CN105678153A

CN105678153A - Guard-against-theft unit assembly, guard-against-theft protection method and system

Info

Publication number: CN105678153A
Application number: CN201610073577.4A
Authority: CN
Inventors: 邱辉; 邱发均
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-02-02
Filing date: 2016-02-02
Publication date: 2016-06-15

Abstract

The embodiment of the invention discloses a guard-against-theft unit assembly, a guard-against-theft protection method and a guard-against-theft protection system. The guard-against-theft protection system comprises a guard-against-theft server and the guard-against-theft unit assembly, wherein the guard-against-theft unit assembly is used for transmitting authentication guard-against-theft information to the guard-against-theft server for authentication operation; the guard-against-theft server is used for receiving the authentication guard-against-theft information and matching the authentication guard-against-theft information with verification guard-against-theft information in the guard-against-theft server, and further used for authorizing the guard-against-theft unit assembly if the authentication guard-against-theft information is successfully matched with the verification guard-against-theft information and transmitting authorization information; the guard-against-theft unit assembly is further used for acquiring the authorization information and transmitting a work control signal to a working module of mobile equipment connected with the guard-against-theft unit assembly; the work control signal is used for controlling the working module of the mobile equipment to be started or work. According to the technical scheme provided by the invention, the guard-against-theft safety performance of mobile equipment can be improved.

Description

Anti-theft unit assembly, anti-theft protection method and system

Technical Field

The invention relates to the technical field of safety and theft prevention, in particular to a theft prevention unit component, a theft prevention protection method and a system.

Background

In recent years, since the related anti-theft protection facilities have poor security and anti-theft performance, theft cases for mobile devices such as automobiles and electric vehicles have been frequently generated, and in order to prevent theft, in the related art, a mechanical anti-theft system or an electronic anti-theft system is often used to perform security protection on the mobile devices.

The mechanical anti-theft system is mainly based on the traditional lock mode, such as a wheel lock, a steering wheel lock, a gear lock, a clutch brake lock and the like, and due to the defects of simple structure, multiple repeated keys and the like of the mechanical anti-theft system, the mechanical anti-theft system can be cracked only by matching the mechanical key with a related structure in the lock, and the anti-theft performance is poor.

The electronic anti-theft system mainly comprises a radio frequency remote control central door lock, a GPS tracking anti-theft device, a biological recognition anti-theft lock and a chip type digital anti-theft device at present, but the anti-theft effect is still limited at present, because the electronic anti-theft system can be opened after matching is successful as long as relevant authentication information is input for matching, and the authentication information is easily copied under the condition that a legal user does not perceive the authentication information, thereby being not beneficial to the anti-theft of relevant equipment.

In summary, how to improve the anti-theft performance of the related devices becomes a technical problem to be urgently solved by the technical personnel in the field.

Disclosure of Invention

The embodiment of the invention provides an anti-theft unit component, an anti-theft protection method and an anti-theft protection system, and aims to solve the technical problem that the anti-theft performance is not strong in the prior art.

In order to solve the technical problem, the embodiment of the invention discloses the following technical scheme:

according to a first aspect of the present invention, there is provided a security unit assembly comprising:

the device comprises a first data communication interface, a microprocessor, a second data communication interface and a memory, wherein the first data communication interface, the microprocessor, the second data communication interface and the memory are electrically connected in sequence;

the microprocessor is used for sending authentication anti-theft information, authentication authorization information and a work control signal;

the first data communication interface is used for receiving and transmitting the authentication anti-theft information, receiving the authorization information and sending the authorization information to the microprocessor;

the second data communication interface is used for receiving the working control signal and sending the working control signal to a mobile body equipment working module associated with the anti-theft unit component; the working control signal is used for controlling the working module of the mobile body equipment to start or work normally;

the memory is used for storing authentication anti-theft information and necessary data for identifying the authorization information;

the anti-theft unit component also comprises a mobile terminal which stores anti-theft control software, authentication anti-theft information and necessary data for identifying the authorization information, and the mobile terminal is also used for controlling the start or work of the mobile body equipment working module by the anti-theft control software in the mobile terminal after receiving the matched authorization information.

According to a second aspect of the present invention, there is also provided an anti-theft protection system, comprising: the anti-theft server and the anti-theft unit component in the technical scheme are provided; wherein,

the anti-theft unit component is used for sending authentication anti-theft information to the anti-theft server for authentication operation;

the anti-theft server is used for receiving the authentication anti-theft information and matching the authentication anti-theft information with the check anti-theft information in the anti-theft server; the anti-theft module is also used for carrying out authorization operation on the anti-theft unit assembly and sending authorization information if the authentication anti-theft information is successfully matched with the verification anti-theft information;

the anti-theft unit component is further used for obtaining the authorization information and sending a work control signal to a mobile body equipment work module connected with the anti-theft unit component, wherein the work control signal is used for controlling the mobile body equipment work module to start or work.

Preferably, the anti-theft unit assembly further comprises a mobile terminal storing anti-theft control software, authentication anti-theft information and necessary data for authenticating the authorization information, and the mobile terminal is further used for controlling the mobile body device to start or work by the anti-theft control software in the mobile terminal after receiving the matched authorization information.

The anti-theft server is also used for receiving the authentication anti-theft information, matching the authentication anti-theft information with the verification anti-theft information, and if the authentication anti-theft information is successfully matched with the verification anti-theft information, authorizing the mobile terminal or the anti-theft unit component through the mobile terminal-server data connection to send authorization information;

the mobile terminal or other anti-theft unit components except the mobile terminal are also used for acquiring the authorization information and sending the work control signal to a mobile body equipment work module connected with the anti-theft unit components, or enabling control software in the mobile terminal to respond to a user instruction to normally work and control the mobile body work module to start or work.

Preferably, the anti-theft server is further configured to acquire the location information and/or the user information of the mobile terminal if the authentication anti-theft information is unsuccessfully matched with the verification anti-theft information within the predetermined number of times.

Preferably, the anti-theft server stores a legal user list and a contact way of the legal user in advance;

and the anti-theft server is also used for notifying the position information and/or the user information of the mobile terminal to a legal user according to the contact way of the legal user list and the legal user if the authentication anti-theft information is unsuccessfully matched with the verification anti-theft information within the preset times.

Preferably, the authentication theft prevention information and the verification theft prevention information respectively include: a theft prevention unit component list of a mobile device, a unique device identifier of the theft prevention unit component, a unique device identifier of the mobile terminal, and related authentication data; wherein the antitheft unit component list includes a mobile terminal, each of the mobile device operating modules of the mobile device, and name information of an antitheft unit component corresponding to the mobile device operating module.

Preferably, the antitheft unit component or the mobile terminal is further configured to trigger other antitheft unit components in the antitheft unit component list to participate in the antitheft authentication authorization process according to a preset antitheft unit component list if the antitheft unit component or a mobile device operating module corresponding to the antitheft unit component starts an antitheft authentication authorization process.

Preferably, the anti-theft server is further configured to perform recording and/or locking operation on the anti-theft unit component if the authentication anti-theft information is unsuccessfully matched with the verification anti-theft information within a predetermined number of times.

Preferably, the anti-theft server is specifically configured to record locked anti-theft unit component information; the anti-theft server is specifically configured to refuse to send authorization information if it is detected that the authentication anti-theft information includes information about the locked anti-theft unit component.

Preferably, the mobile terminal or the other anti-theft unit component except the mobile terminal is further configured to hide or delete the anti-theft unit component list when the mobile terminal or the other anti-theft unit component except the mobile terminal is in a registered or locked state.

According to a third aspect of the present invention, there is further provided an anti-theft protection method, which is used in the anti-theft protection system according to the above technical solution, and the anti-theft protection method includes the following anti-theft authentication authorization processes:

the anti-theft unit component sends the authentication anti-theft information to an anti-theft server for authentication operation; the anti-theft server receives the authentication anti-theft information and matches the authentication anti-theft information with the check anti-theft information in the anti-theft server;

if the authentication anti-theft information is successfully matched with the verification anti-theft information, the anti-theft server carries out authorization operation on the anti-theft unit assembly and sends authorization information;

and the anti-theft unit component acquires the authorization information and sends a working control signal to a mobile body equipment working module connected with the anti-theft unit component, wherein the working control signal is used for controlling the mobile body equipment working module to start or work.

Preferably, the method further comprises the following anti-theft authentication authorization process:

the mobile terminal establishes mobile terminal-server data connection with the anti-theft server, receives the authentication anti-theft information including the authentication anti-theft information of the anti-theft unit component, and sends the authentication anti-theft information to the anti-theft server through the mobile terminal-server data connection for authentication operation;

the anti-theft server receives the authentication anti-theft information and matches the authentication anti-theft information with the check anti-theft information;

if the authentication anti-theft information is successfully matched with the verification anti-theft information, the anti-theft server authorizes the mobile terminal or the anti-theft unit assembly except the mobile terminal through the mobile terminal-server data connection and sends authorization information;

the anti-theft unit component except the mobile terminal acquires the authorization information and sends a work control signal to a mobile body equipment work module connected with the anti-theft unit component, or the mobile terminal acquires the authorization information, control software in the mobile terminal responds to a user instruction to work normally, and sends the work control signal to the mobile body equipment work module through the control software to control the mobile body equipment work module to start or work.

Preferably, the anti-theft protection method further includes: the anti-theft server prestores a legal user list and a legal user contact way;

if the authentication anti-theft information is not matched with the verification anti-theft information within the preset times successfully, the anti-theft server informs the position information and/or the user information of the mobile terminal to a legal user according to the contact way of the legal user list and the legal user.

Preferably, the anti-theft protection method further includes: and if the anti-theft unit component or the mobile body equipment working module corresponding to the anti-theft unit component starts an anti-theft authentication authorization process, triggering other anti-theft unit components in the anti-theft unit component list to participate in the anti-theft authentication authorization process by the anti-theft unit component or the mobile terminal according to a preset anti-theft unit component list.

Preferably, the anti-theft protection method further comprises: and if the authentication anti-theft information is not matched with the verification anti-theft information within the preset times successfully, the anti-theft server performs recording and/or locking operation on the anti-theft unit component.

Preferably, the method for the anti-theft server to perform locking operation on the anti-theft unit assembly comprises the following steps: the anti-theft server records the locked anti-theft unit component information;

if the anti-theft server detects that the authentication anti-theft information contains information about the locked anti-theft unit component, the anti-theft server refuses to send authorization information.

According to the anti-theft protection scheme provided by the embodiment of the invention, when the anti-theft unit component detects the action of trying to start the working module of the mobile body equipment, the anti-theft unit component sends the authentication anti-theft information to the anti-theft server, and the anti-theft server performs authentication operation on the authentication anti-theft information; the anti-theft server matches the authentication anti-theft information with the internal verification anti-theft information, if the authentication anti-theft information is successfully matched with the verification anti-theft information, the anti-theft server carries out authorization operation on the anti-theft unit assembly and sends authorization information; when the anti-theft unit component acquires the authorization information, the anti-theft unit component can send a work control signal to the mobile body equipment working module connected with the anti-theft unit component so as to control the mobile body equipment working module to start or work, the anti-theft server can determine whether to send the authorization information or not because the authentication anti-theft information is matched with the internal verification anti-theft information, and the anti-theft data for verification of the anti-theft server and the anti-theft data for authentication of the anti-theft unit component are separately and independently arranged, thereby avoiding the possibility that the mobile body equipment working module can be started only by cracking the anti-theft equipment connected with the mobile body equipment working module in the related technology, meanwhile, if the anti-theft unit component needs to start the mobile body equipment working module, the external anti-theft server is necessary for verifying and authorizing, and therefore, compared with the mode, the anti-theft safety of the mobile body equipment working module is improved, and the anti-theft performance is enhanced.

Drawings

In order to more clearly illustrate the embodiments or technical solutions in the prior art of the present invention, the drawings used in the description of the embodiments or prior art will be briefly described below, and it is obvious for those skilled in the art that other drawings can be obtained based on these drawings without creative efforts.

Fig. 1 is a schematic view of a scenario provided in an embodiment of the present invention;

fig. 2 is a schematic flow chart of an anti-theft protection method according to an embodiment of the present invention;

fig. 3 is a schematic flow chart of an anti-theft protection method according to an embodiment of the present invention;

fig. 4 is a schematic flow chart of an anti-theft protection method according to an embodiment of the present invention;

fig. 5 is a schematic flow chart of an anti-theft protection method according to an embodiment of the present invention;

fig. 6 is a schematic flow chart of an anti-theft protection method according to an embodiment of the present invention;

fig. 7 is a schematic flow chart of an anti-theft protection method according to an embodiment of the present invention;

fig. 8 is a schematic flow chart of an anti-theft protection method according to an embodiment of the present invention;

fig. 9 is a schematic flow chart of an anti-theft protection method according to an embodiment of the present invention;

fig. 10 is a schematic structural diagram of an anti-theft protection system according to an embodiment of the present invention;

fig. 11 is a schematic structural diagram of an anti-theft protection system according to an embodiment of the present invention;

fig. 12 is a schematic structural diagram of an anti-theft protection system according to an embodiment of the present invention;

fig. 13 is a schematic structural diagram of an anti-theft protection system according to an embodiment of the present invention;

fig. 14 is a schematic structural diagram of an anti-theft protection system according to an embodiment of the present invention;

fig. 15 is a schematic structural diagram of an anti-theft protection system according to an embodiment of the present invention.

Detailed Description

In order to make those skilled in the art better understand the technical solution of the present invention, the technical solution in the embodiment of the present invention will be clearly and completely described below with reference to the drawings in the embodiment of the present invention, and it is obvious that the described embodiment is only a part of the embodiment of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Fig. 1 is a schematic view of a scenario provided in an embodiment of the present invention. As shown in fig. 1, includes: an antitheft unit assembly 10, a mobile terminal 20, an antitheft server 30, and a mobile body apparatus 40; the mobile body equipment 40 comprises at least one mobile body equipment working module, wherein the anti-theft unit assembly 10 is connected with the mobile body equipment working module and is used for controlling the mobile body equipment working module to start or work; the antitheft unit assembly 10 is connected with the antitheft server 30, and can transmit authentication antitheft information to the antitheft server 30, and the antitheft server 30 can perform authentication and authorization operations on the authentication antitheft information of the antitheft unit assembly 10, so that the antitheft unit assembly 10 controls the mobile body equipment working module to start or work.

The anti-theft unit assembly 10 further comprises a mobile terminal 20, authentication anti-theft information and authorization information can be forwarded through the mobile terminal 20, anti-theft control software, the authentication anti-theft information of the mobile terminal 20 and necessary data for identifying the authorization information are stored in the mobile terminal 20, and the anti-theft control software in the mobile terminal 20 can control a mobile device working module to start or work after receiving matched authorization information as an anti-theft unit assembly; or, after the mobile terminal 20 receives the matched authorization information, the anti-theft control software responds to a user instruction to normally work, and then controls the mobile device working module to start or normally work.

The anti-theft unit assembly 10 is fixed with the mobile body equipment working module, specifically, the anti-theft unit assembly 10 is fixed inside the specific mobile body equipment working module, so that the difficulty and the risk cost of detaching and replacing the anti-theft unit assembly 10 are increased, and the mobile body equipment 40 can be a small-sized electric vehicle such as an electric bicycle, an electric tricycle or an electric low-speed scooter, so that the anti-theft and illegal use prevention of the small-sized electric vehicle are facilitated; the mobile equipment 40 may also be a large-sized electric vehicle such as an electric quadricycle, an electric automobile, or the like, so as to help the large-sized electric vehicle prevent theft and illegal use; or the mobile equipment 40 is a mobile equipment such as an automobile, a tractor, a motorcycle, etc. controlled by the electric signal and driven by oil, thereby helping theft prevention and illegal use prevention of the mobile equipment controlled by the electric signal and driven by oil.

The mobile device operation module is a specific component of the mobile device 40, for example, a member such as an electric meter, a tire, a brake, or an engine of an electric four-wheel vehicle, and the present application does not specifically limit the mobile device operation module.

Referring to fig. 1 and fig. 2, fig. 2 is a schematic flow chart of an anti-theft protection method according to an embodiment of the present invention, and as shown in fig. 2, the anti-theft protection method according to the embodiment includes the following steps:

s110: and the anti-theft unit component sends the authentication anti-theft information to the anti-theft server for authentication operation.

S120: and the anti-theft server receives the authentication anti-theft information and matches the authentication anti-theft information with the check anti-theft information in the anti-theft server.

When the anti-theft unit component tries to open or control the working module of the mobile body equipment to work, the anti-theft unit component generates authentication anti-theft information, the authentication anti-theft information is used for performing authentication operation on the behavior of opening or controlling the working module of the mobile body equipment and the anti-theft unit component, and the authentication operation is that the authentication anti-theft information is matched with the check anti-theft information in the anti-theft server.

S130: and if the authentication anti-theft information is successfully matched with the verification anti-theft information, the anti-theft server carries out authorization operation on the anti-theft unit component and sends authorization information.

The anti-theft server matches the authentication anti-theft information with the check anti-theft information in the anti-theft server, and therefore whether the authorization information can be sent or not is judged according to the matching result.

Wherein, the authentication theftproof information and the check theftproof information respectively include: a list of anti-theft unit components for the mobile device, a unique device identifier for the anti-theft unit components, a unique device identifier for the mobile device, and associated verification data. The anti-theft unit component list comprises name information of the mobile body equipment and each mobile body equipment working module thereof and name information of the anti-theft unit components.

As a preferred embodiment, the process of the anti-theft server matching the authentication anti-theft information with the check anti-theft information inside the anti-theft server includes:

when a certain mobile body equipment working module needs to be started, the anti-theft unit component sends authentication anti-theft information to an anti-theft server, wherein the authentication anti-theft information comprises a unique equipment identifier of the mobile body equipment working module and relevant verification data of the mobile body equipment working module;

the anti-theft server searches data matched with information such as the unique device identifier of the mobile device working module in an anti-theft unit component list of the anti-theft server; after matching is successful, matching and verifying the related verification data sent by the anti-theft unit component and the related verification data in the anti-theft server; and when the verification is passed, the anti-theft server performs authorization operation on the anti-theft unit assembly and sends authorization information, so that the authentication operation of the authentication anti-theft information is realized.

S140: and the anti-theft unit component acquires the authorization information and sends a work control signal to a mobile body equipment work module connected with the anti-theft unit component, wherein the work control signal is used for controlling the mobile body equipment work module to start or work.

The anti-theft unit component can control the movable body equipment working module to start or work after acquiring the authorization information, the check anti-theft information of the anti-theft server and the authentication anti-theft information of the anti-theft unit component are respectively and independently arranged, an illegal user cannot directly crack the anti-theft unit component to open the movable body equipment working module, the risk that the movable body equipment can be started only by cracking on one side of the anti-theft unit component in the related technology and the cracking process is difficult to be known by a legal user is avoided, and the anti-theft safety of the movable body equipment working module is ensured.

Because the authentication anti-theft information is matched with the internal check anti-theft information, the anti-theft server can determine whether to send the authorization information, and the anti-theft server and the anti-theft unit component are separately and independently arranged, the possibility that the mobile body equipment working module can be started as long as the anti-theft equipment connected with the mobile body equipment working module is cracked in the related technology is avoided, meanwhile, as the anti-theft unit component needs to start the mobile body equipment working module, the external anti-theft server verifies that the authorization is an indispensable condition, therefore, compared with the mode that the anti-theft unit component is successfully verified, namely unlocked, the anti-theft safety of the mobile body equipment working module is improved, and the anti-theft performance is enhanced.

Please refer to fig. 3, and fig. 3 is a schematic flow chart of an anti-theft protection method according to an embodiment of the present invention, and with reference to fig. 1 and fig. 3, the anti-theft unit component further includes a mobile terminal, and the mobile terminal participates in the anti-theft authentication authorization process, and the anti-theft authentication authorization process that the mobile terminal participates in is as follows:

s210: the mobile terminal establishes mobile terminal-server data connection with the anti-theft server, receives the authentication anti-theft information and sends the authentication anti-theft information to the anti-theft server through the mobile terminal-server data connection to perform authentication operation; the authentication anti-theft information comprises authentication anti-theft information of anti-theft unit components except the mobile terminal and authentication anti-theft information of the mobile terminal.

The method comprises the steps that a mobile terminal establishes mobile terminal-server data connection, specifically, the mobile terminal is used as one of anti-theft unit components, an anti-theft unit component list can be arranged in the mobile terminal, the anti-theft unit component list comprises a specified anti-theft server, after the corresponding anti-theft server is found through the anti-theft unit component list, the anti-theft server judges whether connection with the mobile terminal is allowed or not according to the anti-theft unit component list, and if the connection is allowed, the mobile terminal-server data connection is established. Then, through the mobile terminal-server data connection, the mobile terminal acquires authentication anti-theft information and sends the authentication anti-theft information to the anti-theft server through the data connection for authentication operation.

The anti-theft server can realize matching verification of the mobile terminal by setting the name information of the mobile terminal and the unique device identifier of the mobile terminal in the anti-theft unit component list so as to prevent the mobile device from being opened by utilizing an illegal mobile terminal.

The authentication anti-theft information received by the anti-theft server can be two types, the first type is anti-theft unit component information which is obtained by the mobile terminal from other anti-theft unit components and then directly forwarded; the other is combined authentication anti-theft information of the authentication anti-theft information acquired by the mobile terminal from other anti-theft unit components and the authentication anti-theft information of the mobile terminal.

The mobile terminal can be used as a central center for authenticating the anti-theft information and the authorization information interactive communication, and can be used in daily use. And the automatic authentication and authorization operation of the mobile terminal does not increase the workload and the authentication time of the authentication of the legal user too much. The mobile terminal and other anti-theft unit components participate in the authentication process together, so that the defect that an illegal user can start the mobile body equipment only by cracking one anti-theft unit component in the traditional anti-theft mechanism is avoided, in addition, the difficulty, the workload and the working cost are increased for illegally disassembling and replacing the anti-theft unit component, the disassembling and cracking time is prolonged, and the safety factor of the mobile body equipment is increased.

S220: and the anti-theft server receives the authentication anti-theft information and matches the authentication anti-theft information with the check anti-theft information.

S230: and if the authentication anti-theft information is successfully matched with the verification anti-theft information, the anti-theft server authorizes the mobile terminal or other anti-theft unit components except the mobile terminal through the mobile terminal-server data connection and sends authorization information.

S240: the anti-theft unit component except the mobile terminal acquires the authorization information and sends a work control signal to a mobile body equipment work module connected with the anti-theft unit component; or, when the mobile terminal acquires the authorization information, controlling the control software of the mobile terminal to respond to the user instruction to normally work; and when the control software works normally, the control software controls the working module of the mobile body equipment to start or work.

The anti-theft server can send authorization information to the mobile terminal through the mobile terminal-server data connection, special control software is arranged in the mobile terminal, and under the excitation of the authorization information, the control software of the mobile terminal controls the corresponding mobile body equipment work control module to start or work. Or the anti-theft server sends the authorization information to the mobile terminal through mobile terminal-server data connection, the mobile terminal sends the authorization information to the corresponding anti-theft unit component, the anti-theft unit component controls the mobile body equipment working module to be started or work, and the mobile terminal can encrypt and add data and the like on the self side after receiving the authorization information. The authentication theft-proof information, the verification theft-proof information and the authorization information are the most basic information and can have various expression forms such as code element symbols, digital symbols and the like.

When the matching of the authentication theft-proof information and the verification theft-proof information inside the theft-proof server is unsuccessful, which indicates that a problem may occur in the theft-proof unit component (for example, an illegal user uses an illegal mobile terminal to perform a start operation on a mobile device), at this time, the theft-proof server refuses to transmit authorization information to prevent the mobile device from being turned on or working, and in addition, in order to further track the illegal user, as shown in fig. 4, the theft-proof protection method in the above embodiment further includes the following steps:

s310: and if the authentication anti-theft information is not matched with the verification anti-theft information within the preset times successfully, the anti-theft server acquires the position information and/or the user information of the mobile terminal.

If the matching of the authentication theft-proof information and the verification theft-proof information is unsuccessful within the predetermined number of times, which may be a problem of the mobile terminal or the theft-proof unit component, such as an illegal user performing a starting operation on the mobile device using an illegal mobile terminal or a component of the theft-proof unit fixedly connected with the mobile device being cracked, and a legal mobile terminal serving as a part of the theft-proof unit component being fixedly connected with the mobile device, at this time, by acquiring the position information (such as positioning information and/or motion estimation information) and/or the user information (such as a telephone number and/or address book of the mobile terminal) of the mobile terminal, the theft-proof unit component fixed with the mobile device may trigger an authentication failure action and upload the position information and/or the user information even if the mobile device is detached and installed on another device. By the method, the mobile terminal can be monitored in real time, and if the mobile terminal is an illegal mobile terminal, the mobile terminal can be added into the blacklist to prevent an illegal user holding the mobile terminal from controlling the mobile equipment to start or work and other operations, so that the anti-theft safety of the mobile equipment is improved, and the mobile phone number, the positioning information and/or the user information of the illegal mobile terminal are tracked.

The method is particularly directed to an action of attempting to start the mobile device working module through an illegal mobile terminal, for example, when the illegal mobile terminal sends the action of attempting to start the mobile device working module to the anti-theft unit assembly, the anti-theft unit assembly sends authentication anti-theft information to the illegal mobile terminal, the authentication anti-theft information is forwarded to an anti-theft server by the illegal mobile terminal, and when the anti-theft server fails to verify the authentication anti-theft information for more than a preset number of times, the anti-theft server acquires the position information and/or the user information of the illegal mobile terminal.

Specifically, the anti-theft server may obtain the location information or the user information of the mobile terminal by means of GPS positioning or checking SIM card information.

Further, as shown in fig. 5, the anti-theft protection method provided by the above embodiment further includes the following steps:

s410: if the authentication anti-theft information is not matched with the verification anti-theft information within the preset times successfully, the anti-theft server informs the position information and/or the user information of the mobile terminal to a legal user according to the contact way of the legal user list and the legal user.

When the matching of the authentication anti-theft information and the verification anti-theft information is unsuccessful within the preset times, the anti-theft server informs the position signal and/or the user information of the mobile terminal to the legal user according to a pre-stored legal user contact list, so that the legal user can acquire the information of the illegal user holding the mobile terminal in time, the tracking and the query of the illegal user are further realized, and the anti-theft safety of the working module of the mobile body equipment is greatly improved. Even if the movable body equipment working module is violently dismantled and removed by an illegal user, the legal user can also realize the positioning and tracking of the illegal user so as to facilitate the subsequent operations such as recovery and the like. For example: the legal user acquires the position of each mobile body device according to the position information of the mobile terminal, tracks the position information of each anti-theft unit component and the corresponding contact information of the illegal user, improves the possibility of finding the anti-theft unit, then finds the illegal user, cuts off the gray sales chain for disassembling the parts, reduces the possibility of buying and selling the parts, and increases the anti-theft safety factor.

In order to enhance the performance of anti-theft authorization and improve the anti-theft capability, as shown in fig. 6, the anti-theft protection method shown in fig. 6 includes the following steps in addition to the methods provided by the above embodiments:

s510: and if the anti-theft unit component or the mobile body equipment working module corresponding to the anti-theft unit component starts an anti-theft authentication authorization process, triggering other anti-theft unit components in the anti-theft unit component list to participate in the anti-theft authentication authorization process by the anti-theft unit component or the mobile terminal according to a preset anti-theft unit component list.

By the method, any anti-theft unit component is removed or replaced, and all components in the anti-theft unit component list need to participate in the anti-theft authentication authorization process again, so that an illegal user is prevented from applying the removed anti-theft unit component to a new system, the illegal user is prevented from replacing the original anti-theft unit component with the new anti-theft unit component at will, the possibility of independent normal use of a working module of certain mobile equipment is controlled, and the anti-theft safety is improved.

Referring to fig. 7, fig. 7 is a flow chart of an anti-theft protection method according to an exemplary embodiment of the present invention, and in order to prevent an operating module of a mobile device from being used illegally, as shown in fig. 7, the anti-theft protection method further includes the steps mentioned in the above embodiment:

s610: and if the authentication anti-theft information is not matched with the verification anti-theft information within the preset times successfully, the anti-theft server performs recording and/or locking operation on the anti-theft unit component.

The anti-theft unit component is recorded, information of the anti-theft unit component is obtained, the anti-theft unit component can be locked, before the locked anti-theft unit component is unlocked, the anti-theft server does not send authorization information which is successfully authenticated to the anti-theft unit component (for example, authorization information is not sent to the mobile terminal), and therefore the mobile device working module related to the anti-theft unit component cannot be applied to new mobile device, the utilization value of the mobile device working module is reduced, and the new mobile device cannot work.

As described above, the authentication anti-theft information also includes the authentication anti-theft information of the mobile terminal, the anti-theft server acquires the information of the mobile terminal, and registers and locks the mobile terminal according to the information of the mobile terminal, so that the mobile terminal can be added into the blacklist, and the authentication anti-theft information sent by the mobile terminal is not received any more, thereby further realizing the anti-theft authentication of the mobile terminal.

And the mobile terminal or other anti-theft unit components except the mobile terminal can hide or delete the anti-theft unit component list of the mobile terminal under the registered or locked state, so that the anti-theft server can be used for locking the mobile terminal immediately even if the mobile terminal is lost carelessly, and an illegal user cannot illegally use the mobile terminal to control the working module of the mobile equipment to be opened or normally work.

In order to further improve the anti-theft performance of the anti-theft unit assembly, as shown in fig. 8, the anti-theft protection method further includes:

s710: the anti-theft server records the locked anti-theft unit component information;

s720: if the anti-theft server detects that the authentication anti-theft information contains information about the locked anti-theft unit component, the anti-theft server refuses to send authorization information.

The anti-theft authentication information detected by the anti-theft server may include the anti-theft authentication information sent by the unlocked anti-theft unit component, and if the anti-theft authentication information includes the information about the locked anti-theft unit component, the anti-theft unit component is associated with the locked anti-theft unit component, and the anti-theft server refuses to send the authorization information to the anti-theft unit component and locks the anti-theft unit component, so that other mobile device operating modules associated with a certain mobile device operating module can be further protected from being illegally started or operated.

Taking an electric vehicle battery as a mobile body equipment working module associated with a locked anti-theft unit component as an example, when the detached electric vehicle battery is applied to a new electric vehicle, the anti-theft unit component establishes an association relationship with anti-theft unit components of other mobile body equipment working modules on the new electric vehicle (for example, a new anti-theft unit component list is set), if an original legal user does not unlock the electric vehicle battery in an anti-theft server, all anti-theft unit components of other electric vehicle structures associated with the anti-theft unit component enter a locking state, so that the influence range of illegally using the anti-theft unit and the corresponding basic working unit is increased, the cracking difficulty of an illegal user is further increased, and the illegal user is not dared to easily go to experiments or cracking.

Referring to fig. 9, fig. 9 is a schematic flow chart of an anti-theft protection method according to an embodiment of the present invention, and as shown in fig. 9, the anti-theft protection method uses an electric vehicle as a mobile device to perform anti-theft protection, and includes the following specific steps:

801: presetting an anti-theft protection system;

802: the anti-theft server presets a contact way and checks anti-theft information;

803: the mobile terminal presets authentication anti-theft information;

804: distributing preset anti-theft data to each anti-theft unit of the electric vehicle;

805: finishing the presetting of the anti-theft protection system;

806: attempting to start the electric vehicle;

807: sending an anti-theft authentication starting message to each anti-theft module;

808: each anti-theft module sends anti-theft authentication data to the mobile terminal;

809: the mobile terminal sends anti-theft authentication data to the anti-theft server;

810: the anti-theft server compares the anti-theft data and judges whether the anti-theft data are matched, if so, step 813 is executed; if not, go to step 811;

811: the mobile terminal starts a GPS function and uploads number, position and track information;

812: uploading the anti-theft data of the level locking associated anti-theft unit;

813: the anti-theft server sends authentication success authorization information;

814: the mobile terminal forwards the successful authorization information to each anti-theft unit;

815: the anti-theft unit turns on the basic working unit function.

Based on the same inventive concept, the embodiment of the present application further provides an anti-theft protection system, and as the method corresponding to the system is the anti-theft protection method in the embodiment of the present application, and the principle of solving the problem of the system is similar to that of the method, the implementation of the system can refer to the implementation of the method, and repeated details are not repeated.

Referring to fig. 10, fig. 10 is a schematic structural diagram of an anti-theft unit assembly according to an embodiment of the present invention, as shown in fig. 10, the anti-theft unit assembly includes: a first data communication interface 120, a microprocessor 110, a second data communication interface 130 and a memory 150 electrically connected with the microprocessor 110, which are electrically connected in sequence; the microprocessor 110 is configured to send authentication and theft prevention information, authentication and authorization information, and send a work control signal;

the first data communication interface 120 is configured to receive and transmit the authentication anti-theft information, receive the authorization information, and send the authorization information to the microprocessor 110;

the second data communication interface 130 is configured to receive the operation control signal and send the operation control signal to a mobile device operation module associated with the antitheft unit component; the working control signal is used for controlling the working module of the mobile body equipment to start or work normally;

the memory 150 is used for storing the authentication anti-theft information and necessary data for identifying the authorization information;

switch controller 140 is specifically configured to control the start or operation of the mobile device operation module according to the operation control signal sent by second data communication interface 130.

The anti-theft unit assembly further comprises: a mobile terminal 20, said mobile terminal 20 being used for storing anti-theft control software, authentication anti-theft information of said mobile terminal 20 and necessary data for authenticating said authorization information; the mobile terminal 20, as a component of the anti-theft unit, is further configured to, after receiving the matching authorization information, respond to a user instruction by the anti-theft control software to control the mobile device operating module to start or operate.

Referring to fig. 11, fig. 11 is a schematic structural diagram of an anti-theft protection system according to an embodiment of the present invention, and as shown in fig. 11, the anti-theft protection system according to the embodiment includes: the anti-theft server 30 and the anti-theft unit assembly 10 of the above embodiment; wherein,

the anti-theft unit component 10 is used for sending authentication anti-theft information to the anti-theft server 30 for authentication operation;

the anti-theft server 30 is configured to receive the authentication anti-theft information, and match the authentication anti-theft information with the check anti-theft information in the anti-theft server 30; the system is also used for carrying out authorization operation on the anti-theft unit component 10 and sending authorization information if the authentication anti-theft information is successfully matched with the verification anti-theft information;

the antitheft unit assembly 10 is further configured to obtain the authorization information, and send an operation control signal to a mobile device operating module 401 connected to the antitheft unit assembly 10, where the operation control signal is used to control the mobile device operating module 401 to start or operate.

The antitheft unit module 10 can correspond to the mobile unit operation modules 401 one-to-one, and can also correspond to a plurality of mobile unit operation modules 401.

Referring to fig. 12, fig. 12 is a schematic structural diagram of an anti-theft protection system according to an embodiment of the present invention, and as shown in fig. 12, the anti-theft unit assembly 10 further includes a mobile terminal 20; the mobile terminal 20 is configured to establish a mobile terminal-server data connection with the antitheft server 30, and the mobile terminal 20 is further configured to receive the authentication antitheft information and send the authentication antitheft information to the antitheft server 20 through the mobile terminal-server data connection for authentication operation, where the authentication antitheft information includes authentication antitheft information of the antitheft unit component 10;

the anti-theft server 30 is further configured to receive authentication anti-theft information, match the authentication anti-theft information with the verification anti-theft information, and if the authentication anti-theft information is successfully matched with the verification anti-theft information, perform an authorization operation on the mobile terminal 20 or the anti-theft unit assembly 10 through the mobile terminal-server data connection, and send authorization information;

the mobile terminal 20 or the anti-theft unit assembly 10 is further configured to acquire the authorization information and send the operation control signal to the mobile device operation module 401 or the control software connected to the anti-theft unit assembly 10. For example, if the mobile terminal 20 receives the matching authorization information, the anti-theft control software responds to a user instruction, and sends an operation control signal to the mobile device operation module 401 to control the mobile device operation module 401 to start or operate.

The anti-theft server 30 is further configured to obtain the location information and/or the user information of the mobile terminal 20 if the authentication anti-theft information is unsuccessfully matched with the verification anti-theft information within the predetermined number of times.

The mobile terminal 20 shown in fig. 12 is a part of the antitheft unit assembly 10, and specifically, the mobile terminal 20 is capable of controlling the activation or operation of the mobile body apparatus operating module 401 by interacting with the microprocessor 110 in the antitheft unit assembly 10 for antitheft authentication information and authorization information. Wherein each antitheft unit assembly 10 may comprise one mobile terminal 20, or a plurality of antitheft unit assemblies 10 share one mobile terminal 20.

The anti-theft server 30 stores a legal user list and a contact way of a legal user in advance;

the anti-theft server 30 is further configured to notify the location information and/or the user information of the mobile terminal 20 to a legitimate user according to the legitimate user list and the legitimate user contact manner if the authentication anti-theft information is unsuccessfully matched with the verification anti-theft information within the predetermined number of times.

The authentication theft-proof information and the verification theft-proof information respectively comprise: a theft prevention unit component list of a mobile body device 40, a unique device identifier of the theft prevention unit component 10, a unique device identifier of the mobile terminal 20, and related authentication data; wherein the antitheft unit component list includes name information of the mobile terminal 20, each of the mobile unit device operation modules 401 of the mobile unit device 40, and the antitheft unit component 10 corresponding to the mobile unit device operation module 401.

The anti-theft unit component 10 or the mobile terminal 20 is further configured to trigger other anti-theft unit components 10 in the anti-theft unit component list to participate in the anti-theft authentication authorization process according to a preset anti-theft unit component list if the anti-theft unit component 10 or the mobile device operating module 401 corresponding to the anti-theft unit component 10 starts the anti-theft authentication authorization process.

Wherein, the anti-theft server 30 is further configured to perform a recording and/or locking operation on the anti-theft unit component 10 if the authentication anti-theft information is unsuccessfully matched with the verification anti-theft information within a predetermined number of times.

Preferably, the anti-theft server 30 is specifically configured to record the locked anti-theft unit component information; the antitheft server 30 is further configured to refuse to send authorization information if it is detected that the authentication antitheft information includes information about the locked antitheft unit component.

Wherein the mobile terminal 20 or the other anti-theft unit assemblies 10 except for the mobile terminal 20 are further configured to hide or delete the list of anti-theft unit assemblies of the mobile terminal 20 or the other anti-theft unit assemblies 10 except for the mobile terminal 20 when the mobile terminal 10 or the other anti-theft unit assemblies 10 except for the mobile terminal 20 are in a registered or locked state.

Referring to fig. 13, fig. 13 is a schematic structural diagram of an anti-theft protection system according to an embodiment of the present invention, and as shown in fig. 13, the anti-theft protection system according to the embodiment of the present invention uses a small-sized electric vehicle as a mobile device, a mobile device operating module of the small-sized electric vehicle includes an electric vehicle driving operation component, an electric vehicle controller, a battery, a driving motor, and the like, and the mobile terminal is a mobile terminal, wherein the anti-theft protection system is mounted on the small-sized electric vehicle.

In fig. 13, reference numeral 1310 denotes a small electric vehicle. The small electric vehicle 1310 is composed of a mobile terminal 1311, an anti-theft unit communication interface 1312, an anti-theft unit communication cable 1313, an electric vehicle driving operation part 1314, an electric vehicle controller 1315, a battery 1316, a vehicle frame 1321, wheels 1322, a driving motor 1317, a controller anti-theft unit 1318, a battery anti-theft unit 1319 and a motor anti-theft unit 1320 in an anti-theft protection system. The mobile terminal 1311 may be coupled to the anti-theft server 1330 for wireless data exchange. The controller anti-theft unit 1318 has a normal start or correct operation function of turning on or off the electric vehicle controller 1315; the battery antitheft unit 1319 has a normal power supply function of controlling turning on or off the battery 1316; the motor theft preventing unit 1320 has a normal start or correct operation function of controlling turning on or off the driving motor 1317.

The anti-theft server 1330, the mobile terminal 1311, the controller anti-theft unit 1318, the battery anti-theft unit 1319, the motor anti-theft unit 1320, the related anti-theft unit communication interface 1312 and the anti-theft unit communication cable 1313 in the anti-theft protection system of the small electric vehicle jointly form the anti-theft protection system. The anti-theft unit communication cable may be a wired cable in the preferred embodiment or a wirelessly connected communication link.

The controller anti-theft unit 1318 is physically fixed inside the electric vehicle controller 1315 of the electric vehicle, for example, integrated on a circuit board of the electric vehicle controller 1315 or welded in a box of the controller, so as to achieve the purpose that an illegal user is difficult to disassemble or replace. Controller antitheft unit 1318 turns off normal start-up and proper operation functions of electric vehicle controller 1315 by default.

Similarly, the battery antitheft unit 1319 is physically fixed inside the battery 1316 of the electric vehicle, for example: the battery management circuit board is integrated on the battery management circuit board or welded inside the battery pack, so that the aim that an illegal user is difficult to disassemble or replace is fulfilled. The battery theft prevention unit 1319 turns off the functions of the battery 1316 for normal startup and normal power supply by default.

Similarly, the motor anti-theft unit 1320 is physically fixed inside the driving motor 1317 of the electric vehicle, for example, integrated into the driving wire of the motor or welded inside the rotor of the motor, so as to achieve the purpose that it is difficult for an illegal user to disassemble or replace the motor. The motor theft prevention unit 1320 turns off the functions of normal start and proper operation of the driving motor 1317 by default.

The method for the anti-theft authentication of the legal user of the anti-theft authentication system specifically comprises the following specific steps:

before the antitheft protection system is activated, a legitimate user sets a mobile device list including a controller antitheft unit 1318, a battery antitheft unit 1319, and a motor antitheft unit 1320, which is used in an antitheft authentication procedure (hereinafter, abbreviated as antitheft authentication) of a legitimate user, in advance in an antitheft server 1330, sets unique device identifiers and related checking antitheft data (hereinafter, abbreviated as checking antitheft keys) of each mobile device and an antitheft mobile terminal 1311 in this order, and forms a server-side checking antitheft unit component list and a checking antitheft data list (hereinafter, abbreviated as checking antitheft key list). The server-side checking anti-theft unit component list comprises a controller anti-theft unit 1318, a battery anti-theft unit 1319, a motor anti-theft unit 1320 and a unique device identifier thereof; the anti-theft key may include a customized unique key code, or may include dynamic ciphertext information that varies according to a specific parameter and a specific algorithm, and in this embodiment, the information is simply considered as a customized unique key code for verification by the mobile terminal 1311 in the following. In the present embodiment, the verification anti-theft key list includes a verification anti-theft key a1311 of the mobile terminal 1311, a verification anti-theft key a1318 of the controller anti-theft unit 1318, a verification anti-theft key a1319 of the battery anti-theft unit 1319, and a verification anti-theft key a1320 of the motor anti-theft unit 1320.

Before the anti-theft protection system is enabled, a legitimate user needs to set a list of mobile devices for authentication that participate in the anti-theft authentication process in the mobile terminal 1311, and to set anti-theft data for authentication (hereinafter, referred to as an anti-theft key for authentication) for each mobile device in order to form a list of mobile terminal authentication anti-theft unit components and a list of anti-theft data for authentication (hereinafter, referred to as an anti-theft key for authentication). The list of components of the anti-theft unit for mobile terminal authentication provided by the embodiment comprises unique device identifiers of the controller anti-theft unit 1318, the battery anti-theft unit 1319 and the motor anti-theft unit 1320; the list of the authentication antitheft keys includes an authentication antitheft key B1311 of the mobile terminal 1311, an authentication antitheft key B1318 of the controller antitheft unit 1318, an authentication antitheft key B1319 of the battery antitheft unit 1319, and an authentication antitheft key B1320 of the motor antitheft unit 1320.

The authentication antitheft key B1311 matches the server-side verification antitheft key a1311, the authentication antitheft key B1318 matches the server-side verification antitheft key a1318, and the authentication antitheft key B1320 matches the server-side verification antitheft key a 1320.

The mobile terminal 1311 transmits the mobile terminal authentication anti-theft unit component list and the anti-theft key list to corresponding anti-theft units through the anti-theft unit communication interface 1312 and the anti-theft unit communication cable 1313 respectively, and transmits an authentication anti-theft key B1318 and a mobile terminal authentication anti-theft unit component list corresponding to the controller anti-theft unit 1318 and stores the lists in a memory of the controller anti-theft unit 1318; similarly, the authentication anti-theft key B1319 and the mobile terminal authentication anti-theft unit component list corresponding to the battery anti-theft unit 1319 are transferred to the battery anti-theft unit 1319 and stored in the memory of the battery anti-theft unit 1319; the authentication antitheft key B1320 and the mobile terminal authentication antitheft unit component list corresponding to the motor antitheft unit 1320 are transferred to the motor antitheft unit 1320, and stored in the memory of the motor antitheft unit 1320.

When a user starts the small electric vehicle 1310, the user first accesses the mobile terminal 1311 through the anti-theft unit communication interface 1312, sets the mobile terminal 1311 to perform data connection with each anti-theft unit (the controller anti-theft unit 1318, the battery anti-theft unit 1319, and the motor anti-theft unit 1320) through the anti-theft unit communication cable 1313, and obtains data connection with the anti-theft server 1330.

Secondly, the mobile terminal 1311 or a certain anti-theft unit sends a message of 'starting an anti-theft authentication legal user process' to the anti-theft units on the anti-theft unit component list of the mobile terminal, and the other components start an anti-theft authentication request process after receiving the message, wherein all the anti-theft units (the controller anti-theft unit 1318, the battery anti-theft unit 1319 and the motor anti-theft unit 1320) transmit corresponding anti-theft data for authentication to the mobile terminal 1311, in the embodiment, the anti-theft data for authentication of the controller anti-theft unit 1318 is an anti-theft key for authentication B1318, the anti-theft data for authentication of the battery anti-theft unit 1319 is an anti-theft key for authentication B1319, and the anti-theft data for authentication of the motor anti-theft unit 1320 is.

Third, the mobile terminal 1311 transmits the unique device identifiers of the mobile terminal 1311 and the respective antitheft units (controller antitheft unit 1318, battery antitheft unit 1319, motor antitheft unit 1320) and the corresponding authentication antitheft keys (B1311, B1318, B1319, B1320) to the antitheft server 1330 through its own data communication interface.

The fourth step is that the antitheft server 1330 performs authentication and comparison of the mobile device authentication data sent from the mobile terminal 1311 to check whether or not the unique device identifiers and the authentication antitheft keys (B1311, B1318, B1319, B1320) of the mobile terminal 1311 and the mobile devices (controller antitheft unit 1318, battery antitheft unit 1319, motor antitheft unit 1320) match the data of the unique device identifiers and the verification antitheft keys (a1311, a1318, a1319, a1320) of the mobile terminal 1311 and the mobile device (controller antitheft unit 1318, battery antitheft unit 1319, motor antitheft unit 1320), which are stored in the server in advance.

If the two are matched, the anti-theft server 1330 issues the successfully authenticated authorization information to the mobile terminal 1311, the mobile terminal 1311 then forwards the successfully authenticated authorization information to each anti-theft unit (the controller anti-theft unit 1318, the battery anti-theft unit 1319, and the motor anti-theft unit 1320), and after each anti-theft unit receives the corresponding successfully authenticated authorization information, the corresponding motor vehicle component is controlled to normally work or maintain a correctly working state, and the controller anti-theft unit 1318 starts the functions of normal starting and correct working of the motor vehicle controller 1315; the battery antitheft unit 1319 starts the functions of normal startup and normal power supply of the battery 1316; the motor theft prevention unit 1320 turns on the functions of normal start and proper operation of the driving motor 1317.

If the information is not matched, the anti-theft server 1330 sends the authentication failure information to the mobile terminal 1311, the mobile terminal 1311 starts a mobile terminal positioning function, corresponding positioning data or motion trail data is uploaded to the anti-theft server 1330, and a legal user is notified according to a legal user contact way pre-stored in the anti-theft server 1330; furthermore, the mobile terminal 1311 sends the associated anti-theft key list including the unique device identifier of the anti-theft unit and the anti-theft keys (B1311, B1318, B1319, B1320) for authentication at the mobile terminal end to the anti-theft server 1330, the anti-theft server 1330 performs registration and locking operations on the mobile terminal record and the mobile device record (controller anti-theft unit 1318, battery anti-theft unit 1319, motor anti-theft unit 1320) involved in the server, and any anti-theft authentication request involving the locked mobile terminal record and anti-theft unit record is performed before the locked anti-theft unit record is unlocked, and the anti-theft server 1330 does not send the authorization information of successful authentication any more and performs locking to prevent an illegal user from reselling or using the mobile device component illegally acquired. Meanwhile, the anti-theft phone number that fails to be authenticated is also uploaded to the anti-theft server 1330, which provides a strong clue for follow-up tracking and police.

Fig. 14 is a schematic structural view of an anti-theft protection system according to an embodiment of the present invention, in fig. 14, a mobile device is shown using a large electric vehicle, and fig. 14 shows a state where the anti-theft protection system is mounted on the large electric vehicle (e.g., a four-wheel electric car or an electric truck).

In fig. 14, reference numeral 1410 denotes a large electric vehicle. The large-sized electric vehicle 1410 is composed of a mobile terminal 1411, an anti-theft unit communication interface 1412, an anti-theft unit communication cable 1413, an electric vehicle controller 1415, a battery 1416, a driving motor 1417, a controller anti-theft unit 1418, a battery anti-theft unit 1419, a motor anti-theft unit 1420 and a wheel 1422. The mobile terminal 1411 performs wireless data exchange with the anti-theft server 1430. The controller antitheft unit 1418 has a normal start or correct operation function of turning on or off the electric vehicle controller 1415; the battery antitheft unit 1419 has a normal power supply function of controlling turning on or off the battery 1416; the motor burglary prevention unit 1420 has a normal start and correct operation function of controlling the driving motor 1417 to be turned on or off.

Since the electric control system of the large-sized electric vehicle is similar to the electric control system of the small-sized electric vehicle in principle, the mobile body equipment, the anti-theft protection system and the anti-theft authentication method of the anti-theft protection system are consistent, and therefore, the detailed description is omitted. Fig. 10 shows a block diagram of the components of the anti-theft unit, and the functions and the components are the same as those of the embodiment shown in fig. 10 of the present invention, which are not described again.

Fig. 15 is a schematic structural diagram of an anti-theft protection system according to an embodiment of the present invention, in fig. 15, an oil-controlled electrically controlled vehicle is used as a mobile device, and fig. 15 shows a state in which the anti-theft protection system is mounted on the oil-controlled electrically controlled vehicle that uses fuel oil as power and is controlled by an electric signal (hereinafter referred to as oil-driven electrical control), and shows the anti-theft protection system of the oil-driven electrically controlled vehicle.

In fig. 15, reference numeral 1510 denotes an oil-driven electrically controlled motor vehicle (mobile body apparatus). The medium-sized and small-sized electric vehicle 1510 consists of a mobile terminal 1511, an anti-theft unit communication interface 1512, an anti-theft unit communication cable 1513, a motor vehicle controller 1515, an oil supply control system 1516, an engine 1517, a motor vehicle controller anti-theft unit 1518, an oil supply control system anti-theft unit 1519, an engine anti-theft unit 1520 and wheels 1521. The mobile terminal 1511 performs wireless data exchange with the antitheft server 1530. The motor vehicle controller anti-theft unit 1518 can start and close the normal start and correct working functions of the motor vehicle controller 1515; the oil supply control system anti-theft unit 1519 controls the normal power supply function of the oil supply control system 1516 to be turned on and off; the engine theft prevention unit 1520 controls the normal start and correct operation functions of the opening and closing drive engine 1517.

The electric control system of the oil-driven electric control motor vehicle is similar to the small electric vehicle of the embodiment in the principle of main electric control function, so that the mobile body equipment, the anti-theft protection system and the anti-theft protection authentication method are consistent, and the details are not repeated.

For convenience of description, the above devices are described as being divided into various units by function, and are described separately.

The embodiments in the present specification are described in a progressive manner, and the same and similar parts among the embodiments are referred to each other, and each embodiment focuses on the differences from the other embodiments.

It is noted that, in this document, relational terms such as "first" and "second," and the like, may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.

The foregoing are merely exemplary embodiments of the present invention, which enable those skilled in the art to understand or practice the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

The foregoing is directed to embodiments of the present invention, and it is understood that various modifications and improvements can be made by those skilled in the art without departing from the spirit of the invention.

Claims

1. An anti-theft unit assembly, comprising: the device comprises a first data communication interface, a microprocessor, a second data communication interface and a memory, wherein the first data communication interface, the microprocessor, the second data communication interface and the memory are electrically connected in sequence;

the memory is used for storing the authentication anti-theft information and necessary data for identifying the authorization information;

2. An anti-theft protection system comprising an anti-theft server and the anti-theft unit assembly of claim 1; wherein,

3. The anti-theft protection system of claim 2, wherein the anti-theft unit assembly further comprises a mobile terminal:

the mobile terminal is used for establishing mobile terminal-server data connection with the anti-theft server, and the mobile terminal is also used for receiving the authentication anti-theft information and sending the authentication anti-theft information to the anti-theft server for authentication operation through the mobile terminal-server data connection;

the other anti-theft unit components except the mobile terminal or the mobile terminal are also used for acquiring the authorization information and sending the work control signal to a mobile body equipment work module connected with the anti-theft unit components or enabling control software in the mobile terminal to respond to a user instruction to work normally.

4. The anti-theft protection system according to claim 3, wherein the anti-theft server is further configured to obtain the location information and/or the user information of the mobile terminal if the matching between the authentication anti-theft information and the verification anti-theft information is unsuccessful within a predetermined number of times.

5. The anti-theft protection system according to claim 3, wherein the anti-theft server stores a legal user list and a contact way of a legal user in advance;

6. The antitheft protection system according to claim 3, wherein the authentication antitheft information and the verification antitheft information respectively include:

a theft prevention unit component list of a mobile device, a unique device identifier of the theft prevention unit component, a unique device identifier of the mobile terminal, and related authentication data; wherein the antitheft unit component list includes a mobile terminal, each of the mobile device operating modules of the mobile device, and name information of an antitheft unit component corresponding to the mobile device operating module.

7. The antitheft protection system according to claim 6, wherein the antitheft unit component or the mobile terminal is further configured to trigger other antitheft unit components in the antitheft unit component list to participate in the antitheft authentication authorization process according to a preset antitheft unit component list if the antitheft unit component or the mobile device operating module corresponding to the antitheft unit component starts an antitheft authentication authorization process.

8. The anti-theft protection system according to claim 6, wherein the anti-theft server is further configured to perform a recording and/or locking operation on the anti-theft unit component if the authentication anti-theft information is unsuccessfully matched with the verification anti-theft information within a predetermined number of times.

9. Anti-theft protection system according to claim 8, characterized in that the anti-theft server, in particular for recording locked anti-theft unit component information;

the anti-theft server is specifically configured to reject authentication matching or to reject sending authorization information if it is detected that the authentication anti-theft information includes information about the locked anti-theft unit component.

10. The anti-theft protection system according to claim 9, wherein the mobile terminal or the other anti-theft unit component except the mobile terminal is further configured to hide or delete the list of anti-theft unit components when the mobile terminal or the other anti-theft unit component except the mobile terminal is in the registered or locked state.

11. An anti-theft protection method for an anti-theft protection system according to claim 2 to claim 10, the anti-theft protection method comprising the following anti-theft authentication authorization process:

and the anti-theft unit component acquires the authorization information and sends a work control signal to a mobile body equipment work module connected with the anti-theft unit component, wherein the work control signal is used for controlling the mobile body equipment work module to start or work.

12. The anti-theft protection method according to claim 11, further comprising the following anti-theft authentication authorization method:

the mobile terminal establishes mobile terminal-server data connection with the anti-theft server, receives the authentication anti-theft information and sends the authentication anti-theft information to the anti-theft server through the mobile terminal-server data connection to perform authentication operation;

and other anti-theft unit components except the mobile terminal acquire the authorization information and send the work control signal to a mobile body equipment work module connected with the anti-theft unit components, or the mobile terminal acquires the authorization information and control software in the mobile terminal responds to a user instruction to normally work to control the mobile body work module to start or work.

13. The anti-theft protection method according to claim 12, further comprising:

and if the authentication anti-theft information is not matched with the verification anti-theft information within the preset times successfully, the anti-theft server acquires the position information and/or the user information of the mobile terminal.

14. The anti-theft protection method according to claim 12, further comprising:

the anti-theft server prestores a legal user list and a legal user contact way;

15. The theft protection method according to claim 12, wherein the authentication theft protection information and the verification theft protection information respectively include:

16. The anti-theft protection method according to claim 15, further comprising:

and if the anti-theft unit component or the mobile body equipment working module corresponding to the anti-theft unit component starts the anti-theft authentication authorization process, triggering other anti-theft unit components in the anti-theft unit component list to participate in the anti-theft authentication authorization process by the anti-theft unit component or the mobile terminal according to a preset anti-theft unit component list.

17. The anti-theft protection method according to claim 15, further comprising:

and if the authentication anti-theft information is not matched with the verification anti-theft information within the preset times successfully, the anti-theft server performs recording and/or locking operation on the anti-theft unit component.

18. The theft protection method according to claim 17, wherein the method of the theft server performing a locking operation on the theft prevention unit component comprises:

the anti-theft server records the locked anti-theft unit component information;

if the anti-theft server detects that the authentication anti-theft information contains information about the locked anti-theft unit component, the anti-theft server refuses authentication matching or refuses to send authorization information.

19. The anti-theft protection method according to claim 18, wherein the mobile terminal or the anti-theft unit component other than the mobile terminal hides or deletes the anti-theft unit component list in the registered or locked state.