CN102289726B - System and method for controlling equipment based on two-dimension code and communication technology - Google Patents

System and method for controlling equipment based on two-dimension code and communication technology Download PDF

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Publication number
CN102289726B
CN102289726B CN201110171953.0A CN201110171953A CN102289726B CN 102289726 B CN102289726 B CN 102289726B CN 201110171953 A CN201110171953 A CN 201110171953A CN 102289726 B CN102289726 B CN 102289726B
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module
quick response
user
response code
management server
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CN201110171953.0A
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CN102289726A (en
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李元熙
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李元熙
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Abstract

The invention discloses a system and a method for controlling equipment based on a two-dimension code and a communication technology. The system comprises a mobile terminal, a proxy server, an application management server and an equipment controller, wherein a user sends a connection request through the mobile terminal; the proxy server converts the connection request into a WEB request and sends the connection request to the application management server; the application management server generates the two-dimension code according to the registering information of the user, the registering information of the equipment and the control information of the user and sends the two-dimension code to the user; the user places the two-dimension code on the equipment controller for validation; and the equipment controller controls the corresponding equipment to work according to the information of the two-dimension code. By the system and the method for controlling the equipment based on the two-dimension code and the communication technology, the two-dimension code and the communication technology are combined, the user downloads the two-dimension code from the application management server through the mobile terminal, lab equipment is intelligently scheduled by the equipment controller, and the lab equipment is distributed as required, intelligently scheduled and controlled in real time.

Description

Apparatus control system based on Quick Response Code and the communication technology and method

Technical field

The present invention relates to equipment control field, particularly, relate to a kind of apparatus control system and method based on Quick Response Code and the communication technology.

Background technology

Quick Response Code (2-dimensional bar code) is at the chequered with black and white figure of plane (on two-dimensional directional) distribution, to carry out according to certain rules a kind of graphic code of record data symbolic information with certain specific geometric figure; On coding, with several geometrical bodies corresponding with scale-of-two, represent word numerical information, by image input device or photoelectric scanning device automatically identifying and reading, to realize information, automatically process.Quick Response Code can, in horizontal and vertical two orientation while expressing information, therefore can be expressed a large amount of information in very little area.Quick Response Code can be divided into stack two-dimensional bar code and matrix two-dimensional barcode.

Mobile communication technology has been one of field with fastest developing speed since the eighties in 20th century, and from the 4G communication till now of the mobile communication system of analog system, the development of technology and application have spreaded all over human lives's every aspect.The full name of WAP is " WAP (wireless application protocol) (Wireless Application Protocol) ", it is a kind of unified open protocol standard in the whole world that internet content and advanced value-added service are provided to mobile terminal, it is the wireless Internet agreement of having simplified, WAP combines Internet and mobile phone telephony, and it provides by the approach of mobile phone access internet.WAP only requires the support of mobile phone and WAP Proxy Server, and does not require that existing mobile communication network protocol does any change, thereby can be widely used in the multiple network such as GSM, CDMA, TDMA, 3G.

Experimental real-training teaching is professorship education core, the modern management in laboratory and the intellectuality of instrument and equipment operation slowly become more and more important in higher education, so the intelligent management of laboratory equipment and instrument has become one of development priority in current School of High Profession Technology.But the control and management intelligent development of instrument and equipment is slow in the industry at present, be subject to technical restriction on the one hand, be also subject on the other hand the restriction of the operation and management mode in laboratory own, cannot really accomplish distribution according to need, intelligent scheduling, control in real time.

Summary of the invention

The object of the invention is to, for the problems referred to above, propose a kind of apparatus control system and method based on Quick Response Code and the communication technology, with realize as required to experimental facilities and instrument distribute according to need, intelligent scheduling, the advantage controlled in real time.

For achieving the above object, the technical solution used in the present invention is:

Apparatus control system based on Quick Response Code and the communication technology, comprising: mobile terminal, proxy server, application management server and device controller; Described mobile terminal: be connected to application management server by proxy server, and download the Quick Response Code being generated by application management server;

Described proxy server: set up network and connect between mobile terminal and application management server, the connection request of mobile terminal is transformed into WEB request and is connected to application management server;

Described application management server: accept the request from mobile terminal by proxy server, generate Quick Response Code according to request, and this Quick Response Code is sent to mobile terminal by proxy server, this Quick Response Code is preserved simultaneously;

Described device controller: the Quick Response Code that the Quick Response Code that above-mentioned mobile terminal is downloaded and application management server are preserved is verified, and moved according to the result opertaing device.

According to a preferred embodiment of the invention, described application management server comprises database, two-dimensional code generation module, operation control module, page management module and communication control module;

Described database: storage registered user's identity information and authorization privilege, for each user offers segregated account and preserves this user all historical operation record and data, and essential information, serviceable condition, the equipment service condition of storing all device registrations;

Described two-dimensional code generation module: control information is changed into corresponding Quick Response Code according to user's request;

Described page management module: the operation of the leading subscriber page, and convert operation to data message for operation control module;

Described communication control module: manage each communication interface and control the Internet Transmission of data;

Described operation control module: control the work of all modules in application management server.

According to a preferred embodiment of the invention, described device controller comprises embedded type control module, image reading module, Quick Response Code identification module, data transmission interface module, controls execution module, data memory module, power management module;

Described image reading module: read image in 2 D code on mobile terminal and convert thereof into binary data stream;

Described Quick Response Code identification module: the 2 D code information that above-mentioned image reading module is obtained is decoded into device control message;

Described data transmission interface module: the transmission of opertaing device end data and network-side data;

Described data memory module: the decoded information of storage Quick Response Code identification module and the data of data transmission interface;

Described control execution module: for controlling the execution of external equipment action; Described embedded type control module: all modules in control and management device controller;

Described power management module: for the module in device controller provides power supply.

Apparatus control method based on Quick Response Code and the communication technology, is characterized in that, comprises the following steps:

User uses mobile terminal to carry out user's registration to application management server;

Application management server stores user's log-on message in database into;

The essential information of external unit, serviceable condition, equipment service condition are registered and be saved in database in application management server, make relative users become registered user;

Above-mentioned registered user uses mobile terminal, by proxy server, sends request to application management server, and application management server generates Quick Response Code according to request, and this Quick Response Code is sent on user's mobile terminal;

Device controller gathers the Quick Response Code on above-mentioned mobile terminal, and this Quick Response Code is converted to device control message, and this device control message is sent to application management server and verify, and according to the output control device action of checking;

Described application management server comprises database, two-dimensional code generation module, operation control module, page management module and communication control module;

Described database: storage registered user's identity information and authorization privilege, for each user offers segregated account and preserves this user all historical operation record and data, and essential information, serviceable condition, the equipment service condition of storing all device registrations;

Described two-dimensional code generation module: control information is changed into corresponding Quick Response Code according to user's request;

Described page management module: the operation of the leading subscriber page, and convert operation to data message for operation control module;

Described communication control module: manage each communication interface and control the Internet Transmission of data;

Described operation control module: control the work of all modules in application management server;

Described device controller comprises embedded type control module, image reading module, Quick Response Code identification module, data transmission interface module, controls execution module, data memory module, power management module;

Described image reading module: read image in 2 D code on mobile terminal and convert thereof into binary data stream;

Described Quick Response Code identification module: the 2 D code information that above-mentioned image reading module is obtained is decoded into device control message;

Described data transmission interface module: the transmission of opertaing device end data and network-side data;

Described data memory module: the decoded information of storage Quick Response Code identification module and the data of data transmission interface;

Described control execution module: for controlling the execution of external equipment action;

Described embedded type control module: all modules in control and management device controller;

Described power management module: for the module in device controller provides power supply.

According to a preferred embodiment of the invention, described registered user uses mobile terminal, by proxy server, sends request to application management server, and application management server generates Quick Response Code according to request, and this Quick Response Code is sent on user's mobile terminal, comprise the following steps:

User logs in: user uses mobile terminal to send connection request to proxy server, and proxy server changes connection request into WEB request Concurrency delivers to application management server;

Application management server is verified the user's registration information in login user information and database;

As being verified, enter user's operation pages;

User selects the equipment that will control on demand, the service time of equipment, control authority, data parameters;

The information inquiry database that system is selected according to above-mentioned user also verifies that whether the information of this selection is effective;

As effective in the information of above-mentioned selection, user profile and facility information are converted into 2 D code information, and are kept in application management server;

User downloads to above-mentioned conversion gained 2 D code information on mobile terminal.

According to a preferred embodiment of the invention, described device controller gathers the Quick Response Code on above-mentioned mobile terminal, and this Quick Response Code is converted to device control message, this device control message is sent to application management server to be verified, and carry out corresponding actions according to the output control equipment of checking, comprise the following steps:

The image reading module of device controller gathers the Quick Response Code on above-mentioned mobile terminal;

Quick Response Code identification module changes above-mentioned Quick Response Code into user profile and facility information;

User profile and facility information are verified by user profile and facility information in network and application management server database;

Device controller is according to the result, opertaing device corresponding actions.

According to a preferred embodiment of the invention, device controller is according to the result, and opertaing device corresponding actions, comprises the following steps:

As above-mentioned, be verified the registration of according to user, equipment being carried out and control relevant device work, and the data of operation are preserved, and by network, be uploaded in the database of application management server;

If above-mentioned checking is by error code being uploaded to application management server by network, and by application management server to user's transmit operation error message.

Technical scheme of the present invention is that planar bar code technology and the communication technology are combined, user downloads Quick Response Code by mobile terminal from application management server, and utilize this Quick Response Code, by device controller, the equipment in laboratory is carried out to intelligent dispatch, realized distribution according to need, the intelligent scheduling to experimental facilities and controlled in real time.

Other features and advantages of the present invention will be set forth in the following description, and, partly from instructions, become apparent, or understand by implementing the present invention.Object of the present invention and other advantages can be realized and be obtained by specifically noted structure in the instructions write, claims and accompanying drawing.

Below by drawings and Examples, technical scheme of the present invention is described in further detail.

Accompanying drawing explanation

Accompanying drawing is used to provide a further understanding of the present invention, and forms a part for instructions, for explaining the present invention, is not construed as limiting the invention together with embodiments of the present invention.In the accompanying drawings:

Fig. 1 is according to the principle of work schematic diagram that the present invention is based on the apparatus control system of Quick Response Code and the communication technology;

Fig. 2 is for according to the principle of work schematic diagram that the present invention is based on application management server in the apparatus control system of Quick Response Code and the communication technology;

Fig. 3 is for according to the principle of work schematic diagram that the present invention is based on device controller in the apparatus control system of Quick Response Code and the communication technology;

Fig. 4 is according to the schematic flow sheet that the present invention is based on the apparatus control method of Quick Response Code and the communication technology;

Fig. 5 is for according to the present invention is based on the schematic flow sheet that in the apparatus control method of Quick Response Code and the communication technology, control information Quick Response Code generates;

Fig. 6 is for according to the present invention is based on the schematic flow sheet that in the apparatus control method of Quick Response Code and the communication technology, control information Quick Response Code is used.

Embodiment

Below in conjunction with accompanying drawing, the preferred embodiments of the present invention are described, should be appreciated that preferred embodiment described herein, only for description and interpretation the present invention, is not intended to limit the present invention.

system embodiment

As shown in Figure 1, the apparatus control system based on Quick Response Code and the communication technology, comprising: mobile terminal, proxy server, application management server and device controller; Mobile terminal: be connected to application management server by proxy server, and download the Quick Response Code being generated by application management server; Proxy server: set up network and connect between mobile terminal and application management server, the connection request of mobile terminal is transformed into WEB request and is connected to application management server; Application management server: accept the request from mobile terminal by proxy server, generate Quick Response Code according to request, and this Quick Response Code is sent to mobile terminal by proxy server, this Quick Response Code is preserved simultaneously; Device controller: the Quick Response Code that the Quick Response Code that above-mentioned mobile terminal is downloaded and application management server are preserved is verified, and moved according to the result opertaing device.

Application management server as shown in Figure 2, comprises database, two-dimensional code generation module, operation control module, page management module and communication control module; Database: comprise device databases and customer data base, for storing registered user's identity information and authorization privilege, for each user offers segregated account and preserves this user all historical operation record and data, and essential information, serviceable condition, the equipment service condition of storing all device registrations; Two-dimensional code generation module: control information is changed into corresponding Quick Response Code according to user's request; Page management module: the operation of the leading subscriber page, and convert operation to data message for operation control module; Communication control module: manage each communication interface and control the Internet Transmission of data; Operation control module: control the work of all modules in application management server.

Device controller as shown in Figure 3, comprises embedded type control module, image reading module, Quick Response Code identification module, data transmission interface module, controls execution module, data memory module, power management module; Image reading module: read image in 2 D code on mobile terminal and convert thereof into binary data stream; Quick Response Code identification module: the 2 D code information that above-mentioned image reading module is obtained is decoded into device control message; Data transmission interface module: the transmission of opertaing device end data and network-side data; Data memory module: the decoded information of storage Quick Response Code identification module and the data of data transmission interface; Control execution module: for controlling the execution of external equipment action; Embedded type control module: all modules in control and management device controller; Power management module: for the module in device controller provides power supply.

embodiment of the method

As shown in Figure 4, the present invention also provides a kind of apparatus control method based on Quick Response Code and the communication technology, and its specific works step is as follows:

User uses mobile terminal to carry out user's registration to application management server;

Application management server stores user's log-on message in database into;

The essential information of external unit, serviceable condition, equipment service condition are registered and be saved in database in application management server, make relative users become registered user;

Registered user uses mobile terminal, by proxy server, sends request to application management server, and application management server generates Quick Response Code according to request, and this Quick Response Code is sent on user's mobile terminal;

Device controller gathers the Quick Response Code on above-mentioned mobile terminal, and this Quick Response Code is converted to device control message, and this device control message is sent to application management server and verify, and according to the output control device action of checking;

Described application management server comprises database, two-dimensional code generation module, operation control module, page management module and communication control module;

Described database: storage registered user's identity information and authorization privilege, for each user offers segregated account and preserves this user all historical operation record and data, and essential information, serviceable condition, the equipment service condition of storing all device registrations;

Described two-dimensional code generation module: control information is changed into corresponding Quick Response Code according to user's request;

Described page management module: the operation of the leading subscriber page, and convert operation to data message for operation control module;

Described communication control module: manage each communication interface and control the Internet Transmission of data;

Described operation control module: control the work of all modules in application management server;

Described device controller comprises embedded type control module, image reading module, Quick Response Code identification module, data transmission interface module, controls execution module, data memory module, power management module;

Described image reading module: read image in 2 D code on mobile terminal and convert thereof into binary data stream;

Described Quick Response Code identification module: the 2 D code information that above-mentioned image reading module is obtained is decoded into device control message;

Described data transmission interface module: the transmission of opertaing device end data and network-side data;

Described data memory module: the decoded information of storage Quick Response Code identification module and the data of data transmission interface;

Described control execution module: for controlling the execution of external equipment action;

Described embedded type control module: all modules in control and management device controller;

Described power management module: for the module in device controller provides power supply.

As shown in Figure 5, registered user uses mobile terminal, by proxy server, sends request to application management server, and application management server generates Quick Response Code according to request, and this Quick Response Code is sent on user's mobile terminal, and specific works step is as follows:

User logs in: user uses mobile terminal to send connection request to proxy server, and proxy server changes connection request into WEB request Concurrency delivers to application management server;

Application management server is verified the user's registration information in login user information and database;

As being verified, enter user's operation pages;

User selects the equipment that will control on demand, the service time of equipment, control authority, data parameters;

The information inquiry database that system is selected according to above-mentioned user also verifies that whether the information of this selection is effective;

As effective in the information of above-mentioned selection, user profile and facility information are converted into 2 D code information, and are kept in application management server;

User downloads to above-mentioned conversion gained 2 D code information on mobile terminal.

As shown in Figure 6, described device controller gathers the Quick Response Code on above-mentioned mobile terminal, and this Quick Response Code is converted to device control message, this device control message is sent to application management server and verify, and carry out corresponding actions according to the output control equipment of checking, comprise the following steps:

The image reading module of device controller gathers the Quick Response Code on above-mentioned mobile terminal;

Quick Response Code identification module changes above-mentioned Quick Response Code into user profile and facility information;

User profile and facility information are verified by user profile and facility information in network and application management server database;

Relevant device work is controlled in the registration of according to user, equipment being carried out as being verified, and the data of operation are preserved, and by network, is uploaded in the database of application management server;

If checking is by error code being uploaded to application management server by network, and by application management server to user's transmit operation error message.

System of the present invention comprises: subscriber access termination, proxy server, application management server, device controller and connection bus etc.Wherein, the mode that user's incoming end can access by the WAP of intelligent mobile terminal is connected to proxy server; Proxy server is a kind of gateway device, user's connection request is transformed into WEB request and is connected to application management server; Application service system is based upon in application management server, comprises background user and device databases, two-dimensional code generation module, operation control module, page management module and communication control module etc.; Device controller is a kind of controller that identification Quick Response Code function, data-transformation facility and equipment are controlled function that has, image in 2 D code can be converted to corresponding control information controls equipment, and data are sent to network, its one end is connected with equipment, and the other end is connected with network adapter by bus and then accesses application management server.

Application management server is the core of whole apparatus control system, completes the function being connected between user and equipment, and it comprises background user and device databases, two-dimensional code generation module, operation control module, page management module and communication control module etc.The identity information that background user database comprises all registered users and authorization privilege, and preserve all historical operation records and data preservation service for each user offers segregated account; The essential information that background devices database comprises all device registrations (as device number, assets number, custodian, warehouse-in registration etc.), serviceable condition, equipment service condition; Two-dimensional code generation module mainly realizes the information that control is related to and changes into Quick Response Code; Operation control module is responsible for the operational management of whole system and the scheduling controlling of each intermodule; Page management module is responsible for processing the operation of foreground User Page, and converts operation to data message for operation control module; Communication control module is responsible for the management of each communication interface and the Internet Transmission of data is controlled.

Device controller is a kind of device for embedded control, have the functions such as identification Quick Response Code, data transmission and equipment control, it comprises embedded type control module, image reading module, Quick Response Code identification module, data transmission interface module, controls execution module, data memory module, power management module etc.Embedded type control module is used the Cortex-M4 of Fessscal company, the main control and management of being responsible for all modules; Image reading module is high pixel CMOS camera module OV9650, realizes image in 2 D code to read and convert thereof into binary data stream; Quick Response Code identification module completes the 2 D code information that image fetching unit is obtained and is decoded into raw information, and data transmission interface provides the transmission of the bus interface such as Ethernet, RS485, RS232, MODBUS for opertaing device end data and network-side data; Controlling execution module carries out for the control action of external equipment; Data memory module is mainly used in storing the data of decoded information and the data transmission interface of Quick Response Code identification module.

The present invention is based on control information Quick Response Code in the apparatus control method of Quick Response Code and the communication technology generates as follows:

User is based upon the application service page in application management server by the WAP access way login of intelligent mobile terminal, carries out the laggard access customer operation pages of subscriber authentication; User selects controlled equipment as required, and service time, control authority, data parameters etc. are controlled use information and confirmed; Whether the information that the information inquiry customer data base that system is selected according to user and device databases checking are selected is effective; System is woven into a Quick Response Code by user profile, facility information and use control information and is kept in user account after the above-mentioned information of acknowledgment of your inquiry is effective; User can download to this Quick Response Code in the mobile terminal of binding with this user account by the form of direct download or short message.

The present invention is based on control information Quick Response Code in the apparatus control method of Quick Response Code and the communication technology uses as follows:

User holds the mobile terminal of having preserved above-mentioned Quick Response Code and uses on device controller, by the image reading module of device controller, Quick Response Code figure is read in to controller; Through Quick Response Code identification module, recover the raw information comprising in Quick Response Code figure; Device controller is compared the user profile in raw information, facility information and control authority and local device information, authority, as be verified according to the service time in raw information, data parameters and use control information open equipment, accept user's control operation, and the operation information relating in control procedure and data are uploaded to application management server by data transmission interface module; As checking, do not pass through, device controller directly reaches application management server by error code, and by application management server, to user, sends faulty operation and point out.

In sum, the present invention combines planar bar code technology and the communication technology, user downloads Quick Response Code by mobile terminal from application management server, and utilize this Quick Response Code, by device controller, the equipment in laboratory is carried out to intelligent dispatch, realized distribution according to need, the intelligent scheduling to experimental facilities and controlled in real time.

Finally it should be noted that: the foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, although the present invention is had been described in detail with reference to previous embodiment, for a person skilled in the art, its technical scheme that still can record aforementioned each embodiment is modified, or part technical characterictic is wherein equal to replacement.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.

Claims (4)

1. the apparatus control system based on Quick Response Code and the communication technology, is characterized in that, comprising: mobile terminal, proxy server, application management server and device controller;
Described application management server comprises database, two-dimensional code generation module, operation control module, page management module and communication control module;
Described device controller comprises embedded type control module, image reading module, Quick Response Code identification module, data transmission interface module, controls execution module, data memory module, power management module;
Described mobile terminal: be connected to application management server by proxy server, and download the Quick Response Code being generated by application management server;
Described proxy server: set up network and connect between mobile terminal and application management server, the connection request of mobile terminal is transformed into WEB request and is connected to application management server;
Described application management server: accept the request from mobile terminal by proxy server, generate Quick Response Code according to request, and this Quick Response Code is sent to mobile terminal by proxy server, this Quick Response Code is preserved simultaneously;
Described device controller: the Quick Response Code that the Quick Response Code that above-mentioned mobile terminal is downloaded and application management server are preserved is verified, and moved according to the result opertaing device;
Described database: storage registered user's identity information and authorization privilege, for each user offers segregated account and preserves this user all historical operation record and data, and essential information, serviceable condition, the equipment service condition of storing all device registrations;
Described two-dimensional code generation module: control information is changed into corresponding Quick Response Code according to user's request;
Described page management module: the operation of the leading subscriber page, and convert operation to data message for operation control module;
Described communication control module: manage each communication interface and control the Internet Transmission of data;
Described operation control module: control the work of all modules in application management server;
Described image reading module: read image in 2 D code on mobile terminal and convert thereof into binary data stream;
Described Quick Response Code identification module: the 2 D code information that above-mentioned image reading module is obtained is decoded into device control message;
Described data transmission interface module: the transmission of opertaing device end data and network-side data;
Described data memory module: the decoded information of storage Quick Response Code identification module and the data of data transmission interface;
Described control execution module: for controlling the execution of external equipment action;
Described embedded type control module: all modules in control and management device controller;
Described power management module: for the module in device controller provides power supply.
2. the apparatus control method based on Quick Response Code and the communication technology, is characterized in that, comprises the following steps:
User uses mobile terminal to carry out user's registration to application management server;
Application management server stores user's log-on message in database into; Described application management server comprises database, two-dimensional code generation module, operation control module, page management module and communication control module;
The essential information of external unit, serviceable condition, equipment service condition are registered and be saved in database in application management server, make relative users become registered user;
Above-mentioned registered user uses mobile terminal, by proxy server, sends request to application management server, and application management server generates Quick Response Code according to request, and this Quick Response Code is sent on user's mobile terminal;
Device controller gathers the Quick Response Code on above-mentioned mobile terminal, and this Quick Response Code is converted to device control message, and this device control message is sent to application management server and verify, and according to the output control device action of checking; Described device controller comprises embedded type control module, image reading module, Quick Response Code identification module, data transmission interface module, controls execution module, data memory module, power management module;
Described registered user uses mobile terminal, by proxy server, sends request to application management server, and application management server generates Quick Response Code according to request, and this Quick Response Code is sent on user's mobile terminal, comprises the following steps:
User logs in: user uses mobile terminal to send connection request to proxy server, and proxy server changes connection request into WEB request Concurrency delivers to application management server;
Application management server is verified the user's registration information in login user information and database;
As being verified, enter user's operation pages;
User selects the equipment that will control on demand, the service time of equipment, control authority, data parameters;
The information inquiry database that system is selected according to above-mentioned user also verifies that whether the information of this selection is effective;
As effective in the information of above-mentioned selection, user profile and facility information are converted into 2 D code information, and are kept in application management server;
User downloads to above-mentioned conversion gained 2 D code information on mobile terminal;
Described database: storage registered user's identity information and authorization privilege, for each user offers segregated account and preserves this user all historical operation record and data, and essential information, serviceable condition, the equipment service condition of storing all device registrations;
Described two-dimensional code generation module: control information is changed into corresponding Quick Response Code according to user's request;
Described page management module: the operation of the leading subscriber page, and convert operation to data message for operation control module;
Described communication control module: manage each communication interface and control the Internet Transmission of data;
Described operation control module: control the work of all modules in application management server;
Described image reading module: read image in 2 D code on mobile terminal and convert thereof into binary data stream;
Described Quick Response Code identification module: the 2 D code information that above-mentioned image reading module is obtained is decoded into device control message;
Described data transmission interface module: the transmission of opertaing device end data and network-side data;
Described data memory module: the decoded information of storage Quick Response Code identification module and the data of data transmission interface;
Described control execution module: for controlling the execution of external equipment action;
Described embedded type control module: all modules in control and management device controller;
Described power management module: for the module in device controller provides power supply.
3. the apparatus control method based on Quick Response Code and the communication technology according to claim 2, it is characterized in that, described device controller gathers the Quick Response Code on above-mentioned mobile terminal, and this Quick Response Code is converted to device control message, this device control message is sent to application management server to be verified, and carry out corresponding actions according to the output control equipment of checking, comprise the following steps:
The image reading module of device controller gathers the Quick Response Code on above-mentioned mobile terminal;
Quick Response Code identification module changes above-mentioned Quick Response Code into user profile and facility information;
User profile and facility information are verified by user profile and facility information in network and application management server database;
Device controller is according to the result, opertaing device corresponding actions.
4. the apparatus control method based on Quick Response Code and the communication technology according to claim 3, is characterized in that, device controller is according to the result, and opertaing device corresponding actions, comprises the following steps:
As above-mentioned, be verified the registration of according to user, equipment being carried out and control relevant device work, and the data of operation are preserved, and by network, be uploaded in the database of application management server;
If above-mentioned checking is by error code being uploaded to application management server by network, and by application management server to user's transmit operation error message.
CN201110171953.0A 2011-06-23 2011-06-23 System and method for controlling equipment based on two-dimension code and communication technology CN102289726B (en)

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