CN103812910A - Method and system for performing notification and providing quickly opened synchronous data - Google Patents

Abstract

A method and system for notifying and providing fast start of synchronous data. The method includes receiving shared data from a local device; synchronizing the shared data into another local device; and making and sending a connection shortcut containing the storage path of the shared data to the second local device.

Description

Notify and provide a method and system for quickly enabling synchronous data

technical field

The present invention relates to a method and system for notifying and providing fast start of synchronous data.

Background technique

With the vigorous development of computer technology and the Internet, the application of cloud computing (cloud computing) is becoming more and more common. The so-called cloud computing is to use the network to communicate the computing work of multiple computer systems, or to enable the computer system to obtain the services provided by the remote host through the network connection. Among them, the cloud storage service can provide a single user to access the space provided by the remote host through the network to store data, and multiple users of the same group can share data with each other through the network, thereby breaking through large-capacity files or files in specific formats The restriction that it cannot be delivered through the letter entrainment function to simplify the difficulty of data sharing.

However, when any local device receives multiple pieces of shared data through the synchronization of the cloud server, these shared data will be directly stored in a corresponding folder deep in the disk according to the previous settings, and the user cannot know immediately The arrival of these shared data, the source of sharing and the storage location in the local device, so that the user still has to go through a long and unfamiliar storage path to find any of the above shared data.

Contents of the invention

Therefore, one aspect of the present invention is to provide a notification and provide a method for quickly opening synchronous data. When the cloud server synchronizes a shared data, the local end can be notified immediately, and a convenient and instant connection opening file mechanism is provided to select instant The received shared data is opened without searching for the above-mentioned shared data through lengthy and unfamiliar storage paths.

The above method for notifying and providing quick access to synchronous data can be implemented as a computer program and stored in a computer-readable recording medium. Therefore, after the computer accesses the above-mentioned computer-readable recording medium, it can execute the notification and provide a method for quickly enabling synchronous data. This method is applied to a cloud server device, and includes the following steps: (a) receiving a shared data from a first local device via the network; (b) synchronizing the shared data to at least one second local device on the network device, and designate a preset storage path for the shared data to be stored in the second local device: and (c) create and transmit at least one connection shortcut containing the storage path of the shared data to at least one second local end device, where the connection shortcut is clicked, the shared data is immediately opened.

In an embodiment of the present invention, step (c) further includes detailed steps as follows. Obtain a contact account for contacting the second local device according to a member account used by the first local device. According to the contact account, send a message containing the connection shortcut to the second local device.

In an embodiment of the present invention, a first-level folder of the storage path is named according to the member account used by the first local device.

In an embodiment of the present invention, the contact account is an email address, an instant messaging software account or a mobile communication number.

In an embodiment of the present invention, step (c) further includes detailed steps as follows. Record the related information of the first local device and the shared data in the message.

In an embodiment of the present invention, the message is email, instant messaging software message or short message.

In the above embodiment, when the message is an email, the connection shortcut is located in a text of the email or an attached file.

In an embodiment of the present invention, the shared data is at least one file or at least one folder containing files.

In an optional embodiment of the present invention, step (c) is carried out only after step (b) is judged to be completed, or step (b) and step (c) are carried out simultaneously, or step (b) also Step (c) is performed only when it is determined that the shared data sent by the first local device is sent by the first local device for the first time.

Another aspect of the present invention is to provide a system for notifying and quickly opening synchronous data. When the cloud server synchronizes a shared data, it can be used to immediately notify the local end, and provide a convenient and instant connection opening file mechanism to select instant The received shared data is opened without searching for the above-mentioned shared data through lengthy and unfamiliar storage paths.

The system for notifying and providing quick data synchronization includes a first local device, a second local device and a cloud server device. The cloud server device includes a network card module, a data synchronization module and a connection shortcut generation module. The network card module is used to establish a connection with the first local end device and the second local end device through the network. The data synchronization module synchronizes at least one piece of shared data to be synchronized by the first local device to the second local device through the network card module, and specifies a preset storage path for the shared data to be stored in the second local device. The connection shortcut generation module creates a connection shortcut according to the storage path, so that the connection shortcut can be sent to the second local device through the network card module, and the shared data is opened immediately after the connection shortcut is clicked.

In an embodiment of the present invention, the cloud server device further includes a message management module. The message management module is electrically connected to the network card module and the connection shortcut generation module to make a message containing the connection shortcut, and send the message to the second local device through the network card module according to a contact account of the second local device.

In an embodiment of the present invention, the cloud server device further includes a member identity database. The member identity database stores a plurality of member accounts and their corresponding contact accounts, which at least include a member account used by the first local device and a contact account of the second local device set to be shared by the member account.

In an embodiment of the present invention, a first-level folder of the storage path is named according to the member account used by the first local device.

In an embodiment of the present invention, the second local device includes a storage element and an agent program module. The agent program module is electrically connected to the storage element, and stores the shared data transmitted from the cloud server device into the storage element according to the storage path.

The benefit brought by the application of the present invention is that when any local device receives a shared data through the synchronization of the cloud server, the shared user can view the shared data at the moment, or through the connection shortcut Find and open the shared data in real time, without having to go through lengthy and unfamiliar storage paths to find the above-mentioned shared data, thereby shortening working time and increasing work efficiency.

Description of drawings

In order to make the above and other objects, features, advantages and embodiments of the present invention more comprehensible, the accompanying drawings are described as follows:

FIG. 1 shows a functional block diagram of a system for notifying and providing quick access to synchronized data under a cloud storage service architecture according to an embodiment of the present invention;

FIG. 2 shows a functional block diagram of the cloud server device according to FIG. 1;

FIG. 3 shows a functional block diagram of the local device according to FIG. 1;

FIG. 4A shows a schematic diagram of email under a variation of an embodiment of the present invention;

FIG. 4B shows a schematic diagram of instant messaging software messages under a variation of an embodiment of the present invention;

Fig. 5 is a flow chart of a method for notifying and providing quick start synchronization data according to an embodiment of the present invention;

[Description of main component symbols]

10~50: steps

100: system

200: cloud server equipment

210: The first network card module

220: Data synchronization module

230: Connection shortcut generation module

240: Message management module

250: control module

260: Membership Identity Database

270: Store content database

300: network

400: the first local device

500: the second local device

610: Second network card module

620: Message usage module

630: Web browser module

640: Agent program module

650: storage element

700: email

800: instant messenger message

900: Connection shortcut

910: Default notification content

920: share relevant information of the end device

930: Information about sharing data

Detailed ways

The following will clearly illustrate the spirit of the present invention with the accompanying drawings and detailed descriptions. After any person with ordinary knowledge in the art understands the preferred embodiments of the present invention, he can change and modify it by the technology taught in the present invention. without departing from the spirit and scope of the present invention.

FIG. 1 shows a functional block diagram of a system 100 for notifying and providing quick access to synchronized data under a cloud storage service architecture according to an embodiment of the present invention.

Please refer to FIG. 1, the system 100 for notifying and providing quick start of synchronous data includes a cloud server device 200 and a plurality of local end devices (for example, the first local end device 400 and the second local end device 500 referred to in FIG. 1 ). The local devices respectively establish connections with the cloud server device 200 through the network 300, so as to backup and share the cloud data.

Since all the second local devices 500 have data sharing settings with the first local device 400, when the first local device 400 (or a shared device) wants to synchronize at least one shared data to the cloud server device 200, after the cloud server device 200 backs up the specific shared data, it downloads the backed-up shared data to all second local devices 500 (or called a shared device) at the same time, so that the shared data The latest version is stored or updated to a specific storage location of all second local devices 500, so it is said that the cloud server device 200 will synchronize this specific shared data to all second local devices 500 (or a shared device) ) specific storage location. In addition, the cloud server device 200 also notifies the user that an external shared data is being synchronized immediately, and provides the user with the function of finding and reviewing the specific shared data in real time. In this way, the user can open the shared data stored locally through the shared connection. Files on the terminal do not need to go through lengthy and unfamiliar storage paths to find the above-mentioned shared data, thereby shortening working time and increasing work efficiency.

FIG. 2 is a functional block diagram of the cloud server device 200 according to FIG. 1 .

Please refer to FIG. 1 and FIG. 2 , the cloud server device 200 at least includes a first network card module 210 , a data synchronization module 220 , a connection shortcut generation module 230 , a message management module 240 and a control module 250 . Since the first network card module 210 has acquired the IP addresses of these local devices (including the first local device 400 and these second local devices 500), the first network card module 210 can communicate with these local devices (including the first local device 500) through the network 300 The first local-end device 400 and these second local-end devices 500) establish a connection. The data synchronization module 220 is electrically connected to the first network card module 210 and the control module 250, and is used to receive the shared data to be synchronized by the first local device 400 (that is, the sharing device), and then synchronize to each second network card module 210 through the first network card module 210. Two local devices 500 . In more detail, the data synchronization module 220 also designates a storage path, so that the specific shared data is stored in a specific storage location of the second local device 500 according to the storage path. The connection shortcut generation module 230 is electrically connected to the information management module 240 and the control module 250 to create a connection shortcut 900 according to the stored path. The message management module 240 is electrically connected to the first network card module 210, the connection shortcut generation module 230 and the control module 250, and is used to make a message containing the connection shortcut 900, and send the message according to a contact account of the second local device 500. The message is sent to the second local device 500 through the first network card module 210 . The connection shortcut 900 can be represented by a text or a graphic on the message, and is connected to the shared data in the second local device 500 in the form of a hyperlink.

In addition, the cloud server device 200 also includes multiple databases, such as a member identity database 260 and a stored content database 270 . The member identity database 260 at least records the relevant background data of each user, such as member account number, password, mailbox address (email address), preference settings, and other member accounts (optional) ) and contact account numbers of these member accounts (such as mailbox addresses or/and instant messaging software accounts or/and mobile communication numbers, etc.). For example, when the member account (hereinafter referred to as the first member account) used by the first local device 400 is set to be shared with the member account (hereinafter referred to as the second member account) used by the second local device 500, the first local device Only the shared data to be shared by the device 400 is synchronized to the second local device 500 . The stored content database 270 is electrically connected to the data synchronization module 220 and further stores shared data that each user wants to back up and/or share. In more detail, after the data synchronization module 220 receives the shared data to be synchronized by the first local device 400 (ie, the sharing device), the shared data is backed up to the stored content database 270 . The control module 250 is electrically connected to the data synchronization module 220 , the message management module 240 , the first network card module 210 and the above-mentioned databases, and is used to instruct the above-mentioned modules to perform respective tasks and access corresponding data from these databases.

FIG. 3 is a functional block diagram of the cloud server device 200 according to FIG. 1 . Please refer to Figure 1 and Figure 3, each local device (the first local device 400 or the second local device 500) at least includes a second network card module 610, a message using module 620, a web browser module 630, an agent The program module 640 and at least one storage element 650 . Through a preset IP address of the cloud server device 200 , the second network card module 610 can establish a connection with the cloud server device 200 through the network 300 . The message using module 620 is electrically connected to the second network card module 610 for receiving the above-mentioned message through the second network card module 610 and providing it to the user of the local device for reading. The web browser module 630 is electrically connected to the message utilization module 620 and the agent program module 640, and is used for sending a corresponding execution request to the agent program module 640 when the connection shortcut 900 of the above message is clicked. The agent program module 640 is electrically connected to the second network card module 610 and the storage element 650, and is used to perform the synchronization work required by the data synchronization module 220 of the cloud server device 200 to perform shared data synchronization. The agent program module 640 is also based on the cloud server device 200 The storage path specified by the data synchronization module 220 of the cloud storage device 200 stores the shared data transmitted from the cloud server device 200 into the storage element 650 according to the specified storage path. The storage element 650 is a non-volatile memory, and its type is not limited, for example, it can be a flash memory, a floppy disk, a hard disk, an optical disk, a USB disk, a magnetic tape, and the like.

FIG. 4A is a schematic diagram of an email 700 under a variation of an embodiment of the present invention. FIG. 4B is a schematic diagram of an instant messaging software message 800 under a variation of an embodiment of the present invention.

In addition, the message may be, for example, an email, an instant messaging software message (MSN, YAHOO, QQ, SKYPE or LINE, WhatsApp, etc.) or a short message or other types of messages. Please refer to FIG. 4A, when the message is an email 700, the connection shortcut 900 is a storage path text and displayed in a content of the email 700 in the form of a hyperlink, or the connection shortcut 900 itself is an attached file. Please refer to FIG. 4B, when the message is an instant messaging software message 800 or a short message, the connection shortcut 900 is a text, garbled code or graphic and displayed in a window in the form of a hyperlink, as shown in FIG. 4A, the shared data displayed in the message The storage path is "http://hostname:port/xxxxxxxxxx". However, as long as there is a connection shortcut 900, and the connection shortcut 900 can be clicked to directly open the shared data corresponding to the local storage path, the above message is not limited in its form, and may have notification content or no content.

In more detail, in one embodiment, the above message may include a preset notification content 910 (Figure 4A, Figure 4B), and the preset notification content 910 may be, for example, "JACK is sharing a shared data with you, please click the following Connect shortcut 900 to enter" (not shown in the figure). In another embodiment, the message also includes related information 920 of the sharing device (name of the sharing device, IP address, etc.) or/and related information 930 of the shared data (data file name, type, size, etc.) (Figure 4A ).

It should be defined that the above-mentioned cloud server device 200 can be defined as the same server host or multiple server hosts in the system 100 responsible for synchronization, backup and other cloud computing services. The aforementioned local devices (including the first local device 400 and the second local device 500 ) can be any computer device in a broad sense, including establishing a connection with the cloud server device 200 through the network 300 and the storage device with sufficient capacity Element 650, the above-mentioned local device, for example, is a desktop computer, a notebook computer, a tablet computer, a personal digital assistant, a smart phone, a translation machine, a game console or a GPS computer, and the like. The aforementioned network 300 is one or more wide area networks, such as the Internet or an intranet. The formation of the above-mentioned storage path can be based on the original preset method of the operator of the cloud server device 200 , or can be formulated according to the user's preferences stored in the membership database 260 . The above-mentioned shared data is not limited to be stored directly under a certain disk slot, under a main folder under a certain disk slot, or under multiple subfolders. In one embodiment, the agent program module 640 may name the first-level folder for storing the shared data according to the member account used by the first local device 400 .

Therefore, the user of the second local device 500 can quickly find the shared data, however, the present invention is not limited thereto, because through the above connection shortcut 900, the user of the second local device 500 can also quickly find and open it, Therefore, there is no need to limit the above-mentioned shared data to adopt the default method, preference setting or its storage location (naming of the storage path). The shared data is at least one file or a folder containing at least one file. Files refer to all objects that can be used, opened or browsed by computers through corresponding application software. Folders refer to all objects that can contain files and drive the internal files to be copied, moved, and deleted together, including compressed files. In addition, in practice, the modules described above for the cloud server device 200 and each local device can perform their work in the concept of software, or can be configured in the concept of firmware with an execution chip or electronic components to perform their work.

In this notice and provide a method to quickly start synchronizing data, when the data to be shared is being synchronized to the shared terminal device, at the same time or later provide a connection shortcut that can instantly find and review the specific shared data to the shared terminal equipment. The method can be implemented as a computer program and stored in a computer-readable recording medium, so that the computer executes the method after reading the recording medium. The computer-readable recording medium can be a read-only memory, flash memory, floppy disk, hard disk, optical disk, pen disk, magnetic tape, a database that can be accessed by the network, or a computer with the same function can be easily imagined by those familiar with the art. Read the recording medium.

Fig. 5 is a flow chart of a method for notifying and providing quick start synchronization data according to an embodiment of the present invention. Please refer to FIG. 1 and FIG. 5 , according to the present invention, the method for notifying and providing quick start of synchronous data, one embodiment includes the following steps.

In step (10), the first local device 400 provides a shared data to be synchronized. In step (20), the cloud server device 200 receives the shared data from the first local device 400 . In step (30), the cloud server device 200 synchronizes the shared data to all the second local devices 500, and designates a storage path for the shared data to be stored in the second local devices 500. In step ( 40 ), the cloud server device 200 creates and transmits a connection shortcut 900 containing the storage path of the shared data to the second local device 500 . In step ( 50 ), the second local device 500 immediately opens the shared data through the connection shortcut 900 .

Please refer to FIG. 1 to FIG. 3 , the above-mentioned method for notifying and providing quick access to synchronous data can be provided in detail in an embodiment as follows, but the present invention is not limited thereto.

Specifically, in this step (10), the first local device 400 places the latest version of the shared data in a specific synchronization location of the storage element 650 of the first local device 400, and then, the first local device When the agent program module 640 of 400 detects that the shared data is stored in a specific synchronous location of the storage element 650, the latest version of the shared data is sent to the cloud server device 200 via the network 300 through the second network card module 610 superior.

In this step (20), the control module 250 of the cloud server device 200 enables the data synchronization module 220 to receive the shared data via the network 300 through the first network card module 210, and use the first member used by the first local device 400 to Based on the account number, the shared data is backed up to the stored content database 270 .

In this step (30), the control module 250 of the cloud server device 200 compares all the second member accounts set and shared by the first member account in the member identity database 260, and makes the data synchronization module 220 Synchronize the shared data to all second local devices 500 . The data synchronization module 220 designates a storage path for the shared data to be stored in the second local device 500 .

At this time, the proxy program module 640 of the second local device 500 downloads and stores the shared data through the second network card module 610 of the second local device 500 according to the storage path indicated by the cloud server device 200 The corresponding location in the storage element 650 in the second local device 500 . In one of the variations, when the agent program module 640 recognizes that the storage path indicated by the cloud server device 200 already exists, the agent program module 640 of the second local device 500 enables the shared data to be downloaded into the storage element 650 On the contrary, when the agent program module 640 recognizes that the storage path indicated by the cloud server device 200 does not exist, the agent program module 640 will create a new folder according to the storage path, and store the first folder of the path The first-level folder is named according to the first member account of the first local device 400 . The above step (20) and step (30) can be carried out sequentially, or started at the same time.

In this step (40), when the control module 250 of the cloud server device 200 detects that the first local device 400 provides a shared data to be synchronized, the control module 250 of the cloud server device 200 makes the connection shortcut generation module 230 according to A stored path makes a connection shortcut 900 . The control module 250 of the cloud server device 200 enables the message management module 240 to create a message, and synthesize the connection shortcut 900 into the message. The control module 250 of the cloud server device 200 makes the message management module 240 transmit the message to the second local device 500 through the first network card module 210 according to the contact account corresponding to the second member account in the membership database 260 .

At this time, when the message usage module 620 of the second local device 500 obtains the message through the second network card module 610, the user of the second local device 500 can know the information of the first local device 400 through the message usage module 620 The synchronization of shared data is being performed on the second local device 500 .

For example, as mentioned above, when the message is an email 700, the message management module 240 of the cloud server device 200 sends the email 700 to the second local device 500 according to the email address of the second local device 500 In a connected mail server (not shown in the figure), the message of the second local end device 500 is received by the module 620 (such as the email program outlook express, etc.).

When the message is an instant messaging software message 800, the message management module 240 of the cloud server device 200 sends the instant messaging software message 800 to a message exchange server (not shown) connected to the second local device 500, to The message using module 620 (such as instant messaging software MSN, etc.) for the message exchange server to send the instant messaging software message 800 to the second local device 500 .

When the message is a short message, the message management module 240 of the cloud server device 200 sends the short message to a message exchange room (not shown in the figure) connected to the second local device 500, so that the message exchange room sends the short message to the first 2. The message usage module 620 of the local device 500 (such as short message software MMS, etc.).

The above step (30) and step (40) can be started at the same time, or the step (40) can start sending the message to the second local device 500 after the shared data in step (30) is synchronized. However, the present invention is not limited thereto.

In this step (50), when the user chooses to click on the connection shortcut 900, the connection shortcut 900 will start the web browser module 630 of the second local device 500, so that the web browser module 630 of the second local device 500 The request is sent to the web service server (Http server) in the agent program module 640 of the second local device 500, and then the web browser module 630 of the second local device 500 is closed. The agent program module 640 of the second local device 500 opens the corresponding shared data according to the information provided by the connection shortcut 900 .

In an optional variation of the present invention, when the cloud server device 200 receives the shared data from the first local device 400 in step (20), it can determine whether the shared data is the first time that the first local device For the shared data sent by 400, if yes, the cloud server device 200 proceeds to step (30); otherwise, only the shared data is synchronized to all second local devices 500, but step (30) is not performed. In this way, too many messages containing the connection shortcut 900 can be avoided, causing confusion to the user of the second local device 500 .

To sum up, the present invention notifies and provides a method and system for quickly opening synchronous data, and a computer-readable recording medium storing the method, which allows the shared user to view the shared data now, later, or every time they need to Even when the computer is offline, the shared data can be found and opened instantly through the connection shortcut 900, without going through lengthy and unfamiliar storage paths to find the above-mentioned shared data, thereby shortening working time and increasing work efficiency.

Although the present invention has been disclosed above in terms of implementation, it is not intended to limit the present invention. Any skilled person can make various changes and modifications without departing from the spirit and scope of the present invention. Therefore, the present invention The scope of protection should be based on the scope defined by the appended claims.

Claims (19)

1. a method of notifying and provide quick unlatching synchrodata, is characterized in that, is applied on a cloud server equipment, comprises:

(a) receive one first local side equipment and transmit a sharing data through network;

(b) make this sharing data be synchronized at least one the second local side equipment on network, and specify a default storage path, allow this sharing data be stored in this at least one second local side equipment; And

(c) the connection shortcut of making and transmit at least one this storage path of containing this sharing data is at least one second local side equipment to this, wherein this connection shortcut clicked after, this sharing data is opened immediately.

2. the notice according to claim 1 method of quick unlatching synchrodata is provided, is characterized in that, step (c) also comprises:

The member's account number providing according to this first local side equipment, obtains the contact account number that can get in touch with this at least one the second local side equipment; And

According to this contact account number, transmission one message that contains this connection shortcut is at least one second local side equipment to this.

3. the notice according to claim 2 method of quick unlatching synchrodata is provided, is characterized in that, the one first rank file in this storage path is that the member's account number using according to this first local side equipment is named.

4. the notice according to claim 2 method of quick unlatching synchrodata is provided, is characterized in that, this contact account number is e-mail address, MSN account number or mobile communication number.

5. the notice according to claim 2 method of quick unlatching synchrodata is provided, is characterized in that, step (c) also comprises:

The relevant information of the relevant information of this first local side equipment and this sharing data is recorded in this message.

6. the notice according to claim 2 method of quick unlatching synchrodata is provided, is characterized in that, this message is Email, MSN message or news in brief.

7. the notice according to claim 6 method of quick unlatching synchrodata is provided, is characterized in that, this connection shortcut is arranged in a literary composition or an appended document of this Email.

8. the notice according to claim 1 method of quick unlatching synchrodata is provided, is characterized in that, this sharing data is at least one file or the file that includes at least one file.

9. the notice according to claim 1 method of quick unlatching synchrodata is provided, is characterized in that, after determining step (b) has completed, just carries out step (c).

10. the notice according to claim 1 method of quick unlatching synchrodata is provided, is characterized in that, step (b) is to carry out with step (c) simultaneously.

11. notices according to claim 1 also provide the method for quick unlatching synchrodata, it is characterized in that, step (b) also comprises:

When judging this sharing data that this first local side equipment transmits when being sent by this first local side equipment for the first time, just carry out step (c).

12. 1 kinds of systems of notifying and quick unlatching synchrodata being provided, is characterized in that, comprise:

One first local side equipment;

One second local side equipment; And

One cloud server equipment, comprises:

One network interface card module, in order to connect by network and this first local side equipment and this second local side equipment;

One data simultaneous module, in order to being wanted at least one synchronous sharing data, this first local side equipment is synchronized to this second local side equipment by this network interface card module, and specify a default storage path, allow this sharing data be stored in this second local side equipment; And

One connects shortcut generation module, makes one connect shortcut according to this storage path, is sent to this second local side equipment for this connection shortcut by this network interface card module, wherein this connection shortcut clicked after, this sharing data is opened immediately.

13. notices according to claim 12 also provide the system of quick unlatching synchrodata, it is characterized in that, this cloud server equipment also comprises:

One information management module, be electrically connected this network interface card module and be connected shortcut generation module with this, include the message of this connection shortcut in order to make one, and get in touch with account number according to one of this second local side equipment, this message is delivered to this second local side equipment by this network interface card module.

14. notices according to claim 12 also provide the system of quick unlatching synchrodata, it is characterized in that, this cloud server equipment also comprises:

One member's identity database, at least includes member's account number that this first local side equipment uses and this member's account number and sets this contact account number of this second local side equipment of sharing.

15. notices according to claim 14 also provide the system of quick unlatching synchrodata, it is characterized in that, the one first rank file in this storage path is that this member's account number using according to this first local side equipment is named.

16. notices according to claim 12 also provide the system of quick unlatching synchrodata, it is characterized in that, this second local side equipment comprises:

One storage unit; And

One agent's program module, is electrically connected this storage unit, and according to this storage path, this at least one sharing data that this cloud server equipment is transmitted is stored in this storage unit.

17. notices according to claim 12 also provide the system of quick unlatching synchrodata, it is characterized in that, this contact account number is e-mail address, MSN account number or mobile communication number.

18. notices according to claim 17 also provide the system of quick unlatching synchrodata, it is characterized in that, this message is Email, MSN message or news in brief.

19. notices according to claim 18 also provide the system of quick unlatching synchrodata, it is characterized in that, this connection shortcut is arranged in a literary composition or an appended document of this Email.

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