TWI519114B - Bluetooth safety system - Google Patents

Description

Bluetooth security system

The present invention relates to Bluetooth systems, and more particularly to a Bluetooth security system.

According to the portal, the entrance and exit of the portal is the primary focus of home security. Generally, most of the doors or doors are equipped with anti-theft door locks and corresponding security keys. The door locks are arranged between the door panel and the door frame, respectively. One of the locking pieces on the door frame cooperates with a fastening portion to achieve the purpose of locking the relative position between the door panel and the door frame, so as to prevent the small door from opening easily, thereby causing omission of home safety.

The conventional door lock is mainly provided with a locking piece inside thereof, and the locking piece can be driven by a key or a knob to protrude toward the outside of the door lock, and further, the spring can be further used to assist the locking piece to be positioned and locked. Or at the location where the lock is unlocked. However, such door locks are cumbersome and the anti-theft effect is not ideal, and you need to carry a heavy key with you.

At present, there is a door lock with electronic sensing function, which can be used to open the door lock by using the wireless radio frequency card, so that it is not necessary to carry a heavy key with it, and the convenience of the door lock is greatly improved. However, such a door lock needs to pre-store the preset identity code and the encryption key of each preset passable card, and all the permission data of each preset passable card must be stored together (for example: passable) Receiving device name and passable receiving device group name, enabling period Data, other auxiliary confirmation data, valid period data, transit time data, and available data, etc., and in the same storage space, the door lock can store a preset number of data packets that can pass the sensor card. In addition, the door locks need to be verified one by one for each item of the permission information of the inductive card, the verification is relatively time consuming, and the use of such door locks and sensing cards, verification security, or Other verification items cannot be changed safely and easily. In addition, if multiple door locks are required, it is necessary to carry a plurality of corresponding sensing cards, which is extremely inconvenient.

Therefore, it is necessary to provide a novel and progressive Bluetooth security system to solve the above problems.

The main purpose of the present invention is to provide a Bluetooth security system that only needs to store a preset identity code and an encryption key in the mobile Bluetooth device, and does not need to store all the access rights data in each device to be verified, so the single receiving device More groups of passable user data can be stored; in addition, all pass permission data is directly integrated into the identification data of the electronic card, and only the mobile device of the mobile device is required to perform comparison and comparison according to the permission data in the identification data. , to complete the verification of high security, and to open the door, unlock, anti-theft and other procedures.

Another object of the present invention is to selectively establish a project for identifying the access authority data of the data, so as to be suitable for different purposes, security or verification speed setting requirements; the same electronic card is the first priority for the next door opening, which can be simple and fast. Complete the verification of an electronic card.

To achieve the above object, the present invention provides a Bluetooth security system including an identification data sending unit, a mobile Bluetooth device, and a receiving device. The identification data is sent to the unit for generating and transmitting an electronic card, the electronic card includes one of the encrypted data encrypted by an encrypted password, the encrypted password includes a plurality of bytes, and one of the bits can be self-user set The user defines a byte, and the identification data includes at least a set of identity code (Card ID code), encryption key and access authority data. The mobile Bluetooth device receives the identification data encrypted by the encrypted password through a transmission path, and can select whether to input a partial decryption password, and allows the decrypted electronic card to be built into the action when the decrypted password matches the encrypted password. In the Bluetooth device, the mobile Bluetooth device has a first Bluetooth module. The receiving device has a second Bluetooth module and is provided with a storage unit, and the storage unit stores a receiving device. The receiving device and the mobile Bluetooth device selectively establish a communication link between the first and second Bluetooth modules, and the mobile Bluetooth device performs an instruction sending program through the communication link, where the command sending program is at least Transmitting the identity code encrypted by the encryption key to the receiving device.

10‧‧‧ Identification data is sent to the unit

11‧‧‧Encryption Enablement Module

12‧‧‧ Input Module

20‧‧‧Mobile Bluetooth device

21‧‧‧First Bluetooth Module

30‧‧‧ Receiving device

31‧‧‧Second Bluetooth Module

32‧‧‧ storage unit

33‧‧‧Data Processing Unit

1 and 2 are schematic diagrams of electronic card issuance according to a preferred embodiment of the present invention.

3 and FIG. 4 are schematic diagrams showing the application of a Bluetooth security system according to a preferred embodiment of the present invention.

FIG. 5 is a flowchart of operation of a Bluetooth security system according to a preferred embodiment of the present invention.

The following is a description of the possible embodiments of the present invention, and is not intended to limit the scope of the invention as claimed.

Referring to FIG. 1 to FIG. 5, a preferred embodiment of the present invention is shown. The Bluetooth security system of the present invention includes an identification data sending unit 10, a mobile Bluetooth device 20, and a receiving device 30. Among them, the Bluetooth security system can be applied to, for example, general access control, patrol, iron roll door, security, addition and subtraction, etc., but any other system that can be controlled by the Bluetooth system can also be applied.

The identification data is sent to the unit 10 for generating and transmitting an electronic card, the electronic card Including encrypting one of the encrypted passwords, the encrypted password includes a plurality of bytes (for example, 16 bytes), and one of the bytes (for example, 4 bytes) can be used by the user. A self-defining user-defined byte, the identification data including at least one set of identity code (Card ID code), encryption key, and access authority data. The identification data sending unit 10 is, for example, a manager computer, a human computer system, a cloud management system, a smart phone or any similar management device, and the identity code can be set to 16 bits or other digit passwords as needed. The encryption key is, for example, an Advanced Encryption Standard (AES KEY) or other encryption standard, and the traffic authority information includes, for example, a passable device name, a device group, a time period, an effective start time, a passable number, and whether there is The receiving device 30 performs the timing authority, the addition and subtraction, and the like, but is not limited thereto. The identification data sending unit 10 can transmit the identification data to the mobile Bluetooth device 20 by any means such as wired/wireless network, Bluetooth, e-mail, instant messaging software or the like.

The mobile Bluetooth device 20 receives the encrypted password through a transmission path. For the identification data, the mobile Bluetooth device 20 can select whether to input a partial decryption password (for example, the 12-bit tuple before the 16-bit encrypted password is pre-entered, and the password of the last 4-byte can be input by the user or adopt the system. The preset value) allows the decrypted electronic card to be built into the mobile Bluetooth device 20 when the decrypted password matches the encrypted password. The mobile Bluetooth device 20 has a first Bluetooth module 21. The mobile Bluetooth device 20 is, for example, a Bluetooth enabled mobile phone, computer or other mobile device. The mobile Bluetooth device 20 and the receiving device 30 preferably communicate with the Bluetooth 4.0, and can automatically connect to the receiving device 30, but other Bluetooth versions can also be utilized.

The receiving device 30 is, for example, a Bluetooth switch, and the Bluetooth switch can have both The read head and the controller function, the receiving device 30 has a second Bluetooth module 31 and is provided with a storage The unit 32, the receiving device 30 has a data processing unit 33 for processing, comparing and judging data, and the storage unit 32 stores a receiving device. The storage unit 32 may store a white list and a blacklist of at least one set of identity codes, and an encryption key, and the receiving device 30 resources (data of the device itself) such as a device name, a device group, a time of the device itself, and the like. The communication device 30 and the mobile Bluetooth device 20 selectively establish a communication link between the first Bluetooth module 21 and the second Bluetooth module 31. The mobile Bluetooth device 20 performs a communication connection. An instruction transmitting program that transmits at least the identity code encrypted by the encryption key to the receiving device 30.

Preferably, the identification data sending unit 10 further includes an encryption enabling module 11 And an input module 12 connected to the encryption enabling module 11, the input module 12 is, for example, a keyboard or a touch screen, and the encryption enabling module 11 is provided with a preset enabler code. When the encryption enabling module 11 receives When the input code input from the input module 12 matches the preset enabler code, the identification data issuance unit 10 allows the establishment of the identification data. In other words, before the identification data is sent to the unit 10 to establish the electronic card, the data corresponding to the preset activation code needs to be input through the input module 12, and the function of establishing the electronic card can be enabled to prevent non- A person with authority can create an electronic card at will to increase security.

Preferably, the identification data further includes an enabling period data, the mobile Bluetooth device The device 20 has a first device time data (display time on the mobile Bluetooth device 20), and when the first device time data falls within a time interval defined by the enabled period data, the mobile Bluetooth device 20 starts The electronic card can be built in, and if the first device time data does not fall within the time interval defined by the data during the activation period, the mobile Bluetooth device 20 cannot be built into the electronic card, or the electronic card is invalidated. Not available. It should be noted that when the Bluetooth device is in the action If the 20-entered decryption password is incorrect or the electronic card is not imported during the activation period, the electronic card cannot be imported into the mobile Bluetooth device 20 and is discarded.

In this embodiment, the identification data further includes a first auxiliary confirmation data, and the The mobile Bluetooth device 20 has a device identification data, and when the mobile Bluetooth device 20 determines that the first auxiliary confirmation data matches the device identification data, the instruction transmitting program can be performed through the mobile Bluetooth device 20. The first auxiliary confirmation data and the device identification data are, for example, an International Mobile Equipment Identity Number (IMEI) or a telephone number, wherein if the mobile Bluetooth device 20 is a mobile phone, it has a unique IMEI code and a telephone. The number, therefore, if the first auxiliary confirmation data does not match the device identification data, the instruction transmitting program cannot be performed through the mobile Bluetooth device 20, so that the security of the verification can be increased.

Wherein, after the receiving device 30 receives the set of encryption keys and the identity code, The receiving device 30 has an encryption key and an identity code corresponding to the encryption key and the identity code, and the receiving device 30 can perform an allowable action program corresponding to the instruction issued by the instruction sending program (for example, opening/closing the door Patrol confirmation; iron roll door above, down, stop action; anti-theft settings, anti-theft release, open the door; or re-transmit CARD ID and related information to other devices (such as access controller).

Selectively enhance security according to different needs, for example, the identification data is sent to The unit 10 may include an encryption module for encrypting the identification data, and encrypting the identification data sent to the mobile Bluetooth device 20 (for example, AES KEY), the identification data further including a second auxiliary confirmation data, the first The second auxiliary confirmation data is bound to the encrypted password encrypted by the encryption module for the identification data, and the identification data sending unit 10 can determine whether the input auxiliary confirmation data from the mobile Bluetooth device 20 is related to the second auxiliary. The confirmation data matches, and if they match, the mobile Bluetooth device 20 can decrypt the encrypted identification data. Example of the second auxiliary confirmation data If it is an e-mail address, the identification data issuing unit 10 can further confirm whether the user is the real holder of the electronic card by binding the e-mail address grouped with the encrypted encrypted password.

For convenience of description, in the embodiment, the electronic card is defined as a BCard. (BluetoothCard), the identification data includes electronic card version (BCard version, A to Z), electronic card name (BCard preset name), electronic card type (1: new; 2: replacement AES KEY; 3: replacement all BCard), electronic card use (1: general access control; 2: patrol; 3: iron roll door; 4: security; 5: plus or minus value), Bluetooth login password (login password); the identification data further includes a receiving device 30 preamble a code (for example, two codes before the gate area code), the receiving device 30 has a preset device preamble for comparing with the receiving device preamble; the identification data further includes at least one passable receiving device name and at least one Receiving a device group name, the receiving device 30 having a preset device name and a preset device group name for comparing with the passable device name and the at least one passable device group name; The identification data includes the data during the activation period (the effective start time of the Bcard importing into the application software (App) on the mobile phone, the year, month, day and hour; the effective end time of the BCard import to the App, the year, month, day and hour) , the action blue The device 20 has first device time data for comparison with the data during the activation period; the identification data includes the first auxiliary confirmation data, and the mobile Bluetooth device 20 has device identification for comparison with the first auxiliary confirmation data. The identification data includes the second auxiliary confirmation data, and the second auxiliary confirmation data is combined with the encryption password encrypted by the encryption module for the identification data, and the second auxiliary confirmation data is compared with the password. The identification data further includes a valid period data (the effective start date of the BCard data, the year, month, and day hours; the BCard data effective end date, the year, month, and day hours), and the mobile Bluetooth device 20 has a valid period Data entry Comparing the first device time data; the identification data further includes a passable time data (start time + end time + mandatory input personal password), and the passable time period data is compared with the time of the first device time data The identification data further includes a usable number of times data; the identification data further includes a school time authority data, the receiving device 30 has a second device time data, the time difference standard is provided by the first device time data When the second device time data is being calibrated, the receiving device 30 receives the transmission command of the mobile Bluetooth device 20 and changes the second device time data to be the same as the first device time data.

The identification data of the above-mentioned electronic cards can be compiled as shown in Table 1 below. The "N" in the "Whether empty" field means "No" and "Y" stands for "Yes":

In an embodiment including the identification data as shown in (Table 1), wherein the mobile Bluetooth device 20 can perform the command when all of the following conditions are further satisfied at the same time. Sending a program: the receiving device preamble is matched with the preset device preamble; the passable receiving device name and the at least one passable receiving device group name are consistent with the preset device name and the preset device group name; The first device time data is within a time interval defined by the activation period data; the mobile Bluetooth device 20 determines that the first auxiliary confirmation data is consistent with the device identification data; the identification data sending unit 10 can determine from the One of the mobile Bluetooth devices 20 inputs an auxiliary confirmation data that matches the second auxiliary confirmation data; the first device time data falls within a time interval defined by the valid period data; the first device time data falls on the The time period defined by the travel time data; and the number of times the Bluetooth device 20 authenticates the identification data with the receiving device 30 through the mobile device 20 does not exceed the usable number of times defined by the usable data. If the personal information of the receiving device 30 (for example, the device name, the device group, and the like) does not match the device name and the device group in the traffic authorization data in the identification data of the mobile Bluetooth device 20, it is not displayed. When the mobile device 20 is on the mobile device 20, the mobile Bluetooth device 20 cannot issue an instruction; however, if the device name and the device group in the identification data of the mobile Bluetooth device 20 are "empty", no device is set. Name, device group, the mobile Bluetooth device 20 does not filter the device name and device group of the receiving device 30, and can directly communicate with the receiving device 30, but it is necessary to further determine whether other materials in the traffic authority data are consistent. , can only issue instructions.

In addition, the Bluetooth security system of the present invention may also add and subtract service related work. For example, the identification data may further include an added or subtracted service data, and the receiving device 30 is an add-on and drop service system (for example, an automatic machine or a cloud server that can perform services such as importing and/or exporting money to the bank) And at least one of the preset plus or minus service data for comparison with the added or subtracted service data for use in a stored value or/and debit procedure.

It should be noted that, based on the spirit of the present invention, the architecture of the Bluetooth security system can be According to the change design, the traffic authorization data of the identification data may be different according to different needs or security, for example, the receiving device preamble, the passable receiving device name, and the at least one passable receiving device group name, the enabling period The effective start time of the application software (App) that is imported into the mobile Bluetooth device 20, the first auxiliary confirmation data, the second auxiliary confirmation data, the valid period data, the passable period data, or the The usage data can be optional (optional), so that electronic cards with different security can be defined.

The present invention can at least achieve the following functions:

basic skills:

1. A mobile Bluetooth device (such as a Bluetooth mobile phone) can store 32 or more sets of electronic cards (BCard).

2. Receiving device preamble: The main screen of the mobile Bluetooth device only displays the receiving device (such as the door device) that matches the receiving device preamble name of all the electronic cards in the mobile Bluetooth device. If the preamble of the electronic card is empty, The receiving device name is not filtered.

3. Display different corresponding buttons for the mobile Bluetooth device according to the purpose of the electronic card, as listed in the following table:

4. Telephone number, the last 8 codes are taken for verification.

5. The verification code in the EMAIL verification mailing letter is 6 yards.

Application software (App) add/change function: 1. Electronic card (BCard) replacement

2. BCard added restrictions:

(1) Passable time limit: When the BCard is issued, the passable time can be set. It can be one or more time periods, starting and ending with a total of 8 codes and 24 hours; when sending the door opening command, the mobile phone is equipped with the local time, if the receiving device and the action The time difference between Bluetooth devices is more than 10 minutes (can be set in the utility program), then the message "Time error is too large, please check the time";

(2) Forcibly input personal password: On the basis of the time limit, you can enter the personal password to pass, “0” is no input, “1” is required input; stored in App, 6 to 12 digits; The default password is 000000.

(3) Passable times: The total number of times this BCard can pass can be limited.

(4) Restricted passable door area: The device name is restricted, and the multi-door area can be restricted. The blank is unlimited.

3. Gate group

(1) The device name that can set the equivalent prefix string in the App is the same gate group group. For example, there are four gate area devices with the names: SY1-DOOR1, SY1-DOOR2, SY2-FRONT, SY3-BACK Where SY1 is the group prefix word, then SY1-DOOR1 and SY1-DOOR2 are regarded as the same gate group, and so on.

(2) The door group can be set to an alias.

(3) Up to 16 groups can be set.

4. App BCard opens

(1) After selecting the door area, click to open the door. The App can automatically determine whether there is any corresponding BCard in the mobile Bluetooth device (such as Bluetooth mobile phone). If there is a corresponding BCard, and the current door has permission to open the door, the identification is sent. Information is given to the receiving device.

(2) Judgment conditions: passable door zone group, passable door zone, and passable time zone. The judgment basis can refer to the following table:

(3) After the door is opened successfully, the successful BCard ID will be recorded, which is the first preferred BCard for the next door opening.

5. Add anti-duress password settings

(1) The anti-duress password must not be the same as the personal password (for example, the anti-duress password is preset to 888888, preferably 6 or more).

(2) When the user inputs the anti-duress password, the anti-stress command is transmitted to the gate device.

6. Number of gate areas

(1) The App main screen of the mobile Bluetooth device can display 1024 or more door zone devices.

(2) The mobile Bluetooth device only displays the door zone device that matches the preamble.

7. REQUEST for sending Bcard/RESPONSE to send Bcard

Requirements for transferring electronic cards:

Electronic card command transmission format (in this example: fixed 32Byte)

Use (Type): (1: access control/2: patrol / 3: iron roll door / 4: security /5: plus or minus)

Command (Cmd): (1: General / Iron Roll Door (1: On / 2: Stop / 3: Off) / Security (1: Set / 2: Release)

Status: (1: General/2: Password OK/3: Anti-Duress OK)

Bluetooth Communication Pairing Password (BT-PIN): For example: "8888"

Analog card number (UID): For example: 0x00 0x80 0x20 0xB6 0xEA 0x8A 0x57 0x04

Analog Password (PIN): For example: 0x12 0x34 0xFF 0xFF 0xFF 0xFF 0xFF 0xFF

Admin time (Admin): (0: no school time permission / 1: there is a school time permission); for example: 0x01

DateTime: Y(2)MDHNS; for example: 0x07 0xDE 0x06 0x 1E 0xB 0x00 0x00; where YMDHNS stands for "year, month, day, hour, minute and second"

Response to the transfer of the electronic card:

Electronic card command response format (in this example: fixed 24Byte)

Type: (1: Card Reader Mode/2: Controller Mode / 3: Iron Roll Gate Mode)

Function (Func): (1: General/2: password required)

Status: (0: no /1: correct/2: password required)

Device model: For example: 0x0604

Device serial number (S/N): For example: 0x14170001

Device time (DateTime): Y (2) MDHNSW; for example: 0x07 0xDE 0x06 0x1E 0xB 0x00 0x00 0x01; where YMDHNS stands for "year, month, day, hour, minute and week"

The content of the request/response of the above-mentioned transmission electronic card is merely an example, and in fact, the design can be changed according to different needs.

Through the Bluetooth security system of the present invention, the mobile Bluetooth device only needs to store the preset identity code, the encryption key and the traffic authority data, and does not need to store all the permission rights data in each device to be verified (for example: passable) Receiving device name and accessible receiving device group name, enabling period data, other auxiliary confirmation data, valid period data, passable time data, and usable data), so a single receiving device can store more groups for universal use. In addition, all the access rights data are directly integrated into the identification data of the electronic card, and the high-security verification can be completed only by comparing the traffic authority data in the identification data through the mobile Bluetooth device. And carry out procedures such as opening the door, unlocking, and adding and subtracting theft.

Moreover, the item of the access authority data of the identification data can be selectively established according to different needs or security, and the applicable electronic card security or verification speed setting can be selected according to different application fields or systems.

In addition, the identification data includes the name of the passable receiving device and the name of the group of the passable receiving device, the data of the enabling period, other auxiliary confirmation data, the data of the valid period, the data of the passage time, and the data of the number of times of use, so that it can be simple and fast Complete the verification of an electronic card. Moreover, the mobile Bluetooth device can record the identity code of the electronic card after the verification of an electronic card, and is the first preferred electronic card when the next verification is performed, and directly carry out other resources. The identification of the material can speed up the verification.

In summary, the overall structural design, practicability and efficiency of the present invention are indeed fully in line with the needs of industrial development, and the disclosed structural invention is also an unprecedented innovative structure, so it has "novelty" should Undoubtedly, the invention can be more effective than the conventional structure, and therefore has "progressiveness", which fully complies with the requirements of the application requirements of the invention patents of the Chinese Patent Law, and is filed according to law, and please The bureau will review it early and give it affirmation.

21‧‧‧First Bluetooth Module

30‧‧‧ Receiving device

31‧‧‧Second Bluetooth Module

32‧‧‧ storage unit

33‧‧‧Data Processing Unit

Claims (12)

A Bluetooth security system includes: an identification data sending unit for generating and transmitting an electronic card, the electronic card comprising one of the encrypted data encrypted by an encrypted password, the encrypted password comprising a plurality of bytes, the bit One of the groups may be a user-defined byte defined by the user. The identification data includes at least one set of identity code (Card ID code), encryption key and traffic authority data; and a mobile Bluetooth device receives the transmission through a transmission path. The identification data encrypted by the encrypted password may select whether to input a partial decryption password, and when the partial decryption password matches the corresponding portion of the encrypted password, the decrypted electronic card is allowed to be built into the mobile Bluetooth device, the action The Bluetooth device has a first Bluetooth module; a receiving device has a second Bluetooth module and is provided with a storage unit, the storage unit stores a receiving device, wherein the receiving device and the mobile Bluetooth device Selectively establishing a communication link through the first and second Bluetooth modules, and the mobile Bluetooth device transmits the communication link Instructions for transmitting a program, the program-based command transmission of at least the transfer of the encrypted encryption key of the identity code to the receiving device. The Bluetooth security system of claim 1, wherein the identification data sending unit further comprises an encryption enabling module and an input module connected to the encryption enabling module, the encryption enabling module is provided with a preset enabling code. And when the encryption enabling module receives the input code input from the input module and the preset enable code, the identification data sending unit allows the establishment of the identification data. The Bluetooth security system of claim 1, wherein the identification data further comprises a passable reception a device name, the receiving device has a preset device name, and when the mobile Bluetooth device determines that the preset device name matches the passable device name, the mobile Bluetooth device establishes the communication link with the receiving device, The mobile Bluetooth device can start the command transmission procedure. The Bluetooth security system of claim 1, wherein the identification data further comprises an activation period data, the mobile Bluetooth device having a first device time data, wherein the first device time data is defined by the data during the activation period In the time interval, the mobile Bluetooth device can be built into the electronic card. The Bluetooth security system of claim 1, wherein the identification data further comprises a first auxiliary confirmation data, the mobile Bluetooth device has a device identification data, and the mobile Bluetooth device determines the first auxiliary confirmation data and the device identification. When the data matches, the command transmission program can be performed through the mobile Bluetooth device. The Bluetooth security system of claim 1, wherein the identification data sending unit comprises an encryption module for encrypting the identification data, the identification data further comprising a second auxiliary confirmation data, the second auxiliary confirmation data Binding the encrypted password encrypted by the encryption module to the identification data, the identification data sending unit can determine whether the input auxiliary confirmation data from one of the mobile Bluetooth devices matches the second auxiliary confirmation data, if the matching The mobile Bluetooth device can then decrypt the encrypted identification data. The Bluetooth security system of claim 1, wherein the identification data further comprises a valid period data, the mobile Bluetooth device having a first device time data, wherein the first device time data is defined by the valid period data During the time interval, the mobile Bluetooth device can start the command transmission procedure. The Bluetooth security system of claim 1, wherein the identification data further comprises a usable number of times data, wherein the number of times the identification device and the receiving device perform verification by the mobile Bluetooth device exceeds the usable number of times When the number of uses is used, the mobile Bluetooth device cannot perform the command transmission procedure. The Bluetooth security system of claim 1, wherein the identification data further comprises a calibration time data, the mobile Bluetooth device has a first device time data, the receiving device has a second device time data, and the receiving device receives After transmitting the command by the mobile Bluetooth device, the second device time data is changed to be the same as the first device time data. The Bluetooth security system of claim 1, wherein the identification data further comprises an electronic card version, an electronic card name, an electronic card type, an electronic card usage, a Bluetooth login password; the identification data further includes a receiving device preamble, the receiving The device has a preset device preamble for comparing with the receiving device preamble; the identification data further includes at least one passable receiving device name and at least one passable receiving device group name, the receiving device having the The passable device name and the at least one passable device group name are compared to one of the preset device name and a preset device group name; the identification data further includes an enabled period data, and the mobile Bluetooth device has a a first device time data for comparing the data during the activation period; the identification data further includes a first auxiliary confirmation data, the mobile Bluetooth device having a device identification data for comparing the first auxiliary confirmation data; The identification data further includes a second auxiliary confirmation data, the second auxiliary confirmation data and an encryption module The encrypted encrypted password is bundled into a group, and the second auxiliary confirmation data is compared with the password; the identification data further includes a valid period data, and the mobile Bluetooth device has a ratio for the valid period data. First device time data; the identification data further includes a passable The time period data, the passable time period data is compared with the time of the first device time data; the identification data further includes a usable number of times data; the identification data further includes a school time authority data, the authentication device has a The second device time data is provided by the first device time data to perform the calibration of the second device time data. The Bluetooth security system of claim 10, wherein the mobile Bluetooth device can perform the command sending procedure when all of the following conditions are further satisfied: the receiving device preamble matches the preset device preamble; The pass receiving device name and the at least one passable device group name are consistent with the preset device name and the preset device group name; the first device time data is within a time interval defined by the enabled period data The mobile Bluetooth device determines that the first auxiliary confirmation data is consistent with the device identification data; the identification data issuing unit can determine that the input auxiliary confirmation data from the mobile Bluetooth device matches the second auxiliary confirmation data; the first The device time data is within a time interval defined by the valid period data; the first device time data is within a time period defined by the transit time data; and the identification data is The number of times the receiving device performs verification does not exceed the number of times the data can be used as defined by the usable number of times. The Bluetooth security system of claim 1 or 10, wherein the identification data further comprises an added and subtracted service data, the receiving device is an added and subtracted service system and is provided with at least one for comparing the added and subtracted service data. Preset plus or minus service data.