CN107886641A - Share the remote side administration device and its application method of mobile phone charge pal in a kind of internet - Google Patents

Abstract

The present invention relates to a remote management device for Internet sharing mobile phone charging treasure and its usage method. The remote management device includes: ARM core circuit module, network communication circuit module, GSM circuit module, WIFI circuit module, sound and light alarm circuit Module, display circuit module, storage circuit module, power supply circuit module. The ARM core circuit calculates the fee according to the called user demand information and sends the power supply code to the charging treasure sharing device. Charging treasure, wireless charging treasure. The invention effectively solves the problems of intelligent control and use of power bank sharing equipment, and has a wide application range.

Description

A remote management device for Internet sharing of mobile phone charging treasure and its use method

technical field

The invention belongs to the field of Internet of Things sharing, and in particular relates to a remote management device for Internet sharing of mobile phone power banks and a method for using the same.

Background technique

At present, with the rapid development of electronic information technology and network communication technology, smart devices have gradually entered people's daily life from factories, and more and more applications and human interactions have been moved to mobile terminals, such as shared bicycles, smart homes, etc. . Therefore, people use mobile terminals more and more frequently, and the development of battery technology obviously lags behind the development of mobile terminals. It is an urgent problem that the battery power of mobile terminals cannot meet daily use. At present, the mobile power self-service charging equipment that appears on the market in places with a large flow of people, such as railway stations and bus stations, has solved the emergency charging needs of some people's mobile terminals to a certain extent.

The Chinese patent application with the application number CN201710465393.7 discloses a power sharing method and system, which is applied to a shared power bank cabinet, and the application of the shared power bank is returned, including the following steps: locking the shared power bank according to the user's input information; Carry out pre-allocation of shared charging treasure placement space; look up the association table corresponding to the locked shared charging treasure; search the user's electric energy storage device according to the association table, and replace the shared charging treasure and the user's electric energy storage device. This patent application can replace its own charging treasure or mobile power supply with the charging treasure in the shared charging treasure cabinet within a specified period, which is convenient for users to share electric energy. But this patent application also has the following technical problems: lack of remote management, low intelligence, and limited remote communication.

In addition, with the popularization of fast charging technology and wireless charging, there will be a situation where various charging needs coexist in the future. Therefore, the remote management functions of traditional interface, fast charging, ordinary interface power bank, and wireless power bank will be available at the same time. The remote management device urgently needs to appear.

Contents of the invention

In order to overcome the deficiencies of the prior art above, the present invention provides a remote management device and usage method of an intelligent Internet sharing mobile power bank with high integration, low cost and convenient operation.

To achieve the above object, the present invention adopts the following technical solutions:

A remote management device for internet-sharing mobile phone power banks, comprising an ARM core circuit module, a network communication circuit module, a GSM module, a WIFI module, a display circuit module, a storage circuit module, and an audible and visual alarm module. Described ARM core circuit module is connected with network communication circuit module, SIM card module, WIFI module, memory circuit module two-way communication respectively; The output end of described ARM core circuit module is connected with the input end of display circuit module, and described ARM core circuit module The output end of the module is connected with the input end of the sound and light alarm circuit module.

Preferably, the network communication circuit includes a network transceiver chip, and the model of the network transceiver chip is W5300 chip produced by WIZNET Company.

Further, the storage circuit includes a transient storage and a power-down storage, the power-down storage circuit includes a storage chip of the model 24C64, and the transient storage includes a SRAM chip of the model CY7C1471V33-133AXC.

Further, the GSM module is inserted into the SIM card to exchange information with the ARM core circuit through asynchronous RS232.

Further, the ARM core circuit module, network communication circuit module, GSM module, WIFI module, display circuit module, storage circuit module, sound and light alarm module, power supply module and other modules are all integrated on the same circuit board, and the circuit board Connect with external server through RJ45 socket or wireless network.

Further, the remote management device is used in cooperation with the mobile power bank sharing device.

Further, the power bank sharing devices that can be shared include common charging ports, fast charging ports, common power banks and wireless power banks.

Further, the charging treasure sharing device further includes a touch display screen and a proximity sensor, and the touch display screen displays a first screen before people approach the charging treasure sharing device; the first screen is preferably an advertisement screen.

Further, when the proximity sensor detects that a user approaches the power bank sharing device, the touch display screen displays a second screen, and the second screen is preferably a charging type selection screen. The charging type selection screen can specifically be: divided into at least four areas, and the at least four areas are respectively written or graphic marks representing charging types such as ordinary charging interface, fast charging interface, ordinary charging treasure, and wireless charging treasure. virtual key. The charging type may also include a local wireless charging type.

Further, when the user clicks one of the virtual buttons, a third screen appears on the touch screen, and the third screen is used to prompt the user to select a payment screen, and the payment screen includes coin insertion, code scanning, login account password, etc. Way;

Furthermore, when the user selects the normal charging interface and the fast charging interface, the user can choose to insert coins or log in to complete the operation;

Further, if the user selects the coin insertion operation, a fourth screen will appear, which prompts the user to insert the coin amount and the corresponding charging time; Coin amount, when the user inserts the specified amount of coins, then control the charging to start and start timing, power off at the specified time, and the charging treasure sharing device will transmit the coin amount through the remote communication module in the charging treasure sharing device To the remote management device for recording; when the user selects a common charging treasure or a wireless charging treasure, the user is prompted to log in or perform a registration operation; the coin operation and the device used can be realized by using the technology in the subway ticket vending machine in the prior art .

Further, if the user selects the login method, a fifth screen will appear, and the fifth screen displays two ways of accessing the remote management device: account password login and scan code login.

Further, the network communication module or WIFI module is used to receive information when logging in with an account password, and the SIM card module or WIFI module is preferably used to receive information when the user logs in by scanning a code or a client.

Further, when the ARM core circuit module receives the user login request sent by the power bank sharing device through the network communication module, SIM card module or WIFI module, it calls the user information in the memory circuit module to search for the stored account number Password, if the account password verification is passed, further verify the user's deposit and balance. If the requirements are met, the verification pass information is sent and the user demand information is invoked. The ARM core circuit calculates the fee according to the called user demand information and sends a power supply code to the charging treasure sharing device, and the power supply code refers to the corresponding charging treasure or charging interface stored in the memory circuit module and the charging treasure sharing device corresponding encoding. The power supply code includes at least a code representing the charging type and charging position, wherein the charging type includes at least a common charging interface, a fast charging interface, a common power bank, and a wireless power bank. After receiving the power supply code, the charging treasure sharing device can power on the ordinary charging interface and the fast charging interface or spit out the ordinary charging treasure and the wireless charging treasure. The power bank sharing device sends charging start time information and/or power bank power information to the remote management device when confirming that the ordinary charging interface, fast charging interface, ordinary power bank or wireless power bank is powered on or discharged. The remote management device stores the charging start time information or power bank power information in the memory circuit module.

Further, when the charging time of the charging interface used by the user is up, it will prompt that the charging is complete; when the user returns the charging treasure, the charging sharing device can read the unique code on the charging treasure, and the unique code is built in the charging treasure, Preferably, an NFC tag can be used, and the charging sharing device has a tag reading device that reads the NFC tag, and the tag reading device reads the NFC tag information, and transmits the NFC tag information to the remote management device for verification. The ARM core circuit module searches for the lending power bank information according to the label information, and when a matching power bank is found, the fee is calculated according to the lending information of the power bank.

The beneficial effects of the present invention are:

(1) The present invention can meet various charging needs. The disclosed charging sharing device can be used either stand-alone or in conjunction with a remote management device, so that users can complete charging even when the mobile phone cannot be turned on or is not registered, and has a wide range of applications.

(2) The present invention includes a GSM module and a WIFI module. When there is wireless hotspot coverage in the area, WIFI is used to connect with the cloud server. When there is no wireless hotspot coverage in the area, the mobile SIM card onboard the GSM module is used to send and receive mobile base station signals. The docking with the cloud server effectively solves the problem of limited communication and has a wide range of applications.

(3) The storage circuit of the present invention includes power-off storage and transient storage. When the system is powered off, user information and system database can be automatically saved, and it will automatically run when powered on. The transient storage is temporary when the ARM processor runs Save parameters, power off information will be lost automatically.

Description of drawings

FIG. 1 is a block diagram of the hardware composition of the remote management device in Embodiment 1 of the present invention;

FIG. 2 is a block diagram of a method for logging in with an account password in Embodiment 2 of the present invention;

Fig. 3 is a working block diagram of the coin-operated remote management device in Embodiment 3 of the present invention.

The meanings of the reference signs in the figure are as follows:

10—ARM core circuit 20—Sound and light alarm module circuit 30—Network communication module

40—GSM module 50—WIFI module 60—Display circuit module

70—storage circuit module 80—power supply circuit module.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention. Embodiment one

As shown in Figure 1, a remote management device and method of use of Internet sharing mobile phone charging treasure, the remote management device includes ARM core circuit module 10, sound and light alarm circuit module 20, network communication module 30, SIM card module 40. WIFI module 50, display circuit module 60, memory circuit module 70, power supply module 80. Described ARM core circuit module 10 is connected with network communication circuit module 30, SIM card module 40, WIFI module 50, memory circuit module 70 two-way communication respectively; The output end of described ARM core circuit module 10 and the input end of display circuit module 60 The output end of the ARM core circuit module 10 is connected to the input end of the sound and light alarm circuit module 20 , and the output end of the power supply module 80 is connected to the input end of the ARM core circuit module 10 .

The ARM core circuit module, network communication circuit module, GSM module, WIFI module, display circuit module, storage circuit module, sound and light alarm module, power supply module and other modules are all integrated on the same circuit board, and the circuit board passes through the RJ45 socket Or a wireless network connection with an external server.

The core circuit of described FPGA core circuit 10 realizes the conversion of communication protocol, and ARM core circuit 10 comprises S3C2410 produced by South Korea's Samsung Company. This chip has a 5-stage integer pipeline, and the instruction execution efficiency is higher. Thumb instruction set, these superior performances can well meet the working needs of this system.

Embodiment two

As shown in FIG. 2 , in the method of using the remote management device, when the user wants to charge by logging in with an account and password, the working steps of the remote management device in cooperation with the charging sharing device are as follows:

The power bank sharing device also includes a touch screen and a proximity sensor, and the touch screen displays a first picture before people approach the power bank sharing device; the first picture is preferably an advertisement picture.

When the proximity sensor detects that a user approaches the power bank sharing device, the touch screen displays a second screen, and the second screen is preferably a charging type selection screen. The charging type selection screen can specifically be: divided into at least four areas, and the at least four areas are respectively written or graphic marks representing charging types such as ordinary charging interface, fast charging interface, ordinary charging treasure, and wireless charging treasure. virtual key. The charging type may also include a local wireless charging type.

When the user clicks one of the virtual buttons, a third screen appears on the touch screen, and the third screen is used to prompt the user to select a payment screen, and the payment screen includes coin insertion, code scanning, and login account password methods;

When the user selects the normal charging interface and the fast charging interface, the user can choose to insert coins or log in to complete the operation;

If the user chooses to operate in the login mode, a fifth screen will appear, and the fifth screen displays two ways of accessing the remote management device, namely account password login and scan code login.

When using the account password to log in, use the network communication module or WIFI module to receive information, and when the user uses scanning code or client to log in, preferably use the SIM card module or WIFI module to receive information.

When the ARM core circuit module receives the user login request sent by the power bank sharing device through the network communication module, SIM card module or WIFI module, it calls the user information in the memory circuit module to search for the stored account password, if If the verification of the account and password is passed, the user's deposit and balance will be further verified. If the verification is not passed, the reason for the verification failure (wrong account and password, unpaid deposit or insufficient balance to be paid, etc.) will be sent; if the user's deposit and balance meet the requirements, then Send verification pass information and call user requirement information. The ARM core circuit calculates the fee according to the called user demand information and sends a power supply code to the charging treasure sharing device, and the power supply code refers to the corresponding charging treasure or charging interface stored in the memory circuit module and the charging treasure sharing device corresponding encoding. The power supply code includes at least a code representing the charging type and charging position, wherein the charging type includes at least a common charging interface, a fast charging interface, a common power bank, and a wireless power bank. After receiving the power supply code, the charging treasure sharing device can power on the ordinary charging interface and the fast charging interface or spit out the ordinary charging treasure and the wireless charging treasure. The power bank sharing device sends charging start time information and/or power bank power information to the remote management device when confirming that the ordinary charging interface, fast charging interface, ordinary power bank or wireless power bank is powered on or discharged. The remote management device stores the charging start time information or power bank power information in the memory circuit module.

When the user returns the charging treasure, the charging sharing device can read the unique code on the charging treasure. The unique code is built into the charging treasure, and an NFC tag can be used to store the unique code. A tag reading device for the tag, the tag reading device reads the NFC tag information, and transmits the NFC tag information to a remote management device for verification, and the ARM core circuit module searches for the lent NFC tag information according to the tag information Power bank information, if you find a matching power bank on an errand, the fee will be calculated based on the lending information of the power bank.

Embodiment Three

As shown in FIG. 3 , in the usage method of the remote management device, when the user wants to charge by inserting coins, the remote management device only reads the information on the amount of coins inserted by the user. The working steps of cooperating with charging sharing equipment are as follows:

The power bank sharing device also includes a touch screen and a proximity sensor, and the touch screen displays a first picture before people approach the power bank sharing device; the first picture is preferably an advertisement picture.

When the proximity sensor detects that a user approaches the power bank sharing device, the touch screen displays a second screen, and the second screen is preferably a charging type selection screen. The charging type selection screen can specifically be: divided into at least four areas, and the at least four areas are respectively written or graphic marks representing charging types such as ordinary charging interface, fast charging interface, ordinary charging treasure, and wireless charging treasure. virtual key. The charging type may also include a local wireless charging type.

When the user clicks one of the virtual buttons, a third screen appears on the touch screen, and the third screen is used to prompt the user to select a payment screen, and the payment screen includes coin insertion, code scanning, and login account password methods;

If the user selects the coin operation, a fourth screen will appear, which prompts the user for the coin amount and the corresponding charging time; the power bank sharing device will calculate the coin amount according to the user's charging type and charging time, When the user puts in the specified amount of coins, the charging is controlled and started to count, and the power is cut off at the specified time, and the charging treasure sharing device transmits the coin amount to the remote end through the remote communication module in the charging treasure sharing device The management device records.

Although the embodiments of the present invention have been shown and described, those skilled in the art can understand that various changes, modifications and substitutions can be made to these embodiments without departing from the principle and spirit of the present invention. and modifications, the scope of the invention is defined by the appended claims and their equivalents.

Claims (6)

1. the remote side administration device of mobile phone charge pal is shared in a kind of internet, it is characterised in that：Described remote side administration device bag Include ARM core circuit modules（10）, sound light alarming circuit module（20）, network communication module（30）, SIM card module (40), WIFI module（50）, display circuit module（60）, memory circuitry module（70）, power module（80）；The ARM core circuits Module（10）Respectively with network communication circuit module（30）, SIM card module（40）, WIFI module（50）, memory circuitry module （70）Two-way communication link；The ARM core circuit modules（10）Output end and display circuit module（60）Input connect Connect, the ARM core circuit modules（10）Output end sound light alarming circuit module（20）Input connection, the power supply mould Block（80）Output termination ARM core circuit modules（10）Input.

2. the remote side administration device of mobile phone charge pal is shared in a kind of internet as claimed in claim 1, it is characterised in that：Distally Managing device receives mobile base station signal and wireless network signal simultaneously with SIM card and WIFI module.

3. the application method of the remote side administration device of mobile phone charge pal is shared in a kind of internet as claimed in claim 1 or 2, its It is characterised by：The remote side administration device is shared equipment with charger baby and is used cooperatively, and the charger baby, which shares equipment, to be included touching Display screen and proximity transducer, the proximity transducer detected user close to charger baby share equipment when, it is described touch it is aobvious First picture is switched to the second picture by display screen.

4. the application method of the remote side administration device of mobile phone charge pal is shared in a kind of internet as claimed in claim 3, it is special Sign is：Second picture is that charge type selects picture, charge type selection picture for：Common charging inlet, fast charge connect Mouth, common charger baby and wireless charging are precious；When user selects one of them described charge type selection picture, the touch Then there is the 3rd picture in display screen, and the 3rd picture is used to prompt user to select to pay picture, and the payment picture includes throwing Coin, barcode scanning, login account pin mode, if user selects login mode operation, there is the 5th picture, the 5th picture shows Show that account number cipher logs in and log in two kinds of access remote side administration devices with barcode scanning.

5. the application method of the remote side administration device of mobile phone charge pal is shared in a kind of internet as described in claim 3 or 4, its It is characterised by：When the ARM core circuit modules receive charging by network communication module, SIM card module or WIFI module User's logging request that the shared equipment of treasured is sent to, then be invoked at the user profile of memory circuitry module, search the storage Account number cipher, further checking user cash pledge, remaining sum situation if being verified by account number cipher, sent if not verified Verify unsanctioned reason；Sent if the cash pledge and remaining sum of user meet the requirements and be verified information and calling user's request Information；The ARM core circuits are according to the user's request information computational costs of calling and share equipment to charger baby and send power supply Coding, what the power supply coding referred to be stored in the memory circuitry module shares corresponding charger baby in equipment with charger baby Or the coding that charging inlet is corresponding；Power supply coding comprises at least the coding for representing charge type, charge position, wherein charging It is precious that type comprises at least common charging inlet, fast charge interface, common charger baby and wireless charging；The charger baby shares equipment Common charging inlet, fast charge interface is enabled to be powered or spue the common charger baby, wireless after power supply coding is received Charger baby；Charger baby shares equipment and is confirming that common charging inlet, fast charge interface, common charger baby or the wireless charging are precious When being powered or spuing, charging start time information and/or charger baby information about power are sent to the remote side administration device；It is described remote The charging start time information or charger baby information about power are stored in the memory circuitry module by end managing device.

6. the application method of the remote side administration device of mobile phone charge pal is shared in a kind of internet as claimed in claim 5, it is special Sign is：Whether described remote side administration device energy automatic identification charger baby and charger, which are in malfunction and work as, is in failure When driving sound light alarming circuit give a warning information, and display is out of order the position letter of charger baby and charger on a display screen Breath, prompt staff's maintenance and safeguard corresponding charger baby and charger.