CN111311447A - Property asset management system - Google Patents
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- 238000004891 communication Methods 0.000 claims description 22
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Abstract
The invention discloses a property asset management system, which is integrated with a positioning identification, facility equipment management and disaster prevention system and comprises a transmitting terminal, a plurality of portable control devices, a plurality of mobile transceivers and a plurality of alarm position signals, wherein the plurality of portable control devices are respectively provided with the mobile transceivers; a transfer terminal including a plurality of fixed transceivers; and a public cloud management terminal, which comprises an identification unit, a processing unit and a memory unit, wherein the identification unit receives the return position signal from the mobile transceiver and identifies the return position signal, the memory unit stores a plurality of building management picture files of different management identities of at least one building, and the processing unit opens the building management picture files according to the identity of the return position signal identified by the identification unit and sends the building management picture files to the portable control device through the transfer terminal; the holder of the portable control device is provided to execute corresponding management business.
Description
Technical Field
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.
Background
Today, people are increasingly interested in quality of life, and simple integrated buildings and houses or buildings are increasingly unable to meet the use requirements of consumers, and the related property management is a rather complicated and important subject, especially in the renovation of various hardware facilities in the buildings and the corresponding various information management problems. In the current practice, managers carry paper building diagrams of corresponding floors for inspection, checking, overhaul and maintenance aiming at different floors of a building, the maintenance states of various hardware are recorded in a hand-reading mode, and various information is integrated through later statistics and records, so that the problems of missed reading or data missing are easily caused in management, and the problems of maintenance and management are caused by the incompleteness of various information.
Particularly, the used paper picture data is not durable to use and is easy to damage and wet; because the paper sheet is generally a fully open blueprint paper, the paper sheet must be folded when being carried and unfolded when being used, and is easy to crack and damage from a fold line under repeated folding and unfolding use, thereby causing difficulty in data storage and maintenance.
Furthermore, manual management of equipment checking and recording notes by using paper drawings is not only inefficient, but also prone to cause incompleteness of various information due to recording omission.
Moreover, the traditional property management of heavy manpower cannot integrate security access control, floor management and systematic management extending to household service in service, so that the service quality and accuracy cannot be effectively improved, which is the third disadvantage.
In addition, the invention patent of "method and system for modeling and managing terrain, buildings and infrastructure" as in chinese patent publication No. CN1526108A discloses a method and system for creating, using and managing a three-dimensional digital model of a physical environment, its combined outdoor terrain elevation and land utilization information, the set-up of installations, the height and geometry of the building's internal structures, and the construction of models at specific points spatially distributed within the physical environment (fig. 18). The present invention provides an asset management system that allows integrated three-dimensional models of outdoor, indoor, and distributed infrastructure equipment to communicate and aggregate information pertaining to the actual physical components of a network (reference number 183 in chinese patent publication No. CN 1526108A), respectively, thereby providing a management system that can track ongoing operations, costs, maintenance history, and losses of multiple networks (reference number 189 in chinese patent publication No. CN 1526108A) using a specific point uniform digital format.
As described in the above-mentioned patent, although the column [0010] of the background art of the specification describes the existing dilemma that many pre-existing building or campus databases are designed only on paper, a management graph model is proposed that can convert the actual physical components of outdoor, indoor and distributed infrastructure equipment into three-dimensional digital information that can be transmitted through the network, but only an electronic graph usage concept is proposed instead of the paper graph, but the management and detailed design of the operation of the graph in actual operation is lacked.
In summary, the dilemma and disadvantages faced by the current property management are as follows:
1. the property management using the paper picture is inconvenient to use, is not durable, is easy to damage due to moisture or other reasons, and is not easy to maintain the integrity of data.
2. The manual management of checking the equipment and recording the notes by using the paper book drawing is not only low in efficiency, but also easy to cause various information missing and incompleteness due to the omission of recording.
3. In the past, the traditional property management with heavy manpower cannot achieve the property asset management service integrated by a disaster prevention system, and the disaster prevention detection sensing signal is sent to different residents without being influenced by time and space.
4. In the past, traditional property management of heavy manpower cannot be introduced into practical use through planning on application of electronic maps and operation details, and further integrated security access control, floor management and systematic management extending to household service are further integrated, so that the service quality and the accuracy cannot be effectively improved.
Therefore, how to innovate the defects that the existing paper picture is inconvenient to use and difficult to maintain the data integrity, the manual management efficiency of the copying and the recording of the paper picture is low, the service quality and the accuracy cannot be effectively improved due to the fact that the electronic picture file cannot be imported into the practical use and the like is a difficult point to be solved by the scheme.
Disclosure of Invention
In view of the above, the main objective of the present invention is to provide a property asset management system with positioning identification, facility equipment management and disaster prevention system integration, which achieves cloud management by personnel positioning, identification and management operations of electronic document image and data transmission corresponding to management identities, thereby effectively avoiding the situations of damage and loss of management data.
In order to achieve the above purpose and efficacy, the invention has the property asset management system of the positioning identification and facility equipment management and disaster prevention system integration, mainly include a transmitting terminal, include the complex number is carried about the controlling device, each carried about the controlling device has mobile transceiver that can send out and receive the signal, each mobile transceiver sends out a return position signal separately, each return position signal has identification code; a transfer terminal, which comprises a plurality of fixed transceivers for sending and receiving signals and is distributed and installed in at least one building, wherein each fixed transceiver is used for receiving and sending wireless signals to communicate with the mobile transceiver and receiving each return position signal; and a public cloud management terminal, which comprises an identification unit electrically connected with the switching terminal to receive the information from the fixed transceiver and the return position signal of the mobile transceiver and identify the information, the identification unit is electrically connected with the switching terminal and a processing unit, the processing unit is electrically connected with the switching terminal and a memory unit, the memory unit stores a plurality of building management graphic files corresponding to different positions and different management identities of the at least one building, the processing unit opens the building management graphic files corresponding to the floor positions and the different management identities according to the identity identification codes of the return position signal identified by the identification unit and outputs the building management graphic files to the switching terminal, and the fixed transceiver of the switching terminal sends a building management graphic file signal to the portable control device of the transmitting terminal.
The present invention is further characterized in that the building management map file is composed of a plurality of digital model map files constructed by three-dimensional (3D) building components, each portable control device has a map data nesting function of Augmented Reality (AR), and a manager holding the portable control device marks facility equipment management, maintenance and repair information on the received building management map file.
The present invention is further technically characterized in that the plurality of portable control devices respectively comprise a transmission unit, a memory unit, a display unit, a camera unit and a marking and reporting unit, wherein the transmission unit receives the building management drawing file signals, downloads the building management drawing file and stores the building management drawing file in the memory unit, the display unit displays the building management drawing file, the camera unit shoots the building picture and stores the picture in the memory unit and displays the picture in the display unit, and the marking and reporting unit captures the picture and carries out marking and repairing reporting operations.
The invention is further technically characterized in that the processing unit is connected with the electric control door lock of the at least one building, and the processing unit controls the access control management operation of the electric control door lock switch of the at least one building.
The invention is further technically characterized in that the processing unit is connected with the electric control lane fence of the at least one building, and the processing unit controls the lane entrance guard management operation of opening and closing the electric control lane fence of the at least one building.
The invention is further technically characterized in that the processing unit is connected with the elevator control unit of the at least one building, and the processing unit controls the floor management operation of the elevator lifting of the at least one building.
The invention is further technically characterized in that the processing unit is connected with a plurality of private cloud control ends of different residents in at least one building, each private cloud control end is electrically connected with electric appliances in each resident and has a use habit setting, when the portable control device is used for carrying and returning the resident to the building, the identification unit identifies the identity of the resident, the processing unit outputs the identity information of the resident to the private cloud control end of the corresponding resident, and each private cloud control end receives the information of returning the corresponding resident to the building and controls various electric appliances in the resident according to the use habit setting of the resident in advance so as to respond to the use requirements of the resident.
The invention is further characterized in that the switching terminal comprises a plurality of transmitting and receiving message base stations which are provided with transmitting and receiving signals and are distributed and installed on each floor of at least one building, each transmitting and receiving message base station is provided with a communication unit, an identification unit, a processing unit and a memory unit, the memory unit is stored with building management drawing files corresponding to the set floor, the wireless signals transmitted and received by the communication unit have the three-dimensional (3D) space positioning function and the drawing information nesting function of Augmented Reality (AR) to the building structure and facility equipment, the communication unit of the transmitting and receiving message base stations communicates with the mobile transceiver by transmitting and receiving wireless signals and receives return position signals, the identification unit identifies the identity of a manager holding the mobile transceiver, and the processing unit opens the building management drawing files corresponding to the positions according to the identity identified by the identification unit and outputs the building management drawing files to the communication unit, the communication unit transmits the building management drawing file to the mobile transceiver of each portable control device through wireless signals, each portable control device has drawing file nesting function of Augmented Reality (AR), and a manager holding the portable control device marks facility equipment management, maintenance and repair information on the received building management drawing file.
The invention is further characterized in that the communication units of each message transmitting and receiving base station use signals of Bluetooth technology (Bluetooth Low energy), each communication unit has signal transmission of gravity acceleration detection (GSENSER), signal transmission of gyroscope detection, signal transmission of air environment detection or signal transmission of disaster prevention detection, the gravity acceleration detection (GSENSER), the signal transmission of gyroscope detection, the collection of air environment detection or disaster prevention detection are converted into Internet protocol suite (TCP/IP) by Universal Asynchronous Receiver Transmitter (UART) and have internal or external networking function, the gravity acceleration detection (GSENSER), the signal transmission of gyroscope detection, the signal transmission of air environment detection or disaster prevention detection signal are transmitted to the portable control device of each household without being influenced by time and space.
The invention is further characterized in that the reported position signal of the mobile transceiver and the building management profile signal of the fixed transceiver are signals using bluetooth low energy (bluetooth) technology.
The property asset management system with the functions of positioning identification, facility equipment management and disaster prevention system integration uses the electronic file map and the electronic device managed by the cloud end to carry out high-efficiency property management, effectively avoids manual omission caused by manual copying and effectively ensures the integrity of management data and information.
The property asset management system with positioning identification, facility equipment management and disaster prevention system integration can send the air environment detection signal and the disaster prevention detection sensing signal to the private cloud control ends of different residents without being influenced by time and space through the message sending and receiving base station, so as to achieve the property asset management service integrated by the disaster prevention system.
The property asset management system with the functions of positioning identification, facility equipment management and disaster prevention system integration extends to the systematic management of security entrance guard, floor management and various household services through the transverse integration of cloud management, so that the quality and the accuracy of property management services are effectively improved.
Drawings
Fig. 1 is a block diagram of a configuration of a property asset management system of the present invention.
FIG. 2 is a block diagram of the portable control device according to the present invention.
FIG. 3 is a block diagram of a base station for transmitting and receiving messages according to the present invention.
Fig. 4 is a schematic diagram of the portable control device of the present invention providing the property management personnel to carry and execute the management service.
Fig. 5 is a schematic diagram of the public cloud management end connection controlling an electrically controlled lane barrier according to the present invention.
Fig. 6 is a schematic diagram of floor management of the public cloud management terminal connected with an elevator control unit to control an elevator to a parking lot.
Description of the reference numerals
Emitter 1 portable control device 11
Labeling and reporting unit 116 of camera unit 115
Fixed transceiver 21 building management picture file signal 211
Electrically controlled lane barrier 34 elevator control unit 35
Private cloud control terminal 4 property manager 5
A household vehicle 6 and a household 7.
Detailed Description
To achieve the above objects and effects, and the technical means and structure adopted by the present invention, the embodiments of the present invention will be described in detail with reference to the accompanying drawings.
Referring to fig. 1 to 4, a tube system apparatus with positioning and identification of the present invention comprises:
a transmitting terminal 1, which contains a plurality of portable control devices 11, each portable control device 11 has a mobile transceiver 111 capable of sending and receiving signals, each mobile transceiver 111 sends a return position signal 1111, and each return position signal 1111 has an identification code.
A switch end 2, which comprises a plurality of fixed transceivers 21 for sending and receiving signals and is distributed and installed in at least one building, each fixed transceiver 21 communicates with the mobile transceiver 111 by transmitting and receiving wireless signals and receives each return position signal 1111.
And a public cloud management terminal 3, which comprises an identification unit 31 electrically connected with the switching terminal 2 to receive the message from the fixed transceiver 21 and the return position signal 1111 of the mobile transceiver 111 and identify, the identification unit 31 electrically connected with the switching terminal 2 and a processing unit 32, the processing unit 32 electrically connected with the switching terminal 2 and a memory unit 33, the memory unit 33 stores a plurality of building management image files 331 corresponding to different positions and different management identities of at least one building, the processing unit 32 opens the building management image files 331 corresponding to the floor positions and different management identities according to the identification codes of the return position signal 1111 identified by the identification unit 31 and outputs the building management image files 331 to the switching terminal 2, and the fixed transceiver 21 of the switching terminal 2 sends a building management image file signal 211 to the portable control device 11 of the transmitting terminal 1.
In fig. 1, the building management map file 331 of the present invention is a digital model map file constructed by a plurality of three-dimensional (3D) building components, each personal control device 11 has a map data nesting function of Augmented Reality (AR), and a manager holding the personal control device 11 marks facility equipment management, maintenance and repair information on the received building management map file. Next, the processing unit 32 is connected to the electrically controlled door lock 36 of the at least one building, and the processing unit 32 controls the door access management operation of the opening and closing of the electrically controlled door lock 36 of the at least one building. Furthermore, the processing unit 32 is connected to the electrically controlled lane fence 34 of the at least one building, and the processing unit 32 controls the lane access control operation of opening and closing the electrically controlled lane fence 34 of the at least one building. Furthermore, the processing unit 32 is connected 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 lifting of the at least one building. In addition, the processing unit 32 is connected to a plurality of private cloud control terminals 4 of different residents in the at least one building, each private cloud control terminal 4 is electrically connected to an electrical appliance in each resident and has a use habit setting, when the portable control device 11 provides for the residents to carry and use and return to the interior of the building, the identification unit 31 identifies the identity of the resident, the processing unit 32 outputs the identity information of the resident to the private cloud control terminal 4 of the corresponding resident, and each private cloud control terminal 4 receives the information that the corresponding resident returns to the interior of the building and controls various electrical appliances in the resident in advance according to the use habit setting of the resident to meet the use requirements of the resident.
In fig. 1 and 3, the switching terminal 2 of the present invention comprises a plurality of transmitting/receiving message base stations 22 for transmitting and receiving signals and installed on each floor of at least one building, each transmitting/receiving message base station 22 has a communication unit 221, an identification unit 222, a processing unit 223 and a memory unit 223, the memory unit 224 stores a building management map file 225 corresponding to the installed floor, the wireless signal 221A transmitted/received by the communication unit 221 has a three-dimensional (3D) space positioning function and an Augmented Reality (AR) map file function, the communication unit 221 of the transmitting/receiving message base station 22 communicates with the mobile transceiver 111 by transmitting/receiving the wireless signal 221A and receives each return position signal 11, the identification unit 222 identifies each return position signal 1111 to confirm the identification of the manager holding the mobile transceiver 10, and the processing unit 223 opens the corresponding building management authority according to the identification of the unit and different identifications The building management graphic file 225 of the floor position is outputted to the communication unit 221, the communication unit 221 transmits the building management graphic file 225 to the mobile transceiver 111 of each portable control device 11 through the wireless signal 221A, each portable control device 11 has a graphic resource nesting function of Augmented Reality (AR), and the manager holding the portable control device 11 marks facility equipment management, maintenance and repair information on the received building management graphic file 225. Furthermore, the communication unit 221 of each transmitting/receiving base station 22 uses signals of bluetooth low energy (bluetooth low energy), and each communication unit 221 has signal transmission of gravity acceleration detection (GSENSER), signal transmission of gyroscope detection, signal transmission of air environment detection or signal transmission of disaster prevention detection, the gravity acceleration detection (GSENSER), signal transmission of gyroscope detection, signal transmission of air environment detection or signal transmission of disaster prevention detection is collected and converted into internet protocol suite (TCP/IP) by Universal Asynchronous Receiver Transmitter (UART) and has internal or external networking function, the gravity acceleration detection (GSENSER), signal transmission of gyroscope detection, signal transmission of air environment detection or signal transmission of disaster prevention detection is transmitted to the portable control device 11 held by each household and is not affected by time and space. Finally, the report location signal 1111 of the mobile transceiver 111 and the building management map file signal 211 of the fixed transceiver 21 are signals using bluetooth low energy (bluetooth) technology.
In addition, in fig. 1 and fig. 2, 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 a labeling and reporting unit 116, the transmission unit 116 receives the building management drawing signal 211, downloads the building management drawing 117 from the public cloud management terminal 3 and stores the building management drawing in the memory unit 113 as shown in fig. 2, the display unit 114 displays the building management drawing 117, the camera unit 115 takes a picture of the building and stores the picture in the memory unit 113 and displays the picture in the display unit 114, and the labeling and reporting unit 116 retrieves the picture to perform labeling and repairing reporting operations. As shown in fig. 4, when a property manager 5 carries a portable control device 11 to enter a corridor of a building 12 to perform a management service for viewing related devices (four users, such as 12-1 to 12-4, exist on the floor shown in the figure), the mobile transceiver 111 of the portable control device 11 will send a return location signal 1111 with an id code; the identification unit 31 of the public cloud management terminal 3 receives the return position signal 1111 and identifies the position and management identity thereof, such as property manager or property security, through the fixed transceiver 21 electrically connected to the switching terminal 2; and the processing unit 32 opens the building management drawing 331 corresponding to the position and management identity according to the identification code of the return position signal 1111 identified by the identifying unit 31 and outputs the building management drawing to the switching terminal 2, so that the fixed transceiver 21 of the switching terminal 2 sends a building management drawing signal 211 to the portable control device 11 to be received by the property manager 5 (the more detailed the building management drawing 331 received by the person with higher management identity is), so as to perform the phase management service of the above operation. Moreover, through the above positioning and identification operations, as the property manager 5 moves to a different location, the corresponding location is given the building management icon signal 211, for example, when the property manager 5 moves from 12-3 to 12-4, the building management icon signal 211 corresponding to 12-4 will be continuously received.
The invention achieves cloud management through personnel positioning, identification and management operation of electronic file image data transmission corresponding to the management identity, thereby effectively avoiding damage, loss and other situations of management data; and the management efficiency is effectively improved, the manual omission caused by manual copying is avoided, and the integrity of management data and information is effectively ensured.
In fig. 4, the administrator holding the personal control device 11 can also select to obtain the building management drawing 225 of the 12 th building through the message transmitting/receiving base station 22, and mark the facility management, maintenance and repair information on the received building management drawing 225 by the drawing resource nesting function of Augmented Reality (AR). Moreover, by the message transmitting/receiving base station 22, the manager holding the portable control device 11 can transmit the GSENSER signal, the GRY signal, the air environment detection signal and the disaster prevention detection sensing signal to the private cloud control terminals 4 of different residents without being affected by time and space, so as to achieve the property management operation and service with disaster prevention system integration.
As shown in fig. 1, 5 and 6, in fig. 5, when an electrically controlled lane fence 34 inside the building is electrically connected to the processing unit 32 of the public cloud management terminal 3, the electrically controlled lane fence 34 can be controlled to open and close, and the resident vehicles 6 carrying the personal control device 11 and sending the return position signal 1111 are selectively released, so as to perform the lane access control management operation inside the building. Moreover, as shown in fig. 6, when the user vehicle 6 enters the parking space of the parking lot to complete parking and the user 7 carries the portable control device 11 to get off, the processing unit 32 of the public cloud management terminal 3 receives the return position signal 1111 of the portable control device 11 through the fixed transceiver 21 electrically connected to the connection terminal 2 and disposed in the parking lot; the elevator 351 is controlled to ascend and descend through the processing unit 21 and reach the floor of the parking lot to stop the resident 7, so as to perform the floor management operation and service of the building. In addition, the processing unit 32 of the public cloud management terminal 3 is electrically connected to at least one electric control door lock 36 of the building, so that the opening and closing operations of the electric control door lock 36 can be controlled, and accordingly, residents carrying the portable control device 11 can be selectively released, the entrance guard control operation of the interior of the building on personnel is achieved, and the systematized service with lane control, floor management and entrance guard control is achieved.
Finally, the public cloud management terminal 3 of the invention is electrically connected with the electrical appliances inside each household and has a link of the private cloud control terminal 4 with a use habit setting, when the portable control device 11 provides the household 7 to carry and use and return to the inside of the building, the identification unit 31 identifies the identity of the household 7, the processing unit 32 outputs the household identity information to the private cloud control terminal 4 of the corresponding household, the private cloud control terminal 4 receives the information that the corresponding household 7 returns to the inside of the building and controls various electrical appliances inside the household 7 according to the use habit setting of the household 7, and through positioning and identification, various devices on the household scheduling line of the household 7 are opened in advance to call the use requirement of the household 7; the system can be extended to the system management of security entrance guard, floor management and each household service through the transverse integration of cloud management, so that the service quality and the accuracy are effectively improved.
As mentioned above, the present invention can actually break through the dilemma and the disadvantage of the property management business in management through the management operation of the electronic document image and data transmission for personnel positioning, identification and corresponding management identity, and achieve the following advantages:
1. the electronic cloud management of maintaining each asset of the building is achieved, and the situations of damage, loss and the like of management data are effectively avoided.
2. The electronic file image and the electronic device which are managed by the cloud end are used for efficient property management, manual omission caused by manual copying is effectively avoided, and integrity of management data and information is effectively ensured.
3. The GSENSER signal, the GRY signal, the air environment detection signal and the disaster prevention detection sensing signal are transmitted to the private cloud control terminals 4 of different residents through the message transmitting and receiving base station 22 without being affected by time and space, so as to achieve the property asset management service with disaster prevention system integration.
4. The system is extended to the security entrance guard, the floor management and the systematized management of the services of all residents 7 through the transverse integration of cloud management, so that the service quality and the accuracy are effectively improved.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention.
Claims (10)
1. A property asset management system, comprising:
a transmitting terminal, which comprises a plurality of portable control devices, each portable control device is provided with a mobile transceiver capable of sending and receiving signals, each mobile transceiver respectively sends a return position signal, and each return position signal is provided with an identity identification code;
a transfer terminal, which comprises a plurality of fixed transceivers for sending and receiving signals and is distributed and installed in at least one building, wherein each fixed transceiver is used for receiving and sending wireless signals to communicate with the mobile transceiver and receiving each return position signal;
and a public cloud management terminal, which comprises an identification unit electrically connected with the switching terminal to receive the information from the fixed transceiver and the return position signal of the mobile transceiver and identify the information, the identification unit is electrically connected with the switching terminal and a processing unit, the processing unit is electrically connected with the switching terminal and a memory unit, the memory unit stores a plurality of building management graphic files corresponding to different positions and different management identities of the at least one building, the processing unit opens the building management graphic files corresponding to the floor positions and the different management identities according to the identity identification codes of the return position signal identified by the identification unit and outputs the building management graphic files to the switching terminal, and the fixed transceiver of the switching terminal sends a building management graphic file signal to the portable control device of the transmitting terminal.
2. The property management system of claim 1, wherein the building management map file is a digital model map file constructed by a plurality of three-dimensional building components, each of the personal control devices has a map file nesting function for augmented reality, and a manager holding the personal control device marks facility management, maintenance and repair information on the received building management map file.
3. The property asset management system of claim 1, wherein the plurality of portable control devices respectively comprise a transmission unit, a memory unit, a display unit, a camera unit and a label and report unit, the transmission unit receives the building management graphic file signal and downloads the building management graphic file and stores the building management graphic file in the memory unit, the display unit displays the building management graphic file, the camera unit takes a picture of the building and stores the picture in the memory unit and displays the picture in the display unit, and the label and report unit retrieves the picture and performs the operations of labeling and repairing the report.
4. The property asset management system of claim 1, wherein the processing unit is connected to the electrically controlled door lock of the at least one building, and the processing unit controls the door access management operation of the electrically controlled door lock switch of the at least one building.
5. The property asset management system of claim 1, wherein the processing unit is connected to the electrically controlled lane barrier of the at least one building, and the processing unit controls a lane access control operation of opening and closing the electrically controlled lane barrier of the at least one building.
6. The property asset management system of claim 1 wherein the processing unit is connected to an elevator control unit of the at least one building and the processing unit controls floor management operations of elevator lifts of the at least one building.
7. The property asset management system according to claim 1, wherein the processing unit is connected to a plurality of private cloud control terminals of different residents in the at least one building, each private cloud control terminal is electrically connected to the electrical appliances in each resident and has a usage habit setting, the portable control device provides the resident with the identity of the resident when the resident is carried and used and returns to the interior of the building, the identification unit identifies the identity of the resident, the processing unit outputs the identity information of the resident to the private cloud control terminal of the corresponding resident, and each private cloud control terminal receives the information of the corresponding resident returning to the interior of the building and controls the electrical appliances in the resident in advance according to the usage habit setting of the resident so as to meet the usage requirement of the resident.
8. The property asset management system according to claim 1, wherein the transferring terminal comprises a plurality of transmitting and receiving message base stations for transmitting and receiving signals and distributed on each floor of at least one building, each transmitting and receiving message base station comprises a communication unit, an identification unit, a processing unit and a memory unit, the memory unit stores building management graphic files corresponding to the set floor, the wireless signal transmitted and received by the communication unit has three-dimensional space positioning function for building structure and facility equipment and image data nesting function for enhancing reality, the communication unit of the transmitting and receiving message base station communicates with the mobile transceiver by transmitting and receiving wireless signal and receives each return position signal, the identification unit identifies each return position signal to identify the manager holding the mobile transceiver, and the processing unit opens the building management graphic file corresponding to the floor position according to the identification identified by the identification unit and outputs the building management graphic file to the communication unit, the communication unit transmits the building management picture file to the mobile transceiver of each portable control device through wireless signals, each portable control device has the function of picture and data nesting of augmented reality, and a manager holding the portable control device marks facility equipment management, maintenance and repair information on the received building management picture file.
9. The property asset management system according to claim 8, wherein the communication units of each transmitting and receiving base station use bluetooth low energy signals, and each communication unit has a gravity acceleration detection signal transmission, a gyroscope detection signal transmission, an air environment detection signal transmission or a disaster prevention detection signal transmission, the gravity acceleration detection signal, the gyroscope detection signal, the air environment detection signal or the disaster prevention detection signal is collected and converted into an internet protocol suite by a universal asynchronous transceiver and has an internal or external networking function, and the gravity acceleration detection signal, the gyroscope detection signal, the air environment detection signal or the disaster prevention detection signal is transmitted to the portable control devices of each household without being affected by time and space.
10. The property asset management system of claim 1 wherein the mobile transceiver's reported location signal and the fixed transceiver's building management graphic file signal are signals using bluetooth low energy technology.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811514342.XA CN111311447A (en) | 2018-12-11 | 2018-12-11 | Property asset management system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811514342.XA CN111311447A (en) | 2018-12-11 | 2018-12-11 | Property asset management system |
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| CN111311447A true CN111311447A (en) | 2020-06-19 |
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| CN201811514342.XA Pending CN111311447A (en) | 2018-12-11 | 2018-12-11 | Property asset management system |
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Application publication date: 20200619 |