CN103679860A - Home anti-theft system and working method thereof - Google Patents

Abstract

The invention provides a home anti-theft system and its working method, and provides a solution in which the unlocking authority of a digital anti-theft lock key can be configured. The home anti-theft system is composed of keys and locks, gateway controller, server and client. The lock reads the ID information of the key, judges it with the stored key ID data, and performs different operations according to the results of the judgment: correct, The key unlocks normally; the wrong lock starts to lock, and sends an unlock permission request command to the gateway controller, and the gateway controller then applies to the server. This system uses ID digital anti-theft lock state detection, ID code judgment, and communication technology to manage and configure the ID digital anti-theft lock state and key unlocking authority, and realize the key unlocking authority or time limit allocation through the client, so as to realize remote control of locks. Management, which is convenient for users to control the key authority, and realizes the intelligent management of digital locks.

Description

Home anti-theft system and its working method

technical field

The invention relates to the technical field of home security, in particular to a home anti-theft system and a working method thereof. The present invention adopts digital anti-theft technology, and uses a gateway controller to alarm the anti-theft lock, state detection and key authority management system, and involves anti-theft lock state detection, alarm, key authority application, remote key authorization and its working method, as well as security protection , Internet and e-commerce.

Background technique

At present, in the home anti-theft system, especially in the anti-theft door system, the remote control of the anti-theft lock and the management of key authority are still blank. Key authority management and control via the Internet. In people's daily life, the key is often lost or stolen due to poor management and control of the key, so that the user's home property and personal safety cannot be guaranteed. This common way of using the key does not reflect high quality. fashion life. Especially for high-end and intelligent management communities, the management of the keys in the hands of hourly workers is insufficient, and it is impossible to control the time period, authority and number of door openings. It often requires the user's family members to track the whole process, thus wasting the precious time of the user. Don't worry about leaving the keys alone to the service personnel or the property for safekeeping. Therefore, the home anti-theft system that cannot carry out remote authorization will inevitably affect the normal time arrangement of the user. For the door locks with fingerprints, passwords or swiping cards, it involves password confidentiality issues, and requires members of the user's family to use them. It brings a lot of inconvenience to the lives of fashion people, and it is impossible to combine the safety of door locks, Internet applications and life.

Contents of the invention

The technical problem to be solved by the present invention is to provide a home anti-theft system and its working method, which solves the deficiency in the authority management of existing anti-theft lock keys, enables remote anti-theft management such as authorization, and improves home security.

The present invention is achieved through the following technical solutions:

The home anti-theft system includes: a key and a lock, and the key includes a key body for opening the lock; wherein, the home anti-theft system also includes: a gateway controller, a server and a client;

The key includes an identification device including identification code information;

The lock includes: a lock body, a lock cylinder and circuit components; the lock body is installed on household equipment and includes a locking mechanism and an unlocking mechanism; the circuit component reads the identification code information of the key in operation, Compared with the stored identification code data, if it is correct, the key can continue to unlock, and the status will be sent to the server through the gateway controller; if it is wrong, the lock will be locked, and the unlock permission request command will be sent to the gateway controller, and then the gateway controller will send the request instruction to the server. After the application is processed, the server sends it back to the gateway controller, and the gateway controller sends the data to the lock to realize unlocking;

The gateway controller is used for data interaction with the lockset and the server;

The server is used as a service platform for user information management, lock information management, and key and authority management; the server includes access and application processing function modules and a database, and interacts with smart devices, such as gateway controllers and clients, respectively ;

The client, as a terminal operated by a user, is used to perform data interaction with the server, and perform information management and authority management through server query and configuration. In one of the embodiments, the circuit components of the lock include:

CPU: used for data detection, processing and control;

Detection circuit: used to detect the state of the lock and the state of the key;

Storage circuit: used to save information and data;

Identification code reading circuit: used to read the identification code information;

and a communication circuit: for wired or wireless communication with the gateway controller;

The CPU is electrically connected to the detection circuit, the storage circuit, the identification code reading circuit and the communication circuit respectively; the detection circuit detects the state of the key, and the identification code reading circuit reads the identification code information of the key and sends it to the CPU; Comparing the identification code information of the key with the identification code stored in the storage circuit, if the result is correct, the key can be unlocked; if the result is wrong, the lock is locked, and an unlock permission request command is sent to the gateway controller.

In one of the embodiments, the gateway controller includes: a CPU unit, a communication unit, a storage unit, and a detection control unit; the CPU unit is used for state detection data processing and control, and communicates with the communication unit, the storage unit, and the detection unit respectively electrical connection; the storage unit is used to store codes and data; the communication unit is used for the gateway controller to communicate with locks, servers, or intelligent terminal equipment; the detection control unit is used for interface state detection and control.

In one of the embodiments, the client includes: a client management module and a browser, using a computer or a tablet computer or a smart phone or a handheld terminal; the client implements login and information interaction; the client realizes Inquiry, setting and authorization, the client implements information management and key management.

The working method of the above-mentioned home anti-theft system, which includes a key authority management method, and the specific steps are:

The S1 user logs in to the server through the client to check the identity of the key;

S2 selects the key that needs to be assigned authority;

S3 selects the key permission configuration mode, including: unlocking time period, unlocking times, combination of times and time periods;

After the S4 setting is completed, select to save the setting, and the key authority management setting is completed.

The working method of the above-mentioned home anti-theft system, which includes the key application unlocking management method, the specific steps are:

The K1 key is inserted into the lock, and the lock judges the type and status of the key. If it is in a restricted state, the lock sends an unlock application message to the gateway controller;

The K2 gateway controller submits the received unlocking application information to the server;

The K3 server sends the authorization result information to the gateway controller according to the configured permissions;

The K4 gateway controller sends the authorization result information sent by the server to the lock;

The K5 user unlocks the lock.

Further, the above key application unlocking management method also includes the following steps:

K6 If the lock indicates an error in unlocking, it is necessary to pull out the key and then reinsert the key to trigger the unlocking application process; repeat step K1, step K2, step K3, step K4, and step K5 in sequence;

After the K7 user unlocks, the key application unlock management process ends.

The beneficial effects of the present invention are as follows:

The present invention aims at problems such as lack of authority management of existing anti-theft lock keys and the inability to perform remote authorization, etc., and provides a home anti-theft system and its working method for realizing digital anti-theft lock and key authority management through the Internet. Users can use smart phones or PC computers Log in to the server as a client to query key authority, authorization status, and key usage records, and configure the key usage time limit or number of licenses. During the application process, the permission-restricted key needs to apply for permission every time it is used, and the user logs in to the server through a smartphone or PC computer to allocate the key permission, or set the key permission in advance. This method solves the problem of key authority management and facilitates user management.

The home anti-theft system of the present invention can be applied to anti-theft doors or other home devices.

Description of drawings

Fig. 1 is the composition structure diagram of each component of home antitheft system of the present invention;

Fig. 2 is a schematic diagram of the key structure of the home anti-theft system of the present invention;

Fig. 3 is the structural schematic diagram of the lockset of home antitheft system of the present invention;

Fig. 4 is a schematic diagram of the lock circuit principle of the home anti-theft system of the present invention;

Fig. 5 is a structural schematic diagram of the gateway controller of the home anti-theft system of the present invention;

6 is a schematic diagram of the gateway controller circuit principle of the home anti-theft system of the present invention;

Fig. 7 is a schematic diagram of the server application principle of the home anti-theft system of the present invention;

Fig. 8 is a schematic diagram of the client application principle of the home anti-theft system of the present invention;

Fig. 9 is a flow chart of the key authority management method of the working method of the home anti-theft system of the present invention;

Fig. 10 is a flow chart of the key application unlocking management method of the working method of the home anti-theft system of the present invention.

Detailed ways

In order to solve the problems of the prior art, a home anti-theft system is proposed, as shown in Figures 1, 2, and 3, including: a key 101 and a lockset 102, and the key 101 includes a key body for opening the lockset; wherein, the The home anti-theft system also includes: a gateway controller 103, a server 104 and a client 105;

The key 101 includes an identification device including identification code information;

The lock 102 includes: a lock body, a lock cylinder and circuit components; the lock body is installed on household equipment and includes a locking mechanism and an unlocking mechanism; the circuit component reads the identification code information of the key in operation , compared with the stored ID code data, if it is correct, the key can continue to unlock, and the status will be sent to the server through the gateway controller; if it is wrong, the lock will be locked, and the unlock permission request command will be sent to the gateway controller, and then the gateway controller will send the request command to the server Make an application, the server processes it and sends it back to the gateway controller, and the gateway controller sends the data to the lock to unlock it;

The gateway controller 103 is used for data interaction with the lockset and the server;

The server 104 is used as a service platform for user information management, lock information management, and key and authority management; the server includes access and application processing function modules and a database, and interacts with smart devices, such as gateway controllers and clients, respectively communication;

The client 105, as a terminal operated by a user, is used to perform data interaction with the server, and perform information management and authority management through server query and configuration.

In one of the embodiments, as shown in FIG. 4 , the circuit components of the lock 102 include:

CPU: used for data detection, processing and control;

Detection circuit: used to detect the state of the lock and the state of the key;

Storage circuit: used to save information and data;

Identification code reading circuit: used to read the identification code information;

and a communication circuit: for wired or wireless communication with the gateway controller;

The CPU is electrically connected to the detection circuit, the storage circuit, the identification code reading circuit and the communication circuit respectively; the detection circuit detects the state of the key, and the identification code reading circuit reads the identification code information of the key and sends it to the CPU; Comparing the identification code information of the key with the identification code stored in the storage circuit, if the result is correct, the key can be unlocked; if the result is wrong, the lock is locked, and an unlock permission request command is sent to the gateway controller.

In one of the embodiments, as shown in Figures 5 and 6, the gateway controller 103 includes: a CPU unit, a communication unit, a storage unit, and a detection control unit; the CPU unit is used for state detection data processing and control, and communicates with Unit, storage unit and detection unit are electrically connected; the storage unit is used to store codes and data; the communication unit is used for communication between the gateway controller and the lock, server, or intelligent terminal equipment; the detection control unit is used for interface state detection and control .

In one of the embodiments, the client, as shown in Figure 8, includes: a client management module and a browser, using a computer or a tablet computer or a smart phone or a handheld terminal; the client realizes login and information interaction; The client implements query, setting and authorization, and the client implements information management and key management.

In one of the embodiments, the lock adopts a digital anti-theft lock, and the digital anti-theft lock includes: a front panel, a lock body, a lock cylinder and a rear panel; the front panel includes structural components, an identification code reading circuit, buttons and status feedback circuit; the lock body contains structural components, deadbolt, detection circuit and locking circuit, which are electrically connected to the locking mechanism of the lock body; the lock core contains teeth and actuators, which are connected to the panel and the lock body; the rear panel contains structural components, CPU, The communication circuit and the battery power detection circuit, the CPU realizes state detection processing and control, and communicates with the gateway controller.

In one of the embodiments, the circuit components of the lockset also include: a state prompt circuit, a state detection circuit, a locking circuit, and a battery power detection circuit; The circuits are respectively connected to the CPU; the CPU realizes state detection processing and control, the state detection circuit detects the state of the lockset, the state of the button and the state of the key, the state prompt circuit realizes various state prompts, and the locking circuit realizes locking of the lockset; the battery The power detection circuit realizes the battery power detection, and prompts through the status prompt circuit.

The key is an ID code key, which includes a shell, a key body and an identification device. The identification device includes electrodes and an ID code chip, and the ID code information of the key is read through the electrode lock.

The communication unit of the gateway controller includes: a communication unit with the smart device and a communication unit with the server; the smart device communication unit realizes the communication between the smart device, the lockset and the gateway controller, and the communication unit with the server realizes the communication between the gateway controller and the server. The server communicates to realize data interaction.

The working method of the above-mentioned home anti-theft system, wherein: as shown in Figure 9, including the key authority management method, the specific steps are:

The S1 user logs in to the server through the client to check the identity of the key;

S2 selects the key that needs to be assigned authority;

S3 selects the key permission configuration mode, including: unlocking time period, unlocking times, combination of times and time periods;

After the S4 setting is completed, select to save the setting, and the key authority management setting is completed.

In step S1, the key has a built-in unique ID code. Through the pre-registration operation, the keys with different functions are registered in the lock, and the unique ID code of the key is stored in the storage unit of the lock to realize the judgment of the key ID code.

The working method of the above-mentioned home anti-theft system, wherein: as shown in Figure 10, includes a key application unlocking management method, and the specific steps are:

The K1 key is inserted into the lock, and the lock judges the type and status of the key. If it is in a restricted state, the lock sends an unlock application message to the gateway controller;

The K2 gateway controller submits the received unlocking application information to the server;

The K3 server sends the authorization result information to the gateway controller according to the configured permissions;

The K4 gateway controller sends the authorization result information sent by the server to the lock;

The K5 user unlocks the lock.

Further, the above key application unlocking management method also includes the following steps:

K6 If the lock indicates an error in unlocking, it is necessary to pull out the key and then reinsert the key to trigger the unlocking application process; repeat step K1, step K2, step K3, step K4, and step K5 in sequence;

After the K7 user unlocks, the key application unlock management process ends.

In steps K1, K2, and K3, after the key is inserted, the state detection circuit is triggered to detect that the user is unlocking the lock, and at the same time start the key ID code reading, and compare the read key ID code with the ID code stored in the storage circuit. For comparison, if they are the same, a status prompt will be given, and the unlocking operation can be continued, and the lock status will be sent to the gateway controller, and the gateway controller will submit it to the server. If the comparison is wrong, the unlock request information will be sent to the gateway controller, and the gateway control The controller submits the request information to the server, and the server responds to the gateway controller according to the configuration, and the gateway controller sends it to the lock.

If the authority of the corresponding key in the server is not configured, the locking circuit will be activated, the opening and closing mechanism will be triggered, and the lock will be forced. At the same time, the status prompt circuit will prompt that the key ID code is wrong.

If the key ID codes are wrong for more than three consecutive times, the lock starting state prompt circuit will send out an alarm prompt, and the alarm information will be sent to the gateway controller, which will notify the user.

Example:

The home anti-theft system of the present disclosure, as shown in Figures 1 and 2, the present invention is composed of five parts such as a key 101, a lock 102, a gateway controller 103, a server 104, and a smart phone 105. The key 101 adopts an ID code key, and the lock 102 adopts a ID digital anti-theft lock, server 104 also includes WEB server, application software and database.

ID digital anti-theft lock is a perfect combination of machinery and electronics, as shown in Figure 3 and 4, ID digital anti-theft lock includes: front panel 202, lock body 203, lock cylinder 204 and rear panel 201; the front panel has a built-in doorbell and status display The light circuit realizes the function of the doorbell and status display; the lock body is installed in the door panel, including the main deadbolt, auxiliary deadbolt and door magnetic tongue, and the built-in status detection circuit and locking circuit of the lock body are electrically connected with the locking mechanism of the lock body; The core realizes key tooth shape matching and unlocking, and is connected with the front and rear panels and the lock body during installation; the rear panel includes the door handle and built-in main control unit CPU circuit, wireless communication circuit and battery power detection circuit, which are realized by the main control unit CPU circuit. Lock switch state judgment and lock control, and communicate with the gateway controller through the built-in wireless communication circuit. The key 101 used in the present invention has a built-in unique ID code. Through the pre-registration operation, keys with different functions are registered in the digital lock, and the unique ID code of the key is stored in the storage circuit of the lock to realize the judgment of the key ID code.

The circuit components of the lockset 102, as shown in Figure 4, include a main control unit CPU, a state detection circuit, an ID code reading circuit, a storage circuit, a wireless communication circuit, a voice prompt circuit, a key detection circuit, a locking circuit, and a battery power detection circuit. circuit and state display circuit; the ID code reading circuit, storage circuit, wireless communication circuit, voice prompt circuit, button detection circuit, locking circuit, battery power detection circuit and state display circuit are respectively connected with the main control unit CPU; The unit CPU realizes lock state detection processing and control, the key state detection circuit detects the state of the main lock bolt and the door magnetic tongue switch state, and the key insertion state, the key ID code reading circuit realizes the data reading of the key ID code chip, and the key detection circuit realizes the lock Configuration and doorbell button processing, the storage circuit realizes the storage of the ID code data of the registered key, the voice prompt circuit performs different voice prompt functions according to different operations, the wireless communication circuit is a circuit for wireless communication between the lock and the gateway controller, and the locking circuit is realized in When the lock is unlocked by an illegal key, the lock operation is performed, and the battery power detection circuit realizes the battery power detection and performs a low battery prompt. After the ID code key is inserted into the lock cylinder, the state detection circuit is triggered, the lock detects that the user is unlocking the lock, and at the same time starts the key ID code reading, compares the read key ID code with the stored ID code, if they are the same, proceed Voice prompt, you can continue the key unlocking operation, and send the unlocking status to the gateway controller through the wireless communication circuit, and the gateway controller sends the status to the server. If the ID code is wrong, apply to the gateway controller through the wireless circuit For unlocking permission, the gateway controller applies to the server for the permission of the key through the Internet, and the server responds with the configuration permission of the key, which is forwarded to the lock by the gateway controller.

The working method of the above-mentioned home anti-theft system, if there is no key with unlocking authority to unlock, then start the locking circuit, touch the opening and closing locking mechanism, forcibly lock, and prompt the key ID code error, and send permission request information to the gateway controller.

If there is no unlocking authority key connected more than three times to unlock, the lock will start the voice circuit to send out an alarm sound, and send the alarm information to the gateway controller through the wireless communication circuit, and the gateway controller will notify the user, which can be by SMS or by voice .

The lock implements function configuration and doorbell operation through the key detection circuit, realizes key cancellation and registration, and emergency password management; the doorbell and emergency password input functions are realized through the doorbell button on the front panel. During the configuration and password operation process of the lock, it will issue voice prompts of various states.

The key is an ID code key, which is composed of a shell, a key body and an identification device. The identification device includes: IC electrodes and IC code chips. When unlocking, insert the key into the ID digital anti-theft lock, and the key on the key The IC electrode is in contact with the electrode on the lock, and triggers the ID digital anti-theft lock to read the key ID code, and the digital lock reads the key code through the IC electrode on the key.

The gateway controller 103 is a bridge for data interaction between the lock and the server. As shown in Figures 5 and 6, the gateway controller and the lock adopt wireless communication, and the communication between the gateway controller and the server can use wireless communication or wired communication to realize gateway control. Configure server parameters and communicate with remote servers, and send alarm information to users. When applying for key unlocking, the lockset sends unlocking authority request data to the gateway controller, the gateway controller sends the application information to the server, the server then sends the key authority information data to the gateway controller, and the gateway controller then sends it to the lockset. The authority of the key is configured by the user. The user logs in to the server through the client to authorize or set the authority. The authorization information is sent to the server through the client. When the gateway controller logs in to the server, the server then pushes the information to the gateway controller for storage. When the key is unlocked, the gateway controller sends the saved key authority information to the ID digital anti-theft lock, realizing the key authority management and unlocking operation process of the ID digital anti-theft lock.

The implementation principle of the gateway controller, as shown in Figure 6, the gateway controller is composed of a main control unit CPU, a storage unit, a voice circuit, a status display circuit, a detection circuit, a battery power detection circuit, a wireless communication circuit, and an Ethernet communication circuit. The main control unit CPU implements state detection, data processing and control, and the storage unit saves the code and data of the gateway controller to realize code operation. The voice circuit realizes alarm information recording, operation voice prompts, and alarm sounds, and is connected to an external microphone and speaker. The status display circuit realizes the display of the gateway running status, alarm status and operation status. The detection circuit is used for gateway controller keyboard processing to realize gateway controller function setting, digital lock registration, recording and playback functions, and the battery power detection circuit is used for battery power detection to realize low battery alarm. The wireless communication circuit includes two-way wireless communication with a digital lock or smart home equipment, and a wireless communication circuit with a server. The gateway controller realizes anti-theft alarm and server communication through the wireless communication function. The Ethernet communication circuit is used for parameter configuration of the gateway controller. When the ID digital anti-theft lock is unlocking the key or applying for permission, it sends the request information to the gateway controller. After the gateway controller processes the information, it then submits the information to the server. The unlocking application information is uploaded and the control information is issued, and the gateway controller saves each operation record at the same time. When the ID digital anti-theft lock is used with the gateway controller, the digital lock must be registered first, and the gateway controller is operated to enter the registration state, and the ID digital anti-theft lock is operated to register, so as to realize the registration function of multiple locks or other smart home devices . Recording and alarm function, after the gateway controller receives the alarm information of the digital lock, it will start the local high-decibel alarm sound, send the alarm information to the user, and send the alarm information to the server at the same time. The gateway controller can realize configuration through the Ethernet interface, configure server information, user information, wireless communication parameters, etc. The server sends information to the gateway controller after the gateway logs in to the server, and the server sends it to the gateway controller to ensure that the information is updated synchronously.

As shown in FIG. 7 , the application function modules of the server include: a key registration management unit, an authority query management unit, a key cancellation management unit, and the like. The server is a service platform for user information management, ID digital anti-theft lock information management, key and authority management, and realizes functions such as user login, information query, key management, and key authority distribution. Settings and key management. On the server side, users need to register users, ID digital anti-theft locks and key information, which are stored in the database by the server. When the lock sends an unlocking application to the gateway controller, the gateway controller sends the application information to the server, the server processes the information, and sends the key authority information back to the gateway controller, which then sends it to the ID digital anti-theft lock , to complete the entire operation process.

The server application implementation block diagram, as shown in Figure 7, the server is responsible for processing the connection between the gateway controller and the client, supports HTML and XML interaction, including application function modules, APACHE server, PHP5 processor, Zend Framework framework, database and support templates Composed of files, the application function modules implement different operation requests, and interact through the WEB server, and interpret XML or HTML by PHP5, and then pass it to the Zend Framework WEB application framework, and exchange information with the database, and then respond to the information The APACHE web server responds to the gateway controller or the client, and the server framework applied in the present invention is based on the WEB mode, which can facilitate service realization and deployment.

The client refers to the client software or browser. Install the client software on a smartphone or PC or log in through a browser. It can be a smartphone, tablet, PC or handheld terminal. Realize user information management, key management and key permission setting, query lock status or alarm information. When configuring the key authority, the user logs in to the server, authorizes the key, and configures it according to the unlocking time period, unlocking permission times, and periodicity. The server records the unlocking authority of the key. When the key applies for unlocking or the gateway controls the connection, the server key authority information is sent to the gateway controller, and the gateway controller then sends the authority information to the ID digital anti-theft lock to realize unlocking.

The client application implementation block diagram is shown in Figure 8. The client is based on the standard HTML5 web page design, and interacts with the server through HTML or XML. It mainly uses smartphones and tablets, and also supports PCs. The client interface adopts a web design that supports HTML5, and uses the JAVASCRIPT application framework of JQUERY UI and JQUERYMOBILE to support mainstream browsers. It can be connected through smartphones, tablets and PC browsers to realize HTML or XML interaction with the server. Web page interaction realizes functions such as login, query, and setting of the intelligent anti-theft system.

The characteristics of the home anti-theft system of the present invention are:

1. The key permissions in the anti-theft system can be flexibly configured.

2. The anti-theft system provides means and methods for users to remotely query the status of the lock and configure the time limit for unlocking.

3. The anti-theft system can use a smartphone or PC as a client to query the lock opening and closing status and configure key permissions.

4. The system realizes door lock linkage with digital lock to realize anti-theft alarm.

5. The ID key has a built-in unique code chip.

6. In the ID digital anti-theft lock, the function circuit of reading the key ID code and the detection circuit of the lock switch state are added to realize the anti-theft alarm function and authority management.

7. ID digital anti-theft lock can provide key registration, cancellation, permission application, arming, disarming and alarm functions.

8. The gateway controller has a built-in wireless communication module to realize communication with the ID digital anti-theft lock.

9. The gateway controller has a built-in communication module to realize the communication between the gateway controller and the server and client.

10. The server provides user information management, ID digital anti-theft lock information management, key information management and key authority distribution, and controls the ID digital anti-theft lock switch function according to the user's configuration of key authority.

11. The client provides user information, ID digital anti-theft lock information, and key information management to realize login, query, and configuration functions. The access method can be a smart phone or a PC.

When in use, the ID digital anti-theft lock is installed on the user's anti-theft door, and the gateway controller is installed at the user's home. The ID digital anti-theft lock and the gateway controller adopt wireless communication. Communication, the server host is deployed in the data communication center. Before use, log in to the server to register information, configure the gateway controller, and register the digital lock to the gateway controller. Later, you can log in to the server through the smart phone client to query the status of the ID digital anti-theft lock and manage the authority of the ID code key. .

The above-mentioned embodiments only express the implementation manner of the present invention, and the description thereof is relatively specific and detailed, but should not be construed as limiting the patent scope of the present invention. It should be pointed out that those skilled in the art can make several modifications and improvements without departing from the concept of the present invention, and these all belong to the protection scope of the present invention. Therefore, the protection scope of the patent for the present invention should be based on the appended claims.

Claims (15)

1. household burglary-resisting system, includes: key and lockset, and described key comprises and is useful on the key body of opening lockset; It is characterized in that, described household burglary-resisting system also includes: gateway controller, server and client;

Described key, includes the identity recognition device that comprises identity code information;

Described lockset, includes: lock body, lock core and circuit block; Described lock body is arranged on home equipment, includes blocking mechanism and unlocking mechanism; The identity code information of the key in described circuit block read operation, compares with the identification code data of storage, and correct, key can continue to unblank, and to server, sends state by gateway controller; Mistake, lockset locking, and send unlocking authority request instruction to gateway controller, and gateway controller is applied for to server again, postbacks to gateway controller after server process, gateway controller is issued lockset realization data again and is unblanked;

Described gateway controller, for carrying out data interaction with lockset and server;

Described server, as the service platform of subscriber information management, lockset information management, key and rights management; Described server includes access and application processing function module and database, with smart machine, as gateway controller and client difference interactive communication;

Described client, as the terminal of user's operation, for carrying out data interaction with server, by server lookup and configuration, carries out information management and rights management.

2. household burglary-resisting system according to claim 1, is characterized in that, the circuit block of described lockset includes:

CPU: process and control for Data Detection;

Testing circuit: for detection of lockset state and key state;

Memory circuit: for preservation information and data;

Identity code reading circuit: for reading identity code information;

And telecommunication circuit: for carrying out wired or wireless communication with gateway controller;

Described CPU and testing circuit, memory circuit, identity code reading circuit and telecommunication circuit are electrically connected respectively; Testing circuit detects key state, and identity code reading circuit reads the identity code information of key, sends to CPU; CPU compares the identity code information of key with the identity code of storing in memory circuit, result is correct, and key can be unblanked, erroneous results, and lockset locking, and send unlocking authority request instruction to gateway controller.

3. household burglary-resisting system according to claim 2, is characterized in that, described gateway controller, includes: CPU element, communication unit, storage unit and detection control unit; CPU element is for state-detection data processing and control, respectively with communication unit, storage unit and detecting unit electrical connection; Described storage unit, for preserving code and data; Communication unit is communicated by letter with lockset, server or intelligent terminal for gateway controller; Detection control unit detects and controls for Interface status.

4. household burglary-resisting system according to claim 3, is characterized in that, described client, includes: client manager module and browser, adopt computer or panel computer or smart mobile phone or handheld terminal; Described client realizes and logging in and information interaction; Described client realizes inquiry, arranges and authorizes, and described client realizes information management and key management.

5. household burglary-resisting system according to claim 4, is characterized in that, described lockset adopts theft-proof permulation lock, and theft-proof permulation lock includes: front panel, lock body, lock core and rear panel; Front panel comprises structure member, identity code reading circuit, button and state-feedback circuit; Lock body comprises structure member, dead bolt, testing circuit and exclusive circuit, with the blocking mechanism electrical connection of lock body; Lock core comprises profile of tooth and topworks, is connected with panel and lock body; Rear panel comprises structure member, CPU, telecommunication circuit and battery power detection circuit, and CPU realizes state detection process and control, and communicates by letter with gateway controller.

6. household burglary-resisting system according to claim 5, is characterized in that, the circuit block of described lockset, also includes: condition prompting circuit, state detection circuit, exclusive circuit and battery power detection circuit; Described condition prompting circuit, state detection circuit, exclusive circuit and battery power detection circuit are connected with CPU respectively; CPU realizes state detection process and control, and state detection circuit detects lockset state, key-press status and key state, and described condition prompting circuit is realized various condition promptings, and described exclusive circuit is realized lockset locking; Described battery power detection circuit is realized battery electric quantity and is detected, and points out by condition prompting circuit.

7. household burglary-resisting system according to claim 6, it is characterized in that, described key is a kind of ID code key, comprises shell, key body and identity recognition device, described identity recognition device includes: electrode and ID code chip, by electrode lockset, realize the key ID code information that reads.

8. household burglary-resisting system according to claim 7, is characterized in that, the communication unit of described gateway controller includes: with the communication unit of smart machine and with the communication unit of server; Smart machine communication unit is realized communicating by letter between smart machine, lockset and gateway controller, realizes gateway controller and server communication with server communication unit, realizes data interaction.

9. according to the method for work of the household burglary-resisting system described in any one in claim 1 to 8, it is characterized in that, comprise key right management method, concrete steps are:

S1 user checks the identity of key by accessing server by customer end;

S2 selects to distribute the key of authority;

S3 selects key authority configuration mode, comprising: the pattern that uncaging time section, unlocking times, number of times were combined with the time period;

After S4 has arranged, select to preserve setting, key rights management setting completes.

10. the method for work of household burglary-resisting system according to claim 9, is characterized in that, comprises the key application management method of unblanking, and concrete steps are:

K1 key inserts lockset, lockset judgement key type and state, as while being constrained state, lockset sends to gateway controller the application information of unblanking;

K2 gateway controller is submitted the application information of unblanking receiving to server;

K3 server, according to the authority of configuration, sends to gateway controller Authorization result information;

The Authorization result information that K4 gateway controller sends server is issued lockset;

K5 user unblanks.

The method of work of 11. household burglary-resisting systems according to claim 10, is characterized in that, also comprises the steps:

K6, as the lockset prompting mistake of unblanking, need to extract after key, then reinserts key and trigger the application process of unblanking; Repeating step K1, step K 2, step K 3, step K 4, step K 5 successively;

After K7 user unblanks, the key application management process of unblanking finishes.

The method of work of 12. household burglary-resisting systems according to claim 10, it is characterized in that, in step S1, the built-in unique ID code of key, registration by advance operates, the key of difference in functionality is registered in lockset, and the unique ID code of key is saved in the storage unit of lockset, realizes the judgement of key ID code.

The method of work of 13. household burglary-resisting systems according to claim 12, it is characterized in that, step K 1, K2, in K3, after key inserts, trigger state detection circuit, user being detected unblanks, initiation key ID code reads simultaneously, the key ID code reading and the ID code being kept in memory circuit are compared, if identical, carry out condition prompting, can proceed unlock operation, and lockset state is sent to gateway controller, by gateway controller, be submitted to server, if comparison error, to gateway controller, send the solicited message of unblanking, gateway controller is submitted solicited message again to server, server is replied to gateway controller according to configuring condition, by gateway controller, send to lockset.

The method of work of 14. household burglary-resisting systems according to claim 13, is characterized in that, as the not configuration of the authority of corresponding key in server, start exclusive circuit, touch open and close lock mechanism, locking by force, the key of condition prompting circuit prompting simultaneously ID code mistake.

The method of work of 15. household burglary-resisting systems according to claim 14, it is characterized in that, if surpass continuously the key ID code mistake of three times, the lockset starting state cue circuit prompting that gives the alarm, and warning message is sent to gateway controller, by gateway controller, notify user.

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