TW201324441A - A dual chamber coffer having an interactive calling apparatus - Google Patents

Abstract

A dual chamber coffer having an interactive calling apparatus, the interactive calling apparatus comprises an input module, an identification module connected to the input module, a lock-fastening module connected to the identification module, and a calling module connected to the identification module, wherein the electronic locking device is characterized in that: the calling module performs a calling process according to a control signal emitted by the identification module, and at least one recipient terminal is called in the calling process and each recipient terminal is called at least once to enhance the security function of the electronic locking device.

Description

Double isolation safe with interactive notification device

The invention relates to a safety safe, in particular to an interactive notification device arranged in a double isolated safe, which can determine whether it is an emergency password by sending an identification password, and then send out a The set signal is sent to at least one notified end for emergency processing, and another set signal is sent to perform a locking operation.

Due to the emergence of social security incidents in recent years, especially the thieves stealing incidents are even more difficult to prevent, and with the modern people's attention to home security and life and property, the requirements for access control security are increasing, so it is more cautious to use the door locks. In order to prevent the entry of small people, modern people often have multiple door locks in their homes to ensure the safety of home.

Commonly used door locks have mechanical locks and electronic code locks. There are significant differences in actual use, see the following detailed description:

In the use of traditional mechanical locks, thieves can easily destroy mechanical locks with the use of hand tools, and enter the house for theft, and the general mechanical locks do not have immediate warning or deterrent effect when they are destroyed, resulting in thieves. It is easy to get used in theft. Therefore, most of the current use of high security electronic locks (or digital locks) to replace the traditional mechanical locks, the main reason is that the electronic lock password is set, only the user knows, so you can increase the electronic lock anti-theft function . With the renewal of criminal means, many gangsters will follow the user into the building, which can force the user to open the safe equipped with an electronic lock; at this time, the user will open the safe or electronic lock under the pressure. It makes the precision safe or electronic lock lose the function of anti-theft.

Based on the safety of the above-mentioned safe, the present invention mainly provides a double isolated safe with an interactive notification function, by identifying the input password to determine whether it is an emergency state, and then sending out the set signal to one. The receiving end performs emergency processing.

In order to solve the above problems, one of the main objects of the present invention is to provide an interactive notification device for use in a dual isolation safe, the interactive notification device comprising: an input module, an identification module, a locking module, and a call module, by identifying the input password, can output a first control signal, causing the lock module to perform the unlocking of the first lock, outputting the second control signal to perform a call flow, and outputting the third control signal To make a second lock, so that the double safe can not only increase personal life safety, but also protect the user's property.

According to the above object, the present invention firstly provides an interactive notification device, which is an input module, an identification module connected to the input module, a locking module connected to the identification module, and a The call module is connected to the identification module, wherein the interactive notification device is characterized in that: the identification module can output a first control signal, so that the locking module performs the unlocking of the first lock and outputs the second control signal. A call flow is executed, and a third control signal is output to lock a second one.

The present invention further provides a double insulated safe having an interactive notification device, comprising: a casing having an accommodating space, the casing being connected by a left side, a right side, an upper side and a lower side connected to the rear side The accommodating space formed by the side surface is an opening with respect to the other side of the rear side surface, a first door body for closing the opening of the box body, and the first door body is provided with an interactive notification device, The two-door body is disposed in the accommodating space, and divides the accommodating space into a first accommodating space and a second accommodating space, and the second door body is provided with a safety lock, wherein the double safe is characterized by: interaction The notification device comprises: an input module, which provides a user to input an input password; an identification module is connected with the input module, an anti-theft process is set in the identification module, and at least one security password is set in the anti-theft process. And an emergency password, the anti-theft process identifies the input password and the security password and the emergency password, and after completing the identification, outputs at least a first control signal and/or a second control signal and/or a lock control signal; wherein when the identification module recognizes that the input password is the same as the security password, the first control signal is output, so that the lock module performs unlocking; and when the identification module recognizes that the input password is the same as the emergency password And outputting the first control signal, causing the locking module to perform unlocking, and outputting the second control signal to perform a call flow, and outputting the locking control signal when the identification module recognizes that the input password is the same as the emergency password, so that the locking control signal is outputted The second door is securely locked.

According to the interactive notification device provided by the invention, the anti-theft process and the call flow can effectively achieve the effect of helping to preserve the safety of personal life and property, and further promote the overall social security.

The present invention mainly discloses an interactive notification device 1 and an anti-theft process 2 applied to a safe, wherein the basic structure and function of the safe have been known to those having ordinary knowledge in the related art, and therefore, the following description mainly It is a description of the use of the interactive notification device 1 of the present invention in a safe; therefore, the structure of the safe is not described to avoid defocusing of the features of the invention. At the same time, the drawings referred to in the following texts express the structural schematics related to the features of the present invention, and need not be completely drawn according to the actual size, which is described first.

Please refer to FIG. 1 , which is a schematic diagram of a safe with an interactive notification device according to the present invention. As shown in FIG. 1, the safe 5 is a case 50 having an accommodating space, and the case 50 is a left side 52, a right side 53, an upper side 54, and a lower side which are integrally connected with the rear side 51. The composition of 55, wherein the other side of the rear side 51 is an opening 56, and a door 57 is disposed on the opening 56, and the door 57 is sized to match the opening 56 of the casing 50 for closing the safe. In addition, an interactive notification device 1, such as an electronic lock, is further disposed on the door 57, whereby the interactive notification device 1 controls the opening or closing of the door body 57.

Next, please refer to FIG. 2, which is a functional block diagram of an electronic lock with an interactive notification device of the present invention. As shown in FIG. 2, the interactive notification device 1 of the present invention comprises: an input module 10 for a user to input an input password 101, and the input password 101 is a plurality of Arabic numerals, English letters, or any identifiable symbols. In the embodiment of the present invention, it may be a numeric keypad or a touch panel device with digital functions; an identification module 20 is connected to the input module 10, and an anti-theft process 2 is set for identification. The module 20 is configured to identify the input password 101 and output at least one control signal according to the identification result. In the embodiment of the present invention, the identification module 20 can be a control chip and control the chip. An anti-theft process 2 is set, in which at least two sets of passwords are set in the anti-theft process 2, one of which is set as the security password 102, and the other group is set as the emergency password 103, so the control chip can be judged according to the password input by the user. The input password is the security password 102 or the emergency password 103; then, the control chip outputs at least one control according to the result of determining the password. number. A locking module 30 is connected to the identification module 20, and a part of the locking module 30 can be mounted on the casing 50 and unlocked or latched according to the control signal of the identification module 20; In an embodiment, when the control chip determines that the input password is the security password 102, it outputs an unlocked control signal to the locking module 30 to perform unlocking, so that the door can be opened and allowed to enter the user; or when the control chip is When it is determined that the entered password is the emergency password 103, an unlocked control signal is output to the locking module 30 to perform unlocking, so that the door 57 of the safe 5 can be opened and the user can pick up and place the item to the storage space of the safe 5. Or when the control chip determines that the entered password is an incorrect password, the control chip may choose not to output the control signal, so that the locking module 30 remains in the locked state, so that the door body 57 of the safe 5 cannot be opened; A call module 40 is connected to the identification module 20, and performs a call flow 3 according to the identification result of the identification module 20; for example, when the control chip determines the entered password When the emergency password 103 is received, an unlocking control signal is outputted to the locking module 30 to perform unlocking, so that the door body 57 of the safe 5 can be opened and the user can take in the contents of the safe space of the safe 5, and also output another one. The control signal to the call module 40 performs a call flow 3; or when the control chip determines that the entered password is an incorrect password (ie, the non-secure password 102 and the emergency password 103), the lock module 30 remains latched. The status, and simultaneously output a control signal to the call module 40 to perform a call flow 3.

In the embodiment of the present invention, an anti-theft process 2 is set and stored in the identification module 20; for example, the anti-theft process 2 is set and stored in the control chip; when the control chip determines that the entered password is an emergency password 103 At the same time, a control signal is outputted to the locking module 30, and another control signal is outputted to the calling module 40 to perform a set call flow 3; wherein: the calling module 40 can be a SIM configured on the electronic lock. a module (Subscriber Identity Module), or a GSM module (Global System for Mobile Communications module); for example, according to the call flow 3 set by the memory unit in the SIM module or the GSM module, notify the relevant personnel; , call flow 3 will be described later. However, the call module 40 of the present invention does not limit its SIM module. For example, when the call module 40 receives the control signal sent by the identification module 20, the call module 40 activates a set output signal 401. The signal 401 can call the set caller 402 via wireless transmission or wired transmission.

Next, please refer to FIG. 3 , which is a schematic diagram of an embodiment of an anti-theft process of an electronic lock with an interactive notification device according to the present invention. As described above, the safe having the interactive notification device 1 of the present invention is formed by arranging an interactive notification device 1 on the door body 57 of the safe 5. Obviously, in the embodiment, the anti-theft method formed by the anti-theft process 2 is disposed in the identification module 20 in the interactive notification device 1, so that the identification module 20 can judge according to the password input by the input module 10. Then, according to the result of the judgment, at least one control signal is outputted to the locking module 30 and/or the calling module 40, and the detailed process description is as follows.

As shown in FIG. 3, the anti-theft method formed by the anti-theft process 2 of the embodiment includes: Step 2001: The user inputs a set of a plurality of Arabic numerals, English letters, or any identifiable symbols in the input module 10. Entering the password 101; then, proceeding to step 2002, if the input password 101 is the initial set security password 102, then the security code 2 in the identification module 20 recognizes that the input password 101 is the same as the set security password 102. The identification module 20 sends a control signal; and then proceeds to step 2006. At this time, after receiving the identification module 20, the locking module 30 sends a control signal, and then the electronic lock is opened; finally, the process ends. , as shown in step 2007.

In addition, as shown in FIG. 3, if the password 101 entered by the user in step 2001 is an emergency password 103; then, proceeding to step 2002, the entered password is recognized by the anti-theft process 2 in the identification module 20. 101 (ie, the emergency password 103) is different from the set security password 102; at this time, the process proceeds to step 2003; in step 2003, if the input password 101 is input as the initial set emergency password 103, the identified module When the anti-theft process 2 of 20 identifies that it is the same as the set emergency code 103, the identification module 20 sends the first control signal and the second control signal simultaneously or separately; then, proceeds to step 2008, at this time, the locking module 30 After receiving the first control signal sent by the identification module 20, the door body 57 of the safe 5 is opened; at the same time, the call module 40 receives the second control signal sent by the identification module 20, and executes a second control signal. The set call flow 3 is as shown in step 2005. After the step 2005 can notify the relevant unit or personnel according to the set call flow 3, the notified relevant units or personnel receive the call flow 3 and display that the user is currently in an unsafe state, and immediately needs to go to the user's location. Process it. Obviously, in the embodiment of the present invention, when the user is in a special situation, for example, when the gangster is forced to open the safe 5, the user inputs the set emergency password 103 from the input module 10, and the identification mode is recognized. When the group 20 recognizes that it is the emergency password 103, the identification module 20 sends a second control signal to notify the calling module in addition to the first control signal to enable the locking module 30 to open the door 57 of the safe 5 . 40 Starts and executes a set call flow 3 to call the notified person to come to the rescue immediately. Because the gangster cannot know the security password 102 and the emergency password 103 set by the user; at the same time, the interactive notification device of the present invention is the user regardless of whether the password of the input module 10 is the security password 102 or the emergency password 103. 1 will open the door 57 of the safe 5, so that the gangster will not harm the user; therefore, when the user inputs the set emergency code 103, the gangster does not know that the interactive notification device 1 of the present invention has started and executed the call flow 3 . Therefore, the electronic lock of the present invention can protect the user's own safety without being found by the criminals.

Then, when a third party (ie, the setter of the non-interactive notification device 1) uses the input module 10 to input a set of incorrect passwords (ie, the non-secure password 102 and the emergency password 103), due to the third party The security password 102 and the emergency password 103 set by the setter of the electronic lock cannot be known; therefore, when the third party uses the input module 10 to input a set of incorrect passwords, as shown in step 2001; then, proceeds to step 2002, and is identified. The anti-theft process 2 in the module 20 recognizes that the input error password is different from the set security password 102; at this time, the process proceeds to step 2003; in step 2003, if the input error code is also the initial set emergency password 103 If not, the process proceeds to step 2004. In step 2004, the identification module 20 compares the number of times the password is incorrect. When the number of times the wrong password is input is different from the set number of times, the interactive notification device 1 maintains the normal state. If the third party continues to use the input module 10 to input multiple sets of incorrect passwords, when the number of times the wrong password is entered is the same as the set number of times; for example, the number of times set is 4 times; When the number of times of the erroneous password is 4, the identification module 20 of the embodiment continues to keep the locking module 30 in the locked state, and simultaneously outputs another third control signal to the calling module 40 to perform a call flow 3 to The call module 40 is caused to perform the call flow 3 set as described above, as shown in step 2005. After the step 2005 can notify the relevant unit or personnel according to the set call flow 3, the notified relevant units or personnel receive the call flow 3 and display that the user is currently in an unsafe state, and immediately needs to go to the user's location. Process it. Obviously, the interactive notification device 1 of the present invention can prevent the gangster from launching the interactive notification device 1 by the gangster under the premise of the call flow 3 of the present embodiment in the case of the hollow door. And the call flow 3 is executed, so that the safety of the user's home and property can be protected.

Please refer to FIG. 4, which is a schematic diagram of a call flow in the anti-theft process of the present invention. As shown in FIG. 4, the call flow 3 of the present invention includes: providing a control signal for starting the call flow 3. The control signal is determined by the identification module 20 according to the input password 101 input by the user and passed through the anti-theft process 2 After the set security password 102 and the emergency password 103 are compared and determined, a second control signal or a third control signal is provided according to the setting in the anti-theft process 2, as shown in step 3001. Then, after receiving the control signal provided by the identification module 20, the timer starts to be started (t=0 sec), as shown in step 3002. Then, the call module 40 sends an output signal 401 for calling the first notified end, as shown in step 3003. Here, the output signal 401 can transmit the output signal 401 to the first one by wire or wirelessly. The notification module 40 is connected to the emergency device in the guard room at the user's location via a wire. When the emergency device receives an output signal 401 from the call module 40, an alarm bell is generated and displayed. The location of the user reminds the security guard that an emergency situation occurs at the user's location and needs to be processed immediately. For another example, the call module 40 is connected to the user via a wired communication system (for example, a telephone or network connected by wires, cables or optical fibers) or a wireless communication system (for example, a Bluetooth system or a wireless network). The emergency device in the guard room is connected. When the emergency device receives an output signal 401 sent by the call module 40, an alarm bell is generated and the user's location is displayed to remind the security personnel that an emergency occurs at the user's location. Need to go to the treatment immediately. For another example, the calling module 40 can be a SIM module or a GSM module, and automatically dials to the first notified end (for example, a mobile phone) according to the settings in the SIM module or the GSM module; When the notified end receives the output signal 401 sent by the call module 40, it will ring and display a warning message such as "the user has an emergency" to remind the first notified end that the user needs to immediately go to the location of the user. . In this embodiment, the manner in which the output signal 401 is sent by the call module 40 is not limited, as long as the notification of the first notified end is the function of the present invention; at the same time, it is displayed for the first notified end. The method is also not limited. It can be composed of one or a combination of a text signal, a voice signal, a flash signal, and a color signal, and can also be a short message or the like; Restrictions, which may be a police station, a fire brigade, or any individual or group that has set an acceptable output signal 401. It should be emphasized that the call module 40 of the present invention is not limited to the above disclosed embodiments, as long as the second control signal or the third control signal provided by the identification module 20 can be transmitted to the received end. Various devices are examples of the call module 40 of the present invention.

Then, proceed to step 3004: the first timer determines whether it has been timed to the first set time (for example, set to 10 seconds), that is, the call module 40 continuously sends the output continuously within 10 seconds of sending the output signal 401. The signal 401 is sent to the first notified end; when the first timer determines that the output signal 401 has been timed to 10 seconds, the calling module 40 then stops the call to the first notified end, as shown in step 3009; After the timer determines that the output signal 401 has been timed to 10 seconds, the calling module 40 continues to send the output signal 401 to the second notified end, as shown in step 3005; here, it is emphasized that the second notified end of the transmission mode or It is the display mode of the second notified end or the unit of the second notified end, which are the same as the first notified end, and will not be described again.

Then, proceeding to step 3006, the first timer determines whether it has been timed to the second set time (for example, set to 10 seconds), that is, the call module 40 continuously transmits the output signal 401 to the second continuously without being interrupted. After the second timer determines that the output signal 401 has been counted to the 10th second, the call module 40 then stops the call to the second notified end, as shown in step 3010.

Then, proceed to step 3007: the second timer determines whether it has been timed to the third set time (for example, set to 60 seconds), and when the timer judges that it has not reached 60 sec, the call flow 3 will return to step 3003. And continuously sending the output signal 401 to the first notified end without interruption, until the first timer determines that the output signal 401 sent to the first notified end has been timed to 10 seconds, as shown in step 3004; 40 then stops the call to the first notified end, as shown in step 3009; meanwhile, when the first timer determines that the output signal 401 has been timed to 30 seconds, the call flow 3 will return to step 3005 and continue to send the output. The signal 401 calls the second notified end; when the calling module 40 continuously sends the output signal 401 to the second notified end continuously, and after the first timer determines that the output signal 401 has been timed to the 40th second, the calling module 40 then stops the call to the second notified end, as shown in step 3010. When the second timer judges that 60 sec has not yet arrived, as shown in step 3007, the call flow 3 performs the foregoing procedure again until the second timer reaches 60 sec, and then the call flow 3 is terminated, as in step 3008. Shown. It should be further noted that the first timer or the second timer described above is distinguished for convenience of description; and in a preferred embodiment, the interactive notification device 1 of the present invention is only configured in the control chip. A timer that determines the timing of the timing by controlling the wafer.

Obviously, one of the most important technical features of the present invention is that it can help the society through the anti-theft method formed by the interactive notification device 1 provided by the present invention and the anti-theft process 2 disposed in the interactive notification device 1. When the public is forced to open the interactive notification device 1 by the external force, the notification can be notified to the notified party without the knowledge of the gangster; and in order to ensure that the notified terminal can be effectively and successfully notified, the call in the anti-theft method provided by the present invention In the process 3, it can notify a plurality of notified terminals, and each notified terminal not only calls once, but adopts a continuous uninterrupted call mode, which is more beneficial to achieve the effect of protecting the safety of the whole family.

Please refer to FIG. 5 again, which is a schematic diagram of another embodiment of the anti-theft process of the electronic lock with the interactive notification device of the present invention. First, as described above, the configuration of the present invention having the interactive notification device 1 is formed on a safe 5. Obviously, in the embodiment, the anti-theft method formed by the anti-theft process 2 is disposed in the identification module 20 in the interactive notification device 1, so that the identification module 20 can judge according to the password input by the input module 10. Then, according to the result of the judgment, at least one control signal is outputted to the locking module 30 and/or the calling module 40, and the detailed process description is as follows.

Next, referring to FIG. 5, the anti-theft method formed by the anti-theft process 2 of the embodiment includes: Step 4001: The user inputs a set of plural digits, English letters, or any identifiable symbols in the input module 10. The input password 101 is composed; then, proceeding to step 4002, the anti-theft process 2 in the identification module 20 recognizes whether the input password 101 is the same as the emergency password 103; when the input password 101 is the same as the emergency password 103 The identification module 20 sends the first control signal and the second control signal simultaneously or separately. Then, the process proceeds to step 4006. After receiving the first control signal sent by the identification module 20, the locking module 30 receives the first control signal sent by the identification module 20, The door body 57 of the safe 5 is then opened; at the same time, the call module 40 also receives the second control signal sent by the identification module 20 and executes a set call flow 3, as shown in step 4005. After step 4005 can notify the relevant unit or personnel according to the call flow 3 set in FIG. 4, the notified related units or personnel receive the call flow 3 and display that the user is currently in an unsafe state, and needs to go to the user immediately. Processing at the location. Obviously, in the embodiment of the present invention, when the user is in a special situation, for example, the smuggler is forcibly holding the door body 57 of the safe 5, the user inputs the set emergency password 103 from the input module 10. When the identification module 20 recognizes that it is the emergency password 103, the identification module 20 sends the second control signal in addition to the first control signal to enable the locking module 30 to open the door 57 of the safe 5 The notification call module 40 initiates and executes a set call flow 3 to call the notified person to come to the rescue immediately. Because the gangster cannot know the security password 102 and the emergency password 103 set by the user, and the user does not care whether the password of the input module 10 is the security password 102 or the emergency password 103, the interactive notification device of the present invention. 1 will be turned on so that the gangster will not harm the user; therefore, when the user enters the set emergency password 103, the gangster does not know that the electronic lock of the present invention has been activated and executes the call flow 3. Therefore, the interactive notification device 1 of the present invention can protect the user's own safety without being found by the gangster.

If the input password 101 input by the user in step 4001 is a security password 102; then, proceeding to step 4002, the input password 101 (ie, security password 102) and setting are recognized by the anti-theft process 2 in the identification module 20. The emergency password 103 is different; in this case, the process proceeds to step 4003; in step 4003, if the input password 101 is the initially set security password 102, the identification module 20 sends a control signal; and then, Proceed to step 4007, at this time, after receiving the control module 20, the locking module 30 sends a control signal, and then the electronic lock is turned on; finally, the process ends, as shown in step 4008.

Then, when a third party (ie, the setter of the non-electronic lock) inputs a set of incorrect passwords using the input module 10, the third party cannot know the security password set by the setter of the interactive notification device 1. 102 and emergency password 103; therefore, when the third party uses the input module 10 to input a set of wrong passwords, as shown in step 4001; then, proceeds to step 4002, and identifies the entered error through the anti-theft process 2 in the identification module 20. The password is different from the set emergency password 103; in this case, the process proceeds to step 4003; in step 4003, if the entered incorrect password is also different from the initially set security password 102, the process proceeds to step 4004; in step 4004. The identification module 20 will compare the number of times the password is incorrect. When the number of times the wrong password is entered is different from the set number of times, the electronic lock remains in a normal state; if the third party continues to use the input module 10 to input multiple sets of incorrect passwords Then, when the number of times of inputting the wrong password is the same as the set number of times; for example, the number of times of setting is 4 times; when the number of times of inputting the wrong password is 4, the identification module 20 of the embodiment continues Continuing to keep the locking module 30 in the locked state, and simultaneously outputting a third control signal to the calling module 40 to perform a call flow 3, so that the calling module 40 performs the previously set call flow 3, as shown in step 4005. . After the step 4005 can notify the relevant unit or personnel according to the set call flow 3, the notified relevant units or personnel receive the call flow 3 and display that the user is currently in an unsafe state, and immediately needs to go to the user's location. Process it. Obviously, the interactive notification device 1 of the present invention can prevent the gangster from emptying the door. According to the call flow 3 of the embodiment, the gangster can, without knowing it, the interactive notification device 1 has started and executes the call flow. 3, can protect the user's property safety. In addition, it should be emphasized that in the present embodiment, the call flow 3 is the same as that of FIG. 4, and therefore will not be described again.

Please refer to FIG. 6, which is a schematic diagram of another embodiment of a safe with an interactive notification device of the present invention. As shown in FIG. 6, the difference between the embodiment and the embodiment of FIG. 1 is that the safe in this embodiment is a safe used in a vault, wherein the vault 6 is a left side wall 62 connected to the rear side wall 61, and the right side. The accommodating space 60 formed by the wall 63, the upper side wall 64 and the lower side wall 65 is formed, and an opening 66 is located on the other side opposite to the rear side wall 61, and a door body 67 is used to close the accommodating space. An opening 66 of 60 is provided with an interactive notification device 1 on the door body 67. The difference between the safe in this embodiment and the embodiment in FIG. 1 is that the safe in this embodiment is a safe used in the vault, but the interactive notification device 1 disposed in the vault safe of the embodiment is the same. Therefore, the embodiment of the interactive notification device 1 of the present embodiment is as shown in FIG. 2 to FIG. 5, when the user enters the security code 102, the interactive notification device 1 of the vault 6 opens and opens the door body 67; When the emergency password 103 is input, the door 67 of the vault 6 is also opened, and a call flow 3 is executed at the same time to notify the emergency situation; and the detailed implementation is as shown in FIG. 2 to FIG. 5, and therefore will not be described again. .

Please refer to FIG. 7 , which is a schematic diagram of a double isolated safe with an interactive notification device of the present invention. As shown in FIG. 7, the double isolation safe 7 is a case 70 having a housing space, and the case 70 is formed by a left side surface 72, a right side surface 73, and an upper side surface 74 which are integrally connected with the rear side surface 71. The lower side 75 is composed of an opening 76 with respect to the other side of the rear side 71. A second door 78 is disposed in the casing 70, and a first door 77 is coupled to the casing 70. The opening 76 is sized to close the opening 76 of the casing 70, wherein the second door 78 divides the accommodating space into the first accommodating space 701 and the second accommodating space 703 which are separated from each other; The door 77 is further provided with an interactive notification device 9, such as an electronic lock, by which an interactive notification device 9 controls the opening or closing of the first door 77; and a security is provided on the second door 78. The lock 781, the security lock 781 is connected to the interactive notification device 9.

Next, please refer to FIG. 8, which is a functional block diagram of another embodiment of the interactive notification device of the present invention. As shown in FIG. 8, the detailed implementation of the input module 10, the identification module 20, the locking module 30, and the call module 40 in the interactive notification device 9 of the present embodiment are the same as the embodiment of FIG. 2 described above. The same is true, and the only difference is that the first interactive notification device 9 of the first door 77 has a notification module 90, and the notification module 90 is connected to the identification module 20 when the control chip determines the location. When the input password is the emergency password 103, the identification module 20 outputs a locked control signal to the security lock 781 of the second door 78, so that the security lock 781 locks the second door 78.

Next, please refer to FIG. 9 , which is a schematic diagram of an embodiment of the anti-theft process of the double isolated safe with the interactive notification device of the present invention. As shown in FIG. 9, the detailed implementation of the embodiment is the same as that of FIG. 3, and therefore will not be described again. The only difference from the embodiment of FIG. 3 is that when the emergency password 103 is recognized in step 6003, the embodiment will be omitted. Going to step 6008 to perform unlocking, and proceeding to step 6005 to execute a call flow, the process further proceeds to step 6009 to issue a control signal to notify the second door 78 of the security lock 781 to lock, so as to prevent the second door 78 from being broken. To gain time. It should be noted that when the safety lock 781 of the second door 78 is locked, the safety lock 781 will not be unlocked for a set period of time; for example, the safety lock 781 will not be unlocked within 3 hours to ensure the second capacity. The property in the space 703 is safe; in addition, in this embodiment, a timer (not shown in the figure) can be disposed on the security lock 781 of the second door 78, and when the time reaches the set time, the automatic time will be automatically The safety lock 781 of the second door 78 is unlocked; for example, when the safety lock 781 of the second door 78 is notified to be locked, the timer in the safety lock 781 will automatically change the lock 781 after 3 hours. Unlock or unlock. Of course, the security lock 781 of the second door 78 can also be unlocked by the security or monitoring center. Therefore, when the safety lock 781 is locked, the manner of unlocking is not limited by the present invention.

Next, please refer to FIG. 10 , which is a schematic diagram of still another embodiment of the anti-theft process of the double isolated safe with the interactive notification device of the present invention. As shown in FIG. 10, the detailed implementations are the same as those in FIG. 5, and therefore will not be described again. The only difference from the embodiment of FIG. 5 is that when step 7002 identifies an emergency password 103, this embodiment will be Proceeding to step 7006 to perform unlocking, and proceeding to step 7005 to execute a call flow, the process further proceeds to step 7009 to issue a control signal to notify the second door 78 of the security lock 781 to be locked, thereby preventing the second door 78 from being locked. Break through to gain time. Similarly, in this embodiment, when the safety lock 781 of the second door 78 is locked, the safety lock 781 can be unlocked for a set period of time; for example, the safety lock 781 is not set within 3 hours. The lock can be unlocked to ensure the security of the property in the second accommodating space 703. In addition, in this embodiment, a timer can be disposed on the security lock 781 of the second door 78, and when the time reaches the set time, it can be automatically The safety lock 781 of the second door 78 is unlocked; for example, when the safety lock 781 of the second door 78 is notified to be locked, the timer in the safety lock 781 will be locked for 3 hours, and the safety lock 781 will be Automatically unlock or unlock. Of course, the security lock 781 of the second door 78 can also be unlocked by the security or monitoring center.

Please refer to FIG. 11 , which is a schematic diagram of an embodiment of a dual isolation vault with an interactive notification device of the present invention. As shown in FIG. 11, the difference between the embodiment and the embodiment of FIG. 7 is that the concept of the double isolation safe is applied to the double isolation vault, wherein the double isolation vault 8 is connected to the left side by the rear side wall 81. The accommodating space 80 formed by the wall 82, the right side wall 83, the upper side wall 84 and the lower side wall 85 is formed: at the same time, the other side of the rear side wall 81 is an opening 86; a second door body 88 is Further disposed in the accommodating space 80, and forming an accommodating space 80' behind the second door 88; and a first door body 87 corresponding to the opening 86 of the accommodating space 80 for closing the opening 86 The second door body 88 divides the accommodating space 80 into the accommodating spaces 80 ′ and the accommodating spaces 80 ′′ that are separated from each other; and an interactive notification device 9 is disposed on the first door body 87 . It should be noted that although the double vault of the present embodiment is different from the structure of the safe of FIG. 7, the interactive notification device 9 configured on the two embodiments is the same, and therefore, the interactive notification device of the embodiment The operation mode of the embodiment shown in FIG. 8 to FIG. 10 is the same. When the user inputs the security code 102, the interactive notification device 9 of the vault 8 will open and open the door 87; or when inputting When the emergency password 103 is used, the door 87 of the vault 8 is also opened, and a call flow 3 is executed at the same time to notify the emergency situation; and the detailed embodiment is as shown in FIG. 8 to FIG. 10, and the description is not repeated herein; A safety lock 881 is also disposed on the second door 88. The safety lock 881 is connected to the interactive notification device 9. At the same time, a safety timer can be further configured on the safety lock 881. Since the interactive notification device 9 of the first door body 87 has a notification module 90, and the notification module 90 is connected to the identification module 20, when the control chip determines that the input password is the emergency password 103, the identification module 20 will output a locked control signal to the safety lock 881 of the second door 88 to lock the safety lock 881. Similarly, in this embodiment, when the safety lock 881 of the second door 88 is locked, the safety lock 881 can be unlocked for a set period of time to ensure the safety of the contents in the accommodation space 80'. When the timing on the safety lock 881 reaches the set time, the safety lock 881 of the second door 88 can be automatically unlocked; for example, when the safety lock 881 of the second door 88 is notified to be locked, the safety lock 881 is The safety lock 781 will automatically unlock or unlock after the timer has been counted for 3 hours. Of course, the security lock 781 of the second door 78 can also be unlocked by the security or monitoring center.

The above description is only the preferred embodiment of the present invention, and is not intended to limit the patent application rights of the present invention. The above description should be understood and implemented by those skilled in the art, so that the other embodiments are not deviated from the present invention. Equivalent changes or modifications made in the spirit of the disclosure should be included in the scope of the patent application.

1. . . Interactive notification device

2. . . Anti-theft process

3. . . Call flow

4. . . Anti-theft process

5. . . safe

6. . . treasury

7. . . Double isolation safe

8. . . Double isolation vault

9. . . Interactive notification device

10. . . Input module

101. . . enter password

102. . . Security Code

103. . . Emergency password

20. . . Identification module

30. . . Locking module

40. . . Call module

401. . . Output signal

402. . . Caller

50. . . Box

51. . . Rear side

52. . . Left side

53. . . Right side

54. . . Upper side

55. . . Lower side

56. . . Opening

57. . . Door body

60. . . Housing space

61. . . Rear side wall

62. . . Left wall

63. . . Right wall

64. . . Upper side wall

65. . . Lower side wall

66. . . Opening

67. . . Door body

70. . . Box

701. . . First accommodation space

703. . . Second accommodation space

71. . . Rear side

72. . . Left side

73. . . Right side

74. . . Upper side

75. . . Lower side

76. . . Opening

77. . . First door

78. . . Second door

781. . . Security lock

80/80’/80”... accommodation space

81. . . Rear side wall

82. . . Left wall

83. . . Right wall

84. . . Upper side wall

85. . . Lower side wall

86. . . Opening

87. . . First door

88. . . Second door

881. . . Security lock

90. . . Notification module

2001, 2002, 2003, 2004, 2005, 2006, 2007, 2008. . . step

3001, 3002, 3003, 3004, 3005, 3006, 3007, 3008, 3009, 3010. . . step

4001, 4002, 4003, 4004, 4005, 4006, 4007, 4008. . . step

6001, 6002, 6003, 6004, 6005, 6006, 6007, 6008, 6009. . . step

7001, 7002, 7003, 7004, 7005, 7006, 7007, 7008, 7009. . . step

1 is a schematic diagram of a safe for configuring an interactive notification device according to the present invention;

2 is a functional block diagram of an interactive notification device of the present invention;

3 is a schematic diagram of an embodiment of an anti-theft process of the present invention;

4 is a schematic diagram of a call flow in an anti-theft process of the present invention;

Figure 5 is a schematic view showing another embodiment of the anti-theft process of the present invention;

6 is a schematic diagram of a vault of an interactive notification device according to the present invention;

Figure 7 is a schematic view of a double isolated safe with an interactive notification device of the present invention;

Figure 8 is a functional block diagram of another embodiment of the present invention having an interactive notification device;

9 is a schematic diagram of still another embodiment of the anti-theft process of the present invention;

FIG. 10 is a schematic diagram of another embodiment of the anti-theft process of the present invention; FIG.

Figure 11 is a schematic diagram of a double isolation vault with an interactive notification device of the present invention.

9. . . Interactive notification device

70. . . Box

701. . . First accommodation space

703. . . Second accommodation space

71. . . Rear side

72. . . Left side

73. . . Right side

74. . . Upper side

75. . . Lower side

76. . . Opening

77. . . First door

78. . . Second door

Claims (11)

A double-isolated safe is a box body having an accommodating space, and the box body is an accommodating space composed of a left side surface, a right side surface, an upper side surface and a lower side surface which are integrally connected with the rear side surface, and is opposite to the The other side of the rear side is an opening, a first door body for closing the opening of the box body, and the first door body is provided with an interactive notification device, and a second door body is disposed in the opening The space is divided into a first accommodating space and a second accommodating space, and the second door body is provided with a security lock, wherein the double safe is characterized by:
The interactive notification device of the first door body comprises:
An input module is provided for the user to input an input password;
An identification module is connected to the input module, and an anti-theft process is set in the identification module, and at least one security password and an emergency password are set in the anti-theft process, and the anti-theft process inputs the password and the security password. And identifying the emergency password, and after completing the identification, outputting at least a first control signal and/or a second control signal and/or a lock control signal;
a locking module is connected to the identification module, and performs unlocking according to the first control signal output by the identification module, and;
a call module is connected to the identification module, a call flow is set in the call module, and the call flow is executed according to the second control signal output by the identification module;
a notification module is connected to the identification module and performs locking according to the locking control signal output by the identification module; wherein when the identification module recognizes that the input password is the same as the security password, the notification module outputs the The first control signal causes the locking module to perform unlocking;
When the identification module recognizes that the input password is the same as the emergency password, the first control signal is output, the locking module performs unlocking, and the second control signal is output to perform a call flow; and the identification module When the group recognizes that the input password is the same as the emergency password, the group outputs the lock control signal to lock the security lock of the second door. The dual isolation safe according to claim 1, wherein the input module is a numeric keypad or a touch panel device having a digital function. According to the double-isolated safe of claim 1, wherein the identification module further outputs a third control signal after identifying the input password and the security password and the emergency password, and the call mode is further After receiving the third control signal, the group performs the call flow. The double-isolated safe according to claim 1 or 3, wherein the call flow calls at least one notified end, and each notified end is called at least once. The dual isolation safe according to claim 1 or 3, wherein the call module is a SIM module or a GSM module. The double insulated safe according to the first aspect of the patent application, wherein the safe is a vault. An interactive notification device disposed on a double isolation safe is configured to arrange an interactive notification device on a double isolation safe having two isolated accommodation spaces, the interactive notification device being an input module, and An identification module connected to the input module, a locking module connected to the identification module, a notification module connected to the identification module, and a call module connected to the identification module, wherein The interactive notification device is characterized by:
When the identification module recognizes that an input password is the same as an emergency password, it outputs a first control signal, so that the locking module performs a first lock unlocking, and outputs a second control signal to perform a call flow. And outputting a third control signal to lock a second one. The interactive notification device of claim 7, wherein the call flow calls at least one notified end, and each notified end is called at least once. The interactive notification device of claim 7, wherein the input module is a numeric keypad or a touch panel device having a digital function. According to the interactive notification device of claim 7, wherein the identification module further outputs a third control signal after identifying the input password and the security password and the emergency password, and is in the call After receiving the third control signal, the module executes the call flow. The interactive notification device according to claim 7, wherein the call module is a SIM module or a GSM module.