central air conditioner in the room, so as to achieve the purpose of saving electric energy.
Description
技术领域technical field
本实用新型涉及中央空调技术领域，具体涉及一种节能型无线传感器网络中央空调温度控制系统。The utility model relates to the technical field of central air-conditioning, in particular to an energy-saving wireless sensor network central air-conditioning temperature control system.
背景技术Background technique
随着我国城市化的发展，各种现代建筑也不断增加，中央空调也在被加大使用，在给人们创造舒适环境的同时也造成了很大的能源消耗。据统计，在装有中央空调的建筑楼中，中央空调的能源消耗占整栋建筑楼能源消耗的60％以上。此外，目前市场上的中央空调温度控制器大都是单一的、分散的控制器，不具有联机智能控制和管理的功能，也不具有检测房间内长时间无人员时，然后可以自动调整空调的工作模式、工作状态或自动关机的功能，也不具有可以根据房间内的人员数量，自动调整空调的工作状态的功能。因此，现有的中央空调基本由进入人员人工控制的方式，这种控制方式缺乏合理的控制与管理，经常出现室内温度适宜却开空调、离开后忘记关空调或空调温度开得很高或很低的现象，因而使得室内中央空调有效利用率不高，造成电能的严重浪费，这与当今社会提倡“节约能源，低碳环保，可持续发展”的主题，极其不相符。With the development of urbanization in our country, various modern buildings are also increasing, and central air-conditioning is also being used more, which creates a comfortable environment for people and also causes a lot of energy consumption. According to statistics, in buildings equipped with central air-conditioning, the energy consumption of central air-conditioning accounts for more than 60% of the energy consumption of the entire building. In addition, most of the central air-conditioning temperature controllers currently on the market are single and decentralized controllers, which do not have the function of online intelligent control and management, and do not have the ability to detect when there is no one in the room for a long time, and then automatically adjust the work of the air conditioner Mode, working state or automatic shutdown function, also does not have the function of automatically adjusting the working state of the air conditioner according to the number of people in the room. Therefore, the existing central air conditioner is basically manually controlled by the personnel entering the room. This control method lacks reasonable control and management. It often occurs that the indoor temperature is suitable but the air conditioner is turned on, and the air conditioner is forgotten to be turned off after leaving, or the temperature of the air conditioner is turned on very high or very high. Therefore, the effective utilization rate of indoor central air-conditioning is not high, resulting in a serious waste of electric energy, which is extremely inconsistent with the theme of "energy saving, low-carbon environmental protection, and sustainable development" advocated by today's society.
查阅文献显示，中央空调温度控制器现有的实用新型专利不少，但都存在有不足。比如：公告号为CN201322413Y的中国实用新型专利公开了一种地板中央空调用多功能区域温度控制器，它能单独或同时控制地板采暖和风机盘管制冷，充分发挥了地暖和风机盘管采暖各自的优点。公告号为CN201909414U的中国实用新型专利公开了一种新型中央空调的红外遥控温度控制器，解决了目前传统的中央空调温度控制器无法实现当室内任何一台室内风机开启的同时,室外制冷主机组也能同时自动启动工作的问题。公告号为CN205037501U的中国实用新型专利公开了中央空调风机盘管温度控制器，实现了依据用户的设置自动调整风机风速和风机风口大小，来控制室内的温度。但上述这些专利的缺陷在于：只能由房间内用户控制空调，如果用户节能意识不高或忘记关空调，将会造成巨大能源浪费，且不能进行远程控制和管理。公告号为CN204757281U的中国实用新型专利公开了一种节能型中央空调温度控制器，它能够与远端电脑进行通讯控制，实现对室内温度的调节，但该专利采用有线的RS485通信模式，不适合使用于铺设通信电缆困难的场合。According to literature review, there are many existing utility model patents for central air-conditioning temperature controllers, but there are deficiencies in all of them. For example: the Chinese utility model patent with the notification number CN201322413Y discloses a multi-functional area temperature controller for floor central air-conditioning, which can control floor heating and fan-coil cooling separately or simultaneously, fully utilizing the respective functions of floor heating and fan-coil heating. The advantages. The Chinese utility model patent with the announcement number CN201909414U discloses a new type of central air-conditioning infrared remote control temperature controller, which solves the problem that the current traditional central air-conditioning temperature controller cannot realize that when any indoor fan in the room is turned on, the outdoor refrigeration main unit Also be able to automatically start the job at the same time. The Chinese utility model patent with the notification number CN205037501U discloses a central air-conditioning fan coil temperature controller, which realizes automatic adjustment of fan speed and fan outlet size according to user settings to control indoor temperature. But the defect of these above-mentioned patents is that: only the user in the room can control the air conditioner, if the user has low awareness of energy conservation or forgets to turn off the air conditioner, it will cause huge waste of energy, and remote control and management cannot be performed. The Chinese utility model patent with the notification number CN204757281U discloses an energy-saving central air-conditioning temperature controller, which can communicate with a remote computer to adjust the indoor temperature. However, this patent uses a wired RS485 communication mode, which is not suitable for It is used in occasions where it is difficult to lay communication cables.
实用新型内容Utility model content
本实用新型所要解决的技术问题是现有中央空调采用单一和分散控制所带来的能源浪费的问题，提供一种节能型无线传感器网络中央空调温度控制系统。The technical problem to be solved by the utility model is the problem of energy waste caused by single and decentralized control of the existing central air conditioner, and an energy-saving wireless sensor network central air conditioner temperature control system is provided.
为解决上述问题，本实用新型是通过以下技术方案实现的：In order to solve the above problems, the utility model is achieved through the following technical solutions:
一种节能型无线传感器网络中央空调温度控制系统，包括用户控制终端、1个中央空调温度总控制中心和2个以上的中央空调温度控制器；中央空调温度总控制中心安装于楼栋的中央空调管理中心室内；中央空调温度控制器的数量与该楼栋的房间数量相匹配，每间房间内安装1个中央空调温度控制器；用户控制终端通过互联网与中央空调温度总控制中心连接；中央空调温度总控制中心通过ZigBee无线网络与所有的中央空调温度控制器连接。An energy-saving wireless sensor network central air-conditioning temperature control system, including a user control terminal, a central air-conditioning temperature control center and more than two central air-conditioning temperature controllers; the central air-conditioning temperature control center is installed in the central air-conditioning of the building Indoor of the management center; the number of central air-conditioning temperature controllers matches the number of rooms in the building, and one central air-conditioning temperature controller is installed in each room; the user control terminal is connected to the central air-conditioning temperature master control center through the Internet; the central air-conditioning The temperature master control center is connected with all central air-conditioning temperature controllers through ZigBee wireless network.
上述方案中，中央空调温度总控制中心主要由总控微处理器、总控ZigBee模块、总控GSM模块、总控WiFi模块和总控时钟模块组成；总控时钟模块与总控微处理器连接；总控GSM模块和总控WiFi模块同时连接在总控微处理器上，总控微处理器通过总控GSM模块或总控WiFi模块与用户控制终端连接；总控ZigBee模块连接在总控微处理器上，总控微处理器通过总控ZigBee模块与中央空调温度控制器连接。In the above scheme, the central air-conditioning temperature master control center is mainly composed of master control microprocessor, master control ZigBee module, master control GSM module, master control WiFi module and master control clock module; master control clock module is connected with master control microprocessor ; The total control GSM module and the total control WiFi module are connected to the total control microprocessor at the same time, and the total control microprocessor is connected to the user control terminal through the total control GSM module or the total control WiFi module; the total control ZigBee module is connected to the total control micro On the processor, the master control microprocessor is connected with the central air-conditioning temperature controller through the master control ZigBee module.
上述方案中，中央空调温度总控制中心还进一步包括总控语音模块，该总控语音模块与总控微处理器连接。In the above solution, the central air-conditioning temperature master control center further includes a master control voice module, and the master control voice module is connected with the master control microprocessor.
上述方案中，每个中央空调温度控制器主要由分控微处理器、分控ZigBee模块、分控WiFi模块、分控继电器模块、分控温湿度传感器和分控人体红外传感器组成；分控温湿度传感器和分控人体红外传感器与分控微处理器连接；分控微处理器经由分控继电器模块与中央空调的风机盘管控制端连接；分控WiFi模块连接在分控微处理器上，分控微处理器通过分控WiFi模块与用户控制终端连接；分控ZigBee模块连接在分控微处理器上，分控微处理器通过分控ZigBee模块与中央空调温度总控制中心连接。In the above scheme, each central air-conditioning temperature controller is mainly composed of a sub-control microprocessor, a sub-control ZigBee module, a sub-control WiFi module, a sub-control relay module, a sub-control temperature and humidity sensor and a sub-control human body infrared sensor; The humidity sensor and the sub-control human body infrared sensor are connected to the sub-control microprocessor; the sub-control microprocessor is connected to the fan coil control end of the central air conditioner through the sub-control relay module; the sub-control WiFi module is connected to the sub-control microprocessor, The sub-control microprocessor is connected to the user control terminal through the sub-control WiFi module; the sub-control ZigBee module is connected to the sub-control microprocessor, and the sub-control microprocessor is connected to the central air-conditioning temperature master control center through the sub-control ZigBee module.
上述方案中，每个中央空调温度控制器还进一步包括分控语音模块，该分控语音模块与分控微处理器连接。In the above solution, each central air-conditioning temperature controller further includes a sub-control voice module, and the sub-control voice module is connected with the sub-control microprocessor.
上述方案中，每个中央空调温度控制器还进一步包括分控人机交互模块，该分控人机交互模块与分控微处理器连接。In the above solution, each central air-conditioning temperature controller further includes a sub-control human-computer interaction module, and the sub-control human-computer interaction module is connected with the sub-control microprocessor.
上述方案中，用户控制终端为手机或PC机。In the above solution, the user control terminal is a mobile phone or a PC.
与现有技术相比，本实用新型具有如下特点：Compared with the prior art, the utility model has the following characteristics:
1、选用不同的网络实现用户控制终端、中央空调温度总控制中心和中央空调温度控制器的有机组网，使其可根据需要适当地控制房间内中央空调的开启或关闭，避免房间内中央空调的无节制使用而造成电能浪费的问题，以达到节约电能的目的。1. Select different networks to realize the organic networking of the user control terminal, the central air-conditioning temperature control center and the central air-conditioning temperature controller, so that it can properly control the opening or closing of the central air-conditioning in the room according to the needs, and avoid the central air-conditioning in the room. The problem of waste of electric energy caused by the unrestrained use of electricity, in order to achieve the purpose of saving electric energy.
2、由于采用了ZigBee模块和WiFi模块，不仅使得中央空调温度控制系统结构简单、性能可靠、成本较低和易安装，无需铺设通信电缆，适合于铺设通信电缆困难的场合；而且管理人员可通过手机或PC机远程对安装有中央空调温度控制器的房间(如：教学楼的教室或办公室、酒店的客房或办公室等)内的中央空调的工作情况进行管理与控制，不必亲临现场，可以节约管理者的人力、物力，进而节约电能。2. Due to the adoption of ZigBee module and WiFi module, not only the central air-conditioning temperature control system has simple structure, reliable performance, low cost and easy installation, no need to lay communication cables, it is suitable for occasions where laying communication cables is difficult; and management personnel can pass through Mobile phones or PCs can remotely manage and control the working conditions of central air conditioners in rooms equipped with central air conditioner temperature controllers (such as classrooms or offices in teaching buildings, hotel rooms or offices, etc.), without having to visit the site in person, which can save money. The manpower and material resources of the manager, thus saving electric energy.
3、由于采用了人体红外传感器，不仅使得中央空调温度控制器能够智能管理房间内的温度，在房间内无人时，根据管理人员设定的模式可以智能关机，从而达到“节约能源，低碳环保，可持续发展”的目的；而且使得中央空调温度控制器能够根据房间内的人员数量，自动调整空调的工作状态或工作模式。3. Due to the use of human body infrared sensors, not only the central air-conditioning temperature controller can intelligently manage the temperature in the room, but when there is no one in the room, it can be shut down intelligently according to the mode set by the manager, so as to achieve "energy saving, low carbon "Environmental protection, sustainable development"; and the central air-conditioning temperature controller can automatically adjust the working status or working mode of the air-conditioning according to the number of people in the room.
4、中央空调温度总控制中心和中央空调温度控制器具有语音播放和采集语音的功能，使其可以根据用户的设置，播放当前房间内的环境参数(温度和湿度)、时间等，也可以开启对话功能，呼叫前台或岗亭等。4. The central air-conditioning temperature master control center and the central air-conditioning temperature controller have the functions of voice playback and voice collection, so that they can play the current environmental parameters (temperature and humidity), time, etc. in the room according to the user's settings, and can also be turned on Conversation function, calling the front desk or sentry box, etc.
附图说明Description of drawings
图1为一种节能型无线传感器网络中央空调温度控制系统的原理框图。Figure 1 is a functional block diagram of an energy-saving wireless sensor network central air-conditioning temperature control system.
图2为中央空调温度总控制中心的原理框图。Figure 2 is a functional block diagram of the central air-conditioning temperature master control center.
图3为中央空调温度控制器的原理框图。Figure 3 is a functional block diagram of the central air-conditioning temperature controller.
具体实施方式detailed description
一种节能型无线传感器网络中央空调温度控制系统，如图1所示，该系统包括用户控制终端、1个中央空调温度总控制中心和2个以上的中央空调温度控制器。中央空调温度总控制中心安装于楼栋的中央空调管理中心室内，用于对整栋楼的中央空调温度进行控制和管理。中央空调温度控制器的数量与该楼栋的房间数量相匹配，每间房间内安装1个中央空调温度控制器，用于调节每个房间内空调的温度和风速等参数。中央空调温度总控制中心通过ZigBee无线网络与所有的中央空调温度控制器连接，中央空调温度总控制中心和中央空调温度控制器之间采用ZigBee无线网络进行数据和命令的交互。用户控制终端通过互联网与中央空调温度总控制中心连接。An energy-saving wireless sensor network central air-conditioning temperature control system, as shown in Figure 1, the system includes a user control terminal, a central air-conditioning temperature master control center and more than two central air-conditioning temperature controllers. The central air-conditioning temperature master control center is installed in the central air-conditioning management center of the building to control and manage the central air-conditioning temperature of the entire building. The number of central air-conditioning temperature controllers matches the number of rooms in the building. One central air-conditioning temperature controller is installed in each room to adjust the temperature and wind speed of the air-conditioning in each room. The central air-conditioning temperature master control center is connected to all central air-conditioning temperature controllers through the ZigBee wireless network, and the central air-conditioning temperature master control center and the central air-conditioning temperature controllers use the ZigBee wireless network for data and command interaction. The user control terminal is connected with the central air-conditioning temperature master control center through the Internet.
用户控制终端为手机或PC机。中央空调温度总控制中心既可以结合用户控制终端在任意时刻实现对整栋楼的中央空调温度控制器进行控制和管理，又可以通过用户控制终端进行查看或修改整栋楼房间内中央空调温度的设置。一经设置完成，中央空调温度总控制中心可以脱离用户控制终端单独工作。管理者可以使用中央空调温度总控制中心通过ZigBee无线网络对每个房间的中央空调温度控制器进行监控，实时掌握使用情况，也可通过中央空调温度总控制中心对中央空调温度控制器进行控制操作，启动中央空调温度控制器，打开每个房间的中央空调、设置中央空调温度控制器的温度、风速、工作模式、定时自动关机等参数。房间内的用户可以通过中央空调温度控制器上的触摸屏对温度、风速、时间、工作模式进行设置，也可以使用手机APP通过WiFi对这些参数进行设置，操作方便。The user control terminal is a mobile phone or a PC. The central air-conditioning temperature master control center can combine the user control terminal to realize the control and management of the central air-conditioning temperature controller of the whole building at any time, and can also view or modify the temperature of the central air-conditioning in the room of the whole building through the user control terminal. set up. Once the setting is completed, the central air-conditioning temperature master control center can work independently without the user control terminal. Managers can use the central air-conditioning temperature master control center to monitor the central air-conditioning temperature controllers in each room through the ZigBee wireless network, grasp the usage in real time, and also control the central air-conditioning temperature controllers through the central air-conditioning temperature master control center , start the central air-conditioning temperature controller, turn on the central air-conditioning in each room, set the temperature, wind speed, working mode, timing automatic shutdown and other parameters of the central air-conditioning temperature controller. Users in the room can set the temperature, wind speed, time, and working mode through the touch screen on the central air-conditioning temperature controller, or use the mobile APP to set these parameters through WiFi, which is easy to operate.
参见图2，中央空调温度总控制中心由总控微处理器、总控ZigBee模块、总控GSM模块、总控WiFi模块、总控时钟模块和总控语音模块组成。总控GSM模块和总控WiFi模块同时连接在总控微处理器上，总控微处理器通过总控GSM模块或总控WiFi模块与用户控制终端连接，以进行数据和命令交换。总控ZigBee模块连接在总控微处理器上，总控微处理器通过总控ZigBee模块与中央空调温度控制器连接，以进行数据和命令交换。高精度的总控时钟模块与总控微处理器连接，这样可以将当前日期精确地送入总控微处理器中。总控语音模块与总控微处理器连接，这样管理人员可用通过语音，让其对整栋楼的中央空调的使用情况进行播报，也可以通过语音模块与每个室内的用户进行通话。Referring to Figure 2, the central air-conditioning temperature master control center is composed of a master control microprocessor, a master control ZigBee module, a master control GSM module, a master control WiFi module, a master clock module and a master voice module. The general control GSM module and the general control WiFi module are connected to the general control microprocessor at the same time, and the general control microprocessor is connected to the user control terminal through the general control GSM module or the general control WiFi module to exchange data and commands. The master control ZigBee module is connected to the master control microprocessor, and the master control microprocessor is connected with the central air-conditioning temperature controller through the master control ZigBee module to exchange data and commands. The high-precision general control clock module is connected with the general control microprocessor, so that the current date can be accurately sent into the general control microprocessor. The master control voice module is connected with the master control microprocessor, so that managers can use voice to broadcast the usage of the central air conditioner in the whole building, and can also communicate with users in each room through the voice module.
参见图3，每个中央空调温度控制器主要由分控微处理器、分控ZigBee模块、分控WiFi模块、分控继电器模块、分控温湿度传感器、分控人体红外传感器、分控语音模块和分控人机交互模块组成。Referring to Figure 3, each central air-conditioning temperature controller is mainly composed of a sub-control microprocessor, a sub-control ZigBee module, a sub-control WiFi module, a sub-control relay module, a sub-control temperature and humidity sensor, a sub-control human body infrared sensor, a sub-control voice module And sub-control human-computer interaction module.
分控人机交互模块与分控微处理器相连，用户可以通过人机交互模块进入设置菜单，设置房间空调的温度、风速、切换空调的工作模式、定时关机等，也可以显示房间内空气的温湿度、空调的风速、空调的工作模式等参数。The sub-control human-computer interaction module is connected with the sub-control microprocessor. The user can enter the setting menu through the human-computer interaction module to set the temperature and wind speed of the room air conditioner, switch the working mode of the air conditioner, and shut down the air conditioner at a fixed time. It can also display the air condition in the room. Parameters such as temperature and humidity, wind speed of the air conditioner, and working mode of the air conditioner.
分控温湿度传感器和分控人体红外传感器与分控微处理器连接。由分控微处理器控制分控温湿度传感器采集房间内的温湿度值。当室内温度达到设定温度值时，关闭风机，当室内温度低于或高于设定温度时，启动风机，输送暖气或冷气。当中央空调温度控制器工作在自动模式时，当室内温度离设定温度值很大时，启动风机高档送风，然后根据房间内的温度值，实时调整风机的工作档位(风机的档位分为高档、中档、低档)，以达到节约电能的目的。由分控微处理器控制分控人体红外传感器采集房间内人员的数量。当检测到人员活动减少时，中央空调温度控制器智能调整风机风速、设置的温度等参数。例如，当人员睡眠时，智能切换中央空调温度控制器的工作模式，避免温度过低或过高引起的人体不适。也可以根据需要设定工作模式每隔一段时间(时间值可以根据用户需要来设定)检测一次房间内有无人员活动，如果检测到没有人在室内活动，则发出警报提醒，过一会自动关闭风机盘管，以达到节约电能的目的。The sub-control temperature and humidity sensor and the sub-control human body infrared sensor are connected with the sub-control microprocessor. The sub-control microprocessor controls the sub-control temperature and humidity sensor to collect the temperature and humidity values in the room. When the indoor temperature reaches the set temperature value, the fan is turned off, and when the indoor temperature is lower or higher than the set temperature, the fan is started to deliver heating or cooling air. When the temperature controller of the central air conditioner works in the automatic mode, when the indoor temperature is far from the set temperature value, start the fan to send air at high level, and then adjust the working gear of the fan in real time according to the temperature value in the room (the gear of the fan Divided into high-grade, medium-grade, low-grade), in order to achieve the purpose of saving electric energy. The sub-control microprocessor controls the sub-control human body infrared sensor to collect the number of people in the room. When it detects that people's activities have decreased, the central air-conditioning temperature controller intelligently adjusts parameters such as fan speed and set temperature. For example, when people are sleeping, intelligently switch the working mode of the central air-conditioning temperature controller to avoid human discomfort caused by too low or too high temperature. It is also possible to set the working mode according to the need to detect whether there is any human activity in the room at regular intervals (the time value can be set according to the user's needs). Turn off the fan coil unit to achieve the purpose of saving electric energy.
分控微处理器的输出端经由分控继电器模块与中央空调的风机盘管控制端连接。分控继电器模块的3个常开控制输出端分别连接风机盘管的高、中、低档位，分控微处理器对采集到的各种参数进行分析处理后或根据中央空调温度总控制中心发送过来的命令进行分析处理后对分控继电器模块进行控制操作，从而切换风机盘管的档位，以达到改变空调的风速。The output end of the sub-control microprocessor is connected with the fan coil control end of the central air conditioner via the sub-control relay module. The three normally open control output terminals of the sub-control relay module are respectively connected to the high, medium and low gears of the fan coil unit. After the incoming command is analyzed and processed, the sub-control relay module is controlled and operated, thereby switching the gear of the fan coil unit to change the wind speed of the air conditioner.
分控WiFi模块连接在分控微处理器上，分控微处理器通过分控WiFi模块与用户控制终端连接，以方便用户可以使用用户控制终端对中央空调温度控制器的温度、风速、时间和工作模式等参数进行设定。分控ZigBee模块连接在分控微处理器上，分控微处理器通过分控ZigBee模块与中央空调温度总控制中心连接，以进行数据和命令交换。The sub-control WiFi module is connected to the sub-control microprocessor, and the sub-control microprocessor is connected with the user control terminal through the sub-control WiFi module, so that the user can use the user control terminal to control the temperature, wind speed, time and Set parameters such as working mode. The sub-control ZigBee module is connected to the sub-control microprocessor, and the sub-control microprocessor is connected with the central air-conditioning temperature master control center through the sub-control ZigBee module to exchange data and commands.
分控语音模块与分控微处理器连接，分控语音模块具有播放和采集语音的功能，可以根据用户的设置，播放当前房间内的环境参数(温度和湿度)、时间等，也可以开启对话功能，呼叫前台或岗亭等，在中央空调温度控制器连接互联网后，也可语音咨询该建筑周围的信息，然后通过液晶屏显示出来，可以查询到该建筑周围的宾馆、酒店、银行、超市、商场等场所，方便购物、出行等。The sub-control voice module is connected with the sub-control microprocessor. The sub-control voice module has the function of playing and collecting voice. According to the user's settings, it can play the current environmental parameters (temperature and humidity), time, etc. in the room, and can also start a dialogue function, call the front desk or sentry box, etc. After the central air-conditioning temperature controller is connected to the Internet, you can also consult the information around the building by voice, and then display it on the LCD screen, and you can query hotels, hotels, banks, supermarkets, etc. around the building. Shopping malls and other places are convenient for shopping and traveling.
本实用新型不但能够对安装有中央空调的酒店客房和办公室、学校办公室和教室、企业办公室等建筑楼房间的中央空调温度控制器通过无线传感器网络进行自动控制和管理，而且建筑楼房间的中央空调温度控制器还能够根据用户设置的温度、风速和房间内的人数进行控制房间内的中央空调，以达到节约能源、节约管理者的人力和物力的目的。The utility model can not only automatically control and manage the central air-conditioning temperature controllers of hotel rooms and offices, school offices and classrooms, enterprise offices and other building rooms equipped with central air-conditioning through the wireless sensor network, but also the central air-conditioning of building rooms The temperature controller can also control the central air-conditioning in the room according to the temperature, wind speed and the number of people in the room set by the user, so as to save energy and save the manpower and material resources of the manager.
上述实施例，仅为对本发实用新型的目的、技术方案和有益效果进一步详细说明的具体个例，本实用新型并非限定于此。凡在本实用新型的公开的范围之内所做的任何修改、等同替换、改进等，均包含在本实用新型的保护范围之内。The above-mentioned embodiments are only specific examples for further specifying the purpose, technical solutions and beneficial effects of the utility model of the present invention, and the utility model is not limited thereto. All modifications, equivalent replacements, improvements, etc. made within the disclosed scope of the present utility model are included in the protection scope of the present utility model.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106940076A (en) * | 2017-05-18 | 2017-07-11 | 桂林电子科技大学信息科技学院 | A kind of energy-saving wireless sensor network central air-conditioning temperature control system |
| CN109254551A (en) * | 2018-09-14 | 2019-01-22 | 张友兵 | Automatic air conditionning energy-saving monitoring system |
| CN111780366A (en) * | 2020-06-24 | 2020-10-16 | 广东科艺普实验室设备研制有限公司 | Room air volume control method and system based on environment monitoring |
| CN113899045A (en) * | 2021-10-26 | 2022-01-07 | 三一筑工科技股份有限公司 | Fresh air control method, fresh air control system, fresh air system and building |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106940076A (en) * | 2017-05-18 | 2017-07-11 | 桂林电子科技大学信息科技学院 | A kind of energy-saving wireless sensor network central air-conditioning temperature control system |
| CN109254551A (en) * | 2018-09-14 | 2019-01-22 | 张友兵 | Automatic air conditionning energy-saving monitoring system |
| CN111780366A (en) * | 2020-06-24 | 2020-10-16 | 广东科艺普实验室设备研制有限公司 | Room air volume control method and system based on environment monitoring |
| CN113899045A (en) * | 2021-10-26 | 2022-01-07 | 三一筑工科技股份有限公司 | Fresh air control method, fresh air control system, fresh air system and building |
| CN113899045B (en) * | 2021-10-26 | 2022-12-23 | 三一筑工科技股份有限公司 | Fresh air control method, fresh air control system, fresh air system and building |
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