Separating type auxiliary electronic lock structure

Abstract

The utility model provides a separated auxiliary electronic lock structure, which comprises a panel device, at least one wireless signal transmitting module, at least one wireless signal receiving module, at least one electronic lock, at least one electronic lock, at least one electronic lock, at least one electronic lock, at least one electronic lock, at least one electronic lock, at least one electronic lock, at least one electronic lock, at least one electronic lock and at least one electronic lock, wherein the panel device is arranged on the outer side surface of a door plate; the latch device is installed on the inner side face of the door plate and provided with at least one latch control module, a wireless signal receiving module and a plunger latch module, the wireless signal receiving module receives the unlocking trigger signal and transmits the unlocking trigger signal to the latch control module, and the latch control module controls the plunger latch module to be separated from a door frame. The separated auxiliary electronic lock structure can be installed under the condition that a door plate is not damaged, and the panel device and the latch device are directly attached and carry out wireless signal transmission, so that the effects of rapid installation and unlocking through wireless signal transmission are achieved.

Description

TECHNICAL FIELD

[0001] The present application relates to a separated auxiliary electronic lock structure which can be quickly installed and unlocked by wireless signal transmission. BACKGROUND

[0002] The door lock is a necessary component on each door panel, which mainly maintains the safety of the life and property of the household. However, most of the door locks commonly used at present, whether indoor door locks or outdoor door locks, are mechanical type with key opening and closing. The use of key opening and closing is relatively inconvenient, so electronic locks have developed rapidly with the times. However, when installing the electronic lock, the door panel needs to be damaged, the inside and outside of the door panel need to be connected to connect the wires of the electronic lock, and the electronic lock needs to be installed on the door lock bracket by screws or other moving parts. Therefore, the existing electronic lock needs to be installed by professional construction personnel, but for users who want to change the door lock to an electronic lock, the idea of installing an electronic lock cannot be implemented based on the condition of not wanting to damage the door panel.

[0003] Therefore, how to solve the problems and deficiencies of the prior art is the research and improvement direction that the present application and related manufacturers in this industry urgently need. SUMMARY

[0004] The main purpose of the present application is to provide a separated auxiliary electronic lock structure which can be quickly installed and unlocked by wireless signal transmission.

[0005] The secondary purpose of the present application is to provide a separated auxiliary electronic lock structure which does not need to damage the door panel structure.

[0006] To achieve the above purpose, the specific technical scheme of the present application is as follows:

[0007] A separated auxiliary electronic lock structure is installed on a door panel, characterized in that it comprises

[0008] a panel device installed on an outer side of the door panel, and the panel device has at least one trigger module and a wireless signal transmission module, the trigger module generates an unlock trigger signal to the wireless signal transmission module; and

[0009] a latch device installed on an inner side of the door panel, and the latch device has at least one latch control module, a wireless signal receiving module and a latch module, the wireless signal receiving module receives the unlock trigger signal and transmits it to the latch control module, and the latch control module controls the latch module to separate from a door frame.

[0010] Further, the panel device further comprises a panel power supply module electrically connected to the trigger module.

[0011] Further, the latch device further comprises a latch power supply module electrically connected to the latch control module.

[0012] Further, the latch device further comprises a handle connected to the latch control module, which controls the latch module to be separated from the door frame.

[0013] Further, the latch device further comprises a sensing module sensing the distance between the latch and a blocking piece on the top of the door frame.

[0014] Further, the drive device is installed on the inner side of the door panel, and the drive device has at least a drive control module and a wireless signal communication module, the wireless signal communication module receives the unlocking trigger signal and transmits it to the drive control module, the drive control module receives and interprets the unlocking trigger signal and then transmits it to the wireless signal communication module, the wireless signal communication module then transmits the unlocking trigger signal to the wireless signal receiving module, the wireless signal receiving module receives the unlocking trigger signal and transmits it to the latch control module, and the latch control module controls the latch module to be separated from the door frame.

[0015] Further, the drive device further comprises a drive power supply module electrically connected to the drive control module.

[0016] Further, the drive device further comprises a wired signal communication module, and the latch device further comprises a wired signal receiving module, the wired signal communication module is electrically connected to the wired signal receiving module and the drive control module, and the wired signal receiving module is electrically connected to the latch control module, the drive control module receives and interprets the unlocking trigger signal and then transmits it to the wired signal communication module, the wired signal communication module then transmits the unlocking trigger signal to the wired signal receiving module, the wired signal receiving module receives the unlocking trigger signal and transmits it to the latch control module, and the latch control module controls the latch module to be separated from the door frame.

[0017] Through the above design scheme, the present application can bring the following beneficial effects:

[0018] 1. It can be quickly installed and unlocked through wireless signal transmission.

[0019] 2. The door panel structure does not need to be damaged during installation. BRIEF DESCRIPTION OF DRAWINGS

[0020] The present application will be further described in conjunction with the drawings and specific embodiments:

[0021] Figure 1 The combination diagram of the separated auxiliary electronic lock structure of the present application.

[0022] Figure 2 The block diagram of the separated auxiliary electronic lock structure of the present application.

[0023] Figure 3 The block implementation diagram of the separated auxiliary electronic lock structure of the present application.

[0024] Figure 4 The combination diagram of another separated auxiliary electronic lock structure of the present application.

[0025] Figure 5 The block diagram of another separated auxiliary electronic lock structure of the present application.

[0026] Figure 6 The block implementation diagram of another separated auxiliary electronic lock structure of the present application.

[0027] Figure 7 The implementation diagram of another separated auxiliary electronic lock structure of the present application.

[0028] Figure 8 The combination diagram of another separated auxiliary electronic lock structure of the present application with sensing module.

[0029] Figure 9 The block diagram of another separated auxiliary electronic lock structure of the present application with voice function.

[0030] Figure 10 The block diagram of another separated auxiliary electronic lock structure of the present application.

[0031] Marking explanation in the figure:

[0032] 1-separated auxiliary electronic lock structure; 10-panel device; 101-trigger module; 102-wireless signal sending module; 103-panel power supply module; 104-outer voice module; 11-latch device; 111-latch control module; 112-wireless signal receiving module; 113-latch power supply module; 114-latch module; 115-handle; 116-sensing module; 117-storage module; 118-inner voice module; 119-wired signal receiving module; 12-driving device; 121-driving control module; 122-wireless signal communication module; 123-driving power supply module; 124-wired signal communication module; 2-door panel; 21-outer side; 22-inner side; 3-door frame; 31-flap; S1-unlocking trigger signal; S2-control signal. DETAILED DESCRIPTION

[0033] For better understanding the object, structure and function of the present application, the separated auxiliary electronic lock structure will be further explained in detail below with the attached drawings.

[0034] First, please refer to Figure 1 and Figure 2 , which are the combined schematic diagram and block schematic diagram of the separated auxiliary electronic lock structure, wherein the separated auxiliary electronic lock structure 1 is installed on a door panel 2, and the separated auxiliary electronic lock structure 1 comprises a panel device 10 and a latch device 11.

[0035] The panel device 10 is attached to an outer side 21 of the door panel 2, and the panel device 10 comprises a trigger module 101, a wireless signal sending module 102 and a panel power supply module 103. The trigger module 101 is used to control the trigger panel, and the trigger panel is connected to the wireless signal sending module 102. The wireless signal sending module 102 is a Bluetooth signal transmitter. In addition, the trigger panel is also connected to the panel power supply module 103, which is a battery and provides power for the trigger module 101 and the wireless signal sending module 102.

[0036] The latch device 11 is attached to an inner side 22 of the door panel 2, and the latch device 11 comprises at least one latch control module 111, a wireless signal receiving module 112, a drive power supply module 113 and a lock module 114. In this embodiment, two sets of latch control modules 111 can be provided. If one set of module fails, the other set of module can be used to operate the latch device 11. The latch control module 111 is connected to the wireless signal receiving module 112 and the lock module 114. The wireless signal receiving module 112 is a Bluetooth signal receiver. In addition, the latch control module 111 is also connected to the latch power supply module 113, which is a battery and provides power for the latch control module 111, the wireless signal receiving module 112 and the lock module 114. The lock module 114 is a displaceable lock object, and the lock module 114 can be separated or combined with the latch device 11.

[0037] Please refer to Figure 3As shown, the block implementation diagram of the separated auxiliary electronic lock structure of the present application, wherein the panel device 10 is attached to the outer side 21 of the door panel 2, and after the latch device 11 is attached to the inner side 22 of the door panel 2, the wireless signal sending module 102 of the panel device 10 and the wireless signal receiving module 112 of the latch device 11 are connected by wireless Bluetooth signal, and when the door panel 2 and a door frame 3 are locked, the latch control module 111 of the latch device 11 controls the displacement of the latch module 114 to the door frame 3, so as to lock the door panel 2 and the door frame 3 by the latch module 114, and wherein the latch module 114 can be separately arranged inside or outside the door panel 2, or can be combined with the latch device 11 and attached to the inner side 22 of the door panel 2, and in this embodiment, the latch module 114 is separately arranged inside the door panel 2.

[0038] In addition, when the user unlocks the panel device 10, the user first triggers the trigger module 101 to trigger unlocking, and the trigger module 101 generates an unlocking trigger signal S1, which is transmitted to the wireless signal sending module 102, and the wireless signal sending module 102 wirelessly transmits the unlocking trigger signal S1 to the wireless signal receiving module 112, and after receiving the unlocking trigger signal S1, the wireless signal receiving module 112 transmits the unlocking trigger signal S1 to the latch control module 111, and the latch control module 111 generates a control signal S2 and controls the latch module 114 to separate from the door frame 3, thereby the separated auxiliary electronic lock structure 1 can be installed on the door panel 2 without damaging the door panel 2, and the panel device 10 and the latch device 11 can be directly attached to the outer side 21 and the inner side 22 of the door panel 2 and perform wireless signal transmission, thereby achieving the effect of quick installation and wireless signal transmission unlocking.

[0039] The wireless signal transmission relationship between the panel device 10 and the latch device 11 is that the wireless signal sending module 102 of the panel device 10 generates the unlocking trigger signal S1 from the trigger module 101, and the wireless signal receiving module 112 of the latch device 11 continuously receives the signal transmitted by the wireless signal sending module 102.

[0040] Please also refer to Figure 4 and Figure 5As shown, the combination diagram and block diagram of another separated auxiliary electronic lock structure of the present application, wherein the separated auxiliary electronic lock structure 1 further comprises a driving device 12 attached to the inner side 22 of the door panel 2, and the driving device 12 is arranged in a straight line with the panel device 10, and the driving device 12 comprises at least one driving control module 121, a wireless signal communication module 122 and a driving power supply module 123, wherein the driving power supply module 123 can be provided with two sets of modules in the present embodiment, which mainly supply the driving device 12 to operate, if one of the modules fails, the other module can operate, and the wireless signal communication module 122 is signal connected with the wireless signal sending unit and the wireless signal receiving module 112, the wireless signal communication module is a Bluetooth signal communication device, in addition, the driving control module 121 is further electrically connected with the driving power supply module 123, and the driving power supply module 123 is a battery and provides power for the driving control module 121 and the wireless signal communication module 122.

[0041] The latch device 11 further comprises a handle 115 connected with the latch control module 111.

[0042] Please refer to Figure 6As shown, the faceplate device 10 is attached to the outer side 21 of the door panel 2, and the driving device 12 and the latch device 11 are attached to the inner side 22 of the door panel 2. The wireless signal transmission module 102 of the faceplate device 10 is connected to the wireless signal communication module 122 of the driving device 12 via a wireless Bluetooth signal, and the wireless signal communication module 122 of the driving device 12 is connected to the wireless signal receiving module 112 of the latch device 11 via a wireless Bluetooth signal. When the door panel 2 is locked with the door frame 3, the latch control module 111 of the latch device 11 controls the latch module 114 to move to the door frame 3, so as to lock the door panel 2 with the door frame 3 via the latch module 114. When the user unlocks the door panel 2 via the faceplate device 10, the user first triggers the unlocking via the trigger module 101, and the trigger module 101 generates the unlocking trigger signal S1. The unlocking trigger signal S1 is transmitted to the wireless signal transmission module 102, and the wireless signal transmission module 102 wirelessly transmits the unlocking trigger signal S1 to the wireless signal communication module 122. After receiving the unlocking trigger signal S1, the wireless signal communication module 122 transmits the unlocking trigger signal S1 to the driving control module 121. After receiving the unlocking trigger signal S1 and determining that the unlocking trigger signal S1 is a correct unlocking signal, the driving control module 121 transmits the unlocking trigger signal S1 to the wireless signal communication module 122. The wireless signal communication module 122 wirelessly transmits the unlocking trigger signal S1 to the wireless signal receiving module 112. The wireless signal receiving module 112 transmits the unlocking trigger signal S1 to the latch control module 111. The latch control module 111 generates the control signal S2 and controls the latch module 114 to move away from the door frame 3. Thus, the detachable auxiliary electronic lock structure 1 can be installed on the door panel 2 without damaging the door panel 2. The faceplate device 10 and the latch device 11 can be directly attached to the outer side 21 and the inner side 22 of the door panel 2 and perform wireless signal transmission, thereby achieving the effects of quick installation and wireless signal transmission unlocking.

[0043] When the user controls the handle on the inner side 22 of the door panel 2 to open the door panel 2, the latch control module 111 receives the rotation or pulling of the handle and generates the control signal to control the latch module 114 to move away from the door frame 3.

[0044] Please refer to Figure 7As shown, it is another embodiment of the separate auxiliary electronic lock structure of the present application. In this embodiment, the lock module 114 can be arranged separately in the door panel 2 or combined with the driving device 2. The arrangement of the lock module 114 is selected according to the type of the door panel 2 and the door frame 3. For example, the lock module 114 is arranged separately when it is applied to a general door panel 2, or combined when it is applied to a French door panel 2. When the lock module 114 is combined with the driving device 2 and attached to the inner side 22 of the door panel 2, the lock module 114 is displaced to the door frame 3 by the latch control module 111 of the latch device 11 to lock the door panel 2 and the door frame 3 together. When the user unlocks the door, the trigger module 101 generates the unlocking trigger signal S1, which is transmitted to the wireless signal sending module 102 and then to the wireless signal communication module 122. After receiving the unlocking trigger signal S1, the wireless signal communication module 122 transmits the unlocking trigger signal S1 to the driving control module 121. When the driving control module 121 determines that the unlocking trigger signal S1 is a correct unlocking signal, it transmits the unlocking trigger signal S1 to the wireless signal communication module 122, which then transmits the unlocking trigger signal S1 to the wireless signal receiving module 112. The wireless signal receiving module 112 transmits the unlocking trigger signal S1 to the latch control module 111, which generates the control signal S2 to control the lock module 114 to be separated from the door frame 3. Thus, the separate auxiliary electronic lock structure 1 can be installed on the door panel 2 without damaging the door panel 2. The panel device 10 and the latch device 11 can be directly attached to the outer side 21 and the inner side 22 of the door panel 2 and perform wireless signal transmission, thereby achieving the functions of quick installation and wireless signal transmission for unlocking.

[0045] Please refer to Figure 8As shown, the latch device 11 further comprises a sensing module 116, and the top of the door frame 3 is provided with a blocking piece 31. The sensing module 116 can be a laser distance measuring module or an electromagnetic valve sensing module. In this embodiment, the laser distance measuring module is used as an implementation manner. The sensing module is electrically connected to the latch control module 111 and judges the sensing distance from the blocking piece 31 by laser. The sensing distance can be set by the latch control module 111. When the door plate 2 is closed, the sensing module 116 continuously irradiates the blocking piece 31. Conversely, when the door plate 2 is opened, the sensing module 116 cannot irradiate the blocking piece 31. If the sensing module does not irradiate the blocking piece 31 for more than a set time, the latch control module 111 can transmit a warning signal to the application program of the user's mobile phone in a wireless manner. The user can know the warning message that the door plate 2 is not normally closed from the mobile phone.

[0046] Please also refer to Figure 9As shown, the block diagram of the other separate auxiliary electronic lock structure with voice function of the present application, wherein the panel device 10 further comprises an external voice module 104, and the latch device 11 further comprises a storage module 117 and an internal voice module 118, wherein the storage module 117 stores a plurality of induction card induction code databases, and when the user uses the induction card to unlock the panel device 10, the user first uses the trigger module 101 to trigger the unlocking, and the trigger module 101 generates the unlocking trigger signal S1, which is transmitted to the wireless signal sending module 102, and the wireless signal sending module 102 wirelessly transmits the unlocking trigger signal S1 to the wireless signal communication module 122, and after receiving the unlocking trigger signal S1, the wireless signal communication module 122 transmits the unlocking trigger signal S1 to the drive control module 121, and the drive control module 121 receives the unlocking trigger signal S1 and judges, and if the unlocking trigger signal S1 is consistent with the induction database of the storage module 117, it is judged as a correct unlocking signal, and the drive control module 121 transmits the unlocking trigger signal S1 to the wireless signal communication module 122, and the wireless signal communication module 122 transmits the unlocking trigger signal S1 to the wireless signal receiving module 112, and the wireless signal receiving module 112 transmits the unlocking trigger signal S1 to the latch control module 111, and the latch control module 111 generates the control signal S2 and controls the latch module 114 to separate from the door frame 3, thereby the separate auxiliary electronic lock structure 1 can be installed on the door plate 2 without damaging the door plate 2, and the panel device 10 and the latch device 11 can be directly attached to the outer side 21 and the inner side 22 of the door plate 2 and perform wireless signal transmission, thereby achieving the effect of quick installation and wireless signal transmission unlocking.

[0047] The external voice module 104 of the panel device 10 and the internal voice module 118 of the latch device 11 can be a microphone and a loudspeaker respectively, so that the panel device 10 and the latch device 11 can communicate with each other through the external voice module 104 and the internal voice module 118, and the wireless signal communication module 122 can be connected to the application program of the user's mobile phone, and the user's mobile phone can use the application program to transmit voice to the storage module 117 of the latch device 11 and specify the corresponding induction card, so that when the user controls the latch module 114 to separate from the door frame 3 according to the induction card, the internal voice module 118 of the latch device 11 can play the voice for the user who just entered the door to listen.

[0048] The application program can also transmit a warning message to the wireless signal communication module 122 when an accident occurs, so that the warning message can be played by the external voice module 104 and the internal voice module 118 at the same time to inform the occurrence of the accident.

[0049] The panel device 10 can also be provided with an induction display screen, which mainly allows the user to unlock by password, fingerprint, face, etc. when the user does not carry an induction card. The induction display screen can also be wirelessly updated or replaced by the user's application program.

[0050] The panel device 10 can also be provided with an image reading module, which mainly reads the image of barcodes such as QR-CODE. Therefore, the user can use a mobile phone to obtain QR-CODE by using an application program. The QR-CODE obtaining method is that the user first logs in to the server side and requests to obtain QR-CODE by using the application program, and then the server transmits the QR-CODE to the application program of the user. Therefore, the user can read the obtained QR-CODE by the image reading module to obtain an image signal, and the panel device 10 wirelessly transmits the image signal from the wireless signal transmission module 102 to the wireless signal communication module 122. The driving device 12 transmits the image signal back to the server, and the server judges whether the image signal is a correct barcode image and whether the barcode image is expired. If the image signal is a correct barcode image, the server transmits an unlock trigger signal S1 to the driving device 12, and the driving control module 121 transmits the unlock trigger signal S1 to the latch control module 111, and the latch control module 111 generates the control signal S2 to control the latch module 114 to separate from the door frame 3.

[0051] The panel device 10 and the latch device 11 can be directly attached to the outer side 21 and the inner side 22 of the door panel 2, and the housing of the panel device 10 and the latch device 11 and the door panel can be purchased and replaced by themselves.

[0052] Please also refer to Figure 10As shown, another block diagram of the separated auxiliary electronic lock structure of the present application is shown, wherein the driving device 12 is further provided with a wired signal communication module 124, and the latch device 11 is provided with a wired signal receiving module 119, the wired signal communication module 124 and the wired signal receiving module 119 are provided in the form of a universal serial bus (USB) hardware interface, such as Type-C, and the wired signal communication module 124 is electrically connected with the wired signal receiving module 119 and the driving control module 121, and the wired signal communication module 124 is electrically connected with the latch control module 111, so that when the driving control module 121 receives and judges the unlocking trigger signal S1 and then transmits it to the wired signal communication module 124, the wired signal communication module 124 transmits the unlocking trigger signal S1 to the wired signal receiving module 119, the wired signal receiving module 119 receives the unlocking trigger signal S1 and transmits it to the latch control module 111, and the latch control module 111 controls the latch module 114 to be separated from the door frame 3.

Claims

1. A split auxiliary electronic lock structure installed on a door panel, characterized in that: A panel device is installed on an outer side of the door panel, and the panel device has at least a trigger module and a wireless signal sending module, the trigger module generates an unlock trigger signal to the wireless signal sending module; and A latch device is installed on an inner side of the door panel, and the latch device has at least a latch control module and a wireless signal receiving module and a latch module, the wireless signal receiving module receives the unlock trigger signal and transmits to the latch control module, the latch control module controls the latch module to be separated from a door frame.

2. The separate auxiliary electronic lock structure according to claim 1, characterized in that: The panel device further includes a panel power supply module, which is electrically connected to the trigger module.

3. The separate auxiliary electronic lock structure according to claim 1, characterized in that: The latch device further includes a latch power supply module, which is electrically connected to the latch control module.

4. The separate auxiliary electronic lock structure according to claim 1, characterized in that: The latch device further includes a handle connected to the latch control module, which controls the latch module to be separated from the door frame.

5. The separate auxiliary electronic lock structure according to claim 1, characterized in that: The latch device further includes a sensing module to sense the distance between the handle and a blocking piece on the top of the door frame.

6. The breakaway electronic lock structure of claim 1, wherein: Further including a drive device installed on the inner side of the door panel, and the drive device has at least a drive control module and a wireless signal communication module, the wireless signal communication module receives the unlock trigger signal and transmits to the drive control module, the drive control module receives and interprets the unlock trigger signal and then transmits to the wireless signal communication module, the wireless signal communication module then transmits the unlock trigger signal to the wireless signal receiving module, the wireless signal receiving module receives the unlock trigger signal and transmits to the latch control module, the latch control module controls the latch module to be separated from the door frame.

7. The breakaway electronic lock structure of claim 6, wherein: The drive device further includes a drive power supply module, which is electrically connected to the drive control module.

8. The separate auxiliary electronic lock structure according to claim 6, characterized in that: The drive device further includes a wired signal communication module, and the latch device further includes a wired signal receiving module, the wired signal communication module is electrically connected to the wired signal receiving module and the drive control module, and the wired signal receiving module is electrically connected to the latch control module, the drive control module receives and interprets the unlock trigger signal and then transmits to the wired signal communication module, the wired signal communication module then transmits the unlock trigger signal to the wired signal receiving module, the wired signal receiving module receives the unlock trigger signal and transmits to the latch control module, the latch control module controls the latch module to be separated from the door frame.

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