TWI662857B - Network system based on street lamp - Google Patents

Network system based on street lamp Download PDF

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TWI662857B
TWI662857B TW106103172A TW106103172A TWI662857B TW I662857 B TWI662857 B TW I662857B TW 106103172 A TW106103172 A TW 106103172A TW 106103172 A TW106103172 A TW 106103172A TW I662857 B TWI662857 B TW I662857B
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module
information
data
network architecture
bridge
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TW201828769A (en
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江宏祥
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艾普仕股份有限公司
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Abstract

一種基於路燈之網路架構系統,包括:近端設備;具有無線接入單元的資訊傳輸模組;具有路燈、橋接模組與用於控制路燈啟閉的照明控制系統的路燈群;網關模組;以及雲端平台。本發明的網路架構系統可以將近端設備輸出的設備感測資訊傳送至雲端平台中進行分析及處理,並可將雲端平台所輸出的控制數據傳送至橋接模組,以控制照明控制系統或資訊傳輸模組執行運作。藉此,本發明不但可提供有效且智能化的城市管理服務,且可在智慧型城市的服務體系中作為不同功能的管理控制系統予以使用,具有廣泛的應用範圍。再者,本揭露還提供一種由近端設備、資訊傳輸模組、路燈、照明控制系統、網關模組以及雲端平台所構成的基於路燈之網路架構系統,不僅架構更為簡單,亦能提供較高的傳輸頻寬。 A streetlight-based network architecture system includes: a near-end device; an information transmission module with a wireless access unit; a streetlight group with a streetlight, a bridge module, and a lighting control system for controlling the opening and closing of the streetlight; a gateway module ; And cloud platforms. The network architecture system of the present invention can transmit the device sensing information output by the near-end device to the cloud platform for analysis and processing, and can transmit the control data output by the cloud platform to the bridge module to control the lighting control system or information. The transmission module performs operations. In this way, the invention not only can provide effective and intelligent city management services, but also can be used as a management control system with different functions in the service system of a smart city, and has a wide range of applications. Furthermore, this disclosure also provides a street light-based network architecture system composed of a near-end device, an information transmission module, a street light, a lighting control system, a gateway module, and a cloud platform, which not only has a simpler architecture but also provides Higher transmission bandwidth.

Description

基於路燈之網路架構系統 Network architecture system based on street lights

本發明係涉及一種網路架構系統,更詳而言之,係指一種基於路燈之網路架構系統。 The present invention relates to a network architecture system, and more specifically, to a network architecture system based on street lights.

隨著經濟的快速發展,城市化建設也呈現高速增長,各類基礎設施建設大規模推進,人們對生活服務的效率和質量也提出了越來越高的要求。 然而,傳統的城市管理模式存在高成本、低效率的問題,難以滿足日新月異的城市發展需求。舉例而言,目前的水、電、煤等公共服務行業的抄表方式仍採用人工方式進行作業,由公共事業單位派出工作人員上門進行抄表,這種抄表的方式不僅讀數不夠準確,數據的維護及保存操作也較為繁瑣,亦需花費大量的人力,成本較高且效率低下。同時,由於工作時間用戶往往不在家中,還容易造成抄表困難以及欠費等問題。因此,如何有效地管理城市、服務社會、感知居民的生活需求乃是城市管理亟需解決的問題。 With the rapid development of the economy, urbanization construction has also shown rapid growth, and various types of infrastructure construction have been promoted on a large scale. People have also raised higher and higher requirements for the efficiency and quality of living services. However, the traditional urban management model has the problems of high cost and low efficiency, and it is difficult to meet the changing needs of urban development. For example, the current meter reading methods of public service industries such as water, electricity, coal, etc. still use manual methods to perform operations. Staff from the public utility units come to perform meter reading. This meter reading method not only has inaccurate readings, but also data. Maintenance and storage operations are also cumbersome, require a lot of manpower, and are costly and inefficient. At the same time, because users are often not at home during working hours, it is also easy to cause problems such as meter reading difficulties and arrears. Therefore, how to effectively manage the city, serve the society, and perceive the living needs of residents is an issue that urban management needs to solve urgently.

智慧型城市是未來城市的發展方向,相較於網路呈現的大數據信息,城市大數據其實更為重要、精準且富有應用價值,其反映了城市的建築、街道、環境、金融、商業、物流、醫療、教育、交通、以及人口等各方面的實 際運行情況。若能有效地利用這些城市大數據,無疑能大大提高城市運行的水平,為政府管理與服務決策、經濟發展、民生保障提高智能化的技術支持。 Smart cities are the development direction of cities in the future. Compared with the big data information presented on the Internet, urban big data is actually more important, accurate, and valuable. Logistics, medical, education, transportation, and population. International operation. If these big data of cities can be effectively used, it will undoubtedly greatly improve the level of urban operation and improve intelligent technical support for government management and service decision-making, economic development, and livelihood security.

有鑑於上述,如何提供一種網路架構系統,以提供高效率且智能化的城市管理服務,即為本案待解決的技術課題。 In view of the above, how to provide a network architecture system to provide efficient and intelligent city management services is a technical problem to be solved in this case.

鑒於上述先前技術之種種問題,本發明之主要目的在於提供一種基於路燈的網路架構系統,以提供高效且智能化的城市管理服務。 In view of the foregoing problems of the prior art, the main object of the present invention is to provide a network architecture system based on street lights to provide efficient and intelligent city management services.

本發明之另一目的在於提供一種基於路燈的網路架構系統,系統架構簡單易於實現,並具有建設成本低廉且覆蓋面廣的優點。 Another object of the present invention is to provide a streetlight-based network architecture system. The system architecture is simple and easy to implement, and has the advantages of low construction cost and wide coverage.

本發明之又一目的在於提供一種基於路燈的網路架構系統,具有可擴展性,適用於不同的應用領域。 Another object of the present invention is to provide a network architecture system based on street lights, which has scalability and is applicable to different application fields.

為達到上述目的以及其他目的,本發明提供一種基於路燈之網路架構系統,包括提供設備感測資訊的近端設備;用於採集該近端設備的設備感測資訊,並據以傳輸設備感測數據之至少一資訊傳輸模組,該資訊傳輸模組具有無線接人單元,係提供在一傳輸範圍內傳輸該設備感測數據;包含至少一具有電源的路燈、至少一橋接模組以及用於控制該路燈群中之該路燈啟閉的照明控制系統之路燈群,其中,該橋接模組係藉由該路燈群中之該路燈的電源供電以在一收發範圍內進行數據的收發,該橋接模組係接收該設備感測數據,並與該照明控制系統通訊連接;係以無線通訊方式與該路燈群的橋接模組通訊連接,而構成網路架構之網關模組;以及係與該網關模組通訊連接之雲端平台,俾對該網關模組輸出控制數據;其中,當該橋接模組接收該設備感測數據時,係透過該網路架構將該設備感測數據輸出至與該橋接模組通訊連接的該網關模 組,而後該雲端平台係透過該網關模組接收該設備感測數據,俾針對該設備感測數據進行分析,而得出該設備感測資訊以進行處理;再者,當該雲端平台輸出該控制數據時,該網關模組係接收該控制數據,並透過該網路架構,將該控制數據輸出至該網關模組所通訊連接的橋接模組,俾供該橋接模組依據該控制數據控制所通訊連接的資訊傳輸模組的運作,或依據該控制數據控制所通訊連接的照明控制系統的運作。 In order to achieve the above and other objectives, the present invention provides a streetlight-based network architecture system, which includes a near-end device that provides device sensing information; and is used to collect the device sensing information of the near-end device and transmit the device sense accordingly. At least one information transmission module for measuring data, the information transmission module having a wireless access unit, which is used to transmit the sensing data of the device within a transmission range; including at least one street lamp with a power source, at least one bridge module, and The street light group of a lighting control system for controlling the opening and closing of the street light group in the street light group, wherein the bridge module is powered by the power of the street light in the street light group to transmit and receive data within a transmitting and receiving range. The bridge module receives the sensing data of the device and communicates with the lighting control system; it communicates with the bridge module of the street light group by wireless communication to form a gateway module of the network architecture; and The cloud platform that the gateway module communicates with, outputs control data to the gateway module; where the bridge module receives the device sensing data, The network architecture of the gateway module via the device senses a data output connected to the communication module of the bridge Group, and then the cloud platform receives the device sensing data through the gateway module, and then analyzes the device sensing data to obtain the device sensing information for processing; further, when the cloud platform outputs the When controlling data, the gateway module receives the control data, and outputs the control data to the bridge module to which the gateway module communicates through the network structure, so that the bridge module can control according to the control data. The operation of the information transmission module of the communication connection, or the operation of the lighting control system of the communication connection is controlled according to the control data.

較佳者,於上述系統中,該網關模組係提供通訊協定的調整介面,以適應各種具有不同通訊協定的雲端平台,俾供該網關模組與該雲端平台通訊連接。 Preferably, in the above-mentioned system, the gateway module provides an adjustment interface of a communication protocol to adapt to various cloud platforms having different communication protocols, so that the gateway module can communicate with the cloud platform.

較佳者,於上述系統中,該至少一資訊傳輸模組係為複數個資訊傳輸模組,各該資訊傳輸模組係透過處於該傳輸範圍內的其他至少一資訊傳輸模組傳輸該設備感測數據,而藉由其他至少一資訊傳輸模組將該設備感測數據傳遞至該橋接模組。 Preferably, in the above system, the at least one information transmission module is a plurality of information transmission modules, and each of the information transmission modules transmits the device sense through other at least one information transmission module within the transmission range. Measuring data, and transmitting the device sensing data to the bridge module through at least one other information transmission module.

較佳者,於上述系統中,該至少一橋接模組係為複數個橋接模組,各該橋接模組係透過處於該收發範圍內的其他至少一橋接模組傳輸該設備感測數據,而藉由其他至少一橋接模組將該設備感測數據傳遞至該網關模組。 Preferably, in the above system, the at least one bridge module is a plurality of bridge modules, and each of the bridge modules transmits the device sensing data through other at least one bridge module within the transmission and reception range, and The device sensing data is transmitted to the gateway module through at least one other bridge module.

較佳者,於上述系統中,該近端設備係為追踪單元(tracker)以及遠程計量單元(metering)之其中任一者或組合。 Preferably, in the above system, the near-end device is any one or a combination of a tracker and a remote metering unit.

較佳者,於上述系統中,該網路架構系統還包括環境監測模組,該環境監測模組係設置於該路燈群中的該路燈上,且與該路燈群中的橋接模組通訊連接,該環境監測模組係採集環境監測資訊,據以輸出環境監測數據,當該環境監測模組輸出該環境監測數據時,與該環境監測模組通訊連接的橋接模 組係接收該環境監測數據,並透過該網路架構,將該環境監測數據輸出至與該橋接模組通訊連接的該網關模組,而後該雲端平台係透過該網關模組接收該環境監測數據,俾供對該環境監測數據進行分析,而得出該環境監測資訊以進行處理。較佳者,該橋接模組與該環境監測模組係設置在一基板,該基板係為可攜式通訊裝置用基板。 Preferably, in the above system, the network architecture system further includes an environmental monitoring module, and the environmental monitoring module is disposed on the street lamp in the street lamp group and communicates with the bridge module in the street lamp group. The environmental monitoring module collects environmental monitoring information to output environmental monitoring data. When the environmental monitoring module outputs the environmental monitoring data, the bridge module communicates with the environmental monitoring module. The system receives the environmental monitoring data, and outputs the environmental monitoring data to the gateway module in communication with the bridge module through the network structure, and then the cloud platform receives the environmental monitoring data through the gateway module. , For analysis of the environmental monitoring data, and obtain the environmental monitoring information for processing. Preferably, the bridge module and the environmental monitoring module are disposed on a substrate, and the substrate is a substrate for a portable communication device.

較佳者,於上述系統中,該環境監測模組係為全球定位功能單元、車用電子設備監測單元、空氣質量監測單元、壓力感測單元、水流感測單元、煙霧偵測單元、噪音監測單元、視頻監控單元,溫度感測單元、濕度感測單元以及光線感測單元之其中任一者或組合。 Preferably, in the above system, the environmental monitoring module is a global positioning function unit, a vehicle electronic equipment monitoring unit, an air quality monitoring unit, a pressure sensing unit, a water flu testing unit, a smoke detection unit, and a noise monitoring system. Any one or combination of a unit, a video monitoring unit, a temperature sensing unit, a humidity sensing unit, and a light sensing unit.

較佳者,於上述系統中,該雲端平台還提供資訊媒體模組,該資訊媒體模組係提供該設備感測資訊或該環境監測資訊,並提供針對該設備感測資訊或該環境監測資訊輸入互動資訊的介面。 Preferably, in the above system, the cloud platform also provides an information media module, which provides the device sensing information or the environmental monitoring information, and provides the device sensing information or the environmental monitoring information. Interface for entering interactive information.

較佳者,於上述系統中,該雲端平台還具有資訊分析模組,俾對該設備感測資訊與該環境監測資訊進行分析,將該設備感測資訊與該環境監測資訊區分為專屬資訊與非專屬資訊,且該雲端平台還具有資訊分享模組與資訊推播模組,該資訊推播模組係對專屬對象推播該專屬資訊,該資訊分享模組係對非專屬對象分享該非專屬資訊。 Preferably, in the above system, the cloud platform also has an information analysis module, which analyzes the device sensing information and the environmental monitoring information, and distinguishes the device sensing information from the environmental monitoring information into exclusive information and Non-exclusive information, and the cloud platform also has an information sharing module and an information push module, the information push module is to push the exclusive information to the exclusive object, and the information sharing module is to share the non-exclusive object to the non-exclusive object Information.

較佳者,於上述系統中,該雲端平台還具有資訊交易模組,俾對該設備感測資訊與該環境監測資訊進行交易。 Preferably, in the above-mentioned system, the cloud platform also has an information transaction module, so that the device sensing information and the environmental monitoring information are traded.

較佳者,於上述系統中,該雲端平台復包括輸出公告數據,該公告數據代表公告資訊,該網關模組係接收該公告數據,並透過該網路架構,將 該公告數據輸出至該網關模組所通訊連接的橋接模組,俾藉由該橋接模組廣播該公告數據所代表的公告資訊。 Preferably, in the above system, the cloud platform further includes outputting announcement data, the announcement data represents announcement information, and the gateway module receives the announcement data and sends the announcement data through the network architecture. The announcement data is output to the bridge module connected to the gateway module, and the bridge module broadcasts the announcement information represented by the announcement data.

較佳者,於上述系統中,該雲端平台還具有廣告交易模組,俾對該公告資訊的廣播進行交易。 Preferably, in the above-mentioned system, the cloud platform also has an advertisement transaction module, so as to trade the broadcast of the announcement information.

較佳者,於上述系統中,復包括移動設備,其中,當該移動設備靠近該橋接模組時,該移動設備係與該橋接模組通訊連接,俾播放該橋接模組所廣播的公告資訊,其中,該橋接模組所廣播的公告資訊包含身份詢問訊息,當該移動設備靠近該橋接模組時,該移動設備係可收到該身份詢問訊息,而後可選擇透過內建的社群媒體帳號提供一身份識別資訊予該橋接模組,並透過該網路架構,將該身份識別資訊輸出至該網關模組,而後該雲端平台係透過該網關模組接收該身份識別資訊,俾提供識別該移動設備的使用者的身份,與提供紀錄該移動設備的使用者的狀態。 Preferably, in the above system, the mobile device further includes a mobile device. When the mobile device is close to the bridge module, the mobile device is communicatively connected to the bridge module, and the announcement information broadcast by the bridge module is played. Among them, the announcement information broadcast by the bridge module includes an identity inquiry message. When the mobile device approaches the bridge module, the mobile device can receive the identity inquiry message, and then can choose to use the built-in social media. The account provides an identification information to the bridge module, and outputs the identification information to the gateway module through the network structure, and then the cloud platform receives the identification information through the gateway module, and provides identification The identity of the user of the mobile device and the status of the user of the mobile device.

較佳者,於上述系統中,該路燈群的路燈具有與所關聯的橋接模組通訊連接的播放模組,該播放模組用以播放該橋接模組所廣播的公告資訊,且該播放模組還具有交互介面,用於產生關於該公告資訊的交互資訊,並依據所產生的該交互資訊輸出一交互數據;當該播放模組輸出該交互數據時,該橋接模組係接收該交互數據,並透過該網路架構,將該交互數據輸出至該網關模組,而後該雲端平台係透過該網關模組接收該交互數據,俾供對該交互數據進行分析,而得出該交互資訊以進行處理。 Preferably, in the above system, the street lights of the street light group have a playback module that communicates with the associated bridge module, the playback module is used to play the announcement information broadcast by the bridge module, and the playback module The group also has an interactive interface for generating interactive information about the announcement information and outputting interactive data according to the generated interactive information; when the playback module outputs the interactive data, the bridge module receives the interactive data And through the network architecture, output the interaction data to the gateway module, and then the cloud platform receives the interaction data through the gateway module for analysis of the interaction data to obtain the interaction information. For processing.

較佳者,於上述系統中,各該路燈還設置設備座,該設備座係可供擺設網路設備,並藉由該設備座所設置的路燈對該網路設備供電,且該網路 設備透過該路燈所關聯的橋接模組連接該網路架構,以提供網路服務,該雲端平台還具有租賃介面,用以針對設置於各該路燈上的設備座提供租賃交易。 Preferably, in the above system, each of the street lamps is further provided with a device holder, the device holder is used for setting network equipment, and the network device is powered by the street lamp provided in the device holder, and the network The device is connected to the network architecture through a bridge module associated with the street light to provide network services. The cloud platform also has a rental interface for providing rental transactions for the equipment seat provided on each street light.

較佳者,於上述系統中,該雲端平台還具有頻寬交易模組,俾對該網路架構的頻寬進行交易。 Preferably, in the above-mentioned system, the cloud platform also has a bandwidth transaction module, so as to trade the bandwidth of the network architecture.

再者,本發明還提供另一種基於路燈之網路架構系統,包括提供設備感測資訊的近端設備;用於採集該近端設備的設備感測資訊,並據以傳輸設備感測數據的資訊傳輸模組,該資訊傳輸模組具有無線接入單元,係提供在一傳輸範圍內傳輸該設備感測數據;具有電源的電路;用於控制該路燈啟閉的照明控制系統;藉由該路燈的電源供電以在一通訊範圍內以無線通訊方式接收該設備感測數據,並與該照明控制系統通訊連接的網關模組;以及係與該網關模組通訊連接的雲端平台,俾對該網關模組輸出控制數據;其中,當該網關模組接收該設備感測數據時,係將該設備感測數據輸出至該雲端平台,而後該雲端平台係針對該設備感測數據進行分析,得出該設備感測資訊以進行處理;當該雲端平台輸出該控制數據時,該網關模組係接收該控制數據,並依據該控制數據控制該資訊傳輸模組的運作,或依據該控制數據控制所通訊連接的照明控制系統的運作。 Furthermore, the present invention also provides another streetlight-based network architecture system, which includes a near-end device that provides device sensing information; and a device for collecting the device sensing information of the near-end device and transmitting the device sensing data accordingly. Information transmission module, which has a wireless access unit, is provided to transmit the sensing data of the device within a transmission range; a circuit with a power source; a lighting control system for controlling the opening and closing of the street light; The power supply of the street light is used to receive the device sensing data wirelessly within a communication range, and the gateway module is in communication with the lighting control system; and the cloud platform is in communication with the gateway module. The gateway module outputs control data. When the gateway module receives the device sensing data, it outputs the device sensing data to the cloud platform, and then the cloud platform analyzes the device sensing data to obtain Output the device sensing information for processing; when the cloud platform outputs the control data, the gateway module receives the control data and according to the control The data control operation of the information transmission module, or lighting control system operates on the basis of the control data for controlling the communication connection.

較佳者,於上述系統中,該網關模組係提供通訊協定的調整介面,以適應各種具有不同通訊協定的雲端平台,俾供該網關模組與該雲端平台通訊連接。 Preferably, in the above-mentioned system, the gateway module provides an adjustment interface of a communication protocol to adapt to various cloud platforms having different communication protocols, so that the gateway module can communicate with the cloud platform.

綜上所述,本發明之基於路燈之網路架構系統藉由網關模組與路燈群的橋接模組所組成之網路架構,以將資訊傳輸模組所輸出的設備感測數據傳送至雲端平台中進行分析處理,同時也可將雲端平台輸出的控制訊號傳送至 橋接模組中以控制路燈群中的照明控制系統或設備感測模組執行相應的運作,以實現智能化的城市管理功能。此外,本發明之網路架構系統係基於路燈而設置,並最大限度的利用現有設備資源而建成,且系統架構簡單易於實現,具有建設成本低廉且覆蓋範圍廣的特點。再者,本發明之網路架構系統係可在智慧型城市的服務體系中作為不同功能的管理控制系統予以使用,具有廣泛的應用範圍。再者,本發明還提供了一種僅由近端設備、資訊傳輸模組、路燈、照明控制系統、網關模組以及雲端平台所構成的基於路燈之網路架構系統,不僅架構更為簡單,還能提供較高的數據傳輸頻寬。 In summary, the streetlight-based network architecture system of the present invention uses a network architecture composed of a gateway module and a bridge module of a streetlight group to transmit device sensing data output by the information transmission module to the cloud. The platform performs analysis and processing, and can also send the control signal output from the cloud platform to The bridge module controls the lighting control system or device sensing module in the street light group to perform corresponding operations to achieve intelligent city management functions. In addition, the network architecture system of the present invention is set up based on street lights, and is constructed by maximizing the use of existing equipment resources. The system architecture is simple and easy to implement, and has the characteristics of low construction cost and wide coverage. Furthermore, the network architecture system of the present invention can be used as a management control system with different functions in the service system of a smart city, and has a wide range of applications. Furthermore, the present invention also provides a streetlight-based network architecture system consisting of only a near-end device, an information transmission module, a street light, a lighting control system, a gateway module, and a cloud platform. Can provide higher data transmission bandwidth.

10、20‧‧‧基於路燈之網路架構系統 10, 20‧‧‧ Network architecture system based on street lights

101、201‧‧‧近端設備 101, 201‧‧‧ near-end equipment

110、210‧‧‧資訊傳輸模組 110, 210‧‧‧ Information Transmission Module

111、211‧‧‧無線接入單元 111, 211‧‧‧ wireless access unit

120‧‧‧路燈群 120‧‧‧ street lamp group

121、221‧‧‧路燈 121, 221‧‧‧ street lights

1211、1211a、2211‧‧‧電源 1211, 1211a, 2211‧‧‧ Power

122‧‧‧橋接模組 122‧‧‧Bridge Module

123、223‧‧‧照明控制系統 123, 223‧‧‧lighting control system

130、230‧‧‧網關模組 130, 230‧‧‧Gateway Module

140、240‧‧‧雲端平台 140, 240‧‧‧ Cloud Platform

141‧‧‧資訊媒體模組 141‧‧‧Information Media Module

142‧‧‧資訊分析模組 142‧‧‧Information Analysis Module

1421‧‧‧資訊分享模組 1421‧‧‧Information Sharing Module

1422‧‧‧資訊推播模組 1422‧‧‧ Information Push Module

143‧‧‧資訊交易模組 143‧‧‧Information Trading Module

144‧‧‧廣告交易模組 144‧‧‧Ad Exchange Module

150‧‧‧環境監測模組 150‧‧‧ environmental monitoring module

160‧‧‧移動設備 160‧‧‧mobile device

170‧‧‧播放模組 170‧‧‧playback module

180‧‧‧設備座 180‧‧‧Equipment Block

181‧‧‧租賃介面 181‧‧‧Leasing interface

190‧‧‧頻寬交易模組 190‧‧‧Bandwidth Trading Module

圖1為說明本發明之基於路燈之網路架構系統之基本框架圖;圖2A及圖2B為本發明之基於路燈之網路架構系統之硬體框架實施例示意圖;圖3至圖8為本發明之基於路燈之網路架構系統之各應用實施例示意圖;以及圖9為本發明之另一種基於路燈之網路架構系統之基本框架圖。 FIG. 1 is a basic frame diagram illustrating a street light-based network architecture system according to the present invention; FIG. 2A and FIG. 2B are schematic diagrams of a hardware frame embodiment of the street light-based network architecture system according to the present invention; A schematic diagram of various application embodiments of the street light-based network architecture system of the invention; and FIG. 9 is a basic framework diagram of another street light-based network architecture system of the invention.

以下內容將搭配圖式,藉由特定的具體實施例說明本發明之技術內容,熟悉此技術之人士可由本說明書所揭示之內容輕易地了解本發明之其他優點與功效。本發明亦可藉由其他不同的具體實施例加以施行或應用。本說明書中的各項細節亦可基於不同觀點與應用,在不背離本發明之精神下,進行各 種修飾與變更。尤其是,於圖式中各個元件的比例關係及相對位置僅具示範性用途,並非代表本發明實施的實際狀況。 The following content will be combined with drawings to illustrate the technical content of the present invention through specific embodiments. Those skilled in the art can easily understand other advantages and effects of the present invention from the content disclosed in this specification. The invention can also be implemented or applied by other different specific embodiments. The details in this specification can also be based on different perspectives and applications without departing from the spirit of the invention. Modifications and changes. In particular, the proportional relationships and relative positions of the various elements in the drawings are only exemplary, and do not represent the actual status of the implementation of the present invention.

圖1為本發明之基於路燈之網路架構系統10之基本框架圖。如圖所示,基於路燈之網路架構系統10主要由近端設備101、至少一資訊傳輸模組110、路燈群120、網關模組130以及雲端平台140所構成。 FIG. 1 is a basic framework diagram of a streetlight-based network architecture system 10 of the present invention. As shown in the figure, the street light-based network architecture system 10 is mainly composed of a near-end device 101, at least one information transmission module 110, a street light group 120, a gateway module 130, and a cloud platform 140.

近端設備101用於提供設備感測資訊。近端設備101可例如為追踪單元(tracker)以及遠程計量單元(metering)。其中,追踪單元係指利用GPS以及射頻分析技術來針對各式物件提供追踪功能,其可運用於人體,例如為老人、兒童以及特殊人群提供定位追踪功能,或可運用於動物,例如寵物、農場飼養牲畜的定位追踪,此外,追踪單元還可運用於物件上,例如物流領域,俾為物流配送提供相關之進度追踪服務。遠程計量單元(請參閱圖2B)係例如為水、電、瓦斯的計量表,可透過於計量表上安裝無線通訊模塊,以實現自助遠程抄表的服務功能。 The near-end device 101 is configured to provide device sensing information. The near-end device 101 may be, for example, a tracker and a remote metering unit. Among them, the tracking unit refers to the use of GPS and radio frequency analysis technology to provide tracking functions for various objects, which can be applied to the human body, for example, to provide positioning and tracking functions for the elderly, children and special groups, or can be applied to animals, such as pets, farms Positioning and tracking of livestock. In addition, the tracking unit can also be applied to objects, such as logistics, to provide related progress tracking services for logistics distribution. The remote metering unit (see FIG. 2B) is, for example, a meter for water, electricity, and gas. A wireless communication module can be installed on the meter to implement the self-service remote meter reading service function.

資訊傳輸模組110用於採集近端設備101的設備感測資訊,並據以傳輸設備感測數據,其中,資訊傳輸模組110中具有無線接入單元111,用於提供在一傳輸範圍內傳輸設備感測數據。 The information transmission module 110 is configured to collect device sensing information of the near-end device 101 and transmit device sensing data accordingly. The information transmission module 110 includes a wireless access unit 111 for providing a transmission range. Transmission device sensing data.

路燈群120係包含有至少一具有電源1211的路燈121、至少一橋接模組122以及一照明控制系統123。於本案的實施例中,路燈群120可有多種組合形式,請配合參閱圖2B,其中,當通訊數據量的需求較低時,可由多個路燈121a,121b,121e與一個橋接模組122a組成一路燈群A;而當通訊數據量的需求較高時,則可由一個路燈121d與一個橋接模組122d構成路燈群B,或者由多個路燈121d,121e,121f,121g與多個橋接模組122d,122e,122f,122g構成路燈群C,亦即,每 一個路燈121均對應與一橋接模組122連接通訊,且上述路燈121與橋接模組122的數量可按照實際需求自行調整。 The street lamp group 120 includes at least one street lamp 121 having a power source 1211, at least one bridge module 122, and a lighting control system 123. In the embodiment of the present case, the street light group 120 may have multiple combinations. Please refer to FIG. 2B. When the demand for communication data is low, it may be composed of multiple street lights 121a, 121b, 121e and one bridge module 122a. One street lamp group A; and when the demand for communication data is high, one street lamp 121d and one bridge module 122d can be used to form street lamp group B, or multiple street lamps 121d, 121e, 121f, 121g and multiple bridge modules 122d, 122e, 122f, 122g constitute street light group C, that is, each Each street lamp 121 is connected to a bridge module 122 for communication, and the number of the street lamps 121 and the bridge module 122 can be adjusted according to actual needs.

此外,橋接模組122係藉由路燈群120中之任意一個路燈121a的電源1211a進行供電(如圖2A所示),俾於一收發範圍內進行數據的收發,具體而言,橋接模組122係用於接收資訊傳輸模組所傳輸的設備感測數據,並與照明控制系統123通訊連接。於本案的實施例中,資訊傳輸模組110係為多個,各資訊傳輸模組110可透過處於傳輸範圍內的其他至少一資訊傳輸模組110以傳輸設備感測數據,並藉由其他至少一資訊傳輸模組110以將設備感測數據傳遞至橋接模組122中。舉例來說,各資訊傳輸模組110係可依照其與橋接模組122之間的傳輸路徑,以由遠及近的方式依序經由各資訊傳輸模組110的無線接入單元111以分站方式傳輸設備感測數據,其中,當前的資訊傳輸模組110包括接收上一資訊傳輸模組110所傳送的設備感測數據,並將上一資訊傳輸模組110的設備感測數據與當前的資訊傳輸模組110的設備感測數據進行封包,再一併傳送至下一資訊傳輸模組110直至傳輸至橋接模組122。然並不以此為限,各資訊傳輸模組110亦可依據無線通訊信號的強弱或傳輸信道的冗餘量,以令當前的資訊傳輸模組110將設備感測數據優先傳送至無線通訊信號較強或傳輸信道的冗餘量較大的下一資訊傳輸模組110中,藉以提升設備感測數據的傳輸效率。 In addition, the bridge module 122 is powered by the power source 1211a of any street lamp 121a in the street lamp group 120 (as shown in FIG. 2A), and performs data transmission and reception within a range of transmission and reception. Specifically, the bridge module 122 It is used to receive the device sensing data transmitted by the information transmission module and communicate with the lighting control system 123. In the embodiment of the present case, there are a plurality of information transmission modules 110, and each information transmission module 110 can transmit the device sensing data through at least one other information transmission module 110 within the transmission range, and the other at least one An information transmission module 110 transmits device sensing data to the bridge module 122. For example, each information transmission module 110 may follow the transmission path between the information transmission module 110 and the bridge module 122 in order from the farthest to the nearest via the wireless access unit 111 of each information transmission module 110 to substation. Transmitting device sensing data in a manner that the current information transmission module 110 includes receiving the device sensing data transmitted by the previous information transmission module 110 and combining the device sensing data of the previous information transmission module 110 with the current The device of the information transmission module 110 senses the data to be packetized, and then transmits it to the next information transmission module 110 until it is transmitted to the bridge module 122. However, it is not limited to this. Each information transmission module 110 can also transmit the device sensing data to the wireless communication signal according to the strength of the wireless communication signal or the redundancy of the transmission channel. In the next information transmission module 110, which has a stronger or redundant channel, the device can improve the transmission efficiency of the sensing data of the device.

照明控制系統123主要用於控制路燈群120中之路燈121的啟閉(如圖2A所示)以及接收橋接模組122的控制數據以針對路燈群120中的路燈121a,121b,121c實現統一的開關控制及亮度調節等操作(請容後詳述)。此外,亦可包括採集路燈121的電壓、電流及功率信息。 The lighting control system 123 is mainly used to control the opening and closing of the street lights 121 in the street light group 120 (as shown in FIG. 2A) and to receive control data of the bridge module 122 to achieve a unified for the street lights 121 a, 121 b, and 121 c in the street light group 120. Switch control and brightness adjustment (please explain in detail later). In addition, it may also include collecting voltage, current, and power information of the street lamp 121.

網關模組130係以無線通訊方式與路燈群120的橋接模組122通訊連接,而構成一網路架構100(如圖1,圖2A及圖2B所示)。其中,橋接模組122係為複數個,且各橋接模組122係透過處於收發範圍內的其他至少一橋接模組122傳輸設備感測數據,而藉由其他至少一橋接模組122將設備感測數據傳遞至網關模組130,與上述的資訊傳輸模組110傳輸設備感測數據相同,各橋接模組122亦可根據傳輸距離的遠近、通訊信號的強弱或傳輸信道的冗餘量來選擇較佳地傳輸路徑以有效率地傳輸設備感測數據至網關130中,具體請參閱前述資訊傳輸模組110,在此不予贅述。再者,於本案的實施例中,網關模組130復可提供通訊協定的調整介面,例如通過於網關模組130中安裝開放源碼(open source)API管理程式,俾令網關模組130可適用於不同的通訊協定,而與各種具有不同通訊協定的雲端平台140通訊連接。應說明的是,所述通訊協定例如為Restful API、OpenADR、ESTI、MQTT、CoAP、DLMS/COSEM、HTTP。 The gateway module 130 communicates with the bridge module 122 of the street light group 120 by wireless communication, and forms a network architecture 100 (as shown in FIG. 1, FIG. 2A and FIG. 2B). Among them, the bridge modules 122 are plural, and each bridge module 122 transmits device sensing data through at least one other bridge module 122 within the transmitting and receiving range, and the other devices are sensed by the other at least one bridge module 122. The measured data is transmitted to the gateway module 130, which is the same as the above-mentioned information transmission module 110 transmitting device sensing data. Each bridge module 122 can also be selected according to the distance of the transmission distance, the strength of the communication signal, or the redundancy of the transmission channel. The transmission path is preferably used to efficiently transmit the device sensing data to the gateway 130. For details, please refer to the aforementioned information transmission module 110, which will not be repeated here. Furthermore, in the embodiment of the present case, the gateway module 130 can provide an interface for adjusting the communication protocol. For example, by installing an open source API management program in the gateway module 130, the gateway module 130 can be applied. It communicates with various cloud platforms 140 having different communication protocols based on different communication protocols. It should be noted that the communication protocol is, for example, Restful API, OpenADR, ESTI, MQTT, CoAP, DLMS / COSEM, and HTTP.

雲端平台140係與網關模組130通訊連接,俾接收網關模組130傳輸的設備感測資訊,以及對網關模組130輸出控制數據。於本案的實施例中,雲端平台140係例如為設置於雲端的伺服器,主要用於數據的彙整統計以及提供輸入控制指令。需說明的是,雲端平台140與網關模組130之間可設置有防火牆,所述的設備感測資訊係經由防火牆再進入雲端平台140,以保障雲端平台140所接收數據的安全性。 The cloud platform 140 is communicatively connected with the gateway module 130, and receives device sensing information transmitted by the gateway module 130, and outputs control data to the gateway module 130. In the embodiment of the present case, the cloud platform 140 is, for example, a server installed in the cloud, and is mainly used for data aggregation statistics and providing input control instructions. It should be noted that a firewall may be provided between the cloud platform 140 and the gateway module 130, and the device sensing information passes through the firewall and then enters the cloud platform 140 to ensure the security of the data received by the cloud platform 140.

其中,當橋接模組122於接收到資訊傳輸模組110經由無線接入單元111所傳輸的設備感測數據時,係透過網路架構100以將設備感測數據輸出至與橋接模組122通訊連接的網關模組130,而後雲端平台140係透過網關模組130接收設備感測數據,俾針對所接收的設備感測數據進行分析,而得出相應的設 備感測資訊以進行處理,例如接收由遠程計量單元所傳輸之水、電、瓦斯的抄表數,據以自動生成計費賬單。較佳的,雲端平台140還可分析該抄表數值是否處於正常範圍,若有異常則自動生成異常統計報表予以提示,藉以實現水、電、瓦斯的自動抄表、自動計費,以及異常監測功能,節省了人力成本,並提高工作效率。 Among them, when the bridge module 122 receives the device sensing data transmitted by the information transmission module 110 via the wireless access unit 111, it outputs the device sensing data to the communication with the bridge module 122 through the network architecture 100. The connected gateway module 130, and then the cloud platform 140 receives the device sensing data through the gateway module 130, and analyzes the received device sensing data to obtain the corresponding design. Prepare sensing information for processing, such as receiving meter readings for water, electricity, and gas transmitted by remote metering units, and automatically generate billing bills based on this. Preferably, the cloud platform 140 can also analyze whether the meter reading value is in a normal range, and if there is an abnormality, it automatically generates an abnormal statistical report to prompt, so as to realize automatic meter reading, automatic billing, and abnormality monitoring of water, electricity, and gas. Features save labor costs and improve work efficiency.

同時,雲端平台140還可提供輸入控制指令,以生成控制數據,且當雲端平台140輸出控制數據時,網關模組130係接收控制數據,並透過網路架構100,將控制數據輸出至網關模組130所通訊連接的橋接模組122,俾供橋接模組122依據控制數據控制所通訊連接的資訊傳輸模組110的運作,或依據控制數據控制所通訊連接的照明控制系統123的運作。舉例而言,管理人員可藉由雲端平台140輸入自動抄表的控制指令,雲端平台140透過將其轉換為控制數據,以經由網關模組130、網路架構100以及橋接模組122傳輸至對應的資訊傳輸模組110中,藉以採集遠程計量單元執行讀表操作所回傳讀取的抄表數值(即設備感測數據)。再者,管理人員亦可藉由雲端平台140輸入相關之路燈控制指令,雲端平台140透過將其轉換為控制數據,以經由網關模組130、網路架構100以及橋接模組122傳輸至對應的照明控制系統123,透過令照明控制系統123執行所輸入的控制指令,以控制路燈121a,121b,121c執行相應的啟閉或亮度調節操作,從而實現遠程智能化管理路燈的功效。 At the same time, the cloud platform 140 can also provide input control instructions to generate control data. When the cloud platform 140 outputs control data, the gateway module 130 receives the control data and outputs the control data to the gateway module through the network architecture 100. The bridging module 122 connected by the group 130 is for the bridging module 122 to control the operation of the information transmission module 110 connected to the communication according to the control data, or to control the operation of the lighting control system 123 connected to the communication according to the control data. For example, an administrator can input a control instruction for automatic meter reading through the cloud platform 140, and the cloud platform 140 converts it into control data for transmission to the corresponding module via the gateway module 130, the network architecture 100, and the bridge module 122. In the information transmission module 110, the meter reading value (ie, device sensing data) read back by the remote metering unit performing the meter reading operation is collected. Furthermore, the management personnel can also input related street light control instructions through the cloud platform 140, and the cloud platform 140 converts them into control data for transmission to the corresponding ones through the gateway module 130, the network architecture 100, and the bridge module 122. The lighting control system 123 controls the street lights 121a, 121b, 121c to perform corresponding opening and closing or brightness adjustment operations by causing the lighting control system 123 to execute the input control instructions, thereby achieving the effect of remotely intelligently managing the street lights.

請配合參閱圖3,於本發明之第一應用實施例中,網路架構系統10復可包括環境監測模組150,環境監測模組150係可設置於路燈群120中的路燈121上,且與路燈群120中的橋接模組122通訊連接,環境監測模組150用於採集環境監測資訊,據以輸出環境監測數據,當環境監測模組150輸出環境監測數據 時,與環境監測模組150通訊連接的橋接模組122係接收環境監測數據,並透過網路架構100,將環境監測數據輸出至與橋接模組122通訊連接的網關模組130,而後雲端平台140係透過網關模組130接收環境監測數據,俾對環境監測數據進行分析,而得出相應之環境監測資訊以進行處理。 Please refer to FIG. 3. In the first application embodiment of the present invention, the network architecture system 10 may include an environmental monitoring module 150. The environmental monitoring module 150 may be disposed on the street lamp 121 in the street lamp group 120, and Communicates with the bridge module 122 in the street light group 120. The environmental monitoring module 150 is used to collect environmental monitoring information and output environmental monitoring data. When the environmental monitoring module 150 outputs environmental monitoring data At this time, the bridge module 122 in communication with the environmental monitoring module 150 receives environmental monitoring data and outputs the environmental monitoring data to the gateway module 130 in communication with the bridge module 122 through the network architecture 100, and then the cloud platform 140 receives environmental monitoring data through the gateway module 130, and analyzes the environmental monitoring data to obtain corresponding environmental monitoring information for processing.

於具體的實施例中,橋接模組122可與環境監測模組150設置在一基板上,例如一可攜式通訊裝置用基板。此外,環境監測模組150可例如為全球定位功能單元、車用電子設備監測單元、空氣質量監測單元、壓力感測單元、水流感測單元、煙霧偵測單元、噪音監測單元、視頻監控單元,溫度感測單元、濕度感測單元以及光線感測單元之其中任一者或組合。例如,環境監測模組150可為一簡易式感測器,用於感測溫度、濕度、污染物、噪音等環境參數,或用於感測水位以針對自然災害(洪水)進行預警提示。此外,環境監測模組150也可為一IVS智慧型影像監控設備,可應用於街道、馬路等區域,用於偵測交通狀況;或設置於學校、醫院等公共區域,用於提供電子圍籬、禁止區管制、徘徊偵測、煙霧偵測等監控服務;此外,還可設置於各類商業區域,用於提供人流統計,可疑行人偵測等監控服務。 In a specific embodiment, the bridge module 122 and the environmental monitoring module 150 can be disposed on a substrate, such as a substrate for a portable communication device. In addition, the environmental monitoring module 150 may be, for example, a global positioning function unit, a vehicle electronic equipment monitoring unit, an air quality monitoring unit, a pressure sensing unit, a water flu testing unit, a smoke detection unit, a noise monitoring unit, and a video monitoring unit. Any one or a combination of a temperature sensing unit, a humidity sensing unit, and a light sensing unit. For example, the environmental monitoring module 150 may be a simple sensor for sensing environmental parameters such as temperature, humidity, pollutants, and noise, or for sensing water level to provide early warning prompts for natural disasters (floods). In addition, the environmental monitoring module 150 can also be an IVS smart image monitoring device, which can be applied to streets, roads and other areas to detect traffic conditions; or it can be installed in public areas such as schools and hospitals to provide electronic fences. , Restricted area control, hover detection, smoke detection and other monitoring services; in addition, it can also be installed in various commercial areas to provide monitoring services such as pedestrian flow statistics and suspicious pedestrian detection.

請繼續參閱圖4,於本發明之第二應用實施例中,雲端平台140還提供一資訊媒體模組141,用於提供前述所接收到的設備感測資訊或環境監測資訊,並針對所提供的設備感測資訊或環境監測資訊提供輸入互動資訊的介面(未予圖示),例如使用者可藉由介面輸入例如“水錶查詢”互動資訊,俾令資訊媒體模組141據以輸出相應之水錶抄表數。 Please continue to refer to FIG. 4. In the second application embodiment of the present invention, the cloud platform 140 further provides an information media module 141 for providing the foregoing received device sensing information or environmental monitoring information, Interface (not shown) for inputting interactive information from device sensing information or environmental monitoring information. For example, the user can input interactive information such as “water meter query” through the interface, and instruct the information media module 141 to output corresponding information. Number of meter readings.

如圖5所示,於本發明之第三應用實施例中,雲端平台140還具有資訊分析模組142,俾對設備感測資訊與環境監測資訊進行分析,將設備感測資 訊與環境監測資訊區分為專屬資訊與非專屬資訊,且雲端平台140還具有資訊分享模組1421與資訊推播模組1422,其中,資訊推播模組1422係對專屬對象推播前述的專屬資訊,而資訊分享模組1421係對非專屬對象分享前述的非專屬資訊,也就是說,資訊分析模組142可針對收集的設備感測資訊與環境監測資訊進行分類,俾將其劃分為專屬資訊與非專屬資訊,其中專屬資訊係指一些僅向特定人群公開的通常具有保密屬性的資訊,則藉由資訊推播模組1422將前述的專屬資訊定向推播至該特定的人群,而非專屬資訊係指可向所有公眾開放的公開資訊,則藉由資訊分享模組1421將非專屬資訊向所有公眾分享公開。 As shown in FIG. 5, in the third application embodiment of the present invention, the cloud platform 140 also has an information analysis module 142, which analyzes the device sensing information and the environmental monitoring information to analyze the device sensing information. Information and environmental monitoring information are divided into exclusive information and non-exclusive information, and the cloud platform 140 also has an information sharing module 1421 and an information push module 1422. Among them, the information push module 1422 pushes the aforementioned exclusive information to exclusive objects. Information, and the information sharing module 1421 shares the aforementioned non-exclusive information to non-exclusive objects, that is, the information analysis module 142 can classify the collected device sensing information and environmental monitoring information, and divide it into exclusive Information and non-exclusive information, where exclusive information refers to some information that is generally confidential only to a specific group of people, and the aforementioned exclusive information is directed to the specific group of people through the information push module 1422, rather than Exclusive information refers to public information that can be opened to all the public, and non-exclusive information is shared and disclosed to all the public through the information sharing module 1421.

請參閱圖6,於本發明之第四應用實施例中,雲端平台140還具有一資訊交易模組143,俾針對雲端平台140所蒐集的設備感測資訊與環境監測資訊提供資訊交易服務,例如為環境研究機構提供藉由環境監測模組150所感測到的相關環境監測數據的交易服務。 Please refer to FIG. 6. In the fourth application embodiment of the present invention, the cloud platform 140 also has an information transaction module 143, which provides information transaction services for the device sensing information and environmental monitoring information collected by the cloud platform 140, such as Provide a transaction service for environmental research institutions on the related environmental monitoring data sensed by the environmental monitoring module 150.

請參閱圖7,於本發明的第五應用實施例中,雲端平台140復包括輸出公告數據,該公告數據代表公告資訊,網關模組130用於接收公告數據,並透過網路架構100將公告數據輸出至網關模組130所通訊連接的橋接模組122,俾藉由橋接模組122廣播該公告數據所代表的公告資訊。於一實施例中,前述的公告數據可例如為一廣告資訊,較佳者,本發明的雲端平台140還具有一廣告交易模組144,俾針對公告資訊的廣播提供交易服務。再者,本發明的網路架構系統10還包括移動設備160,例如智慧型手機、平板電腦等具有顯示屏幕的便攜式電子設備,其中,當移動設備160靠近橋接模組122時,移動設備160係可自動與橋接模組122通訊連接,以藉由移動設備160播放橋接模組122所廣播的公告資訊。 需說明的是,前述播放的公告資訊亦可為政府公告資訊,俾供政府發布相關的民生及社會信息,例如天氣預警(如颱風)以及施行的政策法規等信息。 Please refer to FIG. 7. In a fifth application embodiment of the present invention, the cloud platform 140 further includes outputting announcement data, the announcement data represents announcement information, and the gateway module 130 is configured to receive the announcement data and transmit the announcement through the network architecture 100. The data is output to the bridge module 122 connected to the gateway module 130, and the bridge module 122 broadcasts the announcement information represented by the announcement data. In one embodiment, the aforementioned announcement data may be, for example, an advertisement information. Preferably, the cloud platform 140 of the present invention also has an advertisement transaction module 144, which provides transaction services for broadcasting of announcement information. Furthermore, the network architecture system 10 of the present invention further includes a mobile device 160, such as a portable electronic device with a display screen, such as a smart phone or a tablet computer. When the mobile device 160 is close to the bridge module 122, the mobile device 160 is It can automatically communicate with the bridge module 122 to play the announcement information broadcast by the bridge module 122 through the mobile device 160. It should be noted that the announcement information broadcasted above may also be government announcement information for the government to release relevant livelihood and social information, such as weather warnings (such as typhoons) and policies and regulations.

再者,前述橋接模組122所廣播的公告資訊中復包含身份詢問訊息,當移動設備160靠近橋接模組122時,移動設備160係可收到身份詢問訊息,而後可選擇透過內建的社群媒體帳號提供一身份識別資訊予橋接模組122,並透過網路架構100,將該身份識別資訊輸出至網關模組130,俾供雲端平台140透過網關模組130接收該身份識別資訊,提供識別移動設備160的使用者的身份,與提供紀錄移動設備160的使用者的狀態,藉此可有針對性的向特定人群提供公告資訊的廣播服務,亦即,藉由該身份詢問機制以實現前述之資訊推播模組1421將專屬資訊定向推播至特定人群的服務功能。 In addition, the announcement information broadcast by the aforementioned bridge module 122 includes an identity inquiry message. When the mobile device 160 approaches the bridge module 122, the mobile device 160 can receive the identity inquiry message, and then can choose to use the built-in agency. The group media account provides an identification information to the bridge module 122, and outputs the identification information to the gateway module 130 through the network architecture 100, for the cloud platform 140 to receive the identification information through the gateway module 130. Identifying the identity of the user of the mobile device 160 and providing a record of the status of the user of the mobile device 160, thereby providing targeted broadcast services to specific groups of announcement information, that is, through the identity inquiry mechanism to achieve The aforementioned information push module 1421 is a service function for directing exclusive information to specific groups of people.

此外,本發明還可透過在路燈群120的各路燈121上設置與所關聯的橋接模組122通訊連接的一播放模組170,用以播放橋接模組122所廣播的公告資訊。較佳者,播放模組170還具有一交互介面(未予圖示),用於產生關於公告資訊的交互資訊,並依據所產生的交互資訊輸出一交互數據;當播放模組170輸出交互數據時,橋接模組122係接收交互數據,並透過網路架構100將交互數據輸出至網關模組130,俾令雲端平台140係透過網關模組130接收交互數據,俾供對交互數據進行分析,而得出該交互資訊以進行處理。於具體的實施例中,當路燈121係設置於住宅小區、學校、醫院等公共場所時,播放模組170可用於提供社區信息的查詢服務,例如水電瓦斯的抄表信息、市政信息、警務信息的查詢,亦可提供例如醫院掛號預約、家政服務預約、一鍵報警等服務;當路燈121係設置於馬路、街道兩側時,則播放模組170可用於提供交通信息的查詢服務,例如公交資訊、票務資訊、道路流量資訊的查詢;若路燈121係設置於大型 商圈時,則播放模組170可用於提供商業信息的查詢服務,例如,商品活動信息、廣告宣傳信息的查詢。 In addition, in the present invention, a playback module 170 that is communicatively connected with the associated bridge module 122 is provided on each street lamp 121 of the street lamp group 120 to play the announcement information broadcast by the bridge module 122. Preferably, the playback module 170 also has an interactive interface (not shown) for generating interactive information about announcement information and outputting interactive data according to the generated interactive information; when the playback module 170 outputs interactive data At this time, the bridge module 122 receives the interactive data and outputs the interactive data to the gateway module 130 through the network architecture 100. The cloud platform 140 is instructed to receive the interactive data through the gateway module 130 for analysis of the interactive data. The interaction information is obtained for processing. In a specific embodiment, when the street lamp 121 is installed in a public place such as a residential area, school, hospital, etc., the playback module 170 may be used to provide community information query services, such as meter reading information for hydropower and gas, municipal information, and police information You can also provide services such as hospital registration appointments, housekeeping service appointments, and one-click alarms. When the street light 121 is installed on the road or both sides of the street, the playback module 170 can be used to provide traffic information inquiry services, such as public transportation Information, ticket information, and road traffic information; if the street lamp 121 is set in large In a business district, the playback module 170 may be used to provide a query service for commercial information, for example, a query of product activity information and advertising information.

請參閱圖8,於本發明之第六應用實施例中,各路燈121還設置有設備座180,用於提供擺設各種網路設備(未予圖示),並藉由設備座180所設置的路燈121對擺設於其上的網路設備進行供電,俾供網路設備透過路燈121所關聯的橋接模組122連接至網路架構100,以為網路設備提供相關之網路服務,較佳者,雲端平台140還具有一租賃介面181,用以針對設置於各路燈121上的設備座180提供租賃交易,亦即,提供設備座180的使用權租賃服務,較佳者,雲端平台140還具有一頻寬交易模組190,俾當設置於設備座180上的網路設備需藉由網路架構100提供網路服務時,對網路架構100的頻寬提供交易服務。 Please refer to FIG. 8. In a sixth application embodiment of the present invention, each street lamp 121 is further provided with a device holder 180 for providing various network devices (not shown), and the device holder 180 is provided with the device holder 180. The street lamp 121 supplies power to the network equipment arranged on it, and is used for the network equipment to connect to the network architecture 100 through the bridge module 122 associated with the street lamp 121 to provide related network services for the network equipment. The cloud platform 140 also has a leasing interface 181 for providing lease transactions for the equipment seat 180 provided on each street lamp 121, that is, to provide a lease service for the right to use the equipment seat 180. Preferably, the cloud platform 140 also has A bandwidth transaction module 190 provides transaction services for the bandwidth of the network architecture 100 when the network equipment provided on the equipment base 180 needs to provide network services through the network architecture 100.

請繼續參閱圖9,本發明還提供了另一種基於路燈之網路架構系統20。由於在較為發達的城市中心區域,有線網路的鋪設相對較為完善並已基本覆蓋了城市的各個角落,因此,與圖1至圖8所示之網路架構系統10的不同之處在於,基於路燈之網路架構系統20無需設置橋接模組122,其僅包括有近端設備201、資訊傳輸模組210、路燈221、照明控制系統223、網關模組230、以及雲端平台240。 Please continue to refer to FIG. 9. The present invention further provides another street light-based network architecture system 20. Because in the more developed urban central areas, the wired network is relatively complete and has basically covered every corner of the city, it is different from the network architecture system 10 shown in Figures 1 to 8 in that it is based on The street light network architecture system 20 does not need to be provided with a bridge module 122, and only includes a near-end device 201, an information transmission module 210, a street light 221, a lighting control system 223, a gateway module 230, and a cloud platform 240.

具體而言,近端設備201係提供設備感測資訊。資訊傳輸模組210係用於採集近端設備210的設備感測資訊,並據以傳輸設備感測數據,且資訊傳輸模組210還具有無線接入單元211用於提供在一傳輸範圍內傳輸設備感測數據。路燈221係具有電源2211。而照明控制系統223則用於控制路燈221的啟閉。網關模組230係藉由路燈221的電源2211供電,在一通訊範圍內以無線通訊方式接收設備感測數據,並與照明控制系統223通訊連接。雲端平台240係與網關模 組230通訊連接,俾對網關模組230輸出控制數據。具體而言,當網關模組230接收設備感測數據時,係將設備感測數據輸出至雲端平台240,而後雲端平台240係針對設備感測數據進行分析,得出設備感測資訊以進行處理;再者,當雲端平台240輸出控制數據時,網關模組230係接收控制數據,並依據控制數據控制資訊傳輸模組210的運作,或依據控制數據控制所通訊連接的照明控制系統223的運作。由上可知,圖9所示的基於路燈之網路架構系統20無需設置橋接模組,不僅架構更為簡單,且無需經由橋接模組直接透過網關模組230跟雲端平台240進行數據傳輸,能夠提供較高的傳輸頻寬,以滿足大流量數據的傳輸需求。此外,本實施例中的網關模組230亦可提供通訊協定的調整介面,俾供網關模組130可與各種具有不同通訊協定的雲端平台240通訊連接。應說明的是,所述通訊協定例如為Restful API、OpenADR、ESTI、MQTT、CoAP、DLMS/COSEM、HTTP。 Specifically, the near-end device 201 provides device sensing information. The information transmission module 210 is used for collecting device sensing information of the near-end device 210 and transmitting device sensing data accordingly, and the information transmission module 210 also has a wireless access unit 211 for providing transmission within a transmission range. Device sensing data. The street lamp 221 has a power source 2211. The lighting control system 223 is used to control the opening and closing of the street lamp 221. The gateway module 230 is powered by the power source 2211 of the street lamp 221, receives the device sensing data by wireless communication within a communication range, and communicates with the lighting control system 223. Cloud platform 240 series and gateway module The group 230 communicates with each other, and outputs control data to the gateway module 230. Specifically, when the gateway module 230 receives the device sensing data, it outputs the device sensing data to the cloud platform 240, and then the cloud platform 240 analyzes the device sensing data to obtain the device sensing information for processing. In addition, when the cloud platform 240 outputs control data, the gateway module 230 receives the control data and controls the operation of the information transmission module 210 according to the control data, or controls the operation of the lighting control system 223 communicated according to the control data. . As can be seen from the above, the street light-based network architecture system 20 shown in FIG. 9 does not need to be provided with a bridge module, which not only has a simpler structure, but also does not need to directly transmit data through the gateway module 230 and the cloud platform 240 through the bridge module. Provides higher transmission bandwidth to meet the transmission needs of high-traffic data. In addition, the gateway module 230 in this embodiment can also provide an adjustment interface for the communication protocol, so that the gateway module 130 can communicate with various cloud platforms 240 having different communication protocols. It should be noted that the communication protocol is, for example, Restful API, OpenADR, ESTI, MQTT, CoAP, DLMS / COSEM, and HTTP.

綜合上述,本發明之基於路燈之網路架構系統主要藉由網關模組與路燈群的橋接模組所組成之網路架構,以將由資訊傳輸模組及環境監測模組所採集的設備感測資訊及環境監測數據傳輸至雲端平台中進行分析處理,且上述數據經由分析處理後可進一步形成相關之公告資訊並反饋至各路燈群的橋接模組予以廣播公告。此外,本發明之網路架構系統還可將雲端平台所輸出之控制數據傳送至各資訊傳輸模組以控制其執行運作,或傳送至該路燈群的照明控制系統以控制路燈群中各路燈的運作,藉此以提供智能化的城市管理服務功能。再者,本發明之網路架構系統係基於路燈而建設,係最大化地利用現有城市硬體資源改建而成,建設成本較低且架構簡單易於實現。另外,本發明可在智慧型城市的服務體系中作為不同功能的控制管理系統予以使用,具有較強的擴展性及兼容性,適用範圍較廣。此外,本發明還提供一種僅由近端設備、資 訊傳輸模組、路燈、照明控制系統、網關模組以及雲端平台所構成的基於路燈之網路架構系統,其無需設置橋接模組,因此該系統不僅架構更為簡單,還能提供較高的數據傳輸頻寬,以滿足大流量數據的傳輸需求。 To sum up, the streetlight-based network architecture system of the present invention mainly uses a network architecture composed of a gateway module and a bridge module of a streetlight group to sense the equipment collected by the information transmission module and the environmental monitoring module. The information and environmental monitoring data are transmitted to the cloud platform for analysis and processing, and the above data can be further formed into relevant announcement information after analysis and processing and fed back to the bridge module of each street light group for broadcast announcement. In addition, the network architecture system of the present invention can also transmit the control data output from the cloud platform to each information transmission module to control its execution and operation, or to the lighting control system of the street light group to control the street lights in the street light group. Operation to provide intelligent city management services. Furthermore, the network architecture system of the present invention is constructed based on street lights, and is reconstructed by maximizing the use of existing urban hardware resources. The construction cost is low and the architecture is simple and easy to implement. In addition, the present invention can be used as a control management system with different functions in the service system of a smart city, has strong scalability and compatibility, and has a wide application range. In addition, the present invention also provides a The streetlight-based network architecture system composed of information transmission modules, streetlights, lighting control systems, gateway modules, and cloud platforms does not need to set up a bridge module, so the system not only has a simpler architecture, but also provides higher Data transmission bandwidth to meet the needs of high-traffic data transmission.

上述實施例僅例示性說明本發明之原理及功效,而非用於限制本發明。任何熟習此項技術之人士均可在不違背本發明之精神及範疇下,對上述實施例進行修飾與改變。因此,本發明之權利保護範圍,應如本發明申請專利範圍所列。 The above-mentioned embodiments only exemplify the principles and effects of the present invention, and are not intended to limit the present invention. Anyone skilled in the art can modify and change the above embodiments without departing from the spirit and scope of the present invention. Therefore, the scope of protection of the rights of the present invention should be as listed in the scope of patent application of the present invention.

Claims (20)

一種基於路燈之網路架構系統,包括:近端設備,係提供設備感測資訊;至少一資訊傳輸模組,該資訊傳輸模組係用於採集該近端設備的設備感測資訊,並據以傳輸設備感測數據,該資訊傳輸模組具有無線接入單元,係提供在一傳輸範圍內傳輸該設備感測數據;路燈群,該路燈群係包含至少一具有電源的路燈、至少一橋接模組以及用於控制該路燈群中之該路燈啟閉的照明控制系統,該橋接模組係藉由該路燈群中之該路燈的電源供電以在一收發範圍內進行數據的收發,該橋接模組係接收該設備感測數據,並與該照明控制系統通訊連接;網關模組,該網關模組係以無線通訊方式與該路燈群的橋接模組通訊連接,而構成網路架構;以及雲端平台,該雲端平台係與該網關模組通訊連接,俾對該網關模組輸出控制數據;其中,當該橋接模組接收該設備感測數據時,係透過該網路架構將該設備感測數據輸出至與該橋接模組通訊連接的該網關模組,而後該雲端平台係透過該網關模組接收該設備感測數據,俾針對該設備感測數據進行分析,而得出該設備感測資訊以進行處理;當該雲端平台輸出該控制數據時,該網關模組係接收該控制數據,並透過該網路架構,將該控制數據輸出至該網關模組所通訊連接的橋接模組,接著,由該橋接模組將該控制數據傳輸至該資訊傳輸模組中,俾供該資訊傳輸模組依據該控制數據運作,或由該橋接模組將該控制數據傳輸至該照明控制系統中,俾供該照明控制系統依據該控制數據運作。A streetlight-based network architecture system includes: a near-end device that provides device sensing information; at least one information transmission module that is used to collect device sensing information of the near-end device, and To transmit device sensing data, the information transmission module has a wireless access unit, which is provided to transmit the device sensing data within a transmission range; a street light group, the street light group includes at least one street light with a power source, at least one bridge A module and a lighting control system for controlling the opening and closing of the street light in the street light group, the bridge module is powered by the power of the street light in the street light group to transmit and receive data within a transmission and reception range, the bridge The module receives the sensing data of the device and communicates with the lighting control system; the gateway module, which is connected to the bridge module of the street light group by wireless communication to form a network structure; and Cloud platform, which is in communication with the gateway module, and outputs control data to the gateway module; where the bridge module receives data from the device When the device sensing data is output to the gateway module in communication with the bridge module through the network architecture, and then the cloud platform receives the device sensing data through the gateway module. The sensing data is analyzed to obtain the device sensing information for processing. When the cloud platform outputs the control data, the gateway module receives the control data and outputs the control data through the network architecture. To the bridge module to which the gateway module communicates, and then the bridge module transmits the control data to the information transmission module for the information transmission module to operate according to the control data, or by the bridge The module transmits the control data to the lighting control system for the lighting control system to operate according to the control data. 如申請專利範圍第1項所述之網路架構系統,其中,該至少一資訊傳輸模組係為複數個資訊傳輸模組,各該資訊傳輸模組係透過處於該傳輸範圍內的其他至少一資訊傳輸模組傳輸該設備感測數據,而藉由其他至少一資訊傳輸模組將該設備感測數據傳遞至該橋接模組。The network architecture system described in item 1 of the scope of the patent application, wherein the at least one information transmission module is a plurality of information transmission modules, and each of the information transmission modules is transmitted through other at least one within the transmission range. The information transmission module transmits the device sensing data, and the at least one information transmission module transmits the device sensing data to the bridge module. 如申請專利範圍第1項所述之網路架構系統,其中,該至少一橋接模組係為複數個橋接模組,各該橋接模組係透過處於該收發範圍內的其他至少一橋接模組傳輸該設備感測數據,而藉由其他至少一橋接模組將該設備感測數據傳遞至該網關模組。The network architecture system according to item 1 of the scope of patent application, wherein the at least one bridge module is a plurality of bridge modules, and each of the bridge modules is through other at least one bridge module within the transmitting and receiving range. The device sensing data is transmitted, and the device sensing data is transmitted to the gateway module through at least one other bridge module. 如申請專利範圍第1項所述之網路架構系統,其中,該近端設備係為追踪單元(tracker)以及遠程計量單元(metering)之其中任一者或組合。The network architecture system according to item 1 of the scope of patent application, wherein the near-end device is any one or combination of a tracker and a remote metering unit. 如申請專利範圍第1項所述之網路架構系統,其中,該網路架構系統還包括環境監測模組,該環境監測模組係設置於該路燈群中的該路燈上,且與該路燈群中的橋接模組通訊連接,該環境監測模組係採集環境監測資訊,據以輸出環境監測數據,當該環境監測模組輸出該環境監測數據時,與該環境監測模組通訊連接的橋接模組係接收該環境監測數據,並透過該網路架構,將該環境監測數據輸出至與該橋接模組通訊連接的該網關模組,而後該雲端平台係透過該網關模組接收該環境監測數據,俾供對該環境監測數據進行分析,而得出該環境監測資訊以進行處理。The network architecture system according to item 1 of the scope of patent application, wherein the network architecture system further includes an environmental monitoring module, and the environmental monitoring module is disposed on the street lamp in the street lamp group and is connected with the street lamp. The bridge modules in the group communicate with each other. The environmental monitoring module collects environmental monitoring information and outputs environmental monitoring data. When the environmental monitoring module outputs the environmental monitoring data, the bridges that communicate with the environmental monitoring module are connected. The module receives the environmental monitoring data, and outputs the environmental monitoring data to the gateway module in communication with the bridge module through the network structure, and then the cloud platform receives the environmental monitoring through the gateway module. The data is used to analyze the environmental monitoring data to obtain the environmental monitoring information for processing. 如申請專利範圍第5項所述之網路架構系統,其中,該橋接模組與該環境監測模組係設置在一基板,該基板係為可攜式通訊裝置用基板。The network architecture system according to item 5 of the scope of the patent application, wherein the bridge module and the environmental monitoring module are disposed on a substrate, and the substrate is a substrate for a portable communication device. 如申請專利範圍第5項所述之網路架構系統,其中,該環境監測模組係為全球定位功能單元、車用電子設備監測單元、空氣質量監測單元、壓力感測單元、水流感測單元、煙霧偵測單元、噪音監測單元、視頻監控單元,溫度感測單元、濕度感測單元以及光線感測單元之其中任一者或組合。The network architecture system described in item 5 of the scope of patent application, wherein the environmental monitoring module is a global positioning function unit, a vehicle electronic equipment monitoring unit, an air quality monitoring unit, a pressure sensing unit, and a water flu testing unit Any one or a combination of a smoke detection unit, a noise monitoring unit, a video monitoring unit, a temperature sensing unit, a humidity sensing unit, and a light sensing unit. 如申請專利範圍第5項所述之網路架構系統,其中,該雲端平台還提供資訊媒體模組,該資訊媒體模組係提供該設備感測資訊或該環境監測資訊,並提供針對該設備感測資訊或該環境監測資訊輸入互動資訊的介面。The network architecture system described in item 5 of the scope of patent application, wherein the cloud platform also provides an information media module, which provides the device sensing information or the environmental monitoring information, and provides information for the device. Interface for inputting interactive information of sensing information or environmental monitoring information. 如申請專利範圍第5項所述之網路架構系統,其中,該雲端平台還具有資訊分析模組,俾對該設備感測資訊與該環境監測資訊進行分析,將該設備感測資訊與該環境監測資訊區分為專屬資訊與非專屬資訊,且該雲端平台還具有資訊分享模組與資訊推播模組,該資訊推播模組係對專屬對象推播該專屬資訊,該資訊分享模組係對非專屬對象分享該非專屬資訊。The network architecture system described in item 5 of the scope of patent application, wherein the cloud platform also has an information analysis module, which analyzes the device sensing information and the environmental monitoring information, and combines the device sensing information with the The environmental monitoring information is divided into exclusive information and non-exclusive information, and the cloud platform also has an information sharing module and an information push module. The information push module broadcasts the exclusive information to the exclusive object. The information sharing module The non-exclusive information is shared with non-exclusive objects. 如申請專利範圍第5項所述之網路架構系統,其中,該雲端平台還具有資訊交易模組,俾對該設備感測資訊與該環境監測資訊進行交易。For example, the network architecture system described in item 5 of the scope of the patent application, wherein the cloud platform also has an information transaction module, and trades the device sensing information and the environmental monitoring information. 如申請專利範圍第1項所述之網路架構系統,其中,該雲端平台復包括輸出公告數據,該公告數據代表公告資訊,該網關模組係接收該公告數據,並透過該網路架構,將該公告數據輸出至該網關模組所通訊連接的橋接模組,俾藉由該橋接模組廣播該公告數據所代表的公告資訊。According to the network architecture system described in item 1 of the scope of patent application, wherein the cloud platform includes outputting announcement data, the announcement data represents announcement information, and the gateway module receives the announcement data and passes the network architecture, The announcement data is output to the bridge module to which the gateway module communicates, and the bridge module broadcasts the announcement information represented by the announcement data. 如申請專利範圍第11項所述之網路架構系統,其中,該雲端平台還具有廣告交易模組,俾對該公告資訊的廣播進行交易。According to the network architecture system described in item 11 of the scope of the patent application, wherein the cloud platform also has an advertising transaction module to conduct transactions on the broadcast of the announcement information. 如申請專利範圍第11項所述之網路架構系統,復包括移動設備,其中,當該移動設備靠近該橋接模組時,該移動設備係與該橋接模組通訊連接,俾播放該橋接模組所廣播的公告資訊。For example, the network architecture system described in the scope of application for patent No. 11 includes a mobile device, wherein when the mobile device is close to the bridge module, the mobile device is in communication connection with the bridge module, and the bridge module is played. Bulletin information broadcast by the group. 如申請專利範圍第13項所述之網路架構系統,其中,該橋接模組所廣播的公告資訊包含身份詢問訊息,當該移動設備靠近該橋接模組時,該移動設備係可收到該身份詢問訊息,而後可選擇透過內建的社群媒體帳號提供一身份識別資訊予該橋接模組,並透過該網路架構,將該身份識別資訊輸出至該網關模組,而後該雲端平台係透過該網關模組接收該身份識別資訊,俾提供識別該移動設備的使用者的身份,與提供紀錄該移動設備的使用者的狀態。The network architecture system according to item 13 of the scope of patent application, wherein the announcement information broadcast by the bridge module includes an identity inquiry message, and when the mobile device is close to the bridge module, the mobile device can receive the Identity inquiry message, and then can choose to provide an identification information to the bridge module through the built-in social media account, and output the identification information to the gateway module through the network architecture, and then the cloud platform system Receive the identification information through the gateway module, and provide the identification of the user of the mobile device, and provide the status of the user of the mobile device. 如申請專利範圍第11項所述之網路架構系統,其中,該路燈群的路燈具有與所關聯的橋接模組通訊連接的播放模組,該播放模組用以播放該橋接模組所廣播的公告資訊。The network architecture system according to item 11 of the scope of the patent application, wherein the street lights of the street light group have a playback module that is communicatively connected with the associated bridge module, and the playback module is used to play the broadcast broadcast by the bridge module. Announcement information. 如申請專利範圍第15項所述之網路架構系統,其中,該播放模組還具有交互介面,用於產生關於該公告資訊的交互資訊,並依據所產生的該交互資訊輸出一交互數據;當該播放模組輸出該交互數據時,該橋接模組係接收該交互數據,並透過該網路架構,將該交互數據輸出至該網關模組,而後該雲端平台係透過該網關模組接收該交互數據,俾供對該交互數據進行分析,而得出該交互資訊以進行處理。The network architecture system according to item 15 of the scope of patent application, wherein the playback module further has an interactive interface for generating interactive information about the announcement information, and outputting an interactive data according to the generated interactive information; When the playback module outputs the interaction data, the bridge module receives the interaction data, and outputs the interaction data to the gateway module through the network architecture, and then the cloud platform receives the gateway data through the gateway module. The interaction data is used for analyzing the interaction data to obtain the interaction information for processing. 如申請專利範圍第1項所述之網路架構系統,其中,各該路燈還設置設備座,該設備座係可供擺設網路設備,並藉由該設備座所設置的路燈對該網路設備供電,且該網路設備透過該路燈所關聯的橋接模組連接該網路架構,以提供網路服務,該雲端平台還具有租賃介面,用以針對設置於各該路燈上的設備座提供租賃交易。The network architecture system described in item 1 of the scope of the patent application, wherein each of the street lamps is further provided with a device holder, which can be used to set up network equipment, and the street lamp provided by the device holder is used for the network. The power supply is provided by the device, and the network device is connected to the network architecture through a bridge module associated with the street light to provide network services. The cloud platform also has a rental interface for providing a device seat provided on each street light. Lease transactions. 如申請專利範圍第1項所述之網路架構系統,其中,該雲端平台還具有頻寬交易模組,俾對該網路架構的頻寬進行交易。According to the network architecture system described in the first item of the patent application scope, wherein the cloud platform also has a bandwidth transaction module, so as to trade the bandwidth of the network architecture. 一種基於路燈之網路架構系統,包括:近端設備,係提供設備感測資訊;資訊傳輸模組,該資訊傳輸模組係用於採集該近端設備的設備感測資訊,並據以傳輸設備感測數據,該資訊傳輸模組具有無線接入單元,係提供在一傳輸範圍內傳輸該設備感測數據;路燈,該路燈係具有電源;照明控制系統,用於控制該路燈啟閉;網關模組,該網關模組係藉由該路燈的電源供電,在一通訊範圍內以無線通訊方式接收該設備感測數據,並與該照明控制系統通訊連接;以及雲端平台,該雲端平台係與該網關模組通訊連接,俾對該網關模組輸出控制數據;其中,當該網關模組接收該設備感測數據時,係將該設備感測數據輸出至該雲端平台,而後該雲端平台係針對該設備感測數據進行分析,得出該設備感測資訊以進行處理;當該雲端平台輸出該控制數據時,該網關模組係接收該控制數據,並將該控制數據傳輸至該資訊傳輸模組中,俾供該資訊傳輸模組依據該控制數據控制運作,或將該控制數據傳輸至該照明控制系統中,俾供該照明控制系統依據該控制數據運作。A streetlight-based network architecture system includes: a near-end device, which provides device sensing information; and an information transmission module, which is used to collect device sensing information of the near-end device and transmit the information accordingly Device sensing data, the information transmission module has a wireless access unit, which is provided to transmit the device sensing data within a transmission range; a street light, the street light is provided with a power source; a lighting control system, for controlling the opening and closing of the street light; A gateway module, which is powered by the power source of the street light, receives the device sensing data wirelessly within a communication range, and communicates with the lighting control system; and a cloud platform, the cloud platform is Communicate with the gateway module, and output control data to the gateway module. When the gateway module receives the device sensing data, it outputs the device sensing data to the cloud platform, and then the cloud platform Based on the analysis of the device sensing data, the device sensing information is obtained for processing; when the cloud platform outputs the control data, the gateway module Is to receive the control data and transmit the control data to the information transmission module for the information transmission module to control operation according to the control data or transmit the control data to the lighting control system for the The lighting control system operates according to the control data. 如申請專利範圍第1項或第19項所述之網路架構系統,其中,該網關模組係提供通訊協定的調整介面,以適應各種具有不同通訊協定的雲端平台,俾供該網關模組與該雲端平台通訊連接。For example, the network architecture system described in item 1 or 19 of the scope of patent application, wherein the gateway module provides a protocol adjustment interface to adapt to various cloud platforms with different communication protocols for the gateway module Communicate with the cloud platform.
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