TW201909095A - Method for charging and recognizing multiple mobile phones identifying the identities of individual users of the multiple mobile phones within a short time limit - Google Patents

Abstract

This invention is a method for charging and recognizing multiple mobile phones of the patent with patent number TW106167900 "A micro base station system for charging mobile apparatuses", which may identify the user's identity of a mobile apparatus, particularly, a mobile phone. In this invention, when a first mobile phone is connected to a first charging socket on the micro base station system by a USB charging cable, the first charging socket requests the first mobile phone for identifying the user's identity via a unique identification signal set formed by a plurality of different power supply switching current signals rapidly for many times. If the first mobile phone has installed and enabled the APP related to the micro base station system and the related services, the micro base station system obtains remote authorization and completes identity identification through the APP, and the micro base station system starts to provide a charging service for the first mobile phone. If the second mobile phone is connected to the second charging socket and the first charging socket on the micro base station system almost simultaneously with the first mobile phone, the method for charging and recognizing the mobile phone of this invention may identify the identities of individual users of multiple mobile phones within a short time limit since Bluetooth communication is connected in an orderly manner.

Description

Method for charging and recognizing multiple mobile phones

This creation is a technical method for charging mobile devices, particularly mobile phones, and identifying the identity of mobile phone users, and about the application of Bluetooth Bluetooth devices and iBeacon micro base stations.

Common mobile phone charging stations that provide charging services for mobile devices, especially mobile phones, are provided with charging services by conventional charging devices and systems, and most of them are free service items provided by service consumers or guests for setting up the charging station of the mobile phone. Therefore, anyone and mobile phones can use their charging service. However, charging stations in some cases have hidden traps, such as being forced to install APP or even deducting money.

Prior to the connection of Bluetooth Bluetooth technology to multiple mobile phones, Bluetooth has the function of authentication and encryption. When pairing, it will require a password to confirm, and the connection will become a one-to-one channel. The transmitted data is encrypted and there is no error transmission.

This is a method for charging a mobile device (especially a mobile phone) and identifying the user identity of the mobile phone for the Bluetooth Bluetooth device and the iBeacon micro base station application. The user identity can be confirmed without a password, and the mobile phone is almost realized. At the same time, when accessing, the identity of the user of multiple mobile phones is successfully identified one by one in a very short time.

Today's mobile devices are very popular, especially smart phones or smart phones, which have completely changed your life and the whole world in just a few decades. Not long ago, the camera still had to use the camera. The planning trip was to see the paper map. The mobile game that passed the time was a casual game such as Snake.

The iPhone's future models have added features such as a portable media player, digital camera and flash or flashlight, GPS, NFC, Bluetooth, gravity sensor level, making it a versatile device. The new generation of mobile phones also features high-resolution touchscreens and web browsers that display standard web pages and action-optimized web pages. Wi-Fi and mobile broadband enable smart phones to enable next-generation high-speed data access. , cloud access, etc. Networking capabilities have increased the usability of mobile phones and transformed them into communication tools with network action endpoints as the core.

Smart phones have more and more functions, but they are also more and more power-consuming. Even if they are just used normally, battery life is usually not as long as that claimed by mobile phone manufacturers. If the call volume is large or the Internet frequency is high, and playing games for a long time, Users who watched the film may have insufficient power for a few hours. They must quickly charge, replace the battery or install the mobile power.

However, more and more mobile phones have no design of replaceable batteries, and the mobile power supplies that must be purchased and carried are not necessarily not necessarily powered. The panic that is unavailable without electricity plagues all modern people who rely on smart phones. .

The present invention is a method for charging and recognizing a plurality of mobile phones by the invention patent TW106167900 "A micro base station system for charging mobile devices", which can identify the identity of a mobile device, particularly a mobile phone.

Invention patent TW106167900 "A micro base station for charging mobile devices The system provides a micro base station system for charging a mobile device, which mainly comprises a remotely authorized charging device, the remote authorized charging device provides a multi-port USB power supply service, and is connected with the mobile device; The device is connected to the network to obtain the authorization registration and login to identify the different users and start the power supply service.

The micro base station system provides a multi-port USB power supply service, and the charging socket including a plurality of USB interfaces provides charging of a plurality of mobile devices; each socket has a power indicating module indicating a charging state, and at least one guiding indicating module indicating a type of indication is arranged around the socket. And a charging status indication module that displays an authorized identity. The indicator module can be a light number and other means and means sufficient to provide an indication and reminder to the user.

The micro base station system does not have the function of directly connecting to the Internet, and does not have a wired or wireless networking or communication device such as WiFi or 3G/4G, but uses a mobile phone using the power supply service as an access gateway to implement a traversing device agent. Go online.

The micro base station system does not actively or forcibly install any APP to the connected user's mobile phone, but displays the APP instruction indicator module on the socket side, and suggests or guides the user to install the APP about the micro base station system and related services. .

After the mobile phone of the micro base station system is connected to the user's mobile phone as the access gateway, the remote terminal obtains the authorization registration and login to identify the different user identity and then starts the power supply service, for example, as a VIP customer, and can enjoy the fast charging service.

The present invention relates to a method for charging and recognizing a plurality of mobile phones, which is a method for charging a mobile device (especially a mobile phone) and identifying a user identity of a mobile phone for a Bluetooth Bluetooth device and an iBeacon micro base station application, and can confirm the password without a password. User identity, and when multiple mobile phones access the micro base station system at the same time, successfully identify multiple mobile phones in a very short period of time User identity.

The first charging socket is connected to the first charging socket on the micro base station system by the USB charging line, and the first charging socket forms a unique identification signal group by multiple, fast and a plurality of different power switch current signals. The first mobile phone is required to identify its user identity.

If the first mobile phone has installed and enabled the APP for the micro base station system and related services, the micro base station system obtains the remote authorization and completes the identification through the APP, and the micro base station system starts to provide the charging service to the first mobile phone.

If the second mobile phone is connected to the second charging socket and the first charging socket on the micro base station system almost simultaneously with the first mobile phone, the method of charging and recognizing the mobile phone of the present invention enables the Bluetooth communication to be connected in an orderly manner. Identify the individual user identity of multiple mobile phones within the time limit.

In order to make those skilled in the art understand the technical content of the present invention and implement it, and according to the disclosure, the patent scope and the drawings, the related objects and advantages of the present invention can be easily understood by those skilled in the art. The detailed features and advantages of the present invention will be described in detail in the embodiments.

1‧‧‧Charging micro base station system ontology

21~24‧‧‧Charging socket/USB port

25‧‧‧Port Power Indicator Module/Port Power Light

26‧‧‧Guide Instruction Module/APP Type Guide Light

27‧‧‧Charging status indicator module/VIP type fast charging light

3‧‧‧Power cord

41, 42‧‧‧Mobile device (mobile phone) USB charging cable

5‧‧‧Mobile device USB charging cable plugging and unloading schematic arrow

S11~S18‧‧‧ A method for charging and recognizing multiple mobile phones - APP installed

S21~S29‧‧‧ A method for charging and recognizing multiple mobile phones - APP has not been installed yet

Figure 1 - Steps to a method for charging and recognizing multiple mobile phones

Figure 2 - A method for charging and recognizing a plurality of mobile phones, showing an embodiment of the present invention, such as a step in which a mobile phone does not have an APP installed

Figure 3 - Schematic diagram of a micro base station system for charging mobile devices and multiple mobile phone access

The present invention is a method for charging and recognizing a plurality of mobile phones by the invention patent TW106167900 "A micro base station system for charging mobile devices", which can identify the identity of a mobile device, particularly a mobile phone.

This is a method for charging a mobile device (especially a mobile phone) and identifying the user identity of the mobile phone for the Bluetooth Bluetooth device and the iBeacon micro base station application. The user identity can be confirmed without a password, and the mobile phone is almost realized. When accessing the micro base station system at the same time, the identity of the user of the multiple mobile phones is successfully identified one by one in a very short time.

As shown in FIG. 3, the schematic diagram of the micro base station system for charging the mobile device and the multi-mobile phone access is illustrated: the first mobile phone (41) is connected to the micro base station system (1) by the USB charging line (41). In the first charging socket (21), the first charging socket (21) forms a unique identification signal group by multiple, fast and a plurality of different power switch current signals, and requests the first mobile phone (41) to identify the user. Identity.

If the first mobile phone (41) has installed and enabled the APP for the micro base station system and related services, the micro base station system (1) obtains the remote authorization and completes the identification through the APP, and the micro base station system (1) begins. A charging service is provided to the first mobile phone (41).

If the second mobile phone (42) is connected to the second charging socket (23) and the first charging (21) socket on the micro base station system (1) almost simultaneously with the first mobile phone (41), the charging and identification of the mobile phone due to the creation of the second mobile phone (42) The method allows the Bluetooth communication to be connected in an orderly manner, and can identify individual users of multiple mobile phones in a short period of time.

FIG. 1 is a method for implementing charging and identification of a multi-mobile phone according to the present invention. For example, a micro base station system for charging a mobile device identifies a user identity of a mobile device, particularly a mobile phone, and includes the following steps: a mobile phone is connected to a charging socket S11 on the micro base station system by a USB charging cable; the charging socket detects The USB port has a charging power requirement S12; the charging socket requires a unique identification signal group to identify the user identity S13 to the mobile phone; the charging socket temporarily allows the Bluetooth device to connect to the S14; the mobile phone detects the identification of the charging socket The signal group S15; the mobile phone connects the remote network to obtain the identity authorization, sends an identification request S16 to the charging socket; the charging socket answers the identification success signal S17; and the charging socket starts to provide the charging service S18 to the mobile phone.

As shown in Fig. 3, the micro base station system (1) provides a multi-port USB (21~24) power supply service with a Bluetooth module. When a multi-cell phone is connected to the charging socket of the micro base station system (1) at the same time for charging, the charging socket requests a mobile phone to identify its user identity with a unique identification signal group; the unique identification signal group is repeated multiple times. , fast and a plurality of different power switch current signals.

The charging socket temporarily allows the Bluetooth device to connect to a mobile phone. After detecting the identification signal group of the charging socket, the mobile phone obtains the identity authorization by using the APP remote network connected to the micro base station system (1) and related services. And sending an identification request to the charging socket; after the charging socket answers the identification success signal, the charging socket starts to provide charging service to the mobile phone.

As shown in FIG. 2, an embodiment of a method for charging and recognizing a multi-mobile phone according to the present invention provides a micro base station system for recognizing a mobile device to identify a mobile device, particularly a mobile phone. The identity includes the following steps: a mobile phone is connected to the charging socket S21 on the micro base station system by using a USB charging cable; the charging socket detects that the USB port has a charging power requirement S22; the charging socket has a unique identification signal group, The mobile phone requires identification of its user identity S23; the charging socket temporarily allows the Bluetooth device to connect to S24; the mobile phone detects the identification signal group S25 of the charging socket; the mobile phone does not connect to the remote network to obtain identity authorization, the charging socket The identification request S26 is not obtained; the charging socket answers the identification unsuccessful signal S27 within the time limit; the charging socket provides a restrictive charging service S28 to the mobile phone; and the charging socket prompts the mobile phone user to install the relevant micro base station system and related Service APP S29.

As shown in Fig. 3, the micro base station system (1) provides a multi-port USB (21~24) power supply service with a Bluetooth module. When a multi-cell phone is connected to the charging socket of the micro base station system (1) at the same time for charging, the charging socket requests a mobile phone to identify its user identity with a unique identification signal group; the unique identification signal group is repeated multiple times. , fast and a plurality of different power switch current signals.

The charging socket temporarily allows the Bluetooth device to connect to a mobile phone. After detecting the identification signal group of the charging socket, the mobile phone connects to the remote network of the APP related to the micro base station system (1) and related services, if not obtained. Identity authorization, the charging socket thus fails to obtain the identification request; then the charging socket will answer the identification unsuccessful signal within the time limit, and only agrees to the charging socket to the The phone offers a limited charging service, such as charging only for a few minutes at a slow speed. At the same time, the user of the mobile phone is prompted to install an APP about the micro base station system and related services, and a more complete charging service is obtained through registration and payment.

The above-described embodiments are intended to be illustrative of the features of the present invention, and are intended to be understood by those skilled in the art, and are not intended to limit the scope of the invention. Equivalent modifications or modifications made by the spirit of the invention should still be included in the scope of the patent application described below.

Claims (10)

A method for charging and recognizing a plurality of mobile phones, providing a micro base station system for charging a mobile device to identify a mobile device, in particular a mobile phone user identity, comprising: a mobile phone connected to a charging socket on the micro base station system by a USB charging cable; the charging The socket detects that the USB port has a charging power requirement; the charging socket requests the mobile phone to identify the user identity by using a unique identification signal group; the charging socket temporarily allows the Bluetooth device to connect; the mobile phone detects the charging socket Identifying the signal group; the mobile phone connects the remote network to obtain an identity authorization, sends an identification request to the charging socket; the charging socket answers the identification success signal; and the charging socket starts to provide charging service to the mobile phone. The method for charging and recognizing a plurality of mobile phones according to claim 1, wherein the micro base station system provides a multi-port USB power supply service. The method for charging and recognizing a plurality of mobile phones according to claim 1, wherein the micro base station system has a Bluetooth module therein. The method for charging and recognizing a plurality of mobile phones according to claim 1, wherein the identification signal group is composed of multiple, fast and a plurality of different power switch current signals. The method for charging and recognizing a plurality of mobile phones according to claim 1, wherein the mobile phone generally obtains an identity authorization by using an APP connection remote network about the micro base station system and related services. A method for charging and recognizing a plurality of mobile phones, providing a micro base station system for charging a mobile device to identify a mobile device, in particular a mobile phone user identity, comprising: A mobile phone is connected to the charging socket on the micro base station system by using a USB charging cable; the charging socket detects that the USB port has a charging power requirement; the charging socket requests the mobile phone to identify the user identity by using the unique identification signal group; the charging The socket temporarily allows the Bluetooth device to connect; the mobile phone detects the identification signal group of the charging socket; the mobile phone does not connect to the remote network to obtain the identity authorization, and the charging socket does not obtain the identification request; the charging socket answers and recognizes within the time limit Unsuccessful signal; the charging socket provides a restrictive charging service to the mobile phone; and the charging socket prompts the mobile phone user to install an APP about the micro base station system and related services. The method for charging and recognizing a plurality of mobile phones according to claim 6, wherein the micro base station system provides a multi-port USB power supply service. The method for charging and recognizing a plurality of mobile phones according to claim 6, wherein the micro base station system has a Bluetooth module therein. The method for charging and recognizing a plurality of mobile phones according to claim 6, wherein the identification signal group is composed of multiple, fast and a plurality of different power switch current signals. The method for charging and recognizing a plurality of mobile phones according to claim 6, wherein the mobile phone generally obtains an identity authorization by using an APP connection remote network about the micro base station system and related services.