TW201608526A - Smart management method and system for community housing property - Google Patents
Smart management method and system for community housing property Download PDFInfo
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本發明係有關一種智慧型大樓社區管理方法及系統，尤指一種可對社區大樓設備進行相應之啟閉操作及訊息接收的大樓管理技術。 The invention relates to a smart building community management method and system, in particular to a building management technology capable of correspondingly opening and closing operations and receiving information of community building equipment.
按，一般大樓社區的管理服務項目大概包含有門禁管理、信件包裹管理、訪客登記管理、車道管理、訊息通報管理以及電梯乘載管理，而現有大樓社區管理服務的具體實施方式如下所述： According to the management services of the general building community, there are probably access control management, letter parcel management, visitor registration management, lane management, message notification management, and elevator ride management. The specific implementation of the existing building community management service is as follows:
1.門禁管理，一般係於各門禁出入口設置讀取器(RFID)，一般住戶通常會隨身攜帶(RFID)標籤，以供讀取器(RFID)讀取(RFID)標籤的辨識碼，以作為是否開啟門禁設備的依據，由於讀取器(RFID)僅是針對(RFID)標籤內之識別碼進行核對而已，因而無法對持卡人是否為住戶進行審核辨識，當有心人士撿拾住戶遺失或自住戶竊取(RFID)標籤時，則會大樓保全管理上的死角出現。 1. Access control, generally attached to each access control set reader (RFID), the general household usually carry a (RFID) tag for the reader (RFID) read (RFID) tag identification code, as Whether to open the access control device, because the reader (RFID) only checks the identification code in the (RFID) tag, it is impossible to check whether the cardholder is a resident, and when the person concerned is picking up the loss or self When the household steals (RFID) tag, the corner of the building security management will appear.
2.訪客登記管理，訪客欲拜訪住戶時，管理員大多會要求訪客留下身份文字記錄或是留置證件，再由管理員通報住戶有訪客拜訪，並要求住戶給予確認，當確認無誤時，管理員則會開啟門禁管制設備，於是即可讓訪客進入大樓社區內，當管理員不在管理室時，訪客則必須枯等一段時間，直到管理員出現為止，於此方能辦理訪客登記手續，因而造成時 間無謂的浪費情事。 2. Visitor registration management. When a visitor wants to visit a resident, most of the administrators will ask the visitor to leave an identity record or a residence permit. Then the administrator informs the resident that there is a visitor and asks the resident to give confirmation. When the confirmation is correct, the management The member will open the access control device, so that the visitor can enter the building community. When the administrator is not in the management room, the visitor must wait for a period of time until the administrator appears, so that the visitor can register. When caused There is no need to waste things.
3.信件包裹管理，一般信件包裹的收發皆由管理員統籌管理，當住戶有信件包裹時，管理員大多是以對講機通知住戶前往管理室領取，當住戶不在時，管理員則需不斷地以對講機通知住戶領取信件包裹，因而會有加重管理員工作負擔的情事。 3. Letter parcel management, general parcel parcels are sent and received by the administrator. When the residents have parcels, most of the administrators use the intercom to inform the residents to go to the management room. When the household is absent, the administrator needs to constantly The walkie-talkie informs the tenants to pick up the letter parcel, which will increase the burden on the administrator.
4.車道管理，其主要係以無線遙控器、長距離感應接收之主機；或是射頻無線辨識模組(RFID)來管控車輛於車道閘口的進出，由於習用車道管理設備同樣與其他系統分開獨立來運行的緣故，因此，其僅能提供通行車輛戶別、屋主姓名、時間等文字瀏覽資料給管理人員知悉，加上車道管理設備僅是對無線遙控器之編碼進行核對，以致無法確實得知開車者是否為住戶，所以當車主卡片遺失或遭人拷貝時，即可讓宵小輕易地破解此車道管制設備，因而造成車道管理上的嚴重漏洞產生，因而造成管理人員極度的不便與困擾。 4. Lane management, which is mainly based on wireless remote control, long-distance induction receiving host; or radio frequency wireless identification module (RFID) to control the entry and exit of vehicles at the gate gate, because the custom lane management equipment is also separate from other systems. For the sake of operation, therefore, it can only provide information on the traffic of the vehicle, the name of the owner, the time, etc., to the management personnel, and the lane management device only checks the code of the wireless remote controller, so that it cannot be confirmed. Knowing whether the driver is a resident, when the owner's card is lost or copied, the driver can easily crack the lane control equipment, thus causing serious loopholes in the lane management, which causes the administrator to be extremely inconvenient and troubled.
5.社區訊息通報管理，一般大樓社區大多是將即時之社區訊息張貼在室外公佈欄上；或是電梯車廂內的公佈欄上，以提供住戶即時社區訊息，然而，有些住戶並無在公佈欄上閱讀社區訊息的習慣，以致無法有效提升社區訊息通報管理的效能。 5. Community message management. Most community buildings usually post real-time community messages on the outdoor bulletin board; or on the bulletin board in the elevator car to provide immediate community information to the residents. However, some residents are not in the bulletin board. The habit of reading community messages has not been effective in improving the effectiveness of community message management.
6.電梯乘載管理，一般係於各電梯車廂內設置讀取器(RFID)，一般住戶通常會隨身攜帶(RFID)標籤，以供讀取器(RFID)讀取(RFID)標籤的辨識碼，以作為是否開啟電梯操控權限的依據，於此，住戶即可達到電梯乘載之目的，然而，讀取器(RFID)僅能對(RFID)標籤之辨識碼進行辨識而已，無法對持卡人是否為住戶以及對進出電梯的時間記錄做進一步的管理行審 核辨識，因而無法有效提升電梯乘載管理的效能。 6. Elevator ride management, generally set up in each elevator car to set up a reader (RFID), the general household usually carry a (RFID) tag for the reader (RFID) read (RFID) tag identification code In order to open the elevator control authority, the household can achieve the purpose of the elevator ride. However, the reader (RFID) can only identify the identification code of the (RFID) tag, and cannot hold the card. Whether the person is a resident and a further management review of the time record of entering and leaving the elevator Nuclear identification, thus unable to effectively improve the efficiency of elevator passenger management.
為改善習知大樓社區管理所致之缺失，相關技術領域業者已然開發出一種如發明第I402777『大樓社區實景監控管理方法』所示的專利，其係於監控電腦主機上安裝一管理軟體，於管理軟體建立包括有一基本資料庫及一實像擷取模組，基本資料包括有識別資料及被管理者資料，並於大樓社區之被監控位置設一識別感應單元，識別感應單元與監控電腦主機訊號連通，當識別感應單元啟動並測得一被監控位置之被管理者之一識別訊號時，會將識別訊號傳輸至監控電腦主機以啟動管理軟體，依據識別訊號驅動實像擷取模組取得被監控位置之環境實像照片，並於管理軟體啟動後，依據識別資料至基本資料庫取得相應之被管理者資料，且於一與監控電腦主機連通之顯示幕上以一實像顯示介面及一文字資料顯示介面，同時顯示出被監控位置之環境實像照片及被管理者資料。該專利雖然可以達到較為全面性的大樓社區管理效能；惟，該專利係採用影像辨識處理與資料庫管理方式進行大樓社區的服務管理，以致除了資料處理時間需花費較長時間之外，而且必須廣設監控攝影機，致使會因攝影機的數量過多而會有攝影機維護不易以及攝影機購置成本過高的缺失產生。 In order to improve the lack of community management in the Xizhi Building, the relevant technical field has developed a patent as shown in the invention No. I402777 "Building Community Reality Monitoring Management Method", which installs a management software on the monitoring computer host. The management software establishment includes a basic database and a real image capture module. The basic data includes identification data and managed data, and an identification sensing unit is provided in the monitored location of the building community to identify the sensing unit and monitor the computer host signal. Connected, when the identification sensing unit is activated and detects a signal recognized by one of the monitored positions, the identification signal is transmitted to the monitoring computer host to start the management software, and the real image capturing module is driven according to the identification signal to obtain the monitoring. The real image of the location is taken, and after the management software is started, the corresponding manager data is obtained according to the identification data to the basic database, and a real image display interface and a text data display interface are displayed on the display screen connected with the monitoring computer host. At the same time, the environmental image of the monitored location is displayed and managed. Information. Although the patent can achieve a more comprehensive building community management efficiency; however, the patent uses image recognition processing and database management to manage the service of the building community, so that in addition to the data processing time takes a long time, and must The wide-ranging surveillance cameras have resulted in the lack of camera maintenance and the lack of cost of camera purchase due to the large number of cameras.
有鑑於此，習知大樓社區管理系統確實未臻完善仍有再改善的必要性，因此，經本發明人努力研發之下，終於研發出一套可以善習知大樓社區管理系統缺失的本發明。 In view of this, the community management system of the Xizhi Building has indeed failed to improve the need for further improvement. Therefore, under the research and development of the inventors, the invention has finally developed a set of inventions that can be used to understand the lack of the community management system of the building.
本發明第一目的在於提供一種智慧型大樓社區管理方法及系統，主要是於大樓社區佈置無線訊號感應區域，進而觸發進入之智慧型 手持電子裝置啟動對應的應用程式，以對社區大樓設備進行相應的啟閉操作以及訊息接收。達成第一目的之技術手段，係於大樓社區內設置無線感應收發器，無線感應收發器持續發出包含有識別資料的無線訊號用以於大樓社區建立用以收發無線訊號的訊號感應區域。再於智慧型手持電子裝置內建有無線感應收發模組及安裝至少一應用程式。當使用者攜帶智慧型手持電子裝置進入訊號感應區域時，無線感應收發模組接收無線感應收發器所發出包含有識別資料之無線訊號，智慧型手持電子裝置依據識別資料觸發啟動對應的應用程式，以供使用者操作應用程式。 The first object of the present invention is to provide a smart building community management method and system, which is mainly for arranging a wireless signal sensing area in a building community, thereby triggering the entry of the smart type. The handheld electronic device launches the corresponding application to perform corresponding opening and closing operations and message reception for the community building equipment. The technical means to achieve the first purpose is to set up a wireless sensing transceiver in the building community. The wireless sensing transceiver continuously sends a wireless signal containing the identification data to establish a signal sensing area for transmitting and receiving wireless signals in the building community. A wireless sensor transceiver module is built in the smart handheld electronic device and at least one application is installed. When the user carries the smart handheld electronic device into the signal sensing area, the wireless sensing transceiver module receives the wireless signal sent by the wireless sensing transceiver and includes the identification data, and the smart handheld electronic device triggers the corresponding application according to the identification data. For the user to operate the application.
本發明第二目的在於提供一種利用iBeacon藍芽技術、智慧型手機app、雲端技術或是物聯網技術達到門禁管制、公告信息、離場監管、車道、收費、電梯乘載及保全等管理之智慧型大樓社區管理方法及系統。達成第二目的之技術手段，係於大樓社區內設置無線感應收發器，無線感應收發器持續發出包含有識別資料的無線訊號用以於大樓社區建立用以收發無線訊號的訊號感應區域。再於智慧型手持電子裝置內建有無線感應收發模組及安裝至少一應用程式。當使用者攜帶智慧型手持電子裝置進入訊號感應區域時，無線感應收發模組接收無線感應收發器所發出包含有識別資料之無線訊號，智慧型手持電子裝置依據識別資料觸發啟動對應的應用程式，以供使用者操作應用程式。其中，該應用程式係選自一電梯設備搭乘操作程式、一門禁管制設備啟閉操作程式、一公告信息瀏覽程式及一離場監管程式至少其中一種；該電梯設備搭乘操作程式供該使用者操作該大樓社區對應的一電梯設備的啟用及到達樓層的控制；該門禁管制設備啟閉 操作程式供該使用者操作該大樓社區對應的一門禁管制設備的啟閉控制；該公告信息瀏覽程式供該使用者操作以瀏覽該大樓社區所發佈的電子公告信息；該離場監管程式供該使用者操作以監管該大樓社區內攜帶有該智慧型手持電子裝置的人員是否離開該大樓社區。 A second object of the present invention is to provide a wisdom for managing access control, announcement information, departure supervision, lanes, tolls, elevator loading and security using iBeacon Bluetooth technology, smart phone app, cloud technology or Internet of Things technology. Building community management methods and systems. The technical means for achieving the second purpose is to set up a wireless sensing transceiver in the building community. The wireless sensing transceiver continuously sends a wireless signal containing the identification data to establish a signal sensing area for transmitting and receiving wireless signals in the building community. A wireless sensor transceiver module is built in the smart handheld electronic device and at least one application is installed. When the user carries the smart handheld electronic device into the signal sensing area, the wireless sensing transceiver module receives the wireless signal sent by the wireless sensing transceiver and includes the identification data, and the smart handheld electronic device triggers the corresponding application according to the identification data. For the user to operate the application. The application is selected from at least one of an elevator device operation program, an access control device opening and closing operation program, an announcement information browsing program and an departure supervision program; the elevator device is operated by the operation program for the user to operate. The activation of the elevator equipment corresponding to the building community and the control of the arrival floor; the access control equipment is opened and closed An operating program for the user to operate the opening and closing control of an access control device corresponding to the building community; the announcement information browsing program is provided for the user to browse the electronic announcement information published by the building community; the departure supervision program is provided for The user operates to monitor whether the person carrying the smart handheld electronic device in the building community leaves the building community.
1‧‧‧大樓社區 1‧‧‧Building Community
1a‧‧‧訊號感應區域 1a‧‧‧Signal sensing area
10‧‧‧無線感應收發器 10‧‧‧Wireless Transceiver
11‧‧‧第一藍芽通訊模組 11‧‧‧First Bluetooth Communication Module
12‧‧‧資料處理裝置 12‧‧‧Data processing device
12a‧‧‧雲端伺服裝置 12a‧‧‧Cloud Servo
12b‧‧‧電腦 12b‧‧‧ computer
12c‧‧‧記憶裝置 12c‧‧‧ memory device
13‧‧‧驅動電路 13‧‧‧Drive circuit
20‧‧‧智慧型手持電子裝置 20‧‧‧Smart handheld electronic device
21‧‧‧無線感應收發模組 21‧‧‧Wireless Sensing Transceiver Module
21a‧‧‧第二藍芽通訊模組 21a‧‧‧Second Bluetooth Communication Module
22‧‧‧觸控顯示幕 22‧‧‧Touch display
30‧‧‧無線通訊手段 30‧‧‧Wireless means of communication
40‧‧‧門禁管制設備 40‧‧‧Access Control Equipment
50‧‧‧電梯設備 50‧‧‧Elevator equipment
圖1係本發明控制架構之實施示意圖。 1 is a schematic diagram of the implementation of the control architecture of the present invention.
圖2係本發明之各項服務管理的實施示意圖。 FIG. 2 is a schematic diagram of implementation of various service managements of the present invention.
圖3係本發明第一種功能方塊控制的實施示意圖。 Figure 3 is a schematic diagram of the implementation of the first functional block control of the present invention.
圖4係本發明第二種功能方塊控制的實施示意圖。 4 is a schematic diagram of the implementation of the second functional block control of the present invention.
圖5係本發明第三種功能方塊控制的實施示意圖。 Figure 5 is a schematic diagram showing the implementation of the third functional block control of the present invention.
圖6係本發明於大樓社區安裝無線感應收發器的實施示意圖。 6 is a schematic diagram of an implementation of installing a wireless inductive transceiver in a building community of the present invention.
請參看圖1、2及圖6所示，本實施例為達成本發明第一目的之第一實施例，係於大樓社區1內設置複數個無線感應收發器10，無線感應收發器10可持續發出包含有識別資料的無線訊號，可於大樓社區1建立用以收發無線訊號的訊號感應區域1a。再於智慧型手持電子裝置20內建有無線感應收發模組21及安裝至少一應用程式(APP)。當使用者攜帶智慧型手持電子裝置20進入訊號感應區域1a時，無線感應收發模組21則接收無線感應收發器10所發出包含有識別資料之無線訊號，進而觸發智慧型手持電子裝置20依據該識別資料而啟動對應的應用程式，以供使用者操作應 用程式。 Referring to FIG. 1 , FIG. 2 and FIG. 6 , this embodiment is a first embodiment of the first object of the present invention. A plurality of wireless sensing transceivers 10 are disposed in the building community 1 , and the wireless sensing transceiver 10 can be continuously implemented. A wireless signal containing the identification data is sent, and the signal sensing area 1a for transmitting and receiving the wireless signal can be established in the building of the building 1. A wireless sensor transceiver module 21 is built in the smart handheld electronic device 20 and at least one application (APP) is installed. When the user carries the smart handheld electronic device 20 into the signal sensing area 1a, the wireless sensing transceiver module 21 receives the wireless signal sent by the wireless sensing transceiver 10 and includes the identification data, thereby triggering the smart handheld electronic device 20 to Identify the data and launch the corresponding application for the user to operate Program.
請參看圖1~3及圖6所示，本實施例為達成本發明第二目的之第二實施例，係於大樓社區1內設置複數個無線感應收發器10，無線感應收發器10可持續發出包含有識別資料的無線訊號，可於大樓社區建立用以收發無線訊號的訊號感應區域1a。再於智慧型手持電子裝置20內建有無線感應收發模組21及安裝至少一應用程式(APP)。當使用者攜帶智慧型手持電子裝置20進入訊號感應區域1a時，無線感應收發模組21則接收無線感應收發器10所發出包含有識別資料之無線訊號，進而觸發智慧型手持電子裝置20依據該識別資料而啟動對應的應用程式，以供使用者操作應用程式。其中，上述應用程式可以是電梯設備搭乘操作程式、門禁管制設備啟閉操作程式、公告信息瀏覽程式或是離場監管程式。該電梯設備搭乘操作程式供使用者操作大樓社區1對應的一電梯設備50的啟用及到達樓層的控制；該門禁管制設備啟閉操作程式供使用者操作大樓社區1對應的一門禁管制設備40的啟閉控制；該公告信息瀏覽程式供該使用者操作以瀏覽該大樓社區所發佈的電子公告信息。離場監管程式供使用者操作以監管大樓社區1內攜帶有智慧型手持電子裝置的人員是否離開大樓社區1。 Referring to FIGS. 1 to 3 and FIG. 6, this embodiment is a second embodiment for achieving the second object of the present invention. A plurality of wireless inductive transceivers 10 are disposed in the building community 1, and the wireless inductive transceiver 10 can be continuously implemented. A wireless signal containing the identification data is sent to establish a signal sensing area 1a for transmitting and receiving wireless signals in the building community. A wireless sensor transceiver module 21 is built in the smart handheld electronic device 20 and at least one application (APP) is installed. When the user carries the smart handheld electronic device 20 into the signal sensing area 1a, the wireless sensing transceiver module 21 receives the wireless signal sent by the wireless sensing transceiver 10 and includes the identification data, thereby triggering the smart handheld electronic device 20 to Identify the data and launch the corresponding application for the user to operate the application. The above application may be an elevator equipment ride operation program, an access control device opening and closing operation program, an announcement information browsing program or an exit supervision program. The elevator device rides an operation program for the user to operate the control of the activation and arrival floor of an elevator device 50 corresponding to the building community 1; the access control device opens and closes the operation program for the user to operate an access control device 40 corresponding to the building community 1 The opening and closing control; the announcement information browsing program is provided for the user to browse the electronic announcement information published by the building community. The departure supervision program is operated by the user to supervise whether the person carrying the smart handheld electronic device in the building community 1 leaves the building community1.
於一種較為具體的實施例中，更包含一資料處理裝置12，且無線感應收發器10(應用iBeacon藍芽技術)的數量為複數個，各無線感應收發器10(iBeacon藍芽技術)可分別裝設於該大樓社區1之門禁管制設備40、管理室、中庭以及電梯設備50上。且無線感應收發器10(iBeacon藍芽技術)內建有一第一藍芽通訊模組11。該智慧型手持電子裝置20內建有一作為無 線感應收發模組21的第二藍芽通訊模組21a。該資料處理裝置12內建有一資料庫，該資料庫用以儲存及更新包含訊息通知管理、門禁管理、訪客管理、收費管理、車道管理、大廳服務管理、保全管理、離場監管及電梯乘載管理等資料。該無線感應收發器10用以將其中至少一種該資料透過第一藍芽通訊模組11進行無線廣播，並由智慧型手持電子裝置20之第二藍芽通訊模組21a無線接收。 In a more specific embodiment, the data processing device 12 is further included, and the number of the wireless inductive transceivers 10 (using iBeacon Bluetooth technology) is plural, and each wireless inductive transceiver 10 (iBeacon Bluetooth technology) can be separately It is installed in the door control device 40 of the building community 1, the management room, the atrium and the elevator equipment 50. And the wireless inductive transceiver 10 (iBeacon Bluetooth technology) has a first Bluetooth communication module 11 built therein. The smart handheld electronic device 20 has one built-in The second Bluetooth communication module 21a of the line sensing transceiver module 21. The data processing device 12 has a database built therein for storing and updating information notification management, access control management, visitor management, charge management, lane management, lobby service management, security management, departure supervision, and elevator loading. Management and other information. The wireless inductive transceiver 10 is configured to wirelessly broadcast at least one of the data through the first Bluetooth communication module 11 and wirelessly received by the second Bluetooth communication module 21a of the smart handheld electronic device 20.
再者，本發明資料處理裝置12可以是雲端伺服裝置12a、電腦12b或是記憶裝置12c。如圖3所示的實施例中，資料處理裝置12係為雲端伺服裝置12a，無線感應收發器10(iBeacon藍芽技術)分別電性連接一無線通訊手段30及一驅動電路13，雲端伺服裝置12a係透過上述無線通訊手段30而與無線感應收發器10(iBeacon藍芽技術)訊號連通，無線感應收發器10(iBeacon藍芽技術)可受無雲端伺服裝置12a的遠端控制而觸發驅動電路13，進而驅動門禁管制設備40的啟、閉運作；或是開啟電梯設備50的操控權限。 Furthermore, the data processing device 12 of the present invention may be the cloud server 12a, the computer 12b or the memory device 12c. In the embodiment shown in FIG. 3, the data processing device 12 is a cloud server device 12a, and the wireless sensor transceiver 10 (iBeacon Bluetooth technology) is electrically connected to a wireless communication device 30 and a driving circuit 13, respectively, and the cloud server device The 12a is connected to the wireless inductive transceiver 10 (iBeacon Bluetooth technology) through the wireless communication means 30, and the wireless inductive transceiver 10 (iBeacon Bluetooth technology) can be triggered by the remote control of the cloudless servo 12a to trigger the driving circuit. 13, thereby driving the opening and closing operation of the access control device 40; or turning on the operation authority of the elevator device 50.
如圖4所示的實施例中，資料處理裝置12係為電腦12b。無線感應收發器10(iBeacon藍芽技術)電性連接電腦12b，電腦12b再電性連接一驅動電路13。無線感應收發器10(iBeacon藍芽技術)可接收智慧型手持電子裝置20所發送之識別資料或是電梯操作指令，再將識別資料或是操作指令傳送給電腦12b，再由電腦12b觸發驅動電路13，進而驅動門禁管制設備40的啟、閉運作；或是開啟電梯設備50的操控權限。 In the embodiment shown in FIG. 4, the data processing device 12 is a computer 12b. The wireless inductive transceiver 10 (iBeacon Bluetooth technology) is electrically connected to the computer 12b, and the computer 12b is electrically connected to a driving circuit 13. The wireless sensor transceiver 10 (iBeacon Bluetooth technology) can receive the identification data sent by the smart handheld electronic device 20 or the elevator operation command, and then transmit the identification data or the operation command to the computer 12b, and then the computer 12b triggers the driving circuit. 13, thereby driving the opening and closing operation of the access control device 40; or turning on the operation authority of the elevator device 50.
如圖5所示的實施例中，資料處理裝置12係為內建資料庫的記憶裝置12c，無線感應收發器10(iBeacon藍芽技術)分別電性連接記憶 裝置12c及驅動電路13，無線感應收發器10(iBeacon藍芽技術)可接收智慧型手持電子裝置20所發送之識別資料或是電梯操作指令，再由無線感應收發器10(iBeacon藍芽技術)觸發驅動電路13，進而驅動門禁管制設備40的啟、閉運作；或是開啟電梯設備50的操控權限。 In the embodiment shown in FIG. 5, the data processing device 12 is a memory device 12c with a built-in database, and the wireless sensor transceiver 10 (iBeacon Bluetooth technology) electrically connects the memory respectively. The device 12c and the driving circuit 13, the wireless sensing transceiver 10 (iBeacon Bluetooth technology) can receive the identification data sent by the smart handheld electronic device 20 or the elevator operation command, and then the wireless sensing transceiver 10 (iBeacon Bluetooth technology) The driving circuit 13 is triggered to drive the opening and closing operation of the access control device 40; or the operating authority of the elevator device 50 is turned on.
此外，當智慧型手持電子裝置靠近門禁管制設備而接收到識別資料時，則於智慧型手持電子裝置啟動一門禁管制設備啟閉操作程式，門禁管制設備啟閉操作程式設定有一第二識別資料，門禁管制設備啟閉操作程式將第二識別資料傳輸至資料處理裝置中，經資料處理裝置12解讀第二識別資料而對智慧型手持裝置持有者是否為社區大樓住戶進行判定，當判定結果為是，則開啟社區大樓之門禁管制設備40或是電梯設備50的操控權限。 In addition, when the smart handheld electronic device is close to the access control device and receives the identification data, the smart handheld electronic device activates an access control device to open and close the operating program, and the access control device opens and closes the operating program to set a second identification data. The access control device opening and closing operation program transmits the second identification data to the data processing device, and the data processing device 12 interprets the second identification data to determine whether the smart handheld device owner is a community building resident, and the determination result is Yes, the access control device 40 of the community building or the control authority of the elevator device 50 is activated.
於一種更為具體的實施例中，無線感應收發器10(iBeacon藍芽技術)係以一資料擷取介面(圖未示)與電梯設備50之一機電控制單元(圖未示)電性連接，當電梯設備50故障時，無線感應收發器10(iBeacon藍芽技術)則將內建之識別資料(如Major數值)及由資料擷取介面所擷取之故障碼(如Minor數值)予以無線廣播，於此，位於電梯設備50之訊號感應區域1a內之智慧型手持電子裝置20即可透過第二藍芽通訊模組21接收包含有上述數值資料的廣播資料，並由智慧型手持電子裝置20之觸控顯示幕22顯示出故障碼資訊及代表電梯位置代號的識別資訊。 In a more specific embodiment, the wireless inductive transceiver 10 (iBeacon Bluetooth technology) is electrically connected to an electromechanical control unit (not shown) of the elevator device 50 by a data capture interface (not shown). When the elevator device 50 fails, the wireless sensor transceiver 10 (iBeacon Bluetooth technology) wirelessly sets the built-in identification data (such as the Major value) and the fault code (such as the Minor value) obtained by the data acquisition interface. The smart handheld electronic device 20 located in the signal sensing area 1a of the elevator device 50 can receive the broadcast data containing the above-mentioned numerical data through the second Bluetooth communication module 21, and the smart handheld electronic device The touch display screen 22 of 20 displays the fault code information and the identification information representing the elevator position code.
本發明採用的無線感應收發器10(iBeacon藍芽技術)已然應用在一般的販賣商店，主要是用來廣播推送廣告、商品優惠信息、產品信 息以及結帳支付等之用途。具體而言，無線感應收發器10(iBeacon藍芽技術)是一種超級小型計算機，除了具有強大的32位ARM的Cortex處理器之外，並內建包括256KB閃存、加速度計、溫度傳感器以及2.4GHz的第一藍牙通訊模組11(即BLE藍牙低功耗通訊模組)。該第一藍牙通訊模組11之訊號廣播範圍約為50M(即訊號感應區域1a之分佈範圍)左右。一般而言，大樓社區1可於不同區域設置三組或三組以上的無線感應收發器10(iBeacon藍芽技術)，使得進入其中一個訊號感應區域1a的智慧型手持電子裝置20可針對不同訊號感應區域1a的訊號強度加以辨識，並從中選擇訊號最強之訊號感應區域1a所播放的訊號來顯示為訊息畫面；當然，資料處理裝置12亦可透過不同位置之各無線感應收發器10(iBeacon藍芽技術)來感應智慧型手持電子裝置20所處的位置，以實現定位智慧型手持電子裝置20位置的監控功能，而可應用於社區老人或小孩的看護用途上。 The wireless inductive transceiver 10 (iBeacon Bluetooth technology) adopted by the present invention has been applied to general selling stores, mainly for broadcasting push advertisements, product preferential information, product letters. Information and the use of checkout payments, etc. Specifically, the wireless sensor transceiver 10 (iBeacon Bluetooth technology) is a super small computer, in addition to a powerful 32-bit ARM Cortex processor, and built-in includes 256KB flash memory, accelerometer, temperature sensor and 2.4GHz The first Bluetooth communication module 11 (ie BLE Bluetooth low energy communication module). The signal broadcast range of the first Bluetooth communication module 11 is about 50M (that is, the distribution range of the signal sensing area 1a). In general, the building community 1 can set three or more sets of wireless inductive transceivers 10 (iBeacon Bluetooth technology) in different areas, so that the smart handheld electronic device 20 entering one of the signal sensing areas 1a can be directed to different signals. The signal intensity of the sensing area 1a is identified, and the signal played by the signal sensing area 1a with the strongest signal is selected to be displayed as a message screen; of course, the data processing device 12 can also transmit the wireless sensing transceiver 10 (iBeacon blue) in different positions. The bud technology is used to sense the location of the smart handheld electronic device 20 to realize the monitoring function of locating the location of the smart handheld electronic device 20, and can be applied to the care of the elderly or children in the community.
本發明具體運作時，如圖6所示，可於大樓社區1各門禁出入口、中庭以及各電梯設備50上各自安裝一組無線感應收發器10(iBeacon藍芽技術)，資料處理裝置12可以是一種設於近端之大樓社區1的管理室或電梯設備50內；或是為設於遠端的雲端伺服裝置。首先住戶或訪客將所攜帶之智慧型手持電子裝置20內建之藍芽通訊及行動通訊功能開啟。再請參看圖2所示，本發明應用大樓社區之管理服務的具體實施運作則如下所述： During the specific operation of the present invention, as shown in FIG. 6, a set of wireless inductive transceivers 10 (iBeacon Bluetooth technology) can be installed on each of the access gates, the atriums and the elevator devices 50 of the building community 1. The data processing device 12 can be One is located in the management room or elevator equipment 50 of the building 1 of the near-end building; or is a cloud-based servo device located at the far end. First, the household or the visitor opens the Bluetooth communication and mobile communication functions built in the smart handheld electronic device 20 carried. Referring to FIG. 2 again, the specific implementation operation of the management service of the application building community of the present invention is as follows:
當住戶或訪客接近大樓社區1之門禁出入口約30~50公尺時，智慧型手持電子裝置20則會進入大樓社區1的第一個訊號感應區域1a，當智慧型手持電子裝置20靠近門禁管制設備40而接收到識別資料時，則於智 慧型手持電子裝置20啟動一門禁管制設備啟閉操作程式，且門禁管制設備啟閉操作程式設定有一第二識別資料，接著，門禁管制設備40啟閉操作程式將第二識別資料傳輸至資料處理裝置12中，經資料處理裝置12解讀第二識別資料而對智慧型手持裝置20持有者是否為社區大樓住戶進行判定，當判定結果為是，該住戶可透過智慧型手持裝置20所安裝的門禁管制設備啟閉操作程式操作以輸出及經iBeacon藍芽技術而發射出一開啟指令，該開啟指令由安裝在門禁管制設備40的無線感應收發器10(iBeacon藍芽技術)接收以控制開啟社區大樓1之門禁管制設備40，進而可進入至大樓社區1內；反之，當判定結果為否，則認定其為訪客時，訪客所持之智慧型手持電子裝置20的觸控顯示幕22則會透過門禁管制設備啟閉操作程式的處理而顯示一訪客資料輸入界面，此時，可透過訪客資料輸入界面之操作而設定訪客的身份資料及拜訪住戶資料，或是預先將訪客的身份資料設定妥當，當訪客資料輸入界面顯示時，僅需設定拜訪住戶資料即可，此時，訪客僅需觸控確認資料傳送之按鈕，即可透過智慧型手持電子裝置20以有線或無線(如3G、4G行動通訊模組或是WIF模組經3G、4G行動通訊網路或是區域網路WIF)傳輸至資料處理裝置12中，資料處理裝置12再將訪客身份資料以3G、4G行動通訊網路或是區域網路WIF傳輸至欲拜訪住戶所持有的第二智慧型手持電子裝置20中，經拜訪住戶確認設定後，於第二智慧型手持電子裝置20產生一授權資料，再透過第二智慧型手持電子裝置20之3G、4G行動通訊模組或是WIF模組經3G、4G行動通訊網路或是區域網路WIF而將授權資料傳輸至資料處理裝置12中，經資料處理裝置12辨識無誤後，則開啟大樓社區1之門禁管制設備40以及電梯設備50的操作權限，於此， 該訪客則可進入至大樓社區1內以及搭乘電梯。若大樓社區1有多套門禁管制設備40及電梯設備50時，每一門禁管制設備40及電梯設備50分別安裝一無線感應收發器10(iBeacon藍芽技術)，且分別設定有一辨識資料。 When the resident or visitor approaches the entrance to the building community 1 and the entrance is about 30 to 50 meters, the smart handheld electronic device 20 enters the first signal sensing area 1a of the building community 1 when the smart handheld electronic device 20 is close to the access control. When the device 40 receives the identification data, then Yu Zhi The smart handheld electronic device 20 activates an access control device to open and close the operating program, and the access control device opens and closes the operating program to set a second identification data. Then, the access control device 40 opens and closes the operating program to transmit the second identification data to the data processing. In the device 12, the data processing device 12 interprets the second identification data to determine whether the smart handheld device 20 holder is a community building resident. When the determination result is yes, the household can be installed through the smart handheld device 20. The access control device is operative to output and output an open command via iBeacon Bluetooth technology, which is received by the wireless proximity transceiver 10 (iBeacon Bluetooth technology) installed in the access control device 40 to control the community. The access control device 40 of the building 1 can be accessed into the building community 1; otherwise, when the result of the determination is negative, the touch display screen 22 of the smart handheld electronic device 20 held by the visitor is passed through The access control device opens and closes the operation program to display a visitor data input interface. At this time, the visitor data is available. Enter the interface to set the visitor's identity information and visit the household information, or pre-set the visitor's identity data. When the visitor data input interface is displayed, you only need to set the visitor's information. At this time, the visitor only needs to touch The button for confirming the data transmission can be transmitted to the smart handheld electronic device 20 via wired or wireless (such as 3G, 4G mobile communication module or WIF module via 3G, 4G mobile communication network or regional network WIF). In the data processing device 12, the data processing device 12 transmits the visitor identity data to the second smart handheld electronic device 20 held by the household to be visited by the 3G, 4G mobile communication network or the regional network WIF, and visits the resident. After confirming the setting, the second smart handheld electronic device 20 generates an authorization data, and then transmits the 3G, 4G mobile communication module or the WIF module of the second smart handheld electronic device 20 via the 3G, 4G mobile communication network or The local area network WIF transmits the authorization data to the data processing device 12, and after the data processing device 12 recognizes the error, the access control device 40 of the building community 1 and the electricity are turned on. Authority to operate the device 50, here, The visitor can enter the building community 1 and take the elevator. If the building community 1 has multiple sets of access control devices 40 and elevator equipment 50, each access control device 40 and elevator device 50 respectively install a wireless inductive transceiver 10 (iBeacon Bluetooth technology), and respectively set an identification data.
如圖6所示，當住戶走近管理室時，智慧型手持電子裝置20則會進入大樓社區1的第二個訊號感應區域1a，無線感應收發器10(iBeacon藍芽技術)則受資料處理裝置12的控制而播放信件包裹通知、催繳通知或是收費通知等訊息，此時，住戶所攜帶之智慧型手持電子裝置20則透過內建之公告信息瀏覽程式而顯示相應之社區公告信息、信件包裹通知、催繳通知或是收費通知等訊息畫面，於此，再由住戶決定是否前往管理室簽收信件包裹；或是繳費。接著，當住戶繼續往前走而走近中庭時，智慧型手持電子裝置20則會進入大樓社區1的第三個訊號感應區域1a，無線感應收發器10(iBeacon藍芽技術)則受資料處理裝置12的控制而播放即時之社區公告信息或是問候語等訊息，此時，住戶所攜帶之智慧型手持電子裝置20則會顯示相應之即時社區公告信息或是問候語等之訊息畫面，於此，住戶即可得知大樓社區1所公佈的最新訊息。 As shown in FIG. 6, when the resident approaches the management room, the smart handheld electronic device 20 enters the second signal sensing area 1a of the building community 1, and the wireless sensing transceiver 10 (iBeacon Bluetooth technology) is processed by the data. The device 12 controls to play a message such as a letter parcel notification, a reminder notification, or a fee notification. At this time, the smart handheld electronic device 20 carried by the resident displays the corresponding community announcement information through the built-in announcement information browsing program. Messages such as letter parcel notifications, reminder notifications, or fee notifications, where the household decides whether to go to the management office to sign the parcels; or pay the fee. Then, when the occupant continues to move forward and approaches the atrium, the smart handheld electronic device 20 enters the third signal sensing area 1a of the building community 1, and the wireless sensing transceiver 10 (iBeacon Bluetooth technology) is processed by the data. The device 12 controls to play the instant community announcement information or the greeting message. At this time, the smart handheld electronic device 20 carried by the resident displays the corresponding instant community announcement information or a message such as a greeting message. In this way, the residents can get the latest information published by the building community 1.
如圖6所示，當住戶繼續往前走而接近欲搭乘之電梯設備50時，智慧型手持電子裝置20則會進入大樓社區1的第四個訊號感應區域1a，此時，智慧型手持電子裝置20內建之電梯設備搭乘操作程式則將第二識別資料透過智慧型手持電子裝置20之3G、4G行動通訊模組或是WIF模組經3G、4G行動通訊網路或是區域網路WIF傳輸至資料處理裝置12中， 經資料處理裝置12解讀識別資料而對智慧型手持電子裝置20持有者是否為大樓社區1住戶進行判定，當判定結果為是，則開啟電梯的操控權限，於此，該住戶可透過智慧型手持裝置所安裝的電梯設備50操作程式操作以輸出及經iBeacon藍芽技術而發射出控制指令，該控制指令由安裝在電梯設備50的無線感應收發器10(iBeacon藍芽技術)接收以進行電梯設備50的控制，該住戶即可進入至電梯設備50的車廂內並操控電梯設備50前往住戶的所在樓層；另一方面，資料處理裝置12可透過無線感應收發器10(iBeacon藍芽技術)收集儲存該住戶進出電梯的時間記錄，以獲悉各住戶乘坐電電梯的頻率以及時段等資訊。 As shown in FIG. 6, when the occupant continues to move forward and approaches the elevator device 50 to be used, the smart handheld electronic device 20 enters the fourth signal sensing area 1a of the building community 1, at this time, the smart handheld electronic device The elevator device riding operation program built in the device 20 transmits the second identification data through the 3G, 4G mobile communication module or WIF module of the smart handheld electronic device 20 via the 3G, 4G mobile communication network or the regional network WIF. To the data processing device 12, The data processing device 12 interprets the identification data to determine whether the holder of the smart handheld electronic device 20 is a resident of the building community 1. When the determination result is yes, the operation authority of the elevator is turned on, and the resident can pass the smart type. The elevator apparatus 50 installed in the handheld device operates to output and output control commands via iBeacon Bluetooth technology, which are received by the wireless inductive transceiver 10 (iBeacon Bluetooth technology) installed in the elevator apparatus 50 for elevators. Under the control of the device 50, the resident can enter the compartment of the elevator installation 50 and operate the elevator installation 50 to the floor where the resident is located; on the other hand, the data processing device 12 can be collected by the wireless sensor transceiver 10 (iBeacon Bluetooth technology). Store the time record of the residents entering and leaving the elevator to learn the frequency and time of each passenger's electric elevator.
此外，如圖2所示，本發明可將無線感應收發器10(iBeacon藍芽技術)裝設於車道閘道出入口附近。如圖6所示，當住戶開車或騎車接近車道閘道出入口時，智慧型手持電子裝置20則會進入大樓社區1的第五個訊號感應區域1a，此時，智慧型手持電子裝置20內建之應用程式(APP)則將辨識別資料透過智慧型手持電子裝置20之3G、4G行動通訊模組或是WIF模組經3G、4G行動通訊網路或是區域網路WIF傳輸至資料處理裝置12中，經資料處理裝置12解讀識別資料而對智慧型手持電子裝置20持有者是否為大樓社區1住戶進行判定，當判定結果為是，則開啟閘道，於此，該住戶即可開車或騎車通過閘道，如此即可實現車道管理之目的。 In addition, as shown in FIG. 2, the present invention can install a wireless inductive transceiver 10 (iBeacon Bluetooth technology) near the entrance and exit of a lane gateway. As shown in FIG. 6, when the resident drives or rides close to the lane gateway entrance and exit, the smart handheld electronic device 20 enters the fifth signal sensing area 1a of the building community 1, at which time, the smart handheld electronic device 20 The built-in application (APP) transmits the identification data to the data processing device via the 3G, 4G mobile communication module or WIF module of the smart handheld electronic device 20 via the 3G, 4G mobile communication network or the regional network WIF. In 12, the data processing device 12 interprets the identification data to determine whether the holder of the smart handheld electronic device 20 is a resident of the building community 1. When the determination result is yes, the gateway is opened, and the resident can drive Or ride through the gateway, so that the purpose of lane management can be achieved.
如圖2所示，本發明亦可將無線感應收發器10(iBeacon藍芽技術)裝設於大樓社區1的大廳，以作為大廳服務管理之用途。如圖6所 示，當住戶接近大廳時，無線感應收發器10(iBeacon藍芽技術)則可受資料處理裝置12的控制而播放叫車服務訊息，此時，住戶所攜帶之智慧型手持電子裝置20則會顯示相應之叫車服務訊息畫面，於此住戶即可由該畫面直接操控設定而完成叫車之服務。 As shown in FIG. 2, the present invention can also be installed in the lobby of the building community 1 by the wireless inductive transceiver 10 (iBeacon Bluetooth technology) for use as a lobby service management. As shown in Figure 6 It is shown that when the resident approaches the lobby, the wireless sensor transceiver 10 (iBeacon Bluetooth technology) can be played by the data processing device 12 to play the car service message. At this time, the smart handheld electronic device 20 carried by the resident will The corresponding car service message screen is displayed, and the resident can directly control the setting by the screen to complete the service of calling the car.
因此，藉由上述之具體實施例說明，本發明確實具有下列所述的特點： Thus, by way of the specific embodiments described above, the present invention does have the following features:
1.本發明可於大樓社區佈置無線訊號感應區域，進而觸發進入之智慧型手持電子裝置啟動對應的應用程式，以對社區大樓設備進行相應的啟閉操作以及訊息接收。 1. The present invention can arrange a wireless signal sensing area in the building community, thereby triggering the incoming smart handheld electronic device to launch a corresponding application to perform corresponding opening and closing operations and message reception for the community building equipment.
2.本發明確實可以利用iBeacon藍芽技術、智慧型手機app、雲端技術或是物聯網技術達到門禁管制、公告信息、離場監管、車道、收費、電梯乘載及保全等管理目的，進而提升大樓社區管理服務的效能。 2. The present invention can indeed use iBeacon Bluetooth technology, smart phone app, cloud technology or Internet of Things technology to achieve access control, announcement information, departure supervision, lanes, tolls, elevator rides and security management purposes, and thus enhance The effectiveness of building community management services.
以上所述，僅為本發明之可行實施例，並非用以限定本發明之專利範圍，凡舉依據下列請求項所述之內容、特徵以及其精神而為之其他變化的等效實施，皆應包含於本發明之專利範圍內。本發明所具體界定於請求項之結構特徵，未見於同類物品，且具實用性與進步性，已符合發明專利要件，爰依法具文提出申請，謹請 鈞局依法核予專利，以維護本申請人合法之權益。 The above is only a possible embodiment of the present invention, and is not intended to limit the scope of the patents of the present invention, and the equivalent implementations of other changes according to the contents, features and spirits of the following claims should be It is included in the patent of the present invention. The invention is specifically defined in the structural features of the request item, is not found in the same kind of articles, and has practicality and progress, has met the requirements of the invention patent, and has filed an application according to law, and invites the bureau to approve the patent according to law to maintain the present invention. The legal rights of the applicant.
10‧‧‧無線感應控制模組 10‧‧‧Wireless Induction Control Module
12‧‧‧資料處理裝置 12‧‧‧Data processing device
20‧‧‧智慧型手持電子裝置 20‧‧‧Smart handheld electronic device
21‧‧‧第二藍芽通訊模組 21‧‧‧Second Bluetooth Communication Module
22‧‧‧觸控顯示幕 22‧‧‧Touch display
30‧‧‧無線通訊手段 30‧‧‧Wireless means of communication
50‧‧‧電梯設備 50‧‧‧Elevator equipment
Claims (10)
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| TW103128416A TW201608526A (en) | 2014-08-19 | 2014-08-19 | Smart management method and system for community housing property |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI618001B (en) * | 2017-05-08 | 2018-03-11 | 晶睿通訊股份有限公司 | Object recognition system and object recognition method |
| TWI730764B (en) * | 2020-05-14 | 2021-06-11 | 優思瑪特科技股份有限公司 | Non-contact control system |
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2014
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI618001B (en) * | 2017-05-08 | 2018-03-11 | 晶睿通訊股份有限公司 | Object recognition system and object recognition method |
| TWI730764B (en) * | 2020-05-14 | 2021-06-11 | 優思瑪特科技股份有限公司 | Non-contact control system |
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