TWM501464U - Access control system - Google Patents

Description

Access control system 【0001】

The present invention relates to an access control system, especially an access control system combined with a wireless radio frequency transmission function.

【0002】

More and more modern smart buildings use electronic locks to control the opening and closing of doors. Generally, building access control systems can improve the convenience of use and the safety of users. The mechanical locks are gradually replaced by inductive electronic locks, which not only reduce the cumbersome unlocking process but also reduce the personnel cost of the manager. Therefore, many buildings or offices use electronic locks and control cards to open the door.

[0003]

In the case of a one-to-many electronic lock, there is a manager holding the main card to set the access control, so each of the many users of the door must be set by the administrator using the main card (on the door lock). Attach or delete the access list), then press the proximity card and the door lock, and enter the identification code of the proximity card into the door lock to gain access control. However, if the administrator is unable to immediately add the user to the access list of the door lock or the user cannot be removed from the access list of the door lock due to unavoidable factors, the security of the access control system may be at risk.

[0004]

For convenience, the user already has a bunch of remote controls that are used in the house, office, and vehicle, and carries the proximity card, and the user easily forgets to carry or lose the proximity card and the remote controller. The user loses the proximity card and the manager cannot immediately A security risk arises when a user is removed from the list of contacts.

[0005]

Thus, there is a need for a new access control system to reduce and/or eliminate the above problems.

[0006]

In order to solve this problem, the present invention provides an access control system, comprising: an access control system, comprising: a radio frequency communication device having a memory, the radio frequency communication device is installed with a door opening program, and the door opening program generates an opening door identification code, the door opening identification The code is stored in the memory of the RF communication device, and includes a main card of a memory, a control identification code is stored in the memory of the main card, and a lock controller includes a sensing module and is electrically connected to the sensing module. a control module, the door lock controller further includes an authorization button for performing an authorization function and a deauthorization button for performing a deauthorization function, the control module includes a memory, and an authorized management identification code is stored in In the memory of the control module, the control module drives the sensing module to read the main card and the RF communication device to obtain the management identification code of the main card and the door opening identification code of the radio frequency communication device, and the door lock controller is to be used. It is electrically connected to a door lock mounted on a door and is used to operate the door lock to unlock.

【0007】

When the RF communication device executes the door opening program, the RF communication device is placed in the communication range of the sensing module, and the control module is allowed to read the door opening identification code of the RF communication device through the sensing module.

[0008]

When the RF communication device does not execute the door opening program, even if the RF communication device is placed in the communication range of the sensing module, the control module is not allowed to read the door opening identification code of the RF communication device through the sensing module.

【0009】

When the control module recognizes that the management identification code of the primary card is the same as the authorized management identification code in the control module, the operation authorization button allows the authorization function to be executed and the operation cancellation button allows the deauthorization function to be performed.

[0010]

When the control module recognizes that the management ID of the primary card is different from the authorized management identifier in the control module, the operation authorization button does not allow the authorization function to be performed and the operation cancellation button does not allow the deauthorization function to be performed.

[0011]

If the authorization button is operated and the RF communication device is placed in the communication range of the sensor module, the control module obtains the door opening identification code of the RF communication device through the sensor module, and stores the door opening identification code of the RF communication device in the control module. In the memory, the control module adds the door opening identification code to the access list of the control module, and sets the door opening identification code to the authorized door opening identification code in the access list, and grants the RF communication device the door opening permission.

[0012]

If the operation cancel button is operated, the RF communication device is placed in the communication range of the sensor module, the control device obtains the door opening identification code of the RF communication device, and the control module compares the door opening identification code and the access list of the RF communication device, and the control module The door opening identification code of the radio communication device in the access list is deleted, or the door opening permission of the door opening identification code of the radio frequency communication device is cancelled, so that the radio frequency communication device is not allowed to unlock the door lock.

[0013]

The operation button is not operated, and the de-authorization button is not operated. When the RF communication device is located within the communication range of the sensor module, the control module compares the door opening identification code and the access list of the RF communication device, and if the door opening identification code of the RF communication device is recognized and One of the authorized access lists in the list is the same, and the door lock is unlocked. If the door opening identification code of the radio communication device is different from any of the authorized door opening identification codes in the list, the door is different. The lock is not unlocked.

[0014]

The present invention provides another access control system, including an open door unit having a memory, an open door identification code stored in the memory of the open door unit, a radio frequency communication control device having a memory, and a radio frequency communication control device installed with An access control program that adds a user function, a delete user function, and a synchronization function, the access control program generates a management identifier and is stored in the memory of the RF communication control device, and the door lock controller includes a sensor module and a control module electrically connected to the sensing module, the control module includes a memory, an authorized management identification code is stored in the memory of the control module, and the control module drives the sensing module to read the opening unit and the radio frequency communication The control device is configured to obtain the door opening identification code of the door opening unit and the management identification code of the RF communication control device. The door lock controller is to be electrically connected to a door lock mounted on a door and is used to operate the door. The lock is unlocked.

[0015]

When the RF communication control device performs the door opening program, when the RF communication control device is placed in the communication range of the sensing module, the control module is allowed to read the management identification code of the RF communication control device through the sensing module.

[0016]

When the RF communication control device does not execute the door opening program, even if the RF communication control device is located within the communication range of the sensing module, the control module is not allowed to read the management identification code of the RF communication control device through the sensing module.

[0017]

When the RF communication control device performs the user addition function, if the door opening unit is within the communication range of the RF communication control device, the RF communication control device can obtain the door opening identification code of the door opening unit, and the RF communication control device adds the door opening identification code. The radio frequency communication can be controlled in the traffic control list, and the door opening identification code is set to the authorized door opening identification code to grant the door opening unit permission to open the door.

[0018]

When the radio frequency communication control device performs the function of deleting the user, the radio frequency communication control device can select an authorized door opening identification code in the traffic control list of the radio frequency communication control device and delete the authorized one selected in the traffic control list of the radio communication control device. Open the door identification code or cancel the opening permission of the selected authorized access list.

[0019]

When the RF communication control device performs the synchronization function, when the RF communication control device is within the communication range of the sensing module, the control module is allowed to obtain the management identification code of the RF communication control device through the sensing module.

[0020]

If the control module identifies that the management identification code of the RF communication control device is the same as one of the authorized management identification codes of the control module, the control module accepts the synchronization and replaces the traffic control list with the RF communication control device. The list of passages is the same.

[0021]

If the control module compares the management identifier of the RF communication control device with any of the authorized management identification codes of the control module, the control module does not perform synchronization of its traffic list.

[0022]

When the door opening unit is within the communication range of the sensing module, the control module compares the door opening identification code of the door opening unit with the traffic list in the control module, and if at least one authorized door opening identification code of the opening door identification code and the access list of the door opening unit is One of the same is the same, the door lock is unlocked, and if the door opening identification code of the door opening unit is different from any one of the authorized door opening identification codes of the traffic list, the door lock is not unlocked.

[0023]

The access control system is suitable for the mobile device with wireless radio frequency transmission function to provide convenient access. Further, the access control system is combined with the communication technology to achieve effective management. Further production of the proximity card and distribution of the induction card to the user do not necessarily need to be controlled by the access control. The system uses wireless radio transmission.

[0024]

The access control program acquires an International Mobile Equipment Identity (IMEI) of the RF communication control device, and sets the international mobile device identification code of the RF communication control device as a management identification code to be stored in the memory. The door opening program acquires an International Mobile Equipment Identity (IMEI) of the RF communication device, and sets the international mobile device identification code of the RF communication device as the door opening identification code to be stored in the memory.

[0025]

The RF communication control device of the creation uses its built-in international mobile device identification code as the management identification code, and the RF communication device uses its built-in international mobile device identification code as the door opening identification code, which can exempt the management identification code or open door recognition. The problem of code duplication further makes the access control procedure easier.

[0062]

1‧‧‧Door lock controller 2‧‧‧Main control unit 3‧‧‧Opening unit 11‧‧‧Induction module 12‧‧‧Control module 14‧‧‧Authorization button 15‧‧‧Reset button 16‧ ‧ ‧ Cancellation button 21 ‧ ‧ Primary card 22 ‧ ‧ Radio frequency communication control device 26 ‧ ‧ Add user icon 28 ‧ ‧ Delete user icon 29 ‧ ‧ Sync icon 31 ‧ ‧ RF communication device 32‧ ‧ ‧ proximity card 34‧‧‧ access authorization icon

[0026]

The first figure is a block diagram of the first embodiment of the creation access control system.
The second figure is a schematic diagram of the door lock controller and the main control unit of the first implementation aspect of the creation access control system.
Figure 3 is a block diagram of a second implementation of the creative access control system.
Figure 4 is a block diagram of a third implementation of the creative access control system.
Figure 5 is a schematic diagram of the creation of a user function by the creative access control system.
Figure 6 is a schematic diagram of the creation of the access control system to delete the user function.
Figure 7 is a schematic diagram of the creation of an access control system using a radio frequency communication device.

[0027]

All of the following drawings are merely illustrative of the basic teachings of the present invention, and the extension of the number, position, relationship, and size of the components constituting the preferred embodiment will be explained in the drawings. Post-guided changes are implemented in industry skills. In addition, changes in the exact dimensions and size ratios associated with specific strengths, weights, strengths, and similar requirements are also within the skill of the industry after reading and understanding the teachings of this creation.

[0028]

In the different figures, the same reference numerals are used to designate the same or similar elements; in addition, please understand that the texts such as "first", "second", "inside", "outside", and the like are only convenient for reference. The construction in the diagram is only used to help describe this creation.

[0029]

Referring to Figures 1 and 2, an access control system according to the present invention includes a door lock controller 1, a main control unit 2, and a door opening unit 3.

[0030]

The door lock controller 1 includes a sensor module 11 and a control module 12 electrically connected to the sensor module 11. The sensor module 11 has a near field communication (NFC) wireless radio frequency transmission function, and the door lock controller 1 further includes an exposed device. An authorization button 14 and an exposed deauthorization button 16 for performing an authorization function, the deauthorization button 16 is used to perform a deregistration authorization function, and at least one authorized management identification code is stored in the control module 12. In the memory, the control module 12 is configured to drive the sensing module 11 to read the main control unit 2 and the door opening unit 3. The door lock controller 1 is to be used to electrically connect to a door lock mounted on the door and is used to operate the door lock to unlock.

[0031]

The main control unit 2 includes a main card 21 storing a memory of a management identification code. The main control unit 2 further includes a radio frequency communication control device 22 having a memory, and the radio frequency communication control device 22 is provided with near field communication ( NFC) wireless radio frequency transmission function, radio frequency communication control device 22 installs an access control program, and the access control program includes an add user function, delete user function and synchronization function. The installation of the access control program causes the RF communication control device 22 to obtain a management identification code, and the management identification code is stored in the memory of the RF communication control device 22, and the control module 12 drives the sensing module 11 to read the RF communication. The control device 22 also obtains the management identification code of the radio frequency communication control device 22.

[0032]

The door opening unit 3 includes a radio frequency communication device 31 having a near field communication (NFC) wireless radio frequency transmission function. The RF communication device 31 is provided with a door opening program to obtain an opening door identification code, and the door opening identification code is stored in the radio frequency communication device 31. In a memory, the door opening unit 3 further includes a proximity card 32 having a predetermined door opening identification code.

[0033]

The implementation of the master access control system authorized by the present invention is explained below. First, a reset button 15 placed in the door lock controller 1 is pressed (note that the outer casing of the door lock controller 1 can be disassembled to allow the reset button 15 to be pressed), and the main card 21 is placed in the sensing module 11 In the communication range, the sensing module 11 reads the management identification code of the main card 21 and stores the management identification code of the main card 21 in the memory of the control module 12, so that the main card 21 is granted the door lock management control power. (and the power to open the door, if needed).

[0034]

It should be particularly noted that the door opening program installed in the RF communication device 31 is the same as the door control program installed in the RF communication control device 22.

[0035]

In another embodiment shown in Fig. 3, the main control unit 2 does not include the radio frequency communication control device 22. The structure and operation of the embodiment shown in Fig. 3 will now be described.

[0036]

The RF communication device 31 may be a mobile device such as a mobile phone, a personal digital assistant (PDA) or a tablet computer. The door opening program is installed in the RF communication device 31 via downloading. When the RF communication device 31 executes the door opening program, the door opening program obtains the door opening identification code. And the door opening identification code is stored in the memory of the radio frequency communication device 31. In a preferred embodiment, the door opening program obtains the International Mobile Equipment Identity (IMEI) of the mobile device, and the international device will be obtained. The mobile device identification code is set to store the door open identification code in the memory. Further, the door open program generates a pass authorization icon 34 (as shown in FIG. 5) on the screen of the radio communication device 31 to perform the authorization function (if with the authorization button). 14 The execution authority is used to authorize the opening of the door, or if it is executed together with the deauthorization button 16, the permission to open the door is required.

[0037]

When the main card 21 is placed in the communication range of the sensing module 11, the sensing module 11 reads and obtains the management identification code of the main card 21, and the management identification code of the main card 21 is transmitted to the control module 12 and to the control module 12. At least one authorized control identification code in the comparison, when the control module 12 recognizes that the management identification code of the main card 21 is the same as the at least one authorized control identification code of the control module 12, the operation authorization button 14 and the authorization button are allowed to be operated. 16. In addition, when the control module 12 recognizes that the management identification code of the primary card 21 is different from the at least one authorized control identification code of the control module 12, the operation authorization button 14 and the authorization button 16 are not allowed to operate.

[0038]

In the case where the control module 12 recognizes that the management identification code of the primary card 21 is identical to the at least one authorized management identification code of the control module 12, the authorization button 14 of the door lock controller 1 can be pressed to be used to grant the radio communication device 31. After the door opening permission is executed, the near field communication function is executed and the door opening program is executed, and the pass authorization icon 34 on the RF communication device 31 is pressed. As shown in FIG. 7 , the RF communication device 31 is placed in the communication range of the sensor module 11 of the control module 12 . The sensing module 11 reads the door opening identification code of the RF communication device 31, and the control module 12 adds the door opening identification code of the RF communication device 31 to the traffic list in the memory of the control module 12, and the RF communication device 31 is added. The door opening identification code is set to an authorized door opening identification code, and the traffic list in the memory of the control module 12 stores at least one authorized door opening identification code, and thus the radio frequency communication device 31 is granted the door opening authority.

[0039]

Please note that when the RF communication device 31 does not execute the door opening program, the control module 12 cannot obtain the door opening identification code through the sensing module 11 even if the RF communication device 31 is placed in the communication range of the sensing module 11.

[0040]

The main card 21 is placed in the communication range of the sensing module 11, and the sensing module 11 reads and obtains the management identification code of the main card 21, and the main card 21 manages the identification code to be transmitted to the control module. The group 12 is compared with at least one authorized management identifier of the control module 12, and the control module 12 identifies that the management identifier of the master card 21 is identical to the at least one authorized management identifier of the control module 12. Next, the authorization button 14 is pressed, and the proximity card 32 is placed in the communication range of the sensing module 11, the sensing module 11 reads the preset opening identification code of the sensing card 32, and the control module 12 presets the sensing card 32. The door opening identification code is added to the traffic list in the memory of the control module 12, and the preset door opening identification code of the proximity card 32 is set as the authorized door opening identification code, so that the proximity card 32 is granted the door opening authority.

[0041]

When the opening permission of the radio communication device 31 needs to be deleted, the main card 21 is placed in the communication range of the sensing module 11, and the sensing module 11 reads and obtains the management identification code of the main card 21, and the management identification code of the main card 21 is transmitted. To the control module 12 and compared with at least one authorized management identification code of the control module 12, the control module 12 identifies that the management identification code of the primary card 21 is the same as the at least one authorized management identification code of the control module 12. In this case, the deactivation button 16 of the door lock controller 1 is pressed, and the radio communication device 31 performs the near field communication function and executes the door opening program, and then presses the pass authorization icon 34, and the radio frequency communication device 31 is located within the communication range of the sensing module 11. The sensing module 11 reads the door opening identification code of the near field communication module 31, and the control module 12 deletes the door opening identification code of the radio frequency communication device 31 in the memory list of the control module 12, or simply cancels the radio frequency. The opening authority of the communication device 31 is such that the opening authority of the radio communication device 31 is cancelled.

[0042]

When the opening permission of the proximity card 32 needs to be deleted, the main card 21 is placed in the communication range of the sensing module 11, and the sensing module 11 reads and obtains the management identification code of the main card 21, and the management identification code of the main card 21 is transmitted to The control module 12 is compared with at least one authorized management identification code of the control module 12, and the control module 12 identifies that the management identification code of the primary card 21 is identical to the at least one authorized management identification code of the control module 12. Pressing the cancel button 16 of the door lock controller 1 , the proximity card 32 is placed in the communication range of the sensor module 11 , the sensor module 11 reads the preset door open door identification code of the sensor card 32 , and the control module 12 In the memory list of the control module 12, the preset door opening identification code of the proximity card 32 is deleted, or only the door opening authority of the proximity card 32 is cancelled, so that the door opening authority of the proximity card 32 is cancelled.

[0043]

When the RF communication device 31 is to be used to open the door, the authorization button 14 is not pressed, and the cancel button 16 is not pressed. The RF communication device 31 performs the near field communication function and the door opening program, and the RF communication device 31 is placed in the communication range of the sensing module 11. The sensing module 11 reads the door opening identification code of the radio frequency communication device 31, and the control module 12 compares the door opening identification code of the radio frequency communication device 31 with the traffic list of the control module 12, if the door opening identification code and the traffic of the radio communication device 31 One of the at least one authorized door opening identification code of the list is the same, the door lock is unlocked, and if the door opening identification code of the radio communication device 31 is different from any one of the authorized door opening identification codes of the traffic list, The door lock is not unlocked.

[0044]

Fig. 4 shows a further embodiment, the main control unit 2 does not include the main card 21, and the structure and operation of the embodiment of Fig. 4 will now be described.

[0045]

The radio frequency communication device 31 can be a mobile device such as a mobile phone, a personal digital assistant (PDA) or a tablet computer. The radio frequency communication device 31 downloads and installs a door opening program, and the radio frequency communication device 31 executes a door opening program, thereby causing the door opening program to obtain an opening door identification code. And the opening identification code is stored in the memory of the radio communication device 31. In a preferred embodiment, the opening program obtains the International Mobile Equipment Identity (IMEI) of the mobile device, and the international mobile device will be obtained. The device identification code is set to store the door opening identification code in the memory. Further, the door opening program generates a pass authorization icon 34 (as shown in FIG. 5) on the screen of the radio communication device 31 to perform the authorization function (if with the authorization button 14). The execution authority is used to authorize the opening of the door, or if it is executed together with the deauthorization button 16, the permission to open the door is required.

[0046]

The RF communication control device 22 can be a mobile device such as a mobile phone, a personal digital assistant (PDA) or a tablet computer. The RF communication control device 22 downloads and installs an access control program. The access control program includes an add user function and a delete user. The function and a synchronization function, the access control program obtains a management identification code and the management identification code is stored in the memory problem of the radio frequency communication control device 22. In a preferred embodiment, the access control program obtains the international movement of the mobile device An International Mobile Equipment Identity (IMEI), and the obtained international mobile device identification code is set as a management identification code stored in the memory. Further, the access control program can generate a signal on the screen of the radio frequency communication control device 22. An authorization icon is required to perform an authorization request function, and the access control program generates an add user icon 26 (as shown in FIG. 5) on the screen of the RF communication control device 22 for performing an add user function, and the access control program can be used for RF communication. Control A delete user icon 28 (shown in Figure 5) is also generated on the screen 22 to perform the delete user function. Further access control program can generate a synchronization icon 29 on the screen of the RF communication control device 22 (e.g. Figure 5) is used to perform the synchronization function.

[0047]

An embodiment of a door lock management control authorization to the RF communication control device 22 will first illustrate that the cover of the door lock controller 1 is first removed to reveal the reset button 15 and the reset button 15 is pressed to press the RF communication control device 22. The authorization icon is required and the reset button 15 inside the door lock controller 1 is pressed. The radio frequency communication control device 22 is placed in the communication range of the sensor module 11, and the sensor module 11 reads and stores the information stored in the radio frequency communication control device 22. The management identifier is stored, and the management identifier of the radio frequency communication control device 22 is stored in the memory of the control module 12, so that the radio frequency communication control device 22 is granted the door lock management control authority (and the door opening authority, if necessary ).

[0048]

When the RF communication device 31 is to be granted the right to open the door, the RF communication control device 22 executes the access control program and performs the near field communication function, and presses the add user icon 26 on the screen of the RF communication control device 22 (as shown in FIG. 5). The RF communication device 31 performs the near field communication function and executes the door opening program, and presses the pass authorization icon 34 on the screen of the RF communication device 31 to implement the add user function (as shown in FIG. 5), and places the RF communication device 31 Within the communication range of the RF communication control device 22, the RF communication control device 22 obtains the door opening identification code of the RF communication device 31 and adds it to the traffic list in the memory of the RF communication control device 22, and the RF communication device 31 is added. The door opening identification code is set to the authorized door opening identification code, and then the synchronization icon 29 on the radio frequency communication control device 22 is pressed, and the door stop control program executes the countdown program from the time after the synchronization icon 29 is pressed. Before the end of the timer The RF communication control device 22 is placed in the communication range of the sensing module 11, and the authorized door opening identification code (including the door opening identification code of the RF communication device 31) in the traffic control list of the RF communication control device 22 can be controlled by radio frequency communication. The device 22 is transmitted to the control module 12 and stored in the memory of the control module 12 to dispatch the rights of the RF communication device 31 and other authorized door opening identification codes in the traffic list of the RF communication control device 22. Please note that after the synchronization icon 29 is pressed and the radio frequency communication control device 22 is placed in the communication range of the sensing module 11, the synchronization function is started. In addition, if the radio frequency communication is from a period of time after the synchronization icon 29 is pressed, When the control device 22 is not within the communication range of the sensing module 11, the synchronization function is not performed.

[0049]

It can be understood that if the control module 12 identifies that the management identifier of the RF communication control device 22 is the same as the authorized management identifier of the control module 12, the control module 12 accepts synchronization and further creates and RF in the control module 12. The communication control device 22 has the same traffic list for the traffic control device. Further, if the control module 12 recognizes that the management identification code in the RF communication control device 22 is different from the authorized management identification code in the control module 12, it will not Synchronization of the traffic list of the control module 12 is performed.

[0050]

Please note that when the RF communication device 31 does not execute the door opening program, even if the RF communication device 31 is placed in the communication range of the sensing module 11, the control module 12 is not allowed to obtain the door opening identification code through the sensing module 11.

[0051]

Regarding the permission to send the proximity card 32, the RF communication control device 22 executes the access control program, and performs the near field communication function, and presses the add user icon 26 on the screen of the RF communication control device 22, and then places the proximity card 32. In the communication range of the RF communication control device 22, the RF communication control device 22 obtains and adds the preset door opening identification code of the induction card 32 to the access list in the memory of the RF communication control device 22, and places the proximity card. The preset door opening identification code of 32 is set to the authorized door opening identification code, and then the synchronization icon 29 of the radio frequency communication control device 22 is pressed, and the access control program executes the countdown program, and the radio frequency is started from the time when the synchronization icon 29 is pressed. The communication control device 22 is placed in the communication range of the sensing module 11, and the authorized door opening identification code (including the preset door opening identification code of the proximity card 32) in the traffic control list of the RF communication control device 22 is transmitted to the control module 12 And stored in the control module 12 The list of memory access, complete and distributed to the induced RF communications card 32 may pass control apparatus 22 of the list of other identifiers authorized door access permission.

[0052]

Please note that when the RF communication control device 22 does not execute the access control program, even if the RF communication control device 22 is placed in the communication range of the sensing module 11, the control module 12 is not allowed to obtain the management identification code through the sensing module 11. .

[0053]

When it is desired to cancel the opening permission of the RF communication device 31 or the proximity card 32, the RF communication control device 22 executes the access control program to call out the traffic list, the traffic list is displayed on the screen of the RF communication control device 22, and the RF communication control device The user of 22 can select one of the authorized door opening identification codes from the traffic list on the screen (same as the door opening identification code of the radio communication device 31 performing the near field communication function and executing the door opening program or the preset door opening identification of the proximity card 32 And deleting the user icon 28 (as shown in FIG. 6) on the screen of the RF communication control device 22, and then pressing the synchronization icon 29 of the RF communication control device 22, the access control program performs a countdown procedure from The RF communication control device 22 is placed in the communication range of the sensing module 11 for a period of time when the synchronization icon 29 is pressed, and the RF communication can control the authorized door opening identification code in the traffic list of the control device 22 (including the RF communication to be excluded) The opening of the device 31 or the proximity card 32 Code) to the control module 12 and stored in the access control list of the memory module 12 of the body, and therefore, cancel RF proximity card communication device 31 or 32 of access permission.

[0054]

When the RF communication device 31 is used to open the door, and the authorization button 14 is not pressed, the RF communication device 31 performs the door opening program and the near field communication function, and the RF communication device 31 is placed in the communication range of the sensing module 11. The internal RF communication device 31 is placed in the communication range of the sensing module 11, the sensing module 11 reads the opening identification code of the RF communication device 31, and the control module 12 compares the opening identification code of the RF communication device 31 with the control module 12 The access list is unlocked if the door opening identification code of the RF communication device 31 is the same as at least one of the authorized door opening identification codes in the traffic list of the control module 12, and if the door opening identification code of the RF communication device 31 is The door lock is not unlocked by any one of the authorized door opening identification codes in the traffic list of the control module 12.

[0055]

The use program for opening the door using the proximity card 32 is substantially the same as the RF communication device 31 except that the door opening program is executed.

[0056]

The control module 12 can access the access control records of the RF communication device 31 and the proximity card 32. The RF communication control device 22 can read the access control record through the point-to-point transmission by the sensing module 11 and the sensing module. 11 can be transmitted using RF, near field communication, high frequency and ultra high frequency.

[0057]

The structure and operation of the access control system shown in Fig. 1 is substantially the same as that of the access control system shown in Figs. 3 and 4, and can be understood by those having ordinary knowledge in the art.

[0058]

In view of the foregoing, the access control system is suitable for the mobile device having the near field communication function to provide convenient access. Further, the access control system is combined with the communication technology to achieve effective management, further the production of the proximity card 32 and the distribution of the proximity card 32 to the user. It is not necessary to use near field communication technology through the access control system.

[0059]

In addition, the RF communication control device 22 of the present invention uses its built-in international mobile device identification code as the management identification code, and the RF communication device 31 uses its built-in international mobile device identification code as the door opening identification code, which can be exempted from management identification. The problem of duplicate code or door opener code further makes the access control procedure easier.

[0060]

The basic teachings of this creation have been described, and many extensions and variations will be apparent to those of ordinary skill in the art. For example, the sensing module 11, the RF communication control device 22, the RF communication device 31, and the proximity card 32 can also perform reading and/or writing operations using techniques other than near field communication. The group 11 adopts at least one of radio frequency transmission functions of high frequency, ultra high frequency, bluetooth, radio frequency (RFID), and wireless network (Wi-Fi), and the radio frequency communication control device 22 adopts high frequency, At least one of UHF, Bluetooth, Radio Frequency (RFID), and Wireless Network (Wi-Fi) corresponds to the radio frequency transmission function of the sensing module 11, and the radio frequency communication device 31 adopts a high frequency and a super high frequency. The radio frequency transmission function of any one of the frequency, Bluetooth, radio frequency (RFID), and wireless network (Wi-Fi) corresponding to the sensing module 11 can also be the same as or similar to the near field communication technology. Effect.

[0061]

The present invention disclosed in the specification is to be considered as illustrative and not restrictive. The scope of the present invention is defined by the scope of the appended claims, and is not intended to be limited by the scope of the invention.

1‧‧‧door lock controller

2‧‧‧Master unit

3‧‧‧Opening unit

11‧‧‧Induction module

12‧‧‧Control Module

21‧‧‧ primary card

22‧‧‧RF communication control device

31‧‧‧RF communication device

32‧‧‧Sensor card

Claims (24)

[Item 1] An access control system includes:
An RF communication device (31) has a memory, the RF communication device (31) is provided with a door opening program, and the door opening program generates an opening door identification code, and the door opening identification code is stored in the memory of the RF communication device (31);
A main card (21) includes a memory, and a control identification code is stored in the memory of the main card (21), and;
A lock controller (1) includes a sensor module (11) and a control module (12) electrically connected to the sensor module (11), the door lock controller (1) further comprising a function for performing an authorization function The authorization button (14) and a deauthorization button (16) for performing the deauthorization function, the control module (12) includes a memory, and an authorized management identification code is stored in the memory of the control module (12). The control module (12) drives the sensing module (11) to read the main card (21) and the radio frequency communication device (31) for obtaining the management identification code of the main card (21) and the door opening recognition of the radio frequency communication device (31) Code, the door lock controller (1) is to be used to electrically connect with a door lock mounted on a door and is used to operate the door lock to unlock;
When the RF communication device (31) executes the door opening program, the RF communication device (31) is placed in the communication range of the sensing module (11), and the control module (12) is allowed to read the RF communication device through the sensing module (11). (31) the opening identification code;
When the RF communication device (31) does not execute the door opening program, even if the RF communication device (31) is placed in the communication range of the sensing module (11), the control module (12) is not allowed to read through the sensing module (11). The opening identification code of the radio communication device (31);
When the control module (12) recognizes that the management identification code of the primary card (21) is the same as the authorized management identification code in the control module (12), the operation authorization button (14) allows the authorization function to be performed and the operation cancellation button to be operated (16). ) permission to perform the deauthorization function;
When the control module (12) recognizes that the management identification code of the primary card (21) is different from the authorized management identification code in the control module (12), the operation authorization button (14) does not allow the authorization function to be performed and the operation cancellation button is operated ( 16) The deauthorization function is not allowed to be performed;
If the authorization button (14) is operated and the RF communication device (31) is placed in the communication range of the sensing module (11), the control module (12) obtains the RF communication device (31) through the sensing module (11). Opening the door identification code, and storing the door opening identification code of the radio frequency communication device (31) in the memory of the control module (12), and the control module (12) adds the door opening identification code to the control module (12). In the access list, the opening identification code is set in the access list as the authorized opening identification code, and the radio communication device (31) is granted the right to open the door;
If the operation cancel button (16) is operated, the RF communication device (31) is placed in the communication range of the sensor module (11), and the control device (12) obtains the door opening identification code of the RF communication device (31), and the control module ( 12) comparing the opening identification code and the access list of the radio communication device (31), the control module 12 deletes the opening identification code of the radio communication device (31) in the access list, or cancels the opening identification code of the radio communication device (31) The opening of the door allows the RF communication device (31) to unlock the door lock; and does not operate the authorization button (14) nor operates the de-authorization button (16), when the RF communication device (31) is located in the sensing module (11) Within the communication range, the control module (12) compares the opening identification code and the access list of the radio communication device (31), and if the door opening identification code of the radio communication device (31) is identified and at least one authorized access list in the access list One of the same, the door lock is unlocked, if the door opening identification code of the RF communication device (31) And at least one access list of authorized open the door to identify any one of the codes are not the same, do not unlock the door. [Item 2] The access control system of claim 1, further comprising a radio frequency communication control device (22) having a memory, the radio communication control device (22) having an added user function and a delete user function And an access control program of a synchronization function, the access control program generates another management identification code and is stored in the memory of the RF communication control device (22), and the control module (12) drives the sensing module (11) to read Taking the radio frequency communication control device (22) and obtaining the management identification code of the radio frequency communication control device (22);
When the RF communication control device (22) executes the access control program, the RF communication control device (22) is placed in the communication range of the sensing module (11), and the control module (12) is allowed to pass through the sensing module (11). Reading the management identification code of the radio communication control device (22);
When the RF communication control device (22) does not execute the access control program, even if the RF communication control device (22) is within the communication range of the sensing module (11), the control module (12) is not allowed to pass through the sensing module. (11) reading the management identification code of the radio communication control device (22);
When the RF communication control device (22) performs the user addition function, if the RF communication device (31) is within the communication range of the RF communication control device (22), the RF communication control device (22) obtains the RF communication device ( 31) opening the door identification code, and the RF communication control device (22) adds the door opening identification code to the traffic list of the RF communication control device (22), and sets the door opening identification code to the authorized door opening identification code to grant the RF communication The device (31) has the right to open the door;
When the radio frequency communication control device (22) performs the function of deleting the user, the radio frequency communication control device (33) can select an authorized door opening identification code in the traffic list of the radio frequency communication control device (22) and delete the radio frequency communication controllable. The authorized door opening identification code selected in the traffic list of the device (22), or the opening permission of the selected authorized access list is deleted;
When the radio frequency communication control device (22) performs the synchronization function, the radio frequency communication control device (22) is placed in the communication range of the sensing module (11), and the control module (12) is allowed to pass through the sensing module (11). Obtaining a management identification code of the radio communication control device (22);
If the control module (12) identifies that the management identification code of the RF communication control device (22) is the same as one of the authorized management identification codes of the control module (12), the control module (12) accepts the synchronization and controls the mode. The access list of group (12) is replaced with the same as the traffic list of the radio frequency communication control device (22); and if the control module (12) compares the radio frequency communication control device (22), the management identification code is different from the control module. (12) Any one of the authorized management identification codes, the control module (12) does not perform synchronization of its transit list. [Item 3] For example, in the access control system described in claim 2, the radio frequency communication control device (22) is a mobile device. [Item 4] For example, in the access control system described in claim 3, the door opening program installed in the RF communication device (31) and the access control program installed in the RF communication control device (22) are the same program. [Item 5] For example, in the access control system described in claim 3, the access control program obtains an International Mobile Equipment Identity (IMEI) possessed by the RF communication control device (22), and can control the RF communication. The international mobile device identification code of the device (22) is set to be stored in the memory as the management identification code. [Item 6] The radio communication device (31) is a mobile device as claimed in claim 4 of the patent application scope. [Item 7] For example, in the access control system described in claim 6, the opening program acquires an International Mobile Equipment Identity (IMEI) possessed by the RF communication device (31), and the RF communication device (31) The international mobile device identification code is set to the door opening identification code stored in the memory. [Item 8] The access control system as described in claim 6 further includes a proximity card (32) having a preset door opening identification code, if the authorization button (14) is pressed and if the proximity card (32) is in the sensing module ( In the communication range of 11), the opening permission of the proximity card (32) is set via the main card (21) or the radio frequency communication control device (22). [Item 9] For example, in the access control system described in claim 8 of the patent application, the sensing module (11) uses the radio frequency transmission of the near field communication, the high frequency, the ultra high frequency, the Bluetooth, the Wi-Fi, and the radio frequency. The communication control device (22) uses near field communication, high frequency, ultra high frequency, Bluetooth, Wi-Fi, one of which corresponds to the wireless RF transmission of the sensing module (11), and the radio communication device (31) uses One of the near field communication, high frequency, ultra high frequency, bluetooth, and Wi-Fi corresponds to the wireless radio frequency transmission of the sensing module (11). [Item 10] For example, in the access control system described in claim 9, wherein the control module (12) stores the opening record of the radio communication device (31), and the radio communication control device (22) transmits the transmission through the point-to-point transmission or the Bluetooth communication. Any one of them is obtained by the control module (12). [Item 11] For example, in the access control system described in claim 1, the sensing module (11) uses one of the near field communication, the high frequency, and the wireless radio frequency transmission of one of UHF, Bluetooth, and Wi-Fi. The wireless radio frequency transmission, the radio frequency communication device (31) uses near field communication, high frequency, ultra high frequency, Bluetooth, and Wi-Fi to correspond to the wireless radio frequency transmission of the sensing module (11). [Item 12] An access control system includes:
An opening unit (3) has a memory, and an opening identification code is stored in the memory of the opening unit (3);
A radio frequency communication control device (22) having a memory, the radio frequency communication control device (22) is provided with an access control program having an add user function, a delete user function and a synchronization function, and the access control program is managed. The identification code is stored in the memory of the RF communication control device (22); and a door lock controller (1) includes a sensing module (11) and a control module electrically connected to the sensing module (11) ( 12) The control module (12) includes a memory, an authorized management identification code is stored in the memory of the control module (12), and the control module (12) drives the sensing module (11) to read the opening unit. (3) The radio frequency communication control device (22) is used to obtain the door opening identification code of the door opening unit (3) and the management identification code of the radio frequency communication control device (22), and the door lock controller (1) is to be used. Electrically connected to a door lock mounted on a door and used to operate the door lock to unlock;
When the RF communication control device (22) executes the door opening program, when the RF communication control device (22) is located within the communication range of the sensing module (11), the control module (12) is allowed to read through the sensing module (11). The management identifier of the radio frequency communication control device (22);
When the RF communication control device (22) does not execute the door opening program, even if the RF communication control device (22) is located within the communication range of the sensing module (11), the control module (12) is not allowed to pass through the sensing module ( 11) reading the management identification code of the radio communication control device (22);
When the RF communication control device (22) performs the user addition function, if the door opening unit (3) is within the communication range of the RF communication control device (22), the RF communication control device (22) obtains the door opening unit (3). Opening the door identification code, and the RF communication control device (22) adds the door opening identification code to the traffic list of the RF communication control device (22), and sets the door opening identification code to the authorized door opening identification code to be granted to the door opening unit (3) Open door permission;
When the radio frequency communication control device (22) performs the function of deleting the user, the radio frequency communication control device (22) can select an authorized door opening identification code in the traffic list of the radio frequency communication control device (22) and delete the radio frequency communication control device. (22) The authorized door opening identification code selected in the access list or the opening permission of the selected authorized access list;
When the RF communication control device (22) performs the synchronization function, when the RF communication control device (22) is within the communication range of the sensing module (11), the control module (12) is allowed to obtain through the sensing module (11). The management identifier of the radio frequency communication control device (22);
If the control module (12) identifies that the management identification code of the RF communication control device (22) is the same as one of the authorized management identification codes of the control module (12), the control module (12) accepts the synchronization and controls the mode. The list of passages in group (12) is replaced by the same list as the traffic control device (22);
If the control module (12) compares the management identifier of the RF communication control device (22) with any of the authorized management identification codes of the control module (12), the control module (12) does not execute its traffic list. Synchronization, and when the door opening unit (3) is within the communication range of the sensing module (11), the control module (12) compares the opening identification code of the door opening unit (3) with the access list in the control module (12) If the door opening identification code of the door opening unit (3) is the same as one of the authorized door opening identification codes of the traffic list, the door lock is unlocked, and if at least one of the door opening identification code and the access list of the door opening unit (3) is authorized Any one of the door opening identification codes is different, and the door lock is not unlocked. [Item 13] For example, in the access control system described in claim 12, the door opening unit (3) includes a radio frequency communication device (31), and the memory of the door opening unit (3) is installed in the radio frequency communication device (31) and has a pass authorization. A function opening program is installed in the radio frequency communication device (31), and the door opening program generates an opening door identification code, and the opening door identification code is stored in the memory of the radio frequency communication device (31);
The RF communication control device (22) performs the user addition function and allows the RF communication device (31) to allow the RF communication within the communication range of the RF communication control device (22) when the RF communication device (31) performs the access authorization. The control device (22) reads the door opening identification code of the radio frequency communication device (31), and the radio frequency communication control device (22) adds the door opening identification code to the traffic list of the radio frequency communication control device (22), and sets the door opening The identification code is an authorized door opening identification code to grant the radio communication device (31) the door opening authority;
When the RF communication device (31) executes the door opening program, the RF communication device (31) allows the control module (12) to obtain the RF communication device (31) through the sensing module 11 within the communication range of the sensing module (11). The door opening identification code, the control module (12) compares the door opening identification code of the radio frequency communication device (31) and the traffic list in the control module (12), if the door opening identification code and the control module of the radio communication device (31) ( 12) One of the authorized door opening identification codes in the access list is the same, the door lock is unlocked, if at least one of the opening identification code of the radio communication device (31) and the access list of the control module (12) has been Any one of the authorized door opening identification codes is different, and the door lock is not unlocked. [Item 14] For example, in the access control system described in claim 13, the radio frequency communication control device (22) is a mobile device. [Item 15] For example, in the access control system described in claim 14, the access control program obtains an International Mobile Equipment Identity (IMEI) possessed by the RF communication control device (22), and can control the RF communication. The international mobile device identification code of the device (22) is set to be stored in the memory as the management identification code. [Item 16] For example, in the access control system described in claim 14, the radio frequency communication device (31) is a mobile device. [Item 17] For example, in the access control system described in claim 16 of the patent application, the door opening program acquires an International Mobile Equipment Identity (IMEI) possessed by the RF communication device (31), and the RF communication device (31) The international mobile device identification code is set to the door opening identification code stored in the memory. [Item 18] The access control system installed in the RF communication device (31) and the access control program installed in the RF communication control device (22) are the same program as the access control system described in claim 16 of the patent application. [Item 19] For example, in the access control system described in claim 16, the RF communication control device (22) includes a screen, and the access control program generates a synchronization icon (29) on the screen of the RF communication control device (22). Performing the synchronization function, pressing the synchronization icon (29) and starting the synchronization function when the RF communication control device (22) is located within the communication range of the sensing module (11), if a section of the synchronization icon (29) is pressed During the time, the RF communication control device (22) is not placed in the communication range of the sensing module (11), and the synchronization function is not performed. [Item 20] For example, in the access control system described in claim 19, the door opening unit (3) includes a proximity card (32), when the RF communication control device (22) performs an add user function and the proximity card (32) is in the RF communication. Within the communication range of the control device (22), the opening permission of the proximity card (32) is set via the radio frequency communication control device. [Item 21] For example, in the access control system described in claim 12, the RF communication control device (22) includes a screen, and the door opening program generates a synchronization icon (29) on the screen of the RF communication control device (22). After the synchronization function is executed, after the synchronization icon (29) is pressed and the RF communication control device (22) is placed in the communication range of the sensing module (11), the synchronization function is started, and if the synchronization icon is pressed (29) For a period of time, the RF communication control device (22) is not placed in the communication range of the sensing module (11), and the synchronization function is not performed. [Item 22] For example, in the access control system described in claim 12, the sensing module (11) uses wireless communication of near field communication, high frequency, ultra high frequency, Bluetooth, Wi-Fi, and radio frequency. The communication control device (22) uses one of the near field communication, the high frequency, the ultra high frequency, the Bluetooth, and the Wi-Fi to correspond to the wireless RF transmission of the sensing module (11). [Item 23] For example, in the access control system described in claim 22, the control module (12) stores the opening record of the door opening unit (3), and the RF communication control device (22) transmits any of the transmission through the point-to-point transmission or the Bluetooth communication. A door opening record is obtained by the control module (12). [Item 24] For example, in the access control system described in claim 13 of the patent application scope, the sensing module (11) uses the radio frequency transmission of the near field communication, the high frequency, the ultra high frequency, the Bluetooth, the Wi-Fi, and the radio frequency. The communication control device (22) uses near field communication, high frequency, ultra high frequency, Bluetooth, Wi-Fi, one of which corresponds to the wireless RF transmission of the sensing module (11), and the radio communication device (31) uses One of the near field communication, high frequency, ultra high frequency, bluetooth, and Wi-Fi corresponds to the wireless radio frequency transmission of the sensing module (11).