TW201947911A - Method of automatically building cloud services thereof - Google Patents

Abstract

A method of automatically building cloud services thereof are provided. The method is to control a network apparatus to configure a virtual cloud apparatus corresponding to a physical local apparatus in the cloud server, establish a synchronization connection with the cloud apparatus, synchronize local data and cloud data via the synchronization connection continuously, and configure cloud application rules applied to the cloud data according to the local application rules applied to the local data in the cloud server.

Description

Method for automatically building cloud service

The present invention relates to a method, and particularly relates to a method for automatically establishing a cloud service.

Please refer to FIG. 1, which is an architecture diagram of an existing IoT system. The existing Internet of Things system 10 includes a management device 100, one or more gateways 101 (taking one gateway 101 as an example), and one or more local devices 102. The local device 102 is connected to the gateway 101 and can transmit the operation status to the gateway 101. The management device 100 is connected to the gateway 101 via an internal network (such as a local area network).

When the administrator wants to monitor the local device 102, the management device 100 must be operated to connect the gateway 101 via the internal network, and obtain the operating status of the local device 102 via the gateway 101 to monitor and manage the local device 102.

Since the existing Internet of Things system is set based on the internal network, it does not have a remote monitoring function, which makes the administrator have to go to the setting place of the existing Internet of Things system 10 to perform monitoring and management.

The invention provides a method for automatically establishing a cloud service, which can automatically establish a cloud service to implement cloud monitoring of a networked device and a local device.

In one embodiment, a method for automatically building a cloud service includes the following steps: controlling a connected device to log in to a cloud server based on user identification information; obtaining device identification information of a local device; and storing the device identification information in the cloud based on the user identification information and device identification information The server configures a virtual cloud device corresponding to the local device; establishes a synchronous connection with the cloud device, and continuously synchronizes the local data of the local device and the cloud data of the cloud device via the synchronous connection; and The cloud server sets a cloud application rule that uses cloud data. The cloud execution result generated according to the cloud data and the cloud application rule corresponds to the local execution result generated according to the local data and the local application rule.

The invention can effectively build cloud services for networked devices, and can save the cost of manually building cloud services.

A preferred embodiment of the present invention is described in detail below with reference to the drawings.

The invention mainly provides a technology for automatically setting up a cloud service, which can automatically set up a cloud service for a local device, so that an administrator can monitor and manage the local device through a cloud server. The technology for automatically building a cloud service of the present invention is mainly to set a virtual cloud device corresponding to a physical local device in a cloud server, and continuously synchronize the local data of the local device with the cloud data of the cloud device. Therefore, when the administrator monitors the cloud device on the cloud server, it is equivalent to monitoring the local device.

First, please refer to FIG. 2 and FIG. 3 at the same time. FIG. 2 is an architecture diagram of a cloud IoT system according to an embodiment of the present invention, and FIG. 3 is an architecture diagram of a networked device according to an embodiment of the present invention.

As shown in the figure, the cloud IoT system of the present invention mainly includes a cloud server 20, a networked device 21, and one or more local devices 22.

The cloud server 20 can provide cloud services (such as a cloud website service, a cloud database service, a cloud monitoring service, a cloud dashboard service or a cloud data access service, etc.) via the Internet after the setting is completed.

In one embodiment, the cloud server 20 is a cloud server provided by a supplier such as Microsoft Azure, Amazon Web Service, or Google Cloud Platform.

Local device 22 (such as an IoT device such as a humidity sensor, temperature sensor, air quality sensor, and programmable logic controller (PLC)) stores device identification information (such as a device identification code ( device ID), hardware address (MAC address) or independent identification code (UID), this device identification information is usually unique) and local data 35, and can operate based on the local data 35 to achieve specific functions.

For example, if the local device 22 is an IoT input device such as a camera, a sensor, a button set, etc., which has the capability of connecting to a local area network, the local data 35 may include the input data of the local device 22 (such as a captured video, a sensor, etc.). Data or key trigger signal).

If the local device 22 is an IoT output device such as a speaker, a display, a printer, or the like, which has a local area network capability, the local data 35 may include output data (such as voice data, display data, or print data) of the local device 22.

The networking device 21 may include a storage device 41, a first network device 42, a second network device 43, and a control device 40 electrically connected to the above devices.

The storage device 41 is used for storing data. The first network device 42 (such as a Wi-Fi device, an Ethernet device, or a mobile network device) is used to connect to the cloud server 20 via the Internet. Second network device 43 (such as Modbus RTU / TCP, EtherCAT, OPC UA, Fieldbus and other industrial network devices, or Bluetooth / Zig-Bee modules, Sub-1GHz modules, etc. A standard network device) is used to connect an external local device 22. The control device 40 is used to control the network-connected equipment 21.

In an embodiment, the first network device 42 and the second network device 43 are different types of network devices (for example, the first network device 42 is a Wi-Fi module, and the second network device 43 is a Fieldbus mode. group).

In one embodiment, the storage device 41 stores user identification information 36 (such as a management account of the cloud server 20) for logging in to the cloud server 20.

In one embodiment, the storage device 41 stores one or more local application rules 34. Each local application rule 34 is used to implement a specific function using one or more local data 35.

In one embodiment, each local application rule 34 is stored in the form of computer executable code. After the control device 40 executes each local application rule 34, it can process the local data 35 to achieve the corresponding function.

For example, if the local device 22 is an electronic thermometer and the local data 35 is multiple temperature sensing values, the control device 40 may perform data filtering processing on the local data 35 and generate a local execution result (such as Temperature sensing value above the critical temperature) to achieve a temperature filtering function.

It is worth mentioning that in industrial applications, considering cost, security, and ease of construction, the present invention can set the local device 22 to not directly connect to the Internet, but to connect to the Internet via the networked device 21 To reduce setup costs, improve information security, and increase setup convenience. Furthermore, as the gateway of the local device 22, the network-connected device 21 can obtain the data sent and received by the local device 22, and can further control the local device 22.

In an embodiment, the local device is electrically connected to the control device 40 via an internal line (as shown in FIG. 3). In other words, the network-connected device 21 of this embodiment is like a local device having a function of connecting to the Internet.

In one embodiment, the cloud IoT system includes a management program installed on a management device 23 (such as a personal computer, a notebook computer, a tablet computer, or a smart phone). The management device 23 can log in to the cloud server 20 based on the user identification information 36 after executing the management program, and perform management planning on the user storage area 30 according to the operation of the administrator.

For example, the administrator can operate the management device 23 to view the status of each cloud device 32 and / or cloud execution results. The foregoing cloud execution results are generated by processing according to a specific cloud application rule 31 and its corresponding cloud data 33. Alternatively, the administrator can operate the management device 23 to manually modify the settings of any cloud device 32 or any cloud application rule 31. Then, the cloud server 20 may automatically transmit the modified content to the network-connected device 21 so that the network-connected device 21 correspondingly modifies the settings of the local device 22 or applies the rule 34 locally. Therefore, the present invention can effectively synchronize data and settings in the cloud and the local end.

In one embodiment, the cloud IoT system includes a setting program installed on a setting device 24 (such as a personal computer, a notebook computer, a tablet computer, or a smart phone). After the setting device 24 executes the setting program, it can establish a connection with the networked device 21 and set the networked device 21 (described in detail later).

Next, it is explained how the present invention implements the function of automatically building a cloud service.

Please refer to FIG. 4 together, which is a structural diagram of a control device according to an embodiment of the present invention. In one embodiment, the storage device 41 includes a non-transitory computer-readable medium, and stores a computer program 37 (such as the firmware of the network-connected device 21). The computer program 37 records computer-readable code. The control device 40 can execute a computer program 37 to interact with other devices to implement various functions of the method for automatically establishing a cloud service in various embodiments of the present invention. In addition, the computer program 37 includes multiple sets of codes corresponding to the following function modules, and the control device 40 can implement the following function modules after executing the corresponding sets of codes:

1. Connection control module 50: used to control the first network device 42 to log in to the cloud server 20 according to the user identification information 36.

2. Device setting module 51: used to set a virtual cloud device 32 corresponding to the local device 22 in the cloud server 20 according to the user identification information 36 and the device identification information of the local device 22.

In one embodiment, the cloud server 20 has a network device storage area (such as a folder or a memory section) corresponding to each network device 21. The device setting module 51 is based on each local device 22 connected to each networked device 21 to plan a cloud device storage area (such as a subfolder or a part of the memory section) in the corresponding networked device storage area as a virtual Cloud device 32. Next, the device setting module 51 maps the device identification information of the local device 22 to this cloud device storage area (ie, the cloud device 32), and stores the local data 35 of the local device 22 in this cloud device storage area to complete the cloud device 32 Build.

In one embodiment, when any local device 22 is disconnected from the connected device 21, the device setting module 51 may be triggered to control the cloud server 20 to deactivate the corresponding cloud device 32 (such as storing the corresponding cloud device) Zone deleted or set to block access), and stop syncing cloud data 33 (such as interrupting the sync connection).

In an embodiment, when the new local device 22 is connected to the networked device 21, the device setting module 51 may be triggered to control the cloud server 20 to set a new cloud device 32 corresponding to the new local device 22 (as in Plan a new cloud device storage area under the same connected device storage area), control the connected device 21 to establish a new synchronization connection with the new cloud device 32, and continuously synchronize the new local device 22 via the new synchronization connection Local data 35 and cloud data 33 of the new cloud device 32.

3. Application module 52: used to generate local execution results according to local application rules 34 and corresponding local data 35 to achieve specific functions.

4. Synchronization module 53: used to control the networked device 21 to establish a synchronous connection with the cloud device 32, and continuously synchronize the local data 35 of the local device 22 and the cloud data 33 of the cloud device 32 via the established synchronization connection.

5. Rule setting module 54: used to set the corresponding cloud application rule 31 in the corresponding connected device storage area of the cloud server 20 according to the local application rule 34 stored by each connected device 21.

In an embodiment, the cloud execution result generated by the cloud server 20 processing according to the cloud application rule 31 and the corresponding cloud data 33 is generated by the corresponding networked device 21 processing according to the local application rule 34 and the corresponding local data 35 Local execution results.

6. Detection module 55: used to detect whether the local application rule 34 stored in the connected device 21 or the connected local device 22 has changed. For example, if the administrator modifies the local application rule 34, The networked device 21 is disconnected or a new local device 22 is connected to the networked device 21.

7. Update module 56: used to control the cloud server 20 to update the corresponding cloud application rule 31 according to the changed local application rule 34 when any of the local application rules 34 is changed. Thereby, synchronization between the local application rule 34 and the cloud application rule 31 is maintained.

8. Initialization module 57: used to initialize the networked device 21 and / or the cloud server 20.

In an embodiment, the initialization module 57 obtains the setting data when the connected device 21 has not completed the setting (for example, there is no relevant data of the connected device 21 in the cloud server 20), and according to the setting data, the initialization module 57 obtains the setting data in the cloud server 20 A networked device storage area corresponding to the networked device 21 is planned.

In one embodiment, the initialization module 57 plans the storage area of the connected device in the user storage area 30 corresponding to the user identification information 36.

In one embodiment, the initialization module 57 obtains the setting only when the connected device 21 has not completed the setting and the cloud server 20 has completed the setting (for example, the cloud server 20 has planned a user storage area 30 corresponding to the user identification information 36). Information and planning of connected equipment storage areas.

9. Gateway module 58: used to control the second network device 43 to connect to each local device 22.

In one embodiment, the gateway module 58 controls the second network device 43 to receive device identification information and / or local data 35 from each local device 22 from each local device 22.

In one embodiment, the gateway module 58 controls the second network device 43 to transmit the updated local data 35 to each local device 22.

Through the above functional modules, the present invention can automatically build cloud services.

Please refer to FIG. 5, which is a structural diagram of a cloud IoT system according to an embodiment of the present invention. Compared with the embodiment shown in FIG. 2, the server in this embodiment can simultaneously connect two sets of cloud IoT systems (the first IoT system and the second IoT system) that belong to the same user identification information 36.

The first Internet of Things system includes a first networking device 61 and a plurality of first local devices 62 connected to the first networking device 61. The second IoT system includes a second networking device 63 and a plurality of second local devices 64 connected to the second networking device 63.

In this embodiment, a user storage area 700 corresponding to the user identification information 36 is planned in the cloud server 60. In addition, the cloud server 60 has a first connected device storage area 80 corresponding to the first connected device 61 and a second connected device storage area 81 corresponding to the second connected device 63.

In this embodiment, the first networked device storage area 80 stores a plurality of first cloud application rules 701 corresponding to the plurality of first local application rules 705 of the first networked device 61, and sets a plurality of A plurality of first cloud devices 702 corresponding to the first local device 62, and the first cloud data 703 included in each first cloud device 702 is the same as the first local data 706 stored in the corresponding first local device 62 or similar.

The second networked device storage area 81 stores a plurality of second cloud application rules 711 corresponding to the plurality of second local application rules 715 of the second networked device 63, and sets a plurality of second local device 64 A plurality of corresponding second cloud devices 712 are included, and the second cloud data 713 included in each second cloud device 712 is the same as or similar to the second local data 716 stored in the corresponding second local device 63.

In an embodiment, the first networked device storage area 80 and the second networked device storage area 81 are further configured with a virtual first cloud hub 704 and a virtual second cloud hub 714, respectively. The first cloud hub 704 is configured to connect all the first cloud devices 702. The second cloud hub 714 is configured to connect all the second cloud devices 712.

In one embodiment, the administrator can operate the management device 65 to log in to the cloud server 60 according to the user identification information 36 to manage and plan the user storage area 700.

Thereby, the present invention can simulate the architecture of each cloud IoT system in the cloud server 60 and facilitate the management by the administrator.

Please refer to FIG. 6 together, which is a flowchart of a method for automatically establishing a cloud service according to an embodiment of the present invention. The method for automatically building a cloud service (hereinafter referred to as a building method) according to various embodiments of the present invention may be implemented by the cloud IoT system shown in FIG. 2 to FIG. The building method of this embodiment includes the following steps.

Step S10: the control device 40 of the networked device 21 connects to the cloud server 20 via the connection control module 50 via the first network device 42 and the Internet, and logs in to the cloud server according to the user identification information 36 stored in the storage device 41器 20。 20.

Step S11: The control device 40 reads from the storage device 41 or receives device identification information of all connected local devices 22 from the local device 22. In addition, the control device 40 reads all the local application rules 34 stored in the storage device 41.

In an embodiment, the control device 40 only obtains the device identification information of a part of the local devices 22 (such as the cloud-enabled local device 22 set by the administrator), and reads only a part of the local application rules 34 (such as being managed The administrator sets the local application rule 34 that can be cloudized, or the local data 35 that is used belongs to the local application rule 34 of the cloudable local device 22).

Step S12: The control device 40 sets the virtual cloud device 32 corresponding to each local device 22 in the cloud server 20 based on the obtained user identification information 36 and the device identification information of the local device 22 via the device setting module 51.

Step S13: The control device 40 establishes a set of synchronization connections with each of the set cloud devices 32 via the synchronization module 53. Then, the control device 40 continuously synchronizes the local data 35 of the local device 22 and the cloud data 33 of the cloud device 32 through the established synchronization connection so that each cloud data 33 is consistent with the corresponding local data 35.

Specifically, the control device 40 continuously monitors whether the local data 35 of each local device 22 changes, or monitors whether the cloud data 33 of the cloud device 32 changes via the cloud server 20. In addition, the control device 40 executes a synchronization process when the local data 35 or the cloud data 33 changes to keep the two sets of data consistent.

Step S14: The control device 40 sets the cloud application rule 31 using the corresponding cloud data 33 in the cloud server 20 according to the local application rules 34 using the local data 35 via the rule setting module 54.

In an embodiment, the control device 40 can generate a local execution result via the application module 52 according to any local application rule 34 and its corresponding local data 35. In addition, the cloud server 20 may generate a cloud execution result according to the cloud application rule 33 corresponding to the aforementioned local application rule 34 and the corresponding cloud data 31. In addition, since each local data 35 is consistent with the corresponding cloud data 33 and each local application rule 34 is consistent with the corresponding cloud application rule 31, the aforementioned local execution results will be consistent with the cloud execution results.

Thereby, the present invention can complete the automatic establishment of the cloud service of the network-connected device 21, and the administrator can operate the management device 23 to directly monitor the local device 22 and the network-connected device 21 in the cloud server 20.

The invention can automatically set up cloud services for networked devices, so that administrators can perform cloud monitoring on networked devices and local devices.

In addition, the present invention allows an administrator to monitor multiple IoT systems simultaneously through cloud monitoring.

In addition, since the cloud server has excellent external network quality and load capacity, the present invention can provide excellent monitoring quality.

In addition, compared with the manual construction of cloud services, a large amount of cost is required and the technical threshold is extremely high. The present invention can save the cost of manual construction of cloud services by automatically establishing cloud services.

Please refer to FIG. 6 and FIG. 7 together. FIG. 7 is a partial flowchart of a method for automatically establishing a cloud service according to an embodiment of the present invention. Compared to the building method shown in FIG. 6, the building method of this embodiment further includes the following steps after step S14.

Step S20: The control device 40 detects whether any local application rule 34 is changed (such as the administrator modifies or deletes the local application rule 34) via the detection module 55, or detects a new local application rule 34 ( (Such as an administrator modifying or adding a local application rule).

Specifically, the administrator can operate the setting device 24 to connect (eg, connect to the same local area network) with the network device 21 to add or modify a local application rule 34 to add or modify a specific function.

If the control device 40 detects that any local application rule 34 is changed, or detects a new local application rule 34, step S21 is performed. Otherwise, the control device 40 executes step S22.

Step S21: The control device 40 controls the cloud server 20 to update (including overwrite, modify or delete) the corresponding cloud application rule 31 via the rule setting module 54 when detecting any local application rule 34 change according to the latest local application rule 34 Or when a new local application rule 34 is detected, a corresponding cloud application rule 31 is set in the cloud server 20 according to the new local application rule 34.

Therefore, the present invention can continuously maintain the consistency between the local application rules 34 and the cloud application rules 31.

Step S22: The control device 40 can also detect whether any local device 22 is disconnected from the networked device 21 via the detection module 55 (for example, the administrator removes the local device 22 or the local device 22 fails).

If the control device 40 detects that any local device 22 is disconnected from the network-connected device 21, step S23 is performed. Otherwise, the control device 40 executes step S24.

Step S23: The control device 40 controls the cloud server 20 to disable the cloud device 32 corresponding to the disconnected local device 22 via the device setting module 51.

In one embodiment, the control device 40 controls the cloud server 20 to delete the cloud device 32 (such as deleting a folder or a memory section corresponding to the cloud device 32).

In an embodiment, the control device 40 may further control the cloud server 20 to stop synchronizing the cloud data 33 (such as interrupting the synchronization connection).

Step S24: The control device 40 detects whether a new local device 22 exists through the detection module 55 (for example, the administrator connects the new local device 22 to the network-connected device 21).

If the control device 40 detects a new local device 22, step S25 is performed. Otherwise, the control device 40 executes step S26.

Step S25: The control device 40 controls the cloud server 20 to set a new cloud device 32 corresponding to the new local device 22 via the device setting module 51.

In an embodiment, the control device 40 may further control the networked device 21 to establish a new synchronization connection with the new cloud device 32 through the synchronization module 53 and continuously synchronize the new local device 22 via the new synchronization connection. New local profile 35 and new cloud profile 33 of new cloud device 32.

Step S26: The control device 40 determines whether to stop synchronization (for example, whether the administrator turns off the synchronization function or closes the cloud service).

When the control device 40 determines that the synchronization is stopped, the setting method is ended. Otherwise, the control device 40 executes step S20 again.

Therefore, the present invention can effectively synchronize cloud data with local data.

Please refer to FIG. 6 and FIG. 8 together. FIG. 8 is a partial flowchart of a method for automatically establishing a cloud service according to an embodiment of the present invention. This embodiment further provides a cloud monitoring function, which can be used by the administrator to monitor the data of the cloud server 20 (such as cloud application rules 31, cloud devices 32, and cloud data 33) using the management device 23.

Specifically, the building method of this embodiment further includes the following steps to implement the cloud monitoring function after step S14.

Step S30: The cloud server 20 establishes a connection with the management device 23. In one embodiment, the administrator may further operate the management device 23 to log in to the cloud server 20 based on the user identification information 36. In addition, after the login is completed, the cloud server 20 may send the control interface data to the management device 23 so that the management device 23 displays the control interface according to the control interface data.

Step S31: The cloud server 20 detects whether any output instruction is received from the management device 23.

Specifically, the administrator can operate the control interface to send specific output instructions to the cloud server 20 according to requirements, so that the cloud server 20 returns specified data. The aforementioned output instruction may be an instruction for returning the specified local data 35.

Step S32: The cloud server 20 obtains the corresponding local data 35 and returns it to the management device 23.

In one embodiment, the output instruction specifies one or more cloud application rules 31, and the cloud server 20 returns data processed according to the specified cloud application rules 31.

Specifically, the local application rule 34 (and the cloud application rule 31) is a processing rule in which the corresponding local data 35 (and the cloud data 33) are recorded. The cloud server 20 obtains the specified cloud application rule 31 according to the output instruction, generates a cloud execution result according to the obtained cloud application rules 31 and the corresponding plurality of cloud data 33, and returns the generated cloud execution result to the management. Equipment 23.

In one embodiment, the output instruction is a dashboard instruction. The cloud server 20 may generate dashboard data according to the foregoing cloud execution results, and return the dashboard data to the management device 23 so that the management device 23 displays a dashboard interface. The aforementioned dashboard interface can display the status of the corresponding cloud device 32 (the status of the cloud device 32 will be synchronized with the status of the local device 22).

Thus, the administrator can query the status of the local devices 22 of multiple cloud IoT systems through the cloud server 20 at the same time, without having to connect to the connected devices 21 connected to each local device 22 to perform the query.

FIG. 9 is a partial flowchart of a method for automatically establishing a cloud service according to an embodiment of the present invention. This embodiment further provides an initialization function, which can automatically initialize the cloud server 20 and the connected device 21.

Specifically, before step S10, the method further includes the following steps to implement the initialization function.

Step S40: After the network-connected device 21 is turned on, it can be determined whether the automatic establishment function is turned on.

Specifically, in this embodiment, the administrator can enable or disable the automatic construction function. In addition, when the automatic building function is turned off, the present invention will not automatically build the cloud service of the network-connected device 21.

If the network-connected device 21 determines that the automatic establishment function is turned on, step S41 is performed. Otherwise, the network-connected device 21 ends the building method.

Step S41: The network-connected device 21 determines whether the network-connected device 21 has completed the initialization setting (for example, whether there is already a network-connected device storage area corresponding to the network-connected device 21 in the cloud server 20).

If the network-connected device 21 determines that the initialization setting is completed, step S10 is performed. Otherwise, the network-connected device 21 executes step S42.

Step S42: The network-connected device 21 obtains the user identification information 36, and logs in to the cloud server 20 based on the user identification information 36.

Step S43: The network-connected device 21 determines whether the cloud server 20 has completed the initialization setting.

In one embodiment, the connected device 21 determines that the cloud server 20 has not completed the initialization setting when the cloud server 20 has not planned the user storage area 700 and / or the connected device 21 has not obtained the setting data.

If the network-connected device 21 determines that the cloud server 20 has completed the initialization setting, step S44 is performed. Otherwise, the network-connected device 21 executes step S46.

Step S44: The network-connected device 21 obtains setting data, and the foregoing setting data includes link information of the cloud server 20 and related information of the user storage area 30 planned by the cloud server 20.

Step S45: The networked device 21 is connected to the cloud server 20 according to the connection information of the configuration data, and the networked device storage area is planned in the cloud server 20 according to the relevant information of the user storage area 30. The aforementioned networking device storage area is used to store data related to the networking device 21 (such as cloud application rule 31, cloud device 32, or cloud data 33) in the subsequent building steps.

In one embodiment, the network device 21 uses the cloud services of the cloud server 20 according to the service information of the configuration data.

Then, the network-connected device 21 completes the initialization settings and restarts, and can execute step S40 again after restarting.

If the connected device 21 determines in step S43 that the cloud server 20 has not completed the initialization setting, then execute step S46: the setting program connects to the connected device 21 after the set device 24 executes, and according to the user identification information 36 on the cloud server 20 The corresponding user storage area 30 is planned.

In an embodiment, the setting device 24 also generates connection information. The foregoing connection information may record the network address, login account, and / or login password of the cloud server 20, but is not limited thereto.

Step S47: The setting device 24 initializes one or more cloud services (such as a file transfer service, a website service, or other application services) in the cloud server 20 and generates service information of each cloud service.

Step S48: The setting device 24 generates setting data according to the connection information and service information, and sends the setting data to the networked device 21

Accordingly, the present invention can effectively complete the initialization settings of the networked device 21 and the cloud server 20.

The above description is only a preferred specific example of the present invention, and therefore does not limit the scope of the patent of the present invention. Therefore, any equivalent changes made by using the content of the present invention are included in the scope of the present invention in the same way. Bright.

10‧‧‧IoT System

100‧‧‧Management equipment

101‧‧‧Gateway

102‧‧‧ local equipment

20‧‧‧ Cloud Server

21‧‧‧ Connected Equipment

22‧‧‧ Local Device

23‧‧‧Management Equipment

24‧‧‧ Setting Equipment

30‧‧‧User storage area

31‧‧‧ Cloud Application Rules

32‧‧‧ Cloud Device

33‧‧‧Cloud Data

34‧‧‧ Local Application Rules

35‧‧‧ Local Information

36‧‧‧User Identification Information

37‧‧‧Computer Program

40‧‧‧control device

41‧‧‧Storage device

42‧‧‧The first network device

43‧‧‧Second network device

44‧‧‧ local equipment

50‧‧‧Connection control module

51‧‧‧Device Setting Module

52‧‧‧Application Module

53‧‧‧Sync Module

54‧‧‧ Rule Setting Module

55‧‧‧ Detection Module

56‧‧‧Update Module

57‧‧‧ initialization module

58‧‧‧Gateway Module

60‧‧‧ Cloud Server

61‧‧‧The first network equipment

62‧‧‧The first local device

63‧‧‧Second network equipment

64‧‧‧Second local device

65‧‧‧Management equipment

700‧‧‧user storage area

701‧‧‧First Cloud Application Rule

702‧‧‧The first cloud device

703‧‧‧First Cloud Data

704‧‧‧First Cloud Hub

705‧‧‧First Local Application Rule

706‧‧‧First local information

711‧‧‧Second Cloud Application Rule

712‧‧‧Second Cloud Device

713‧‧‧Second Cloud Data

714‧‧‧Second Cloud Hub

715‧‧‧Second Local Application Rule

716‧‧‧Second local information

80‧‧‧The first networked equipment storage area

81‧‧‧Second connected equipment storage area

S10-S14‧‧‧Building steps

S20-S26‧‧‧ Detection steps

S30-S32‧‧‧Monitoring steps

S40-S48‧‧‧ Initialization steps

FIG. 1 is an architecture diagram of an existing Internet of Things system.

FIG. 2 is a structural diagram of a cloud IoT system according to an embodiment of the present invention.

FIG. 3 is a structural diagram of a networked device according to an embodiment of the present invention.

FIG. 4 is a structural diagram of a control device according to an embodiment of the present invention.

FIG. 5 is a structural diagram of a cloud IoT system according to an embodiment of the present invention.

FIG. 6 is a flowchart of a method for automatically establishing a cloud service according to an embodiment of the present invention.

FIG. 7 is a partial flowchart of a method for automatically establishing a cloud service according to an embodiment of the present invention.

FIG. 8 is a partial flowchart of a method for automatically establishing a cloud service according to an embodiment of the present invention.

FIG. 9 is a partial flowchart of a method for automatically establishing a cloud service according to an embodiment of the present invention.

Claims (8)

A method for automatically establishing a cloud service includes the following steps: a) controlling a connected device to log in to a cloud server based on user identification information; b) obtaining a device identification information of a local device; c) according to the user identification information and The device identification information is set in the cloud server to correspond to a virtual cloud device of the local device; d) establishing a synchronous connection with the cloud device, and continuously synchronizing a local data of the local device with the cloud device via the synchronous connection; A cloud data of a cloud device; and e) setting a cloud application rule using the cloud data on the cloud server according to a local application rule using the local data, wherein a cloud application rule generated based on the cloud data and the cloud application rule The cloud execution result corresponds to a local execution result generated according to the local data and the local application rule. The method for automatically building a cloud service according to claim 1, further comprising a step f) controlling the cloud server to update the corresponding cloud application according to the changed local application rule when detecting the change of the local application rule rule. The method for automatically building a cloud service according to claim 1, further comprising the following steps: g1) controlling the cloud server to deactivate the corresponding cloud device when detecting that the connected device disconnects the local device, and Stop synchronizing the corresponding cloud data; g2) control the cloud server to set the new cloud device corresponding to the new local device when detecting that the networked device is connected to the new local device; and g3) control the network connection The device establishes a new synchronization connection with the new cloud device, and continuously synchronizes the new local data of the new local device with the new cloud data of the new cloud device via the new synchronization connection. The method for automatically building a cloud service according to claim 1, further comprising the following steps: h1) controlling the cloud server to establish a connection with a management device; h2) after receiving an output instruction from the management device, according to the Output instructions to select the plurality of cloud application rules; and h3) generate the plurality of cloud execution results according to the selected plurality of cloud application rules and the corresponding plurality of cloud data, and generate a dashboard based on the plurality of cloud execution results Data, and sends the dashboard data to the management device to display a dashboard interface. The method for automatically establishing a cloud service according to claim 1, further comprising the following steps: i1) controlling the cloud server to establish a connection with a management device; i2) after receiving a setting instruction from the management device, according to the The setting instruction sets the cloud data or the application rule; and i3) sends the setting instruction to the networked device to set the local data or the local application rule according to the setting instruction. The method for automatically building a cloud service as described in claim 1, further comprising a step j1) before step b) controlling the networked device to obtain a setting data when the networked device is not set up, and according to the The configuration data is used to plan a connected device storage area in the cloud server. The method for automatically building a cloud service according to claim 6, wherein step j1) is configured to control the connected device to obtain the setting data when the connected device has not completed the setting and the cloud server has completed the setting, The network device storage area is planned in a user storage area of the cloud server according to the setting data. The method for automatically building a cloud service as described in claim 6, further including the following steps before step b): j2) controlling a setting device when the connected device has not been set and the cloud server has not been set Connect the connected device; j3) plan a user storage area in the cloud server and generate a connection information according to the user identification information; j4) initialize a cloud service in the cloud server and generate a service information; and j5 ) Generate the setting data according to the connection information and the service information, and send the setting data to the networked device.