TWI764134B - Building IoT device management integration platform - Google Patents

Abstract

A building IoT device management integration platform, comprising a plurality of building sensors to respectively provide various devices installed in a community, and to detect and generate equipment operation signals and user safety signals; a plurality of base station management devices respectively include a gateway with a transmission module It transmits the equipment operation signal and user safety signal to Yijian IoT management platform with different transmission format and different settings. Jian IoT management platform includes big data data storage unit, learning evaluation module and message notification module. The evaluation module conducts operation evaluation and learning for the equipment installed in each building sensor, and generates the equipment service life export data and transmits it to a long-term repair management system, and the message notifies the module to transmit the user safety signal to at least one user. mobile device.

Description

Building IoT device management integration platform

The invention relates to the technical field related to building management systems, in particular to a building IoT device management integration platform, wherein the buildings include various types of buildings, such as commercial offices, shopping malls, social housing, collective housing, communities, factories, etc. .

In recent years, the population has gradually moved to cities, and the demand for living space in cities has also increased. Due to the limited urban land, high-rise community-based housing is becoming more and more common in order to meet the increasingly larger space requirements. According to the apartment building management regulations, the community usually sets up a management unit to lead the management and maintenance of the community, mainly including the management of residents' visitor access, management of public facilities, and community security. Generally, the community management unit will arrange security personnel to be on duty at the community entrance counter, handle the entry and exit of personnel, and observe the central monitoring system that connects the monitors in all corners of the community.

The applicant has previously launched relevant patents to solve the problem of the above-mentioned shortcomings of poor communication between households and management units, such as the invention patent No. I383331 "Community Management Interactive Platform". In addition to the basic functions of providing residents with the basic functions of operating the community interactive platform, it also provides public information of the community, surrounding food, clothing, housing, transportation, recreation, real-time information, news, reservation system and other life information; among them, the interactive digital information system The touch area of the function options of the operation terminal interface of the information system includes: public tour, announcement carousel, public appointment, historical announcement, financial report, meeting minutes, multimedia information, etc., so as to increase the communication between residents and management units.

However, the above-mentioned conventional patent community repair and sales service platform only reports repair and improvement matters online for builders and equipment maintainers, and continuously tracks the implementation status of builders and third-party manufacturers. It can only perform progress control and cannot help. The management unit further grasps the repair budget.

In addition, since the use of the above-mentioned conventional patents, it has been found that the communication of public domain matters that are public alarms in the whole community is more emphasized, while for the private areas of individual household security management, such as household anti-theft, elderly care, etc., it is still necessary to hire a special person to deal with the central Only by monitoring the monitoring system can we find out what happened to each household in the community and report it, which often causes the management unit (such as the property management company or the community management committee) to carry out the burden of operation.

The main purpose of the present invention is to assist the management unit in the operation execution of equipment repair management and household safety management, and to assist the management unit to further grasp the repair budget, and to incorporate the notification of user safety signals into management through the transmission format setting. In the case of work execution burden, remind each resident to conduct safety confirmation in time to ensure the environmental safety of each resident.

In order to achieve the above-mentioned purpose and effect, the present invention provides a building IoT device management integration platform, comprising: a plurality of building sensors respectively provide various equipment and user safety equipment installed in a community, and respectively detect various equipment and user safety equipment. The device also generates a device operation signal and a user safety signal with transmission format settings.

The plurality of base station management devices respectively include a gateway for network connection, the gateway includes a storage module and a transmission module, and the storage module receives and stores the operation signal of the equipment and the user security signal, The transmission module transmits the device operation signal and the user safety signal respectively to the Yijian IoT management platform with different transmission formats and different settings.

The building IoT management platform includes a large data data storage unit, a data statistics module, a learning evaluation module and a message notification module, and the learning evaluation module uses the big data data storage unit and the data statistics module, And according to each building sensor to detect the various equipment operation signals obtained by each equipment to compare and analyze the learning, and the learning evaluation module generates an equipment service life export data and transmits it to a long-term repair management system, the information The notification module transmits the user security signal to at least one user mobile device.

The long-term repair management system receives the remitted data of the service life of the equipment, repairs and replaces the equipment with the service life in the near future, and generates an annual repair list for the community.

The at least one user mobile device receives the user security signal and displays it on the screen.

Regarding the structural composition, technical means and effect achievement of the present invention, I would like to give some examples in conjunction with the drawings to further describe in detail below:

Please refer to Figures 1 to 5. The present invention is a building IoT device management integration platform, including: a plurality of building sensors 10 are provided with various equipment 15 installed in a community, user safety equipment 16 (such as doors, windows, etc.) ), and respectively detect various devices 15 and user security devices 16 and generate a device operation signal 11 and a user security signal 12 with transmission format settings.

The plurality of base station management devices 20 (for receiving the relay stations of the building sensors 10 ) respectively include a gateway 21 for network connection, the gateway 21 includes a storage module 211 , a transmission The module 212, the storage module 211 receives and stores the equipment operation signal 11 and the user safety signal 12, the transmission module 212 transmits the equipment operation signal 11 and the user safety signal 12 respectively to a building of the Internet of Things with different transmission formats and different settings Management platform 30 .

The IoT management platform 30 includes a large data storage unit 31 , a data statistics module 32 , a learning evaluation module 33 and a message notification module 34 . The learning evaluation module 33 passes through the large data data storage unit 31 . , the data statistics module 32, and compares and analyzes the operating signals 11 of each device obtained by the building sensor 10 detecting various devices 15 (such as the generator in the second figure), and the learning evaluation module 33 is based on An equipment service life export data 331 is generated and sent to a long-term repair management system 40 , and the message notification module 34 sends the user safety signal 12 to at least one user mobile device 50 .

The long-term repair management system 40 receives the remitted data 331 of the service life of the equipment, and reports the repair and replacement of the equipment whose service life is about to expire, and generates a community annual repair list 41 to provide the management unit with accurate listing Annual repair budget.

The at least one user mobile device 50 receives the user security signal 12 and displays it on the screen.

The foregoing are the main technical features of the main embodiment of the present invention, which correspond to the content of the first item in the scope of the patent application of this case, so that the purpose and implementation form of the present invention can be known in detail, and the technical features described in the scope of the other subsidiary applications are for the purpose of The detailed description or additional technical features of the first item of the scope of the patent application are not intended to limit the scope of the first item of the scope of the patent application. technical characteristics.

Because the learning evaluation module 33 of the building IoT management platform 30 of the present invention detects various devices 15 (such as the generator in the second figure) for the building sensor 10 through the big data data storage unit 31 and the data statistics module 32 Learning for comparative analysis of the obtained operating signals 11 of each equipment, for example, the general normal values of various data obtained by the big data data storage unit 31 during operation of the equipment of the same model, including the vibration spectrum, temperature and passing current, etc. data, so that the learning evaluation module 33 compares and analyzes the statistical results of the data statistics module 32 with the received equipment operation signal 11, and enables the learning evaluation module 33 to generate an equipment service life export data 331 accordingly. It is transmitted to the long-term repair management system 40; and then the long-term repair management system 40 can repair and replace the equipment 15 with an upcoming service life, and generate a community annual repair list 41 to provide the management unit with accurate information. List the annual repair budget.

Moreover, the user security signal 12 with the transmission format setting sent by each building sensor 10 is transmitted to at least one user mobile device 50 through the base station management device 20 and the message notification module 34 of the building IoT management platform 30, and is not In the case of aggravating the workload of the management unit, remind all residents to make safety confirmation in time to ensure safety.

The features of each element of the present invention will be described in further detail below. In the first to third figures above, the equipment operation signal 31 includes data such as vibration spectrum, temperature, and current passing through the equipment during operation. Secondly, a facility equipment management system 60 is further included, and the message notification module 34 transmits the equipment operation signal 11 to the facility equipment management system 60 for performing equipment management through the equipment operation signal 11 . Furthermore, as shown in FIG. 4 , the building sensor 10 further detects various devices 15 and generates a device meter warning signal 13 with a transmission format setting, and transmits them respectively through the transmission module 212 with different transmission format settings. To the building IoT management platform 30 , the message notification module 34 transmits the equipment meter warning signal 13 to a meter monitoring system 70 , providing the meter monitoring system 70 to monitor and manage whether the operation status of various devices 15 is normal. Moreover, the building sensor 10 further detects and generates a camera signal 14 with a transmission format setting, and transmits it to the building IoT management platform 30 through the transmission module 212 with different transmission format settings, respectively. The management platform 30 includes a display unit 35 for displaying the camera signal 14 . In addition, as shown in FIG. 5, the plurality of building sensors 10 are monitoring devices, smoke detection devices, earthquake warning devices, fire alarm detection devices, fire detection devices, IQA detection devices, elevator monitoring devices, and lighting monitoring devices. Any of the device, energy monitoring device and air conditioning monitoring device. Finally, the user mobile device 50 is a mobile phone, a tablet or a laptop.

As described above, the present invention can indeed break through the current difficulties and shortcomings in operation execution for equipment maintenance, repair management, and household safety management, and achieve the following advantages:

1. Assist the management unit in the operation of equipment repair management and household safety management, and assist the management unit to further grasp the repair budget.

2. The notification of the user safety signal 12 is included in the management through the transmission format setting of the gateway 21, which can remind the residents to confirm the safety in time without increasing the workload of the management unit, so as to ensure the environmental safety of the individual residents.

10: Building Sensor 11: Equipment running signal 12: User safety signal 13: Equipment and meter warning signal 14: Camera signal 15: Equipment 16: Resident safety equipment 20: Base station management device 21: Gateway 211: Storage Module 212: Transmission module 30: Build an IoT management platform 31: Big data data storage unit 32:Data statistics module 33: Learning Assessment Modules 331: Exported data of equipment service life 34: Message notification module 35: Display unit 40: Long-term repair management system 41: Community Annual Repair Checklist 50: User mobile device 60: Facility equipment management system 70: Instrument supervision system

The first figure is a block diagram of the management platform of the present invention. The second figure is a schematic diagram of the digital building sensor of the present invention detecting a generator in a building and generating a device operation signal with a transmission format setting. The third figure is a schematic diagram of the digital building sensor of the present invention detecting the user's door and window, and generating a user safety signal with a transmission format setting. The fourth figure is a schematic diagram of the operation status of each equipment displayed by the instrument supervision system of the present invention The fifth figure is a schematic diagram showing the installation and use of multiple building sensors of different types in a building structure using a building steel frame according to the present invention.

10: Building Sensor

11: Equipment running signal

12: User safety signal

13: Equipment and meter warning signal

14: Camera signal

20: Base station management device

21: Gateway

211: Storage Module

212: Transmission module

30: Build an IoT management platform

31: Big data data storage unit

32:Data statistics module

33: Learning Assessment Modules

331: Exported data of equipment service life

34: Message notification module

35: Display unit

40: Long-term repair management system

41: Community Annual Repair Checklist

50: User mobile device

60: Facility equipment management system

70: Instrument supervision system

Claims (7)

A building IoT device management integration platform, comprising: a plurality of building sensors respectively provide various equipment and user safety equipment installed in a community, and respectively detect the various equipment and user safety equipment and generate a device with a transmission format setting A running signal, a user safety signal; a plurality of base station management devices respectively include a gateway (Gateway) for network connection, the gateway includes a storage module, a transmission module, the storage module receives and stores the Equipment operation signal and user safety signal, the transmission module transmits the equipment operation signal and user safety signal respectively to a building IoT management platform with different transmission formats and different settings; the building IoT management platform includes a large data storage unit , a data statistics module, a learning evaluation module, and a message notification module, the learning evaluation module detects the obtained data from various devices through the big data data storage unit, the data statistics module, and the building sensors The operation signals of each equipment are compared and analyzed, and the learning evaluation module generates an equipment service life export data and transmits it to a long-term repair management system. The message notifies the module to transmit the user safety signal to at least one user action. device; the long-term repair management system receives the export data of the service life of the equipment, and reports the repair and replacement of the equipment whose service life is about to expire, and generates a community annual repair list; the at least one user mobile device receives the user A safety signal is displayed on the screen. The building IoT device management integration platform according to claim 1, wherein the equipment operation signal includes data of vibration spectrum, temperature and passing current generated when the equipment operates. The building IoT device management integration platform as claimed in claim 1, further comprising a facility equipment management system, and the message notification module transmits the equipment operation signal to the facility equipment management system, so as to perform operation through the equipment operation signal Device management. The building IoT device management integration platform as claimed in claim 1, wherein the plurality of building sensors further detect various devices and generate a device meter warning signal with a transmission format setting, and use a transmission module in different transmission formats The difference settings are respectively transmitted to the building IoT management platform, and the message notification module transmits the equipment meter warning signal to an instrument monitoring system, providing the instrument monitoring system to monitor and manage whether the operation status of various equipment is normal. The building IoT device management integration platform as claimed in claim 1, wherein the plurality of building sensors further detect and generate a camera signal with a transmission format setting, and transmit them respectively through a transmission module with different transmission format settings To the building IoT management platform, the building IoT management platform includes a display unit for displaying the camera signal. The building IoT device management integration platform as claimed in claim 1, wherein the plurality of building sensors are monitoring devices, smoke detection devices, earthquake warning devices, fire alarm detection devices, fire detection devices, and IQA detection devices , any one of elevator monitoring device, lighting monitoring device, energy monitoring device and air conditioning monitoring device. The building IoT device management integration platform according to claim 1, wherein the user mobile device is a mobile phone, a tablet or a laptop.

Images