CN205899633U8 - Smart lock operating system - Google Patents

Abstract

The utility model embodiment provides a kind of smart lock operating system, solves the problems, such as that existing smart lock teleoperated manner cannot carry out concentrated controling management to new user side and caused security is low.The smart lock operating system, including：Smart lock, gateway, router, service end, at least one in the gateway binds management user side and at least one not with the unbound user side of gateway binds；Wherein, the smart lock is connected by wireless transmission method with gateway, the gateway is connected by network with the router, the at least one management user side, at least one unbound user side and the router are connected respectively by network with the service end, and between at least one management user side and at least one unbound user side network connection is passed through.

Description

Smart Lock Operating System

technical field

[0001] The utility model relates to the technical field of smart locks, in particular to a smart lock operating system.

Background technique

[0002] Smart locks have been applied to many fields due to their high security and convenient operability. In addition to unlocking functions such as fingerprints, radio frequency cards, passwords, and keys, existing smart locks also have remote operation unlocking functions. This kind of smart lock that can be remotely operated and unlocked is generally equipped with a wireless communication device, the wireless communication device communicates with the gateway wirelessly, and the gateway is connected to the Internet, so that the remote client can bind with the gateway as long as the access password of the gateway is obtained. , and then connect to the gateway through the Internet, send the unlocking operation command to the gateway, and the gateway sends the unlocking command to the smart lock through wireless communication, so as to achieve the purpose of remote unlocking. In addition, the smart lock can also send information to the gateway through the wireless communication device, and the gateway then transmits the information to the remote client through the network, so that the client can know the status and operation information of the lock, and realize the connection between the client and the smart lock. information interaction.

[0003] However, in practical applications, it is impossible for a smart lock to only face clients at the same user level. For example, in an enterprise application scenario, a smart lock may need to face multiple clients at different levels of employees. In the existing remote operation mode of smart locks, since it is impossible to centrally control and manage the new client, any new client can realize the remote operation of the smart lock as long as it obtains the access password of the gateway, which obviously reduces many Security of smart lock products in user scenarios.

Utility model content

[0004] In view of this, an embodiment of the present utility model provides a smart lock operating system, which solves the problem of low security caused by the inability of the existing smart lock remote operation mode to perform centralized control and management on the new client.

[0005] An embodiment of the present invention provides a smart lock operating system, comprising: a smart lock, a gateway, a router, a server, at least one management client bound to the gateway, and at least one not associated with the gateway. Unbound clients bound by the gateway;

Wherein, described smart lock is connected with gateway by wireless transmission mode, and described gateway is connected with described router through network, described at least one management client, at least one unbound client and described router respectively pass through network Connected with the server, the at least one management client and the at least one unbound client are connected through a network;

Wherein described unbound client comprises:

[0008] an input module for the user to input a password to be verified; and

[0009] A network transmission module, configured to interact with the server and the at least one management client;

Wherein described server comprises:

Dynamic password module, is connected with described at least one management client, is used for generating dynamic password and sends to described at least one management client;

The password verification module is connected with the network transmission module of the at least one unbound client, and is used to verify the request of the input obtained from the at least one management client by the at least one unbound client. whether the password is correct;

The communication execution module is connected with the password verification module, the at least one unbound client and the gateway respectively, and is used to establish the at least one when the results returned by the password verification module are correct. The communication connection between the unbound client and the gateway is used to realize the binding of the at least one unbound client and the gateway.

[0014] Further, a reset button is provided on the gateway; wherein, the gateway is configured to disconnect the binding relationship with all management clients when the reset button is pressed.

[0015] Further, the management client is connected to the communication execution module, and communicates with the gateway directly through the communication execution module.

[0016] Further, the communication execution module is a network controller with multiple communication interfaces, and the at least one management client, at least one unbound client and the gateway are respectively connected to the communication execution module different communication interfaces;

[0017] Wherein, the network controller is configured to connect the communication interface connected with the at least one unbound client when the results returned by the password verification module are correct, so that the at least one unbound A specific client terminal communicates with the gateway through the network controller to implement binding.

[0018] Further, the smart lock operating system only includes a management client.

Further, described intelligent lock is connected with gateway by wireless transmission mode and comprises:

Described intelligent lock and described gateway respectively comprise the wireless transmission module that matches, and described wireless transmission module is one of the following items:

[0021] zigbee module, 433MHz wireless module, 315MHz wireless module and bluetooth module.

[0022] Further, the management client and/or the unbound client is an intelligent mobile terminal.

A kind of smart lock operating system provided by the embodiment of the present utility model, all users are divided into two kinds of management user end and unbound user end, in practical application, the management user end can correspond to the intelligent lock operating system. Management role. Unbound clients can correspond to new clients who want to obtain smart lock operation permissions. When an unbound client wants to obtain the operation authority of the smart lock, it must first enter the correct request password, and then enter the dynamic password obtained from a management client. In this way, each unbound client not only needs to master the correct request password, but also needs to obtain the permission of a management client to obtain the correct dynamic password, so that the management client can be used to control all new clients and improve the operation of smart locks. security.

Description of drawings

[0024] FIG. 1 shows a schematic structural diagram of a smart lock operating system provided by an embodiment of the present invention.

detailed description

Below in conjunction with the accompanying drawings in the embodiments of the present utility model, the technical solutions in the embodiments of the present utility model are clearly and completely described, obviously, the described embodiment is only a part of the present utility model embodiment, rather than All examples. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative work fall within the protection scope of the present invention.

[0026] FIG. 1 shows a schematic structural diagram of a smart lock operating system provided by an embodiment of the present invention. As shown in Figure 1, the smart lock operating system includes: a smart lock, a gateway, a router, a server, at least one management client bound to the gateway and at least one unbound client that is not bound to the gateway.

Smart lock is connected with gateway by wireless transmission mode, gateway is connected with router through network, at least one management client, at least one unbound client and router are respectively connected with server through network, at least one management client and at least one A network connection between unbound clients.

[0028] The unbound client includes: an input module for the user to input a request password to be verified; and a network transmission module for interacting with the server and at least one management client.

Server comprises: dynamic password module, is connected with at least one management client, is used for generating dynamic password and sends to at least one management client; Password verification module is connected with the network transmission module of at least one unbound client, using for verifying whether the dynamic password obtained by the at least one unbound client from the at least one management client is correct, and verifying whether the requested password is correct according to the preset password; and the communication execution module, with the password verification module and the at least one unbound user The terminal and the gateway are respectively connected to establish a communication connection between the at least one unbound user terminal and the gateway when the results returned by the password verification module are correct to realize the at least one unbound user The terminal is bound to the gateway.

As can be seen from this, in the intelligent lock operating system shown in Fig. 1, all clients are divided into two kinds of management client and unbound client, in practical application, management client can correspond to intelligent lock operation The management role of the system, the unbound client can correspond to the new client that wants to obtain the operation permission of the smart lock. When an unbound client wants to obtain the operation authority of the smart lock, it must first enter the correct request password, and then enter the dynamic password obtained from a management client. In this way, each unbound client not only needs to master the correct request password, but also needs to obtain the permission of a management client to obtain the correct dynamic password, so that the management client can be used to control all new clients and improve the operation of smart locks. security.

[0031] In an embodiment of the present utility model, a reset button is provided on the gateway, and the gateway is further configured to, when the reset button is pressed, disconnect the binding relationship with all bound clients. In this way, once the gateway is cracked or stolen, the owner of the gateway can still reset the binding relationship between the gateway and all bound clients through the reset button, so as to reset the operation authority of all clients. Therefore, when the gateway is reset, all clients actually become unbound clients that are not bound to the gateway, because there is no management client bound to the gateway. At this time, it is necessary to select at least one client from all the unbound clients that are not bound to the gateway to bind with the gateway first. For example, directly bind the first unbound client that enters the correct request password with the gateway. , so that the unbound client becomes the first management client bound to the gateway. When other unbound clients subsequently initiate operation requests for the smart lock, they need to obtain the dynamic password from the first management client bound to the gateway.

[0032] In an embodiment of the present utility model, the management client is connected to the communication execution module, and communicates with the gateway directly through the communication execution module. That is, the management client is actually the client that has obtained the operation permission of the smart lock, and the operation of the smart lock can be realized directly through the gateway. In this way, the entire smart lock operating system is actually implemented by the user who has obtained the operation permission of the smart lock. Management of new clients. When an unbound client can directly operate the smart lock through the gateway after passing all verifications, the unbound client is actually transformed into a management client, which can also be realized by accepting and forwarding the dynamic password. Manage and control the operation application of the new client. For example, in the actual enterprise application scenario, when the smart lock is used as a company door lock, the old employees who have joined the company use the management client, and the new employees use the unbound client. When obtaining the operation authority of the smart lock, in addition to entering the correct request password through the unbound user terminal, it is also necessary to enter the dynamic password obtained from the management user terminal of the old employee, so as to ensure that each new employee must pass an old employee. Only with the permission of the employee can the operation authority of the smart lock be obtained, which improves the security of the smart lock operating system. At the same time, the new employee who has obtained the operation permission of the smart lock also becomes the old employee, and the unbound client used by him is transformed into the management client. The operation application of the unbound client is managed and controlled.

In one embodiment of the present utility model, the communication execution module is a network controller with multiple communication interfaces, and at least one management client, at least one unbound client and gateway are respectively connected to different parts of the communication execution module. Communication Interface. At this time, the network controller is configured to connect the communication interface connected with the at least one unbound client when the results returned by the password verification module are all correct, so that the at least one unbound client communicates with the gateway through the network controller Communicate to achieve binding.

It should be understood that the modules contained in the embodiments of the present utility model can all be realized by actual hardware devices or hardware chips, and these hardware devices or hardware chips are devices or chips with known functions in the prior art. The technical solution provided by the new embodiment is actually to connect these known devices or chips according to a special connection relationship to form a smart lock operating system, so as to solve the problem that the existing smart lock remote operation mode cannot centrally control and manage the new client. resulting in low security. For example, the input module in the unbound client can be an alpha/numeric input keyboard, the network transmission module can be a wireless network card that satisfies a certain wireless transmission protocol; the dynamic password module in the server can be injected with a program that automatically generates a dynamic password. Hardware chip, which has been widely used in the field of bank security; the password verification module can be a hardware chip injected with a password verification program; the communication execution module, as mentioned above, can be a network controller with multiple communication interfaces , such as PLC controllers, etc. It can be seen that the technical solutions provided by the embodiments of the present invention actually connect these known hardware chips and devices in a specific connection manner, and do not include improvements to the software programs in the hardware chips or devices.

In an embodiment of the present utility model, this smart lock operating system can only include a management client, that is, all unbound clients can only obtain dynamic passwords through a management client, thereby realizing the unique One of the management clients manages and controls all unbound clients, which improves the centralized management and control of unbound clients and further improves the security of the smart lock operating system. In a further embodiment, the only management client terminal may be the first client terminal that obtains the operation permission of the smart lock.

In one embodiment of the present utility model, intelligent lock and gateway can comprise the wireless transmission module that matches respectively, and wireless transmission module is one of the following items: zigbee module, 433MHz wireless module, 315MHz wireless module and bluetooth module. However, the present invention does not limit the types of wireless transmission modules in the smart lock and the gateway.

[0037] In an embodiment of the present utility model, the management client and/or the unbound client is an intelligent mobile terminal. Such as mobile phone or tablet, etc. In this way, the user can realize the remote operation of the smart lock through the personal smart mobile terminal, which further improves the user experience of the entire smart lock operating system.

[0038] It should also be understood that, in order not to obscure the embodiments of the present invention, the description only describes some key, not necessarily necessary technologies and features, and may not describe some features that can be implemented by those skilled in the art.

The above is only the preferred embodiment of the present utility model, and is not intended to limit the present utility model, all within the spirit and principle of the present utility model, any amendments made, equivalent replacements etc., all should include within the scope of protection of the present invention.

Claims (7)

1. a smart lock operating system, is characterized in that, comprises: smart lock, gateway, router, server, at least one management client bound with described gateway and at least one unbound not bound with gateway A client; wherein the smart lock is connected to a gateway through wireless transmission, the gateway is connected to the router through a network, and the at least one management client, at least one unbound client and the router are respectively connected through the network Connected with the server, the at least one management client and the at least one unbound client are connected through a network; wherein the unbound client comprises: an input module for the user to input a request password to be verified and a network transmission module, for interacting with the server and the at least one management client; wherein the server comprises: a dynamic password module, connected with the at least one management client, for generating a dynamic password sent to the at least one management client; a password verification module, connected to the network transmission module of the at least one unbound client, for verifying the at least one unbound client from the at least one management client Whether the obtained input request password is correct; a communication execution module, which is connected to the password verification module, the at least one unbound client and the router respectively, and is used to check whether the results returned by the password verification module are all When correct, a communication connection between the at least one unbound client and the gateway is established to realize the binding of the at least one unbound client and the gateway. 2. The smart lock operating system according to claim 1, wherein a reset button is provided on the gateway; wherein, the gateway is configured to, when the reset button is pressed, disconnect the The binding relationship of all bound clients. 3 . The smart lock operating system according to claim 1 , wherein the management client is connected to the communication execution module, and communicates with the gateway directly through the communication execution module. 4 . 4. The smart lock operating system according to claim 3, wherein the communication execution module is a network controller with a plurality of communication interfaces, the at least one management client, at least one unbound client and the router are respectively connected to different communication interfaces of the communication execution module; wherein, the network controller is configured to connect with the at least one unbound user when the results returned by the password verification module are all correct A communication interface connected to a terminal, so that the at least one unbound user terminal communicates with the gateway through the network controller to realize binding. 5 . The smart lock operating system according to claim 2 , wherein the smart lock operating system only includes one management client. 6 . 6. The smart lock operating system according to any one of claims 1 to 5, wherein the smart lock is connected with the gateway by wireless transmission, comprising: The smart lock and the gateway respectively comprise a matching wireless A transmission module, the wireless transmission module is one of the following items: a zigbee module, a 433MHz wireless module, a 315MHz wireless module and a Bluetooth module. 7. The smart lock operating system according to any one of claims 1 to 5, wherein the management client terminal and/or the unbound client terminal is an intelligent mobile terminal.