TWI485568B - Information exchanging system and exchanging method thereof - Google Patents

Description

Information exchange system and its exchange method

The present invention relates to an information exchange system and an exchange method thereof, and more particularly to an information exchange system and a method for exchanging information for a mobile communication device equipped with a micro application and a database storing the micro application.

With the rapid evolution of mobile communication technology and panel technology, smart mobile communication devices have become the mainstream of the market. Large-scale touch panels with mobile communication networks enable consumers to implement many of the past through smart mobile communication devices. The various functions that can be achieved through the computer, such as playing videos, browsing websites, playing computer games, etc., and the mini application (APP) for smart mobile devices is thus being developed like a snow flake. Many micro-applications for different functions are also widely downloaded around the world through the exclusive authorization platform of smart mobile communication devices. The related authorization fees and advertising revenues also climbed due to the number of micro-app downloads. With the vast array of business opportunities for micro-apps, many software developers are also rushing into the ranks of micro-application development.

As mentioned earlier, in order to lower the threshold for developing micro-applications, software developers have developed a micro-application build platform and provide a number of software package modules for micro-applications for builders to choose to build micro-applications. Applications, such as kit modules that release the latest news, network-oriented suite modules, or QRCode suite modules, etc., the builders only need to select the kit modules to combine and use the micro-applications. The compiler of the program build platform can generate the micro application with the above function module, and the installer no longer needs to have the program. The ability to design can be easily built into a micro-application simply by using the guidance interface of the built-in platform.

At the same time, the build platform also provides the builders to share the kit modules or micro-applications designed by the individual. Through the authorization mechanism (commercial authorization, open source authorization, free software license and other different authorization methods), other builders can Choose to use or modify the suite modules or micro-apps shared by others to meet specific needs, and then generate derivative kits or micro-apps, and possibly share them on different sharing platforms, or The commercial program became a derivative micro-app product developed by other builders.

However, when a software developer or builder updates an approved software package module or micro-application that is authorized to be downloaded or shared, the mobile communication device with the micro-app installed and the micro-application can be released. Other databases are updated synchronously, and it is extremely inconvenient to rely on manual dissemination of messages.

In addition, for users of mobile communication devices equipped with derivative micro-applications developed as described above, when a specific software package module has individual update information, the user cannot obtain the information immediately. The relevant update content must be searched for or waiting for the developer of the derivative micro-app to publish the relevant update content, the user's mobile communication device will update the specific software package module, so the instant update content cannot be obtained. What's more, if the developer of the derivative micro-app does not release the update for the software package module, the user will not be able to update the software package module to the latest version even if there is any update information. For the sake of it, it is extremely inconvenient.

In view of the above problems, the present invention provides an information exchange system for exchanging information between a mobile communication device equipped with a micro application and a database storing the micro application, and an exchange method thereof, thereby solving the problem in a specific micro application. When the software package module has updated information, it is impossible to simultaneously update the mobile communication device installed with the micro application and other databases storing the micro application. In addition, the same technology cannot be used in the conventional technology. Another micro-application of the software suite module performs a synchronous update problem.

The invention discloses an information exchange system, which is suitable for a micro application. The information exchange system comprises a first database, a second database and a mobile communication device. The two databases are electrically connected to each other, and the two databases respectively store one The micro-application, the micro-app has at least one software package module, and the first database further stores an update information of the software package module in the micro-application, and the mobile communication device is electrically connected to the first database, and the mobile communication The device is equipped with a micro-app, the mobile communication device detects that the first database stores updated information, and the mobile communication device transmits a signal to the first database for receiving, and the first database corresponds to returning the updated information to the mobile communication device. Receiving, the mobile communication device is corresponding to installing the update information, and updating the software package module of the micro application. At the same time, when the first database returns the update information, the first database sends the update information to the second database, The second database corresponds to the update information for the micro application, and for the second Material library mini-app mapping install updates to the application of micro-updating software packages module.

Corresponding to the foregoing information exchange system, the present invention further discloses an information exchange method suitable for a micro application, and the information exchange method comprises the following steps: First, A mobile communication device is installed to detect whether the first database stores one of the software suite modules in the micro application; if the first database stores the update information, the mobile communication device is generated and transmitted. a signal; secondly, receiving the signal in the first database and correspondingly transmitting the updated information to the mobile communication device; then, the mobile communication device installs the update information and updates the software package module of the micro application; and then, A database is connected to the second database, and the update information is sent to the second database, and the second database is installed with a micro application; and then the second database is used to generate an update for the micro application. Information, and install update information for the micro-application stored in the second database to update the software package module of the micro-application.

The effect of the present invention is that, through the information exchange system and the exchange method of the present invention, when a software developer or a builder provides update information for a software package module in a specific micro application, the software can be synchronized to the installation. The micro-app mobile communication device and any other database that publishes/stores the micro-applications exchange information, so that users of the micro-application can obtain the latest version of the software at any time and maintain the latest status.

In addition, through the foregoing information exchange system and the exchange method, the present invention can also synchronously obtain the update information of the software package module for the derivative micro-application developed by using the same software package module, and further expand the derivative micro-application. The software kit module is automatically updated to the latest version, reducing the hassle of users searching for relevant updates themselves.

The features, implementations, and utilities of the present invention are described in detail below with reference to the drawings.

The information exchange system and the exchange method thereof disclosed in the present invention comprise four different embodiments. In different embodiments, the method steps and the purposes for achieving the same are also different, and the inventors respectively describe the following.

In the first embodiment of the present invention, referring to FIG. 1 and FIG. 2, the present invention discloses an information exchange system 10 suitable for a micro application. The information exchange system 10 includes a first database 101 and a second. The database 102 and a mobile communication device 103, the two databases 101 and 102 are electrically connected to each other, and the two databases 101 and 102 respectively store a micro application 200, and the micro application 200 has at least one software package module. In the group 201, the software package module 201 described herein is a program module and a corresponding code for constructing the micro application 200. The software package module 201 divides the micro application 200 into different packages according to functions or program layouts. Blocks, such as micro-application interface layout modules, or suite modules for specific functions in micro-applications, such as QRCode modules, to share specific Internet connections and location service modules for global use The Global Positioning System (GPS) displays the location of a specific target and a photo album module on the map to share photos or pictures. The software package module 201 can be obtained from a software developer, or can be obtained through different sharing forms by other program builders, and is not limited thereto, and the number and form of the software package module 201 are not The invention is not limited by the scope of the invention, and may be changed or adjusted according to actual needs without departing from the spirit of the invention.

In addition, the micro-application 200 of the present invention can include several different software package modules 201, or only a single software package module 201, however The inventors will be able to explain the contents of the present invention and enable those skilled in the art to fully grasp the contents of the present invention. When the following description is made, the kit module of the micro application 200 is described by a single group of software package modules 201 for distributing the latest news. .

As described above, in addition to the two databases 101 and 102 respectively storing a micro application 200, the first database 101 further stores an update information 300 of the software package module 201 in the micro application 200, as described herein. The update information 300 includes, but is not limited to, updated content of the content information of the software package module 201, such as pictures, images, texts, sounds, etc., or the update interface of the software package module 201 and the corresponding code. As described above, if the mini-application 200 is composed of only a single software package module 201, the update information 300 can also be an overall updated version or content for the micro-application 200.

In addition, in order to ensure the security of the transmission of each database 101, 102 and the confidentiality of the information, the first database 101 or/and the second database 102 further stores an authentication program, the first database 101 or/and the The second database 102 determines whether the connection from other devices has the login right through the authentication program, thereby allowing/rejecting the information transmitted from such devices to ensure the security of the network, and in addition, to improve the database 101. The security and privacy of the information transmission between the 102 and the mobile communication device 103. The update information and the authentication information transmitted in the information exchange system 10 are both encrypted/decrypted, and the encryption/decryption program described herein. Including but not limited to symmetric encryption and decryption, asymmetric (public key / private key) encryption or decryption or asymmetric (public key / private key) encryption and decryption with digital signature and other information protection methods, while encryption and decryption Algorithms also include, but are not limited to, different algorithms such as MD5, DES, RSA, or SSL. Those skilled in the art have different encryption and decryption methods and algorithms according to requirements. However, the authentication mechanism and information encryption and decryption are not necessary. To speed up the transmission efficiency, the aforementioned authentication mechanism and information encryption and decryption may be omitted.

In the information exchange system 10 of the present invention, the mobile communication device 103 is electrically connected to the first database 101 and the second database 102, and the mobile communication device 103 is installed with the micro application 200. It should be noted that the first database 101 in this embodiment refers to a database of software developers that provide the micro-application 200, and the user of the mobile communication device 103 obtains the micro-application through the first database 101. The program 200, and the second database 102 provides a platform or mechanism for the user to download or share the micro-app 200 through different channels for the software developer or other authorized person.

For example, if the micro-application 200 is a micro-application developed by a software developer for a tertiary institution, the micro-application 200 will be downloaded from the webpage of its software developer and will also be accessed through the tertiary institution. The sharing platform of different departments provides downloading or information sharing. It is worth noting that the number of the first database 101 and the second database 102 are not limited thereto, and those skilled in the art may change or adjust according to requirements. At the same time, the above electrical connection includes but is not limited to wired network, 802.11g, 3G, WiMAX, TLE and other wireless network connection methods, or physical wire connection or wireless infrared, Bluetooth and other electrical connection.

In the present embodiment, please refer to FIG. 3, and referring to FIG. 1 and FIG. 2 simultaneously, through the information exchange system 10 of the present invention, the mobile communication device 103 equipped with the micro application 200 is periodically scheduled. Detecting whether the first database 101 is stored There is an update information 300 (S101) of the "newest news" software package module 201 in the micro-application 200, and the first database 101 has update information for the "newest news" software package module 201 in the micro-application 200. At 300 o'clock, the mobile communication device 103 is connected to the first database 101, and the mobile communication device 103 is triggered to generate and transmit a signal request transmission update information 300 (S105). After receiving the signal, the first database 101 is authenticated. The program determines whether the mobile communication device 103 has the login authority (S110). If the first database 101 determines that the mobile communication device 103 does not have the login authority, as shown in FIG. 4, the first database 101 rejects the return of the update information 300 to The mobile communication device 103 (S115); otherwise, if the first database 101 determines that the mobile communication device 103 has the login authority, as shown in FIG. 5, the first database 101 allows the corresponding update information 300 to be returned to the mobile communication device 103 ( S103), after receiving the update information 300, the mobile communication device 103 installs the update information 300 for the micro-application 200 (S125) to update the "newest message" in the micro-application 200. Body kit module 201, (S130), the "What's New" version of the software suite module 201 is maintained in the latest version.

As described above, when the first database 101 permits the return of the update information 300 to the mobile communication device 103, the first database 101 is also connected to the second database 102, which also stores the micro-application 200, and The update information 300 is transmitted to the second database 102 (S135), and the second database 102 determines whether the first database 101 has the login authority by using the authentication program (S140), and if the second database 102 determines the first database. 101 does not have the login right. As shown in FIG. 5, the second database 102 rejects the update information 300 transmitted from the first database 101. Conversely, if the second database 102 determines that the first database 101 has the login permission. As shown in Figure 6, The second repository 102 allows the update information 300 transmitted from the first repository 101 to be received (S150).

It should be noted that, in this embodiment, whether the process of authenticating the first database 101 has the login authority may be determined by different databases as described above, or by means of Single Sign On (SSO), that is, The data transfer between the databases only needs to go through a process of login and authentication. For example, in step S103, when the first database 101 determines that the mobile communication device 103 has the login authority, and allows the corresponding update information 300 to be sent back to the action The communication device 103 indicates that the update information 300 is authenticated information. Therefore, when the first database 101 is connected to the second database 102 and the update information 300 is transmitted to the second database 102 in step S135, The second database 102 automatically determines that the update information 300 is the authenticated data, and automatically allows the installation of the update information 300 to the second database 102 without going through the above-mentioned judgment process, which helps to accelerate the information between the databases. Synchronization and update efficiency.

As described above, after the second database 102 accepts the update information 300, the second database 102 correspondingly generates the update information 300 suitable for the micro application 200 (S155) to provide the user to separately download the update information 300, and the second data. The library 102 also installs the update information 300 (S160) corresponding to the micro-application 200 stored in the second database 102 to update the "newest message" software package module 201 (S165) in the micro-application 200 to maintain The mini-application 200 in the second repository 102 is the latest version.

Through the information exchange system and the exchange method thereof of the present embodiment, when the first database 101 has the update information 300, it is transmitted to the mobile communication device 103. The specific software package module 201 in the micro application 200 can be updated simultaneously with other databases such as the second database 102 storing the same micro application 200 to ensure that all the software package modules 201 are present. The micro-apps 200 are all up-to-date to the latest version. It is worth noting that the information exchange system 10 of the present invention is not limited to the case where the first database 101 has the update information 300, and is also applicable when the second database 102 has In the case of updating the information, the above information exchange method is used to update the update information to the mobile communication device and the first database. In addition, the number of databases and mobile communication devices is not limited to the one shown in Figure 1, The person can increase or change according to the needs.

In order to enable those skilled in the art to fully grasp the technical content of the present invention, the following example is illustrated: the micro-application 200, as described above, is a micro-application developed by a specific college to provide relevant campus information, when the motor After downloading the micro-application 200 through a mobile communication device 103 to the first database 101 to which the motor system belongs, a student or faculty member of the department installs the mobile communication of the micro-application 200 through the information exchange system 10 of the present invention. The device 103 periodically detects whether the first database 101 to which the motor system belongs stores the update information 300 of the "newest message" software package module 201 in the micro application 200 (S101), when the first database 101 has For the update information 300 of the "newest news" software package module 201 in the micro-application 200, for example, when adding a module or information about a renting inquiry near the campus, the mobile communication system is connected to the motor system by the mobile communication device 103 of the member. The first database 101 belongs to and triggers the mobile communication device 103 to generate and transmit a signal request to transmit an update about the rental query near the campus. News 300 (S105), a first electrical engineering database belongs after receiving the signal 101, the program places the authentication is determined that the row of members Whether the mobile communication device 103 has the login authority (S110), for example, the student number and the ID card number are used as the login account, and if the first database 101 to which the motor system belongs determines that the mobile communication device 103 of the member does not have the login authority, as shown in FIG. As shown, the first database 101 to which the motor system belongs refuses to return the update information 300 to the mobile communication device 103 of the member (S115); otherwise, if the first database 101 to which the motor system belongs determines the mobile communication device of the member 103 has the login authority. As shown in FIG. 5, the first database 101 to which the motor system belongs is allowed to correspondingly return the update information 300 about the rental inquiry near the campus to the mobile communication device 103 of the member (S103), the member's After receiving the update information 300, the mobile communication device 103 installs the update information 300 for the micro-application 200 (S125) to update the "newest message" software package module 201 in the micro-application 200, (S130), so that "the latest" The version of the "Software Suite Module 201" is maintained in the latest version, or it allows the member to get the latest information about renting a room near the school.

As mentioned above, when the first database 101 to which the motor system belongs is allowed to return the update information 300 to the mobile communication device 103 of the member, the first database 101 to which the motor system belongs is also connected to the same storage. The application 200, for example, the second database 102 to which the chemistry department belongs, and transmits the update information 300 about the rental inquiry near the campus to the second database 102 (S135) to which the chemistry department belongs, and the second data to which the chemistry department belongs. The library 102 determines whether the first database 101 has the login authority by the authentication program (S140), and if the second database 102 to which the chemical system belongs determines that the first database 101 to which the motor system belongs does not have the login permission, as shown in FIG. The second database 102 to which the chemistry department belongs rejects the update information 300 transmitted from the first database 101 to which the motor system belongs; in contrast, if the second database 102 to which the chemistry belongs belongs to the motor system The associated first database 101 has login authority. As shown in FIG. 6, the second database 102 to which the chemistry belongs belongs to the update information 300 transmitted from the first database 101 to which the motor system belongs (S150).

As described above, after the second database 102 to which the chemistry department belongs receives the update information 300, the second database 102 to which the chemistry department belongs corresponds to generate the update information 300 (S155) suitable for the micro application 200 to provide the user to download separately. The information 300 is updated, and the second database 102 to which the chemistry department belongs is installed with the update information 300 (S160) corresponding to the micro application 200 stored in the second database 102 to update the latest news in the micro application 200. The software package module 201 (S165) maintains the mini-application 200 in the second database 102 as the latest version.

This helps to selectively update the information or program module to the mobile communication device and other databases. According to the foregoing example, if the mobile communication device 103 has the login authority, the student is a student/faculty member of the motor department. A database 101 can transmit the corresponding update information 300 to the mobile communication device 103 of the member, and at the same time, when the first database 101 transmits update information to other databases, other databases can also determine whether the first database 101 is Permissions, for example, information or modules about renting a house near a school district, may be school-wide information, such as a notice from the Academic Affairs Office or the Academic Affairs Office for all students/faculty members of the school, and therefore belong to other sections. The database of the department is also allowed to synchronize the update information; on the contrary, if the update information is for the information or module of the elective course of the motor system, it is a special information, and the database of other departments is not allowed to synchronize the update information. So, in the process of synchronous update, through the authentication mechanism, clearly distinguish which update information is universal, and which ones have Attribute information, thereby sharing such information under management.

In the second embodiment, referring to FIG. 1 and FIG. 2, the information exchange system 10 of the present invention is substantially similar to the first embodiment except that in the present embodiment, the second database 102 is similar. In addition to storing the micro-app 200, another micro-application 400 having the same software package module 201 is also stored. The micro-application 200 described herein may have the same "same as another micro-application 400". The latest news "another program of the software package module 201, or another micro-application 400 is based on modifying or rewriting the micro-application 200 to generate a derivative micro-application, so that both have the same "news" software The kit module 201 is not limited thereto.

In the embodiment, the first database 101 is not limited to the update information 300 of the database to which the software developer belongs. In other implementations, the first database 101 may also be developed for derivative micro. The application's program builders are not limited to the medium for releasing updates to the micro-apps they develop.

In this embodiment, please refer to FIG. 7 , and please refer to FIG. 1 to FIG. 2 simultaneously, and update the software package module 201 of the micro application 200 in the mobile communication device 103 with the update information 300 of the first database 101 . The steps (S201 to S230) and the first database 101 are connected to the second database 102, and the update information 300 is transmitted together (S235), and the first database 101 is determined by the authentication program of the second database 102. The steps of having the login right (S240), thereby judging the permission/rejection of receiving the update information 300, are substantially the same as the steps (S101-S150) of the first embodiment, and the inventors do not repeat here, and at the same time, single sign-on (Single Sign) The authentication method of On, SSO) can also be adopted in the authentication process of this embodiment, which is similar to the first embodiment, and the inventors will not repeat here.

The difference is that, in this embodiment, after the second database 102 allows to accept the update information 300, if the second database 102 stores another micro application 400 as described above, the second database 102 First, it is determined whether another micro-application 400 has the same "newest news" software package module 201 (S255) as the micro-app 200, and if another micro-application 400 also has the "newest news" software package module 201, The update information 300 is also applicable to another micro-application 400. Therefore, as shown in FIG. 8, the second database 102 respectively generates correspondingly applicable messages for the micro-app 200 and another micro-application 400. The update information 300 (S260) of the software package module 201 is for other users to download separately, and the second database 102 will also install the update information 300 for the micro application 200 and another micro application 400 respectively ( S270) to update the "newest news" software package module 201 of the micro application 200 and another micro application 400 respectively to make the micro application 200 and another micro The application 400 is in the latest version.

Conversely, if another micro-application 400 does not have the same "newest message" software package module 201, it indicates that the update information 300 is not applicable to another micro-application 400. As shown in FIG. 9, the second database 102 Only the update information 300 suitable for the micro-application 200 is generated (S275), and the update information 300 (S280) is installed corresponding to the micro-application 200 to update the "new message" software package module 201 of the micro-application 200.

Through the information exchange system and the exchange method of the above embodiment, when the first database 101 has the update information 300, it can be transmitted to the mobile communication device 103 to update the micro application 200, except for the same as disclosed in the first embodiment. Special The software package module 201 and the same micro application 200 stored for the second database 102 are synchronously updated to ensure that all the micro applications 200 having the software package module 201 are updated to the latest version. The second database 102 is further configured to determine whether the update information 300 is applicable to another micro-application 400 having the same software package module 201, thereby updating the software package module 201 in the other micro-application 400. With this mechanism, in one embodiment, when the program builder of the software package module 201 has the update information 300, all the different micro applications using the package module 201, whether 200 or 400, And whether it is stored in the mobile communication device 300 or other database 102, it can be updated to the latest version to provide the most complete function of the user.

At the same time, in another embodiment, when a developer of a derivative micro-application has a new modified version of a software package module, the switch system can be provided to the user and the original development kit. The program builder of the module 201 selects whether to accept the modified version by the program builder, thereby achieving the function of information bidirectional or even multi-directional interactive synchronization.

Inheriting the example given in the previous embodiment, another micro-application 400 is separately developed by the chemistry department according to the micro-application 300 of the school, and belongs exclusively to the micro-application of the chemistry department, so the first database 101 belonging to the electric machine system belongs to When there is update information, the micro application 300 and the other micro application 400 in the second database 102 to which the chemistry department belongs will also be updated synchronously. Therefore, when the second database 102 to which the chemistry department belongs is allowed to accept the update information 300, If the second database 102 to which the chemistry department belongs stores another micro-application 400 as described above, the second database 102 to which the chemistry belongs belongs to determine whether the other micro-application 400 has the micro-application. The same "news" software package module 201 (S255) of the program 200, if another micro-application 400 also has the "newest news" software package module 201, it means that the update information 300 is also applicable to another micro-application 400. Therefore, as shown in FIG. 8, the second database 102 to which the chemistry belongs belongs to generate update information 300 for the "newest message" software package module 201 applicable to the micro application 200 and another micro application 400, respectively. (S260), for other users to download separately, and the second database 102 to which the chemistry department belongs will also install update information 300 (S270) for the micro application 200 and another micro application 400 respectively to update separately. The "News" software package module 201 of the micro-application 200 and another micro-application 400 enables the micro-application 200 and another micro-application 400 to be in the latest version or to obtain the latest information.

Conversely, if another micro-application 400 does not have the same "latest news" software package module 201, it indicates that the update information 300 is not applicable to another micro-application 400, as shown in FIG. 9, the chemistry department belongs to The second database 102 only generates the update information 300 suitable for the micro application 200 (S275), and installs the update information 300 (S280) for the micro application 200 to update the "new message" software package module of the micro application 200. Group 201.

In the third embodiment, referring to FIG. 10, the information exchange system 10 of the present invention is substantially similar to the first embodiment. However, the difference is that the information exchange system 10 of the present embodiment further includes an authentication host 105 for For the authentication of the authority and the control of the information transmission, the authentication host 105 stores an authentication program, any database 101, 102, ... in the system 10 and the mobile communication device 103, 104, ..., or each database. The exchange and transmission of information between 101, 102, ... must be connected to the certification. The host 105 performs authentication to ensure that any information exchange and transmission in the system 10 is authorized. In addition, the authentication host 105 has a transmission judgment mechanism, and the information transmitted by the authentication host 105 via any database of the mechanism is applicable. The information exchange system 10 of the present embodiment can simultaneously support a plurality of databases including the first database 101, the second database 102, and the plurality of databases, and the mobile communication system 10 of the present embodiment. The exchange and transmission of information between the mobile communication devices 103, 104, ..., it is worth noting that the single sign-on (SSO) authentication method and the encrypted and decrypted information transmission method can also be used in this embodiment. The authentication process and the flow of information transmission are employed, similar to the first embodiment, and the inventors will not repeat them here.

As described above, in the present embodiment, referring to FIG. 11, and referring to FIG. 10, the flow of steps for implementing the information exchange method by the information exchange system 10 of the present invention is substantially similar to that of the first embodiment, but different. When the mobile communication device 103 detects that the first database 101 has the update information 300 suitable for the specific software package module 201 in the micro application 200, in the embodiment, the mobile communication device 103 is connected to The authentication host 105 transmits a signal (S305). After receiving the signal, the authentication host 105 determines whether the mobile communication device 103 has the login authority by using the authentication program. If it is determined that the mobile communication device 103 does not have the login authority, as shown in FIG. Refusing to return the update information 300 to the mobile communication device 103 (S315). Conversely, if it is determined that the mobile communication device 103 has the login authority, as shown in FIG. 5, the authentication host 105 allows the corresponding update information 300 to be returned to the mobile communication device 103. (S320), it is worth noting that, in step S320, when the authentication host 105 determines that the mobile communication device 103 has the login right, it can directly select to adopt the first The repository 101 directly transmits the update information 300 to the mobile communication device 103, or transmits the update information of the first database 101 to the mobile communication device 103 through the transmission determination mechanism of the authentication host 105, without limitation.

Similarly, in this embodiment, the step (S335-S350) of transmitting the update information 300 to the second database 102 by the first database 101 also needs to pass the authentication procedure of the authentication host 105. In other words, the authentication host 105 in the present embodiment. In place of the authentication program and mechanism stored in each database in the first embodiment, the authority of the overall system 10 and the information transmission are controlled by the single authentication host 105, which helps to improve the security and stability of the information exchange system 10. Sex. The rest of the steps are the same as those in the first embodiment. Please refer to the description of the first embodiment and the corresponding drawings, and the inventors will not repeat them here.

According to the foregoing example, in the embodiment, the authentication host 105 is a school information system or a total server for managing the whole school information, and is used to control or supervise the information and the database and the external information transmitted by all the databases under it. The means for transmitting the mobile communication devices to each other, and therefore, regardless of the transmission of updated information between the first database 101 to which the motor system belongs, the second database 102 to which the chemistry department belongs, or the student mobile communication device 103 and the above-mentioned departments The transfer of updated information between the databases relies on the total server for authentication management and download authorization procedures.

In the fourth embodiment, referring to Fig. 12, the information exchange system 10 of the present invention is substantially similar to the third embodiment except that the information exchange system 10 of the present embodiment is identical to the third embodiment. In addition to the configuration of the authentication host 105, the second database 102 also stores the micro-application 200, and also stores the same software package module 201. a micro-application 400, thus passing through the information exchange system of the present embodiment The step of performing the information exchange method includes an authentication process similar to the third embodiment (S440 to S450), and judging another micro application in the second database through a judgment mechanism similar to that of the second embodiment. Whether the program 400 has the same software package module 201, so as to synchronously update the micro application 200 and another micro application 400 (S455~S485). For detailed determination, please refer to the second embodiment and the eighth and ninth, the inventor. Not to repeat here.

In other words, the fourth embodiment combines the technical features of the third embodiment and the second embodiment, and can not only ensure the security and stability of the information exchange system 10, but also can be used in each of the databases 101, 102, ... The micro-app 200 and other micro-apps 201 having the same software package module 201 are simultaneously updated and synchronized, so that the mobile communication devices 103, 104, ... or micro-applications in the respective databases 101, 102, ... Both can maintain the state of the latest version.

Corresponding to the foregoing examples, the present embodiment also integrates the contents of the third embodiment and the second embodiment, and those skilled in the art can combine and apply the same, and are not described herein.

The above information exchange system of the present invention can instantly synchronize to install the micro application when the software developer or the builder provides update information for a software package module in a specific micro application through a corresponding information exchange method. The mobile communication device and any other database that publishes this micro-application enable the users of this micro-application to get the latest version of the software at any time and maintain the latest status.

At the same time, through the independent authentication program of each database or the authentication mechanism integrated in the authentication host, it can ensure that the information transmitted in the system is authenticated and authorized, which helps to improve the stability and security of the overall transmission system. Sex, and match The process of encryption and decryption during the information transmission process further increases the privacy.

In addition, through the foregoing information exchange system and the exchange method, the present invention can also synchronously obtain the update information of the software package module for the derivative micro-application developed by using the same software package module, and further expand the derivative micro-application. The software package module is automatically updated to the latest version, reducing the user's own troubles when searching for related updates, or synchronizing the modified software package module of the derivative micro-application to the original program builder's database, and It is up to the original implementer to decide whether to accept synchronization, so as to achieve the information bidirectional or even multi-directional interactive synchronization function, and further enhance the functionality and reliability of the software package module in the micro application, thereby making the micro application maximize efficacy.

Although the embodiments of the present invention are disclosed above, it is not intended to limit the present invention, and those skilled in the art, regardless of the spirit and scope of the present invention, the shapes, structures, and features described in the scope of the present application. And the number of modifications may be made, and the scope of patent protection of the present invention shall be determined by the scope of the patent application attached to the specification.

10‧‧‧Information exchange system

101‧‧‧First database

102‧‧‧Second database

103, 104‧‧‧ mobile communication devices

105‧‧‧Authorized host

200‧‧‧Micro App

201‧‧‧Software Kit Module

300‧‧‧Update information

400‧‧‧Another micro-app

Figure 1 is a schematic diagram showing the composition of an information exchange system of the present invention.

Figure 2 is a schematic diagram of the information exchange method of the present invention.

Figure 3 is a flow chart showing the steps of the information exchange method in the first embodiment of the present invention.

Figure 4 is a schematic diagram of an information exchange method in the first embodiment of the present invention.

Figure 5 is a schematic diagram of an information exchange method in the first embodiment of the present invention.

Figure 6 is a schematic diagram of an information exchange method in the first embodiment of the present invention.

Figure 7 is a flow chart showing the steps of the information exchange method in the second embodiment of the present invention.

Figure 8 is a schematic diagram of an information exchange method in a second embodiment of the present invention.

Figure 9 is a schematic diagram of an information exchange method in a second embodiment of the present invention.

Figure 10 is a schematic diagram showing the composition of the information exchange system of the present invention.

Figure 11 is a flow chart showing the steps of the information exchange method in the third embodiment of the present invention.

Figure 12 is a flow chart showing the steps of the information exchange method in the fourth embodiment of the present invention.

10‧‧‧Information exchange system

101‧‧‧First database

102‧‧‧Second database

103‧‧‧Mobile communication device

Claims (10)

An information exchange system is applicable to a micro application. The information exchange system includes: a first database and a second database, wherein the two databases are electrically connected to each other, and the two databases respectively store a micro application. The micro-app has at least one software package module, and the first database further stores an update information of the software package module in the micro-application; and a mobile communication device electrically connected to the first a database and the second database, the mobile communication device is installed with the micro application, the mobile communication device detects that the first database stores the update information, and the mobile communication device transmits a signal to the first Receiving, by the data repository, the first database corresponds to returning the update information to the mobile communication device for receiving, the mobile communication device correspondingly installing the update information, and updating the software package module of the micro application; wherein When the first database returns the update information, the first database sends the update information to the second database, the second Produce material suitable for the library association updates the application of micro and corresponds install the updates for the application of the second mini-database in order to update the mini-application module of the software package. The information exchange system of claim 1, wherein the second database further has another micro application, the another micro application having the software package module, wherein the first database transmits the same When the information is updated to the second database, the second database determines that the update information is applicable to the software package module of the other micro application, and the second database corresponds to the other micro The update information of the application, and the update information is installed corresponding to the other micro application, and the software package module of the other micro application is updated. The information exchange system of claim 1, wherein the first database further stores an authentication program, wherein the first database determines, by the authentication program, whether the mobile communication device has login authority and allows/denies transmission The updated information of the first database. The information exchange system of claim 1, wherein the second database further stores an authentication program, and the second database determines whether the first database is Has login privileges and allows/denies receiving the update information transmitted from the first repository. The information exchange system of claim 1 or 2, further comprising an authentication host, wherein the two databases are electrically connected to each other via the authentication host, and the mobile communication device is also powered by the authentication host. Connected to the first database, the authentication host stores an authentication program, wherein the authentication host determines, by the authentication program, whether the mobile communication device has login authority, and allows/denies the first database to transmit the update information, and The authentication host determines, by the authentication program, whether the first database has login authority, and allows/rejects the second data number to receive the update information transmitted from the first database. An information exchange method for a micro application for exchanging information between a first database and a second database, the information exchange method comprising the steps of: installing a mobile communication device with a micro application Detecting whether the first database stores one of the software suite modules in the micro application New information; if the first database stores the update information, triggering the mobile communication device to generate and transmit a signal; receiving the signal in the first database and correspondingly transmitting the update information to the mobile communication device; The communication device installs the update information, and updates the software package module of the micro application; connects the first database to the second database, and transmits the update information to the second database, and The second database is installed with the micro application; and the update information corresponding to the micro application is generated by the second database, and the update is installed for the micro application stored in the second database. Information to update the software suite module of the micro-app. The information exchange method of claim 6, wherein after the step of transmitting the update information to the second database in the first database, the method further comprises the step of: receiving the update by the second database Information; determining whether another micro-application stored in the second database has the software package module, and if the other micro-application has the software package module, the second database is correspondingly generated for the The update information of the micro-application and the other micro-application is respectively installed for the micro-app and the other micro-app to update the micro-app and the other micro-app respectively Software kit module; Determining whether the other micro-application stored in the second database has the software package module, and if the other micro-application does not have the same software package module, the second database only corresponds to The micro-application updates the information and installs the update information for the micro-app to update the software package module of the micro-app. The information exchange method of claim 6, wherein the step of transmitting the signal to the first database by the mobile communication device further comprises the step of: connecting the mobile device to the first database; And determining, by the authentication program stored in the first database, whether the mobile communication device has the login right, and if the first database determines that the mobile communication device has the login permission, the first database allows the update information to be returned to the The mobile communication device; if the first database determines that the mobile communication device does not have the login right, the first database refuses to return the update information to the mobile communication device. The method for exchanging information according to Item 6, Item 7, or Item 8, wherein the first database is connected to the second database, and the update information is simultaneously transmitted to the second database. The step further includes the steps of: connecting the first database to the second database; and determining, by the authentication program stored in the second database, whether the first database has login authority, if the The second database determines that the first database has login authority, and the second database allows the update information transmitted from the first database to be received; if the second database determines that the first database does not have login permission, The second database rejects the updated information transmitted from the first database. The method of information exchange as described in item 6 or 7 of the claim, wherein the action a step of the communication device transmitting the signal to the first database and connecting the first database to the second database, and transmitting the update information to the second database, the mobile communication device Connecting to the first database via an authentication host, and the first database is also connected to the second database via the authentication host, wherein the authentication host determines, by an authentication program, whether the mobile communication device has Logging in the permission, and allowing/rejecting the first database to transmit the update information, and the authentication host determines, by the authentication program, whether the first database has login authority, and allows/rejects the second data number to be received from the first The updated information transmitted by the database.