TW201715435A - Inductive awakening device capable of inducing electronic lock by using mobile phone and awakening method thereof awakening a wireless connection module in a sleep state by the control module and capable of reducing the battery replacing frequency - Google Patents

Abstract

This invention relates to an inductive awakening device capable of inducing an electronic lock by using a mobile phone and an awakening method thereof. The inductive awakening device is remotely close to an induction panel of the electronic lock by virtue of the mobile phone, an inductive current is generated by a radio frequency induction module inside the electronic lock and metal induction inside the mobile phone, furthermore, a control module in the electronic lock is driven, a wireless connection module in a sleep state is further awakened by the control module, and the electronic lock can be unlocked after the wireless connection module is interconnected to each other and compared with a wireless connection module in the mobile phone. According to the inductive awakening device, the electronic lock is internally provided with the wireless connection module which can be awakened by induction, and the wireless connection module can be awakened by wireless induction by the mobile phone, so that the aims of reducing the electric consumption of the electronic lock during long-term standby, prolonging the service time of the electronic lock and reducing the battery replacing frequency are achieved.

Description

Induction wake-up device for sensing electronic lock by mobile phone and wake-up method thereof

The invention relates to a power saving method for an electronic lock, in particular to an induction wake-up device for sensing an electronic lock by a mobile phone and a wake-up method thereof.

The era of communication in the Internet has led the continuous evolution of existing technologies. The Internet of Things has almost become the hottest topic in recent years. With the evolution of the concept of the Internet of Things, the concept of smart homes has been constantly raised, and the electronics of various household appliances. It has also developed extremely vigorously.

In the field of electronic smart locks, due to advances in technology, methods for unlocking electronic locks without using physical locks have been developed, such as human body touch unlocking or wireless device pairing and unlocking, etc., in terms of human body touch and unlock, It is common to use fingerprint recognition or static electricity generated by palm touch to unlock the electronic lock. This method usually needs to contact at least the electronic lock, and often cannot be quickly unlocked due to incorrect fingerprint input data or weather, climate and other factors. It is also cumbersome in unlocking programs.

Since the human body touches and unlocks the above problems, the wireless device pairing unlocking, such as Bluetooth unlocking, is gradually developed, which is a method in which the Bluetooth wireless communication protocol and the Bluetooth device in the electronic lock are paired with each other and then unlocked. 5 and Figure 6, the current Bluetooth unlocking method is that the Bluetooth signal in the electronic lock is continuously transmitted as soon as the power is turned on. When the user approaches the electronic lock, the mobile phone or the unlockable mobile device and the electronic lock are directly used. Once the Bluetooth signal is paired, you can unlock it.

Therefore, the Bluetooth wireless device inside the current electronic lock needs to be turned on for a long time before it can continuously transmit signals for active detection and pairing. Therefore, most of the power of the electronic lock is consumed by the Bluetooth wireless transmitting signals for a long time. On the device, the standby time of the electronic lock is too short, and the frequency of replacing the battery is also high, which is necessary for improvement.

In order to solve the problems that the current electronic lock with Bluetooth wireless unlocking has high power consumption, short standby time and high battery replacement frequency, the main purpose of the present invention is to provide an induction wake-up device for sensing an electronic lock by a mobile phone and wake-up device thereof. The method is characterized in that a wireless device with a long standby time, low power consumption and a dormant state is arranged in the electronic lock, and the internal components of the electronic lock are externally sensed by the electronic lock to indirectly wake up the short-time use of the wireless device. It can solve the problem that the existing electronic lock continuously emits wireless signals and is easy to consume power.

The technical means used in the present invention is to provide an inductive wake-up device for sensing an electronic lock by using a mobile phone, comprising: a mobile phone, which is internally provided with a wireless connection module and a battery, and the wireless connection module is electrically connected to The electronic lock is internally provided with a detecting device, a control module and a wireless unlocking module. The detecting device and the wireless unlocking module are electrically connected to the control module respectively. The unlocking module adopts a wireless communication protocol technology connected to the wireless connection module of the mobile phone, and the mobile phone senses the electronic lock in a non-contact manner to wake up the wireless unlocking module, and uses the wireless connection module of the mobile phone. The wireless unlocking module of the electronic lock forms a connection pair and unlocks the electronic lock.

As described above, the sensing wake-up device of the mobile phone sensing electronic lock, wherein the wireless connection module of the mobile phone and the wireless unlocking module of the electronic lock adopt the Bluetooth wireless communication protocol technology.

The technical means used in the present invention is to provide a wake-up method for a mobile phone sensing electronic lock, comprising the following steps: a mobile phone sensing step, which is performed by a user with a mobile phone to open an electronic lock through the mobile phone Non-contact sensing the electronic lock; an electronic lock internal wake-up step, when the mobile phone is close to the electronic lock, the electronic lock detecting device and the mobile phone sense and generate an induced current to drive a control module to actuate the current After that, a wireless unlocking module that wakes up is displayed; a connection unlocking step, after the wireless unlocking module of the electronic lock is woken up by the mobile phone, the wireless unlocking module of the electronic lock and the wireless connection mode of the mobile phone The groups form a connection and unlock it.

The mobile phone inductive electronic lock wake-up method, wherein the wireless connection module of the mobile phone and the wireless unlocking module of the electronic lock are paired and unlocked by using a Bluetooth wireless communication protocol technology.

Preferably, the mobile phone inductive electronic lock wake-up method is as described above, wherein the user first activates the wireless connection module of the mobile phone in the sensing step of the mobile phone, and then approaches the electronic lock sensing.

Preferably, the method for waking up the electronic lock of the mobile phone is as described above, wherein the user first activates the wireless unlocking module of the electronic lock by using the mobile phone in the unlocking step of the connection, and then starts the wireless connection mode of the mobile phone. Groups are paired.

Preferably, the mobile phone inductive electronic lock wake-up method as described above, wherein the mobile phone and the electronic lock are separated from each other by 0.01 cm to 20 cm.

The invention utilizes the provided sensing wake-up device with the mobile phone to sense the electronic lock and the wake-up method thereof, and the power enhancements obtainable include: 1. The invention is provided with wireless power with low power consumption, long standby and wake-up sensing inside the electronic lock. The unlocking module senses the induced current through the metal, the antenna or the battery in the mobile phone and the detecting device inside the electronic lock, thereby driving the control module in the electronic lock, and further awakening the wireless unlocking mode in the sleep state through the control module. The wireless unlocking module can be connected to and connected to the wireless connection module in the mobile phone, and then the electronic lock is turned on. The present invention can enable the wireless unlocking module of the electronic lock through the mechanism of first waking up and then unlocking. The standby state is maintained for a long time on weekdays, which effectively reduces the power consumption of the wireless unlocking module, and can further extend the use time of the electronic lock and reduce the number of times the battery is replaced. 2. In the state of use, when the mobile phone and the electronic lock are sensed, the wireless connection module at both ends can be quickly connected and fast unlocked, and the unlocking process of the present invention is compared with the conventional touch sensing unlocking. Faster and more energy efficient overall.

In order to be able to understand the technical features and practical functions of the present invention in detail, it can be implemented in accordance with the contents of the specification, and further illustrated in the preferred embodiment as illustrated in the following:

As shown in FIG. 1 and FIG. 2, the present invention is an inductive wake-up device for sensing an electronic lock by a mobile phone, which comprises a mobile phone 10 and an electronic lock 20.

The mobile phone 10 is a smart phone that is commonly used in the market. A wireless connection module 11 and a battery 12 are disposed in the mobile phone 10. The wireless connection module 11 is electrically connected to the battery 12, in this embodiment. The wireless connection module 11 can utilize technologies commonly used in the market such as Bluetooth, Near Field Communication (NFC), ZigBee (Zibe) or Wifi (Wireless Network). Preferably, the wireless connection module 11 of the mobile phone 10 in the preferred embodiment of the present invention adopts Bluetooth wireless communication protocol technology or Near Field Communication (NFC) technology, and can be manually or manually Automatically set to enable or disable the external transmission of wireless signals.

The electronic lock 20 can be disposed on the door panel and internally provided with a detecting device 21, a control module 22 and a wireless unlocking module 23, wherein the detecting device 21 and the wireless unlocking module 23 are respectively electrically The control device 22 is connected to the control module 22. Preferably, the detecting device 21 is an RFID (Radio Frequency Identification) device, and the remote wireless connection is performed through the wireless radio frequency. The control module 22 is an MCU (micro controller). The wireless unlocking module 23 is a wireless communication protocol that can be connected to the wireless connection module 11 of the mobile phone 10. In the embodiment, the wireless unlocking module is used. The 23 Series adopts Bluetooth wireless communication protocol technology or Near Field Communication (NFC) technology, which have low power consumption, long standby and wake-up sensing characteristics, and are quite suitable for use in the technology of the present invention.

The present invention provides a wake-up method for a mobile phone inductive electronic lock. Referring to the preferred embodiment of FIG. 1 to FIG. 3, the invention includes a mobile phone sensing step S1, an electronic lock internal wake-up step S2, and a connection unlocking step S3.

The mobile phone sensing step S1, as shown in FIG. 2 and FIG. 3, is a user U that approaches the electronic lock 20 to be opened by the mobile phone 10, wherein the mobile phone 10 and the electronic lock 20 are separated by a distance of 0.01 cm to 20 cm. The electronic lock 20 can be inductively sensed through the battery, the antenna or its metal component inside the mobile phone 10 to cause the following steps.

The electronic lock internal wake-up step S2, as shown in FIG. 2 and FIG. 3, when the mobile phone 10 is close to the electronic lock 20, the detecting device 21 of the electronic lock 20 will sense with the mobile phone 10 and generate an induced current, and the induced current is driven. After the control module 22 is activated, the wireless unlocking module 23 that is in a sleep state will be woken up, and the following steps are performed.

The connection unlocking step S3, as shown in FIG. 4, after the wireless unlocking module 23 is awake by the mobile phone 10, the wireless unlocking module 23 will be able to be paired with the wireless connection module 11 of the mobile phone 10, The user U can perform the unlocking action of the electronic lock 20 by using the software application interface or setting of the mobile phone 10, and the electronic lock 20 can be started.

The user U can activate the wireless connection module 11 of the mobile phone 10 in the mobile phone sensing step S1, and then proximity the electronic lock 20 to perform wake-up sensing, so that the wireless unlocking module in the connection unlocking step S3 is performed. After the wake-up, the wireless connection module 11 of the mobile phone 10 can be immediately paired with the wireless unlocking module 23 of the electronic lock 20.

Alternatively, the user U can wake up the connection unlocking step S3, and then activate the wireless connection module 11 of the mobile phone 10 to form a pairing unlock with the wireless unlocking module 23 of the electronic lock 20.

The invention uses the mobile phone 10 to wake up the wireless connection module 23 in the sleep state of the electronic lock 20, so that the wireless connection module 23 of the electronic lock 20 can be connected with the wireless connection module 11 of the mobile phone 10 and compares After the electronic lock 20 is unlocked, the electronic lock 20 can maintain the standby state for a long time on weekdays, thereby effectively reducing the power consumption of the wireless connection module 23 and saving the power. The power consumption of the electronic lock 20 can extend the use time of the electronic lock 20 and reduce the number of times the battery is replaced. In the overall operation, the user only needs to wait before and after the mobile phone 10 and the electronic lock 20 are inductively awake. After the wireless connection module 11 on the mobile phone 10 is turned on, the wireless connection module 23 can be unlocked after the wireless connection module 23 of the electronic lock 20 is woken up. Compared with the conventional touch sensing and unlocking, the unlocking process of the present invention is further improved. For the quick.

The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Any one of ordinary skill in the art can use the present invention without departing from the technical features of the present invention. Equivalent embodiments of the local changes or modifications made by the disclosed technology are still within the scope of the technical features of the present invention.

10‧‧‧Mobile phones
11‧‧‧Wireless connection module
12‧‧‧Battery
20‧‧‧Electronic lock
21‧‧‧Detection device
22‧‧‧Control Module
23‧‧‧Wireless unlocking module
S1‧‧‧Mobile phone sensing steps
S2‧‧‧Electronic lock internal wake-up step
S3‧‧‧Connection unlocking steps
U‧‧‧Users

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic block diagram of a preferred embodiment of the present invention. Figure 2 is a flow chart of a preferred embodiment of the present invention. Figure 3 is a schematic view showing the state of use of the mobile phone inductive electronic lock of the preferred embodiment of the present invention. Figure 4 is a schematic view showing the state of use of the electronic lock awakened in the preferred embodiment of the present invention. Figure 5 is a flow chart of the existing Bluetooth unlocking technology. Fig. 6 is a schematic diagram showing the state of use of the existing Bluetooth to unlock the long-time transmission signal.

S1‧‧‧Mobile phone sensing steps

S2‧‧‧Electronic lock internal wake-up step

S3‧‧‧Connection unlocking steps

Claims (9)

An inductive wake-up device for sensing an electronic lock by a mobile phone, comprising: a mobile phone, which is internally provided with a wireless connection module and a battery, the wireless connection module is electrically connected to the battery; an electronic lock is internally A detection device, a control module and a wireless unlocking module are provided. The detecting device and the wireless unlocking module are respectively electrically connected to the control module, and the wireless unlocking module adopts wireless connection with the mobile phone. The wireless communication protocol technology is connected to the module, and the mobile phone senses the electronic lock in a non-contact manner to wake up the wireless unlocking module, so that the wireless connection module of the mobile phone is connected with the wireless unlocking module of the electronic lock. Pair and unlock the electronic lock. The sensing wake-up device of the mobile phone sensing electronic lock is described in claim 1, wherein the wireless connection module of the mobile phone and the wireless unlocking module of the electronic lock are connected by using a Bluetooth wireless communication protocol technology. The sensing wake-up device of the mobile phone inductive electronic lock is described in claim 1, wherein the wireless connection module of the mobile phone and the wireless unlocking module of the electronic lock are connected by short-range wireless communication technology. A method for waking up a mobile phone sensing electronic lock comprises the following steps: a mobile phone sensing step, which is performed by a user with a mobile phone to open an electronic lock through which the electronic lock is sensed non-contactly; an electronic lock An internal wake-up step, when the mobile phone is close to the electronic lock, the detecting device of the electronic lock senses and generates an induced current, and the driving current is driven by a control module to wake up a wireless state that is in a sleep state. The unlocking module; a connection unlocking step, after the wireless unlocking module of the electronic lock is woken up by the mobile phone, the wireless unlocking module of the electronic lock forms a connection with the wireless connection module of the mobile phone and unlocks. The method for waking up a mobile phone sensing electronic lock according to claim 4, wherein the wireless connection module of the mobile phone and the wireless unlocking module of the electronic lock are paired and unlocked by using a Bluetooth wireless communication protocol technology. The method for waking up a mobile phone sensing electronic lock according to claim 4, wherein the wireless connection module of the mobile phone and the wireless unlocking module of the electronic lock are paired and unlocked by a short-range wireless communication technology. The method for waking up a mobile phone sensing electronic lock according to claim 4, wherein the user first activates the wireless connection module of the mobile phone in the sensing step of the mobile phone, and then approaches the electronic lock sensing. The method for waking up a mobile phone inductive electronic lock according to claim 4, wherein the user first wakes up the wireless unlocking module of the electronic lock by using the mobile phone in the connection unlocking step, and then starts the wireless connection module of the mobile phone to perform pairing. . The method for waking up a mobile phone inductive electronic lock according to any one of claims 4 to 8, wherein the mobile phone and the electronic lock are in a distance of between 0.01 cm and 20 cm for sensing.