TWM491703U - Security system - Google Patents

Abstract

A security system includes a combinational lock and a security host. The security host has a security state which includes a monitor state and a release state. The security host includes a wireless communication module and a control module. The combinational lock includes a plurality of security buttons. The combinational lock receives a personal identification signal in response to inputting password by the security buttons or reading an entrance-guard card. The combinational lock executes an identification verification and do an unlock action when the identification verification is passed. The wireless communication module connects to the combinational lock for receiving the personal identification signal and the result of the identification verification. The control module connects to the wireless communication module and changes the security state to the release state when passing the identification verification is passed with the security state being the monitor state. By one step, the security system changes the state of the security host to the release state and unlocks the door.

Description

Security system with password lock

This creation provides a security system, especially a security system with a password lock.

In order to protect the safety of its internal staff and property, most communities, office buildings and business premises in the community will set up security systems and security personnel to protect the community, office buildings or business through the detection of security systems and the monitoring of security personnel. The safety of the place, so as not to cause small or robbery invasions and other illegal circumstances.

Generally, the most common one is the password lock, which is linked with the door lock. Generally, the access control system has the card number and password that are allowed to enter and exit. Therefore, when the person passes the sensor card of the card number that is not allowed, or swipes the card, or enters the wrong password, the access control The system will maintain the door lock to prevent the unauthorised personnel from entering and exiting the gate; conversely, if the card number is allowed or the correct password is entered, the access control system will unlock the door.

In addition, the access control system will be connected to the security system. In other words, during the off-hours and in the dead of night, after the security system is set up, the monitoring equipment can be activated to help the security personnel monitor the rarely or unreachable areas to avoid Xiao Jin came in and out.

Therefore, the access control system and the maintenance system are set separately. That is to say, the access control system is usually installed on the wall of the door to control the entrance and exit of the gate, and the security system is set adjacent to the access control system for the last departure. Or the first arriving user can be set or released through the security system. If the security system is to be unlocked, when the door is to be opened, the door lock of the door can be unlocked by opening the access control system, so that the door can be accessed, which is inconvenient and the wall The surface is provided with a plurality of boxes such as an access control system and a security system, which are costly and not aesthetically pleasing. Therefore, in view of the above problems, it is necessary to propose an effective solution.

In view of the above problems, the present invention provides a security system with a password lock to integrate the password lock and security system for the convenience of the security personnel.

An embodiment of the present invention provides a security system including: a password lock and a security host. The security host has a security state, the security state includes a monitoring state and a release state, and the security host includes: a wireless communication module and a control module. The password lock has a plurality of password keys, and the password lock receives the identity verification message in response to the input of the plurality of password keys, and performs an identity verification according to the identity verification message to perform an unlocking action when the verification is performed. The wireless communication module connects the password lock to receive the identity verification message and the result of the identity verification. The control module is electrically connected to the wireless communication module. When the result of the identity verification is passed and the security state is the monitoring state, the control module sets the security state to a release state.

In this way, the identity verification message is obtained through the password lock and after the identity verification is passed, the unlocking action is further performed and the security state is set to the release state from the monitoring state, thereby omitting the conventional setting machine and simplifying the traditional need to first cancel the security setting. Then release the process of access control.

FIG. 1 is a schematic diagram of an architecture of a security system according to a first embodiment of the present invention. Referring to FIG. 1 , the security system includes: a control center host 30, a password lock 20, and a security host 10. The security host 10 is connected to the combination lock 20 and the control center host 30. The security host 10 includes a wireless communication module 12, a wired communication module 13, and a control module 11, and the control module 11 is connected to the wireless communication module 12 and the wired communication module 13, respectively.

FIG. 2 is a schematic diagram showing the appearance of the combination lock 20 of the first embodiment of the present invention. Referring to FIG. 1-2, the combination lock 20 has a plurality of password keys 21, and each of the password keys 21 represents an input signal. The upper left side of FIG. 2 is an input signal indicating "1". This is a limitation. Furthermore, the input signal does not have to be a combination of numbers, and may be replaced by an English letter or other symbols. An identity verification message (ie, a password) can be formed by one or more input signals. The combination lock 20 is disposed at the door of the door to control the opening and closing of the door lock corresponding to the door. In some embodiments, the code lock 20 can also be disposed in the elevator to open or close the input of the floor button of the elevator. Licensing, this creation is not a limitation.

Referring to FIG. 1 , the security host 10 is connected to the combination lock 20 via the wireless communication module 12 , that is, the password lock 20 transmits the identity verification message and confirms the identity verification message permission information via the wireless transmission protocol to The wireless communication module 12 and the wireless communication module 12 are further transmitted to the control module 11. The wireless communication module 12 can be a wireless communication protocol such as radio frequency, wireless network, ZigBee, Zwave, Bluetooth, Near Field Communication (NFC) or the like, and the creation is not limited. Correspondingly, the combination lock 20 also has a wireless communication module (not shown) that has the same communication protocol as the wireless communication module 12 of the security host 10. Thereby, the password lock 20 can upload information such as the state of the lock and the battery state to the security host 10, and the security host 10 can also control the password lock 20. Moreover, the wired communication module 13 of the security host 10 is connected to the control center host 30, that is, the security host 10 is connected to the control center host 30 by a wired transmission protocol, thereby transmitting and receiving signals with the control center host 30. The wired communication module 13 can be an Ethernet network, a telephone line, a security line or other wired transmission, and the creation is not a limitation.

In this case, after the control module 11 of the security host 10 obtains the identity verification message and the information for confirming the identity verification message permission via the wireless communication module 12, the control module 11 may store the corresponding access control record in the memory module (not shown) Show) or upload to the control center host 30. That is to say, after the security host 10 receives the identity verification message and confirms the information of the identity verification message permission, it may back up its various on-site environmental information for later verification. This creation is not a limitation of environmental information such as time, place, card number, employee number or other environmental information.

FIG. 3 is a schematic structural diagram of one of the security systems of the second embodiment of the present invention. Referring to FIG. 3, the security system may further include a wireless sensor 40 connected to the wireless communication module 12 in a wireless communication manner. In some embodiments, the security host 10 can also connect to the wired sensor through wired communication methods (such as RS485, RS232, USB, Ethernet, etc.). The wired or wireless sensor can be a smoke detector, a fire detector, a window vibration detector, a carbon monoxide detector, a carbon dioxide detector, an infrared detector, an image monitor, a foreign object detector, and a monitor. Camera, window open monitor, etc.

The security host 10 has various security states such as a monitoring state, a release state, and a tour state. Preserving the monitoring status of the host 10 means enabling the aforementioned sensor for security monitoring to assist the security personnel in monitoring areas that are sparsely populated or difficult to reach. On the other hand, disabling the sensor, that is, releasing the state, is to release the monitoring or detection of various security monitoring devices, and to prevent the alarm device from being triggered when the monitoring device is triggered without monitoring. As for the tour status, it is a special state that the security personnel can use when inspecting the user to check the equipment. In the patrolling state, the sensor will also be disabled to prevent the security personnel from accidentally touching the alarm. Entering the patrol state allows the monitoring center to know that the security personnel are at the user end, and avoid the security personnel from self-stealing. The following describes how the aforementioned security state is set.

After the access control is unlocked in the released state, the user can input the key combination corresponding to the identity (ie, the identity verification message) by using the password key 21, and the password lock 20 verifies the identity verification message to confirm whether the identity verification message is a license. And transmitting the identity verification message and the verification result to the security host 10. Here, the password lock 20 has a storage module (such as a memory, a memory card, etc.) to store a plurality of sets of license passwords for comparison with the foregoing identity verification messages, and if there is a matching license password, the verification is successful, and vice versa. Failed for verification. The combination lock 20 also has a verification module (not shown), which can be implemented by the microcontroller to access the license password in the storage module and obtain the user-entered identity verification message from the wireless communication module of the password lock 20 And perform the aforementioned comparison action.

When the user wants to set the security status from the released state to the monitoring state, the user can press the setting button 21' of the password button 21 to input the identity verification message. As shown in Fig. 2, one of the cryptographic keys 20 of the cipher lock 20 has a special function setting key 21', but the present invention is not limited thereto. The setting button can also be other numeric/character keys. In other words, if the setting key is selected as a numeric/character key, the setting key has a dual function, and can be used as the setting key 21' in addition to the numeric/character input function, for example, the button "*". If the password lock 20 receives the identity verification message (ie, inputs the combined input) within the first time after the setting button 21' is triggered, the password lock 20 outputs the mode setting command, the identity verification message, and the identity verification result to When the host 10 is secured, the control module 11 switches the security state to the monitoring state in response to the mode setting command. Thereby, the security host 10 can be switched to the monitoring state after the control module 11 of the security host 10 confirms that it is correct. Here, the combination lock 20 can also include an output module such as a speaker or a light. If the security status setting is successful, the security host 10 will send a signal to control the password lock 20 to generate a prompt, for example, the light is illuminated and the sound is called. If the security status setting is unsuccessful due to the abnormality of the sensor, the password lock 20 will also prompt, for example, the light is turned on three times, and the sound is called three times. If the verification fails, the security host 10 ignores it and processes it according to the password lock 20.

When the user wants to set the security status of the security host 10 from the monitoring state to the release state, if the password lock 20 inputs the correct identity verification message, the password lock 20 performs the unlocking operation, and the security host 10 receives the identity. The verification message and the verification permission message save the host 10 to switch the security state to the release state. At the same time, the security host 10 will also issue a command to the password lock 20, so that the password lock 20 outputs a prompt, for example, the light is turned on twice and the sound is called twice. If the unsuccessful release is successful, the password lock 20 will also be prompted, for example, the light is turned on three times, the sound is called three times, and the like. If the identity verification fails, the security host 10 ignores it and processes it according to the password lock 20.

FIG. 4 is a schematic structural diagram of one of the security systems of the third embodiment of the present invention. Referring to FIG. 4, the combination lock 20 further includes a card reader 22, and the password lock 20 reads a card through the card reader 22 to obtain an identity verification message, thereby facilitating the user or the security personnel to input the identity verification message. In order to quickly open the door lock of the door, or to easily set the security state. In other words, the aforementioned identity verification message can be input to the combination lock 20 by way of entering a password or by swiping the card.

When the security personnel wants to change the security host from the monitoring state or the release state to the tour state, the employee card of the security company can be swiped with the password lock 20, and the password lock 20 will read the card number of the employee card. Since the employee card is not a normal allowable card, the verification fails, and the password lock 20 transmits the employee card number to the security host 10 as a result of the verification failure. Prior to this, if the monitoring center pre-delivers the employee card number (ie, the newly added password) of the employee who is going to the tour to the security host 10 via the monitoring center host 30. The control module 11 of the security host 10 receives the new password from the control center host 30 via the wired communication module 13. When the identity verification of the password lock 20 is not passed, the control module 11 further confirms whether the identity verification message is new or not. The passwords are matched, and if they match, they are set to the tour state. At the same time, the security host 10 notifies the password lock 20 to perform the unlocking operation via the wireless communication module 12, and causes the password lock 20 to generate a prompt, for example, the light is turned on twice and the sound is called twice. On the other hand, if it does not match, the security host 10 ignores it and processes it according to the password lock 20.

In summary, when the user is in front of the door, the input key combination (such as employee number, employee card number, etc.) that the user knows is input by the password key 21 of the combination lock 20, whereby the combination lock 20 can input the combination (ie, identity). Verification message) Whether the verification is the license identity stored in the password lock 20, when the identity verification permission is performed, the unlocking action is performed, and the identity verification message and its permission message are transmitted to the security host 10. On the other hand, if the identity verification is not permitted, the control module 11 determines whether the identity verification message matches the newly added password. When it is determined that the authentication is consistent, the control module 11 causes the password lock 20 to perform an unlocking operation; if the control module 11 determines When the identity verification message does not match the newly added password, the password lock 20 state is maintained. Therefore, the security host 10 can transmit the newly added password through the control center host 30, so that the security personnel can temporarily join the permission to open the door lock when the control center host 30 arrives at the site, thereby facilitating the operation and setting of the security system.

Moreover, in some embodiments, one of the password keys 21 of the password lock 20 can be set as a reverse stress key (such as setting button "9"), and if the password lock 20 is triggered by the anti-stress button 21 After receiving the identity verification message within two time and verifying that the identity verification message is correct, the password lock 20 sends a counter-coercion message and an identity verification message to the security host 10, and the control module 11 of the security host 10 transmits a message according to the anti-coercion message. The help signal is sent to the control center host 30, and the password lock 20 performs the unlocking action. That is to say, when the security personnel are coerced by the gangsters, the security personnel can input the key 9 through the password lock 20 to trigger the password lock 20 to start calculating the second time, as long as the security personnel input the identity verification message in the second time, After confirming that the identity verification message is correct, the password lock 20 immediately sends the anti-coercive message and the identity verification message to the security host 10, so that the security host 10 knows that there is a counter-coercion, and then sends a distress signal to the control center host 30, and can notify the password lock. 20 generates a prompt, for example, the light is illuminated and the sound is called. The monitoring personnel of the control center host 30 can further dispatch the security personnel to the scene or the alarm request assistance. At the same time, the password lock 20 executes the unlocking command to open the door lock of the gate, so as to temporarily deceive the security personnel coerced by the gangster according to the meaning thereof. The action can temporarily prevent the security personnel from being harmed, and the deployed security personnel or police can quickly arrive at the scene to provide support. Here, the set button, that is, the anti-stress button is a different button.

FIG. 5 is a schematic structural diagram of one of the security systems of the fourth embodiment of the present invention. Referring to FIG. 5, the wireless communication module 12 of the security host 10 is further connected to the handheld electronic device 50 of the user, so as to establish a connection between the handheld electronic device 50 and the security host 10, and the handheld electronic device 50 The security host 10 obtains the open record of the password lock 20 or sets the status or history of the security host 10 as the monitoring state or the released state. Here, the handheld electronic device 50 can be a handheld electronic device 50 such as a smart phone, a tablet computer, a notebook computer or a PDA. Moreover, in some embodiments, the security host 10 is connected to the electrical device 60 via the wireless communication module 12, thereby controlling the opening and closing of the electrical device via the control module 11 or remotely controlling through the handheld electronic device 50. The opening and closing of the electrical device 60.

FIG. 6 is a schematic structural diagram of one of the security systems of the fifth embodiment of the present invention. Referring to FIG. 6 , the control center host 30 is connected to the handheld electronic device 50 via the Internet. The handheld electronic device 50 obtains the open record of the password lock 20 from the security host 10 via the control center host 30 or sets the security host 10 as Monitor the status or the status or history of the release status. Moreover, in some embodiments, the handheld electronic device 50 remotely controls the opening and closing of the electrical device 60.

In an embodiment, in addition to accepting the password input and the access mode of the access control card, the user can also use the handheld electronic device with near field communication to sense the card reading.

With the security system formed by the above structure, after inputting the identity verification message via the password lock 20 and verifying that the verification is correct, the unlocking action can be performed to open the door for the user to enter and exit; through the input setting button and the correct identity verification message, The security host 10 can be brought into the monitoring state; when the host 10 is in the monitoring state, the security host 10 can be switched to the released state by inputting the correct identity verification message. When the security personnel tour, there is no need to carry additional cards of each tour user, and the employee card can be directly used for setting. In addition, since the number of stored password groups of the password lock 20 is limited, the newly added password is verified by the security host 10, and can be effectively expanded. The keys of the password lock 20 can also provide different modes (such as anti-coercion), which can save the traditional setting machine and be convenient for the user to use, and can further reduce the security of the main machine 10 installed on the wall surface, saving costs. It can also maintain the beauty of the wall.

10‧‧‧Security host
11‧‧‧Control module
12‧‧‧Wireless communication module
13‧‧‧Wired communication module
20‧‧‧ password lock
21, 21'‧‧‧ password key
22‧‧‧ card reader
30‧‧‧Control Center Host
40‧‧‧Wireless Sensor
50‧‧‧Handheld electronic devices
60‧‧‧Electrical equipment

[Fig. 1] is a schematic diagram of an architecture of the security system of the first embodiment of the present invention. [Fig. 2] is a schematic view showing the appearance of the combination lock of the first embodiment of the present invention. [Fig. 3] is a schematic diagram of one of the security systems of the second embodiment of the present invention. [Fig. 4] is a schematic diagram of an architecture of the security system of the third embodiment of the present invention. [Fig. 5] is a schematic diagram showing one of the architectures of the security system of the fourth embodiment of the present invention. [Fig. 6] is a schematic diagram showing one of the architectures of the security system of the fifth embodiment of the present invention.

10‧‧‧Security host

11‧‧‧Control module

12‧‧‧Wireless communication module

13‧‧‧Wired communication module

20‧‧‧ password lock

21‧‧‧ password key

30‧‧‧Control Center Host

Claims (10)

A security system with a password lock, comprising: a password lock, having a plurality of password keys, and receiving an identity verification message in response to the input of the plurality of password keys, and performing an identity verification according to the identity verification message to perform execution when verifying An unlocking action; and a security host having a security state, the security state comprising a monitoring state and a release state, the security host comprising: a wireless communication module, connecting the password lock to receive the identity verification message and And the control module is electrically connected to the wireless communication module. When the result of the identity verification is passed and the security state is the monitoring state, the control module sets the security state to a release state. . The security system with a combination lock according to claim 1, wherein one of the plurality of password keys is a setting button, and if the password lock is completed in the first time after the setting button is triggered, the output is output. A mode setting command, the identity verification message, and the result of the identity verification are sent to the security host, wherein the control module of the security host sets the security state to the monitoring state in response to the mode setting command. The security system with a combination lock as claimed in claim 1, further comprising a control center host, the security host further comprising a wired communication module electrically connected to the control module, to connect the control center, the security host The control module receives a new password from one of the control center hosts via the wired communication module, and the identity verification message is a member of a tour operator. The card number, the password lock reads and verifies the employee card number, and when the identity verification of the password lock fails, the control module confirms whether the employee card number matches the new password, and if so, The wireless communication module notifies the password lock to perform the unlocking action and sets the security state to a tour mode. The security system with a combination lock according to any one of claims 1 to 3, wherein the password lock further comprises a card reader, and the password lock reads the card via the card reader to obtain the identity verification message. The security system with a combination lock according to claim 3, wherein one of the plurality of cryptographic keys is an anti-stress button, and if the password is locked, the identity verification message is received within a second time after the anti-stress button is triggered. And performing the unlocking action, and sending a counter-coercion message and the identity verification message to the security host, the security host confirms that the identity verification is passed, and sends a distress signal to the control center host according to the counter-coercion message. The security system with a combination lock according to claim 3, wherein the control center host is connected to a handheld electronic device via an internet, and the handheld electronic device obtains the password lock from the security host via the control center host. Turn on the record or set the security host to the monitoring state or the release state. The security system with a combination lock according to any one of claims 1 to 3, wherein the security host further comprises a wireless sensor connected to the wireless communication module. The security system with a combination lock according to any one of claims 1 to 3, wherein the wireless communication module supports a communication protocol of radio frequency, wireless network, ZigBee, Zwave, Bluetooth or near field communication. The security system with a combination lock according to any one of claims 1 to 3, wherein the wireless communication module is connected to a handheld electronic device, and a connection between the handheld electronic device and the security host is established. The handheld electronic device obtains the opening record of the password lock from the security host or sets the security host to the monitoring state or the released state. The security system with a combination lock according to any one of claims 1 to 3, wherein the security host is connected to at least one electrical device, and the handheld electronic device operates the at least one electrical device via a connection with the security host. .