CN110611696A - Independent ID generation method and application thereof - Google Patents
Independent ID generation method and application thereof Download PDFInfo
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- CN110611696A CN110611696A CN201910615737.7A CN201910615737A CN110611696A CN 110611696 A CN110611696 A CN 110611696A CN 201910615737 A CN201910615737 A CN 201910615737A CN 110611696 A CN110611696 A CN 110611696A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/54—Presence management, e.g. monitoring or registration for receipt of user log-on information, or the connection status of the users
Abstract
A generation mode of an independent ID and an application thereof relate to a device interaction technology. Firstly, according to the hardware identifier of the transit device, an independent ID1 for the transit device is obtained on the cloud server; then, the terminal device connected to the relay device obtains an independent ID2 for the terminal on the cloud server according to the hardware identifier of the terminal device and the ID1 of the connected relay device, and the independent ID2 includes the same identifier generated based on the ID1 of the connected relay device and a different identifier generated based on the hardware identifier of the terminal device. According to the method and the device, the ID of the terminal device is associated with the ID of the transfer device according to the connection relation, so that the same identification is generated in the IDs of the plurality of terminal devices connected to the same transfer device. The connected transfer equipment can be distinguished conveniently according to the same identification, and the terminal equipment can be grouped conveniently according to the same identification.
Description
Technical Field
The invention relates to the field of electronics, in particular to a device interaction technology.
Background
With the development of networks, remote video conferences and remote offices are increasing. In the process of remote video conference and remote office, remote office equipment is inevitably required. The prior art does not support remote use of office equipment.
Disclosure of Invention
The invention aims to provide a method for generating an independent ID.
The invention also aims to provide a device interaction method based on the independent ID.
The invention also aims to provide an office equipment sharing system based on the independent ID.
The invention can be realized by adopting the following technical scheme:
the generation method of the independent ID comprises a cloud server and a transfer device, and is characterized in that firstly, an independent ID1 for the transfer device is obtained on the cloud server according to a hardware identifier of the transfer device; then, the terminal device connected to the relay device obtains an independent ID2 for the terminal on the cloud server according to the hardware identifier of the terminal device and the ID1 of the connected relay device, and the independent ID2 includes the same identifier generated based on the ID1 of the connected relay device and a different identifier generated based on the hardware identifier of the terminal device.
All terminal apparatuses having the same identification generated based on the ID1 of the connected relay apparatus among the IDs can be grouped as one apparatus group 1.
The transfer equipment can be a computer, a router, a mobile phone or a communication transfer box. The transfer device is connected with the cloud server through WIFI or mobile phone network communication.
The terminal device may be a printer, a projector, a scanner, a sound box or a display. The transfer equipment is connected with the terminal equipment through a line, Bluetooth or infrared control.
When the terminal device is connected to a relay device of ID3 again, the same identification of the ID of the terminal device is changed to be generated based on ID 3.
One terminal device is connected with two or more relay devices, the ID of the terminal device contains two or more same identifications respectively generated based on the ID of each connected relay device, and the terminal device is simultaneously positioned in a plurality of device groups.
Each equipment group is assigned with a unique identifier, and the mobile terminal can acquire the use permission of all the equipment contained in the equipment group by identifying the identifier.
The external device connected with the terminal device and the terminal device are located in the same device group, and the ID of the external device connected with the terminal device includes the same identifier generated based on the ID1 of the connected relay device and a difference identifier generated based on the hardware identifier of the terminal device and the hardware identifier of the external device.
The equipment interaction method based on the independent ID comprises a cloud server and a transfer device, and is characterized in that,
firstly, according to the hardware identifier of the transit device, an independent ID1 for the transit device is obtained on the cloud server;
secondly, the terminal device connected to the relay device obtains an independent ID2 for the terminal on the cloud server according to the hardware identifier of the terminal device and the ID1 of the connected relay device, wherein the independent ID2 comprises the same identifier generated based on the ID1 of the connected relay device and a difference identifier generated based on the hardware identifier of the terminal device;
then, all the terminal apparatuses having the same identification generated based on the ID1 of the connected relay apparatus are set up as one apparatus group 1. The device group 1 may further include a relay device with ID 1.
One terminal device may connect two or more relay devices, and the ID of the terminal device includes two or more same identifiers generated based on the IDs of the connected relay devices. So that one terminal device is simultaneously located in two device groups.
And then, setting access authority for the devices in the device group 1, and finally, connecting the mobile terminal with the cloud server to enter the device group 1 to obtain the authority for using all the devices in the device group 1. The devices here refer to all devices in the device group 1. When only the terminal device exists in the device group 1, the device herein refers to the terminal device. When there is a relay device in addition to the terminal device in the device group 1, the device here includes both the terminal device and the relay device. The devices in the device group mentioned below are the same as those in the present embodiment and will not be described separately.
The mobile terminal entering the device group 1 sends an operation command for a certain device in the device group 1 to the cloud server, the cloud server can directly control the corresponding device to execute the operation command, and the cloud server can also issue the operation command to the transfer device, and the transfer device controls the corresponding device to execute the operation command. The transfer device can feed back the execution result of the operation command to the cloud server, and the cloud server feeds back the execution result to the mobile terminal.
The mobile terminal can enter the equipment group by inputting an ID or scanning a two-dimensional code corresponding to the equipment group.
The office equipment sharing system based on the independent ID comprises a cloud server, a computer and office equipment, wherein the cloud server is in communication connection with the computer, and the computer is in control connection with the office equipment; it is characterized in that the preparation method is characterized in that,
the cloud server creates an equipment group by taking a hardware identifier of a computer as a basis;
office equipment connected to the same computer is located in the same equipment group, and office equipment connected to different computers is located in different equipment groups;
the office equipment sharing system based on the independent ID further comprises a mobile terminal, the mobile terminal is connected with the cloud server, and the mobile terminal enters a certain equipment group through the cloud server to obtain the use permission of the office equipment in the equipment group.
The method for the cloud server to create the device group comprises the following steps:
firstly, according to the hardware identifier of the computer, an independent ID1 for the transfer device is obtained on the cloud server;
secondly, the office equipment connected to the computer obtains an independent ID2 for the office equipment on the cloud server according to the hardware identifier of the office equipment and the ID1 of the connected computer, wherein the independent ID2 comprises the same identifier generated based on the ID1 of the connected computer and a different identifier generated based on the hardware identifier of the office equipment;
then, all office devices whose IDs include the same identification generated based on the ID1 of the connected computer are grouped as one device group 1.
The cloud server can allocate a unique identifier to each equipment group, and the mobile terminal can identify the identifier through mobile phone software, so that the use permission of all the equipment contained in the equipment group can be obtained.
The office equipment may be one or more of a printer, a facsimile machine, a projector, a scanner, or a display screen.
Has the advantages that: according to the method and the device, the ID of the terminal device is associated with the ID of the transfer device according to the connection relation, so that the same identification is generated in the IDs of the plurality of terminal devices connected to the same transfer device. The connected transfer equipment can be distinguished conveniently according to the same identification, and the terminal equipment can be grouped conveniently according to the same identification. The mobile terminal of the patent allows remote access to the group and uses the equipment in the group, thereby solving the problem that the prior art does not support the remote use of office equipment.
Detailed Description
In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further explained below.
Firstly, according to the hardware identifier of the transit device, obtaining an independent ID1 for the transit device on the cloud server; then, the terminal device connected to the relay device obtains an independent ID2 for the terminal on the cloud server according to the hardware identifier of the terminal device and the ID1 of the connected relay device, and the independent ID2 includes the same identifier generated based on the ID1 of the connected relay device and a different identifier generated based on the hardware identifier of the terminal device. According to the method and the device, the ID of the terminal device is associated with the ID of the transfer device according to the connection relation, so that the same identification is generated in the IDs of the plurality of terminal devices connected to the same transfer device. The connected transfer equipment can be distinguished conveniently according to the same identification, and the terminal equipment can be grouped conveniently according to the same identification.
The transfer equipment can be a computer, a gateway, a router, a mobile phone, a PC, a communication transfer box and the like. The terminal equipment can be a printer, a computer, a projector, a scanner, a display, a fax machine, a mobile phone, a PC, a sound box, a display, an LED screen, an entrance guard, an intelligent switch and the like. The transfer device can be connected with the terminal device through lines, Bluetooth, infrared and the like. The transfer device is preferably connected with the cloud server through a WIFI (wireless fidelity), a mobile phone network, a wired network and the like. From the description of the terminal device and the relay device, it can be seen that the relay and the terminal are distinguished according to the connection relationship. For example, if the computer 1 is directly connected to the cloud server, the computer 1 is a relay device, and if the computer 1 is connected to the cloud server through the computer 2, the computer 1 is a terminal device, and the computer 2 is a relay device. If the computer 1 is a terminal device, the printer connected to the computer 1 can obtain the same identifier based on the ID of the computer 2, and the identifier is used as the terminal device and exists in the device group generated based on the computer 2.
The independent IDs obtained by different transit devices on the cloud server are different. When the terminal device is connected to a relay device of ID3 again, the same identification of the ID of the terminal device is changed to be generated based on ID 3. One terminal device may connect two or more relay devices, and the ID of the terminal device includes two or more same identifiers generated based on the IDs of the connected relay devices. The terminal device can be directly connected with the cloud server, if the terminal device is directly connected with the cloud server, the terminal device is equivalent to a transfer device, and the ID generated based on the hardware identifier is obtained on the cloud server.
The device interaction method based on the independent ID comprises a cloud server and a transfer device, wherein a terminal device is connected with the transfer device, and firstly, an independent ID1 aiming at the transfer device is obtained on the cloud server according to a hardware identifier of the transfer device; secondly, the terminal device connected to the relay device obtains an independent ID2 for the terminal on the cloud server according to the hardware identifier of the terminal device and the ID1 of the connected relay device, wherein the independent ID2 comprises the same identifier generated based on the ID1 of the connected relay device and a difference identifier generated based on the hardware identifier of the terminal device; then, all the terminal apparatuses having the same identification generated based on the ID1 of the connected relay apparatus are set up as one apparatus group 1. The device group 1 may include a relay device having an ID 1. A cloud server may also be included. Then, setting access permissions for the devices (which can be terminal devices, transit devices and cloud servers) in the device group 1, wherein the permissions include complete disclosure, passwords, related personnel and the like; and finally, the mobile terminal is connected with the cloud server and enters the equipment group 1 to obtain the permission of using all the equipment in the equipment group 1.
One terminal device may connect two or more relay devices, and the ID of the terminal device includes two or more same identifiers generated based on the IDs of the connected relay devices. And thus in different groups of devices. For example, the printer is connected to the computer 1 through a data line, and the printer is connected to the computer 2 through bluetooth. The printer is located in both the device group created on the basis of the computer 1 and the device group created on the basis of the computer 2.
And mobile phone end software can be arranged on the mobile terminal, and the mobile phone end software displays the equipment 1-N in all the equipment groups 1. Preferably in the form of a list. The software may also display different representations of each device, such as a printer icon, the device not online, the device busy, a device failure, etc., based on the attributes of the device. One device can be opened in the mobile phone end software device group list, and data information such as files, characters, operation commands and the like can be sent and received in an operation interface of the device.
A mobile terminal may access two or more groups of devices simultaneously. The mobile terminal sends data information aiming at the specified ID equipment to the cloud server through the mobile phone end software, the cloud server sends the data information to the corresponding transfer equipment according to the ID, and the transfer equipment receives the data information and controls the corresponding terminal equipment to execute corresponding operation. For example, within the printer operating interface, a document may be sent, which the printer prints out upon receiving; in the operation interface of the scanner, the data currently scanned by the scanner can be received; in the sound box operation interface, speaking can be carried out at the mobile phone software end, and the sound box directly plays the sound file; in the operation interface of the display, pictures or other files can be sent, and the display displays the pictures or other files after receiving the pictures or other files; in the entrance guard operation interface, can send the instruction of opening the door, the entrance guard obtains opening the door after the instruction.
The mobile terminal can enter the equipment group by inputting an ID or scanning a two-dimensional code corresponding to the equipment group. Preferably, after the right is correct, the device is added into the device group to obtain the right to use the device in the device group. The mobile phone end software can display a dialog box on the mobile terminal, and a user can send or receive corresponding data or operation commands in the dialog box.
Setting the working mode of the equipment group:
the equipment group is in a fixed mode, all equipment is always on line, and the equipment number is unchanged, such as home equipment, independent office equipment and public office equipment.
The equipment group is in a temporary mode, the computer software is allocated with a temporary number, and after the computer software is closed, all the equipment disappears and does not have the authority any more.
Setting the working mode of the equipment:
when no equipment group exists, the independent equipment can be set to be 1) allowed to be independently used and 2) not allowed to be independently used as long as the independent equipment is networked;
when the device can be used independently, a temporary use mode can be set, namely the device can be shared with a person for 1-N times and 1-N days and is permanent.
Sharing of devices:
and inputting the equipment number by a user, or scanning the two-dimensional code to apply for use.
And the equipment manager determines the equipment sharing conditions and applies the conditions.
As a preferred scheme, each device group is assigned with a unique identifier, and the mobile terminal recognizes the identifier through mobile phone software, so that the use permission of all devices contained in the device group can be obtained. The identification can be a two-dimensional code, the two-dimensional code data comprises a website and a unique identification code of the space, and the corresponding website is automatically opened after the mobile phone scans the website to obtain the right of entering the space. The identification can be a group of codes (letters, numbers and the like), and a symbol is input in the corresponding app of the mobile phone or a two-dimensional code corresponding to the symbol is scanned to obtain the right to enter the space; the identification can be a wireless signal transmitter, such as ibeacon, the mobile phone wirelessly obtains the identification code of the transmitter, obtains the identification code of the corresponding space at the appointed server, and obtains the right to enter the space; the identification can be an entrance guard, and all use authorities are obtained after the entrance guard enters the door; after the mobile phone logs in, the two-dimension code of the corresponding software of the computer end can be scanned, and the computer is authorized to log in. The space can be set with access authority, such as whether the geographic position data of the mobile phone is consistent with the space, an access password and the like.
If a device group needs to use a certain device temporarily, the device to be used can be pulled into the device group. For example, a person in the device group 1 wants to use a printer, and the first method is to connect a certain device in the device group 1 to the printer, so that the printer is added to the device group 1. The second method is that the mobile terminal having the device usage rights of both device group 1 and device group 2 pulls the printer in device group 2 into device group 1, so that the devices in device group 1 obtain the usage rights of the printer in device group 2.
The office equipment sharing system based on the independent ID comprises a cloud server, a computer and office equipment, wherein the cloud server is in communication connection with the computer, and the computer is in control connection with the office equipment; the cloud server creates an equipment group by taking the hardware identifier of the computer as a basis; office equipment connected to the same computer is located in the same equipment group, and office equipment connected to different computers is located in different equipment groups; the office equipment sharing system based on the independent ID further comprises a mobile terminal, the mobile terminal is connected with the cloud server, the mobile terminal enters a certain equipment group through the cloud server, and the use permission of the office equipment in the equipment group is obtained.
The method for creating the equipment group by the cloud server comprises the following steps: firstly, according to the hardware identifier of the computer, an independent ID1 for the transfer device is obtained on the cloud server; secondly, according to the hardware identifier of the office equipment and the ID1 of the connected computer, the office equipment connected to the computer obtains an independent ID2 for the office equipment from the cloud server, wherein the independent ID2 comprises the same identifier generated based on the ID1 of the connected computer and a different identifier generated based on the hardware identifier of the office equipment; then, all office devices whose IDs include the same identification generated based on the ID1 of the connected computer are grouped as one device group 1.
Preferably, each device group is assigned with a unique identifier, and the mobile terminal recognizes the identifier through mobile phone software, so that all the device usage rights contained in the device group can be obtained. The identification can be a two-dimensional code, the two-dimensional code data comprises a website and a unique identification code of the space, and the corresponding website is automatically opened after the mobile phone scans the website to obtain the right of entering the space. The identification can be a group of codes (letters, numbers and the like), and a symbol is input in the corresponding app of the mobile phone or a two-dimensional code corresponding to the symbol is scanned to obtain the right to enter the space; the identification can be a wireless signal transmitter, such as ibeacon, the mobile phone wirelessly obtains the identification code of the transmitter, obtains the identification code of the corresponding space at the appointed server, and obtains the right to enter the space; the identification can be an entrance guard, and all use authorities are obtained after the entrance guard enters the door; after the mobile phone logs in, the two-dimension code of the corresponding software of the computer end can be scanned, and the computer is authorized to log in. The space can be set with access authority, such as whether the geographic position data of the mobile phone is consistent with the space, an access password and the like.
The office equipment may be a printer, facsimile machine, projector, scanner, display screen, etc. The following is a further description of the printer:
the printer is connected with a computer, application software is arranged in the computer, a hardware identifier of the printer is obtained through an operating system, the hardware identifier of the printer, the hardware identifier of the computer and the network position of the printer are sent to a specified server through a network, and the server allocates a userID to the printer according to the hardware identifier of the printer, the hardware identifier of the computer and the network position of the printer; the user mobile phone is internally provided with application software, and the printer can be added to the application software through user ID searching; after the printer is added, a printer icon appears in the application software of the mobile phone end, and the icon can be clicked to form a dialog box which interacts with the printer; through the mobile phone application program, the working mode of the printer can be set, such as setting a password and the like; the file can be sent to the network position of the printer through the server, and the computer controls the file to print; through the dialog box, print control instructions such as number of prints, page number, stop printing, etc. may be sent; the printer can feed back the printing completion to the dialog box after printing completion;
in a chat group with a plurality of people, a printer can be added into the chat group by adding the user ID of the printer, anyone in the chat group can send a file to the chat group, and the printer can automatically print according to an instruction.
The foregoing shows and describes the general principles and broad features of the present invention and advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are described in the specification and illustrated only to illustrate the principle of the present invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the present invention, which fall within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (14)
1. The generation mode of the independent ID comprises a cloud server and a transfer device, and is characterized in that,
firstly, according to the hardware identifier of the transit device, an independent ID1 for the transit device is obtained on the cloud server;
then, the terminal device connected to the relay device obtains an independent ID2 for the terminal on the cloud server according to the hardware identifier of the terminal device and the ID1 of the connected relay device, and the independent ID2 includes the same identifier generated based on the ID1 of the connected relay device and a different identifier generated based on the hardware identifier of the terminal device.
2. The method of claim 1, wherein all the terminal devices having the same ID generated based on the ID1 of the connected relay device are grouped into a device group 1.
3. The generation manner of the independent ID according to claim 1, wherein the relay device is a computer, a router, a mobile phone or a communication relay box.
4. The form of generating an independent ID according to claim 1, wherein the relay device is communicatively connected to the cloud server through WIFI, a mobile phone network, or a wired network.
5. The generation form of the independent ID according to claim 1, wherein the terminal device is a printer, a projector, a scanner, a sound box, or a display.
6. The generation manner of the independent ID according to claim 1, wherein the relay device is connected to the terminal device by a line, bluetooth or infrared control.
7. A generation manner of independent ID according to any of claims 1-6, characterized in that, when the terminal device is connected to a relay device which is ID3, the same identification of ID of the terminal device is changed to be generated based on ID 3.
8. The method according to any one of claims 1 to 6, wherein one terminal device is connected to two or more relay devices, and the ID of the terminal device includes two or more same identifiers generated based on the IDs of the connected relay devices, and the terminal device is located in a plurality of device groups at the same time.
9. The generation method of independent ID according to any of claims 1-6, characterized in that each device group is assigned a unique identifier, and the mobile terminal can obtain the usage right of all devices included in the device group by identifying the identifier.
10. The method according to any one of claims 1 to 6, wherein the external device externally connected to the terminal device and the terminal device are located in the same device group, and the ID of the external device externally connected to the terminal device includes an identical identifier generated based on the ID1 of the connected relay device and a differential identifier generated based on a hardware identifier of the terminal device and a hardware identifier of the external device.
11. The equipment interaction method based on the independent ID comprises a cloud server and a transfer device, and is characterized in that,
firstly, according to the hardware identifier of the transit device, an independent ID1 for the transit device is obtained on the cloud server;
secondly, the terminal device connected to the relay device obtains an independent ID2 for the terminal on the cloud server according to the hardware identifier of the terminal device and the ID1 of the connected relay device, wherein the independent ID2 comprises the same identifier generated based on the ID1 of the connected relay device and a difference identifier generated based on the hardware identifier of the terminal device;
then, all the terminal devices whose IDs include the same identification generated based on the ID1 of the connected relay device are set up as a device group 1;
then, setting access authority for the devices in the device group 1,
and finally, the mobile terminal is connected with the cloud server and enters the equipment group 1 to obtain the permission of using all the equipment in the equipment group 1.
12. The device interaction method according to claim 11, wherein the mobile terminal entering the device group 1 sends an operation command for a device in the device group 1 to the cloud server, and the cloud server controls the corresponding device to execute the operation command, or the cloud server issues the operation command to the relay device, and the relay device controls the corresponding device to execute the operation command.
13. The office equipment sharing system based on the independent ID comprises a cloud server, a computer and office equipment, wherein the cloud server is in communication connection with the computer, and the computer is in control connection with the office equipment;
it is characterized in that the preparation method is characterized in that,
the cloud server creates an equipment group by taking a hardware identifier of a computer as a basis;
office equipment connected to the same computer is located in the same equipment group, and office equipment connected to different computers is located in different equipment groups;
the office equipment sharing system based on the independent ID further comprises a mobile terminal, the mobile terminal is connected with the cloud server, and the mobile terminal enters a certain equipment group through the cloud server to obtain the use permission of the office equipment in the equipment group.
14. The office equipment sharing system based on independent IDs according to claim 13, wherein each equipment group is assigned a unique identifier, and the mobile terminal recognizes the identifier through mobile phone software, so as to obtain the usage rights of all the equipment included in the equipment group.
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| CN113691617A (en) * | 2021-08-23 | 2021-11-23 | 北京思必拓科技有限责任公司 | Method and system for interconnecting and sharing software and hardware resources of terminal equipment group |
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