TW201627959A - Supportive message push monitoring system - Google Patents

Abstract

A supportive message push monitoring system comprises a plurality of intelligent control devices for respectively controlling at least one intelligent equipments, a cloud CMS(content management system), and at least one monitoring apparatus to log in the cloud CMS and the intelligent control devices through an ID/password registered in the cloud CMS. Through this design of regulatory authorization between the intelligent control devices, the cloud CMS, and the monitoring apparatus, managers of these intelligent control devices may control and entrust the management authorization of the intelligent equipments to users of the monitoring apparatus, such that when an entrusted equipment encounters an abnormality, the user of the monitoring apparatus can be immediately notified to immediately log in the corresponding intelligent control device to understand the abnormal situation and deal with it using the nearest resources, thereby helping to reduce or prevent damages to property, and providing the effect of mutual help.

Description

Support for message push supervision systems

The present invention relates to a monitoring management system, and more particularly to a monitoring system that supports message pushing.

With the advancement of communication and automatic control technology, the intelligent Internet of Things has gradually taken shape, and the electronic devices used in many homes, offices or factories have gradually developed into so-called smart devices, such as photocopier systems, air conditioning systems, lighting systems. , multimedia audio-visual system, anti-theft system and fire alarm equipment, and can centrally control all the smart devices in the area through an intelligent control device, so that the administrator can supervise the operation of each smart device, so as to find out that the smart device is abnormal or the intelligent device automatically returns abnormally. , processing immediately.

Although the above intelligent control device can issue a warning when the smart device it manages is abnormal, when the manager of the intelligent control device goes out, such as traveling, it will be left unattended, even through the Internet or mobile communication network. Pushing the warning to the remote manager, the manager can't return it immediately, causing a shortcoming in the use of the smart Internet of Things. Once a fire alarm or a theft alert occurs, it can be quite dangerous. Therefore, there is still room for improvement in the regulatory functions of the Wisdom Internet of Things.

Accordingly, it is an object of the present invention to provide a supervisory system that can host a supervised smart device to another person for supervision and can push messages of the hosted smart device to the supervisor.

Therefore, the present invention supports a message push supervision system, comprising a plurality of intelligent control devices respectively controlling at least one smart device, a cloud background, and at least one login to the cloud background through an account/password registered in the cloud background The supervising device of the intelligent control device, wherein: each intelligent control device comprises an authorization module and a management module, and the authorization module can generate an authorization code for authorizing the supervision of the smart device, and the authorization code is uploaded Go to the cloud background, and set the account/password carried by the supervisor's data corresponding to the backend of the cloud background as the supervisor, and the management module will regard the supervisory device registered with the account/password as the supervision. And allowing the monitoring device to supervise the smart device, and pushing an alarm message sent by the smart device to the cloud background; the monitoring device uploads the obtained authorization code to the cloud background for authorization verification, and according to The cloud background corresponds to an authorization setting of the backhaul, and a login corresponding to the authorization code is established. a supervisory link of the control module of the intelligent control device; the cloud backend binding the account to the smart control device when verifying that the authorization code uploaded by the supervisory device matches the authorization code uploaded by any intelligent control device And transmitting the supervisor information containing the account/password of the supervisory device to the smart control device, and transmitting the authorization setting to the supervisory device, and pushing the alert message pushed by the smart control device to the tied The regulatory device.

The effect of the present invention: through the intelligent control device, the regulatory authorization design between the cloud backend and the supervisory devices, the administrators of the intelligent control devices can administer the management authority for managing the smart devices to the supervisory devices The user can immediately notify the user of the supervisory device to log in to the corresponding intelligent control device to understand the abnormal situation and go to the nearest processing, which helps to reduce or avoid property loss, and has the effect of watching and assisting.

3‧‧‧Cloud backstage

4‧‧‧Intelligent control device

41‧‧‧First Communication Module

42‧‧‧Display module

43‧‧‧Hosting permission setting module

431‧‧‧ Managed equipment selection unit

432‧‧‧Hosting Authority Setting Unit

433‧‧‧ Managed equipment filing unit

44‧‧‧Authorization module

45‧‧‧Supervisor Management Module

451‧‧‧Regulators

452‧‧‧Exclusion unit

46‧‧‧Control module

5‧‧‧Regulatory device

51‧‧‧Second communication module

52‧‧‧Image capture module

53‧‧‧Authorizer Management Module

54‧‧‧Regulatory module

55‧‧‧Reminder module

800‧‧‧Smart devices

Other features and effects of the present invention will be apparent from the embodiments of the drawings, in which: 1 is a schematic structural diagram of an embodiment of a supervisory system supporting message push of the present invention; and FIG. 2 is a functional block diagram of the embodiment.

As shown in FIGS. 1 and 2, an embodiment of the present invention supporting a message push supervision system is applicable to a plurality of locations and can be used to monitor the operation of the smart device 800 installed at various locations. The smart device 800 may be an access control alarm system, an electric door and window system, a gas leakage alarm system, a carbon monoxide alarm system, an air conditioning system, a lighting system, a surveillance photography system, a personnel access sensing system, or a video and audio device, etc., and not the above The type is limited.

The supervision system includes a cloud back-end 3, a plurality of intelligent control devices 4, and a plurality of supervisory devices 5. The intelligent control devices 4 are separately Located at different locations, such as multiple homes in a community, or on various floors or occupants of an office building or apartment building, and connected to multiple smart devices located at the home, floor, or occupant. 800, the manager of the home, the floor or the household can be separately controlled and operated by the smart device 800. In addition, the intelligent control devices 4 are also respectively connected with the cloud background 3 signal for communication and data transmission.

The supervisory devices 5 are owned by persons other than the manager of the smart control devices 4, such as the neighbors, floors, or guards of the home, floor or household of the smart control devices 4, The neighbors, the building manager or the guards respectively log in to the cloud backend 3 through an account/password registered in the cloud background 3, and can be authorized to log in to the intelligent control devices 4 to assist in supervising the various smarts authorized to log in. The smart device 800 controlled by the control device 4. The monitoring device 5 may be a mobile device or a stationary device capable of communicating and data transmission with the cloud background 3 and the intelligent control device 4, and the mobile device may be a mobile phone, a tablet computer, a notebook computer, or a smart device. For a watch or smart glasses or the like, the stationary device may be a desktop computer or other monitoring device, but the supervisory devices 5 are not limited to the above types.

For convenience of description, only the architecture design of one intelligent control device 4 and one supervisory device 5 will be described below as an example.

Each intelligent control device 4 includes a first communication module 41 for communicating and data transmission with the cloud background 3 and the supervisory devices 5, a display module 42, a host authority setting module 43, and an authorization. Module 44, a supervisor management module 45, and a management module 46. The communication and data transmission between the first communication module 41 and the cloud background 3 and the supervisory devices 5 can be wired communication technology and/or wireless communication technology, because the communication technology of the first communication module 41 is Knowing the technology and having many types, it will not be described in detail.

The hosting authority setting module 43 displays on the display module 42 a user interface (not shown) for the administrator to select and select the smart device 800 to be hosted. The hosting authority setting module 43 includes a managed device selecting unit 431, a hosting authority setting unit 432, and a managed device filing unit 433. For each of the managed jobs, the managed device selection unit 431 is operable to select the smart device 800 to be hosted from among all the smart devices 800 displayed by the user interface. The hosting authority setting unit 432 is operable to set the hosting authority of each of the smart devices 800 to be hosted by the managed device selecting unit 431, including the authority to supervise the manipulation, the hosting time, and the like. For example, when the managed smart device 800 is a fire alarm system, an anti-theft system, and a surveillance system, it can be set to be managed, such as permanent supervision, specific time period supervision or fixed period supervision, etc., and setting whether the smart device 800 can be logged in and controlled. Specific functions, such as the ability to control the surveillance system to capture surveillance images at specific locations.

The managed device filing unit 433 can aggregate the managed device selecting unit 431 to select all the smart devices 800 to be hosted in the current hosting job, and the hosting authority setting unit 432 sets the smart device 800 to be hosted in the current hosting operation. Managed permissions, and a managed device profile for the current managed job. The hosting authority setting module 43 can A managed device data file is generated for each of the settings of the managed jobs, and the managed device data files are available to the administrator of the intelligent control device 4 to view the smart device 800 hosted by each of the managed jobs.

The authorization module 44 is operable to generate an authorization code for authorizing the supervisory authentication for each of the hosted jobs, the authorization code being a barcode type, such as a two-dimensional barcode, the content of which includes the ID and verification of the intelligent control device 4. Code and authorization information, etc., but not limited to the above. The authorization module 44 binds the authorization code to the managed device data file of the authorized operation, and displays the image on the display module 42 in an image format for the monitoring device 5 to scan the image. The authorization code is obtained, and the authorization code is uploaded to the cloud background 3 via the first communication module 41.

In addition, the authorization module 44 sets the account number/password of one of the supervisory devices 5 entrained in the supervisor data to the supervisor when receiving the supervisor information of the cloud background 3 for the authorization code. And bind the supervisor to the managed device profile.

The supervisor management module 45 includes a supervisor profile unit 451 and a rights removal unit 452. The supervisor profile unit 451 collects the supervisory device set by the authorization module 44 in each authorized operation, and the supervisory device data file bound to the supervisor, and establishes a data file containing all current supervisors. All the supervisor data files of the equipment data file are supervised, and the supervisor data files can be transmitted and displayed on the display module 42 for inspection by the manager.

The decryption unit 452 is operable to delete any one of the supervisor profiles to delete the escrow authority granted to the supervisor That is, the supervisory device 5 corresponding to the supervisor has no right to log in to supervise the smart devices 800, and an unauthorized message is generated corresponding to the deleted supervisor, and the encrypted message is transmitted to the cloud background 3.

The management module 46 can be used by the administrator to control and control the smart devices 800 and receive messages sent by the smart devices 800. In addition, the management module 46 can also identify the account/password of each supervisory device 5 that the signal connection requires to log in. When the account/password matches a supervisor recorded in the supervisor profile, the supervision is The device 5 is regarded as the supervisor and allows the supervisor device 5 to log in to supervise all the smart devices 800 hosted in the managed device data file bound to the supervisor, and manage the smart device 800 according to the hosting rights set by the managed device data file. The control authority of the supervisory device 5 is regulated. If the account/password entered by the supervisory device 5 does not match, the login is not allowed.

Moreover, when one of the smart devices 800 issues a warning, such as a fire alarm or an intrusion warning, the management module 46 compares the smart device data files from the supervisor data file with the supervisor data file. The device 800 is responsible for which accounts, that is, which supervisory devices 5 are hosted, and sends an alarm message with the account data to the cloud background 3.

Each of the supervisory devices 5 includes a second communication module 51, an image capture module 52, an authorizer management module 53, a supervisory module 54, and a reminder module 55. The second communication module 51 can be connected to the cloud background 3 and the intelligent control device 4 via wired communication technology and/or wireless communication technology for communication and data transmission.

The image capturing module 52 can be used to capture the authorization code displayed by the display module 42 of the intelligent control device 4. The authorization module 54 transmits the authorization code to the cloud background 3 via the second communication module 51 for authorization verification, and can receive an authorization returned by the cloud background 3 for the authorization verification of the authorization code. When the setting is made, a supervisory link of the management module 46 for directly logging in to the smart control device 4 corresponding to the authorization code is automatically set according to the content of the authorization setting, and the corresponding control module can be registered via the regulatory link. 46 to supervise the corresponding smart device 800. The supervisory link includes the account number/password of the supervisor, and the supervisory module 54 provides the account/password to the smart control device 4 when the smart control device 4 is connected through the supervisory link. 46 for verification. The authorization setting content includes the identity identification data, the IP and the authorization information of the intelligent control device 4, but is not limited to the above content.

The licensor management module 53 can aggregate all of the regulatory links established by the supervisory module 54 to create an authorizer profile with all of the intelligent control devices 4 authorized to supervise it.

The reminder module 55 can generate a reminder message when the second communication module 51 receives the alarm message, and the reminder message can be an alert sound, a warning light, and/or a warning image, thereby reminding the supervisory device 5 to use By.

The cloud background 3 can verify whether the authorization code uploaded by the monitoring device 5 and the authorization code uploaded by the intelligent control device 4 are correct, and when the two authorization codes match, the intelligent control device 4 and the monitoring device 5 are Bind the account and return the account/password with the supervisor 5 The supervisor information is sent to the intelligent control device 4, and the authorization setting is returned to the supervisory device 5 to complete the trust connection relationship between the supervisor device 5 and the smart control device 4. When the cloud background 3 receives the alarm message sent by the intelligent control device 4, the alarm message is respectively pushed to the monitoring device 5 corresponding to the account according to the account number carried by the alarm message.

The manner in which the supervision system of the present invention supports message push can be roughly divided into the following three stages:

Phase (1) Set the hosting authorization content.

When a manager wants to host the smart device 800 controlled by the intelligent control device 4 to the other monitoring device 5, the manager can select the smart device 800 to be managed by operating the hosting authority setting module 43 and set the server to be managed. The hosting rights of the smart device 800, such as the time to be hosted and the function to be hosted, correspondingly generate a managed device data file. Then, by operating the authorization module 44, an authorization code associated with the managed device data file is generated, and the authorization code is displayed on the display module 42 and the authorization code is uploaded to the cloud background 3.

Phase (2) Managed Authorization Verification.

After the smart control device 4 displays the authorization code in its display module 42, the supervisory device 5 to be authorized to be managed can scan the image capture module 52 for the authorization code displayed by the display module 42. The image is uploaded to the cloud background 3 by the authorization code obtained.

Then, the cloud background 3 verifies whether the authorization code uploaded by the monitoring device 5 matches the authorization code uploaded by the intelligent control device 4. If the verification is consistent, the account of the supervisory device 5 is bound to the intelligent control device 4, and the supervisor information is returned to the smart control device 4, and the authorization setting is returned to the supervisory device 5. . Then, the authorization module 44 of the intelligent control device 4 sets the account/password of the supervisory device 5 as a supervisor, and binds the supervisor to the managed device data file, and the supervisor management module 45. The supervisor profile file is created, and the supervisory device 5 establishes the supervisory link according to the authorization setting, and collects the supervisory link to establish the licenseor data file. At this time, the supervisory device 5 and the smart device are completed. A managed authorization relationship between the control devices 4.

Through the above design, the intelligent control devices 4 can respectively authorize the plurality of supervisory devices 5 to supervise the smart devices 800 that they control, and each of the smart control devices 4 can authorize a plurality of supervisory devices 5 to perform supervision, and each of the supervisory devices 5 can The hosting authorization of the plurality of intelligent control devices 4 is accepted.

Stage (3) Alarm message push and link supervision.

After the setting of the hosting authorization between the supervisory devices 5 and the intelligent control devices 4 is completed, when a smart device 800 of one of the intelligent control devices 4 issues a warning, the smart control device 4 according to the managed device data file The supervisor profile is compared with the account of all supervisors corresponding to the smart device 800, and an alarm message with the account is sent to the cloud background 3.

After receiving the alarm message, the cloud background 3 pushes the alarm message to all the corresponding monitoring devices 5 according to the account number entrained by the alarm message. Each monitoring device 5 that receives the alarm message will send an alert message correspondingly, and compare and report the alarm from the authorized data file. The user of the supervisory device 5 can log in to the control module 46 of the smart control device 4 via the supervisory link. The control module 46 of the intelligent control device 4 controls the supervisory device 5 to control all the smart devices 800 being hosted according to the managed device data file corresponding to the registered device 5, so that the user of the supervisor device 5 can Knowing the status of the smart device 800 that issued the alert, or knowing the environmental conditions of the location where the intelligent control device 4 is set up, for example, controlling the surveillance camera system to view the situation of the smart device 800 that issued the alert or the surrounding environment for instant Take appropriate measures, such as starting a fire-fighting type of smart device 800, notifying the police unit, or immediately proceeding to the process.

With the above-mentioned supervisory system design, when the administrators of the intelligent control devices 4 are temporarily unable to manage the respective smart control devices 4, such as going out to work, traveling, etc., the smart devices that can be controlled by the intelligent control device 4 800 is respectively hosted to one or more supervisory devices 5, and when the smart devices 800 being hosted are alerted, such as fire, burglary, gas leakage, etc., the smart control device 4 can be via the cloud background 3 Corresponding alarm messages are pushed to all the supervisory devices 5 that they are hosted, and the users of the supervisory devices 5 hosted by them are handled in modern times to prevent the disaster from expanding.

In summary, the administrators of the intelligent control devices 4 can temporarily control the intelligent control devices 4 through the intelligent authorization devices 4, the cloud authorization background 3 and the supervisory authorization design between the supervisory devices 5. When the smart devices 800 are hosted, the management rights of the smart devices 800 are hosted to the users of the supervisory devices 5, such as neighbors, nearby relatives or community guards, etc., so that the intelligent control devices 4 can be generated on the managed devices. If the abnormality occurs, the corresponding monitoring device 5 is immediately notified by the cloud background 3, so that the user of the supervisory device 5 can immediately log in to the corresponding intelligent control device to learn about the abnormal smart device 800, and can go to the nearest processing, which is helpful. To reduce or avoid the loss of property, and to have the effect of watching and helping, is a very convenient and practical system design. Therefore, the object of the present invention can be achieved.

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the patent application scope and patent specification content of the present invention, All remain within the scope of the invention patent.

3‧‧‧Cloud backstage

4‧‧‧Intelligent control device

41‧‧‧First Communication Module

42‧‧‧Display module

43‧‧‧Hosting permission setting module

431‧‧‧ Managed equipment selection unit

432‧‧‧Hosting Authority Setting Unit

433‧‧‧ Managed equipment filing unit

44‧‧‧Authorization module

45‧‧‧Supervisor Management Module

451‧‧‧Regulators

452‧‧‧Exclusion unit

46‧‧‧Control module

5‧‧‧Regulatory device

51‧‧‧Second communication module

52‧‧‧Image capture module

53‧‧‧Authorizer Management Module

54‧‧‧Regulatory module

55‧‧‧Reminder module

800‧‧‧Smart devices

Claims (9)

A monitoring system supporting message pushing, comprising: a plurality of intelligent control devices respectively controlling at least one smart device, a cloud backend, and at least one login to the cloud backend and the intelligent control device through an account/password registered in the cloud background The monitoring device, wherein: each intelligent control device comprises an authorization module and a management module, the authorization module can generate an authorization code for authorizing the supervision of the smart device, and upload the authorization code to the cloud In the background, the account/password carried by the supervisor's data corresponding to the backend of the cloud backend is set as the supervisor, and the management module regards the supervisory device registered with the account/password as the supervisor, and Allowing the monitoring device to supervise the smart device, and pushing an alarm message sent by the smart device to the cloud background; the monitoring device uploads the obtained authorization code to the cloud background for authorization verification, and according to the cloud background Corresponding to an authorization setting of the backhaul, establishing a smart to log in to the authorization code The regulatory link of the control module of the device; the cloud background binding the account to the intelligent control device when verifying that the authorization code uploaded by the monitoring device matches the authorization code uploaded by any intelligent control device, And transmitting the supervisor data containing the account/password of the supervisory device to the smart control device, and transmitting the authorization setting to the supervisory device, and pushing the alert message pushed by the smart control device to the binding device The regulatory device. The supervisory system supporting the message push as described in claim 1 includes multiple Log in to the cloud background and the monitoring device of the intelligent control device by using different account/passwords respectively, and the authorization module may separately generate an authorization code for authorizing the monitoring of the smart device for each monitoring device, and the cloud will be The account/password in the supervisor data returned by the background for the authorization verification of each supervisory device is respectively set as the supervisor, and the intelligent control device further includes a supervisor management module, and the supervisor management module can collect the records. All the regulators set by the authorization module establish a supervisor data file, and the management module allows the supervisory device corresponding to each supervisor in the supervisor data file to log in to supervise the smart device, and the cloud background will use the smart device The alarm message pushed by the control device is pushed to all supervisory devices that are bound to the intelligent control device. The supervisory system for supporting message push according to claim 2, wherein the supervisor management module has a supervisor filing unit that can assemble the supervisors to establish the supervisor data file, and an operational deletion unit Any supervisor in the supervisor profile and corresponding to each of the deleted supervisors generates an ex-rights unit of the ex-rights message, and the ex-rights unit transmits the ex-rights message to the cloud background, and the cloud background cancels the intelligent control device and The binding message corresponds to the binding of the account. The supervisory system for supporting message push according to claim 2, wherein the smart control devices respectively control a plurality of smart devices, and each of the smart control devices further includes a managed permission setting module, wherein the managed permission setting module is available Selecting to set the smart device to be hosted, and recording all the smart devices that are hosted to establish a managed device data file, the authorization module generating the corresponding data file for each of the managed devices Authorization code, and binding the supervisor set by the authorization code to the managed device data file, the supervisor filer unit is to collect the managed device data files bound by the supervisors and the supervisors to establish The supervisor data file, the management module allows the respective supervisory devices corresponding to the respective supervisors to log in to all the smart devices that are supervised by the respective managed device data files. The supervision system for supporting message push according to claim 4, wherein the escrow authority setting module has a managed device selection unit for selecting a smart device to be hosted, and one can be set to be managed. a hosting authority setting unit for each smart device's hosting authority, and a managed device filing unit capable of recording the hosting authority of each of the selected smart devices and the respective smart devices to establish the managed device data file, the control module The group manages the rights of the smart device corresponding to the supervisory device that is bound to the managed device data file according to the hosting authority of all the managed smart devices recorded in each managed device data file. The monitoring system for supporting message push according to any one of claims 1 to 5, wherein each intelligent control device further comprises a display module, wherein the authorization module displays the authorization code in an image mode on the display mode. Each of the monitoring devices includes an image capturing module for scanning the image of the authorization code displayed by the display module. The supervisory system for supporting message push according to claim 1, wherein each of the supervisory devices includes a reminder module capable of generating a reminder message according to the alarm message transmitted by the cloud background, and a root The regulatory link is established according to the authorization and can be logged into the management module by the regulatory link to supervise the supervisory module of the corresponding smart device. The supervisory system for supporting message push according to claim 7, wherein the reminder message is a warning sound, an alert light, and/or a warning image. The supervisory system for supporting message push according to claim 7, wherein each of the supervisory devices further includes an authorizer management module, and the authorizer management module can aggregate all the regulatory links established by the supervisory module to establish an authorization. Data file.