TWM512161U - User-end host backup system - Google Patents

Description

User host backup system

A user-side host backup system, in particular, when the original user host fails, the cloud server can immediately designate one of the other user terminal devices as a new user host to continue the original use. The client-side host backup system that works for the host.

Please refer to FIG. 1 , which is a schematic diagram of the operation of a conventional user host. As shown in the figure, a user host 10 is usually a fixed single unit, and the user terminal 10 is provided. The information is linked with a cloud server device 11 by its unified identification code (for example, a fixed IP address), and after the registration is completed, the cloud server device 11 determines that the user terminal 10 having the unified identification code is unique. The connected host, in the case of a single user host 10 with one or more user terminal devices (12, 12', 12"..), all user terminal devices (12, 12', 12) "..) will transfer the independent transaction data to the client host 10 first, and then merge it into information, and then transmit it to the cloud server device 11 for storage via network communication. However, when the client host 10 has an abnormal situation, For example, a fault will cause all user terminal devices (12, 12', 12"..) to not immediately transmit their respective transaction data to the user terminal 10, and further, each user terminal device (12) All transaction information of 12', 12"..) cannot be uploaded to the cloud server device 11 for storage by the client host 10.

In view of the above problems, the creator has researched and analyzed the information link between the cloud server device, the user host and each user terminal based on years of experience in related industry and system design. To solve the above problem; the main purpose of the present invention is to provide a cloud server that can immediately designate one of the other user terminal devices to become a new user terminal when the original user host fails. The host side host backup system of the host.

In order to achieve the above objectives, the present invention mainly comprises a cloud server host, a user host and a plurality of user terminal devices, and the user host is in a normal state and a cloud server device and each user terminal device. Forming the information connection, each user terminal machine can work independently and transmit the transaction data to the user host, and the user host can further collect the transaction data transmitted by each user terminal machine and upload it to the cloud. The server device stores, and when the user host fails, the cloud server device specifies one of the user terminal devices as a new user host to continue the work of the original user host. Make uploading Easy information is not interrupted.

In order for your review board to have a clear understanding of the purpose, technical features and effectiveness of this work, please refer to the following instructions for illustration.

10‧‧‧User host

11‧‧‧Cloud server device

12‧‧‧User terminal machine

12'‧‧‧User terminal machine

12"‧‧‧User terminal machine

20‧‧‧User Host Backup System

201‧‧‧Cloud server device

202‧‧‧User host

203‧‧‧User terminal machine

203'‧‧‧User terminal machine

203”‧‧‧User terminal machine

21‧‧‧Internet

31‧‧‧Network server device and user host host connection steps

32‧‧‧Connecting the host computer to each user terminal machine

33‧‧‧View host connection status steps

34‧‧‧User terminal host continuously uploads data steps

35‧‧‧ Cloud server device reassigns the user host step

41‧‧‧Cloud server device communication steps

42‧‧‧User host host reply step

51‧‧‧User terminal machine communication steps

52‧‧‧User host host reply step

53‧‧‧ Send request message to cloud server device step

A‧‧‧ inquiry signal

B‧‧‧Return signal

C‧‧‧Inquiry signal

D‧‧‧Return signal

E‧‧‧Request signal

Figure 1 is a schematic diagram of the operation of a conventional user host.

Figure 2 is a schematic diagram of the system composition of the creation.

Figure 3 is a step-by-step diagram of the implementation process of the creation.

Figure 4 is a diagram showing the steps of implementing another embodiment (I) of the present invention.

Fig. 5 is a schematic view showing the implementation of the embodiment (I).

Figure 6 is a diagram showing the implementation steps of another embodiment (2) of the present creation.

Figure 7 is a schematic view showing the implementation of the embodiment (2).

Please refer to "Figure 2", which shows the system composition diagram of the creation. A user host backup system 20 shown in the figure is mainly composed of a cloud server device 201 and a user. The end host 202 and the plurality of user terminal devices (203, 203', 203"..), wherein the user host 202 forms an information connection with the cloud server device 201 through an internet 21; The Internet 21 is a wireless network, and after the user host 202 and the cloud server device 201 complete the information connection, each The user terminal devices (203, 203', 203"..) are respectively connected with the user terminal host 202, and the user terminal devices (203, 203', 203"..) can be independently operated, and Each user terminal machine (203, 203', 203"..) can transmit a transaction data generated by the completion of the transaction to the client host 202 for the user host 202 to perform the transaction data collection and After the completion, the completed transaction data is further uploaded to the cloud server device 201 through the Internet 21 for storage.

Please refer to "Figure 3", which shows the steps of the implementation process of the creation. Please refer to "Figure 2". The implementation steps of this creation are as follows: (1) The cloud server device is connected with the user host. Step 31: After the user host 202 completes the information connection and registration with the cloud server device 201 by using a unified identification code (for example, a fixed IP address), the cloud server device 201 identifies the user having the unified identification code. The end host 202 is the only connected host; (2) the user end host is connected to each user terminal machine. Step 32: After the cloud server device 201 and the user end host 202 are connected, the user end host 202 is Each user terminal device (203, 203', 203"..) in the group announces that it has been registered by itself, and is recognized by the cloud server device 201 as a host for transmitting transaction data, and each user terminal device (203) 203', 203"..) completes the information connection with the user terminal host 202 by wireless transmission, and each user terminal machine (203, 203', 203"..) can independently perform the transaction operation and is in the transaction. When the job is completed, the transaction will be completed. a transaction data The user terminal 202 is stored for storage, and the cloud server device 201 can also be connected to the user terminal device (203, 203', 203"..) which is first turned on, so that it becomes a transmission transaction data. Host (3) View host connection status Step 33: The cloud server device 201 or each user terminal device (203, 203', 203"..) continuously monitors whether the user host 202 is normal, if it is normal Then proceed to step 34, if it is abnormal, proceed to step 35; (4) the user host continues to upload data. Step 34: When the user host 202 connection status is normal, each user terminal machine (203, 203', 203 ”..) continuously transmit the transaction data to the user host for storage by wireless transmission, and the client host 202 aggregates the transaction data and uploads it to the cloud server device 201 for storage; (5) cloud server The device re-designates the user host. Step 35: When the original user host 202 is abnormal and causes an off line, the other user terminal devices (203, 203', 203"..) One of them, that is, automatic connection with its unification The encoding and the cloud server device 201 obtain the information link and complete the registration, so that any other user terminal device (203, 203', 203"..) can be immediately converted into a new user host to achieve instant For the backup function, the cloud server device 201 can directly designate one of the user terminal devices (203, 203', 203"..) as a new user host.

Please refer to "Figure 4", which is a step-by-step diagram of the implementation of another embodiment (1) of this creation. Please refer to "Figure 3" for the viewing host described in "Figure 3". In the connection status step 33, the procedure for checking whether the connection status between the cloud server device 201 and the user host 202 is normal is as follows. Please refer to "figure 5" for the embodiment. (I) Implementation diagram: (1) Cloud server device communication step 41: The cloud server device 201 sends a query signal A to the user host 202 continuously (timed or non-timed) under normal conditions to confirm the host connection. The line status is normal or not; (2) the user host returns the report signal. Step 42: In step 41, when the user host 202 receives the inquiry signal A, it immediately returns a return signal B (such as the fifth The cloud server device 201 is configured to enable the cloud server device 201 to determine that the current connection status of the user host 202 is normal, and further proceed to step 34. Otherwise, the user host 202 receives the inquiry signal A. Cloud server device 2 after no response 01 determines that the host host 202 is in an abnormal condition (for example, a disconnection). At this time, step 35 is performed to re-designate the new client host 202.

Please refer to "Figure 6", which is a diagram showing the implementation steps of another embodiment (2) of this creation. Please refer to "Figure 3" for the viewing host described in "Figure 3". In the connection status step 33, the steps of checking whether the connection status between the user terminal host 202 and each user terminal device (203, 203', 203"..) is normal are as follows. 7 Fig., is a schematic diagram of the implementation of the embodiment (2): (1) user terminal machine communication step 51: each user terminal machine (203, 203', 203"..) will be randomly placed in one Sending an inquiry signal C to the user host 202 in a fixed or unfixed time to confirm whether the host connection status is normal or not; (2) the user end host replying step 52: the user end host 202 receives one of them After the inquiry signal C sent by the user terminal device (203, 203', 203"..), a response signal D is sent to the user terminal device (203, 203', 203"..) that sends the inquiry signal C. The user terminal device (203, 203', 203"..) can determine that the current connection status of the user host 202 is normal, and further proceed to step 34. Otherwise, the user host 202 receives the inquiry signal C. If there is no response, then go to step 53; (3) send a request message to the cloud server device. Step 53: When the user host 202 does not respond, it indicates a fault, and the user terminal device that sends the inquiry signal C (203, 203', 203"..) sends a request signal E to the cloud via the Internet 21. The server apparatus 201, and proceeds to step 35.

It can be seen from the above that the user host host backup system mainly monitors the connection status of the user host by the cloud server device and each user terminal device, and the original user host host is faulty. At the same time, the cloud server device can immediately designate one of the user slaves to become a new user host; accordingly, the creation is based on the creation After that, it is indeed possible to provide a user-side host backup system and an implementation manner thereof, in which one of the other user terminal devices can immediately become a backup host when the original user-side host fails, to maintain the normal operation of the system. The purpose.

The above description is only for the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention; any person skilled in the art can make equal changes and modifications without departing from the spirit and scope of the present invention. , should be covered by the scope of this creation patent.

In summary, the effectiveness of this creation is based on the patent requirements such as “industry availability,” “novelty,” and “progressiveness”; the applicant filed a new patent with the bureau in accordance with the provisions of the Patent Law. Application.

20‧‧‧User Host Backup System

201‧‧‧Cloud server device

202‧‧‧User host

203‧‧‧User terminal machine

203'‧‧‧User terminal machine

203”‧‧‧User terminal machine

21‧‧‧Internet

Claims (3)

A user-side host backup system includes: one or more user terminal devices, which can perform independent operations separately, and generate a transaction data after completing the operation; a user-side host, and each of the user terminal devices The information link can receive the transaction data generated by each user terminal device; a cloud server device, the user host can uniformly identify the code, and register with the cloud server device through an internet network to form information Linking, when the user host receives each transaction data of each user terminal device, uploading to the cloud server device; and when the user host host fails, the cloud server device immediately assigns several more One of the user terminal machines becomes another new user end host to maintain the overall operation of the system. The user host backup system according to claim 1, wherein the internet is a wireless network. The user host backup system according to claim 1, wherein the unified identification code is a fixed IP address.