WO2014161217A1 - 一种物联网的主动控烟及空气管控系统 - Google Patents

一种物联网的主动控烟及空气管控系统 Download PDF

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Publication number
WO2014161217A1
WO2014161217A1 PCT/CN2013/075394 CN2013075394W WO2014161217A1 WO 2014161217 A1 WO2014161217 A1 WO 2014161217A1 CN 2013075394 W CN2013075394 W CN 2013075394W WO 2014161217 A1 WO2014161217 A1 WO 2014161217A1
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Prior art keywords
host
module
purification
internet
area network
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PCT/CN2013/075394
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English (en)
French (fr)
Inventor
叶妙君
王志强
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无锡飘睿健康科技有限公司
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Publication of WO2014161217A1 publication Critical patent/WO2014161217A1/zh

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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/30Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/50Control or safety arrangements characterised by user interfaces or communication
    • F24F11/56Remote control
    • F24F11/58Remote control using Internet communication
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/95Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying specially adapted for specific purposes
    • F24F8/97Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying specially adapted for specific purposes for removing tobacco smoke
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/30Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
    • F24F11/32Responding to malfunctions or emergencies
    • F24F11/39Monitoring filter performance
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/50Control or safety arrangements characterised by user interfaces or communication
    • F24F11/52Indication arrangements, e.g. displays

Definitions

  • the invention relates to an air quality monitoring and control processing system, in particular to a system for controlling air quality in a certain space place and having an active warning against the danger of smoking, eliminating the influence according to the demand, purifying the air, and forming a network to facilitate management.
  • the object of the present invention is to address the existing environmental air quality and indoor air quality control requirements, and the requirements of effective tobacco control means, and to invent a wireless networking function, high control efficiency, and obvious effect.
  • An active smoke control and air management system for the Internet of Things comprising a purifying host, a data host, a tobacco control host and a software platform server, the purifying host is an air purifying device, and at the same time, a power supply module is included, and the purifying host is connected with the tobacco controlling host and supplies power thereto;
  • the tobacco control host includes a smoke sensing module, an audible and visual alarm module, and a local area network module, and the tobacco control host controls the work of the purification host; the tobacco control host also has an identification surface;
  • the data host comprises a display screen, a local area network communication module and an internet module, the local area network communication module is connected with the local area network module of the smoke control host, and the internet module is connected with the software platform server;
  • the software platform server is a device that receives signals from various data hosts, collects information data, and aggregates processing, and can implement various data output and statistical management.
  • the data host of the system further comprises one or more of a temperature sensor, a humidity sensor or a PM2.5 sensor. Achieve comprehensive monitoring of air quality.
  • the system further includes a mobile terminal, and the mobile terminal and the software platform server are wirelessly connected.
  • the invention is a system for real-time control of tobacco control and air quality in a public place.
  • the control host and the tobacco control host form a control and processing network through a certain number of arranged purification hosts, real-time monitoring and data rich features, and can also be based on The specific conditions of the smoke concentration at each site, the corresponding control of the smoke control host to achieve different levels of sound and light warning; In this way, the traditional, small-scale situation of the traditional tobacco control equipment has been changed, the sensory stimulation of the smoke control warning has been greatly improved, and the smoke control has been improved. effect.
  • the expansion module added to the data host, it can realize comprehensive air quality data collection (not only cigarette smoke related to tobacco control, but also various data such as temperature, humidity, PM2.5, etc.), multi-point acquisition, and data realization.
  • the summary can provide comprehensive information for relevant management departments (including tobacco control departments and environmental health departments), facilitate management and specific rectification.
  • Figure 1 is a block diagram showing the construction of a system of the present invention.
  • FIG. 1 is an embodiment of controlling smoke and containing real-time control of air quality.
  • the tobacco control host 1 and the purification host 2 are connected to form a smoke control monitoring and purifying unit.
  • a practical example is a hospital building, where there are multiple personnel-intensive spaces, and multiple tobacco control purification units are required. Of course, each space is not limited to just one.
  • the tobacco control host 1 is one of the terminals that constitute the network of the system, and includes a smoke sensing module, an audible and visual alarm module, and a local area network module, and the tobacco control host 1 controls the work of the purification host 2.
  • the shape design of the tobacco control host 1 can be no different from the general smoke alarm device, and the smoke sensing module is used to sense the air quality. It adopts ceiling or wall mounting, and its surface has a marking surface as the terminal for controlling tobacco. The marking surface is a no smoking mark, and the illuminating device is arranged behind the marking surface to illuminate the marking surface.
  • the smoke sensing module senses that the smoke caused by the smoking in the space reaches the set value
  • the sound and light alarm module of the tobacco control host 1 emits an audible alarm, which may be a voice prompt or other beep sounds, and simultaneously illuminate the identification surface.
  • use colorful illuminating equipment to illuminate different colors to make hints, such as light pollution yellow, heavy pollution red.
  • the main control unit 1 is a sensing and alarm-based device with low power requirements. Therefore, based on cost and system simplification, the power supply of the tobacco control host 1 is supplied from the power supply module of the purification main unit 2.
  • the configuration ratio of the tobacco control host 1 and the purification host 2 can be 1: 1, or other ratios, which can be flexibly set according to the purification needs of the on-site space and the monitoring needs.
  • the function of the local area network module of the tobacco control host 1 is to perform network connection with the clean host 2 and the data host 3, and control the work of the clean host 2 and the sensed air quality data are summarized to the data host 3. When the level of air pollution is high (also reaching the set value), the control will be turned on to clean the host 2 to achieve active elimination of air pollution.
  • the data host 3 includes a display screen, a local area network communication module and an internet module, the local area network communication module is connected with the local area network module of the tobacco control host 1, and the internet module is connected with the software platform server 4; the software platform server 4 receives the signals from the data host 3, and collects Information data and summary processing equipment can realize various data output and statistical management.
  • the data host 3 is a data summary and transfer device, so the number of requirements is not much.
  • various air parameters such as temperature, humidity sensor, PM2.5 sensor, etc. can be selectively integrated.
  • the monitoring module is displayed on the display. Specific examples are placed in a prominent position in the hospital outpatient hall to facilitate people to understand environmental quality information.
  • a wireless terminal 5 can be a mobile phone, a mobile computer, etc., which can further expand the data transmission range and facilitate management and statistics.
  • an IoT system for active tobacco control and air quality control can be realized in the hospital as described above, and can be controlled in real time by outputting to a display device or the like in the monitoring room of the software platform server.
  • the control of tobacco control and air quality control throughout the hospital enables the hospital management to provide sufficient data to refer to the corresponding measures.
  • the smoking behavior can be actively alerted according to the needs.
  • This warning is no longer static and silent, but has a strong sound and light. Stimulating, the warning effect will be greatly improved; it can also actively open air purification to actively intervene in the air quality in the space. This also controls some urgent and sudden air pollution incidents, such as high-pollution weather, and the quality of the indoor environment decreases, but through active control, the air safety of these high-demand places in the hospital is guaranteed.
  • the invention can also promote the formation of a larger network, such as a key place in a city: stations, subways, hospitals, schools, etc. are provided with tobacco control host, purification host and data host, and the control center is arranged in the administrative department of environmental protection and tobacco control. It is convenient for them to keep abreast of the situation and provide strong and scientific technical support for the improvement of policy making and management tools.
  • the role of the emergency prevention means is that emergency public events, such as poisonous terrorist attacks, can also be used to ensure public safety in a timely manner.

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Disinfection, Sterilisation Or Deodorisation Of Air (AREA)
  • Air Conditioning Control Device (AREA)

Abstract

一种物联网的主动控烟及空气管控系统,包括净化主机、数据主机、控烟主机和软件平台服务器,净化主机是空气净化装置,同时包含电源供给模块,净化主机与控烟主机连接并给它供电;控烟主机含有烟雾感应模块、声光报警模块、局域网模块,控烟主机控制净化主机的工作;控烟主机上还具有标识面;数据主机包括显示屏、局域网通信模块和互联网模块,局域网通信模块和控烟主机的局域网模块连接,互联网模块和软件平台服务器连接。本发明具有实时监测、数据丰富的特点,能对应的情况发出声光警示、主动空气净化,还能为控烟和环境管理部门提供全面信息,方便其管理和具体整治,最后还能应对空气的紧急突发状况。

Description

一种物联网的主动控烟及空气管控系统
技术领域
本发明涉及空气质量监测、控制处理系统, 尤其是一种具有对一定的空间场 所的空气质量管控以及具备对吸烟危害的主动警示、根据需求消除影响、净化空 气的系统, 并组成一个网络以便于管理。
背景技术
随着城市的发展,人类的各种生产生活活动对环境的影响越来越明显。其中, 汽车尾气、 建筑工程等对空气的影响非常大, 造成空气中的有害物质增加, 危害 人体健康。 比如近年来广受关注的空气 PM2.5参数, 就是微小有害物质的指标, 这也能体现人们对空气质量提高的迫切要求。
目前对于这大范围的总体空气环境的治理, 只能依靠地区努力: 减少排放、 增加绿化等, 这其中应用到一些监控设备, 比如设置检测站, 定期监控和上报数 据。
对于局部范围,如一些人员密集的室内公共场所(医院、车站、大型商场等), 同样存在空气污染的情况, 这多是因为人员活动造成的。但是危害依然很大, 特 别容易造成病菌传播、疾病扩散。所以, 现在的一些室内空气净化装置是较受欢 迎的产品。 目前的空气净化装置有负离子的、 光触媒的, 通过设置在空间内, 对 空气进行净化。但是现有的这些空气净化装置都是单机运行, 而且智能化程度较 低, 属于一种被动工作的产品, 再加上空气的流动性、 室内环境的交叉性等, 造 成室内空气管控的效果不佳。
另一方面, 吸烟是生活中常见的一种行为。 吸烟不仅对自身健康有害, 更因 吐出的烟雾会造成对空气的污染, 影响周围的人。所以现在各个国家都对公共场 所吸烟行为提出了禁令, 对应的, 在公共场所张贴禁烟标志。但是这种静态的警 示标志没有强制约束力, 还是需要依靠人们自觉遵守, 有时候效果并不理想。 并 且, 现在对于控烟没有能够采取主动措施的设备。
发明内容
本发明的目的是针对现有的环境空气质量和室内空气质量的管控要求,以及 有效的控烟手段的要求, 发明一种具有无线联网功能、管控效率高、 效果明显的 基于物联网技术的主动控烟和空气质量管控和净化处理的系统。
为达上述发明目的, 采取的技术手段是:
一种物联网的主动控烟及空气管控系统, 包括净化主机、数据主机、控烟主 机和软件平台服务器, 净化主机是空气净化装置, 同时包含电源供给模块, 净化 主机与控烟主机连接并给它供电; 控烟主机含有烟雾感应模块、 声光报警模块、 局域网模块, 控烟主机控制净化主机的工作; 控烟主机上还具有标识面;
数据主机包括显示屏、局域网通信模块和互联网模块, 局域网通信模块和控 烟主机的局域网模块连接, 互联网模块和软件平台服务器连接;
软件平台服务器是接收来自各数据主机的信号, 收集信息数据、汇总处理的 设备, 能够实现各种数据输出和统计管理。
优选的: 本系统的数据主机还含有温度传感器、 湿度传感器或者 PM2.5 感 应器中的一种或多种。 实现对空气质量的全面监测。
进一步的优选: 本系统还包括有移动终端, 所述的移动终端和软件平台服务器无 线连接。
本发明是一种针对公共场所的控烟、空气质量实时管控的系统, 通过一定数 量布置的净化主机、数据主机和控烟主机构成管控、处理网络, 不仅具有实时监 测、数据丰富的特点, 还能根据每个现场的烟雾浓度等具体情况, 由控烟主机做 出对应的不同程度的声光警示; 这样, 改变了传统控烟设备的单一、 效果细微的 状况, 大幅度提高控烟警示的感官刺激, 提高控烟效果。 并且, 还能根据需求主 动控制净化主机工作开始空气净化。
另外,通过在数据主机上增加的扩展模块, 能够实现全面空气质量数据采集 (不仅是控烟有关的香烟烟雾, 还包括如温度、 湿度、 PM2.5等各种数据)、 多 点采集, 实现数据汇总, 能为有关管理部门 (包括控烟部门和环境卫生部门)掌 握全面信息提供便利, 方便管理和具体整治。
最后,还能应对公共场所的有关空气质量的紧急突发事件, 第一时间做出统 一、 有效的现场处理。
附图说明
图 1是本发明的系统的实施结构图。
具体实施方式 为了更好的说明本发明的构成, 下面结合附图 1举一较佳实施例说明。 本实施例是一个控烟并含有空气质量实时管控的实施例。 如图 1, 控烟主机 1和净化主机 2连接, 构成一个控烟监控净化单元, 一个现实的例子如一幢医院 大楼, 存在多个人员密集的空间, 需要多个控烟监控净化单元。 当然, 每个空间 并不限定只设置一个。控烟主机 1是组成本系统网络的终端之一, 含有烟雾感应 模块、 声光报警模块、 局域网模块, 控烟主机 1控制净化主机 2的工作。 控烟主 机 1的外形设计和一般的烟雾报警装置可以无异,烟雾感应模块, 用于感应空气 质量。采用吸顶或者壁挂安装,其表面具有标识面,作为控烟为主要功能的终端, 这个标识面为禁烟标记, 发光设备安排在标识面后面, 用于点亮标识面。 当烟雾 感应模块感应到空间内的吸烟引起的烟雾达到设定数值的时候,控烟主机 1的声 光报警模块发出声音报警, 可以是语音提示, 也可以其他蜂鸣声等, 同时点亮标 识面, 根据空间内污染情况的不同, 采用多彩的发光设备, 点亮不同的颜色进行 提示, 比如轻度污染黄色, 重度污染红色等。 同时, 控烟主机 1作为感应和报警 为主的装置, 用电要求较低, 所以基于成本和系统简化方面考虑, 控烟主机 1 的供电采用从净化主机 2的电源供给模块供应的方式。控烟主机 1和净化主机 2 的配置比例可以是 1 : 1, 也可以是其他配比, 根据现场空间的净化需要和监测 需要灵活设定。控烟主机 1的局域网模块的作用是和净化主机 2以及数据主机 3 进行网络连接,控制净化主机 2的工作、感应的空气质量数据汇总到数据主机 3。 当感应到空气污染程度较高的时候 (同样是达到设定值), 将控制开启净化主机 2工作, 实现主动消除空气污染。
数据主机 3包括显示屏、局域网通信模块和互联网模块, 局域网通信模块和 控烟主机 1的局域网模块连接, 互联网模块和软件平台服务器 4连接; 软件平台 服务器 4是接收来自各数据主机 3的信号, 收集信息数据、汇总处理的设备, 能 够实现各种数据输出和统计管理。
可知的是, 数据主机 3是一个数据汇总和中转装置, 所以数量要求不多, 同时在 数据主机 3中, 还可以选择性的集成温度、湿度传感器、 PM2.5感应器等各种空 气参数的监测模块,在显示屏上显示。具体的实例如在医院门诊大厅的显著位置 放置一台, 方便人们了解有关环境质量信息。
并且如本实施例, 和软件平台服务器 4连接的, 还有无线终端 5, 无线终端 可以是手机、移动电脑等设备, 这样可以将数据的传输范围进一步扩大, 方便管 理和统计。
倘使用本发明的这套系统,使用在如前述的医院的场合, 可以实现一个主动 控烟和空气质量管控的物联网系统,在软件平台服务器的监控室内, 通过输出到 显示器等装置, 可以实时管控整个医院各处的控烟情况和空气质量管控, 能够医 院管理方提供足够的数据参考采取对应的措施。 同时, 在每个管控现场, 通过分 布的控烟主机 1和净化主机 2, 可以根据需要, 主动对吸烟行为进行警示, 这种 警示不再是静态和沉默的, 而是带有较为强烈的声光刺激的, 警示效果将大大提 高; 还能主动开启空气净化, 对空间内的空气质量进行主动干预。 这还能够对一 些紧急、 突发的空气污染事件进行控制, 比如高污染天气, 室内环境质量随之下 降, 但通过主动管控, 保证医院这些高要求场所的空气安全。
本发明还能够推广组成更大网络, 如一个城市的重点场所: 车站、 地铁、 医 院、 学校等均设置控烟主机、 净化主机和数据主机, 将管控中心安排在环保、 控 烟的行政管理部门处, 可以方便他们随时了解情况, 为政策制定和管理手段的改 进提供有力而科学的技术支持。作为应急防范手段的作用在于, 发生紧急公共事 件, 如毒气恐怖袭击等情况, 还能起到及时处理保证公共安全的作用。

Claims

权 利 要 求 书
1. 一种物联网的主动控烟及空气管控系统, 包括净化主机 (2)、 数据主机 (3)、 控烟主机 (1 ) 和软件平台服务器 (4), 净化主机 (2) 是空气净化装置, 同时包含电源供给模块, 净化主机(2)与控烟主机(1 )连接并给它供电; 控烟 主机 (1 ) 含有烟雾感应模块、 声光报警模块、 局域网模块, 控烟主机控制净化 主机的工作; 控烟主机上还具有标识面;
数据主机 (3) 包括显示屏、 局域网通信模块和互联网模块, 局域网通信模 块和控烟主机的局域网模块连接, 互联网模块和软件平台服务器连接;
软件平台服务器 (4) 是接收来自各数据主机的信号、 收集信息数据、 汇总 处理的设备, 能够实现各种数据输出和统计管理。
2. 根据权利要求 1所述的一种物联网的主动控烟及空气管控系统, 其特征 是: 所述的数据主机 (3) 还含有温度传感器、 湿度传感器或者 PM2.5感应器中 的一种或多种。
3. 根据权利要求 1所述的一种物联网的主动控烟及空气管控系统, 其特征 是: 本系统还包括有移动终端(5), 所述的移动终端(5)和软件平台服务器(4) 无线连接。
PCT/CN2013/075394 2013-04-03 2013-05-09 一种物联网的主动控烟及空气管控系统 WO2014161217A1 (zh)

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