CN100343829C - Remote data preservation backup recovery method - Google Patents

Abstract

A remote data preservation backup recovery method, which is a method for periodically or instantly backing up and recovering data on a personal digital device through remote information operation by a wireless data communication transmission technology; the invention discloses a remote data preservation backup method, which at least comprises the following steps: sending an identification signal to a digital device, judging whether the device is in an operating state and receiving the identification signal, sending data locking information to activate a data locking and preserving function, sending data backup information to start uploading data content, and performing backup and storage actions on the data content; the invention relates to a remote data security recovery method, which at least comprises the following steps: the method comprises the steps of obtaining a digital device identification code of the digital device, sending an identification signal, judging whether the device is in an operating state or not, receiving the identification signal, reading and transmitting backup data content, and receiving and restoring data by the digital device.

Description

Remote data preservation backup recovery method

technical field

The invention relates to a method for backup and recovery of remote data preservation, in particular to a method for digital devices that can back up and restore data on the device through remote information operations through wireless data communication transmission technology.

Background technique

With the advent of the era of mobile communication and mobile office, personal digital devices that integrate various personal information management functions such as calendars, address books, and memos, as well as various information transmission functions such as e-mail, SMS, and instant messaging It has begun to be popular and widely used among mobile communication business people. This kind of digital assistant that emphasizes that users can "have everything in one hand" or "know the world without going out". Today in the 21st century, it is favored by many people. With the rapid development and continuous improvement of hardware and software technology, the functions of this type of product integration are becoming more and more powerful. In addition, in order to allow users to truly enjoy the comfort and convenience of man-machine integration, these products are used in portable The design is also more and more humanized. When people rely more and more on this kind of personal digital devices, and the products are gradually moving towards the trend of short, light and delicate, in the event of device loss, device theft or device failure, the user's first What comes to mind for a while is often not the value of the device itself, but the extremely important, confidential, and private data stored in the device, because these data are likely to disappear out of thin air in an instant or be peeped and stolen. Its impact on individuals is extremely far-reaching, beyond the imagination of ordinary people.

Although our existing personal digital devices generally provide more or less methods similar to personal data backup and recovery, after further in-depth understanding, we will find that these methods are only for some specific functions (such as communication) in personal digital devices. record, schedule, etc.) does not provide a similar data backup or recovery method for all functions (such as system settings, etc.) on the personal digital device, which is somewhat insufficient in the integrity of the functions.

In addition, the biggest bottleneck of the data backup and recovery methods provided above is that they must be operated manually, that is, users must develop the habit of frequently and spontaneously performing personal data backup and recovery, and then use the data provided by the manufacturer. The operation of related data backup and recovery software can properly guarantee the security of personal data and avoid the pain caused by data loss. However, judging from the current usage habits of most users, most users do not have the concept of taking precautions and taking precautions, that is to say, the actions of users for data preservation, data backup, and data recovery are all passive. Mentality, if this is the case, how can users actively and spontaneously do a good job of data backup and recovery on a regular basis, and how can such a data backup and recovery method really work; moreover, the relevant operations and usage processes of data backup and recovery software , nor is it easy for users who are not familiar with computers to learn and use. Almost all backup and recovery methods belong to the local side (local), that is, data backup and data recovery must be performed on computer hardware with data backup and recovery software installed. For users who have recovered, it will inevitably cause regrets that distant waters cannot save near fires, especially when personal digital devices are stolen and used, if users cannot take measures to protect their own data in the first time, avoid In the case of data leakage measures, the loss may not only be in money or time, but there may even be more unimaginable serious consequences.

Contents of the invention

In view of this, the present invention discloses a method for remote data preservation, backup and restoration in order to solve the above-mentioned problems, and its main purpose is to:

(1) Provide the first-time data protection function, so that when the personal digital device encounters unexpected situations such as being stolen, the user can immediately find the lost device through the present invention in the first time, and replace the device All the data in the database is locked to ensure the security of the data, so that the data will not be stolen or stolen.

(2) Provide regular or real-time complete data backup and recovery functions, in addition to allowing users to regularly back up or restore data in a regular manner, so as to reduce the importance of ignoring data backup and recovery due to user habits In addition, the method of backup and recovery adopted by the present invention provides a complete backup and recovery function of data items, which greatly reduces the complexity of data backup and recovery for users, thereby indirectly improving users' willingness to use .

(3) Provide convenient and fast humanized personal data management, so that users can do a good job in the preservation and management of personal data without any intervention, so that users can do without touching complicated software, and also Without having to understand the complicated process of data backup and recovery, the work of data preservation, data backup and data recovery can be realized in a more convenient, faster and more humanized way. Even when the user changes to a new model, it is no longer necessary to spend a lot of time and energy to deal with the problem of repeated data construction.

In order to achieve the above object, the remote data preservation backup method proposed by the present invention at least includes the following steps:

Send an identification signal to the digital device through the service providing server; determine whether the device is in operation and receive the identification signal; the digital device responds to the service providing server, and when the service providing server receives the response information that can continue to perform data backup, Sending data lock information to enable the device to automatically activate the data lock and preservation function; sending data backup information to enable the device to automatically start uploading data content; Cease to respond to external human manipulation and perform the function of the object.

The remote data preservation recovery method proposed by the present invention at least includes the following steps:

Obtain the identification code of the digital device; send an identification signal including the identification code of the digital device from the service provider server; determine whether the device is in operation and receive the identification signal; read and transmit the backup data content of the service provider server; and the digital device Receive the data content and restore and store the corresponding items.

The detailed content and technology of the present invention are described as follows in conjunction with the accompanying drawings.

Description of drawings

Fig. 1 is the overall flowchart of data backup of remote data preservation backup recovery method of the present invention;

FIG. 2 is an overall flow chart of data recovery in the remote data preservation backup recovery method of the present invention.

Detailed ways

The present invention mainly includes two parts, one is a method for remote data preservation and backup; the other is a method for remote data preservation and recovery. Below we will cooperate with accompanying drawing to the method for above-mentioned two, further elaborate by following best specific embodiment:

Fig. 1 is the overall flow chart of data backup of the remote data preservation, backup and recovery method of the present invention, illustrating the detailed flow and steps of how the present invention uses a service provider server to back up the data of a remote personal digital device. When wanting to carry out data preservation and backup to a specific digital device, it is necessary to send an identification signal (step 100) to the specific digital device through the service provider server, which mainly includes a group of products in the manufacturing A uniquely specified and unchangeable identification code built in the recording medium of a digital device. This identification code is mainly used to identify the uniqueness of the device. Through this identification code, the service provider can quickly find the correct one. Where the device is located, when the identification signal is sent out, the service provider server will start to detect, check whether the sent identification signal has been received by the device, so as to judge whether the data backup can continue, if the device is In the shutdown state, that is, when the identification signal sent by the service providing server is not received (step 150), the service providing server will continue to send the identification signal to the digital device (step 100), otherwise, if If the device is in the running state, it will receive the identification signal (step 150), and respond to the service provider server, informing that the subsequent data backup operations can continue. When the service provider server receives the response information that data backup can continue, it will then send out data lock information to enable the device to automatically activate the function of data lock preservation (step 200), that is, to lock the device through the transmission of information, so that the device cannot perform backup. Any project operation and operation, so that the data will not be stolen or browsed by unauthorized persons in the first time. After the data is preliminarily preserved, then the service provider server will send a data backup message to make the device automatically start uploading data content (step 250), and start the data backup operation. This part of the data backup operation is not only for personal information in the device Management (Personal Information Management, PIM) stored data, but also includes all related settings belonging to the user's personal in the device, which is a complete data backup. When the data starts to be uploaded to the remote from the device, the service provider server will carry out real-time backup storage of all received data content through data backup tools (such as magnetic tape, hard disk, optical disc, etc.) (step 300), so far Complete data backup work.

Fig. 2 is the overall flow chart of the data restoration of the remote data preservation backup restoration method of the present invention, illustrating the detailed flow and steps of how the present invention restores the data of the remote personal digital device with the service provider server. When it is desired to perform data preservation and restoration on a specific digital device, the service provider server must first obtain a digital device identification code of a group of digital devices (step 350), if the device to be restored is the same device previously owned by the user , then the service provider server will not need to change the previously set digital device identification code; if the previously backed up data needs to be restored because the user has replaced another new device, the previously stored data in the service provider must be restored. Only after the digital device identification code in the server is updated at the same time can the correct data be restored to the correct device. After the service providing server obtains the identification code of the digital device to be restored, it will then send an identification signal including the digital device identification code (step 400). After sending the identification signal, the service providing server will start The action of detection is to check whether the sent identification signal has been received by the device, so as to judge whether the data backup can continue. When the identification signal comes out (step 450), the service providing server will continue to send the identification signal action including the digital device to the digital device (step 400), otherwise, if the device is in normal operation, it will receive The identified signal (step 450 ), and responds to the service providing server, informing that subsequent data recovery actions can be continued. When the service providing server receives the response information that data recovery can be performed normally, it starts to read the data content stored in the data backup system on the service providing server side, and transmits one by one to the digital device (step 500), when When the digital device receives the data content, it starts to restore and store the corresponding items synchronously in real time (step 550). In addition, according to the position of the function item to which each data content belongs, the data content will be stored and restored to the device one by one to complete the work of data preservation and recovery.

The remote data preservation backup recovery method of the present invention is mainly realized by wireless data communication transmission technology, and the above-mentioned wireless data communication transmission technology can at least adopt Wireless Application Protocol (Wireless Application Protocol, WAP), General Packet Radio Service (General Packet Radio) Service, GPRS), Bluetooth technology (Bluetooth) and other methods.

The mentioned digital devices can at least include notebook computer (Note Book, NB), pocket computer (Pocket PC), smart phone (Smart Phone), personal digital assistant (Personal Digital Assistant, PDA) and mobile phone (mobile phone). phone) and other types.

In fact, the actual application of the present invention also includes non-real-time parts in addition to the real-time parts, that is, the time for data backup and data recovery can be set in the service provider server in advance according to the user's needs, so that users can Users are more flexible in personal information management.

The remote data preservation backup recovery method of the present invention mainly provides the data preservation function at the first time, so that when the digital device used by the user encounters unexpected situations such as being stolen, the user can immediately use the present invention to restore the data at the first time. Find the lost device in the device, and lock all the data in the device to ensure the security of the data, so that the data will not be stolen or stolen. Provide regular or real-time complete data backup and recovery functions, in addition to providing users with the ability to set the time for regular backup or regular recovery of data in advance, reducing the importance of ignoring data backup and recovery due to user habits outside;

In addition, the complete data item backup and recovery function can greatly reduce the complexity of data backup and recovery for users, and indirectly increase users' willingness to use. Provide convenient and fast humanized personal data management, so that users can do a good job in the preservation and management of personal data without any intervention, so that users can do without having to touch complicated software or understand data backup Under the premise of restoring complicated processes, data preservation, data backup, and data recovery are realized in a more convenient, faster, and more humanized way.

When the services provided by manufacturers make it easier for users to keep personal data, backup and restore, it will not only make the relationship between users and digital devices closer, but also make users more dependent on manufacturers and products. As it gets higher and higher, increasing the interaction between users and manufacturers and establishing good customer relationship management can also increase product sales.

Although the present invention is disclosed above through the aforementioned preferred embodiments, it is not intended to limit the present invention. Those of ordinary skill in the industry can make various easily conceivable changes and modifications without departing from the spirit and scope of the present invention. modification, so the protection scope of the present invention should be defined by the claims.

Claims (13)

1, a kind of teledata is saved backup method from damage, automatically upload in the destination service host by the data of a wireless data communications transmission technology the particular source end device, to realize that data save the method for backup from damage, it is characterized in that this method comprises the following step at least:

By a service providing server one digital device is sent an identification signal;

Whether judgment means is at operating state and receive this identification signal;

This digital device responds this service providing server, when this service providing server receives the response message that can proceed data backup, sends data interlock information and makes device activate a data interlock security function automatically;

Sending data backup information makes device begin to upload data content automatically; And

By this service providing server data content is carried out a backup and stores action,

Wherein, described data interlock security function is to instigate this digital device to stop to respond the function of external manual operation, project implementation.

2, teledata as claimed in claim 1 is saved backup method from damage, it is characterized in that, described wireless data communications transmission technology at least can be by optional one in WAP (wireless application protocol), GPRS, the Bluetooth technology.

3, teledata as claimed in claim 1 is saved backup method from damage, it is characterized in that, described digital device includes an equipment platform of information uploading download function, personal information management function at least.

4, teledata as claimed in claim 3 is saved backup method from damage, it is characterized in that, described equipment platform at least can be by optional one in mobile computer, Espresso, smart phone, personal digital assistant and the mobile phone.

5, teledata as claimed in claim 1 is saved backup method from damage, it is characterized in that, described identification signal comprises a digital device identification code at least.

6, teledata as claimed in claim 5 is saved backup method from damage, it is characterized in that, described digital device identification code is built in the middle of the recording medium of device in being, as the usefulness of device for identifying.

7, teledata as claimed in claim 1 is saved backup method from damage, it is characterized in that, described backup stores action and comprises the non-mechanism of carrying out immediately and carrying out immediately at least.

8, a kind of teledata is saved restoration methods from damage, automatically download among the destination device by will originate Backup Data that end belongs to specific device in the service host of a wireless data communications transmission technology, to realize that data save the method for recovery from damage, it is characterized in that this method comprises the following step at least:

Obtain a digital device identification code of a digital device;

Comprise this digital device identification code in an interior identification signal by service providing server transmission;

Whether judgment means is at operating state and receive this identification signal;

Read the Backup Data content of this service providing server and spread out of; And

This digital device receives data content and carries out a pair of project of answering and recover to store.

9, teledata as claimed in claim 8 is saved restoration methods from damage, it is characterized in that, described wireless data communications fortune transmission technology at least can be by optional one in WAP (wireless application protocol), GPRS, the Bluetooth technology.

10, teledata as claimed in claim 8 is saved restoration methods from damage, it is characterized in that, described digital device includes an equipment platform of information uploading download function, personal information management function at least.

11, teledata as claimed in claim 10 is saved restoration methods from damage, it is characterized in that, described equipment platform at least can be by optional one in mobile computer, Espresso, smart phone, personal digital assistant and the mobile phone.

12, teledata as claimed in claim 8 is saved restoration methods from damage, it is characterized in that, described digital device identification code is built in the middle of the recording medium of device in being, as the usefulness of device for identifying.

13, teledata as claimed in claim 8 is saved restoration methods from damage, it is characterized in that, described corresponding project is recovered to store and comprised the non-mechanism of carrying out immediately and carrying out immediately at least.

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