CN109934983A - A kind of control system and its control method of electric lock - Google Patents
A kind of control system and its control method of electric lock Download PDFInfo
- Publication number
- CN109934983A CN109934983A CN201910326027.2A CN201910326027A CN109934983A CN 109934983 A CN109934983 A CN 109934983A CN 201910326027 A CN201910326027 A CN 201910326027A CN 109934983 A CN109934983 A CN 109934983A
- Authority
- CN
- China
- Prior art keywords
- fingerprint
- interface
- electric lock
- field
- module
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Telephone Function (AREA)
Abstract
The invention discloses a kind of control system of electric lock and its control methods.The control system of the electric lock includes electric lock, the lock tongue of the electric lock and electronic bolt driving mechanism are drivingly connected, the electronic bolt driving mechanism is electrically connected with main control chip and battery respectively by mainboard, the main control chip is electrically connected with interior wireless communication module is locked, the main control chip is electrically connected with fingerprint sensor, and the electric lock is associated with wireless mobile apparatus.The control method of the electric lock is to first pass through wireless mobile apparatus by the fingerprint template information of user deposit electric lock, and when unlocking, user pins fingerprint sensor, and main control chip controls electronic bolt driving mechanism driving lock tongue and unlocks.Fingerprint is conveniently set up by wireless mobile apparatus, controls the unlatching of lock, eliminates the burden of carrying keys, greatly facilitates people's lives, and can guarantee safety, prevents from being opened by incoherent people, it is easy to operate, it is convenient.
Description
Technical Field
The present invention relates to a lock control system and a control method thereof, and more particularly, to a control system and a control method of an electric lock.
Background
The lock that circulates on the market now is ordinary mechanical lock mostly, need prepare corresponding key and just can open, forget very easily like this and hand-carry or lose, and the key is impaired easily moreover, and user experience is very poor, as long as possess the key simultaneously anybody can open the lock, and the security is difficult to guarantee. For the old and children who are inconvenient to move, the unlocking operation of the mechanical lock is too complex.
Disclosure of Invention
The first technical problem to be solved by the invention is to provide a control system of an electric lock, which is convenient to set fingerprints through wireless mobile equipment, is convenient to control the unlocking of the lock, avoids the encumbrance of carrying keys, is greatly convenient for the life of people, can ensure the safety, is prevented from being unlocked by irrelevant people, and is simple and convenient to operate.
In order to solve the first technical problem, the control system of the invention comprises an electric lock, a bolt of the electric lock is in driving connection with a motor, the motor is respectively and electrically connected with a main control chip and a battery through a mainboard, the main control chip is electrically connected with a wireless communication module in the lock, the main control chip is electrically connected with a fingerprint sensor, and the electric lock is associated with a wireless mobile device.
The wireless communication module in the lock is a Bluetooth module and/or a ceramic antenna in the lock.
The Bluetooth module in the lock is a Bluetooth module with an automatic induction power-on function.
The wireless mobile device is a smart phone or a tablet computer or a notebook computer.
The wireless mobile device has an in-device wireless communication module.
The built-in wireless communication module is a built-in Bluetooth module and/or an antenna.
The wireless mobile equipment is directly and wirelessly connected with the electric lock through the Bluetooth module in the lock and the Bluetooth module in the lock; or,
the wireless mobile equipment is in wireless connection with the cloud server through the antenna and the wireless communication network.
The electric lock is in wireless connection with the cloud server through the ceramic antenna and the wireless communication network.
The main control chip is electrically connected with the buzzer.
The main control chip is provided with a fingerprint storage template and a fingerprint algorithm module.
The wireless mobile device has an electric lock control module.
The electric lock control module comprises a registration login sub-module, a communication control sub-module, a fingerprint template information storage and setting sub-module, an unlocking control sub-module, a two-way loss prevention sub-module (when the loss prevention distance between the electric lock and the mobile equipment is exceeded, the electric lock and the mobile equipment simultaneously give an alarm, the two-way loss prevention function can be realized after the two-way loss prevention sub-module is started), a two-way lock searching sub-module (a lock or an article is searched, namely the function of searching by clicking a mobile phone APP, a lock opening interval prompt tone and a red lamp flash until the function of searching is closed, or the electric lock is not available, the mobile phone is searched, namely a 2 or 3 lock fingerprint sensor is quickly pressed in a Bluetooth range, the mobile phone gives a prompt tone and searches for the mobile phone), a lock control shooting sub-module, a lock control recording sub-module, a cloud server, The cloud server push message checking sub-module, the system quitting sub-module, the equipment adding sub-module and the connection binding sub-module.
The loss prevention distance (i.e., the distance between the electric lock and the wireless mobile device) in the loss prevention module is 5 to 10 meters.
The alarm distance (i.e. the distance between the electric lock and the wireless mobile device) in the bidirectional searching submodule is 5-10 m.
And the electric lock control module displays through a starting interface.
There are multiple launch interfaces.
Only one launch interface appears each time the program is launched.
The start interface is linked with a login/registration interface.
The "login/registration" interface is flanked by an "OmO" icon.
The middle upper part of the login/registration interface is provided with a login/registration label.
The label of 'please use third party login' is arranged in the middle of the 'login/registration' interface.
The middle and lower part of the login/registration interface is provided with a QQ icon, a weChat icon, a Line icon and a Facebook icon.
The lower part of the login/registration interface is provided with a Language switching icon.
Login is done by clicking on the "QQ" icon or the "weChat" icon or the "Line" icon or the "Facebook" icon.
The Language switching icon is linked with a Language switching interface.
The "language switching" interface is listed with "English" option, "Japanese" option, "Korean" option, "simplified chinese" option, "traditional chinese" option.
And entering a home page interface after login is successful.
The middle-upper part of the home page interface is provided with a dialog box for 'you do not bind OmOLOCK yet and whether you are bound now'.
The middle-lower part of the home page interface is provided with an anti-lost icon, an unlocking requesting icon and a searching icon.
The lower part of the home page interface is provided with a battery electric quantity identifier, a connection state identifier and an 'OmOLOCK' identifier.
"you have not bound OmOLOCK yet, and whether the" My devices "interface is linked to the" dialog box "to which you are now bound.
The My device label and the added device icon are arranged on the upper portion of the My device interface.
The "my device" interface has on its top a "rename" button, a "connect" button, and a "unbind" button, which are displayed with the names of the connected devices.
Multiple devices may be bound to the my devices interface simultaneously.
Only one device can be connected at a time in the my devices interface.
The add device icon is linked to an "add device" interface.
The upper part of the 'add device' interface is provided with a return button and an 'add device' label.
The middle upper part of the interface of the 'adding equipment' is provided with an adding equipment description.
The lower-middle part of the interface of the 'adding device' has a device pattern.
There is a "search" button in the lower portion of the "add device" interface.
The account icon is linked to the "me" interface.
The upper part of the 'I' interface is provided with a return button and an 'I' label.
The middle upper part of the 'I' interface is provided with a head portrait authorized to be logged in by a third party.
The "my device" button and the "my fingerprint" button are located in the middle of the "me" interface.
The lower middle part of the 'I' interface is provided with an 'authorization management' option, a 'use help' option, a 'language switching' option and a 'system message' option.
The lower part of the 'I' interface is provided with a 'log-out' button.
The My devices button is linked to the My devices interface.
The "my fingerprints" button is linked to a "my fingerprints" interface.
The "My fingerprint" interface has a return button, a "My fingerprint" tag, and an "Add fingerprint" icon on top.
The middle part of the My fingerprint interface is provided with a couple mode switch.
The lower portion of the My fingerprints interface displays the names of fingerprints of different users, a rename button, and a delete button.
The "add fingerprint" icon is linked to an "add fingerprint" interface.
The upper part of the 'fingerprint adding' interface is provided with a return button and a 'fingerprint adding' label.
The middle upper part of the 'fingerprint adding' interface is provided with a fingerprint adding instruction.
The middle of the 'fingerprint adding' interface is provided with a device pattern.
The 'fingerprint adding' interface is linked with a 'newly built fingerprint' interface.
The upper part of the 'newly-built fingerprint' interface is provided with a return button and a 'newly-built fingerprint' label.
The middle upper part of the 'newly built fingerprint' interface displays a fingerprint input state.
The middle part of the 'newly built fingerprint' interface displays a fingerprint pattern.
The middle-lower part of the 'newly built fingerprint' interface is provided with a 'rename' button.
The lower part of the 'newly built fingerprint' interface is provided with a 'finishing' button.
The switch of 'couple mode' is linked with a 'please select couple fingerprint' dialog box.
The upper part of the dialog box 'please select the couple fingerprint' is provided with a 'please select the couple fingerprint' label.
The middle upper part of the dialog box 'please select couple fingerprint' has user fingerprint option.
The middle upper part of the dialog box 'please select the couple fingerprint' is provided with a 'confirm' button.
The middle-lower part of the dialog box 'please select the couple fingerprint' has couple mode explanation.
The authorization management selection link is connected with an authorization management interface.
The upper part of the authorization management interface is provided with a return button and an authorization management label.
The middle part of the authorization management interface displays a requester name, a device name, an application date and an authorization button.
Pressing the "authorize" button changes to an "authorized" button.
The authorized person's handset displays an "add device" interface.
And an 'adding equipment' label is arranged on the upper part of the 'adding equipment' interface.
The middle part of the 'add device' interface displays a binding device description.
There is a binding dialog box in the lower part of the "add device" interface.
The "use help" option is linked with a "use help" interface.
The "use help" tab is located on top of the "use help" interface.
Below the "use help" tab is a "frequently asked questions" tab, a "structure description" tab, a "first use" tab, and a "function description" tab.
The language switching selection link is connected with a language switching interface.
The "language switching" interface includes an "English" option, a "Japanese" option, a "Korean" option, a "simplified" option, and a "traditional" option.
The system message option is linked with a system message interface.
The upper part of the system message interface is provided with a return button and a system message label.
The lower portion of the "system messages" interface displays system messages.
The anti-lost icon is linked with an anti-lost message frame.
The find icon is linked to a find message box.
The cloud server has an electric lock record database.
The electric lock record database comprises a system management module, a message management module, a member management module, an equipment management module, an agent management module and a code generator module.
The 'system management' module comprises a 'user management' table, a 'department management' table, a 'role management' table, a 'menu management' table, a 'system log' table and a 'SQL monitoring' table.
The "user management" table includes a "user name" field, an "alias" field, an "affiliated department" field, a "mailbox" field, a "cell phone number" field, a "status" field, and a "creation time" field.
The "department management" table includes a "department name" field, a "higher level department" field, and a "ranking number" field.
The "role management" table includes a "role name" field, a "remark" field, and a "creation time" field.
The "menu management" table includes a "menu name" field, an "upper menu" field, an "icon" field, a "type" field, and a "sort number".
The "system log" table includes a "user name" field, a "user operation" field, a "request method" field, a "request parameter" field, an "execution duration" field, an "IP address" field, and a "creation time" field.
The "SQL monitoring" table includes an "SQL" field, a "number of executions" field, an "execution time" field, a "slowest" field, a "transaction execution" field, a "number of errors" field, a "number of updated rows" field, a "number of read rows" field, an "in execution" field, a "maximum concurrency" field, an "execution time distribution" field, an "execute + RS time distribution" field, a "read rows distribution" field, and an "update rows distribution" field.
The "message management" module includes a "message template" table and a "message list" table.
The "message template" table includes a "title" field and a "content" field.
The "message list" table includes a "title" field, a "content" field, a "date" field, and a "user name" field.
The "Member management" module includes a "Member List" table.
The "Member List" table includes an "id" field, an "avatar" field, a "nickname" field, a "user unique identification" field, a "creation time" field, a "status" field, and an "action" field.
The "device management" module includes a "device list" table, a "fingerprint list" table, and an "authorization list" table.
The "device list" table includes an "id" field, a "device name" field, a "mobile device identification code" field, a "user name" field, a "owner" field, a "couple mode on" field, and an "operation" field.
The "fingerprint list" table includes an "id" field, a "fingerprint name" field, a "fingerprint tag" field, and a "mobile device identification" field.
The "authorization list" table includes an "id" field, a "device name" field, a "mobile device identification" field, an "application user" field, an "application date" field, and a "status" field.
The "agent management" module includes a "agent list" table.
The "agent list" table includes an "id" field, a "name" field, a "phone" field, an "area" field, and a "date" field.
The "code generator" module includes a "code generation" table.
The "code generation" table includes a "table name" field, an "Engine" field, a "form comment" field, and a "creation time" field.
Compared with the prior art, the control system of the electric lock has the following beneficial effects.
1. This technical scheme is owing to adopted the control system of electric lock includes electric lock, electric lock's spring bolt is connected with motor drive, the motor passes through the mainboard and is connected with main control chip and battery electricity respectively, main control chip is connected with the interior wireless communication module electricity of lock, main control chip is connected with the fingerprint sensor electricity, electric lock and the relevant technological means of wireless mobile device, so, conveniently set up the fingerprint through wireless mobile device, control opening of lock has removed the drag of carrying the key from, and very big has made things convenient for people's life, can guarantee the security moreover, prevents to be opened by irrelevant people, easy operation, and is convenient.
2. According to the technical scheme, the wireless communication module in the lock is a Bluetooth module in the lock and/or a ceramic antenna; the Bluetooth module in the lock is a Bluetooth module with an automatic induction power-on function; the wireless mobile device is a smart phone, a tablet computer or a notebook computer; the wireless mobile equipment is provided with an internal wireless communication module; the built-in wireless communication module is a built-in Bluetooth module and/or an antenna; the wireless mobile equipment is directly and wirelessly connected with the electric lock through the Bluetooth module in the lock and the Bluetooth module in the lock; or the wireless mobile equipment is in wireless connection with a cloud server through the antenna and a wireless communication network; the electric lock is in wireless connection with the cloud server through the ceramic antenna and a wireless communication network; the main control chip is electrically connected with the buzzer, so that the intelligent locking function of the mobile device on the electric lock is realized.
3. The technical scheme adopts the main control chip which is provided with a fingerprint storage template and a fingerprint algorithm module; the wireless mobile device is provided with an electric lock control module; the electric lock control module comprises a registration login sub-module, a communication control sub-module, a fingerprint template information storage and setting sub-module, an unlocking control sub-module, a two-way loss prevention sub-module (when the loss prevention distance between the electric lock and the mobile equipment is exceeded, the electric lock and the mobile equipment simultaneously give an alarm, the two-way loss prevention function can be realized after the two-way loss prevention sub-module is started), a two-way lock searching sub-module (a lock or an article is searched, namely the function of searching by clicking a mobile phone APP, a lock opening interval prompt tone and a red lamp flash until the function of searching is closed, or the electric lock is not available, the mobile phone is searched, namely a 2 or 3 lock fingerprint sensor is quickly pressed in a Bluetooth range, the mobile phone gives a prompt tone and searches for the mobile phone), a lock control shooting sub-module, a lock control recording sub-module, a cloud server, The cloud server push message viewing sub-module, the system exiting sub-module, the equipment adding sub-module and the connection binding sub-module are checked; the loss prevention distance (namely the distance between the electric lock and the wireless mobile equipment) in the loss prevention module is 5-10 meters; the alarm distance (namely the distance between the electric lock and the wireless mobile equipment) in the bidirectional searching submodule is 5-10 meters; the electric lock control module displays through a starting interface; a plurality of starting interfaces are provided; only one starting interface appears when a program is started each time; the starting interface is linked with a login/registration interface; the "OmO" icon is arranged on the upper part of the "login/registration" interface; the middle upper part of the login/registration interface is provided with a login/registration label; the middle part of the login/registration interface is provided with a label of 'please use the third party for login and use'; the middle lower part of the login/registration interface is provided with a QQ icon, a weChat icon, a Line icon and a Facebook icon; the lower part of the login/registration interface is provided with a Language switching icon; logging in by clicking a 'QQ' icon or a 'weChat' icon or a 'Line' icon or a 'Facebook' icon; the Language switching icon is linked with a Language switching interface; the 'language switching' interface is listed with 'English' option, 'Japanese' option, 'Korean' option, 'simplified Chinese' option and 'traditional Chinese' option; entering a home page interface after login is successful; the middle upper part of the home page interface is provided with a dialog box for 'you do not bind OmOLOCK yet and whether you are bound now'; the middle lower part of the home page interface is provided with an anti-lost icon, an unlocking requesting icon and a searching icon; the lower part of the home page interface is provided with a battery electric quantity identifier, a connection state identifier and an 'OmOLOCK' identifier; "you have not bound OmOLOCK yet, whether the" dialog box is linked with the "my equipment" interface to go to bind now; the upper part of the my equipment interface is provided with a my equipment label and an added equipment icon; the name of the connected equipment, a renaming button, a connecting button and a unbinding button are displayed on the upper part of the My equipment interface; multiple devices can be bound in the My device interface at the same time; only one device can be connected at the same time in the my device interface; the adding equipment icon is linked with an adding equipment interface; the upper part of the 'adding equipment' interface is provided with a return button and an 'adding equipment' label; the middle upper part of the 'adding equipment' interface is provided with an adding equipment description; the middle lower part of the interface of the 'adding equipment' is provided with an equipment pattern; the lower part of the 'add equipment' interface is provided with a 'search' button; the account icon is linked with an 'my' interface; the upper part of the 'I' interface is provided with a return button and an 'I' label; the middle upper part of the 'I' interface is provided with a head portrait authorized to be logged in by a third party; the middle part of the 'I' interface is provided with a 'my equipment' button and a 'my fingerprint' button; the middle lower part of the 'I' interface is provided with an 'authorization management' option, a 'use help' option, a 'language switching' option and a 'system message' option; the lower part of the 'I' interface is provided with a 'log-out' button; the my devices button is linked to a my devices interface; the My fingerprint button is linked with a My fingerprint interface; the upper part of the My fingerprint interface is provided with a return button, a My fingerprint label and a fingerprint adding icon; the middle part of the My fingerprint interface is provided with a couple mode switch; the fingerprint names, renaming buttons and deleting buttons of different users are displayed on the lower part of the My fingerprint interface; the "add fingerprint" icon is linked to the "add fingerprint" interface; the upper part of the 'fingerprint adding' interface is provided with a return button and a 'fingerprint adding' label; the middle upper part of the 'fingerprint adding' interface is provided with a fingerprint adding instruction; the middle part of the 'fingerprint adding' interface is provided with an equipment pattern; the 'fingerprint adding' interface is linked with a 'newly built fingerprint' interface; the upper part of the 'newly built fingerprint' interface is provided with a return button and a 'newly built fingerprint' label; the middle upper part of the 'newly built fingerprint' interface displays a fingerprint input state; the middle part of the 'newly built fingerprint' interface displays a fingerprint pattern; the middle lower part of the 'newly built fingerprint' interface is provided with a 'rename' button; a finishing button is arranged at the lower part of the new fingerprint interface; the switch of 'couple mode' is connected with a 'please select couple fingerprint' dialog box; the upper part of the dialog box 'please select the couple fingerprint' is provided with a 'please select the couple fingerprint' label; the middle upper part of the dialog box 'please select couple fingerprint' is provided with a user fingerprint option; the middle upper part of the dialog box 'please select the couple fingerprint' is provided with a 'confirm' button; the middle lower part of the dialog box 'please select the couple fingerprint' is provided with couple mode explanation; the authorization management selection link is connected with an authorization management interface; the upper part of the authorization management interface is provided with a return button and an authorization management label; the middle part of the authorization management interface displays a requester name, an equipment name, an application date and an authorization button; pressing the "authorized" button to become an "authorized" button; the mobile phone of the authorized person displays an interface of 'adding equipment'; the upper part of the interface of the adding equipment is provided with an adding equipment label; a binding equipment description is displayed in the middle of the 'adding equipment' interface; the lower part of the 'add equipment' interface is provided with a binding dialog box; the "use help" option is linked with a "use help" interface; the upper part of the 'use help' interface is provided with a 'use help' label; below the "use help" tab is a "frequently asked questions" tab, a "structure description" tab, a "first use" tab, a "function description" tab; the language switching selection link is connected with a language switching interface; the language switching interface comprises an English option, a Japanese option, a Korean option, a simplified option and a traditional option; the 'system message' option is linked with a 'system message' interface; a return button and a system message label are arranged on the upper part of the system message interface; the lower part of the system message interface displays system messages; the anti-lost icon is linked with an anti-lost message frame; the "find" icon is linked to a "find" message box; the cloud server is provided with an electric lock record database; the electric lock record database comprises a system management module, a message management module, a member management module, an equipment management module, an agent management module and a code generator module; the 'system management' module comprises a 'user management' table, a 'department management' table, a 'role management' table, a 'menu management' table, a 'system log' table and a 'SQL monitoring' table; the user management table comprises user name fields, alias fields, department fields, mailbox fields, mobile phone number fields, state fields and creation time fields; the department management table comprises a department name field, a superior department field and a ranking number field; the 'role management' table comprises a 'role name' field, a 'remark' field and a 'creation time' field; the "menu management" table includes a "menu name" field, an "upper menu" field, an "icon" field, a "type" field, and a "sort number"; the 'system log' table comprises a 'user name' field, a 'user operation' field, a 'request method' field, a 'request parameter' field, an 'execution time length' field, an 'IP address' field and a 'creation time' field; the SQL monitoring table comprises an SQL field, an execution number field, an execution time field, a slowest field, a transaction execution field, an error number field, an update row number field, a read row number field, an execution middle field, a maximum concurrency field, an execution time distribution field, an execution + RS time distribution field, a read row distribution field and an update row distribution field; the 'message management' module comprises a 'message template' table and a 'message list' table; the "message template" table includes a "title" field and a "content" field; the "message list" table includes a "title" field, a "content" field, a "date" field, and a "user name" field; the 'member management' module comprises a 'member list' table; the "Member List" table includes an "id" field, an "avatar" field, a "nickname" field, a "user unique identification" field, a "creation time" field, a "status" field, and an "operation" field; the device management module comprises a device list table, a fingerprint list table and an authorization list table; the 'equipment list' table comprises an 'id' field, an 'equipment name' field, a 'mobile equipment identification code' field, a 'user name' field, a 'owner' field, a 'lover mode opening' field and an 'operation' field; the "fingerprint list" table includes an "id" field, a "fingerprint name" field, a "fingerprint tag" field, and a "mobile device identification code" field; the "authorization list" table includes "id" field, "device name" field, "mobile device identification code" field, "application user" field, "application date" field, "status" field; the 'agent management' module comprises an 'agent list' table; the "agent list" table includes an "id" field, a "name" field, a "phone" field, an "area" field, and a "date" field; the code generator module comprises a code generation table; the code generation table comprises a table name field, an Engine field, a form note field and a creation time field, so that the electric lock and the mobile equipment are connected with the cloud server through a wireless communication network respectively.
The second technical problem to be solved by the invention is to provide a control method of an electric lock, which is characterized in that a fingerprint is conveniently arranged through wireless mobile equipment, the unlocking of the lock is conveniently controlled, the encumbrance of carrying a key is avoided, the life of people is greatly facilitated, the safety can be ensured, the lock is prevented from being unlocked by irrelevant people, and the operation is simple and convenient.
In order to solve the second technical problem, the electric lock is the electric lock as described above, the control method includes that fingerprint template information of a user is stored in the electric lock through wireless mobile equipment, when the electric lock is unlocked, the user presses the fingerprint sensor, the fingerprint sensor transmits the fingerprint information to the main control chip, the main control chip compares the obtained fingerprint information with the fingerprint template information, if the fingerprint information is the same as the fingerprint template information, the main control chip controls the motor to drive the lock tongue to unlock, and if the fingerprint information is not the same as the fingerprint template information, the main control chip does not control the motor to drive the lock tongue to unlock; or, the wireless mobile equipment is connected with the wireless communication module in the lock through the wireless communication module in the lock and then sends an unlocking instruction to unlock the lock.
And the main control chip transmits the fingerprint information and the unlocking state information obtained each time to the cloud server.
The user first becomes the administrator of the electric lock by a person who binds the wireless mobile device with the electric lock in a registered manner through the electric lock control module.
After the administrator of electric lock logs in, the person of unblanking withstands fingerprint sensor, fingerprint sensor gives main control chip with fingerprint information transfer, and main control chip gives wireless mobile device with fingerprint information transfer, and the administrator of electric lock confirms back fingerprint information and passes through wireless mobile device with this fingerprint information storage in the main control chip of electric lock on the fingerprint storage template and serial number fingerprint information, and fingerprint information and serial number constitution fingerprint model information.
The fingerprint storage template can store a plurality of unlocking person fingerprint template information.
The serial numbers in the fingerprint sample plate information of the plurality of unlocking persons are different.
The fingerprint algorithm module sets different unlocking modes by carrying out OR, AND and NOT operation on a plurality of unlocking person fingerprint sample plate information.
The unlocking mode is a single-person sharing unlocking mode or a multi-person sharing unlocking mode.
The unlocking mode is that only one unlocking person can press the fingerprint sensor to unlock the lock.
The multi-person sharing unlocking mode is that a plurality of unlocking persons can press the fingerprint sensor to unlock.
The multi-person unlocking mode is that only a plurality of unlocking persons press the fingerprint sensor in sequence within a specified time period to unlock the lock.
The specified time period is 5 seconds or 10 seconds or 15 seconds or 20 seconds or 25 seconds or 30 seconds or one minute.
The number of people who unlocks the lock in the multi-person unlocking mode is two or three.
Firstly, connecting a wireless mobile device with an in-lock wireless communication module through an in-lock wireless communication module, and then sending an unlocking instruction to unlock; or,
the unlocking instruction is set firstly, and then the wireless mobile device is connected with the wireless communication module in the lock through the wireless communication module in the lock to unlock the lock.
The electric lock control module is an APP electric lock control application program.
And uploading the APP electric lock control application program to a cloud server.
Anyone can download the APP electric lock control application program from the cloud server and install the APP electric lock control application program into the smart phone of the person.
The smart phone with the APP electric lock control application program provides unlocking requests to the wireless mobile device of the administrator, and the wireless mobile device of the administrator can grant the right of unlocking the smart phone with the APP electric lock control application program (after authorization, except that the smart phone with the APP electric lock control application program is unlocked by a fingerprint alone or multiple persons, and the smart phone cannot be used after authorization, other functions can be used).
The smart phone with the APP electric lock control application program installed and authorized can be used for unlocking the electric lock.
The wireless mobile device is set to a loss prevention mode, and the loss prevention distance is set to 5M.
The wireless mobile device is always associated with the electric lock through the built-in Bluetooth module and the in-lock Bluetooth module, when the distance between the electric lock and the wireless mobile device exceeds 5 meters, the built-in Bluetooth module and the in-lock Bluetooth module are disconnected, the buzzer in the electric lock gives an alarm, and/or the wireless mobile device gives an alarm, and a user can determine the position of the electric lock.
When the electric lock can not be found, the wireless mobile equipment is set to be in a lock searching mode.
As long as the wireless mobile device and the electric lock are mutually associated through the built-in Bluetooth module and the in-lock Bluetooth module, the buzzer in the electric lock gives an alarm, and/or the wireless mobile device gives an alarm, and a user can determine the position of the electric lock; likewise, the position of the wireless mobile device can also be determined through the electric lock.
And setting the wireless mobile equipment to be in a lock control photographing mode.
The user holds the electric lock and is within 5 meters of the wireless mobile device.
The user can realize the remote control self-photographing function by pressing the fingerprint sensor.
Or,
and setting the wireless mobile equipment to be in a lock control recording mode.
The user holds the electric lock and is within 5 meters of the wireless mobile device.
The user can realize the remote control recording function by pressing the fingerprint sensor.
Or,
the wireless mobile device is set to a cloud server management mode.
The wireless mobile device is connected with the cloud server through the antenna and the wireless communication network.
The user can manage the data in the cloud server through the wireless mobile device.
After the binding is selected to be unbound, the wireless mobile device and the electric lock are unbound, if the wireless mobile device and the electric lock are an administrator, all functions are completely removed, namely the wireless mobile device and the electric lock are bound by other authorized people, and all functions are completely removed by the same method that the wireless mobile device and the electric lock are bound by the wireless mobile device and the authorized person; only the background database keeps records;
if the wireless mobile device is only unbound by the authorized person, all functions of the wireless mobile device and the electric lock (1) bound by the authorized person can be only released.
The system can be used in android or iOS wireless mobile equipment, or can be installed and used on third-party platforms such as WeChat applets, Alibab applets or Jingdong applets.
1. The technical scheme is that the electric lock is the electric lock as described above, the control method comprises the following steps that firstly, fingerprint template information of a user is stored in the electric lock through wireless mobile equipment, when the electric lock is unlocked, the user presses the fingerprint sensor, the fingerprint sensor transmits the fingerprint information to the main control chip, the main control chip compares the obtained fingerprint information with the fingerprint template information, if the fingerprint information is the same as the fingerprint template information, the main control chip controls the motor to drive the lock tongue to unlock, and if the fingerprint information is not the same as the fingerprint template information, the main control chip does not control the motor to drive the lock tongue to unlock; or, with wireless mobile device through wireless communication module in built-in with lock in wireless communication module be connected the back and send out the technical means that the instruction of unblanking unblanked, so, conveniently set up the fingerprint through wireless mobile device, conveniently control opening of lock, removed the drag of carrying the key from, very big has made things convenient for people's life, can guarantee the security moreover, prevent to be opened by irrelevant people, easy operation, it is convenient.
2. According to the technical scheme, the fingerprint information and the unlocking state information obtained each time are transmitted to the cloud server by the main control chip; a user firstly uses the electric lock control module to bind the wireless mobile equipment and the electric lock in a registered mode to become an administrator of the electric lock; after a manager of the electric lock logs in, an unblanker presses the fingerprint sensor, the fingerprint sensor transmits fingerprint information to the main control chip, the main control chip transmits the fingerprint information to the wireless mobile device, the manager of the electric lock stores the fingerprint information on a fingerprint storage template in the main control chip of the electric lock through the wireless mobile device after confirming the fingerprint information and numbers the fingerprint information, and the fingerprint information and the number of the fingerprint information form fingerprint template information; the fingerprint storage template can store a plurality of unlocking person fingerprint template information; the serial numbers in the fingerprint sample plate information of the plurality of unlocking persons are different; the fingerprint algorithm module sets different unlocking modes by carrying out OR, AND and NOT operation on the fingerprint sample plate information of a plurality of unlocking persons; the unlocking mode is a single-person sharing unlocking mode or a multi-person sharing unlocking mode; the single-person independent unlocking mode is that only one unlocking person can press the fingerprint sensor to unlock the lock; the multi-person sharing unlocking mode is that a plurality of unlocking persons can press the fingerprint sensor to unlock; the multi-person unlocking mode is that the unlocking can be realized only by a plurality of unlocking persons who press the fingerprint sensor in sequence within a specified time period; the specified time period is 5 seconds, 10 seconds, 15 seconds, 20 seconds, 25 seconds, 30 seconds or one minute; the number of people who unblanks the people in many people's mode of unlocking jointly is two people or three people's technical means, so, easy operation, convenient to can realize single, many people mode switching of unlocking, satisfy the special requirement to the personnel of unlocking, improve the security.
3. According to the technical scheme, the wireless mobile equipment is connected with the wireless communication module in the lock through the wireless communication module in the lock, and then an unlocking instruction is sent out to unlock the lock; or, set up the technical means that wireless mobile device unblanked through wireless communication module in built-in and lock after the instruction of unblanking earlier and be connected with wireless communication module in with the lock and unblank, so, both can use the fingerprint to unblank, also can directly use wireless mobile device to unblank, satisfy different demands, take care of the personnel that inconvenient use fingerprint unblanked.
4. In the technical scheme, the electric lock control module is an APP electric lock control application program; uploading an APP electric lock control application program to a cloud server; anyone can download the APP electric lock control application program from the cloud server and install the APP electric lock control application program into the smart phone of the person; the smart phone with the APP electric lock control application program is used for providing an unlocking request to wireless mobile equipment of an administrator, and the wireless mobile equipment of the administrator can grant the right of unlocking the smart phone with the APP electric lock control application program (after authorization, except that the lock is unlocked by a fingerprint alone or by multiple persons, and the lock cannot be used by authorization, other functions can be used); with this install APP electronic lock control application and by the authorized after the smart mobile phone can open the technological means of electronic lock, so, easy operation facilitates the use.
5. In the technical scheme, the wireless mobile equipment is set to be in a loss prevention mode, and the loss prevention distance is set to be 5M; between wireless mobile device and the electronic lock through built-in bluetooth module and the interior bluetooth module of lock all the time and be correlated with, when the distance between electronic lock and the wireless mobile device exceeded 5 meters, built-in bluetooth module and the interior bluetooth module of lock lost, the buzzer in the electronic lock was reported to the police, and/or, wireless mobile device reports to the police, the user can confirm the technological means of the position of electronic lock, so, prevent losing of electronic lock, obviously, also can prevent to lose with the lock or with other article that wireless mobile device placed together, the security has improved greatly.
6. According to the technical scheme, when the electric lock cannot be found, the wireless mobile equipment is set to be in a lock finding mode; as long as the wireless mobile device and the electric lock are mutually associated through the built-in Bluetooth module and the in-lock Bluetooth module, the buzzer in the electric lock gives an alarm, and/or the wireless mobile device gives an alarm, and a user can determine the position of the electric lock; similarly, the position of the wireless mobile device can be determined through the electric lock, so that if the electric lock is lost, the electric lock can be found back in time, obviously, other objects placed together with the wireless mobile device can also be found back, and the safety is greatly improved.
7. The technical scheme adopts the mode that the wireless mobile equipment is set to be in a lock control photographing mode; the user holds the electric lock in hand and the distance between the electric lock and the wireless mobile equipment is within 5 meters; the user can realize the remote control self-photographing function by pressing the fingerprint sensor; or setting the wireless mobile equipment to be in a lock control recording mode; the user holds the electric lock in hand and the distance between the electric lock and the wireless mobile equipment is within 5 meters; the user can realize the remote control recording function by pressing the fingerprint sensor; or, setting the wireless mobile device to a cloud server management mode; the wireless mobile equipment is connected with the cloud server through an antenna and a wireless communication network; the user can manage the data in the cloud server through the wireless mobile device; after the binding is selected to be unbound, the wireless mobile device and the electric lock are unbound, if the wireless mobile device and the electric lock are an administrator, all functions are completely removed, namely the wireless mobile device and the electric lock are bound by other authorized people, and all functions are completely removed by the same method that the wireless mobile device and the electric lock are bound by the wireless mobile device and the authorized person; only the background database keeps records; if the wireless mobile device is only unbound by the authorized person, all functions of the wireless mobile device and the electric lock bound by the authorized person can be only released; the system can be used in android or iOS wireless mobile equipment, or technical means for installation and use on third-party platforms such as WeChat applet, Alibaba applet or Jingdong applet and the like, so that various functions are integrated and the use is convenient.
Drawings
The following describes a control system of an electric lock and a control method thereof in further detail with reference to the accompanying drawings and detailed description.
Fig. 1 is a schematic diagram of an exploded structure of an electric lock according to the present invention.
Fig. 2 is a schematic perspective view of an electric lock according to the present invention.
Fig. 3 is a schematic perspective view of a first lock body of the electric lock according to the present invention.
Fig. 4 is a schematic front view of a lock body of the electric lock of the present invention.
Fig. 5 is a schematic perspective view of a lock beam of the electric lock of the present invention.
Fig. 6 is a schematic perspective view of a guiding position-limiting plug of the electric lock of the present invention.
Fig. 7 is a schematic perspective view of a first lock tongue of the electric lock according to the present invention.
Fig. 8 is a schematic perspective view of a first motor of the electric lock according to the present invention.
Fig. 8a is a schematic front view of an electromagnet structure with a locking tongue of the electric lock of the present invention;
FIG. 8b is a left side view of the electromagnet with locking bolt of the electric lock of the present invention;
fig. 9 is a schematic perspective view of a first cover plate of the electric lock according to the present invention.
Fig. 10 is a schematic perspective view of a light guide cover of an electric lock according to the present invention.
Fig. 11 is a rear perspective view of a second cover plate of the electric lock according to the present invention.
Fig. 12 is a front perspective view of a second cover plate of the electric lock according to the present invention. .
Fig. 13 is a schematic view of a disassembled structure of the electric lock of the present invention.
Fig. 14 is a front perspective view of a third cover plate of the electric lock according to the present invention.
Fig. 15 is a rear perspective view of a third cover plate of the electric lock according to the present invention.
Fig. 16 is a front perspective view of a second lock body of the electric lock of the present invention.
Fig. 17 is a schematic bottom perspective view of a second lock body of the electric lock of the present invention.
Fig. 18 is a schematic perspective view of a second lock tongue of the electric lock according to the present invention.
Fig. 19 is a schematic perspective view of a second motor of the electric lock according to the present invention.
Fig. 20 is a rear view of the main plate of the electric lock of the present invention.
Fig. 21 is a front structural view of a main plate of the electric lock of the present invention.
Fig. 22 is a schematic view of an electric lock and its control system according to the present invention.
Fig. 23 is a schematic diagram of a main control chip and modules thereof of the electric lock control system according to the present invention.
Fig. 24 is a block diagram of a cloud server of the electric lock control system of the present invention.
Fig. 25 is a block diagram of a wireless mobile device of the motorized lock control system of the present invention.
Fig. 26 is a schematic flow chart of the electric lock control system of the present invention.
FIG. 27 is a schematic view of a first activation interface of the electric lock control module of the electric lock control system of the present invention.
FIG. 28 is a schematic view of a second activation interface of the electric lock control module of the electric lock control system of the present invention.
FIG. 29 is a schematic view of a third activation interface of the electric lock control module of the electric lock control system of the present invention.
FIG. 30 is a schematic view of a fourth activation interface of the electric lock control module of the electric lock control system of the present invention.
Fig. 31 is a schematic view of a fifth start interface of the electric lock control module of the electric lock control system according to the present invention.
FIG. 32 is a schematic view of a sixth activation interface of the electric lock control module of the electric lock control system according to the present invention.
FIG. 33 is a schematic view of a seventh activation interface of the electric lock control module of the electric lock control system of the present invention.
FIG. 34 is a schematic view of an eighth enablement interface of the electric lock control module of the electric lock control system of the present invention.
Fig. 35 is a schematic view of a "login/registration" interface of an electric lock control module of the electric lock control system of the present invention.
Fig. 36 is a schematic view of a language switching interface of an electric lock control module of the electric lock control system according to the present invention.
Fig. 37 is a front page interface schematic view of an electric lock control module of the electric lock control system of the present invention.
Fig. 38 is a schematic view of the my equipment interface of the electric lock control module of the electric lock control system of the present invention.
FIG. 39 is a schematic view of an "add device" interface of the electric lock control module of the electric lock control system of the present invention.
Fig. 40 is a schematic view of the "add device" interface clicking the "search" button of the electric lock control module of the electric lock control system of the present invention.
FIG. 41 is a schematic view of a selection device of the "add device" interface of the motorized lock control module of the motorized lock control system of the present invention.
FIG. 42 is a schematic view of an "add device" interface binding device of the electric lock control module of the electric lock control system of the present invention.
Fig. 43 is a schematic view of the "i'm" interface of the electric lock control module of the electric lock control system of the present invention.
Fig. 44 is a schematic view of the my fingerprint interface of the electric lock control module of the electric lock control system of the present invention.
FIG. 45 is a schematic view of the "Add fingerprint" interface of the electric lock control module of the electric lock control system of the present invention.
Fig. 46 is a schematic view of the fingerprint names of different users under the my fingerprint interface of the electric lock control module of the electric lock control system according to the present invention.
Fig. 47 is a schematic view of a dialog box of "please select a couple fingerprint" in my fingerprint interface of an electric lock control module of the electric lock control system of the present invention.
Fig. 48 is a schematic view of a switch of a "my fingerprint" interface click "couple mode" of the electric lock control module of the electric lock control system of the present invention.
FIG. 49 is a schematic view of the "newly created fingerprint" interface of the electric lock control module of the electric lock control system of the present invention.
FIG. 50 is a schematic diagram showing the successful entry of the "newly created fingerprint" interface of the electric lock control module of the electric lock control system according to the present invention.
FIG. 51 is a schematic diagram showing the failure of registration of the "new fingerprint" interface of the electric lock control module of the electric lock control system according to the present invention.
FIG. 52 is a schematic view of the "newly created fingerprint" interface entry successfully returning to the "my fingerprint" interface of the electric lock control module of the electric lock control system of the present invention.
Fig. 53 is a schematic diagram illustrating a lover mode of my fingerprint interface of an electric lock control module of the electric lock control system according to the present invention.
Fig. 54 is a schematic view of a "my fingerprint" interface lover mode explanation click confirmation of the electric lock control module of the electric lock control system according to the present invention.
Fig. 55 is a schematic view of the electric lock control module of the electric lock control system according to the present invention, after setting the my fingerprint interface, returning to the main interface for unlocking.
Fig. 56 is a schematic view of the electric lock control module of the electric lock control system returning to the main interface for locking after the my fingerprint interface is set.
Fig. 57 is a schematic view of the my fingerprint interface of the electric lock control module of the electric lock control system of the present invention being set back to the my interface.
FIG. 58 is a schematic view of an "authorization management" interface of the electric lock control module of the electric lock control system of the present invention.
Fig. 59 is a schematic view of an "authorization" button being pressed by an "authorization management" interface of an electric lock control module of the electric lock control system according to the present invention.
FIG. 60 is a schematic view of an "add device" interface of the electric lock control module of the electric lock control system of the present invention.
Fig. 61 is a schematic view of the interface back to me after the application for authorization of the interface "add device" of the electric lock control module of the electric lock control system of the present invention.
FIG. 62 is a schematic view of the "use help" interface of the electric lock control module of the electric lock control system of the present invention.
FIG. 63 is a tab diagram illustrating a "use help" interface click "configuration specification" of the electric lock control module of the electric lock control system of the present invention.
FIG. 64 is a schematic view of the "use help" interface click "first use" tab of the electric lock control module of the electric lock control system of the present invention.
FIG. 65 is a tab diagram illustrating a "use help" interface click "function of the electric lock control module of the electric lock control system of the present invention.
FIG. 66 is a schematic view of the "use help" interface back to the "I me" interface of the electric lock control module of the electric lock control system of the present invention.
Fig. 67 is a schematic view of selecting a traditional chinese option from a language switching interface of an electric lock control module of the electric lock control system according to the present invention.
Fig. 68 is a schematic view of the language switching interface back to me interface of the electric lock control module of the electric lock control system of the present invention.
FIG. 69 is a schematic view of a "system message" interface of the electric lock control module of the electric lock control system of the present invention.
FIG. 70 is a system message view of the "system message" interface development system message of the electric lock control module of the electric lock control system of the present invention.
Fig. 71 is a schematic view of a "system message" interface back to the "my" interface of the electric lock control module of the electric lock control system of the present invention.
Fig. 72 is a schematic view of a "loss prevention" message box of a home interface of an electric lock control module of the electric lock control system according to the present invention.
FIG. 73 is a schematic view of the click opening of the home interface "anti-lost" message box of the electric lock control module of the electric lock control system of the present invention.
Fig. 74 is a schematic view of a home interface "find" message box of the electric lock control module of the electric lock control system according to the present invention.
Fig. 75 is a schematic view of a main interface of an electric lock record database of the electric lock control system according to the present invention.
Fig. 76 is a schematic diagram of a "system management" module of the electric lock record database of the electric lock control system according to the present invention.
Fig. 77 is a diagram showing an intention of "user management" of the "system management" module of the electric lock record database of the electric lock control system of the invention.
Fig. 78 is a "department management" representation intent of the "system management" module of the electric lock record database of the electric lock control system of the present invention.
Fig. 79 is a "role management" representation intention of the "system management" module of the electric lock record database of the electric lock control system of the present invention.
Fig. 80 is a "menu management" representation intent of the "system management" module of the electric lock record database of the electric lock control system of the present invention.
Fig. 81 is a "system log" representation intent of the "system management" module of the electric lock record database of the electric lock control system of the present invention.
Fig. 82 is a "SQL monitoring" representation of the "system management" module of the electric lock record database of the electric lock control system of the present invention.
Fig. 83 is a schematic diagram of a message management module of the electric lock record database of the electric lock control system according to the present invention.
Fig. 84 is a "message list" representation intention of the electric lock record database of the electric lock control system of the present invention.
Fig. 85 is a schematic diagram of a "member management" module of the electric lock record database of the electric lock control system according to the present invention.
Fig. 86 is a "member list" representation of the "member management" module of the electric lock record database of the electric lock control system of the present invention.
Fig. 87 is a schematic diagram of an "equipment management" module of the electric lock record database of the electric lock control system of the present invention.
Fig. 88 is a device list representation intent of the device management module of the electric lock record database of the electric lock control system of the present invention.
Fig. 89 is a "fingerprint list" representation intent of the "device management" module of the electric lock record database of the electric lock control system of the present invention.
Fig. 90 is a "grant list" representation intent for the "device management" module of the electric lock record database of the electric lock control system of the present invention.
Fig. 91 is a schematic diagram of an "agent management" module of the electric lock record database of the electric lock control system according to the present invention.
Fig. 92 is a "proxy list" representation intent of the "proxy management" module of the electric lock record database of the electric lock control system of the present invention.
Fig. 93 is a schematic diagram of a "code generator" module of the electric lock record database of the electric lock control system of the present invention.
Fig. 94 is a "code generation" representation intent of the "code generator" module of the electric lock record database of the electric lock control system of the present invention.
The reference numerals are explained below.
1, electric lock; 1-lock body; 1-1-1 to the lock cylinder; 1-1-cover plate supporting step; 1-1-1-2-cover plate clamping groove; 1-1-1-3-main plate support beam; 1-1-1-4 to a first threaded fixing hole; 1-1-1-5-bolt driving cavity; 1-1-1-6-bolt spring cavity; 1-1-1-7 to a first main board supporting column; 1-1-1-8 to a second thread fixing hole; 1-1-1-9 to a second support column; 1-1-1-10 to a first separator; 1-1-1-11 to a second partition plate; 1-1-1-12 to USB through holes; 1-1-1-13-indicator lamp through holes; 1-1-1-14-motor cabin; 1-1-1-15 to a battery compartment; 1-1-2 to the first lock arm; 1-1-2-1-lock beam end holes; 1-1-3 to a second lock arm; 1-1-3-1-lock beam guide hole; 1-1-3-2 bolt guide hole; 1-2-lock beam; 1-2-1-guide limit groove; 1-2-bolt slot; 1-2-3-hand buckle groove; 1-3-lock beam spring; 1-4-guiding limit plugging; 1-4-1-guide limiting head; 1-5-bolt; 1-5-1-spring bolt chuck; 1-5-2-bolt driving lip; 1-5-3 to a bolt driving port; 1-6-spring bolt spring; 1-7-motor; 1-7-1-motor main body; 1-7-2-rotation axis; 1-7-3-eccentric wheel support body; 1-7-4-eccentric wheel; 1-8-batteries; 1-9-mainboard; 1-9-1-USB interface; 1-9-2 to a first fixing hole; 1-9-3 to a second fixing hole; 1-9-4-main control chip; 1-9-5-indicator light; 1-9-6-locking the inner Bluetooth module; 1-9-7-ceramic antenna; 1-9-8 to a buzzer; 1-10-subplate; 1-11-fingerprint sensor; 1-12-cover plate; 1-12-1-finger pressing through holes; 1-12-2 to a conical expansion surface; 1-12-3-cover plate clamping strips; 1-12-4-clamping the steps on the auxiliary circuit board; 1-12-5 clamping the fingerprint sensor with the step; 1-13 to a light guide cover; 1-13-1-capping; 1-13-2-cover bottom; 1-14-positioning piece; 1-14-1-positioning holes; 1-14-2-steps; 1-15-wireless charging coil; 2-wireless mobile devices; 2-1-built-in Bluetooth module; 2-antenna; 3-cloud server.
Detailed Description
As shown in fig. 1 and 13, the invention provides an electric lock, wherein the electric lock 1 comprises lock tongues 1-5, the lock tongues 1-5 are in driving connection with an electric lock tongue driving mechanism, the electric lock tongue driving mechanism is electrically connected with a main board 1-9, the main board 1-9 is electrically connected with a fingerprint sensor 1-11, and the main board 1-9 is electrically connected with a battery 1-8. Can control through the fingerprint and open, removed the drag of carrying the key from, very big has made things convenient for people's life, can guarantee the security moreover, prevents to be opened by irrelevant people, easy operation, it is convenient.
As shown in fig. 1 to 21, the electric lock 1 according to the present embodiment further includes a lock body 1-1, a lock beam 1-2, a lock beam spring 1-3, a guide limit plug 1-4, a latch spring 1-6, a cover plate 1-12, and a light guide cover 1-13; the height of the lock body 1-1 is 20 mm-100 mm; the width of the lock body 1-1 is 25 mm-60 mm; the thickness of the lock body 1-1 is 10 mm-25 mm; preferably, the height of the lock body 1-1 is 22.6 mm; the width of the lock body 1-1 is 31.5 mm; the thickness of the lock body 1-1 is 14 mm; (as shown in figures 2-4) the shape of the lock body 1-1 is in a wide concave shape when viewed from the front; the lock body 1-1 is in a narrow convex shape when viewed from the side; the lock body 1-1 is made of space aluminum, is environment-friendly, light and handy, can bear high temperature of thousands of degrees and strong impact force, and has high cost performance; (as shown in fig. 4) the lock body 1-1 is formed in one piece by a lower lock web 1-1-1, an upper left first lock arm 1-1-2, and an upper right second lock arm 1-1-3; the front surface of the lock belly 1-1-1 is provided with an open cavity; the cavity is in a cuboid shape; the edge of the opening is inwards recessed to form a cover plate supporting step 1-1-1-1; the cover plate supporting step 1-1-1-1 is in a rectangular ring shape; the outer side of the left step, the outer side of the upper step and the outer side of the right step of the cover plate supporting step 1-1-1-1 are respectively recessed inwards to form a cover plate clamping groove 1-1-1-2; the cover plate clamping groove 1-1-1-2 is in an inverted concave shape; the open mouth is provided with cover plates 1-12; (as shown in fig. 9, 11-12, 14-15) the center of the plate surface of the cover plate 1-12 is provided with a finger pressing through hole 1-12-1; the finger pressing through holes 1-12-1 are square finger pressing through holes or round finger pressing through holes; the finger pressing through hole 1-12-1 is a through hole; or the front end edge of the finger-pressing through hole 1-12-1 expands outwards and backwards to form a conical expansion surface 1-12-2; the rear end edge of the finger-pressure through hole 1-12-1 is sequentially provided with an auxiliary circuit board clamping step 1-12-4 and a fingerprint sensor clamping step 1-12-5 from back to front; or the edge of the rear end of the finger-pressure through hole 1-12-1 is only provided with a fingerprint sensor clamping step 1-12-5; the fingerprint sensor clamping step 1-12-5 is in a square ring shape (fig. 11 to 12) or a circular ring shape (fig. 9, 14 to 15); the shape of the auxiliary circuit board clamping step 1-12-4 is square ring or circular ring; the left edge, the upper edge and the right edge of the back of the cover plate 1-12 extend backwards to form cover plate clamping strips 1-12-3; the cover plate clamping strips 1-12-3 are in an inverted concave shape; the cover plate 1-12 is fixedly connected with the lock body 1-1 through gluing or laser welding; a main plate supporting beam 1-1-1-3 is arranged at the lower part of the right side in the cavity; the shape of the main plate support beam 1-1-1-3 is a cuboid; a bolt driving cavity 1-1-1-5 is formed at the upper part of the right side in the cavity; the upper end part of the main plate support beam 1-1-1-3 is provided with a bolt spring cavity 1-1-1-6; the spring bolt spring 1-6 is positioned in the spring bolt spring cavity 1-1-1-6; the bolt springs 1-6 are cylindrical springs or conical springs; the front side surface of the lower end of the main plate support beam 1-1-1-3 is provided with a first threaded fixing hole 1-1-1-4; or, the front side of the lower end of the main plate supporting beam 1-1-1-3 protrudes forwards to form a bulge; a first thread fixing hole (not marked in the figure) is arranged in front of the bulge; the shape of the bulge is a square column; a first main board supporting column 1-1-1-7 is arranged at the upper left corner in the cavity; the right lower edge of the first main board supporting column 1-1-1-7 is a cylindrical cambered surface; the front end face of the first main board supporting column 1-1-1-7 is provided with a second threaded fixing hole 1-1-1-8; or the front end surface of the first main board supporting column 1-1-1-7 protrudes forwards to form a bulge; a second thread fixing hole (not marked in the figure) is arranged in front of the bulge; the shape of the bulge is a square column; a second supporting column 1-1-1-9 is arranged at the lower left corner in the cavity; the width of the main plate support beam 1-1-1-3 is equal to the height of the first main plate support column 1-1-1-7 and equal to the height of the second support column 1-1-1-9; alternatively, the convex front face of the main plate support beam 1-1-1-3, the convex front face of the first main plate support column 1-1-1-7, and the front face of the second support column 1-1-1-9 are located in the same plane; the front surface of the main plate support beam 1-1-1-3 is positioned at the back of the plane of the cover plate support step 1-1-1; or the convex front face of the main plate supporting beam 1-1-1-3 is behind the plane of the cover plate supporting step 1-1-1; (as shown in fig. 20-21) the main panels 1-9 are located at the front of the cavity; a first fixing hole 1-9-2 is formed in the lower right corner of the main board 1-9; a second fixing hole 1-9-3 is formed in the upper left corner of the main board 1-9; the main boards 1-9 are double-sided multilayer PCB circuit boards; a main control chip 1-9-4 is arranged in the center of the back of the main board 1-9; the middle part of the lower edge of the back of the main board 1-9 is provided with a USB interface 1-9-1; an indicator lamp 1-9-5 is arranged in the middle of the upper edge of the back of the main board 1-9; the front of the main board 1-9 is electrically connected with the fingerprint sensor 1-11 through the auxiliary board 1-10; the back of the fingerprint sensor 1-11 is fixedly and electrically connected with the front of the auxiliary plate 1-10; the back of the auxiliary board 1-10 is movably and electrically connected with the front of the main board 1-9; or the front of the main board 1-9 is electrically connected with the fingerprint sensor 1-11 and is positioned and connected through a positioning piece 1-14; the shape of the fingerprint sensor 1-11 is rectangular or circular; correspondingly, the positioning pieces 1-14 are rectangular rings or circular rings in shape; the middle part of the positioning piece 1-14 is provided with a positioning hole 1-14-1; steps 1-14-2 are arranged on the circumferential direction of the positioning piece 1-14; the positioning piece 1-14 is sleeved on the fingerprint sensor 1-11; the positioning pieces 1-14 are fixedly connected with the main boards 1-9; the fingerprint sensors 1-11 are auto-induction fingerprint sensors; the auxiliary boards 1-10 are PCB circuit boards; the auxiliary plates 1-10 are rectangular fingerprint sensors and are used as switches, when the auxiliary plates are pressed by fingers, circuits on the PCB can be automatically awakened, current passes through the electronic locks, the electronic locks start to operate, end points are immediately arranged after verification is completed, electricity is very saved, and power consumption is reduced; a first clapboard 1-1-1-10 and a second clapboard 1-1-1-11 are arranged in the cavity; the length of the first partition board 1-1-1-10 is greater than that of the second partition board 1-1-1-11; the upper end of the second partition board 1-1-1-11 is vertical to the upper side wall of the cavity; the lower end of the second clapboard 1-1-1-11 is vertical to the left end of the first clapboard 1-1-1-10; the right end of the first partition plate 1-1-1-10 is perpendicular to the upper end of the main plate support beam 1-1-1-3; the motor cabin 1-1-1-14 is arranged on the upper side of the first partition plate 1-1-1-10; the rear surface of the motor bin 1-1-1-14 is a semicircular arc surface; the electric lock tongue driving mechanism is a motor 1-7 or an electromagnet 1-7 a; the motor 1-7 is positioned in the motor bin 1-1-1-14; the motors 1-7 are miniature planetary gear motors; the micro planetary gear motor is a 6mm macro planetary reduction motor; the production structure of the Hongsheng micromotor Limited company in Shenzhen is light, the noise is low, the rotating speed is enhanced while the internal space is saved, and the rotation is more favorable; the motor 1-7 comprises a motor main body 1-7-1 and a rotating shaft 1-7-2; the motor main body 1-7-1 is cylindrical or a cylinder with a drum-shaped cross section; the motor main body 1-7-1 is fixed in the motor bin 1-1-1-14; (as shown in fig. 8) the rotating shaft 1-7-2 is coaxially and fixedly connected with the left end face of the eccentric wheel supporting body 1-7-3; the eccentric wheel supporting body 1-7-3 is in a disc shape; two eccentric wheels 1-7-4 are arranged on the right end surface of the eccentric wheel supporting body 1-7-3 close to the edge; the two eccentric wheels 1-7-4 are arranged adjacently; the two eccentric wheels 1-7-4 are rotatably connected with the eccentric wheel supporting body 1-7-3; the distance between the axes of the two eccentric wheels 1-7-4 and the axes of the eccentric wheel supporting bodies 1-7-3 is equal; the lower side of the first clapboard 1-1-1-10 is provided with a battery compartment 1-1-1-15; or a semicircular groove is formed in the upper right part of the back surface in the cavity to form a motor bin 1-1-1-14; the lower part of the back in the cavity forms a battery bin 1-1-1-15; the motor 1-7 is positioned in the motor bin 1-1-1-14; the motors 1-7 are miniature planetary gear motors; the micro planetary gear motor is an FF-M10 macro-micro motor; produced by Hongsheng micromotor Limited of Shenzhen city; the micro planetary gear motor comprises a motor main body 1-7-1 and a rotating shaft; the motor main body 1-7-1 is cylindrical or a cylinder with a drum-shaped cross section; the motor main body 1-7-1 is fixed in the motor bin 1-1-1-14; (as shown in fig. 19) the rotating shaft is coaxially and fixedly connected with the left end surface of the eccentric wheel supporting body 1-7-3; the eccentric wheel supporting body 1-7-3 is in a disc shape; an eccentric wheel 1-7-4 is arranged on the right end face of the eccentric wheel supporting body 1-7-3 close to the edge; the eccentric wheel 1-7-4 is rotatably connected with the eccentric wheel supporting body 1-7-3; the batteries 1-8 are positioned in the battery bins 1-1-1-15; the shape of the battery 1-8 is cuboid; the batteries 1 to 8 are polymer lithium batteries; the middle part of the lower side wall of the cavity is provided with a USB through hole 1-1-1-12; the USB through hole 1-1-1-12 corresponds to the USB interface 1-9-1; an indicator light through hole 1-1-1-13 is formed in the middle of the upper side wall of the cavity; the indicator light through holes 1-1-1-13 correspond to the indicator lights 1-9-5; the indicator light through hole 1-1-1-13 is provided with a light guide cover 1-13; the light guide cover 1-13 comprises a cover head 1-13-1 and a cover bottom 1-13-2; the shape of the cover head 1-13-1 is a small rectangular plate; four corners of the cover head 1-13-1 are round corners; the cover bottom 1-13-2 is in a large rectangular plate shape; four corners of the cover bottom 1-13-2 are round corners; the cover bottom 1-13-2 and the cover head 1-13-1 are coaxially arranged; the middle part of the back of the lock belly 1-1-1 is recessed forwards to form a shallow cavity; the shallow cavity is a rectangular shallow cavity or a round shallow cavity; a printable or laser-engravable thin plate is arranged in the shallow cavity; the upper end surface of the second locking arm 1-1-3 is provided with a bolt guide hole 1-1-3-2; the bolt guide hole 1-1-3-2 penetrates through the upper side wall of the cavity of the lock belly 1-1-1; the bolt guide hole 1-1-3-2 is coaxial with the bolt spring cavity 1-1-1-6; the lock tongue 1-5 is positioned in the lock tongue guide hole 1-1-3-2; the lock tongues 1-5 are cylindrical in shape; the center of the upper end face of the lock tongue 1-5 is provided with a lock tongue chuck 1-5-1; the shape of the spring bolt chuck 1-5-1 is a small cylinder; (as shown in fig. 7) the lower side surface of the lock tongue 1-5 is provided with a right-angle notch to form a lock tongue driving lip 1-5-2; the shape of the lock tongue driving lip 1-5-2 is a rectangular plane; the bolt driving lip 1-5-2 is provided with a bolt driving port 1-5-3 in a biased manner; the shape of the lock tongue driving port 1-5-3 is a perfect semicircular column cavity; the radius of the cavity of the perfect semicircular column is greater than the sum of the radius of an eccentric wheel 1-7-4, the radius of a rotating shaft 1-7-2 and the distance between the rotating shaft 1-7-2 and the eccentric wheel 1-7-4 of the motor 1-7 and is less than twice of the sum of the radius of an eccentric wheel 1-7-4, the radius of a rotating shaft 1-7-2 and the distance between the rotating shaft 1-7-2 and the eccentric wheel 1-7-4 of the motor 1-7; the lower end surface of the lock tongue 1-5 is connected with the lock tongue spring 1-6 in a pressing way; or the lock tongue driving lip 1-5-2 is provided with a lock tongue driving port 1-5-3; (as shown in fig. 18) the bolt drive ports 1-5-3 are rectangular in shape; the motor 1-7 is in transmission connection with the bolt 1-5; the guide limit plug 1-4 is arranged at the upper end of the bolt guide hole 1-1-3-2; (as shown in fig. 6) the shape of the guide limit plugs 1-4 is a disc shape; the lower end face of the guide limit plug 1-4 is provided with a guide limit head 1-4-1; the shape of the guide limiting head 1-4-1 is a cylinder with an oblong end face; the middle part of the long circle is a rectangle, and the two ends of the long circle are respectively semicircular; the guide limiting head 1-4-1 deviates from the circle center of the lower end face of the guide limiting plug 1-4; the long diameter of the long circle points to the axis of the guide limit plug 1-4; the right side surface of the first locking arm 1-1-2 is provided with a lock beam end hole 1-1-2-1; the lock beam spring 1-3 is fixed in the lock beam end hole 1-1-2-1; the lock beam spring 1-3 is a cylindrical spring or a conical spring; the right side surface of the second locking arm 1-1-3 is provided with a lock beam guide hole 1-1-3-1 in a penetrating manner; the lock beam guide hole 1-1-3-1 is communicated with the bolt guide hole 1-1-3-2; the lock beam guide hole 1-1-3-1 is coaxial with the lock beam end hole 1-1-2-1; the lock beam 1-2 is positioned in the lock beam guide hole 1-1-3-1; the lock beam 1-2 is cylindrical in shape; the middle part of the upper side surface of the lock beam 1-2 is provided with a guide limit groove 1-2-1 along the length direction; the lock beam 1-2 is matched with the guide limit plug 1-4 in a guide limit way; (as shown in fig. 5), a hand buckle groove 1-2-3 and a bolt clamping groove 1-2-2 are sequentially arranged on the right end side face of the lock beam 1-2 from outside to inside; the shape of the hand buckle groove 1-2-3 is an annular groove with an outward opening; the bolt clamping groove 1-2-2 is positioned on the lower side surface of the lock beam 1-2; when the lock is locked, the left end of the lock beam 1-2 is located in the lock beam end hole 1-1-2-1, the lock tongue 1-5 and the lock beam 1-2 are connected in a clamping mode, the inner space is compact, the height of the whole lock body is reduced, the lock is small and exquisite, the structure is simple, the lock is convenient to open, stable and reliable, the module can be disassembled without professional staff when being maintained and replaced, and the lock is convenient and quick to use and low in maintenance cost.
As shown in fig. 8a and 8b, the electromagnet 1-7a includes a housing 1-7 a-1; the outer wall of the shell 1-7a-1 is provided with a step; a fixed body 1-7a-2 and a moving body 1-7a-3 are arranged in the shell 1-7 a-1; the stator 1-7a-2 is made of magnetic material; a coil holder 1-7a-4 is sleeved outside the fixed body 1-7 a-2; a coil 1-7a-5 is wound on the coil holder 1-7 a-4; the moving body 1-7a-3 is made of a magnetic material; the moving body 1-7a-3 is positioned in the fixed body 1-7a-2 and the thread stand 1-7 a-4; the lock tongue 1-5 is fixed at the center of the top surface of the moving body 1-7 a-3; or the lock tongue 1-5 and the moving body 1-7a-3 are integrated; the top end of the bolt 1-5 penetrates out of the shell 1-7 a-1; the lock tongue 1-5 is provided with a guide cylinder 1-7 a-6; the guide cylinder 1-7a-6 is fixedly connected with the shell 1-7 a-1; said moving body 1-7a-3 is provided with a buffer ring 1-7 a-7; the buffer ring 1-7a-7 is sleeved on the lock tongue 1-5; the fixed body 1-7a-2 is provided with an adjusting hole; the adjusting hole is internally provided with a spring 1-7a-11, an adjusting screw rod 1-7a-9, a supporting cylinder 1-7a-10 and an adjusting nut 1-7a-8 in sequence; the supporting cylinder 1-7a-10 is in transition fit with the fixed body 1-7 a-2; the adjusting nut 1-7a-8 is fixedly connected with the fixed body 1-7 a-2; the adjusting nuts 1-7a-8 are in threaded connection with the adjusting screw rods 1-7 a-9; the springs 1-7a-11 are sleeved on the screw rod; when the electromagnet 1-7a works, the top surface of the adjusting screw rod 1-7a-9 is pressed against the bottom surface of the moving body 1-7 a-3; the electromagnet 1-7a and the lock tongue 1-5 are both arranged in the lock tongue driving cavity 1-1-1-5. The adoption of the electromagnet to drive the lock tongue is more favorable for reducing the driving power, is more favorable for increasing the volume of the battery and is favorable for prolonging the service life of the battery.
As shown in fig. 11 and 15, a wireless charging coil 1-15 is attached to the back of the cover plate 1-12; the wireless charging coil is electrically connected with the main boards 1-9. Thus, the battery is conveniently charged.
As shown in fig. 1 to 21, the electric lock according to the present embodiment is installed by placing a lock beam spring 1-3 in a lock beam end hole 1-1-2-1, a dead bolt spring 1-6 in a dead bolt spring cavity 1-1-1-6, a dead bolt 1-5 in a dead bolt guide hole 1-1-3-2, a dead bolt 1-5 downward pressing the dead bolt 1-5 to insert the left end of the lock beam 1-2 into the lock beam guide hole 1-1-3-1, a guide stopper 1-4 to block the upper end of the dead bolt guide hole 1-1-3-2, and a light guide cap 1-13 in an indicator light through hole 1-1-13; electrically connecting the motor 1-7 with the main board 1-9 through an interface or welding; electrically connecting the batteries 1-8 with the main boards 1-9 through interfaces or welding; electrically connecting the indicator light 1-9-5 with the mainboard 1-9 through an interface or welding; electrically connecting the USB interface 1-9-1 with the mainboard 1-9 through an interface or welding; fixedly and electrically connecting the back of the auxiliary board 1-10 with the front of the main board 1-9 through an interface or welding; fixedly and electrically connecting the back of the fingerprint sensor 1-11 with the front of the auxiliary plate 1-10 through an interface or welding; fixedly and electrically connecting the main control chip 1-9-4 with the back of the mainboard 1-9 through an interface or welding; placing the motor 1-7 into a motor bin 1-1-1-14 of the lock body 1-1; the motor 1-7 is in transmission connection with the bolt 1-5; placing a battery 1-8 into a battery bin 1-1-1-15 of a lock body 1-1; the main board 1-9 is placed in the lock body 1-1 and fixedly connected with the lock body 1-1; cover apron 1-12 and pass through two glue bonding fixed connection of five zero or through laser welding fixed connection on the uncovered of lock body 1-1, can control through the fingerprint and open, removed the drag of carrying the key from, very big make things convenient for people's life, can guarantee the security moreover, prevent to be opened by irrelevant people, easy operation, it is convenient.
As shown in fig. 3, 4 and 10, in the embodiment, the bottom end of a lock beam spring 1-3 is fixedly connected with the bottom end of a lock beam end hole 1-1-2-1, and the bottom end of a bolt spring 1-6 is fixedly connected with the bottom end of a bolt spring cavity 1-1-1-6, so that the lock beam and the bolt can be conveniently moved, and the lock can be conveniently opened.
As shown in fig. 1 and 22, the control system of the electric lock according to the present embodiment includes an electric lock 1, the lock tongues 1-5 of the electric lock 1 are in driving connection with the motors 1-7, the motors 1-7 are respectively and electrically connected with the main control chip 1-9-4 and the batteries 1-8 through the main board 1-9, the main control chip 1-9-4 is electrically connected with the wireless communication module in the lock, the main control chip 1-9-4 is electrically connected with the fingerprint sensor 1-11, the electric lock 1 is associated with the wireless mobile device 2, set up the fingerprint through wireless mobile device conveniently, conveniently control opening of lock, removed the drag of carrying the key from, very big has made things convenient for people's life, can guarantee the security moreover, prevents to be opened by irrelevant people, easy operation, it is convenient.
As shown in fig. 22, the wireless communication module in the lock of the present embodiment is a bluetooth module 1-9-6 and/or a ceramic antenna 1-9-7 in the lock; the Bluetooth module 1-9-6 in the lock is a Bluetooth module with an automatic induction power-on function; the wireless mobile device 2 is a smart phone, a tablet computer or a notebook computer; the wireless mobile equipment 2 is provided with an internal wireless communication module; the built-in wireless communication module is a built-in Bluetooth module 2-1 and/or an antenna 2-2; the wireless mobile device 2 is directly and wirelessly connected with the electric lock 1 through the Bluetooth module 1-9-6 in the lock and the Bluetooth module 2-1 in the lock; or, the wireless mobile device 2 is wirelessly connected with the cloud server 3 through the antenna 2-2 and a wireless communication network; the electric lock 1 is in wireless connection with the cloud server 3 through the ceramic antennas 1-9-7 and a wireless communication network; the main control chip 1-9-4 is electrically connected with the buzzer 1-9-8, so that the intelligent locking function of the mobile device on the electric lock is realized.
The electric lock of the embodiment can also be wirelessly connected with all devices with the Bluetooth function through the Bluetooth module in the lock. The equipment that connects is opened very safely to the fingerprint identification function of usable electric lock, and only the lock owner of electric lock can open equipment, even if electric lock loses, lets others pick up, and others also can not open equipment. It can be seen that the electric lock of the present invention is integrated with a variety of functions.
As shown in fig. 23 to 94, the main control chip 1-9-4 of the present embodiment has a fingerprint storage template and a fingerprint algorithm module; the wireless mobile device 2 is provided with an electric lock control module; the electric lock control module comprises a registration login sub-module, a communication control sub-module, a fingerprint template information storage and setting sub-module, an unlocking control sub-module, a two-way loss prevention sub-module (when the loss prevention distance between the electric lock and the mobile equipment is exceeded, the electric lock and the mobile equipment simultaneously give an alarm, the two-way loss prevention function can be realized after the two-way loss prevention sub-module is started), a two-way lock searching sub-module (a lock or an article is searched, namely the function of searching by clicking a mobile phone APP, a lock opening interval prompt tone and a red lamp flash until the function of searching is closed, or the electric lock is not available, the mobile phone is searched, namely a 2 or 3 lock fingerprint sensor is quickly pressed in a Bluetooth range, the mobile phone gives a prompt tone and searches for the mobile phone), a lock control shooting sub-module, a lock control recording sub-module, a cloud server, The cloud server push message viewing sub-module, the system exiting sub-module, the equipment adding sub-module and the connection binding sub-module are checked; the loss prevention distance (namely the distance between the electric lock and the wireless mobile equipment) in the loss prevention module is 5-10 meters; the alarm distance (namely the distance between the electric lock and the wireless mobile equipment) in the bidirectional searching submodule is 5-10 meters; the electric lock control module displays through a starting interface; (as shown in fig. 27 to 34) a plurality of start-up interfaces; only one starting interface appears when a program is started each time; (FIG. 35) the launch interface is linked to a "Login/registration" interface; the "OmO" icon is arranged on the upper part of the "login/registration" interface; the middle upper part of the login/registration interface is provided with a login/registration label; the middle part of the login/registration interface is provided with a label of 'please use the third party for login and use'; the middle lower part of the login/registration interface is provided with a QQ icon, a weChat icon, a Line icon and a Facebook icon; the lower part of the login/registration interface is provided with a Language switching icon; logging in by clicking a 'QQ' icon or a 'weChat' icon or a 'Line' icon or a 'Facebook' icon; the Language switching icon is linked with a Language switching interface; (FIG. 36) the "language switching" interface is listed with "English" option, "Japanese" option, "Korean" option, "simplified Chinese" option, "traditional Chinese" option; entering a home page interface after login is successful; the middle upper part of the home page interface is provided with a dialog box for 'you do not bind OmOLOCK yet and whether you are bound now'; the middle lower part of the home page interface is provided with an anti-lost icon, an unlocking requesting icon and a searching icon; the lower part of the home page interface is provided with a battery electric quantity identifier, a connection state identifier and an 'OmOLOCK' identifier; (FIG. 37) "if you have not bound OmOLOCK, now go to bind" dialog box linked to "My devices" interface; (FIG. 38) there are My devices tab, Add devices icon on top of My devices interface; the name of the connected equipment, a renaming button, a connecting button and a unbinding button are displayed on the upper part of the My equipment interface; (FIGS. 41, 42) multiple devices may be bound simultaneously in the My devices interface; only one device can be connected at the same time in the my device interface; (FIG. 39) the Add device icon is linked to an "Add device" interface; the upper part of the 'adding equipment' interface is provided with a return button and an 'adding equipment' label; the middle upper part of the 'adding equipment' interface is provided with an adding equipment description; the middle lower part of the interface of the 'adding equipment' is provided with an equipment pattern; (FIG. 40) there is a "search" button in the lower part of the "Add device" interface; (FIG. 43) the account icon is linked to the "I me" interface; the upper part of the 'I' interface is provided with a return button and an 'I' label; the middle upper part of the 'I' interface is provided with a head portrait authorized to be logged in by a third party; the middle part of the 'I' interface is provided with a 'my equipment' button and a 'my fingerprint' button; the middle lower part of the 'I' interface is provided with an 'authorization management' option, a 'use help' option, a 'language switching' option and a 'system message' option; the lower part of the 'I' interface is provided with a 'log-out' button; the my devices button is linked to a my devices interface; the My fingerprint button is linked with a My fingerprint interface; the upper part of the My fingerprint interface is provided with a return button, a My fingerprint label and a fingerprint adding icon; (FIG. 44) "lover mode" switch in the middle of my fingerprint "interface; the fingerprint names, renaming buttons and deleting buttons of different users are displayed on the lower part of the My fingerprint interface; the "add fingerprint" icon is linked to the "add fingerprint" interface; (fig. 45 to 48) a return button, an "add fingerprint" tab, is provided on the top of the "add fingerprint" interface; the middle upper part of the 'fingerprint adding' interface is provided with a fingerprint adding instruction; the middle part of the 'fingerprint adding' interface is provided with an equipment pattern; the 'fingerprint adding' interface is linked with a 'newly built fingerprint' interface; (fig. 49 to 51) a return button and a "new fingerprint" label are arranged on the upper part of the "new fingerprint" interface; the middle upper part of the 'newly built fingerprint' interface displays a fingerprint input state; the middle part of the 'newly built fingerprint' interface displays a fingerprint pattern; the middle lower part of the 'newly built fingerprint' interface is provided with a 'rename' button; a finishing button is arranged at the lower part of the new fingerprint interface; the switch of 'couple mode' is connected with a 'please select couple fingerprint' dialog box; (fig. 52 to 54) "please select couple fingerprint" on the upper part of dialog box "please select couple fingerprint" tag; the middle upper part of the dialog box 'please select couple fingerprint' is provided with a user fingerprint option; the middle upper part of the dialog box 'please select the couple fingerprint' is provided with a 'confirm' button; the middle lower part of the dialog box 'please select the couple fingerprint' is provided with couple mode explanation; the authorization management selection link is connected with an authorization management interface; (FIG. 58) the "Authority management" interface has a return button on the top, "Authority management" tab; the middle part of the authorization management interface displays a requester name, an equipment name, an application date and an authorization button; (FIG. 59) pressing the "authorize" button changes to an "authorized" button; (FIG. 60) authorized person mobile phone displays "add device" interface; the upper part of the interface of the adding equipment is provided with an adding equipment label; a binding equipment description is displayed in the middle of the 'adding equipment' interface; the lower part of the 'add equipment' interface is provided with a binding dialog box; the "use help" option is linked with a "use help" interface; (FIGS. 62-65) a "use help" tab on top of the "use help" interface; below the "use help" tab is a "frequently asked questions" tab, a "structure description" tab, a "first use" tab, a "function description" tab; the language switching selection link is connected with a language switching interface; (FIG. 67) "language switching" interface includes "English" option, "Japanese" option, "Korean" option, "simple" option, "traditional" option; (fig. 69-70) linked to a "system message" interface by a "system message" option; a return button and a system message label are arranged on the upper part of the system message interface; the lower part of the system message interface displays system messages; (fig. 72-74) the "anti-lost" icon is linked with an "anti-lost" message box; the "find" icon is linked to a "find" message box; the cloud server 3 is provided with an electric lock record database; (figure 75) the electric lock record database includes a "system management" module, a "message management" module, a "member management" module, an "equipment management" module, an "agent management" module, a "code generator" module; (FIG. 76) "System management" module includes "user management" table, "department management" table, "role management" table, "menu management" table, "System Log" table, "SQL monitor" table; (FIG. 77) "user management" table includes "user name" field, "alias" field, "department of belongingness" field, "mailbox" field, "cell phone number" field, "status" field, "creation time" field; (FIG. 78) the "department management" table includes a "department name" field, a "higher level department" field, and a "ranking number" field; (FIG. 79) "role management" table includes "role name" field, "remark" field, "creation time" field; (FIG. 80) the "Menu management" table includes a "Menu name" field, an "Upper Menu" field, an "icon" field, a "type" field, and a "sort number"; (FIG. 81) "System Log" table includes "user name" field, "user operation" field, "request method" field, "request parameter" field, "execution duration" field, "IP address" field, "creation time" field; (FIG. 82) "SQL monitor" table includes "SQL" field, "number of execution" field, "execution time" field, "slowest" field, "transaction execution" field, "number of errors" field, "number of update rows" field, "number of read rows" field, "in execution" field, "maximum concurrency" field, "execution time distribution" field, "execute + RS time distribution" field, "read rows distribution" field, "update rows distribution" field; (FIG. 83) "message management" module includes "message template" table, "message List" table; the "message template" table includes a "title" field and a "content" field; (FIG. 84) the "message List" table includes a "title" field, a "content" field, a "date" field, a "user name" field; (FIG. 85) "Member management" module includes a "Member List" table; (FIG. 86) the "Member List" table includes an "id" field, an "avatar" field, a "nickname" field, a "user unique identification" field, a "creation time" field, a "status" field, and an "action" field; (FIG. 87) the "device management" module includes a "device List" table, a "fingerprint List" table, an "authorization List" table; (FIG. 88) "device List" table includes "id" field, "device name" field, "Mobile device identification code" field, "user name" field, "owner" field, "couple mode on" field, "operation" field; (FIG. 89) the "fingerprint List" table includes an "id" field, a "fingerprint name" field, a "fingerprint tag" field, a "mobile device identification code" field; (FIG. 90) the "authorization List" table includes an "id" field, a "device name" field, a "mobile device identification" field, an "application user" field, an "application date" field, and a "status" field; (FIG. 91) "agent management" module includes "agent List" table; (FIG. 92) the "Agents List" table includes "id" field, "name" field, "Phone" field, "area" field, "date" field; (FIG. 93) the "code generator" module includes a "code generation" table; (fig. 94) "code generation" table includes "table name" field, "Engine" field, "form" field, "creation time" field, enabling connection of the electric lock and the mobile device to the cloud server through the wireless communication network, respectively.
As shown in fig. 1 and 22, the control method of the electric lock according to the embodiment includes that fingerprint template information of a user is stored in the electric lock 1 through the wireless mobile device 2, when the electric lock is unlocked, the user presses the fingerprint sensor 1-11, the fingerprint sensor 1-11 transmits the fingerprint information to the main control chip 1-9-4, the main control chip 1-9-4 compares the obtained fingerprint information with the fingerprint template information, if the fingerprint information is the same as the fingerprint template information, the main control chip 1-9-4 controls the motor 1-7 to drive the lock tongue 1-5 to unlock, and if the fingerprint information is different from the fingerprint template information, the main control chip 1-9-4 does not control the motor 1-7 to drive the lock tongue 1-5 to unlock; or, unblank with wireless mobile device 2 through wireless communication module in built-in and lock after being connected and send out the instruction of unblanking, conveniently set up the fingerprint through wireless mobile device, conveniently control opening of lock, removed the drag of carrying the key from, very big has made things convenient for people's life, can guarantee the security moreover, prevents to be opened by irrelevant people, easy operation, convenient.
As shown in fig. 22, 23, and 24, the main control chip 1-9-4 of the present embodiment transmits the fingerprint information and the unlocking state information obtained each time to the cloud server 3; a user firstly becomes a manager of the electric lock 1 by binding the wireless mobile equipment 2 and the electric lock 1 in a registration mode through the electric lock control module; after a manager of the electric lock 1 logs in, an unblanker presses the fingerprint sensor 1-11, the fingerprint sensor 1-11 transmits fingerprint information to the main control chip 1-9-4, the main control chip 1-9-4 transmits the fingerprint information to the wireless mobile device 2, the manager of the electric lock 1 stores the fingerprint information on a fingerprint storage template in the main control chip 1-9-4 of the electric lock 1 through the wireless mobile device 2 after confirming the fingerprint information and numbers the fingerprint information, and the fingerprint information and the number thereof form fingerprint template information; the fingerprint storage template can store a plurality of unlocking person fingerprint template information; the serial numbers in the fingerprint sample plate information of the plurality of unlocking persons are different; the fingerprint algorithm module sets different unlocking modes by carrying out OR, AND and NOT operation on the fingerprint sample plate information of a plurality of unlocking persons; the unlocking mode is a single-person sharing unlocking mode or a multi-person sharing unlocking mode; the single-person independent unlocking mode is that only one unlocking person can press the fingerprint sensor 1-11 to unlock the lock; the multi-person sharing unlocking mode is that a plurality of unlocking persons can press the fingerprint sensors 1-11 to unlock the lock; the multi-person unlocking mode is that the unlocking can be realized only when a plurality of unlocking persons press the fingerprint sensors 1-11 in sequence within a specified time period; the specified time period is 5 seconds, 10 seconds, 15 seconds, 20 seconds, 25 seconds, 30 seconds or one minute; the number of people who unblanks the people in many people's mode of unlocking jointly is two people or three, easy operation, and is convenient to can realize single, many people mode switching of unlocking, satisfy the special requirement to the personnel of unlocking, improve the security.
As shown in fig. 25, in the present embodiment, the wireless mobile device 2 is connected to the wireless communication module in the lock through the wireless communication module in the lock, and then the unlocking instruction is issued to unlock the lock; or, set up earlier and unblank the instruction with wireless mobile device 2 through built-in wireless communication module and lock in wireless communication module be connected and unblank, both can use the fingerprint to unblank, also can directly use wireless mobile device to unblank, satisfy different demands, take care of the personnel that inconvenient use fingerprint unblanked.
It can also be unlocked by a "super fingerprint user". The method comprises the following steps:
1. in the starting state, the fingerprint sensor is pressed by the fingerprint for six seconds, and the blue lamp flickers;
2. the fingerprint registration is started for six times continuously, and the blue lamp does not flicker after the buzzer makes a long sound for three seconds;
3. successful registration (failed red light), lock off;
4. starting registered fingerprint identification and successfully unlocking;
5. the lock is restored to the free, starting state (this is repeated each time).
The function has the advantages that the mobile phone is used when the mobile phone is not at hand or an App is not downloaded, and the mobile phone is particularly free and humanized.
As shown in fig. 22 to 26, the electric lock control module according to the present embodiment is an APP electric lock control application; uploading the APP electric lock control application program to the cloud server 3; anyone can download the APP electric lock control application from the cloud server 3 and install the APP electric lock control application into the smartphone of the person; the smart phone with the APP electric lock control application program is used for providing an unlocking request to the wireless mobile device 2 of the administrator, and after the wireless mobile device 2 of the administrator can grant the right of unlocking the smart phone with the APP electric lock control application program, the smart phone with the APP electric lock control application program can be used for unlocking the smart phone with the mobile phone, and other functions can be used except that the smart phone with the APP electric lock control application program is unlocked by a fingerprint alone or multiple persons and cannot be used by authorization; the electric lock 1 can be opened by the smart phone which is provided with the APP electric lock control application program and authorized, and the electric lock is simple to operate and convenient to use.
As shown in fig. 22 to 26, the present embodiment sets the wireless mobile device 2 to the loss prevention mode, and the loss prevention distance to 5M; the wireless mobile device 2 is always associated with the electric lock 1 through the built-in Bluetooth module 2-1 and the locked Bluetooth module 1-9-6, when the distance between the electric lock 1 and the wireless mobile device 2 exceeds 5m, the built-in Bluetooth module 2-1 is disconnected with the locked Bluetooth module 1-9-6, the buzzer 1-9-8 in the electric lock 1 gives an alarm, and/or the wireless mobile device 2 gives an alarm, so that a user can determine the position of the electric lock 1, the electric lock is prevented from being lost, and the safety is greatly improved.
As shown in fig. 22 to fig. 26, when the electric lock 1 according to this embodiment cannot be found, the wireless mobile device 2 is set to the lock finding mode; as long as the wireless mobile device 2 and the electric lock 1 are mutually associated through the built-in Bluetooth module 2-1 and the in-lock Bluetooth module 1-9-6, the buzzer 1-9-8 in the electric lock 1 gives an alarm, and/or the wireless mobile device 2 gives an alarm, and the user can determine the position of the electric lock 1; in a similar way, the position of the wireless mobile device 2 can be determined through the electric lock 1, and the electric lock can be found back in time if the electric lock is lost, so that the safety is greatly improved.
As shown in fig. 22 to 26, the present embodiment sets the wireless mobile device 2 to the lock control photographing mode; the user holds the electric lock 1 by hand and the distance between the electric lock 1 and the wireless mobile device 2 is within 5 meters; the user can realize the remote control self-photographing function by pressing the fingerprint sensor 1-11; or, the wireless mobile device 2 is set to the lock control recording mode; the user holds the electric lock 1 by hand and the distance between the electric lock 1 and the wireless mobile device 2 is within 5 meters; the user can realize the remote control recording function by pressing the fingerprint sensor 1-11; or, the wireless mobile device 2 is set to the cloud server management mode; the wireless mobile equipment 2 is connected with the cloud server 3 through an antenna 2-2 and a wireless communication network; the user can manage the data in the cloud server 3 through the wireless mobile device 2; after the selective unbinding, the wireless mobile device 2 and the electric lock 1 are unbound, for example, an administrator, that is, the wireless mobile device 2 and the electric lock 1 completely remove all functions, including bound devices authorized to be used by others, and the wireless mobile device 2 and the electric lock 1 authorized to be bound, completely remove all functions; only the background database keeps records; if the user is only authorized to unbind the wireless mobile device 2 and the electric lock 1, all functions of the wireless mobile device and the electric lock can be unbound by the authorized person; the system can be used in android or iOS wireless mobile equipment 2, or can be installed and used on third-party platforms such as WeChat applet, Alibaba applet or Jingdong applet, and has multiple functions and convenient use.
Claims (10)
1. A control system for an electric lock, characterized in that: the electric lock comprises an electric lock (1), wherein a lock tongue (1-5) of the electric lock (1) is in driving connection with an electric lock tongue driving mechanism, the electric lock tongue driving mechanism is respectively electrically connected with a main control chip (1-9-4) and a battery (1-8) through a mainboard (1-9), the main control chip (1-9-4) is electrically connected with a wireless communication module in the lock, the main control chip (1-9-4) is electrically connected with a fingerprint sensor (1-11), and the electric lock (1) is associated with a wireless mobile device (2).
2. The control system of an electric lock according to claim 1, wherein:
the wireless communication module in the lock is a Bluetooth module (1-9-6) and/or a ceramic antenna (1-9-7) in the lock;
the Bluetooth module (1-9-6) in the lock is a Bluetooth module with an automatic induction power-on function;
the wireless mobile device (2) is a smart phone or a tablet computer or a notebook computer;
the wireless mobile equipment (2) is provided with an internal wireless communication module;
the built-in wireless communication module is a built-in Bluetooth module (2-1) and/or an antenna (2-2);
the wireless mobile equipment (2) is directly and wirelessly connected with the electric lock (1) through the Bluetooth module (1-9-6) in the lock and the Bluetooth module (2-1) in the lock; or,
the wireless mobile equipment (2) is in wireless connection with the cloud server (3) through the antenna (2-2) and a wireless communication network;
the electric lock (1) is in wireless connection with the cloud server (3) through the ceramic antennas (1-9-7) and a wireless communication network;
the main control chip (1-9-4) is electrically connected with the buzzer (1-9-8).
3. The control system of an electric lock according to claim 2, wherein:
the main control chip (1-9-4) is provided with a fingerprint storage template and a fingerprint algorithm module;
the wireless mobile equipment (2) is provided with an electric lock control module;
the electric lock control module comprises a registration login sub-module, a communication control sub-module, a fingerprint template information storage and setting sub-module, an unlocking control sub-module, a two-way loss prevention sub-module, a two-way lock searching sub-module, a lock control photographing sub-module, a lock control recording sub-module, a cloud server management sub-module, an equipment management sub-module, a multi-language switching sub-module, an authorization sub-module, a cloud server push message checking sub-module, a quitting system sub-module, an equipment adding sub-module and a connection binding sub-;
the loss prevention distance in the loss prevention module is 5-10 meters;
the alarm distance in the bidirectional searching submodule is 5-10 meters;
the electric lock control module displays through a starting interface;
a plurality of starting interfaces are provided;
only one starting interface appears when a program is started each time;
the starting interface is linked with a login/registration interface;
the "OmO" icon is arranged on the upper part of the "login/registration" interface;
the middle upper part of the login/registration interface is provided with a login/registration label;
the middle part of the login/registration interface is provided with a label of 'please use the third party for login and use';
the middle lower part of the login/registration interface is provided with a QQ icon, a weChat icon, a Line icon and a Facebook icon;
the lower part of the login/registration interface is provided with a Language switching icon;
logging in by clicking a 'QQ' icon or a 'weChat' icon or a 'Line' icon or a 'Facebook' icon;
the Language switching icon is linked with a Language switching interface;
the 'language switching' interface is listed with 'English' option, 'Japanese' option, 'Korean' option, 'simplified Chinese' option and 'traditional Chinese' option;
entering a home page interface after login is successful;
the middle upper part of the home page interface is provided with a dialog box for 'you do not bind OmOLOCK yet and whether you are bound now';
the middle lower part of the home page interface is provided with an anti-lost icon, an unlocking requesting icon and a searching icon;
the lower part of the home page interface is provided with a battery electric quantity identifier, a connection state identifier and an 'OmOLOCK' identifier;
"you have not bound OmOLOCK yet, whether the" dialog box is linked with the "my equipment" interface to go to bind now;
the upper part of the my equipment interface is provided with a my equipment label and an added equipment icon;
the name of the connected equipment, a renaming button, a connecting button and a unbinding button are displayed on the upper part of the My equipment interface;
multiple devices can be bound in the My device interface at the same time;
only one device can be connected at the same time in the my device interface;
the adding equipment icon is linked with an adding equipment interface;
the upper part of the 'adding equipment' interface is provided with a return button and an 'adding equipment' label;
the middle upper part of the 'adding equipment' interface is provided with an adding equipment description;
the middle lower part of the interface of the 'adding equipment' is provided with an equipment pattern;
the lower part of the 'add equipment' interface is provided with a 'search' button;
the account icon is linked with an 'my' interface;
the upper part of the 'I' interface is provided with a return button and an 'I' label;
the middle upper part of the 'I' interface is provided with a head portrait authorized to be logged in by a third party;
the middle part of the 'I' interface is provided with a 'my equipment' button and a 'my fingerprint' button;
the middle lower part of the 'I' interface is provided with an 'authorization management' option, a 'use help' option, a 'language switching' option and a 'system message' option;
the lower part of the 'I' interface is provided with a 'log-out' button;
the my devices button is linked to a my devices interface;
the My fingerprint button is linked with a My fingerprint interface;
the upper part of the My fingerprint interface is provided with a return button, a My fingerprint label and a fingerprint adding icon;
the middle part of the My fingerprint interface is provided with a couple mode switch;
the fingerprint names, renaming buttons and deleting buttons of different users are displayed on the lower part of the My fingerprint interface;
the "add fingerprint" icon is linked to the "add fingerprint" interface;
the upper part of the 'fingerprint adding' interface is provided with a return button and a 'fingerprint adding' label;
the middle upper part of the 'fingerprint adding' interface is provided with a fingerprint adding instruction;
the middle part of the 'fingerprint adding' interface is provided with an equipment pattern;
the 'fingerprint adding' interface is linked with a 'newly built fingerprint' interface;
the upper part of the 'newly built fingerprint' interface is provided with a return button and a 'newly built fingerprint' label;
the middle upper part of the 'newly built fingerprint' interface displays a fingerprint input state;
the middle part of the 'newly built fingerprint' interface displays a fingerprint pattern;
the middle lower part of the 'newly built fingerprint' interface is provided with a 'rename' button;
a finishing button is arranged at the lower part of the new fingerprint interface;
the switch of 'couple mode' is connected with a 'please select couple fingerprint' dialog box;
the upper part of the dialog box 'please select the couple fingerprint' is provided with a 'please select the couple fingerprint' label;
the middle upper part of the dialog box 'please select couple fingerprint' is provided with a user fingerprint option;
the middle upper part of the dialog box 'please select the couple fingerprint' is provided with a 'confirm' button;
the middle lower part of the dialog box 'please select the couple fingerprint' is provided with couple mode explanation;
the authorization management selection link is connected with an authorization management interface;
the upper part of the authorization management interface is provided with a return button and an authorization management label;
the middle part of the authorization management interface displays a requester name, an equipment name, an application date and an authorization button;
pressing the "authorized" button to become an "authorized" button;
the mobile phone of the authorized person displays an interface of 'adding equipment';
the upper part of the interface of the adding equipment is provided with an adding equipment label;
a binding equipment description is displayed in the middle of the 'adding equipment' interface;
the lower part of the 'add equipment' interface is provided with a binding dialog box;
the "use help" option is linked with a "use help" interface;
the upper part of the 'use help' interface is provided with a 'use help' label;
below the "use help" tab is a "frequently asked questions" tab, a "structure description" tab, a "first use" tab, a "function description" tab;
the language switching selection link is connected with a language switching interface;
the language switching interface comprises an English option, a Japanese option, a Korean option, a simplified option and a traditional option;
the 'system message' option is linked with a 'system message' interface;
a return button and a system message label are arranged on the upper part of the system message interface;
the lower part of the system message interface displays system messages;
the anti-lost icon is linked with an anti-lost message frame;
the "find" icon is linked to a "find" message box;
the cloud server (3) is provided with an electric lock record database;
the electric lock record database comprises a system management module, a message management module, a member management module, an equipment management module, an agent management module and a code generator module;
the 'system management' module comprises a 'user management' table, a 'department management' table, a 'role management' table, a 'menu management' table, a 'system log' table and a 'SQL monitoring' table;
the user management table comprises user name fields, alias fields, department fields, mailbox fields, mobile phone number fields, state fields and creation time fields;
the department management table comprises a department name field, a superior department field and a ranking number field;
the 'role management' table comprises a 'role name' field, a 'remark' field and a 'creation time' field;
the "menu management" table includes a "menu name" field, an "upper menu" field, an "icon" field, a "type" field, and a "sort number";
the 'system log' table comprises a 'user name' field, a 'user operation' field, a 'request method' field, a 'request parameter' field, an 'execution time length' field, an 'IP address' field and a 'creation time' field;
the SQL monitoring table comprises an SQL field, an execution number field, an execution time field, a slowest field, a transaction execution field, an error number field, an update row number field, a read row number field, an execution middle field, a maximum concurrency field, an execution time distribution field, an execution + RS time distribution field, a read row distribution field and an update row distribution field;
the 'message management' module comprises a 'message template' table and a 'message list' table;
the "message template" table includes a "title" field and a "content" field;
the "message list" table includes a "title" field, a "content" field, a "date" field, and a "user name" field;
the 'member management' module comprises a 'member list' table;
the "Member List" table includes an "id" field, an "avatar" field, a "nickname" field, a "user unique identification" field, a "creation time" field, a "status" field, and an "operation" field;
the device management module comprises a device list table, a fingerprint list table and an authorization list table;
the 'equipment list' table comprises an 'id' field, an 'equipment name' field, a 'mobile equipment identification code' field, a 'user name' field, a 'owner' field, a 'lover mode opening' field and an 'operation' field;
the "fingerprint list" table includes an "id" field, a "fingerprint name" field, a "fingerprint tag" field, and a "mobile device identification code" field;
the "authorization list" table includes "id" field, "device name" field, "mobile device identification code" field, "application user" field, "application date" field, "status" field;
the 'agent management' module comprises an 'agent list' table;
the "agent list" table includes an "id" field, a "name" field, a "phone" field, an "area" field, and a "date" field;
the code generator module comprises a code generation table;
the "code generation" table includes a "table name" field, an "Engine" field, a "form comment" field, and a "creation time" field.
4. A control method of an electric lock according to any one of claims 1 to 3, characterized in that: firstly, fingerprint sample plate information of a user is stored in an electric lock (1) through a wireless mobile device (2), when the electric lock is unlocked, the user presses a fingerprint sensor (1-11), the fingerprint sensor (1-11) transmits the fingerprint information to a main control chip (1-9-4), the main control chip (1-9-4) compares the obtained fingerprint information with the fingerprint sample plate information, if the fingerprint information is the same as the fingerprint sample plate information, the main control chip (1-9-4) controls a motor (1-7) to drive a lock tongue (1-5) to unlock, and if the fingerprint information is different from the fingerprint sample plate information, the main control chip (1-9-4) does not control the motor (1-7) to drive the lock tongue (1-5) to unlock; or the wireless mobile equipment (2) is connected with the wireless communication module in the lock through the wireless communication module in the lock and then sends an unlocking instruction to unlock the lock.
5. The control method of an electric lock according to claim 4, characterized in that:
the main control chip (1-9-4) transmits the fingerprint information and the unlocking state information obtained each time to the cloud server (3);
a user firstly becomes a manager of the electric lock (1) by binding the wireless mobile equipment (2) and the electric lock (1) in a registered mode through the electric lock control module;
after a manager of the electric lock (1) logs in, an unblanker presses a fingerprint sensor (1-11), the fingerprint sensor (1-11) transmits fingerprint information to a main control chip (1-9-4), the main control chip (1-9-4) transmits the fingerprint information to wireless mobile equipment (2), the manager of the electric lock (1) confirms the fingerprint information and stores the fingerprint information on a fingerprint storage template in the main control chip (1-9-4) of the electric lock (1) through the wireless mobile equipment (2) and numbers the fingerprint information, and the fingerprint information and the number thereof form fingerprint template information;
the fingerprint storage template can store a plurality of unlocking person fingerprint template information;
the serial numbers in the fingerprint sample plate information of the plurality of unlocking persons are different;
the fingerprint algorithm module sets different unlocking modes by carrying out OR, AND and NOT operation on the fingerprint sample plate information of a plurality of unlocking persons;
the unlocking mode is a single-person sharing unlocking mode or a multi-person sharing unlocking mode;
the single-person independent unlocking mode is that only one unlocking person can press the fingerprint sensor (1-11) to unlock the lock;
the multi-person sharing unlocking mode is that a plurality of unlocking persons can press the fingerprint sensor (1-11) to unlock;
the multi-person unlocking mode is that the unlocking can be realized only when a plurality of unlocking persons press the fingerprint sensors (1-11) in sequence within a specified time period;
the specified time period is 5 seconds, 10 seconds, 15 seconds, 20 seconds, 25 seconds, 30 seconds or one minute;
the number of people who unlocks the lock in the multi-person unlocking mode is two or three.
6. The control method of an electric lock according to claim 4, characterized in that:
firstly, the wireless mobile equipment (2) is connected with the wireless communication module in the lock through the wireless communication module in the lock and then sends out an unlocking instruction to unlock the lock; or,
the unlocking instruction is set firstly, and then the wireless mobile device (2) is connected with the wireless communication module in the lock through the wireless communication module in the lock to unlock.
7. The control method of an electric lock according to claim 4, characterized in that:
the electric lock control module is an APP electric lock control application program;
uploading an APP electric lock control application program to a cloud server (3);
anyone can download the APP electric lock control application program from the cloud server (3) and install the APP electric lock control application program into the smart phone of the person;
the smart phone with the APP electric lock control application program is used for providing an unlocking request to the wireless mobile device (2) of the administrator, and the wireless mobile device (2) of the administrator can grant the smart phone with the APP electric lock control application program the right of unlocking the smart phone with the mobile phone;
the smart phone which is provided with the APP electric lock control application program and is authorized can be used for unlocking the electric lock (1).
8. The control method of an electric lock according to claim 4, characterized in that:
setting the wireless mobile equipment (2) to be in a loss prevention mode, and setting the loss prevention distance to be 5M;
the wireless mobile device (2) is always associated with the electric lock (1) through the built-in Bluetooth module (2-1) and the locked Bluetooth module (1-9-6), when the distance between the electric lock (1) and the wireless mobile device (2) exceeds 5 meters, the built-in Bluetooth module (2-1) and the locked Bluetooth module (1-9-6) are disconnected, the buzzer (1-9-8) in the electric lock (1) gives an alarm, and/or the wireless mobile device (2) gives an alarm, and a user can determine the position of the electric lock (1).
9. The control method of an electric lock according to claim 4, characterized in that:
when the electric lock (1) cannot be found, the wireless mobile equipment (2) is set to be in a lock finding mode;
as long as the wireless mobile device (2) and the electric lock (1) are mutually associated through the built-in Bluetooth module (2-1) and the locked Bluetooth module (1-9-6), the buzzer (1-9-8) in the electric lock (1) gives an alarm, and/or the wireless mobile device (2) gives an alarm, and a user can determine the position of the electric lock (1); similarly, the position of the wireless mobile device (2) can also be determined through the electric lock (1).
10. The control method of an electric lock according to claim 4, characterized in that:
setting the wireless mobile equipment (2) to be in a lock control photographing mode;
the user holds the electric lock (1) in hand and the distance between the electric lock and the wireless mobile equipment (2) is within 5 meters;
the user can realize the remote control self-photographing function by pressing the fingerprint sensor (1-11);
or,
setting the wireless mobile device (2) to a lock control recording mode;
the user holds the electric lock (1) in hand and the distance between the electric lock and the wireless mobile equipment (2) is within 5 meters;
the user can realize the remote control recording function by pressing the fingerprint sensor (1-11);
or,
setting a wireless mobile device (2) in a cloud server management mode;
the wireless mobile equipment (2) is connected with the cloud server (3) through an antenna (2-2) and a wireless communication network;
the user can manage the data in the cloud server (3) through the wireless mobile device (2);
after the selection is unbound, the wireless mobile device (2) is unbound from the electric lock, for example, the wireless mobile device (2) and the electric lock completely remove all functions, including bound devices authorized to be used by others, for example, the wireless mobile device (2) and the electric lock are bound, and all functions are completely removed; only the background database keeps records;
if the wireless mobile device (2) is only unbound by the authorized person, all functions of the wireless mobile device and the electric lock bound by the authorized person can be only released;
the system can be used in android or iOS wireless mobile equipment (2), or can be installed and used on third-party platforms such as WeChat applets, Ali baba applets or Jingdong applets.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910326027.2A CN109934983A (en) | 2019-04-23 | 2019-04-23 | A kind of control system and its control method of electric lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910326027.2A CN109934983A (en) | 2019-04-23 | 2019-04-23 | A kind of control system and its control method of electric lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109934983A true CN109934983A (en) | 2019-06-25 |
Family
ID=66990701
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910326027.2A Pending CN109934983A (en) | 2019-04-23 | 2019-04-23 | A kind of control system and its control method of electric lock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109934983A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110532052A (en) * | 2019-08-26 | 2019-12-03 | 深圳坚朗海贝斯智能科技有限公司 | The multi-lingual switching method of intelligent lock system, intelligent lock system, storage unit |
| CN110929306A (en) * | 2019-11-25 | 2020-03-27 | 温州齐鸣网络科技有限公司 | Dark box type multi-stage protection equipment for computer software development |
| CN113328159A (en) * | 2020-02-12 | 2021-08-31 | 比亚迪股份有限公司 | Battery, battery module, battery pack and electric vehicle |
Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202916892U (en) * | 2012-07-19 | 2013-05-01 | 杭州九树网络科技有限公司 | Intelligent lock system |
| CN204956407U (en) * | 2015-08-14 | 2016-01-13 | 深圳市华盈泰智能技术有限公司 | Bluetooth anti -theft device of function is prevented losing in area |
| CN106504375A (en) * | 2016-10-09 | 2017-03-15 | 胡家安 | Fingerprint lock management method |
| CN106531915A (en) * | 2016-03-03 | 2017-03-22 | 昆山艾飞斯特智能科技有限公司 | Detachable fingerprint lock battery box and fingerprint lock |
| CN107191071A (en) * | 2017-06-09 | 2017-09-22 | 北京初创未来科技有限公司 | A kind of intelligent anti-theft lock, door lock burglary-resisting system and its control method |
| CN107452117A (en) * | 2017-09-13 | 2017-12-08 | 罗洪翠 | The fingerprint method of work of antitheft door |
| CN207080052U (en) * | 2017-08-22 | 2018-03-09 | 北京中兴创远科技有限公司 | A kind of intelligent electronic lock |
| CN109493469A (en) * | 2018-10-15 | 2019-03-19 | 珠海格力电器股份有限公司 | Authority setting method and management equipment of intelligent door lock |
-
2019
- 2019-04-23 CN CN201910326027.2A patent/CN109934983A/en active Pending
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202916892U (en) * | 2012-07-19 | 2013-05-01 | 杭州九树网络科技有限公司 | Intelligent lock system |
| CN204956407U (en) * | 2015-08-14 | 2016-01-13 | 深圳市华盈泰智能技术有限公司 | Bluetooth anti -theft device of function is prevented losing in area |
| CN106531915A (en) * | 2016-03-03 | 2017-03-22 | 昆山艾飞斯特智能科技有限公司 | Detachable fingerprint lock battery box and fingerprint lock |
| CN106504375A (en) * | 2016-10-09 | 2017-03-15 | 胡家安 | Fingerprint lock management method |
| CN107191071A (en) * | 2017-06-09 | 2017-09-22 | 北京初创未来科技有限公司 | A kind of intelligent anti-theft lock, door lock burglary-resisting system and its control method |
| CN207080052U (en) * | 2017-08-22 | 2018-03-09 | 北京中兴创远科技有限公司 | A kind of intelligent electronic lock |
| CN107452117A (en) * | 2017-09-13 | 2017-12-08 | 罗洪翠 | The fingerprint method of work of antitheft door |
| CN109493469A (en) * | 2018-10-15 | 2019-03-19 | 珠海格力电器股份有限公司 | Authority setting method and management equipment of intelligent door lock |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110532052A (en) * | 2019-08-26 | 2019-12-03 | 深圳坚朗海贝斯智能科技有限公司 | The multi-lingual switching method of intelligent lock system, intelligent lock system, storage unit |
| CN110929306A (en) * | 2019-11-25 | 2020-03-27 | 温州齐鸣网络科技有限公司 | Dark box type multi-stage protection equipment for computer software development |
| CN110929306B (en) * | 2019-11-25 | 2021-06-01 | 武汉天翊网安科技技术有限公司 | Dark box type multi-stage protection equipment for computer software development |
| CN113328159A (en) * | 2020-02-12 | 2021-08-31 | 比亚迪股份有限公司 | Battery, battery module, battery pack and electric vehicle |
| CN113328159B (en) * | 2020-02-12 | 2024-04-16 | 比亚迪股份有限公司 | Battery, battery module, battery package and electric motor car |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US20240346865A1 (en) | Keys and locks | |
| CN109934983A (en) | A kind of control system and its control method of electric lock | |
| US10125519B1 (en) | Wireless-enabled interchangeable locking core | |
| CN110114541A (en) | Electromechanical lock | |
| CN106600794A (en) | Intelligent Bluetooth electronic lock | |
| CN101354798A (en) | System for managing hotel finger print and working method thereof | |
| CN207879102U (en) | A kind of charger baby shared terminal equipment | |
| CN109034425A (en) | Substation secondary device maintenance safety managing and control system and method based on Internet of Things | |
| CN101702248A (en) | Fingerprint gate lock monitored by portable mobile phone and management system thereof | |
| CN104763242A (en) | Intelligent door lock control system and method based on mobile communication technology | |
| CN111210549A (en) | Key management method, device and system | |
| CN104742545A (en) | Seal monitoring system | |
| CN211961409U (en) | Special intelligent management box for secret key | |
| CN103985169A (en) | System utilizing handheld terminal and USB interface to lock/unlock door lock and controlling method thereof | |
| CN110570560A (en) | access control system based on identity recognition | |
| CN210324307U (en) | Control system of electric lock | |
| CN201451836U (en) | Key management box | |
| CN207553783U (en) | A kind of public affairs are rented a house intelligent fingerprint lock | |
| CN210714170U (en) | Electric lock | |
| CN109961546A (en) | Intelligent networking locking device based on wireless communication technique | |
| CN110570557A (en) | access control system based on wireless communication network | |
| CN109972924A (en) | A kind of electric lock and its installation method | |
| CN110728782A (en) | Management system suitable for place entrance guard and power | |
| CN110570558A (en) | access control management method based on wireless communication network | |
| WO2008033098A1 (en) | Configurable system for electric device storing and tracking |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20190625 |
|
| RJ01 | Rejection of invention patent application after publication |