CN104616402B - Mobile client is rented and controls the system of locker - Google Patents

Abstract

The invention discloses a system for renting and controlling a locker by a mobile client, comprising: a mobile client, a space rental management unit and a locker, the locker and the space rental management unit can communicate bidirectionally, and receive all control information of the space rental management unit and send locker status information to the space rental management unit, the mobile client and the space rental management unit can communicate bidirectionally, and through interaction with the space rental management unit, Realize the operation of the locker. In addition, the invention also discloses a method for the mobile client to operate the locker. Through the system and method provided by the present invention, the user can rent and control the locker through the mobile client, which reduces the physical handover link and makes the storage of items and express handover more convenient and quick.

Description

System for renting and controlling lockers by mobile clients

technical field

The invention relates to the Internet of Things technology, in particular to a system for renting and controlling lockers through a mobile client.

Background technique

At present, lockers in public places such as supermarkets and stations are generally independent and not connected to the Internet, and the method of renting and controlling the door opening is completely based on the settings of each locker. At present, the means of renting and controlling the opening of the door include obtaining the QR code slip printed by the cabinet through coin insertion, or through the pre-configured RFID card. However, both the note and the card are real objects, and if they are damaged or lost, the door cannot be opened. Moreover, this method can only be used on an independent cabinet in a fixed place, and cannot be used through a local area network or the Internet. For smart lockers that can be connected to the Internet, such as e-commerce logistics or express delivery, users need to provide payment confirmation information when picking up the items. When sending things between ordinary users, if the tracking number and payment information cannot be provided, the locker cannot be used.

Contents of the invention

According to one aspect of the present invention, a system for renting and controlling a locker by a mobile client is provided, including: a mobile client, a space rental management unit and a locker, and the locker and the space rental management unit can communicate bidirectionally, Receive the control information of the space rental management unit and send the locker status information to the space rental management unit. The mobile client and the space rental management unit can communicate in two directions. Through the interaction with the space rental management unit, the lease and Control the operation of the locker.

Through the system provided by the invention, the user can rent and control the locker through the mobile client, which reduces the link of physical handover and makes the handover of stored items and express delivery more convenient and quick.

In some embodiments, the mobile client includes a space application module configured to send an application instruction to the space rental management unit, and receive the locker list information returned by the space rental management unit, and output the list information to the user for selection; space rental The management unit includes a space allocation module configured to receive an application instruction from the space application module, output the locker list information to the space application module, receive the locker selection information returned by the mobile client, and store the corresponding storage in the data table. The physical space information of the locker is converted into logical space information, which is output to the mobile client and the corresponding locker. By allocating logical space, it is possible to allocate space grids in real time when the user performs a deposit action, and to release locker resources when not in use or after an operation is completed, which can maximize the use of lockers and avoid empty space for users. account for resources.

In some embodiments, the logical space information is composed of a storage password and a pickup password corresponding to a cell of a locker, and the storage password and the pickup password are randomly generated. Thus, the locker storage space at a specific physical location can be located through a set of passwords for depositing and picking up.

In some implementations, the space leasing management unit further includes a monitoring module configured to receive a heartbeat signal from the locker, and obtain the operating status of the locker by monitoring the heartbeat signal. Therefore, when the locker fails, the failure information can be obtained in time, so as to quickly clear the fault and ensure the normal and efficient operation of the locker.

In some embodiments, the mobile client includes a sign-in module configured to send the pick-up instruction to the space rental management unit, and receive the processing result returned by the space rental management unit and output it to the user; the space rental management unit includes a pickup processing module, It is configured to receive the pick-up instruction, generate and output the door-opening instruction to the corresponding locker according to the pick-up instruction. Thus, the user can realize the remote control of the locker, and the operation is more convenient.

In some embodiments, the mobile client includes a space address retrieval module configured to receive retrieval condition information input by the user. The retrieval condition information includes: deposit password, pickup password, WeChat ID or mobile phone number, and send it to the space rental management unit , and receive the query result returned by the space leasing management unit and output it to the user. As a result, the user can query the bound locker according to the search conditions, which is not only convenient for viewing information by himself, but also convenient for finding a friend's mailing address for express delivery.

In some implementations, the space leasing management cloud platform further includes an information storage module configured to store the acquired state information of the locker and the lease information of the user, the state information of the locker at least includes: a locker unit cell Code, the number of free cells in the locker, the geographical location of the locker and the corresponding logical space; the lease information of the user includes at least: mobile client ID, bound locker, allocated logical space and allocated cells.

In addition, the present invention also provides a method for operating a locker through a mobile client, including:

A. The mobile client sends a space application instruction to the space rental management unit;

B. The mobile client receives the logical space information of the locker fed back by the space rental management unit;

C. The mobile client prompts the user to directly operate the locker according to the obtained logical space information, or sends a control command to the space rental management unit to operate the locker.

Through the method provided by the invention, the user can rent and control the locker through the mobile client, which reduces the link of physical handover and makes the handover of stored items and express delivery more convenient and quick.

In some embodiments, step B includes: according to the application instruction, the space leasing management unit acquires locker information that meets the instruction conditions from the data table, and returns a list of locker information to the mobile client for selection by the user; The space rental management unit receives the locker selected by the user, and randomly generates a set of storage passwords and pickup passwords corresponding to the selected locker; the space rental management unit uses the storage password and pickup password as the selected locker The corresponding logical space is stored in the data table to associate and bind the mobile client, the selected locker and the logical space; the space rental management unit outputs the logical space to the mobile client and the selected locker. By allocating logical space, it is possible to allocate space grids in real time when the user performs a deposit action, and to release locker resources when not in use or after an operation is completed, which can maximize the use of lockers and avoid empty space for users. account for resources. Moreover, the user can control the locker to store and pick up the items through the password, which reduces the physical handover, and can receive the package when the courier cannot be received face to face.

In some implementations, wherein the mobile client includes a sign-in module, the step of sending a control command to the space rental management unit to operate the locker in step C includes: the sign-in module receives the user's choice, and sends a message to the space rental management unit Send a pick-up instruction, and the space rental management unit generates a door-opening instruction according to the pick-up instruction and outputs it to the locker. Thereby, the user can realize the remote control of the locker, without inputting a password, the door can be opened and picked up by directly clicking on the pick-up menu command of the mobile client, which is more convenient.

Description of drawings

1 is a schematic diagram of the network architecture of a system for renting and controlling lockers by a mobile client according to an embodiment of the present invention;

2 is a schematic structural diagram of a locker in a system for renting and controlling a locker by a mobile client according to an embodiment of the present invention;

3 is a schematic circuit diagram of a door opening monitoring point of a locker unit in a system for renting and controlling a locker by a mobile client according to an embodiment of the present invention;

FIG. 4 is a schematic workflow diagram of a system for renting and controlling lockers by a mobile client according to an embodiment of the present invention.

detailed description

The present invention will be described in further detail below in conjunction with the accompanying drawings.

Fig. 1 schematically shows a network architecture of a system for renting and controlling lockers through a mobile client according to an embodiment of the present invention.

As shown in FIG. 1 , the system includes: a mobile client 1 , a space rental management unit 2 and a locker 3 . The mobile client 1 accesses the space leasing management unit 2 through networks such as WiFi, 2G network, 3G network or broadband, and performs operations of renting and controlling the locker 3 . The locker 3 realizes the network connection with the space leasing management unit 2 by connecting the external device 5, such as connecting a router or a switch through a network cable, receives the instruction sent by the space leasing management unit 2, and sends the status information of the locker 3 And the response result is fed back to the space rental management unit 2. A plurality of lockers 3 placed in different places are connected to the space rental management unit 2 through a network. The space leasing management unit 2 conducts unified management of the status information of all the lockers 3 connected in different places through information storage, and provides the mobile client 1 with remote rental and control services for the connected lockers 3 .

As shown in FIG. 1 , the space rental management unit 2 is carried on a remote network server 4 accessible by the Internet, and includes a space allocation module 21 , an information query module 22 , an information receiving module 23 and an information storage module 24 . The space allocation module 21 is configured to receive the space application instruction sent by the mobile client 1, return the qualified locker list information to the user for selection according to the space application instruction, and according to the request of the mobile client 1, store the corresponding locker in the data table The physical space of the locker is converted into a logical space, and at the same time, the locker selected by the user is bound to the user's mobile client 1, and the logical space is allocated to the mobile client 1. The information query module 22 is configured to receive the query condition instruction sent by the mobile client 1 , query the locker information stored in the information storage module 24 according to the query condition instruction, and return the corresponding query result to the mobile client 1 . The information receiving module 23 is configured to receive the operation result sent by the locker 3 (such as the specified cabinet door has been successfully opened), and send a response message to the mobile client 1 according to the operation result (such as a pick-up password or a notification of successful pick-up) . The information storage module 24 is configured to store the acquired state information of the locker and the rental information of the user in the data table, the state information of the locker at least includes the following information: locker space code, number of free cells of the locker , the geographical location of the locker and the corresponding logical space; the lease information of the user includes at least the following information: mobile client ID, bound locker, allocated logical space and allocated cell. The mobile client 1 can be an APP client carried on a mobile device, such as WeChat on a mobile phone, and includes a space application module 11 and a sign-in module 12 . The space application module 11 is configured to send an application instruction to the space rental management unit 2, and receive the locker list information returned by the space rental management unit 2, and output the list information for the user to select the desired locker for binding, so as to lease and control. The sign-in module 12 is configured to send the pick-up instruction to the space rental management unit 2, receive the processing result returned by the space rental management unit 2, and output it to the user.

When the user 6 chooses to rent the locker 3 through the space application module 11 of the mobile client 1, the space application module 11 is connected to the space rental management unit 2 through the network. After receiving the application instruction, the space allocation module 21 returns the list information of the lockers 3 that meet the instruction conditions to the mobile client 1 , and the user 6 selects the specific locker 3 . Among them, the application instruction is marked by a character string. If the user 6 clicks the "Change Locker" menu on the mobile client, the character string change will be sent; Directly click "Select Locker", and the string default will appear. After the user 6 selects the locker 3 to be rented, the space allocation module 21 sends the received information of the selected locker 3 to the information storage module 24, and the information storage module 24 stores the information of the selected locker. The space code is stored in the table of the mobile client ID corresponding to the current operation, so that the mobile client 1 is bound to the selected locker through the ID and the space code. Simultaneously, space allocation module 21 randomly generates one group of mutually different deposit passwords and pick-up passwords (the deposit password is different from the pick-up password, and the logical space address formed by each group of deposit passwords and pick-up passwords is also different from other groups. ), a logical space address is formed by depositing and picking up the password, and the logical space address uniquely corresponds to the physical space of a locker 3. Thus, the space allocation module 21 converts the physical space of the locker 3 into a logical space marked by a logical space address. Afterwards, the information of the logical space is stored in the data table corresponding to the status information of the locker and the user lease information by the information storage module 24 respectively, so as to combine the mobile client, the physical space of the locker, and the logical space of the locker or associated to complete the allocation of logical space addresses.

For example, a user with a WeChat ID of 123 applies for a space through the mobile phone WeChat client and selects a nearby locker 9999, and the space allocation module 21 randomly generates a set of deposit password 123456 and pick-up password 654321, and 123456654321 constitutes a logical space address Corresponding to the locker 9999, by storing 123456654321 in the corresponding logical space address item of the locker status information, all the status information of the locker 9999 can be found through this logical address, and the locker space number 9999 and The logical address 123456654321 is stored in the user rental information table with the WeChat ID of 123, and the locker selected by the user can be bound to the user's mobile client. When the mobile client sends instruction information to the space rental management unit 2, the Can get the details of the locker they use.

After the logical space is allocated, the space allocation module 21 returns the storage password to the mobile client 1, and at the same time sends the logical space information of the locker, that is, a set of storage password and pickup password, to the corresponding locker for storage.

The mobile client 1 can also include a space retrieval module 14 configured to receive the retrieval condition information input by the user. The retrieval condition information includes: deposit password, pick-up password, micro-signal or mobile phone number, send to the space rental management unit, and receive The query result returned by the space leasing management unit is output to the user. When user 6 needs to inquire about the status information of his own locker such as the geographic location of the locker (ie address) or inquire about the information of a friend's locker, he can input the mobile client ID (such as mobile phone number, WeChat ID or Momo number) etc.) or password search or by clicking on the link menu option of the bound locker, it can be connected to the information query module 22 of the space rental management unit 2, and the information query module 22 can be used according to the retrieval conditions (such as mobile client ID or password) from the information storage module 24 to inquire and extract the address information of the corresponding locker and return to the mobile client 1. The user 6 finds the locker 3 according to the geographical location of the locker 3 . The deposit operation is carried out manually (that is, manually input the deposit password on the locker 3 to open the corresponding cell cabinet door). After the deposit is completed, the locker 3 sends the information about the specific cell to be stored and the successful opening and closing action information of the cabinet door to the information receiving module 23 of the space rental management unit 2 . The information receiving module 23 sends the pick-up notice and the pick-up password information to the mobile client 1 according to the information fed back by the locker 3, and notifies the user 6 to pick up the pick-up. After the user 6 receives the pick-up reminder, he can remotely pick up the piece through the sign-in module 12 on the mobile client 1, or manually input the pick-up password on the locker 3 to pick up the piece.

The space rental management unit 2 also includes a pick-up processing module 26 configured to receive a pick-up instruction from the mobile client 1, generate a door-opening instruction according to the pick-up instruction, and find a corresponding locker according to the mobile client ID, and send the door-opening instruction Send it to the corresponding locker, and control the opening of the cell of the locker. When picking up the item through the sign-in module 12, the user 6 clicks on the "pickup" command menu on the interactive interface of the mobile client 1, and the sign-in module 12 generates a pick-up command and sends it to the space rental management unit 2. Wherein, the pick-up instruction can be a character string composed of the current mobile client ID and the pick-up identifier. For example, the user 6 signs for the pick-up through the WeChat client whose WeChat ID is 1111, and the sign-in module 12 will send the 1111 Q according to the selection of the user 6. Send to space rental management unit 2. The pick-up processing module 26 of the space rental management unit 2 receives the pick-up instruction, and according to the ID of the currently operating mobile client, finds a qualified "bound storage" from the user's lease information data stored in the information storage module 24. According to the content information of the bound locker and the assigned cell, generate the door opening instruction. For example, the space code of the bound locker is 5555, and the assigned cell If it is 0002, the instruction information of 555500021 is generated, and the door opening instruction is sent to the designated locker (that is, the locker whose space code is 5555) through the Http protocol to control the opening of the corresponding cell door of the corresponding locker 3.

When the picker picks up the item by inputting the pick-up password on the locker 3, the locker 3 obtains the pick-up password, and generates a door opening instruction according to the locally stored pick-up password and the associated information of the corresponding cell. Open the cabinet door of the corresponding cell. If the picker selects "Pickup" on the locker and enters the pick-up password 123456, the locker obtains the password and retrieves the data table stored locally, finds the cell with the pick-up password 123456, such as 0002, and generates an open door command 00021 is sent to the electric lock control panel of the cell, and the electric lock is turned on to open the cabinet door of the corresponding cell. After successfully signing, the locker 3 feeds back the information that the door has been successfully opened to the information receiving module 23 of the space rental management unit 2, and the information receiving module 23 notifies the user 6 that the item has been successfully picked up.

Through the system provided by the present invention, users can rent and control lockers remotely through the mobile client, and store and deliver items according to real-time needs. In addition, this system binds the mobile client to the locker after the user selects the locker, and allocates cells in real time when the user performs a storage action, and releases them when not in use or after an operation is completed. Locker resources are allocated to maximize the use of lockers and prevent users from occupying resources. At the same time, the functional design of both WeChat sign-in and password sign-in enables users to successfully complete storage and express delivery when the network is good or the network is temporarily bad, or when the user cannot access the item in person. The face-to-face handover between people weakens the restriction and influence of people on the logistics link (storage and express delivery), which is very convenient.

The space rental management unit 2 also includes a monitoring module 25 . The monitoring module 25 is used for receiving the heartbeat signal sent by the locker 3, and monitoring the operation state of the locker 3 through the heartbeat signal. The locker 3 sends a heartbeat signal to the monitoring module 25 through the Http protocol every 5 seconds in the normal operation state, and the monitoring module 25 judges whether the locker 3 can normally receive the heartbeat signal within the corresponding time by judging whether the locker 3 Is it running normally. When the monitoring module does not receive any heartbeat signal within 10 times, that is, within 50 seconds, it is judged that the corresponding locker may be down or other failures, that is, the administrator of the space rental management unit 2 sends a locker 3 failure, and needs to For timely maintenance information, the administrator will send someone to clear the fault in time.

The mobile client 1 also includes an information display module 13 configured to receive the information of the locker currently selected for rent sent by the space leasing management unit 2, such as the number of free cells of the current locker and the geographic location of the current locker, etc. , and the output is displayed to the user. When the user needs to deposit a file, he can first check the geographic location and the number of free cells of the locker in the information display module 13. When the number of free cells in the current position is greater than 0, he can go to this locker to deposit the file. If there is no free cell, it will display 0, and you can choose to replace other lockers 3 that meet the required conditions through the space application module 11 .

It should be noted that the mobile client 1 has a visual interface menu, and the user can perform the above operations, rent and control the locker through the corresponding options of the visual interface menu, which can achieve a better human-computer interaction effect.

Fig. 2 schematically shows the structure of a locker in a system for renting and controlling lockers through a mobile client according to an embodiment of the present invention.

As shown in FIG. 2 , the locker 3 includes: a cabinet body 2 , a cell 200 disposed in the cabinet body 2 , an electric lock control panel 201 and a computer 203 . The electric lock control board 201 can be placed in the controller space 202 . The cabinet door of the cell 200 is connected with an electric lock 204 . The electric lock 204 is connected with the electric lock control panel 201 . The electric lock control panel 201 is connected to the computer 203 through the network, and the computer 203 is connected to the remote network server 4 through the network. Thus, by installing corresponding modules in the computer 203, the door opening or closing control command can be sent to the electric lock control panel 104, and the space rental management unit 2 loaded on the remote network server 4 can also be directly communicated through the network. The user connects the space leasing management unit 2 through the mobile client 1 and sends an instruction to the locker 3 , so that the user rents and controls the locker 3 through the mobile client 1 .

Wherein, in order to realize the functions of the system, the modules installed in the computer 203 of the locker 3 at least include a control module, an input module, a positioning module, a data storage module and a monitoring module. The control module is used to generate the command information sent by the space rental management unit 2 received through the Internet as a door opening control command and send it to the electric lock control board 201. After the electric lock control board 201 receives the control command, it will set the designated electric lock 204 is connected to control the opening of the corresponding cell cabinet door. The input module is composed of a display unit, an input keyboard and a menu selection module, and is used for receiving instruction information input by a user. When the user inputs instruction information through the input module, the control module can also generate a door opening control instruction according to the input instruction information and send it to the electric lock control board 201 . The positioning module is used to provide the physical location information of the locker, which can be any one of GPS global positioning system, Beidou satellite navigation system or Galileo satellite navigation system in the prior art. The data storage module is used to store the state information of the cell, and the state information at least includes: cell ID, command information, control command, cabinet door opening or closing status, cell size, space empty and full status, and control command sending records. The monitoring module is used to monitor the opening state of the cell cabinet door, and is configured to retrieve the state information stored in the data table of the data storage module when receiving the information that the cell cabinet door sent by the electric lock control board 201 has been opened, according to The control command sends records to judge whether the currently opened cell cabinet door is opened without authorization. If the control command sending record of the currently opened cell cabinet door is not sent, the current action of opening the cabinet door is unauthorized door opening. When detecting that the cell cabinet door is to open the door without authorization, an alarm signal will be sent, and the abnormal information of the unauthorized door opening will be submitted to the space rental management unit 2 on the network server 4, so that the administrator can monitor the abnormal state, Instantly alarm or notify users to reduce the risk of theft.

As shown in FIG. 2 , a lighting lamp 2001 is installed in the storage unit 200 of the locker, and the lighting lamp 2001 has a linkage switch with the cabinet door. That is, when the cabinet door is opened, the light 2001 turns bright at the same time, illuminating the entire cell 200 to facilitate the user's access to items, and when the cabinet door is closed, the light 2001 goes out at the same time.

FIG. 3 is a schematic circuit schematic diagram of the door opening monitoring point of the cabinet door of the unit cell 200 . As shown in Figure 3, on the side A of the electric lock control board 201 of the locker, a pull-up resistor 3011 is connected in parallel with the lamp 2001, so that when the circuit on the B side is in a disconnected state, the pull-up resistor 3011 can monitor The voltage at point 3012 is stable at a high level state, which reduces circuit fluctuations caused by the lamp 2001 being turned off and in a high resistance state. On one side of the electric lock 204, that is, the B side, the circuit on the A side is connected in parallel to the lamp 2001, and the lamp 2001 is connected in series with the key switch 3021, and the switch 3021 is connected to the door opening spring of the electric lock 204 of the cabinet door. At the same time, a door-opening state monitoring point 3012 is connected between the lamp 2001 and the key switch 3021. When the cabinet door is in the closed state at ordinary times, the key switch 3021 of the door-opening spring disconnects the circuit under the action of the spring tension, and the light 2001 goes out, and the door is opened at this time. The state monitoring point 3012 is at a high level; when the cabinet door is opened, the key switch 3021 connected to the door opening spring is closed under the push of the spring pressure to connect the circuit, and the light 2001 is brightened, and the door opening state monitoring point 3012 is at a low level at this time. The electric lock control board 201 includes a detection module, which is configured to sequentially read the voltage of the monitoring point 3012 in the linkage circuit of each cell, and when the monitoring point 3012 is low level, the state information that the cabinet door of the corresponding cell has been successfully opened Send to computer 203. As a result, the linkage switch between the lamp 2001 and the cabinet door is realized, which is convenient for the user to see more clearly when the light is poor or when there are many storage items, so as to avoid missing items. Moreover, by adjusting the voltage of the monitoring point 3012 through the pull-up resistor 3011 connected in parallel, it is possible to reduce clutter and electromagnetic interference to the circuit, and realize the monitoring of the open state of the cabinet door of the unit cell 200 by the electric lock control board 201 .

Fig. 4 schematically shows the workflow of the system in which users rent and control lockers through mobile clients. Wherein, the mobile client 1 can be a mobile phone APP, WeChat, Momo, etc., which can bind the locker 3 through a unique login number, all of which can realize the functions of the present invention. This embodiment takes renting and controlling lockers to store items through mobile phone WeChat as an example, as shown in Figure 4, the method includes:

Step S401: Follow the official account of the locker through WeChat.

Step S402: Select a locker through WeChat.

When the user deposits items, he or she selects a locker through WeChat on the mobile phone, and the mobile client is connected to the space rental management unit on the network server through the network. The space allocation module of the space rental management unit receives the instruction information for selecting a locker, and will provide the list of geographic location information of the locker to the user's WeChat client according to the geographic location information provided by the positioning module of each locker, Locker selection is made by the user. Among them, when the user selects a locker, he can search by entering the locker space code or geographical location keywords to obtain specific locker information for selection, or he can click on the "nearby lockers" menu option on the client , to obtain a list of locker information in a nearby location, and select a locker.

Step S403: The space leasing management unit binds the selected locker to the user, assigns a password for access and retrieval, and sends the password for storage to the user's WeChat.

After the locker is selected, the space allocation module of the space rental management unit will allocate a logical storage space for the locker at the geographic location for the user, and update the data information of the information storage module to link the selected locker with the sending command The user is bound through the locker space code and the mobile client ID (WeChat ID). The space allocation module of the space rental management unit allocates logical storage space by randomly generating a set of passwords, which include a six-digit deposit password and a six-digit pick-up password, such as 123456 and 654321. Different from each other, forming a logical space, corresponding to the specific physical space of a locker. Afterwards, the space allocation module sends the deposit password to the user's WeChat client, and sends the set of passwords to the selected locker, which is stored by the data storage module of the corresponding locker computer. After that, the user can use the deposit password to deposit the item.

Step S404: Determine the address of the locker, and input the deposit password.

When the user needs to deposit, check the free cell data of the bound locker displayed in the information display module on WeChat. If the number of free cells is greater than 0, the locker is found based on the geographic location of the selected locker. After the user arrives at the geographic location where the selected locker is located, the user selects the storage item in the menu selection module of the input module of the computer of the locker, selects the cell size (large, medium, small) by the keyboard, and enters Save the password to open the cabinet door of the cell.

Step S405: The computer in the locker allocates storage cells according to the storage password.

The computer control module of the locker obtains the input storage instruction, cell size and storage password, and judges whether the password is valid according to the storage password stored in the data storage module, that is, checks whether the password is assigned to the current storage Locker password. If receiving a signal that is a valid password, the control module allocates a free cell to the user according to the state of the cell stored in the data table.

Step S406: The computer of the locker sends an instruction to open the door to the control board of the electric lock.

After the cell is allocated, the control module sends the command to open the cabinet door of the cell to the electric lock control panel through the TCP/IP protocol. Wherein, the instruction is composed of a character string indicating the cell number and an opening flag, such as 0051, which means opening the cabinet door of cell No. 5. After the electric lock control board receives the door opening instruction, it connects the circuit of the electric lock of the corresponding cell, and the cabinet door of the cell is opened. The user can then place the checked item in the opened cell

Step S407: The electric lock control board detects the state of the cabinet door, and notifies the computer of the locker that the cabinet door has been opened.

The detection module of the electric lock control board obtains the voltage state of the door opening monitoring point in the cabinet door linkage circuit of each cell cyclically. When it detects that the voltage of the monitoring point is low, it judges that the cabinet door of the cell has been successfully opened, and The status information that the cabinet door has been opened is sent to the monitoring module of the computer, and the monitoring module judges whether the opening of the door is authorized to open the door (the specific method is as described above), and if it is an unauthorized opening, the information is sent to notify the space rental management unit. Inform the administrator to make an alarm or notify the user through the space rental management unit. If it is authorized to open the door, the information that the cabinet door of the corresponding cell has been successfully opened is notified to the space rental management unit. Afterwards, the monitoring module submits the state information to the data storage module, and updates the state information of the corresponding cell.

Step S408: The space rental management unit sends the pick-up notice and the pick-up password to the picker's WeChat.

When the user puts the stored items into and closes the cell cabinet door, the electric lock control board detects that the cabinet door has been closed, and sends the status information of the cabinet door closing to the computer, and its control module returns the corresponding cabinet door closed status to the computer. Space rental management unit. After the space rental management unit receives the status information, it will send the confirmation information of the successful deposit, the pickup prompt information and the pickup password to the user's WeChat.

Step S409: The picker goes to the locker to receive the parcel with the pick-up password or WeChat signature.

When the user picks up the item in person, he or she can select the option to pick up the item through WeChat’s option of picking up the item or directly in the input module of the locker and enter the pick-up password to sign for the item. When it is not the user himself, but by a friend or family member of the user, the picker only needs to be informed of the pick-up password, and the picker selects the pick-up option through the input module and enters the pick-up password to sign for the pick-up. When picking up the package through WeChat, the user clicks on the pickup menu option on WeChat, and the pickup processing module of the space rental management unit receives the pickup instruction through the Http protocol, and finds the locker and locker bound by the current user through the information storage module. The stored cell information forms a door opening instruction, and sends the door opening instruction to the corresponding locker computer through the information feedback module. Among them, the door opening command is composed of the locker space code, the cell number and the opening command. For example, according to the user's WeChat ID, the corresponding locker space code found is 1111, and the cell used for depositing is the locker's The No. 5 cell forms a door opening command of 11110051, which is sent to the corresponding locker computer with the space code 1111. The control module of the locker computer receives the door-opening instruction and is about to send the door-opening instruction to the electric lock control panel, and the electric lock of the cabinet door of the corresponding cell is connected by the electric lock control panel to open the cabinet door. When the pick-up password is input through the input module to pick up the piece, the control module of the computer judges whether the pick-up password is valid or not by comparing with the pick-up password stored in the data storage module according to the received instruction and password information. If it is a valid pick-up password, find the cell corresponding to the password from the data table, and then send the control command to open the cabinet door of the corresponding cell to the electric lock control board, and the electric lock control board will send the corresponding electric lock The lock is connected to open the cabinet door. Afterwards, the electric lock control board notifies the computer that the corresponding cell cabinet door has been successfully opened through the monitoring module. The monitoring module judges whether the opening of the door is authorized. If the door is opened without authorization, the space rental management unit is notified, so as to notify the administrator to call the police or notify the user. If it is authorized to open the door, the information that the cabinet door of the corresponding cell has been successfully opened is notified to the space rental management unit, and the space rental management unit notifies the user mobile client of the information that the pickup is completed. At the same time, the monitoring module submits the state information to the data storage module, and updates the state information of the corresponding cell.

As a result, users can rent and control lockers through the client APP software of mobile devices, such as mobile phone WeChat, etc., to realize timely and convenient item storage and handover. When doing online shopping and express delivery, you can also directly send online shopping and express items to the locker you need by providing the geographical location of the bound locker. It is also convenient when you are not at home when express delivery Receive.

Through the system provided by the present invention, users not only have more flexible and convenient methods of storage, online shopping and express delivery, but also enable the logistics link to break away from human limitations, so that the Internet of Things technology can better provide people with more efficient and smarter services. Serve. Moreover, this system realizes the unified management of lockers in various places through the remote space rental management unit, and provides logical space addresses for mobile clients, so that the use of lockers can be separated from physical handover, and only in actual storage. Start binding and physical allocation to prevent users from occupying locker space resources and effectively improve the utilization rate of locker space resources.

What have been described above are only some embodiments of the present invention. For those skilled in the art, without departing from the inventive concept of the present invention, several modifications and improvements can be made, and these all belong to the protection scope of the present invention.

Claims (8)

1. mobile client is rented and controls the system of locker, it is characterised in that including: mobile visitor Family end, space hire out administrative unit and locker, and described locker hires out administrative unit with described space Can two-way communication, receive described space and hire out the control information of administrative unit and hire out to described space Administrative unit sends locker status information, and described mobile client hires out administrative unit with described space Can two-way communication, by with described space hire out administrative unit mutual, it is achieved to described locker Operation；

It is characterized in that, described mobile client includes that module is applied in space, is configured to pass to described Space is hired out administrative unit and is sent application instruction, and receives the storage that described space taxi administrative unit returns Thing cabinet list information, exports described list information and selects to user；Administrative unit is hired out in described space Distribute module including space, be configured to receive the application instruction of described space application module, by locker List information exports applies for module to described space, and receives the locker that described mobile client returns Selection information, is converted to logic by the physical space information of the corresponding locker of storage in described tables of data Spatial information, output to described mobile client and described corresponding locker.

System the most according to claim 1, it is characterised in that described logical space information is by right The cell of locker described in Ying Yu deposits part password and pickup password composition, described in deposit part password and described Pickup password randomly generates.

System the most according to claim 1, it is characterised in that administrative unit is hired out in described space Also include monitoring module, be configured to receive the heartbeat signal that described locker is sent, described by monitoring Heartbeat signal obtains the running status of described locker.

System the most according to claim 1, it is characterised in that described mobile client includes signing Receive module, be configured to that pickup instruction is sent to described space and hire out administrative unit, and receive described sky Between hire out administrative unit return result export to user；Described space is hired out administrative unit and is included Pickup processing module, is configured to receive described pickup instruction, generates and to right according to described pickup instruction The locker output door open command answered.

System the most according to claim 1, it is characterised in that described mobile client includes sky Between address search module, be configured to receive user input search condition information, described search condition believe Breath includes: deposit part password, pickup password, micro-signal or cell-phone number, is sent to described space and hires out pipe Manage unit, and the Query Result receiving described space taxi administrative unit return exports to user.

6. according to the system described in any one of claim 1 to 5, it is characterised in that described space goes out Rent administrative unit and also include information storage module, be configured to the status information of locker obtained and use The information of renting at family is stored in tables of data, and the status information of described locker includes: locker space Coding, locker free cells lattice number, locker geographical position and the logical space of correspondence；Described use The information of renting at family includes: mobile client ID, the locker of binding, the logical space of distribution and point The cell joined.

7. the method for mobile client operation locker, including:

A, mobile client are hired out administrative unit and are sent space application instruction to space；

The logic that B, described mobile client receive the locker that administrative unit feedback is hired out in described space is empty Between information；

C, described mobile client prompting user enter locker according to the described logical space information obtained Row operation, or to described space taxi administrative unit transmission control instruction, locker is operated；

Wherein, described step B includes:

Space is hired out administrative unit and is instructed according to described application, obtains and meet instruction condition from tables of data Locker information, and return locker information list give described mobile client, for user select；

Space is hired out administrative unit and is received the locker that user selects, stochastic generation one group and described selection Locker corresponding deposit part password and pickup password；

Space is hired out administrative unit and is deposited part password and the pickup password locker as described selection using described Logical space correspondence store in tables of data, with by described mobile client, the storing of described selection Cabinet and the association binding of described logical space；

Administrative unit is hired out by the output of described logical space to described mobile client and described selection in space Locker.

Method the most according to claim 7, wherein, described mobile client includes signing for module, Locker is operated by the administrative unit transmission control instruction of hiring out to described space in described step C Step include: described in sign for module receive user selection, to described space hire out administrative unit send out Sending pickup to instruct, described space is hired out administrative unit and is generated door open command output according to described pickup instruction To described locker.