CN110232786B - Method and device for obtaining or occupying free storage space of intelligent storage cabinet - Google Patents
Method and device for obtaining or occupying free storage space of intelligent storage cabinet Download PDFInfo
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- CN110232786B CN110232786B CN201910328610.7A CN201910328610A CN110232786B CN 110232786 B CN110232786 B CN 110232786B CN 201910328610 A CN201910328610 A CN 201910328610A CN 110232786 B CN110232786 B CN 110232786B
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00309—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys operated with bidirectional data transmission between data carrier and locks
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00571—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys operated by interacting with a central unit
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00896—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys specially adapted for particular uses
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/10—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property
- G07F17/12—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property comprising lockable containers, e.g. for accepting clothes to be cleaned
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Abstract
The invention relates to a method for obtaining or occupying the free storage space of an intelligent storage cabinet, which comprises the following steps that a user mobile communication terminal is connected with the intelligent storage cabinet; acquiring unique identification information and state information of the intelligent locker through the wireless transmission channel, and sending the unique identification information to a server; sending the use information to the user mobile communication terminal; selecting an idle storage space, and verifying the state of the idle storage space by using state information to obtain a box number of the selected storage space; and generating an unlocking instruction according to the obtained storage space box number and sending the unlocking instruction to the intelligent storage cabinet through the wireless transmission channel. The invention also relates to a device for realizing the method. The method and the device for obtaining or occupying the storage space of the intelligent storage cabinet have the following beneficial effects: the requirement is low, the operation is simple, and the parallel operation can be realized.
Description
Technical Field
The invention relates to the field of intelligent lockers, in particular to a method and a device for obtaining or occupying the free storage space of an intelligent locker.
Background
The intelligent locker is usually used in the fields of temporary storage of articles, delivery of express delivery and the like, and a traditional use method of the intelligent locker is that a user (including a postman, a pickup or a user temporarily storing articles) triggers a key or a touch screen on the intelligent locker to express the requirement of articles to be stored in a certain way, and the intelligent locker selects or selects an idle storage space to be opened according to the use data of the storage space stored in the intelligent locker for the user to use. Generally speaking, in such a situation, the intelligent locker certainly communicates with a remote server or a cloud server, and reports data or fault information so as to facilitate unified management. In the conventional structure, the requirement for the intelligent locker is high, for example, a network unit connected with a server, a memory for storing the use state data of the intelligent locker, and the like are required; the operation of the control unit is also complex, for example, the storage space to be opened needs to be selected, and the part for generating an unlocking command needs to be selected; because the operation unit and the control unit are both centralized on the intelligent storage cabinet, the operation of one user can be processed during field operation, and the operation of a plurality of users cannot be performed in parallel.
Disclosure of Invention
The invention aims to solve the technical problems that in the prior art, the requirements are high, the operation is complex and the parallel operation cannot be performed, and provides a method and a device which have low requirements on an intelligent locker and are simple to operate and can be used for obtaining or occupying the storage space of the intelligent locker by performing the parallel operation on a plurality of users on site.
The technical scheme adopted by the invention for solving the technical problems is as follows: a method for obtaining or occupying free storage space of an intelligent locker is constructed, wherein the intelligent locker comprises a close-range wireless transmission module which is provided with at least one wireless transmission channel and is connected with a control unit of the intelligent locker; the method comprises the following steps:
A) the application program running on the user mobile communication terminal is connected with the intelligent storage cabinet through the wireless transmission channel;
B) acquiring the unique identification information and the state information of the intelligent locker through the wireless transmission channel, and sending the unique identification information to a server through a data communication channel of the user mobile communication terminal; the state information comprises the locking state of the storage space and the article detection information in the storage space;
C) searching the use information of the intelligent locker according to the unique identification information of the intelligent locker, and sending the use information to the user mobile communication terminal;
D) selecting an idle storage space according to the use information, and determining the state of the idle storage space by using the state information to obtain a box number of the selected storage space;
E) and generating an unlocking instruction according to the obtained storage space box number and sending the unlocking instruction to the intelligent storage cabinet through the wireless transmission channel.
Still further, the step a) further comprises:
A1) running the application program, and logging in the server through a data communication channel of the user mobile communication terminal;
A2) receiving a broadcast signal sent by a short-distance wireless transmission module of the intelligent locker, and requesting the server for a secret key connected with the short-distance wireless transmission module;
A3) and establishing connection with the short-distance wireless transmission module through the wireless transmission channel of the short-distance wireless transmission module by using the secret key issued by the server.
Still further, the step C) further comprises:
the step C) further comprises the following steps:
C11) comparing the obtained unique identification information of the intelligent locker with the intelligent locker information stored by the server to obtain storage space use information corresponding to the intelligent locker and corresponding to the identification information;
C12) and sending the use information of the storage space to the user mobile communication terminal through a data communication channel of the user mobile communication terminal.
Still further, the step D) further comprises: selecting an idle storage space according to the use information to obtain the serial number of the storage space; judging whether the state of the storage space is normal or not through the state information corresponding to the storage space, if so, marking the use information of the free storage space, and sending the updated use information to a server for storage; if not, marking the storage space to be abnormal, and selecting another free storage space to repeat the step;
judging whether the state of the storage space is normal or not comprises judging whether a door lock of the storage space is closed or not and judging whether articles exist in the storage space or not by acquiring a state information value representing the storage space; the state information of the intelligent locker comprises a multi-byte datum, and numerical values on different bits in the datum represent closing or opening of a designated door lock and the storage space with or without articles. Judging whether the state of the storage space is normal or not comprises judging whether a door lock of the storage space is closed or not and judging whether articles exist in the storage space or not by acquiring a state information value representing the storage space; the state information of the intelligent locker comprises a multi-byte datum, and numerical values on different bits in the datum represent closing or opening of a designated door lock and the storage space with or without articles.
Still further, the step D) further comprises:
and displaying the idle storage space in the received storage space use information and the serial number thereof on an application program interface according to the actual position of the idle storage space on the intelligent storage cabinet, so that a user can click to select the idle storage space.
Furthermore, the marking of the storage space usage information includes marking data representing the currently selected storage space, namely, modifying a designated position in the data into a set value representing that the storage space is used.
Still further, the step E) further comprises:
E1) respectively obtaining the unique identification information of the intelligent locker used by the application program and the received serial number information of the storage space;
E2) and generating an unlocking instruction according to a set rule by using the information, and sending the unlocking instruction to the intelligent storage cabinet to open the corresponding electric control lock on the intelligent storage cabinet.
The invention also relates to a device for realizing the method, wherein the intelligent locker comprises a short-distance wireless transmission module which is provided with at least one wireless transmission channel and is connected with the control unit of the intelligent locker; the device comprises:
a connection unit: the intelligent storage cabinet is used for establishing connection between an application program running on a user mobile communication terminal and the intelligent storage cabinet through the wireless transmission channel;
a server connection unit: the system comprises a wireless transmission channel, a server and a user mobile communication terminal, wherein the wireless transmission channel is used for acquiring the unique identification information and the state information of the intelligent locker and sending the unique identification information to the server through the data communication channel of the user mobile communication terminal; the state information comprises the locking state of the storage space and the article detection information in the storage space;
the usage information acquisition unit: the system comprises a user mobile communication terminal, a user identification server and a user storage device, wherein the user mobile communication terminal is used for storing unique identification information of an intelligent storage cabinet;
storage space selection unit: the system comprises a storage space, a state information acquisition unit, a storage space storage unit and a display unit, wherein the storage space is used for storing the use information of the storage space;
an unlock instruction generation unit: and the intelligent storage cabinet is used for generating an unlocking instruction according to the obtained storage space box number and sending the unlocking instruction to the intelligent storage cabinet through the wireless transmission channel.
Further, the usage information acquiring unit further includes:
a usage information acquisition module: the system comprises a server, a unique identification information acquisition module, a storage space information acquisition module and a storage space information acquisition module, wherein the server is used for storing the unique identification information of the intelligent storage cabinet;
the use information transmission module: the storage space using information is sent to the user mobile communication terminal through a data communication channel of the user mobile communication terminal;
the storage space selecting unit further includes:
storage space selects and marks module: the system comprises a storage space, a storage device and a control device, wherein the storage space is used for selecting an idle storage space according to the use information to obtain a serial number of the storage space; judging whether the state of the storage space is normal or not through the state information corresponding to the storage space, if so, marking the use information of the free storage space, and sending the updated use information to a server for storage; if not, marking the storage space to be abnormal, and selecting another free storage space to repeat the operation;
judging whether the state of the storage space is normal or not comprises judging whether a door lock of the storage space is closed or not and judging whether articles exist in the storage space or not by acquiring a state information value representing the storage space; the state information of the intelligent locker comprises a multi-byte datum, and numerical values on different bits in the datum represent closing or opening of a designated door lock and the storage space with or without articles.
Still further, the unlocking instruction generating unit further includes:
an information acquisition module: the unique identification information of the intelligent storage cabinet and the received serial number information of the storage space are used for the obtained application programs respectively;
an unlocking instruction generation module: the intelligent storage cabinet is used for generating an unlocking instruction according to a set rule by using the information, and sending the unlocking instruction to the intelligent storage cabinet to open the corresponding electric control lock on the intelligent storage cabinet.
The method and the device for obtaining or occupying the storage space of the intelligent storage cabinet have the following beneficial effects: the intelligent storage cabinet is provided with the short-distance wireless transmission module, and meanwhile, an application program runs on the mobile communication terminal of the user, so that the mobile communication terminal of the user is connected with the intelligent storage cabinet through a transmission channel of the short-distance wireless transmission module to transmit data; the application program is connected with the server through the mobile communication terminal to obtain the data and generate an unlocking instruction; like this, to intelligent locker, it only needs to connect user's mobile communication terminal, the storage its self ID code with receive and carry out the instruction of unblanking can, consequently the requirement to intelligent locker itself is lower, the operation is comparatively simple, can operate this intelligent locker simultaneously by the multiuser at the scene.
Drawings
FIG. 1 is a flow chart of the method and apparatus for obtaining or occupying the free storage space of an intelligent storage cabinet according to the present invention;
FIG. 2 is a flow chart illustrating the specific steps of the embodiment for identifying and selecting the empty storage space;
fig. 3 is a schematic structural diagram of an apparatus for implementing the method in the embodiment.
Detailed Description
The embodiments of the present invention will be further described with reference to the accompanying drawings.
As shown in fig. 1, in an embodiment of the method and apparatus for obtaining or occupying the free storage space of an intelligent locker, the intelligent locker includes a short-range wireless transmission module having at least one wireless transmission channel and connected to a control unit of the intelligent locker; through the short-distance wireless transmission module, the intelligent locker is connected with a user mobile communication terminal running a specified application program, specified data transmission is carried out between the intelligent locker and the user mobile communication terminal, meanwhile, the user mobile communication terminal is connected with a server at the cloud end through a wireless communication data channel (namely an internet access channel of the mobile communication terminal, such as a commonly-used 3G, 4G or 5G channel) of the user mobile communication terminal, and information is forwarded between the server and the intelligent locker; specifically, in the invention, the intelligent storage cabinet does not store any data except the identity identification code of the intelligent storage cabinet; the use information of the storage space on the intelligent storage cabinet is stored in the server; meanwhile, the intelligent storage cabinet does not distribute the storage space and generate the unlocking instruction, the intelligent storage cabinet only receives the unlocking instruction transmitted by the short-distance wireless transmission module, the number of the opened storage space is appointed in the instructions, and the intelligent storage cabinet only needs to execute the instruction to open the electric control lock on the corresponding position. In other words, in this embodiment, the control unit of the intelligent locker has a very simple structure, and does not perform judgment about unlocking and generation of an unlocking command thereof. As shown in fig. 1, in this embodiment, the method for obtaining or occupying the free storage space of the intelligent storage cabinet includes the following steps:
step S11 connecting the intelligent storage cabinet: in this embodiment, since the short-distance wireless transmission module is disposed on the intelligent locker, the module may periodically or uninterruptedly send a signal to the vicinity of the intelligent locker according to a set manner, where the signal certainly has a certain or limited action range, and when the mobile communication terminal of the user enters the range and runs an application program (the application program is a dedicated storage or fetching program), the signal sent by the intelligent locker is received, so that the application program may establish a connection with the intelligent locker through a module corresponding to the short-distance wireless transmission module disposed on the mobile communication terminal of the user. In the invention, the short-distance wireless transmission module comprises a Bluetooth module, a ZigBee module or a radio frequency identification module, and the mobile communication terminal of the user is also provided with a corresponding module, so that the short-distance wireless transmission module can be connected with the short-distance wireless transmission module arranged on the intelligent locker. When the connection is made, the connection is made according to the provision of the installed short-range wireless transmission module. In this embodiment, the short-range wireless transmission module is a bluetooth module as an example for explanation. From the perspective of security, data transmission between the application program and the intelligent locker is encrypted transmission. Therefore, when the application program on the user mobile communication terminal is connected with the intelligent locker, the connection can be carried out only by the key issued by the server. Specifically, the present step can be further refined in this embodiment as follows: running the application program, logging in the server through a data communication channel of the user mobile communication terminal, wherein the logging in involves the server authenticating the user, namely, the user inputs or uses a user name or/and a login password stored on the mobile communication terminal to upload to the server for authentication when logging in; then, the application program can run in the background or foreground; when a corresponding module on a user mobile terminal receives a broadcast signal sent by a short-distance wireless transmission module of the intelligent locker, the application program requests the server for connecting a secret key of the short-distance wireless transmission module; and establishing connection with the short-distance wireless transmission module through the wireless transmission channel of the short-distance wireless transmission module by using the secret key issued by the server. In this embodiment, the key may be set in advance and may not be changed, or may be changed periodically or in a rolling manner. But in any case, it is invisible to the application, i.e. the user does not know the specific content of the key or the application does not display the key on the interface.
That is, in this embodiment, in the process of connecting the application program and the smart locker, the user is first required to run the application program (which may be in the background or foreground) to log in the server, establish connection with the server, and then, when receiving a broadcast signal sent by the short-range wireless transmission module (bluetooth module) of the smart locker, request the server for a key for connecting the module, and directly use (without displaying or storing the key) the key returned by the server to establish connection. The advantage of such an arrangement is not only that the security of data transmission can be ensured, but also that, from another perspective, certain information representing certain identity of the intelligent locker or the short-distance transmission module can be obtained in this step, and the information can be mutually verified with the obtained identity information of the intelligent locker in the subsequent step. For example, the MAC address of the bluetooth module is obtained in the above step, the IP address is obtained in the subsequent step of confirming the identity information, and meanwhile, the corresponding relationship between the two addresses is stored in the server, so that the identity verification of the intelligent express delivery cabinet can be realized in the subsequent step.
Step S12, obtaining the unique identification information and the state information of the intelligent locker, and sending the unique identification information to the server: in this step, the unique identification information of the intelligent locker is obtained through the wireless transmission channel and is sent to the server through the data communication channel of the user mobile communication terminal. It should be noted that the unique identification information of the intelligent storage cabinet obtained in this step corresponds to the identification information obtained through the broadcast signal of the bluetooth module in the previous step, and may be the same or different information. When the two are different, the server stores the corresponding relation of the two, which is determined in the manufacturing or installation process of the intelligent locker and is stored or written into the database of the server in advance or at the initialization time of the intelligent locker. Meanwhile, the data sent by the intelligent locker to the user mobile communication terminal or the application program also comprises the state information of the intelligent locker, but the state information is not uploaded to the server but recorded in the memory or the cache of the application program and is used for verifying the use information or the selected storage space in the subsequent steps. In this embodiment, the status information includes the locking status of the storage space and the detection information of the articles in the storage space, by the detection device arranged on the intelligent storage cabinet, for example, the infrared object detection device arranged in each storage space and the lock state detection device arranged on the electric control lock of each storage space, whether articles exist in each storage space and whether each electric control lock is in a locked state (namely, the door is closed and locked) are obtained, the states of each storage space are respectively represented by data values with set digits, arranging the state values of all the storage spaces according to a set sequence to obtain the state information, the state information is detected and updated at regular time or irregular time or when the user mobile terminal requires the unique identification information of the intelligent locker, and then the latest obtained state information is transmitted to the user mobile terminal. In other words, in this embodiment, the status information is a multi-byte data, and the data value at the designated position in the data is a designated status value, which represents the designated status of the designated storage space, for example, in the case of a unit of one bit data, the status information may include 4 bytes, for 32 bits, where the first bit of the first byte represents whether there is an object inside the storage space No. 1 of the intelligent locker, 0 represents no, 1 represents present, the second bit represents whether the electrically controlled lock of the storage space No. 1 is locked, 0 represents no, 1 represents present, the 3 rd bit represents whether there is an object inside the storage space No. 2 of the intelligent locker, 0 represents no, 1 represents present, the fourth bit represents whether the electrically controlled lock of the storage space No. 2 is locked, 0 represents no, 1 represents present, and so on; therefore, when the state information is used, if the serial number of the storage space is known, the state information can be found at the set position and used for verifying whether a selected storage space is a free storage space marked on the use information. In addition, in this embodiment, a plurality of data bits may be used to indicate a status, for example, one octet may be used to indicate a storage space status, the first four bits indicate an object detection result, and the second four bits indicate a door lock status. The benefit of a multi-byte representation is that more information can be accommodated and thus more status conditions can be represented.
Step S13 is to transmit the usage information corresponding to the unique identification information to the user mobile communication terminal: in this step, the server searches the use information of the intelligent locker according to the unique identification information of the intelligent locker and sends the use information to the user mobile communication terminal. In this embodiment, the usage information indicates whether all the storage spaces of the intelligent locker are currently used by the user, and user information indicating the usage of the storage spaces, and so on. The usage information may be stored in the database of the server in a linked list or a table, and is found by searching the id of the intelligent locker during the search. The storage space may also be a data set, the name of the data set is the id of the intelligent locker, the elements in the data set are data representing each storage space, the data include bytes with set length, and the units with the same or different length in each byte represent the use state, user, use time, etc. of the storage space.
Step S14, selecting an empty storage space, and verifying using the status information to obtain the number of the storage space: in this step, the user selects an empty storage space on the user mobile communication terminal according to the use information, and determines the state of the empty storage space by using the state information to obtain the selected storage space box number. In the verification process, whether the storage space in the state information is normal or not is read to verify, and if a free storage space marked in the use information cannot pass the verification, namely, whether the use information and the state information are contradictory (mainly whether an article exists or not and whether the lock state corresponds or not) is judged to pass the verification. If the selected storage space fails to pass the verification, the user is reminded to replace an idle storage space for verification again until the storage space which can pass the verification is selected. In addition, if an intelligent storage cabinet does not have an idle storage space or all the idle storage spaces cannot pass the verification, a user is reminded to send alarm information to the server by using the application program, the intelligent storage cabinet is informed of the fact that the intelligent storage cabinet cannot be used or is abnormal, and the intelligent storage cabinet quits the application.
Step S14 is to generate an unlocking instruction and transmit the unlocking instruction to the intelligent locker through a short-distance wireless channel: in this step, an unlocking instruction is generated according to the obtained storage space box number (i.e. the storage space box number passing the verification) and is sent to the intelligent storage cabinet through the wireless transmission channel. In this embodiment, the unlocking instruction is generated on the application program regardless of whether the free storage space is selected on the server or the user mobile communication terminal. Specifically, in this embodiment, the unique identification information of the intelligent locker used by the application program and the received number information of the storage space are obtained respectively; and then, generating an unlocking instruction according to a set rule by using the information, and sending the unlocking instruction to the intelligent storage cabinet to open the corresponding electric control lock on the intelligent storage cabinet. The intelligent storage cabinet has the advantages that the complexity of control systems of the server and the intelligent storage cabinet can be reduced, time-consuming operation or transformation is dispersed to an independent terminal to the maximum extent, the occupied time of the server and the intelligent storage cabinet is shortened as much as possible, and therefore the multi-user parallel or quasi-parallel operation is achieved.
Fig. 2 shows the specific steps for the identification and selection of the free storage space in one case of the embodiment. In this case, the selection of the free storage space is implemented on the user mobile communication terminal. Although the use information needs to be issued by the server and the number of the selected storage space needs to be uploaded to the server after selection, the consumption of system resources of the server is small due to the fact that time-consuming work is distributed to different user mobile communication terminals, and therefore the performance of parallel use or parallel operation of a plurality of users is improved in the case. In fig. 2, the process of identifying and selecting the empty storage space comprises the following steps:
step S21, searching the unique identification information of the intelligent locker on the server to obtain the corresponding use information: in this step, the obtained unique identification information of the intelligent locker is compared with the identification information of the intelligent locker stored by the server, so as to obtain the storage space use information corresponding to the intelligent locker and corresponding to the unique identification information.
Step S22 sends the usage information to the user mobile communication terminal: in this step, the storage space usage information is transmitted to the application program on the user mobile communication terminal through a data communication channel of the user mobile communication terminal. It is worth mentioning that, until this step, the user mobile communication terminal or the application program on the terminal collects data to prepare for the subsequent selection and verification of the free storage space. Only if the data is obtained in the above step, the following selection and verification is based. The above steps are shown in fig. 2, also for this reason.
Step S23 shows the vacant storage space, and the number of the selected storage space is obtained by selection and verification: in the step, the idle storage space and the serial number thereof in the received storage space use information are displayed on an application program interface according to the actual position of the idle storage space and the serial number on the intelligent storage cabinet, and a user can click the idle storage space and the serial number to select the idle storage space; after the user selects, the selected storage space is verified by using the state information, and the number of the selected storage space is obtained. Specifically, in the step, a free storage space is selected according to the use information to obtain the number of the storage space; judging whether the state of the storage space is normal or not through the state information corresponding to the storage space, if so, marking the use information of the free storage space, and sending the updated use information to a server for storage; if not, marking the storage space as abnormal, and selecting another free storage space to repeat the step. Judging whether the state of the storage space is normal or not comprises judging whether a door lock of the storage space is closed or not and judging whether articles exist in the storage space or not by acquiring a state information value representing the storage space; the state information of the intelligent locker comprises a multi-byte datum, and numerical values on different bits in the datum represent closing or opening of a designated door lock and the storage space with or without articles. For example, if a free storage space is selected according to the use information, the inside thereof should be empty of articles while the door lock thereof should be closed; if the state information shows that the storage space has articles or the door lock is not closed, the storage space is judged to be abnormal and unavailable, and another free storage space is selected again; meanwhile, the storage space of the server is reported to be abnormal, so that the server can conveniently freeze the storage space or perform troubleshooting.
Step S24, sending the selected number of the free storage space to the server, and updating the use information of the intelligent storage cabinet: in the step, the selected and verified storage space number is uploaded to a server, and the storage space use information is marked and stored. In this embodiment, the labeling of the storage space usage information includes labeling data indicating the currently selected storage space, that is, modifying a designated bit in the data to a set value indicating that the storage space is used.
The invention also relates to a device for implementing the method, and a schematic structural diagram of the device is shown in figure 3. Similarly, the intelligent locker comprises a short-distance wireless transmission module which is provided with at least one wireless transmission channel and is connected with the control unit of the intelligent locker; in this embodiment, the device is a bluetooth module. In fig. 3, the apparatus includes a connection unit 41, a server connection unit 42, a storage space selection unit 43, an unlock instruction generation unit 44, and a use information acquisition unit 45. The connection unit 41 is configured to establish a connection between an application running on the user mobile communication terminal and the intelligent locker through the wireless transmission channel; the server connection unit 42 is configured to obtain unique identification information and status information of the intelligent locker through the wireless transmission channel, and send the unique identification information to a server through a data communication channel of the user mobile communication terminal; the state information comprises the locking state of the storage space and the article detection information in the storage space; the storage space selection unit 43 is used for selecting an idle storage space according to the use information, and determining the state of the idle storage space by using the state information to obtain a selected storage space box number; the unlocking instruction generating unit 44 is used for generating an unlocking instruction according to the obtained storage space box number and sending the unlocking instruction to the intelligent storage cabinet through the wireless transmission channel; the using information obtaining unit is used for searching the using information of the intelligent locker according to the unique identity identification information of the intelligent locker and sending the using information to the user mobile communication terminal.
Furthermore, the usage information acquisition unit 45 further includes a usage information acquisition module 451 and a usage information transmission module 452; the usage information obtaining module 451 is configured to compare the obtained unique identification information of the intelligent locker with the intelligent locker information stored by the server, so as to obtain storage space usage information corresponding to the intelligent locker and corresponding to the identification information; the use information transmission module 452 is configured to send the storage space use information to the user mobile communication terminal through a data communication channel of the user mobile communication terminal;
the storage space selecting unit 43 further comprises a storage space selecting and labeling module 431, and the storage space selecting and labeling module 431 is used for selecting a free storage space according to the use information to obtain the serial number of the free storage space; judging whether the state of the storage space is normal or not through the state information corresponding to the storage space, if so, marking the use information of the free storage space, and sending the updated use information to a server for storage; if not, marking the storage space to be abnormal, and selecting another free storage space to repeat the operation; judging whether the state of the storage space is normal or not comprises judging whether a door lock of the storage space is closed or not and judging whether articles exist in the storage space or not by acquiring a state information value representing the storage space; the state information of the intelligent locker comprises a multi-byte datum, and numerical values on different bits in the datum represent closing or opening of a designated door lock and the storage space with or without articles.
The unlocking instruction generating unit 44 further includes an information obtaining module 441 and an unlocking instruction generating module 442. The information obtaining module 441 is configured to obtain unique identification information of the smart locker used by the application program and received serial number information of the storage space; the unlocking instruction generating module 442 is configured to generate an unlocking instruction according to a set rule by using the information, and send the unlocking instruction to the intelligent storage cabinet, so that the corresponding electronic control lock on the intelligent storage cabinet is unlocked.
It should be noted that, in this embodiment, each unit or module is formed by codes for implementing the functions thereof, and may be on the same physical terminal or different physical terminals. For example, one unit, perhaps with a portion of the code or component on the user's mobile terminal and another portion of the code or component on the server or on the smart locker. However, in any case, the functions defined in the above embodiments can be realized or combined with each other.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (10)
1. A method for obtaining or occupying the free storage space of an intelligent locker is characterized in that the intelligent locker comprises a short-distance wireless transmission module which is provided with at least one wireless transmission channel and is connected with a control unit of the intelligent locker; the method comprises the following steps:
A) the application program running on the user mobile communication terminal is connected with the intelligent storage cabinet through the wireless transmission channel;
B) acquiring the unique identification information and the state information of the intelligent locker through the wireless transmission channel, and sending the unique identification information to a server through a data communication channel of the user mobile communication terminal; when the user mobile terminal requires the unique identification information of the intelligent locker, the intelligent locker is detected to obtain the state information, and the obtained state information is transmitted to the user mobile terminal; the state information comprises the locking state of the storage space and the article detection information in the storage space;
C) searching the use information of the intelligent locker according to the unique identification information of the intelligent locker, and sending the use information to the user mobile communication terminal;
D) selecting an idle storage space on the mobile terminal according to the use information, and verifying the state of the idle storage space by using state information to obtain a box number of the selected storage space; the verifying comprises judging whether a contradiction exists between the use information and the state information;
E) and the application program generates an unlocking instruction according to the obtained storage space box number and sends the unlocking instruction to the intelligent storage cabinet through the wireless transmission channel, so that the electric control lock corresponding to the unlocking instruction is unlocked.
2. The method for obtaining or occupying the free storage space of the intelligent storage cabinet according to claim 1, wherein the step a) further comprises:
A1) running the application program, and logging in the server through a data communication channel of the user mobile communication terminal;
A2) receiving a broadcast signal sent by a short-distance wireless transmission module of the intelligent locker, and requesting the server for a secret key connected with the short-distance wireless transmission module;
A3) and establishing connection with the short-distance wireless transmission module through the wireless transmission channel of the short-distance wireless transmission module by using the secret key issued by the server.
3. The method for obtaining or occupying the free storage space of the intelligent storage cabinet according to claim 2, wherein the step C) further comprises:
C11) comparing the obtained unique identification information of the intelligent locker with the intelligent locker information stored by the server to obtain storage space use information corresponding to the intelligent locker and corresponding to the unique identification information;
C12) and sending the use information of the storage space to the user mobile communication terminal through a data communication channel of the user mobile communication terminal.
4. The method for obtaining or occupying the free storage space of the intelligent storage cabinet according to claim 3, wherein the step D) further comprises: selecting an idle storage space according to the use information to obtain the serial number of the storage space; judging whether the state of the storage space is normal or not through the state information corresponding to the storage space, if so, marking the use information of the free storage space, and sending the updated use information to a server for storage; if not, marking the storage space to be abnormal, and selecting another free storage space to repeat the step;
judging whether the state of the storage space is normal or not comprises judging whether a door lock of the storage space is closed or not and judging whether articles exist in the storage space or not by acquiring a state information value representing the storage space; the state information of the intelligent locker comprises a multi-byte datum, and numerical values on different bits in the datum represent closing or opening of a designated door lock and the storage space with or without articles.
5. The method for obtaining or occupying the free storage space of the intelligent storage cabinet according to claim 4, wherein the step D) further comprises:
and displaying the idle storage space in the received storage space use information and the serial number thereof on an application program interface according to the actual position of the idle storage space on the intelligent storage cabinet, so that a user can click to select the idle storage space.
6. The method of claim 5, wherein the labeling of the storage space usage information comprises labeling data representing the currently selected storage space, i.e., modifying a designated location in the data to a set value representing the storage space being used.
7. The method for obtaining or occupying the free storage space of the intelligent storage cabinet according to claim 6, wherein the step E) further comprises:
E1) respectively obtaining the unique identification information of the intelligent locker used by the application program and the obtained serial number information of the storage space;
E2) and generating an unlocking instruction according to a set rule by using the information, and sending the unlocking instruction to the intelligent storage cabinet to open the corresponding electric control lock on the intelligent storage cabinet.
8. An apparatus for implementing the method of claim 1, wherein the intelligent cabinet comprises a short-range wireless transmission module having at least one wireless transmission channel and connected to a control unit of the intelligent cabinet; the device comprises:
a connection unit: the intelligent storage cabinet is used for establishing connection between an application program running on a user mobile communication terminal and the intelligent storage cabinet through the wireless transmission channel;
a server connection unit: the system comprises a wireless transmission channel, a server and a user mobile communication terminal, wherein the wireless transmission channel is used for acquiring the unique identification information and the state information of the intelligent locker and sending the unique identification information to the server through the data communication channel of the user mobile communication terminal; when the user mobile terminal requires the unique identification information of the intelligent locker, the intelligent locker is detected to obtain the state information, and the obtained state information is transmitted to the user mobile terminal; the state information comprises the locking state of the storage space and the article detection information in the storage space;
the usage information acquisition unit: the system comprises a user mobile communication terminal, a user identification server and a user storage device, wherein the user mobile communication terminal is used for storing unique identification information of an intelligent storage cabinet;
storage space selection unit: the mobile terminal is used for selecting an idle storage space on the mobile terminal according to the use information, determining the state of the idle storage space by using the state information and obtaining a box number of the selected storage space; the verifying comprises judging whether a contradiction exists between the use information and the state information;
an unlock instruction generation unit: and the intelligent locker is used for enabling the application program to generate an unlocking instruction according to the obtained storage space box number and sending the unlocking instruction to the intelligent locker through the wireless transmission channel so as to open the electric control lock corresponding to the unlocking instruction.
9. The apparatus according to claim 8, wherein the usage information obtaining unit further comprises:
a usage information acquisition module: the system comprises a server, a unique identification information acquisition module, a storage space information acquisition module and a storage space information acquisition module, wherein the server is used for storing the unique identification information of the intelligent storage cabinet;
the use information transmission module: the storage space using information is sent to the user mobile communication terminal through a data communication channel of the user mobile communication terminal;
the storage space selecting unit further includes:
storage space selects and marks module: the system comprises a storage space, a storage device and a control device, wherein the storage space is used for selecting an idle storage space according to the use information to obtain a serial number of the storage space; judging whether the state of the storage space is normal or not through the state information corresponding to the storage space, if so, marking the use information of the free storage space, and sending the updated use information to a server for storage; if not, marking the storage space to be abnormal, and selecting another free storage space to repeat the operation;
judging whether the state of the storage space is normal or not comprises judging whether a door lock of the storage space is closed or not and judging whether articles exist in the storage space or not by acquiring a state information value representing the storage space; the state information of the intelligent locker comprises a multi-byte datum, and numerical values on different bits in the datum represent closing or opening of a designated door lock and the storage space with or without articles.
10. The apparatus according to claim 9, wherein the unlock instruction generating unit further includes:
an information acquisition module: the unique identification information of the intelligent storage cabinet and the received serial number information of the storage space are used for the obtained application programs respectively;
an unlocking instruction generation module: the intelligent storage cabinet is used for generating an unlocking instruction according to a set rule by using the information, and sending the unlocking instruction to the intelligent storage cabinet to open the corresponding electric control lock on the intelligent storage cabinet.
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| CN201910328610.7A CN110232786B (en) | 2019-04-23 | 2019-04-23 | Method and device for obtaining or occupying free storage space of intelligent storage cabinet |
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| CN112184392A (en) * | 2020-10-19 | 2021-01-05 | 深圳市智莱科技股份有限公司 | Method and device for reporting storage space state of intelligent locker |
| CN112185025A (en) * | 2020-10-22 | 2021-01-05 | 拉扎斯网络科技（上海）有限公司 | Usage state detection method and device, electronic equipment and computer storage medium |
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