TWI627594B - Property Asset Management System with Position Identification, Facility Equipment Management and Disaster Prevention System Integration - Google Patents

Abstract

The invention provides a property asset management system with positioning identification and facility equipment management and disaster prevention system integration, comprising a transmitter comprising a plurality of portable control devices each having a mobile transceiver and respectively transmitting a return position signal; The fixed transceiver; and a public cloud management terminal includes an identification unit, a processing unit and a memory unit, the identification unit receives and recognizes the return position signal from the mobile transceiver, and the memory unit stores different management identities of at least one building In addition to the plurality of building management map files, the processing unit opens the building management map file according to the identity of the return position signal recognized by the identification unit, and transmits and outputs the signal to the portable control device through the transfer end; providing the portable control device The holder performs the corresponding management business.

Description

Property Asset Management System with Position Identification, Facility Equipment Management and Disaster Prevention System Integration

The invention relates to the technical field of property management, in particular to a property asset management system with positioning identification, facility equipment management and disaster prevention system integration.

Today, people are increasingly demanding quality of life. Simple collective buildings or buildings have gradually become unable to meet the needs of consumers. The related property management is a very complicated and important topic, especially The repair of various hardware facilities in the building, as well as the information management problems brought about by the corresponding. At present, the current practice is to patrol, verify, overhaul, maintain and maintain the paper building drawings of the corresponding floors for different floors of the building, and record the maintenance status of each hardware by hand, and afterwards Statistics and records to integrate all kinds of information, so the management is prone to leakage or deficiencies, which will make the information incomplete, resulting in loopholes in maintenance management.

In particular, the paper surface data used is not only resistant to use, but also easy to break and damp; because the paper surface is generally full-opening blueprints, the carrying must be folded, and then expanded when used, and it is easy to repeat the exhibition. One of the shortcomings is the difficulty in storing and maintaining the data by breaking the broken line from the broken line.

Moreover, the manual management of device verification and transcription annotation on the paper surface is not only inefficient, but also easy to incomplete due to the omission of information, which is the second shortcoming.

Moreover, traditional property management with a heavy emphasis on manpower does not integrate security access control, floor management and systematic management of household services, resulting in an inability to effectively improve service quality and accuracy, which is the third shortcoming.

In addition, a method and system for creating, using, and managing a three-dimensional digital model of a physical environment is disclosed in the "Method and System for Modeling and Managing Terrain, Buildings, and Infrastructure" by China Publication No. CN1526108A. The combination of outdoor terrain elevation and land use information, the establishment of the placement, the height and geometry of the internal structure of the building, and the specific point-building model spatially distributed within the physical environment (Figure 18). The present invention respectively provides an asset management system that allows an integrated three-dimensional model of outdoor, indoor, and distributed infrastructure equipment to transmit and aggregate information pertaining to actual physical components of the network (183), thereby providing a unified digital format that can be used with a particular point. To manage the ongoing operations, costs, maintenance history, and loss management systems of multiple networks (189).

Although the above-mentioned patents describe in the [0010] column of the background of the specification, many pre-existing building or campus databases are only designed on paper, and it is proposed to be able to use outdoor, indoor and distributed foundations. The actual physical components of the facility equipment are converted into a management map model of three-dimensional digital information transmitted through the network, but only a concept of using the electronic map instead of the paper map is proposed, but the image management and operation in actual use are lacking. detail design.

In summary, the current difficulties and shortcomings of property management are as follows:

1. Use the property management of the paper drawing. Not only is the paper surface inconvenient to use and it is not easy to use, it is easy to be damaged due to moisture or other reasons, and it is not easy to maintain data integrity.

2. Manual management of equipment check and transcription annotation on paper drawing Not only is it inefficient, but it is also easy to miss and incomplete information due to transcripts.

3. In the past, traditional property management with a heavy emphasis on manpower could not achieve the property asset management services integrated by the disaster prevention system, and sent the disaster prevention detection sensor signals to different households without being affected by time and space.

4. Traditional property management with a focus on manpower has not yet been introduced into actual use through the planning of electronic image files and operational details, and further integrates security access control, floor management and systematic management of household services. The quality and accuracy of the service cannot be effectively improved.

Therefore, how to use the existing paper drawings is inconvenient and difficult to maintain data integrity, and the manual management efficiency of copying notes on paper drawings is inefficient, and the failure to import electronic images into actual use results in service quality and accuracy. Innovative inventors who cannot effectively improve their shortcomings are the difficult points to be solved in this case.

The main object of the present invention is to provide a property asset management system with positioning identification and facility equipment management and disaster prevention system integration, and achieve cloud management through personnel positioning, identification, and property management operations corresponding to management of electronic file transfer of management identity. Effectively avoid damage, loss, etc. of management data.

The second object of the present invention is to provide a property asset management system with positioning identification, facility equipment management and disaster prevention system integration, and use cloud management electronic file and electronic device for efficient property management, thereby effectively avoiding manual transcription. Man-made omissions, effectively ensuring the integrity of management information and information.

A further object of the present invention is to provide a property asset management system with positioning identification and facility equipment management and disaster prevention system integration, which can transmit and receive information through a base station. The air environment detection signal and the disaster prevention detection sensor signal are sent to the private cloud control end of different households without the influence of time and space, and the property asset management service integrated by the disaster prevention system is realized.

Another object of the present invention is to provide a property asset management system with positioning identification and facility equipment management and disaster prevention system integration, which extends to the centralized management of security access control, floor management and various household services through horizontal integration of cloud management. Improve the quality and accuracy of property management services.

In order to achieve the above purpose and effect, the present invention has a property identification management system with positioning identification and facility equipment management and disaster prevention system integration, which mainly comprises a transmitting end, comprising a plurality of portable control devices, each portable control device having the ability to send and receive signals. a mobile transceiver, each mobile transceiver respectively sends a return position signal, each return position signal has an identification code; a transfer end includes a plurality of fixed transceivers having a send and receive signal and is distributed and installed in at least one building, Each of the fixed transceivers communicates with the mobile transceiver to receive and receive each of the return position signals; and a public cloud management terminal includes an identification unit and the adapter electrically coupled to receive the message from the fixed transceiver and the mobile transceiver Retrieving the position signal and identifying the identification unit, the identification unit is electrically connected to the adapter end and a processing unit, the processing unit is electrically connected to the adapter end and a memory unit, and the memory unit is stored corresponding to at least one building Multiple building management maps for locations and different management identities, The unit opens the building management image file corresponding to the floor position and the different management identity according to the identification code of the reward position signal recognized by the identification unit, and outputs the building management image file to the transfer end, and the fixed transceiver of the transfer terminal issues a building management image file. The signal-to-transmitter portable control device; wherein the portable control device provides personnel with different management identities to hold management services for carrying and receiving building management map signals and performing corresponding identities.

A further technical feature of the present invention is that the building management image file is composed of a plurality of digital model drawings constructed by three-dimensional (3D) architectural elements, and each portable control device has Augmented Reality (AR). The graphic nesting function, the manager holding the portable control device marks the facility equipment management, maintenance and repair information on the received building management map file.

A further technical feature of the present invention is that the plurality of portable control devices respectively include a transmission unit, a memory unit, a display unit, a camera unit, and an annotation and reporting unit, and the transmission unit receives the building management image signal and downloads The building management map file is stored in the memory unit, and the display unit displays the building management image file. The photograph of the photographing unit of the photographing unit is stored in the memory unit and displayed on the display unit, and the labeling and reporting unit takes the photo and performs Mark and repair the report.

A further technical feature of the present invention is that the processing unit is connected to the electronically controlled door lock of the at least one building, and the processing unit controls the access control operation of the electronically controlled door lock switch of the at least one building.

A further technical feature of the present invention is that the processing unit is connected to the electronically controlled lane fence of the at least one building, and the processing unit controls the lane access control operation of the electronically controlled lane fence opening and closing of the at least one building.

A further technical feature of the present invention is that the processing unit is coupled to the elevator control unit of the at least one building, and the processing unit controls the floor management operation of the elevator lift of the at least one building.

A further technical feature of the present invention is that the processing unit is connected to a plurality of private cloud control terminals of different households in the at least one building, and each private cloud control terminal is electrically connected to the electrical appliances of each household and has a usage habit setting, and the portable control device The identification unit identifies the household when the resident is used and returned to the interior of the building. The processing unit outputs the household identity message to the private cloud control end of the corresponding household, and each private cloud control terminal receives the corresponding household returning to the internal information of the building and pre-controls the various internal appliances of the household to respond to the household according to the household usage habit setting. Usage requirements.

A further technical feature of the present invention is that the switching end includes a plurality of transmitting and receiving base stations having outgoing and receiving signals and is distributed and installed in each floor of at least one building, each of the transmitting and receiving base stations has a communication unit and an identifying unit. a processing unit and a memory unit, wherein the memory unit stores a building management image file corresponding to the set floor, and the wireless signal transmitted and received by the communication unit has a three-dimensional (3D) spatial positioning function and amplification function on the building structure and the facility equipment. Augmented Reality (AR)'s image nesting function, and the communication unit of the transmitting and receiving base station communicates with the mobile transceiver by transmitting and receiving wireless signals and receiving the return position signals. The identification unit identifies each return position signal to confirm the holding. There is a manager identity of the mobile transceiver, and the processing unit opens the building management map file corresponding to the floor location according to the identity recognized by the identification unit and outputs to the communication unit, and the communication unit transmits the building management image file to each portable body through the wireless signal. Mobile transceiver for control unit, each portable control unit has augmented reality (Augmented Real The tactical nesting function of ity, AR), the manager holding the portable control device indicates the facility equipment management, maintenance and repair information on the received building management map file.

A further technical feature of the present invention is that the communication unit of each transmitting and receiving base station uses a Bluetooth Low Energy signal, and each communication unit has a gravity acceleration detection (G SENSER) signal transmission and a gyroscope detection. Signal transmission, air environment detection signal transmission or disaster detection detection signal transmission, the collection of G SENSER signals, gyroscope detection signals, air environment detection signals or disaster detection detection signals are universal The synchronous transceiver (UART) is converted into an internet protocol suite (TCP/IP) and has internal or external networking capabilities. The G SENSER signal, the gyro detection signal, the air environment detection signal or the disaster detection detection signal are sent to the portable control devices held by each household and are not affected by time and space.

A further technical feature of the present invention is that the mobile station's return position signal and the fixed transceiver's building management image signal are signals using Bluetooth Low Energy.

〔this invention〕

(1) ‧‧‧transmitter

(11)‧‧‧Portable control device

(111)‧‧‧Mobile Transceiver

(112)‧‧‧Transportation unit

(113)(224)(33)‧‧‧ memory unit

(114)‧‧‧Display unit

(115) ‧ ‧ photographic unit

(116)‧‧‧Marking and reporting unit

(117)(225)(331)‧‧‧Building management files

(1111)‧‧‧Return location signal

(2) ‧‧‧Transfer

(21)‧‧‧Fixed transceivers

(211)‧‧‧Building management map signal

(22) ‧‧‧Delivery message base station

(221)‧‧‧Communication unit

(221A) ‧‧‧Wireless signals

(222)‧‧‧ Identification unit

(223)‧‧‧Processing unit

(3) ‧ ‧ public cloud management

(31)‧‧‧ Identification unit

(32)‧‧‧Processing unit

(34)‧‧‧Electric control lane fence

(35)‧‧‧Elevator Control Unit

(351)‧‧‧Elevator

(36)‧‧‧Electric control door locks

(4) ‧‧‧Private Cloud Console

(5) ‧ ‧ property management personnel

(6) ‧ ‧ household vehicles

(7) ‧ ‧ occupants

The first figure is a block diagram of the configuration of the inventive device.

The second figure is a block diagram of the configuration of the portable control device of the present invention.

The third figure is a configuration block diagram of a base station for transmitting a message according to the present invention.

The fourth figure is a schematic diagram of the carrying management management service provided by the property management personnel of the portable control device of the present invention.

The fifth figure is a schematic diagram of the use of the public cloud management terminal connection control and an electronically controlled lane fence.

The sixth figure is a schematic diagram of the floor management of the public cloud management terminal connected elevator control unit to control the elevator to the parking lot.

In order to achieve the above objects and effects, and the technical means and configurations employed, the features and effects of the embodiments of the present invention are described in detail with reference to the accompanying drawings.

Please refer to the first and fourth embodiments of the present invention for a positioning and identification of a material pipe system device, comprising: a transmitting end (1), comprising a plurality of portable control devices (11), each carrying The control device (11) has a mobile transceiver (111) capable of transmitting and receiving signals, each of the mobile transceivers (111) respectively transmitting a return position signal (1111), and each of the return position signals (1111) has an identification code.

a transfer end (2) comprising a plurality of fixed transceivers (21) having outgoing and receiving signals and distributedly installed in at least one building, each fixed transceiver (21) for transmitting and receiving wireless signals and mobile transceivers (111) Communicate and receive each return position signal (1111).

And a public cloud management terminal (3), comprising an identification unit (31) and the adapter (2) electrically coupled to receive the message from the fixed transceiver (21) and the return position signal of the mobile transceiver (111) ( And the identification unit (31) is electrically connected to the switching end (2) and a processing unit (32), the processing unit (32) electrically connecting the switching end (2) and a memory unit (33) The memory unit (33) stores a plurality of building management map files (331) corresponding to different locations and different management identities of at least one building, the processing unit (32) according to the identification unit (31) Identifying the identification code of the return position signal (1111) and opening the building management map file (331) corresponding to the floor position and different management identity and outputting to the transfer end (2), the fixed end of the transfer end (2) The device (21) sends a building management map signal (211) to the portable control device (11) of the transmitting end (1).

The portable control device (11) provides personnel with different management identities to hold management services for carrying and receiving the building management map signal (211) and executing the corresponding identity.

In the first figure, the building management image file (331) of the present invention is composed of a plurality of digital model drawings constructed by three-dimensional (3D) architectural elements, and each portable control device (11) has an augmented reality ( Augmented Reality, AR), the manager holding the portable control device (11) indicates the facility equipment management, maintenance and repair information on the received building management map file. Second, the processing unit (32) connects the to One of the building's electronically controlled door locks (36), and the processing unit (32) controls the access control operation of the electronically controlled door lock (36) switch of the at least one building. Furthermore, the processing unit (32) is connected to the electronically controlled lane fence (34) of the at least one building, and the processing unit (32) controls the lane access control of the electronically controlled lane fence (34) of the at least one building. Manage operations. Moreover, the processing unit (32) is coupled to the elevator control unit (35) of the at least one building, and the processing unit (32) controls the floor management operation of the elevator lift of the at least one building. In addition, the processing unit (32) is connected to the plurality of private cloud control terminals (4) of different households in the at least one building, and each private cloud control terminal (4) is electrically connected to the electrical appliances in each household and has a usage habit setting. When the portable control device (11) provides the resident to use and returns to the interior of the building, the identification unit (31) identifies the identity of the resident, and the processing unit (32) outputs the resident identity message to the private cloud control terminal of the corresponding household (4) Each private cloud control terminal (4) receives the corresponding resident's return to the internal information of the building and pre-adjusts the various internal appliances of the household to meet the usage requirements of the household according to the household usage habit setting.

In the first and third figures, the switching end (2) of the present invention comprises a plurality of transmitting and receiving base stations (22) having outgoing and receiving signals and distributed on each floor of at least one building, and each transmitting and receiving message base station ( 22) having a communication unit (221), an identification unit (222), a processing unit (223) and a memory unit (223), the memory unit (224) storing a building management map corresponding to the set floor (225) The wireless signal (221A) transmitted and received by the communication unit (221) has a three-dimensional (3D) spatial positioning function for the building structure and the facility equipment, and an overlay function of the Augmented Reality (AR), and The communication unit (221) of the transmitting and receiving base station (22) communicates with the mobile transceiver (111) by the transmitting and receiving wireless signal (221A) and receives each of the return position signals (1111), and the identification unit (222) recognizes each of the return position signals ( 1111) to confirm the identity of the manager holding the mobile transceiver (111), and the processing unit (223) is identified by the identity unit and managed according to different identities. The permission opens the building management map file (225) corresponding to the floor location and outputs to the communication unit (221), and the communication unit (221) transmits the building management image file (225) to each portable control device via the wireless signal (221A) ( 11) the mobile transceiver (111), each portable control device (11) has an augmented reality (AR) picture nesting function, and the manager holding the portable control device (11) receives the Facility equipment management, maintenance and repair information is indicated on the building management map (225). Moreover, the communication unit (221) of each of the transmitting and receiving base stations (22) uses a Bluetooth Low Energy signal, and each communication unit (221) has a gravity acceleration detection (G SENSER) signal transmission, and a gyro Instrument detection signal transmission, air environment detection signal transmission or disaster detection detection signal transmission, collection of gravity acceleration detection (G SENSER) signal, gyro detection signal, air environment detection signal or disaster detection detection signal Converted to Internet Protocol Suite (TCP/IP) with Universal Non-Synchronous Transceiver (UART) and with internal or external networking capabilities, G SENSER signal, gyroscope detection signal, air The environmental detection signal or the disaster detection detection signal is sent to the portable control device (11) held by each household and is not affected by time and space. Finally, the return location signal (1111) of the mobile transceiver (111) and the building management map signal (211) of the fixed transceiver (21) are signals using Bluetooth Low Energy.

In addition, in the first and second figures, the plurality of portable control devices (11) of the present invention respectively include a transmission unit (112), a memory unit (113), a display unit (114), a camera unit (115), and An annotation and reporting unit (116), the transmission unit (116) receives the building management map signal (211), and downloads the building management map file (117) from the public cloud management terminal (3) as shown in the second figure. And stored in the memory unit (113), the display unit (114) displays a building management map file (117), and the photographing unit photographs the photograph of the building unit (115) stored in the memory unit (113) and displayed on the display unit ( 114), the labeling and reporting unit (116) takes a photo and performs an operation of marking and repairing the report. As shown in the fourth figure, when a property management staff (5) carries a portable control device (11) to a 12th floor corridor of a building to perform management operations for related equipment inspections (the floor is shown in the figure) to Waiting for four households), the mobile transceiver (111) of the portable control device (11) sends a return position signal (1111) with an identification code; and the identification unit (31) of the public cloud management terminal (3) transmits electrical properties. The fixed transceiver (21) connecting the adapter (2) receives the return position signal (1111) and identifies its location and management identity, such as a property manager or property preservation; and the processing unit (32) is identified by the identification unit (31) The identification code of the reward position signal (1111) is recognized, and the building management image file (331) corresponding to the location and management identity is opened and output to the adapter (2), so that the fixed transceiver of the adapter (2) (21) issuing a building management map signal (211) to the portable control device (11) for the property management personnel (5) to receive (the more detailed the building management map file (331) received by the management identity person), To manage the business of the aforementioned operations. Moreover, through the above positioning and identification operations, as the property management personnel (5) move to different locations, the corresponding building management map signal (211) is given, for example, when the property management personnel (5) Go Will continue to receive correspondence Building management map signal (211).

The above invention achieves cloud management through personnel positioning, identification, and physical management of electronic file transfer corresponding to management identity, thereby effectively avoiding damage and loss of management data; and effectively improving management efficiency and avoiding manual transcription. Human error, effectively ensuring the integrity of management information and information.

In addition, in the fourth figure, the manager holding the portable control device (11) may also select the building management map file (225) of the 12th floor through the transmitting message base station (22), and Augmented Reality (AR) maps the overhead function and identifies the facility equipment management, maintenance and repairs on the received building management map file (225). News. Moreover, by the transmitting message base station (22), the manager holding the portable control device (11) can sense the GSENSER signal, the GRY signal, the air environment detecting signal and the disaster prevention detection without being affected by time and space. The signal is sent to the private cloud control terminal (4) of different households, and the property asset management operations and services with the integration of the disaster prevention system are achieved.

As shown in the first, fifth, and sixth figures, in the fifth figure, when an electronically controlled lane fence (34) inside the building is electrically connected to the processing unit (32) of the public cloud management terminal (3), It can control the opening and closing of the electronically controlled lane fence (34), and selectively release the resident vehicle (6) carrying a return position signal (1111) carrying the portable control device (11) to perform lane access control inside the building. Manage operations. Moreover, as shown in the sixth figure, when the parking space of the local vehicle (6) enters the parking lot completes parking, and the household (7) carries the portable control device (11) to get off, the processing unit of the public cloud management terminal (3) ( 32) The fixed transceiver (21) provided in the parking lot through the electrical connection adapter (2) receives the return position signal (1111) of the portable control device (11); and is electrically connected to the building through the processing unit (21) The elevator control unit (35) controls an elevator (351) to ascend and descend and arrive at the floor of the parking lot to wait for the household (7) to perform floor management operations and services of the building. In addition, the processing unit (32) of the public cloud management terminal (3) is electrically connected to the electronically controlled door lock (36) of at least one building, and can control the switching operation of the electronically controlled door lock (36). Residents carrying the portable control device (11) perform selective release to achieve access control operations for personnel inside the building, and achieve systemized services that combine lane control, floor management and access control.

Finally, the public cloud management terminal (3) of the present invention provides the household (7) to carry by the portable control device (11) through the connection of the private cloud control terminal (4) electrically connected to the electrical appliances of each household and having the usage habits. When using and returning to the interior of the building, the identification unit (31) identifies the identity of the resident (7), and the processing unit (32) outputs the resident identity message to the private cloud control terminal (4) of the corresponding household, the private cloud control terminal ( 4) Receive the corresponding household (7) back Go to the internal information of the building and control the household appliances (7) according to the usage habits of the household (7), and through the positioning and identification, pre-open the households (7) to go back to the various devices on the moving line schedule to respond The demand for the use of households (7); that is, the horizontal integration through cloud management extends to the systematic management of security access control, floor management and various household services, so that service quality and accuracy are effectively improved.

As described above, the present invention can effectively break through the dilemma and shortcomings of the property management industry through the property management of the personnel positioning, identification, and electronic file transfer corresponding to the management identity, and achieve the following advantages:

1. To achieve electronic cloud management of building assets maintenance, effectively avoiding damage and loss of management data.

2. Use cloud-managed electronic file maps and electronic devices for efficient property management, effectively avoiding human error caused by manual transcription, and effectively ensuring the integrity of management data and information.

3. Transmitting the GSENSER signal, the GRY signal, the air environment detection signal and the disaster detection detection signal to the private cloud control terminal (4) of different households by transmitting the message base station (22) without being affected by time and space. Property asset management services with integrated disaster prevention systems.

4. The horizontal integration through cloud management extends to the systematic management of security access control, floor management and various households (7) services, so that service quality and accuracy are effectively improved.

The above is only a preferred embodiment for explaining the present invention, and is not intended to limit the invention in any way, so that any modifications relating to the present invention are made in the spirit of the same invention. And the changer, other types that can be implemented and have the same effect, should still be included in the scope of the intention of the present invention.

In summary, the present invention "property asset management system with positioning identification and facility equipment management and disaster prevention system integration" is practically and cost-effectively, and is indeed fully in line with the needs of industrial development, and the disclosed structural invention It also has an unprecedented innovative structure, so its "novelty" should be undoubtedly considered, and the invention can be more effective than the conventional structure, so it is also "progressive", which fully complies with the invention patents of the Chinese Patent Law. The requirements for the application requirements are to file a patent application in accordance with the law, and I would like to ask the bureau to review it as soon as possible and give it affirmation.

Claims (9)

A property asset management system with positioning identification and facility equipment management and disaster prevention system integration includes: a transmitting end comprising a plurality of portable control devices, each portable control device having a mobile transceiver capable of transmitting and receiving signals, each mobile transceiver Sending a return position signal, each of the return position signals having an identification code, the plurality of portable control devices respectively comprising a transmission unit, a memory unit, a display unit, a camera unit, and an annotation and reporting unit, the transmission unit receiving The building management map file and downloads the building management map file and stores it in the memory unit. The display unit displays the building management map file. The photo unit of the photographing unit is stored in the memory unit and displayed on the display unit. The reporting unit takes a photo and performs an operation of marking and repairing the report; a transfer end includes a plurality of fixed transceivers having a sending and receiving signal and is distributedly installed in at least one building, and each fixed transceiver transmits and receives wireless The signal communicates with the mobile transceiver and receives each return position signal; And a public cloud management terminal, comprising: an identification unit and an adapter electrically coupled to receive the message from the fixed transceiver and the return location signal of the mobile transceiver, and the identification unit electrically connects the adapter and the a processing unit, the processing unit is electrically connected to the transfer end and a memory unit, wherein the memory unit stores a plurality of building management image files corresponding to different locations of different buildings and different management identities, and the processing unit is identified by The identity recognition code of the reward position signal recognized by the unit opens the building management map of the corresponding floor position and different management identity and outputs to the transfer end, and the fixed transceiver of the transfer end sends a building management map signal to the launch Portable control device; wherein the portable control device provides personnel with different management status to carry and Receive the building management map signal and execute the management service corresponding to the identity. The property asset management system with positioning identification and facility equipment management and disaster prevention system integration as described in claim 1, wherein the building management image file is composed of a plurality of digital model drawings constructed by three-dimensional (3D) architectural elements. Each portable control device has an Augmented Reality (AR) image overlay function, and the manager holding the portable control device indicates the facility equipment management, maintenance and repair information on the received building management map file. . The property asset management system with positioning identification and facility equipment management and disaster prevention system integration as claimed in claim 1, wherein the processing unit is connected to the electronically controlled door lock of the at least one building, and the processing unit controls the at least one building The access control management operation of the electronically controlled door lock switch. The property asset management system with location identification and facility equipment management and disaster prevention system integration as claimed in claim 1, wherein the processing unit is connected to the electronically controlled lane fence of the at least one building, and the processing unit controls the at least one building The lane access control operation of the electronically controlled lane fence opening and closing. The property asset management system with location identification and facility equipment management and disaster prevention system integration as described in claim 1, wherein the processing unit is connected to the elevator control unit of the at least one building, and the processing unit controls the at least one building Floor management operations for elevator lifts. The property asset management system with positioning identification and facility equipment management and disaster prevention system integration as described in claim 1, wherein the processing unit is connected to a plurality of private cloud control terminals of different households in the at least one building, and each private cloud control terminal The electrical appliances inside each household are electrically connected and have a usage habit setting. When the portable control device provides the household to carry and use and returns to the interior of the building, the identification unit identifies the identity of the household, and the processing unit loses The household identity message is sent to the private cloud control end of the corresponding household, and each private cloud control terminal receives the corresponding household returning to the internal information of the building and pre-controls the various internal appliances of the household according to the household usage habit to respond to the usage requirement of the household. The property asset management system with location identification and facility equipment management and disaster prevention system integration as described in claim 1, wherein the transfer end comprises a plurality of transmit and receive base stations having outgoing and receiving signals and is distributed and installed in at least one building. Each floor, each transmitting and receiving message base station has a communication unit, an identification unit, a processing unit and a memory unit. The memory unit stores a building management image file corresponding to the set floor, and the wireless signal transmitted and received by the communication unit has a pair of buildings. The structure, facilities and equipment perform three-dimensional (3D) spatial positioning function and augmented reality (AR) graphics nesting function, and the communication unit of the transmitting and receiving base station communicates with the mobile transceiver by transmitting and receiving wireless signals and Receiving each of the return position signals, the identification unit identifies each of the return position signals to confirm the identity of the manager holding the mobile transceiver, and the processing unit opens the building management image of the corresponding floor position according to the identity recognized by the identification unit and outputs the communication management file Unit, the communication unit transmits the building management image file to each portable control device through the wireless signal The mobile transceiver, each portable control device has an augmented reality (AR) image nesting function, and the manager holding the portable control device indicates the facility equipment management and maintenance on the received building management map file. And repair information. The property asset management system with positioning identification and facility equipment management and disaster prevention system integration as described in claim 7, wherein the communication unit of each transmitting and receiving base station uses Bluetooth Low Energy signals and each communication The unit has g-sense acceleration detection (G SENSER) signal transmission, gyroscope detection signal transmission, air environment detection signal transmission or disaster detection detection signal transmission, the gravity acceleration detection (G SENSER) signal, gyroscope detection signal , air environment detection signal or disaster prevention detection The collection of the signal is converted into a network protocol suite (TCP/IP) by a universal asynchronous transceiver (UART) and has internal or external networking functions. The gravity acceleration detection (G SENSER) signal and gyroscope detection The test signal, air environment detection signal or disaster detection detection signal is sent to the portable control device held by each household and is not affected by time and space. The property asset management system with location identification and facility equipment management and disaster prevention system integration as described in claim 1, wherein the mobile transceiver's return position signal and the fixed transceiver's building management image signal are low-power Bluetooth Technology (Bluetooth Low Energy) signal.