TW201814597A - Error detection method of communication format for IBEACON based real estate management system comprising an electrical device installed in a community building, an ibeacon signal transmitting/receiving module, an information collection unit, and a cloud serving unit - Google Patents

Abstract

Disclosed is an error detection method of communication format for an IBEACON based real estate management system, which comprises an electrical device installed in a community building, an ibeacon signal transmitting/receiving module, an information collection unit, and a cloud serving unit. The ibeacon signal transmitting/receiving module collects and transmits an electrical signal of each electrical device. The information collection unit collects each electrical signal through the ibeacon signal transmitting/receiving module, and converts the electrical signal into corresponding management data, and transmits the management data through a network communication module. The cloud serving unit can receive, store, and process the management data through the network communication module, thereby allowing a user of a terminal device at a remote site to receive necessary management data of the community building.

Description

   Method for error detection of communication format of property management system based on IBEACON   

The invention relates to an error detection method of a communication format of a property management system based on IBEACON, and more particularly to a building management technology that can provide remote terminal device users to receive community building management data.

So far, the management service items of traditional community buildings roughly include access control management, letter and parcel management, visitor registration management, lane management, electromechanical equipment management and control, switch control, community information notification management, and alarm processing of electromechanical equipment, security equipment and alarm equipment And other management services. However, most of the above management service projects are operated in a separate and independent manner. At present, there is no integrated management system that can completely and effectively integrate the above management projects. Therefore, the management equipment and systems required by traditional community buildings are more complicated. And it is more difficult to control, so the cost of management equipment is relatively high.

In order to improve the deficiency caused by the community management of the learned building, the related technical field has already developed a patent as shown in Invention No. I402777 "Building Community Reality Monitoring and Management Method", which is a management software installed on the monitoring computer host. Established in the management software includes a basic database and a real image capture module. The basic data includes identification data and data of the managed person. An identification sensor unit is located in the monitored location of the building community. The identification sensor unit and the monitoring computer host The signal is connected. When the identification sensor unit is activated and the identification signal of one of the monitored persons at a monitored location is detected, the identification signal is transmitted to the monitoring computer host to start the management software, and the real image capture module is driven according to the identification signal to obtain the target. Real-world photos of the monitoring location, and after the management software is started, the corresponding managed person data is obtained according to the identification data to the basic database, and a real-image display interface and a text data display are displayed on a display screen connected to the monitoring computer host Interface, at the same time display the real image photos of the monitored location and the environment Data managers. Although the patent can achieve more comprehensive building community management efficiency; however, the patent uses image recognition processing and database management methods for building community service management, so that in addition to the data processing time, it takes a long time and must be The installation number of surveillance cameras has been greatly increased, resulting in the lack of easy camera maintenance and excessive purchase costs due to the excessive number of cameras.

In addition, there is another conventional technology shown in two patents, such as new publication No. M473566 "Cloud Server and Integrated Management System" and Invention Publication No. 201102944 "Community Household Life Management System". Both of these patents include a web server coupled through the Internet, and a terminal for a community resident. The web server provides various life management and services through the Internet and transmits various life messages to the terminals of the community residents. After downloading various life management services and various life information through the browser in the terminal of the community resident, after the data processing information made by the selection of the terminal in the community resident is used to use the Internet to Real-time transmission of this interactive information between the terminal and the web server in the community resident. After the web server receives the interactive information of all community residents through the Internet, it uses the software module of the community household life management system of the present invention to perform data integration and various calculations to generate the latest community life information and re-place it on the web server. On the device, wait for the terminal device of each community household to re-connect and download to use and share. Although the two patents can enable the terminal of all residents in the community to always maintain the status of real-time updates and message synchronization, and achieve various management functions; however, the resident can only obtain community life information, announcement information and interactive information. Information only. As for access control management, letter and parcel management, visitor registration management, lane management, electromechanical equipment management and control, switch control, community information notification management, and specific operational information such as electromechanical equipment and security equipment, it is not known, which has led to community management in the building. Dead ends and inconveniences arise, so the two patents are indeed imperfect and there is still a need to improve them.

In view of this, with the efforts of the present inventors, a set of inventions that can learn the lack of the community management system of the building has been developed.

The first object of the present invention is to provide an error detection method for the communication format of a property management system based on IBEACON, which is mainly aimed at building community electromechanics, elevators, access control, parking lots, public surveillance systems, walkie-talkie systems, security patrols, and staff absences. And management of fire protection equipment and other information to be collected into a cloud database, so that building community residents can use terminal devices to obtain the required community management data, thereby reducing the workload of administrators, thereby improving the property management of the building community. Flexibility in work and the effectiveness of management services in the building community. The technical means to achieve the first objective include electrical devices, ibeacon signal transceiver modules, information collection units, and cloud server units located in different areas of the community building. The ibeacon signal transceiver module is used to collect and transmit electrical signals of various electrical devices; the information collection unit collects each electrical signal through each ibeacon signal transceiver module, converts and processes them into corresponding management data, and transmits the management data through the network communication module. Go out; the cloud server unit can receive storage processing management data through the network communication module, and it cannot provide remote terminal devices to receive management data.

A second object of the present invention is to provide an IBEACON-based property management system error detection method that can control the real-time whereabouts of an administrator to avoid the inconvenience and distress caused by the failure to find the administrator. The technical means to achieve the second objective include electrical devices, ibeacon signal transceiver modules, information collection units, and cloud server units located in different areas of the community building. The ibeacon signal transceiver module is used to collect and transmit electrical signals of various electrical devices; the information collection unit collects each electrical signal through each ibeacon signal transceiver module, converts and processes them into corresponding management data, and transmits the management data through the network communication module. Go out; the cloud server unit can receive storage processing management data through the network communication module, and it cannot provide remote terminal devices to receive management data. It further includes at least one electronic device worn by at least one administrator of the community building. The plurality of ibeacon signal transceiver modules are arranged along at least one patrol checkpoint path. When the administrator is on the patrol checkpoint path, Each of the ibeacon signal transceiver modules set along the patrol checkpoint path sequentially receives an identification code of the electronic device through wireless induction, and sequentially transmits the identification codes received at different time positions to the information. In the collection unit, the information collection unit then converts the identification code received successively into the patrol checkpoint path information of the administrator in real time, and uploads the patrol checkpoint path information to the cloud server unit.

A third object of the present invention is to provide an error detection method for a communication format of an IBEACON-based property management system that uses a smart phone instead of an RFID tag as an identification basis for access control or lane control. The technical means to achieve the third objective include electrical devices, ibeacon signal transceiver modules, information collection units, and cloud server units located in different areas of the community building. The ibeacon signal transceiver module is used to collect and transmit electrical signals of various electrical devices; the information collection unit collects each electrical signal through each ibeacon signal transceiver module, converts and processes them into corresponding management data, and transmits the management data through the network communication module. Go out; the cloud server unit can receive storage processing management data through the network communication module, and it cannot provide remote terminal devices to receive management data. Wherein, the terminal device is a handheld electronic device, and a community management program (APP) is built in; when the community management program is executed, an operation interface is displayed on the display screen of the electronic device, and the operation interface display includes an elevator The riding setting interface, an access control setting interface and a parking setting interface; the elevator setting interface can be used by the user to operate and set the electronic device to wirelessly communicate with the elevator device sensing device, so that the user can obtain the elevator device's Operation authority; the access control setting interface is provided for the user to operate and set, so that the electronic device and the access control sensor device can communicate with each other wirelessly; when the wireless signal is connected, the user can obtain the operation authority of the access control device; the parking setting The interface can be set by the user to make the electronic device communicate with the parking sensor device wirelessly. When the wireless signal is connected, the user can obtain the operation authority of the parking device.

The fourth object of the present invention is to provide an IBEACON-based property management system-based communication format error detection method that can immediately display a surveillance image near a fire source as a first reference for fire suppression. . The technical means to achieve the fourth objective include electrical devices, ibeacon signal transceiver modules, information collection units, and cloud server units located in different areas of the community building. The ibeacon signal transceiver module is used to collect and transmit electrical signals of various electrical devices; the information collection unit collects each electrical signal through each ibeacon signal transceiver module, converts and processes them into corresponding management data, and transmits the management data through the network communication module. Go out; the cloud server unit can receive storage processing management data through the network communication module, and it cannot provide remote terminal devices to receive management data. Wherein, the information gathering unit is connected to the fire trustee switchboard. When at least one fire detection module in the community building detects a fire source, the detection signal of the fire detection module passes the fire trustee. The switchboard sends the information to the information collection unit, so that a fire alarm signal is displayed on a display screen of the information collection unit, and at least one area of the display screen simultaneously displays the area closest to the fire source provided by the closed-circuit monitoring system. Real-time surveillance image, and then upload the fire alarm signal and the real-time surveillance image to the cloud server unit.

The fifth object of the present invention is to provide an error detection method for the communication format of an IBEACON-based property management system with an error detection function of the ibeacon communication format, which is mainly based on the function of error detection of the ibeacon communication format. The key of Bluetooth 4.0 data packet is strengthened to increase data security and specificity, prevent data from being transmitted incorrectly and tampered with by others to achieve data protection, prevent others from recording data, increase decoding difficulty, and strengthen packet protection to confirm data security. In addition, the confidentiality and security of the data are also derived through the transmission of packets, and the personal data of the residents are protected. An error detection method based on a microprocessor-based communication format has been developed, and the transmitted data is protected by encoding and weighting. In order to achieve stable monitoring system and reduce the generation of error packets. The technical means to achieve the fifth objective include electrical devices, ibeacon signal transceiver modules, information collection units, and cloud server units located in different areas of the community building. The ibeacon signal transceiver module is used to collect and transmit electrical signals of various electrical devices; the information collection unit collects each electrical signal through each ibeacon signal transceiver module, converts and processes them into corresponding management data, and transmits the management data through the network communication module. Go out; the cloud server unit can receive storage processing management data through the network communication module, and it cannot provide remote terminal devices to receive management data. Wherein, a control program is built in each of the ibeacon signal transceiver module, each of the ibeacon signal transceiver module includes a microprocessor with the control program built in, and the microprocessor includes a plurality of registers, When the control program is started, the data in the first register and the data in the second register are mutually exclusive or (XOR), and then the operation result data is stored in the next register. The data of the data are mutually exclusive or (XOR), until the data of the previous operation and the data in the last register are mutually exclusive, and then the final result data is loaded to the last two. In this register, an error check code high bit (MSB) data and an error check code low bit (LSB) data are obtained, and the control program interprets the error check code high bit (MSB) data and the error check code After the low bit (LSB) data is used to determine whether the data transmission is incorrect, when the judgment result is correct, the data in the last two registers are transmitted in the ibeacon format.

1‧‧‧Community Building

10‧‧‧Electrical device

11‧‧‧ Closed circuit surveillance system

12‧‧‧ Two-way radio communication system

13‧‧‧Access control sensor

14‧‧‧Parking equipment sensor

15‧‧‧Elevator equipment induction device

16‧‧‧ Fire Trusted Switchboard

17‧‧‧ Electromechanical equipment

18‧‧‧ Commuter Clock

19‧‧‧Fire Detection Module

20‧‧‧ibeacon signal transceiver module

21‧‧‧Microprocessor

210,210a ~ 210p‧‧‧Register

22‧‧‧Signal Acquisition Module

30‧‧‧ Information Collection Unit

31,61‧‧‧display

32‧‧‧Letter / Parcel Record Database

33‧‧‧Letter / Parcel Notification Module

Bluetooth communication module

40‧‧‧ Cloud Servo Unit

50‧‧‧Network Communication Module

60‧‧‧Terminal device

60a‧‧‧Electronic device

610‧‧‧operation interface

FIG. 1 is a schematic diagram of a functional architecture of an embodiment of the present invention.

FIG. 2 is a schematic diagram of a functional block connection implementation of a cloud server unit according to the present invention.

FIG. 3 is a schematic diagram of a part of the ibeacon signal transceiver module of the present invention arranged along a patrol path.

FIG. 4 is a schematic diagram of a screen display implementation of the terminal device of the present invention.

FIG. 5 is a schematic implementation diagram of internal function blocks of the information collection unit of the present invention.

FIG. 6 is a schematic diagram of implementation of generating error detection data according to the present invention.

In order to allow your reviewers to further understand the overall technical features of the present invention and the technical means for achieving the purpose of the present invention, specific embodiments and drawings are described in detail as follows: Please refer to FIGS. 1 and 2. This embodiment is The first embodiment which achieves the first object of the present invention includes technical features such as a plurality of electrical devices 10, a plurality of ibeacon signal transceiver modules 20, an information collection unit 30, and a cloud servo unit 40, which are located in different areas of the community building 1. The plurality of electrical devices 10 may be a closed circuit monitoring system 11, a walkie-talkie communication system 12, an access control sensing device 13, a parking equipment sensing device 14, an elevator equipment sensing device 15, a fire-fighting main switchboard 16, an electromechanical equipment device 17, and a commuter clock 18, etc. The multiple ibeacon signal transceiver modules 20 are used to collect and transmit the electrical signals of each electrical device 10; the information collection unit 30 (such as more than one computer host) passes each ibeacon signal transceiver module 20 aggregates each electrical signal and converts it into corresponding management data. As for the signal connection between each ibeacon signal transceiver module 20 and the information collection unit 30, it can be realized through a wired or wireless signal transmission module 34, as shown in Figure 1. The signal transmission module 34 shown is a Bluetooth communication module, and can be connected to the Bluetooth communication module built in each ibeacon signal transceiver module 20 for wireless signal connection. Then, the network communication module 50 ( (Such as the combination of network and network interface) to transmit management data. The cloud server unit 40 receives, stores and processes the management data through the network communication module 50 to provide a terminal device 60 (such as a smart phone or a computer) to receive the management data through the network communication module 50.

Specifically, as shown in FIG. 1, the present invention further includes a signal acquisition module 22 (such as a voltage divider circuit or other signal acquisition circuits to implement electrical signal acquisition). The signal acquisition module 22 is used to capture the electrical signals of the electrical device 10, and then transmitted by the ibeacon signal transceiver module 20. In addition, the cloud server unit 40 has established at least one database 41, which is used to Store and update include basic household information, household identification information, message notification management data, access control management data, visitor management data, charge management data, parking management data, lobby service management data, security management data, visitor departure supervision information and elevator ride With management data, the purpose of enabling remote residents to download the management data of the above-mentioned management items through their respective terminal devices 60 can be achieved.

1 to 3, this embodiment is a second embodiment for achieving the second object of the present invention. The embodiment includes a plurality of electrical devices 10, a plurality of ibeacon signal transceiver modules 20, which are located in different areas of the community building 1. A technical feature such as an information collection unit 30 and a cloud server unit 40. The plurality of electrical devices 10 may be a closed circuit monitoring system 11, a walkie-talkie communication system 12, an access control sensing device 13, a parking equipment sensing device 14, an elevator equipment sensing device 15, a fire-fighting switchboard 16, an electromechanical equipment device 17, and a commuter clock 18, etc. They are respectively located in a plurality of different areas of the community building 1; a plurality of ibeacon signal transceiver modules 20 are used to collect and transmit electrical signals of each electrical device 10; an information collection unit 30 (such as one or more computer hosts) passes each ibeacon signal transceiver module The group 20 collects each electrical signal and converts it into corresponding management data, and transmits the management data through a network communication module 50 (such as a combination of a network and a network interface). The cloud server unit 40 receives, stores and processes the management data through the network communication module 50 to provide a terminal device 60 (such as a smart phone; or a computer) to receive the management data through the network communication module 50. Among them, part of the ibeacon signal transceiver module 20 is disposed along at least one patrol and checkpoint path. In a specific operation embodiment, as shown in FIG. 3, when the administrator is patrolling the checkpoint path, each ibeacon signal transceiver module 20 set along the patrol checkpoint path sequentially receives the electronic device 60a through wireless induction. An identification code (which can be implemented by setting a password in advance), and sequentially sends the same identification code received at different time positions to the information collection unit 30 for interpretation processing, and then the information collection unit 30 will successively receive the The identification code is converted into the real-time patrol checkpoint path information of the administrator. In addition to displaying the patrol checkpoint path information on the display 31 of the management room for visitors to review, this patrol checkpoint path information can be uploaded to the cloud The server unit 40 is provided for remote resident users to use their terminal devices 60 to perform network download viewing.

Please refer to FIGS. 1-4. This embodiment is a third embodiment for achieving the third object of the present invention. The third embodiment includes a plurality of electrical devices 10, a plurality of ibeacon signal transceiver modules 20, which are located in different areas of the community building 1. A technical feature such as an information collection unit 30 and a cloud server unit 40. The plurality of electrical devices 10 may be a closed circuit monitoring system 11, a walkie-talkie communication system 12, an access control sensing device 13, a parking equipment sensing device 14, an elevator equipment sensing device 15, a fire-fighting switchboard 16, an electromechanical equipment device 17, and a commuter clock 18, etc. They are respectively located in a plurality of different areas of the community building 1; a plurality of ibeacon signal transceiver modules 20 are used to collect and transmit electrical signals of each electrical device 10; an information collection unit 30 (such as one or more computer hosts) passes each ibeacon signal transceiver module The group 20 collects each electrical signal and converts it into corresponding management data, and transmits the management data through a network communication module 50 (such as a combination of a network and a network interface). The cloud server unit 40 receives, stores and processes the management data through the network communication module 50 to provide a terminal device 60 (such as a smart phone; or a computer) to receive the management data through the network communication module 50. Wherein, the above-mentioned terminal device 60 is a handheld electronic device 60a, which has a built-in community management program (APP); as shown in FIG. 4, when the community management program is executed, an operation interface is displayed on the display screen 61 of the electronic device 60a. 610, the operation interface 610 display includes an elevator boarding setting interface, an access control setting interface, and a parking setting interface; the elevator setting interface can be used by the user to operate and set, so that the electronic device 60a communicates with the elevator device induction device 15 wirelessly, In order to allow the user to obtain the operation authority of the elevator equipment; the access control setting interface is available for the user to operate and set, so that the electronic device 60a and the access control sensor device 13 communicate wirelessly; when the wireless signal is connected, the user can obtain the operation of the access control equipment The parking setting interface allows the user to operate and set, so that the electronic device 60a communicates with the parking sensing device 14 wirelessly. When the wireless signal is connected, the user can obtain the operation authority of the parking device.

In addition, the operation interface 610 shown in FIG. 4 further includes an email notification interface that can be operated by the user to obtain mail collection information, and an announcement message that can be operated by the user to browse the information released by the building community. interface. In addition, as shown in FIG. 5, the information collection unit 30 includes a letter / package record database 32 and a letter / package notification module 33. When the access sensor 13 senses a user in the community building 1 When an identification code is built in the held electronic device 60a, the identification code is transmitted to the information collection unit 30, and the letter / package notification module 33 is used to query whether there is a user's letter in the letter / package record database 32 Or parcel records, if available, notify users by at least one of voice, text, or email.

Please refer to FIGS. 1 and 2. This embodiment is a fourth embodiment for achieving the fourth object of the present invention. The fourth embodiment includes a plurality of electrical devices 10, a plurality of ibeacon signal transceiver modules 20, which are located in different areas of the community building 1. A technical feature such as an information collection unit 30 and a cloud server unit 40. The plurality of electrical devices 10 may be a closed circuit monitoring system 11, a walkie-talkie communication system 12, an access control sensing device 13, a parking equipment sensing device 14, an elevator equipment sensing device 15, a fire-fighting switchboard 16, an electromechanical equipment device 17, and a commuter clock 18, etc. They are respectively located in a plurality of different areas of the community building 1; a plurality of ibeacon signal transceiver modules 20 are used to collect and transmit electrical signals of each electrical device 10; an information collection unit 30 (such as one or more computer hosts) passes each ibeacon signal transceiver module The group 20 collects each electrical signal and converts it into corresponding management data, and transmits the management data through a network communication module 50 (such as a combination of a network and a network interface). The cloud server unit 40 receives, stores and processes the management data through the network communication module 50 to provide a terminal device 60 (such as a smart phone; or a computer) to receive the management data through the network communication module 50. The information gathering unit 30 is connected to the fire trustee switchboard 16. When the fire source is detected by at least one fire detection module 19 in the community building 1, the detection signal of the fire detection module 19 is transmitted through the fire trustee switchboard 16. To the information collection unit 30, so that the fire alarm signal is displayed on the display screen 31 of the information collection unit 30, and at least one area of the display screen 31 simultaneously displays the real-time surveillance image provided by the closed-circuit monitoring system 11 closest to the fire source area Then, the fire alarm signal and the real-time monitoring image are uploaded to the cloud server unit 40 for remote household users to use the terminal device 60 to watch the network download.

Please refer to FIG. 6. This embodiment is a fifth embodiment for achieving the fifth object of the present invention. In addition to the technical features of the first embodiment, this embodiment is included in each ibeacon signal transceiver module 20. Build a control program. Each ibeacon signal transceiver module 20 includes a microprocessor 21 with a built-in control program. The microprocessor 21 includes a plurality of registers 210. When the control program starts, it stores the first register. The data in 210a and the data in the second register 210b are mutually exclusive or (XOR) operation, and then the operation result data and the data in the next register 210 are mutually exclusive or (XOR) operation, until the above An operation result data is mutually exclusive or (XOR) with the data in the last register 210, and then the final result data is loaded into the last less register 210 to become an upper bit of the error check code. (MSB) data and an error check code low bit (LSB) data. The control program converts the error check code high bit (MSB) data and error check code low bit (LSB) data into a hexadecimal error check value. For each error check value defined by default, Can determine the present value of the data transmission error check is correct, when the determination result is correct, then the data within the register 210 in the last two ibeacon format packet data sent out. In addition, it must be noted that the ibeacon signal transceiver module 20 used in the present invention is a super small computer based on iBeacon Bluetooth technology. In addition to a powerful 32-bit ARM Cortex processor, it includes a 256KB flash memory, Accelerometer, temperature sensor and 2.4GHz Bluetooth communication module (ie BLE Bluetooth low energy communication module).

Specifically, as shown in FIG. 6, there are 16 temporary registers 210, the first temporary register 210a temporarily stores the registered station number data, and the second temporary register 210b temporarily executes the command number data. The third register 210c is used to temporarily store code data for households and monitoring stations. The fourth register 210d is used to temporarily store management data. The fifth register 210e is used to temporarily store management data. The sixth register is used to temporarily store management data. Register 210f is used to temporarily store management data, the seventh register 210g is used to temporarily store management data, the eighth register 210h is used to temporarily store management data, and the ninth register 210i is used to temporarily store management data. The tenth temporary register 210j is a temporary storage of management data, the eleventh temporary register 210k is a temporary storage of management data, the twelfth temporary register 210l is a temporary management data, and the thirteenth The register 210m is used for temporary management data, the fourteenth register 210n is used for temporary key data, the fifteenth register 210o is used for temporary error code data, and the sixteenth register 210p Temporarily store the overflow data of the fifteenth register 210o. Here, you can use ibeacon's packet interface to store the overflow data. While the information is transmitted to the news by the end, in order to increase the security of strong build packet data.

When the length of each data is plural digits, a mutually exclusive or (XOR) operation must be made in sequence with the number of complex digits. (When the data is 8 digits, 8 mutexes must be performed. OR operation), when the bits of the final result data are generated, the previous bit of the final result data is shifted to the fifteenth register 210o by one bit to the left, and then the bits of the final result data are filled in the final result. The position of the previous bit of the data. When the 15th register 210o overflows, the overflowed bit is stored in the 16th register 210p until all the bits of the data are stored. Until the exclusive OR (XOR) operation is completed, the data temporarily stored in the fifteenth register 210o and the sixteenth register 210p are respectively converted into the above-mentioned error check code high-order (MSB) data and Error check code low bit (LSB) data for another ibeacon signal transceiver module 20 to receive; or a computer configured with ibeacon technology protocol software to receive the ibeacon format packet data and compare the communication errors. When comparing If the result is correct, a message is sent to receive the correct answer instruction; when When the result of the error, the error is issued a data request retransmission of the received command.

According to the above, in addition to the confidentiality and security of the data, the ibeacon format packet data can protect the personal data of the residents and develop a microprocessor-based communication format error detection method. The weighted method protects the transmitted data to achieve a stable monitoring system and reduce the generation of erroneous packets.

The above description is only a feasible embodiment of the present invention, and is not intended to limit the patent scope of the present invention. Any equivalent implementation of other changes based on the content, characteristics and spirit of the following claims should be It is included in the patent scope of the present invention. The structural features specifically defined in the present invention are not found in similar items, and are practical and progressive. They have met the requirements for invention patents. They have filed applications in accordance with the law. I would like to request the Bureau to verify the patents in accordance with the law in order to maintain this document. Applicants' legitimate rights and interests.

Claims (10)

    A property management system based on IBEACON, comprising: a plurality of electrical devices respectively located in a plurality of different areas of a community building, wherein the electrical device is selected from the group consisting of a closed circuit monitoring system, a walkie-talkie communication system, an access control induction device, and parking equipment At least two of a sensor device, an elevator device sensor device, a fire-fighting switchboard, an electromechanical device device, and a commuter clock; a plurality of ibeacon signal transceiver modules for collecting and transmitting electrical signals of each of the electrical devices; an information collection unit , Which collects each of the electrical signals through each of the ibeacon signal transceiver modules, converts them into corresponding management data, and transmits the management data through a network communication module; and a cloud server unit, which communicates through the network The communication module receives and processes the management data to provide at least one terminal device to receive the management data through the network communication module.         As described in claim 1, the IBEACON-based property management system further includes a signal acquisition module electrically connected to the ibeacon signal transceiver module, and the signal acquisition module is used to acquire the electrical device. The electrical signal is transmitted by the ibeacon signal transceiver module.         The ibeacon-based property management system according to claim 1, further comprising at least one electronic device worn by at least one administrator of the community building, and the plurality of ibeacon signal transceiver modules are along at least one patrol checkpoint path Setting, when the administrator is on the patrol checkpoint path, each of the ibeacon signal transceiver modules set along the patrol checkpoint path sequentially receives an identification code of the electronic device through wireless induction, and sends different times The identification code received at the location is sequentially transmitted to the information collection unit, and the information collection unit then converts the identification code that has been received successively into the administrator's real-time patrol checkpoint path information, and the patrol check The point path information is uploaded to the cloud server unit.         The property management system based on IBEACON as described in claim 1, wherein the terminal device is a handheld electronic device with a community management program (APP) built in; when the community management program is executed, the The display screen displays an operation interface. The operation interface display includes an elevator riding setting interface, an access control setting interface and a parking setting interface. The elevator setting interface can be used by the user to operate and set the electronic device and the elevator device sensing device. Make wireless induction communication to allow the user to obtain the operation authority of the elevator equipment; the access control setting interface can be used by the user to operate and set the electronic device and the access control induction device to make wireless signal communication, and when the wireless signal is connected, it can be Allows the user to obtain the operation authority of the access control device; the parking setting interface is available for the user to operate and set so that the electronic device and the parking sensing device can communicate with each other wirelessly; when the wireless signal is connected, the user can obtain parking Device operation permissions.         The property management system based on IBEACON as described in claim 4, wherein the operation interface further includes an email notification interface that can be operated by the user to obtain mail collection information, and an email notification interface that can be operated by the user to browse the building Announcement information interface for information posted by the community.         The property management system based on IBEACON as described in claim 1, wherein the information collection unit includes a letter / package record database and a letter / package notification module. When the access control sensing device detects When an identification code built into an electronic device held by a user is transmitted, the identification code is transmitted to the information collection unit, and the letter / package notification module is used to query whether the letter / package record database exists. The user's mail or parcel record, if available, is notified to the user by at least one of voice, text or email.         The property management system based on IBEACON as described in claim 1, wherein the cloud server unit has established at least one database for storing and updating the information including basic household information, household identification information, message notification management information, and access control. Management data, visitor management data, charge management data, parking management data, hall service management data, security management data, visitor departure supervision data, and elevator load management data; the information collection unit is connected to the fire-fighting switchboard. When at least one set of fire detection modules in the community building detects a fire source, the detection signal of the fire detection module is transmitted to the information collection unit through the fire-fighting switchboard, so that one of the information collection units A fire alarm signal is displayed on the display screen, and at least one area of the display screen simultaneously displays the real-time surveillance image provided by the closed-circuit surveillance system closest to the fire source area, and then uploads the fire alarm signal and the real-time surveillance image to The cloud server unit.         An error detection method based on the communication format of the property management system described in claim 1, which is a control program built into each of the ibeacon signal transceiver module, and each of the ibeacon signal transceiver module includes a built-in The microprocessor of the control program, the microprocessor includes a plurality of registers, and when the control program starts, the data in the first register and the data in the second register are mutually exclusive. Or (XOR) operation, and then perform mutually exclusive OR (XOR) operation with the data in the next register, until the previous operation result data and the last data in the register are mutually exclusive. Until the exclusive OR (XOR) operation, and then load the final result data into the last two of the registers to become an error check code high bit (MSB) data and an error check code low bit (LSB) data, The control program interprets the error check code high bit (MSB) data and the error check code low bit (LSB) data to determine whether the data transmission is incorrect. When the judgment result is correct, the last two Data is transmitted in ibeacon format go with.         The communication format error detection method as described in claim 8, wherein the number of the register is 16, the first register is a registered station number data temporarily, and the second register is The execution order code data is temporarily stored. The third register is used to temporarily store the code data of households and monitoring stations. The fourth register is used to temporarily store management data. The fifth register is used to manage data. Temporary storage, the sixth register is the management data and data storage temporarily, seventh management register is the management data and data storage temporarily, eighth this register is management data and data storage, and the ninth is temporary storage The register is the temporary storage of management data, the tenth is the temporary storage of management data, the eleventh is the temporary storage of management data, and the twelfth is the management data. Temporary storage, the thirteenth register is management data and data storage, the fourteenth register is key data, and the fifteenth register is error check code data, Sixteen of the registers are temporarily stored as the overflow data of the fifteenth of the registers.         The error detection method of the communication format according to claim 8, wherein when the length of each data is plural bits, a mutual exclusion or ( XOR) operation, when the bits of the final result data are generated, the previous bit of the final result data is shifted to the left of the fifteenth register by one bit, and then the bits of the final result data are filled in the final result. The position of the previous bit of the data. When the fifteenth of the register overflows, the overflowed bit is stored in the sixteenth register, until all the bits of the data Until the mutual exclusion or (XOR) operation is completed, the data stored in the fifteenth register and the sixteenth register are converted into the high-order bit of the error check code in hexadecimal ( MSB) data and the error check code low bit (LSB) data.