CN102647291B - Intelligent multidevice management method based on account group - Google Patents

Abstract

An account group-based intelligent management method for multiple devices is provided, including: a handheld device identifies other devices through short-distance communication technology, wherein the handheld device has previously logged into a network server using account information input by a user; The device sends the account information to other identified devices; other devices use the received account information to log in to the network server, and receive application and content data corresponding to the received account information and device information of other devices from the network server; other devices display Received application and content data; other devices check whether the handheld device is within the connection range every predetermined time. When the handheld device is within the connection range, other devices maintain the login status of the current account. When the handheld device leaves the connection range, other devices The device logs out of the current account and deletes the received account information.

Description

Multi-device intelligent management method based on account group

technical field

The present invention relates to the field of intelligent management, and more specifically, to an account group-based intelligent management method for multiple devices.

Background technique

Currently, devices are generally managed by setting account information (such as a user name and password) for the device, and logging in by entering the account information during use. This management method needs to input account information every time, which is troublesome to log in, and the user must remember the account information of each device.

At present, another common device management method is fingerprint identification login, which is convenient and safe, but due to the life of the fingerprint identification module, the use time is usually limited. In addition, the fingerprint recognition login system will increase the cost. Fingerprint identification login is only suitable for devices that can be touched by the user's hands. When the device is out of the user's reach, this login method cannot be used. For devices such as televisions, users prefer to be able to log in to the device from a certain distance. The fingerprint identification login method can realize the unified login of the device, but it cannot realize the unified management of the device account.

Therefore, at present, there is no unified management method among user's devices (such as mobile phones, televisions, computers, etc.), and only one pair of devices is managed. Usually each device has its own login account, and enter the corresponding account information to log in. Moreover, since the personalities and habits of the devices currently used by users are independent of each other, users need to set and save their own usage habits (such as web browser settings, search keywords, input method habits, etc.) on each device.

The current LAN administrator method can set and control other computers in the LAN on one computer, but this method only sets the same type of equipment, and cannot realize the unified setting of the usage habits of each computer. What's more, it is impossible to uniformly apply some common habits and achieve mutual recognition between devices, so that the convenient management and use of personal devices cannot be satisfied when mobile devices are moved.

In addition, with the development of cloud computing, in the future network, all user data and applications will be in the cloud, and the user's electronic equipment will be used as a display device. When a user logs into an account in an electronic device, all data and applications in the cloud will be obtained according to the account information. With the increasing demand for interaction between devices, and the increasing number of personal devices and public devices owned by individuals, the integration of devices will become one of the trends in future device usage.

To sum up, a method capable of uniformly managing various devices is needed.

Contents of the invention

An exemplary embodiment of the present invention provides a multi-device intelligent management method based on an account group, including: the handheld device identifies other devices through short-distance communication technology, wherein the handheld device has previously used the account input by the user The information is logged into the network server; the handheld device sends the account information to other identified devices; the other device uses the received account information to log into the network server, and receives from the network server the application corresponding to the received account information and the device information of other devices and content data; other devices display the received application and content data; other devices check whether the handheld device is within the connection range every predetermined time, when the handheld device is within the connection range, other devices maintain the login status of the current account, when the handheld When the device is not within the connection range, other devices will log out of the current account and delete the received account information.

The identification of other devices by the handheld device through short-distance communication technology further includes: the search module of the handheld device sends search information to the communication module of other devices through short-distance communication technology; the communication module of other devices sends feedback information including its own device information to the communication module of the handheld device; the handheld device inquires whether the device information exists in its account information management module.

The handheld device sending the account information to other identified devices further includes: if the device information exists in the account information management module, the handheld device asks the user whether to connect to other devices, and if the user indicates to connect to other devices, the communication of the handheld device The module sends the account information to the communication module of other devices.

The handheld device sending the account information to other identified devices further includes: if the device information does not exist in the account information management module, the handheld device asks the user whether to add the device information in the account information management module, and if the user indicates If the device information is added to the account information management module, the handheld device will add the device information to the account information management module.

The other device uses the received account information to log in to the network server, and receiving from the network server application and content data corresponding to the received account information and the device information of the other device further includes: the matching module of the other device combines the account information and its own device information Send to the network data inquiry module of network server; Whether there is the account information that receives in the network data storage module of network data inquiry module inquiry network server; If inquire about the account information that receives in network data storage module, then network data storage module will The confirmation message is sent to the matching module of other devices to instruct other devices to use the received account information to log in to the network server, and at the same time, the network data query module sends the extraction of application and content data corresponding to the received account information and device information to the network data storage module request, and then the network data storage module sends the application and content data to the matching module of other devices.

The other device displaying the received application and content data further includes: the display module of the other device displaying the application and content data received from the network data storage module.

Other devices check whether the handheld device is within the connection range every predetermined time. When the handheld device is within the connection range, other devices maintain the login status of the current account. When the handheld device is not within the connection range, other devices log out of the current account. Further includes : The communication module of other devices sends inquiry information to the communication module of the handheld device at regular intervals through short-distance communication technology to check whether the handheld device is within the connection range. When the handheld device is not within the connection range, the communication module of other devices Send an account withdrawal request to the matching module of other devices to instruct other devices to withdraw from the current account.

If the user updates the common function settings of other devices, the corresponding common function settings in the account information management module of other other devices are automatically updated.

The account information includes username and password.

Additional aspects and advantages of the invention will be set forth in the description which follows, and in part will be apparent from the description, or may be learned by practice of the invention.

Description of drawings

The above and other objects and features of the present invention will become clearer through the following description in conjunction with the accompanying drawings, wherein:

FIG. 1 is a diagram illustrating an account group-based multi-device intelligent management system according to an exemplary embodiment of the present invention;

FIG. 2 is a flow chart showing a method for intelligently managing multiple devices based on an account group according to an exemplary embodiment of the present invention;

Fig. 3 is a flow chart illustrating a method for intelligently managing multiple devices based on an account group according to another exemplary embodiment of the present invention.

Detailed ways

Embodiments of the present invention will now be described in detail, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to like parts throughout. The embodiments are described below in order to explain the present invention by referring to the figures.

FIG. 1 is a diagram illustrating an account group-based multi-device intelligent management system according to an exemplary embodiment of the present invention.

As shown in FIG. 1 , an account group-based multi-device intelligent management system according to an exemplary embodiment of the present invention includes a network server 110 , a handheld device 120 and other devices 130 . The network server 110 includes a network data storage module 111 and a network data query module 112 . The handheld device 120 includes an account information management module 121 , a search module 122 and a communication module 123 . The other device 130 may be a personal device or a public device, and the other device 130 includes an account information management module 131 , a communication module 132 , a matching module 133 and a display module 134 .

Wherein, the network data storage module 111 is used to store all account information, device information, application and content information, when the user updates the account information, application and content information on other devices 130, the network data storage module 111 is also used to Store updated data. The account information management module 121 and the account information management module 131 are used to store account information, device information, and common function settings (such as personalized settings for applications, user interface settings, etc., but the present invention is not limited thereto), when account information , device information, and commonly used function settings are updated, the account information management module 121 and the account information management module 131 are also used to store updated data. In addition, the user may also perform operations such as adding, deleting, and modifying various information in the account information management module 121 and the account information management module 131 .

The account group-based multi-device intelligent management system and method will be described in more detail below with reference to FIG. 2 and FIG. 3 .

Fig. 2 is a flow chart showing a method for intelligently managing multiple devices based on an account group according to an exemplary embodiment of the present invention.

In operation S201, the handheld device 120 identifies other devices 130 through short-range communication technologies (such as infrared, bluetooth and WIFI, etc., but the present invention is not limited thereto), and the handheld device 120 has previously used the account information ( Such as, user name and password, but the present invention is not limited thereto) log in to the web server 110 .

In operation S202, the handheld device 120 transmits the account information to the identified other device 130 .

The other device 130 logs in to the web server 110 using the received account information, and receives application and content data corresponding to the received account information and device information of the other device 130 from the web server 110 in operation S203.

In operation S204, the other device 130 displays the received application and content data, so that the user can perform various operations on the received application and content data on the other device 130 (such as setting the application, editing and modifying the content data, but The present invention is not limited thereto).

In operation S205, the other device 130 checks whether the handheld device 120 is within the connection range every predetermined time (such as 1 minute, but the present invention is not limited thereto).

In operation S206, when the handheld device 120 is within the connection range, the other device 130 maintains the login status of the current account.

In operation S207, when the handheld device 120 is not within the connection range, the other device 130 logs out of the current account and deletes the received account information.

It should be understood that in the above method, there may be one or more other devices 130 . In addition, if the user updates the commonly used function setting of one of the other devices 130, the corresponding commonly used function setting in the account information management module of another device among the other devices 130 is automatically updated.

Fig. 3 is a flow chart illustrating a method for intelligently managing multiple devices based on an account group according to another exemplary embodiment of the present invention.

In operation S301, the search module 122 of the handheld device 120 sends the search information to the communication module 132 of the other device 130 through a short-distance communication technology (such as infrared, bluetooth and WIFI, etc., but the present invention is not limited thereto). 120 has previously logged into the web server 110 using account information entered by the user (such as a username and password, but the invention is not limited thereto).

In operation S302, the communication module 132 of the other device 130 transmits feedback information including its own device information to the communication module 123 of the handheld device 120.

In operation S303, the handheld device 120 inquires whether the device information exists in its account information management module 121, so as to ensure the security of the account information.

If the device information exists in the account information management module 121, the handheld device 120 asks the user whether to connect to other devices 130 in operation S304.

If the device information does not exist in the account information management module 121, the handheld device 120 asks the user whether to add the device information in the account information management module 121 at operation S312.

If the user instructs to add the device information in the account information management module 121, then in operation S313, the handheld device 120 adds the device information to the account information management module 121, and then proceeds to operation S304.

If the user indicates not to add the device information in the account information management module 121, the process ends in operation S314.

If the user instructs to connect the other device 130 in operation S304, the communication module 123 of the handheld device 120 sends the account information to the communication module 132 of the other device 130 in operation S305.

If the user instructs not to connect to other devices 130 in operation S304, the process ends in operation S315.

In operation S306 , the matching module 133 of the other device 130 sends the account information and the own device information to the network data query module 112 of the network server 110 .

In operation S307, the network data query module 112 queries whether the received account information exists in the network data storage module 111 of the network server 110, so as to verify the accuracy of the received account information.

If the received account information is inquired in the network data storage module 111, then in operation S308, the network data storage module 111 sends a confirmation message to the matching module 133 of the other device 130 to instruct the other device 130 to use the received account information to log into the network server 110. At the same time, the network data query module 112 sends to the network data storage module 111 a request for extracting application and content data corresponding to the received account information and device information, and then the network data storage module 111 sends the application and content data to other The matching module 133 of the device 130 .

If the received account information is not found in the network data storage module 111, the process ends in operation S316.

In operation S309, the display module 134 of the other device 130 displays the application and content data received from the network data storage module 111, so that the user can perform various operations on the received application and content data on the other device 130 (such as setting the application , editing and modifying the content data, but the present invention is not limited thereto).

In operation S310, the communication module 132 of the other device 130 sends inquiry information to the communication module 123 of the handheld device 120 every predetermined time (such as 1 minute, but the present invention is not limited thereto) to check the handheld device 120 through short-distance communication technology. Is it within connection range.

When the handheld device 120 is within the connection range, the other device 130 maintains the login status of the current account in operation S311.

When the handheld device 120 is not within the connection range, the communication module 132 of the other device 130 sends an account logout request to the matching module 133 of the other device 130 to instruct the other device 130 to log out of the current account in operation S317.

It should be understood that in the above method, there may be one or more other devices 130 . In addition, if the user updates the commonly used function setting of one of the other devices 130, the corresponding commonly used function setting in the account information management module of another device among the other devices 130 is automatically updated.

According to the multi-device intelligent management method based on the account group of the present invention, the user can uniformly manage the accounts of various devices, realize the unified application of general habits in various devices; make personal devices (such as personal mobile devices, personal non-mobile devices, etc.) and public devices that log in to personal accounts can recognize each other, and can realize the automatic login and logout functions of device accounts.

While the present invention has been shown and described with reference to exemplary embodiments, it will be understood by those skilled in the art that various changes in form and details may be made without departing from the spirit and scope of the invention as defined by the claims. Change.

Claims (9)

1. A multi-device intelligent management method based on account groups, comprising: The handheld device identifies other devices through short-distance communication technology, wherein the handheld device has previously logged into the network server using the account information entered by the user; The handheld device sends the account information to other identified devices; Other devices send the account information and their own device information to the network server; Other devices use the received account information to log in to the network server, and receive application and content data corresponding to the received account information and device information of other devices from the network server; Other devices display received application and content data; Other devices check whether the handheld device is within the connection range every predetermined time. When the handheld device is within the connection range, other devices will maintain the login status of the current account. When the handheld device is not within the connection range, other devices will log out of the current account and delete the account. Received account information. 2. The multi-device intelligent management method according to claim 1, wherein the handheld device identifying other devices through short-distance communication technology further comprises: The search module of the handheld device sends the search information to the communication modules of other devices through short-distance communication technology; The communication module of other devices sends feedback information including its own device information to the communication module of the handheld device; The handheld device inquires whether the device information exists in its account information management module. 3. The multi-device intelligent management method according to claim 2, wherein, the handheld device sending the account information to other identified devices further comprises: If the device information exists in the account information management module, the handheld device asks the user whether to connect to other devices, and if the user indicates to connect to other devices, the communication module of the handheld device sends the account information to the communication module of other devices. 4. The multi-device intelligent management method according to claim 2, wherein, the handheld device sending the account information to other identified devices further comprises: If the device information does not exist in the account information management module, the handheld device asks the user whether to add the device information in the account information management module, and if the user indicates to add the device information in the account information management module, the handheld device will The device information is added to the account information management module. 5. The multi-device intelligent management method according to claim 3, wherein other devices use the received account information to log in to the network server, and receive application and content data corresponding to the received account information and the device information of other devices from the network server Further includes: The matching module of other equipment sends the account information and its own equipment information to the network data query module of the network server; The network data query module inquires whether the received account information exists in the network data storage module of the network server; If the received account information is inquired in the network data storage module, the network data storage module sends a confirmation message to the matching module of other devices to indicate that other devices use the received account information to log in to the network server, and at the same time, the network data query module sends a message to the network The data storage module sends a request for extracting application and content data corresponding to the received account information and device information, and then the network data storage module sends the application and content data to matching modules of other devices. 6. The multi-device intelligent management method according to claim 5, wherein displaying received application and content data by other devices further comprises: The display module of the other device displays the application and content data received from the network data storage module. 7. The multi-device intelligent management method according to claim 6, wherein other devices check whether the handheld device is within the connection range every predetermined time, and when the handheld device is within the connection range, other devices maintain the login status of the current account , when the handheld device is not within the connection range, other devices log out of the current account further includes: The communication module of other devices sends query information to the communication module of the handheld device every predetermined time through short-distance communication technology to check whether the handheld device is within the connection range. When the handheld device is not within the connection range, the communication module of other devices will The logout request is sent to the matching modules of other devices to instruct other devices to log out of the current account. 8. The multi-device intelligent management method according to any one of claims 1 to 7, if the user updates the commonly used function settings of other devices, automatically update the corresponding commonly used function settings in the account information management module of other other devices . 9. The multi-device intelligent management method according to any one of claims 1 to 7, wherein the account information includes a user name and a password.