TWM492940U - Smart electronic lock system - Google Patents

Description

Smart lock system

This creation is about a smart electric lock system, which uses the application code of the smart phone to set the short code and corresponds to the buttons of the digital button interface of the electronic lock device. Each button can be the unlock switch, the light switch and the help of the electronic lock device. switch.

According to the fact, the scope of human life is usually in the home, company or school. Because of the protection of life or property, people have different locks in various places. Each lock is used in different forms to prevent thieves from invading. For example: Key locks, proximity card locks, electronic lock locks, fingerprint locks, etc., focus on the degree of cracking of the lock, but forget whether the user is simple, convenient, fast and privacy in the process of unlocking.

Pressing, as shown in Figure 1~2, the Bluetooth electronic lock is used by various operators to establish a channel connection between the electronic lock and the smart phone by using Bluetooth, and verify the identity of the user and turn the smart phone into a remote control. The key allows the user to enjoy simplicity, convenience, speed and privacy during the unlocking process.

Figure 1 is a Bluetooth electronic lock of the Taiwan Patent No. M466956, which comprises: an electronic lock 10, the electronic lock 10 is internally provided with a control unit 11, the control unit 11 provides blue buds, and the outer end of the electronic lock 10 An infrared ray identification unit 12 is disposed at the predetermined position, and the infrared ray identification unit 12 is coupled to the control unit 11 for performing the recognition of the user's figure P. When the user's figure P is recognized, the control unit 11 is activated to enable the control. The Bluetooth of the unit 11 is turned on, and can be connected with the Bluetooth of a smart phone 13 to perform identity verification of the user, so that the electronic lock 10 performs unlocking or remains locked.

2 is another Bluetooth electronic lock developed by the company, which is provided with a button 21 on the surface of an electronic lock 20. When the user (U) presses the button 21, the electronic lock 20 After the Bluetooth is connected to the Bluetooth of a smart phone 22, the identity verification of the user (U) is performed, so that the electronic lock 20 performs unlocking or remains locked.

However, in the prior art (Prior Art), the above various Bluetooth electronic locks have the following problems in the process of unlocking: (1). Since the user is moving near the electronic lock 10, it may be accidentally The infrared identification unit 12 detects that the electronic lock 10 is inadvertently caused to unlock, thereby reducing the safety of the Bluetooth electronic lock. (2) Since the button 21 is a single switch, it is only used for unlocking, and cannot be applied to a switch of a light fixture or a switch of an alarm platform, etc., thereby reducing the expandability of the Bluetooth electronic lock.

In view of the above problems of the various Bluetooth electronic locks, the creator actively studied and improved to overcome the shortcomings and was the subject of the creation.

The main purpose of this creation is to provide a smart electric lock system that uses a smart phone application to set a short code that corresponds to the keys of the electronic key device's digital button interface. The button can be a safe and simple The code is used to solve the problem that the prior art infrared identification unit mistakenly opens the electronic lock, thereby improving the safety of the system.

Another purpose of the present invention is to provide a smart electric lock system, wherein each button can be set to a different switch for different security short codes, so that each button can be an unlock switch, a light switch and a help switch of the electronic lock device. It is used to solve the problem of a switch of the previous technology, and thus has the effect of system expandability.

For the above purposes, the technical means adopted by the present invention include: an electronic lock device comprising an electronic lock and a controller coupled to a drive circuit module, capable of being controlled by the controller The electronic lock is actuated to unlock or remain locked; a digital button interface coupled to the surface of the controller and disposed at a position accessible to the user's finger, the digital button interface being provided with at least a button for pre-setting a multi-digit switch password for controlling the electronic lock; at least one smart phone is carried by a user on the body, a backpack or a hand, and has an identification code, and Downloading an application through the wireless network, the application registering the identification code in the controller, and the application has at least one short code, and presetting the short code to control the electronic lock A multi-digit switch password; a Bluetooth unit coupled to the controller and configured to be activated when the Bluetooth of the smart phone is activated The short code is preset to control the electronic lock to enable the multi-digit switch password to form a blue-chip packet, and the user is close to the controller within an arm length distance, then the Bluetooth unit automatically opens the connection, so that the control Establishing a communication link with the smart phone to transmit the Bluetooth packet to the controller through the communication link, and then automatically stopping the connection of the Bluetooth unit; thereby, when the user carries the smart phone to approach When the preset distance of the Bluetooth unit is reached, the smart phone automatically transmits the Bluetooth packet to the controller, so that the shortcut code set by the application corresponds to the button of the digital button interface, and the user only needs to trigger the finger with the finger. After the at least one button of the digital button interface, the controller can activate the electronic lock device through the driving circuit module without inputting the multi-digit switch password that is enabled in advance.

According to the foregoing feature, the electronic lock device further includes a light fixture, an alarm platform, and each of the short codes is preset to control the light fixture and the alarm platform to enable each of the multi-digit switch passwords, so that the controller can The light fixture and the alarm platform are activated by the drive circuit module.

According to the foregoing features, the application further includes a virtual digital button interface and a virtual electronic lock device, an electronic lock unit, a light fixture unit and an alarm platform unit, and the multi-digit switch password is pressed by the virtual digital button interface. Each of the multi-digit switch ciphers is set to each of the short codes through the correspondence of the units, and the controller further includes a code, the code is written by a main program and a plurality of sub-programs, the main The program pre-defines the identification code, the digital button interface and the driving circuit module in a pin position of the controller, and each of the sub-programs defines the multi-digit switch password to enable the electronic lock, the electric light device and the alarm platform to operate. When the main program obtains each short code, the main program calls each of the multi-digit switch codes of the sub-programs, so that the controller can enable the electronic lock, the electric light device and the alarm through the driving circuit module. The platform is active.

According to the foregoing feature, the button is formed by any one of a capacitive button or a resistive button.

By means of the above-mentioned technical means, the creative smart electric lock system uses the short code set by the application, and corresponds to the keys of the digital key interface, and each of the keys can be set to different switches for different security short codes. Each of the buttons can be an unlock switch of the electronic lock, a light switch of the light fixture, and a help switch of the alarm platform, thereby improving the system safety and system expandability.

First, referring to FIG. 3 to FIG. 9 , a preferred embodiment of the smart electric lock system 80 includes an electronic lock device 30 including an electronic lock 31 , a light fixture 34 , an alarm platform 35 , and a controller . 32. The controller 32 is coupled to a driving circuit module 33. The controller 32 can be controlled to enable the electronic lock 31, the light fixture 34 and the alarm platform 35 to actuate to unlock or maintain the lock, illumination and In the present embodiment, the controller 32 has a storage body for storing code and data, and the electronic lock 31 is composed of any lock such as an electromagnetic lock and a yin and yang lock, but Not limited to this.

A digital button interface 40 is coupled to the surface of the controller 32 and disposed at a position where the finger of the user (U) can be contacted. The digital button interface 40 is provided with at least one button 41 and is transparent. Each of the buttons 41 presets the multi-digit switch codes 411, 411a, 411b, and 411c that are enabled to be enabled by the electronic lock 31, the light fixture 34, and the alarm platform 35, and the multi-digit switch codes 411, 411a, and 411b, The 411c can be an eight-digit number. In this embodiment, the button 41 is formed by any one of a capacitive button or a resistive button, but is not limited thereto.

At least one smart phone 50 is carried by a user (U) on the body, a backpack or a hand, has an identification code 51, and downloads an application 52 through the wireless network, by the application 52 The identification code 51 is registered in the controller 32, and the application 52 is provided with at least one short code 521, 521a, 521b, 521c, and each of the short codes 521, 521a, 521b, 521c is preset to control the electronic The lock device 31, the light fixture 34 and the alarm platform 35 enable the multi-digit switch codes 411, 411a, 411b, and 411c. In the embodiment, the smart phone 50 has a microprocessor, and the microprocessor is electrically connected. A memory and a Bluetooth 53, the memory stores the application 52. The application 52 only needs to be set once, and the application 52 is operated and executed by the microprocessor, but not limited thereto.

a Bluetooth unit 60 coupled to the controller 32 and configured to set each of the short codes 521, 521a, 521b, and 521c to control the electronic lock 31 and the electric light after the Bluetooth 53 of the smart phone 50 is activated. The appliance 34 and the alarm platform 35 enable each of the multi-digit switch codes 411, 411a, 411b, 411c to form a Bluetooth packet 531, and the user (U) is close to the controller 32 at an arm length distance (about 60 cm). The Bluetooth unit 60 automatically opens the connection, so that the controller 32 establishes a communication link 70 with the smart phone 50, and the Bluetooth packet 61 is transmitted to the controller 32 through the communication link 70, and then Let the Bluetooth unit 60 automatically stop connecting.

As shown in FIG. 5, the flow chart of the user application does not need to input the multi-digit switch password 411 that is previously set to enable the electronic lock 31, the light fixture 34, and the alarm platform 35. The steps are as follows: Step S1 Step S2: the user (U) carries the smart phone 50; Step S3: approaches the preset distance of the Bluetooth unit 60; Step S4: The smart phone 50 automatically transmits the Bluetooth packet 61 to the controller Step S5: The short code 521 set by the application 52 corresponds to the button 41 of the digital button interface 40; Step S6: the user (U) only needs to trigger the digital button interface 40 with at least one of the buttons 41 by the finger; S7: The controller 32 can be enabled through the driving circuit module 33; Step S8, Step S9, Step S10: The electronic lock 31, the light fixture 34 and the alarm platform 35 are activated; Step S11: End. On the contrary, it is necessary to input the multi-digit switch password 411 which is enabled in advance by the electronic lock 31, the light fixture 34 and the alarm platform 35. The steps are as follows: Step S4: The smart phone 50 does not automatically transmit the blue The bud packet 61 is sent to the controller 32; Step S12: the user (U) must trigger the eight button 41 of the digital button interface 40 with a finger; Step S7: The controller 32 can be transmitted through the driving circuit module 33 Step S8, Step S9, Step S10: The electronic lock 31, the light fixture 34 and the alarm platform 35 are activated; Step S11: End.

As shown in FIG. 6A, the application 52 further includes a virtual digital button interface 522, an electronic lock unit 523, a light fixture unit 524, and an alarm platform unit 525, and the virtual digital button interface 522 is pressed. Each of the multi-digit switch codes 411, 411a, 411b, and 411c is set to be associated with each of the short codes 521, 521a through the respective units 522, 523, and 524. , 521b, 521c, but not limited to this.

As shown in FIG. 6B, the controller 32 further includes a code 321 which is written by a main program 321a and a plurality of sub-programs 321b. The main program 321a defines the identification in advance. The code 51, the digital button interface 40 and the driving circuit module 33 enable the electronic lock in a pin position 322 of the controller 32, and each of the sub-programs 321b defines the multi-digit switch code 411, 411a, 411b, 411c. 31. The light fixture 34 and the alarm platform 35 are activated. When the main program 321a obtains the short codes 521, 521a, 521b, and 521c, the main program 321a calls each of the multi-digit switch passwords 411 of the sub-programs 321b. 411a, 411b, and 411c enable the controller 32 to activate the electronic lock 31, the light fixture 34, and the alarm platform 35 through the drive circuit module 33, but not limited thereto.

Therefore, the smart electric lock system 80 is installed around the door (D). When the smart phone 50 is placed in the pocket of the user (U), the smart phone 50 and the electronic lock device 30 are connected through the Bluetooth connection. Identity verification, as shown in FIG. 7, when the user (U) unlocks the electronic lock 31, it is only necessary to think of a short code picture N1 and press it, and the unlocking operation can be easily performed, or as shown in FIG. It is shown that when the user (U) turns on the light fixture 34, it is only necessary to think of another shortcode picture N2 and press it, and the light-on action can be easily completed, or as shown in FIG. (U) When the alarm platform 35 is activated by the gangster (C), the rescue operation can be easily completed by simply pressing another short code screen N3 and pressing it.

In summary, the technical means revealed in this creation are indeed the "newness", "progressive" and "available for industrial use" and other creative patents, and pray for the patent to encourage the creation of the patent. German sense.

However, the drawings and descriptions disclosed above are only preferred embodiments of the present invention, and modifications or equivalent changes made by those skilled in the art in accordance with the spirit of the present invention should still be included in the scope of the patent application.

30‧‧‧Electronic lock device
31‧‧‧Electronic locks
32‧‧‧ Controller
321‧‧‧ Code
321a‧‧‧ main program
321b‧‧‧ subprogram
322‧‧‧ feet
33‧‧‧Drive circuit module
34‧‧‧Lighting appliances
35‧‧‧Alarm platform
40‧‧‧Digital button interface
41‧‧‧ button
411, 411a, 411b, 411c‧‧‧ multi-digit switch password
50‧‧‧Smart Phone
51‧‧‧ID
52‧‧‧Application
521, 521a, 521b, 521c‧‧‧ shortcode
522‧‧‧Virtual Digital Button Interface
523‧‧‧Electronic lock unit
524‧‧‧Lighting appliance unit
525‧‧‧Alarm platform unit
53‧‧‧Blue Bud
531‧‧‧Blue Packet
60‧‧‧Blue Unit
70‧‧‧Communication links
80‧‧‧Smart electric lock system
(D) ‧ ‧ ‧
(U)‧‧‧ users
(C) ‧ ‧ gangsters

Figure 1 is a schematic diagram of a conventional Bluetooth electronic lock. Figure 2 is a schematic diagram of another conventional Bluetooth electronic lock. Figure 3 is a block diagram of the circuit of the present creation. Figure 4 is a schematic diagram of the creation. Figure 5 is a flow chart of the author application application. Figure 6A is a schematic diagram of the execution of the authoring application. Figure 6B is a schematic diagram of the execution of the code. Fig. 7 is a reference diagram of the state of use of the electronic lock of the present invention. Fig. 8 is a reference diagram of the state of use of the present electric light fixture. Figure 9 is a reference diagram of the usage status of the creation alarm platform.

30‧‧‧Electronic lock device

31‧‧‧Electronic locks

32‧‧‧ Controller

33‧‧‧Drive circuit module

34‧‧‧Lighting appliances

35‧‧‧Alarm platform

40‧‧‧Digital button interface

41‧‧‧ buttons

411‧‧‧Multi-digit switch password

50‧‧‧Smart Phone

51‧‧‧ID

52‧‧‧Application

521‧‧‧ Shortcode

53‧‧‧Blue Bud

531‧‧‧Blue Packet

60‧‧‧Blue Unit

70‧‧‧Communication links

80‧‧‧Smart electric lock system

Claims (4)

A smart electric lock system comprising: an electronic lock device comprising an electronic lock and a controller coupled to a drive circuit module, wherein the control of the controller is enabled to enable the electronic lock to act The digital button interface is coupled to the surface of the controller and disposed at a position where the user's finger can be contacted. The digital button interface has at least one button and is transparent. The button presets a multi-digit switch password for controlling the electronic lock; at least one smart phone is carried by a user on the body, a backpack or a hand, and has an identification code and downloads through the wireless network. An application, by which the application registers the identification code in the controller, and the application has at least one short code, and presets the short code to a multi-digit switch that controls the electronic lock enablement a password unit; a Bluetooth unit coupled to the controller, and configured to preset the short code to control multiple digits of the electronic lock when the Bluetooth of the smart phone is activated The switch password forms a Bluetooth packet, and the user is close to the controller within an arm length distance, the Bluetooth unit automatically opens the connection, so that the controller establishes a communication link with the smart phone, so that the Bluetooth After the packet is transmitted to the controller through the communication link, the Bluetooth unit is automatically stopped to be connected; thereby, when the user carries the smart phone to approach the preset distance of the Bluetooth unit, the smart phone automatically Transmitting the Bluetooth packet to the controller, so that the short code set by the application corresponds to the button of the digital button interface, and the user only needs to trigger at least one of the buttons of the digital button interface with a finger, and then no need to input The multi-digit switch code that can be set in advance by the electronic lock allows the controller to activate the electronic lock through the drive circuit module. The smart electric lock system of claim 1, wherein the electronic lock device further comprises a light fixture and an alarm platform, and each of the short codes is preset to control the light fixture and the alarm platform. The digit switch code enables the controller to activate the lamp fixture and the alarm platform through the drive circuit module. The smart electric lock system of claim 2, wherein the application further comprises a virtual digital button interface, an electronic lock unit, a light fixture unit and an alarm platform unit, wherein each virtual digital button interface is pressed The multi-digit switch password, each of the multi-digit switch passwords is set to each of the short codes through the corresponding unit, and the controller further includes a code, the program code is a main program and a plurality of sub-programs The main program pre-defines the identification code, the digital button interface and the driving circuit module in a pin position of the controller, and each of the sub-programs defines the multi-digit switch password to enable the electronic lock and the electric lamp. Actuated by the appliance and the alarm platform, when the main program obtains the short codes, the main program calls each of the multi-digit switch codes of the sub-programs, so that the controller can enable the electronic circuit through the driving circuit module. Locks, light fixtures and alarm platforms are activated. The smart electric lock system according to claim 1, wherein the button is formed by any one of a capacitive button or a resistive button.