With the development of science and technology from time to time in the intelligent period, the electronic storage cabinet door lock control has also been rapidly developed in electronic equipment. There are more and more varieties of electronic products, and people have also enjoyed various conveniences brought by scientific development. Now people can enjoy the warm life brought by the development of science and technology through various types of electronic equipment.
For example, in large supermarkets, bags storage cabinets are set up. When consumers enter the supermarket with surplus items, they can put these items in the lockers when it is inconvenient to carry them. When the supermarket is separated, they can take their own items from the lockers. In detail, the consumer can open the spare cabinet door by pressing the "save" button on the locker. When the consumer puts the item in the locker, open the cabinet door to complete the storage operation, and at the same time, obtain a certificate that can take the item, such as the barcode for textual research; When consumers need to take away the stored objects, they need to manually stop the verification of the barcode to stop opening the cabinet door, then take away the objects, open the cabinet door, and complete the operation of taking the objects.
However, when using these lockers in practice, the following technical problems were found:
1. When some consumers need to store goods, after searching and operating on the storage cabinet, they find that there is no spare locker, but in practice, it is because some consumers forget to close the door lock after using up the lockers, thus forming a technical problem of wasting lockers.
2. In the prior art, when consumers use lockers, they need to manually stop the operation of unlocking and locking doors, so the consumer experience is not good enough. The intelligent door lock of electronic storage cabinet and the method of controlling the intelligent door lock have solved the technical problem that consumers forget to close the door lock after using the public lockers in the prior art, which leads to wasteful lockers and poor consumer experience. The intelligent locker is completed by receiving a control instruction that carries a first preset delay time and/or a second preset delay time; Analyzing the control command to obtain the first preset delay time and/or the second preset delay time; Controlling the intelligent door lock to unlock when the first preset delay time arrives according to the first preset delay time; And/or controlling to lock the door after the intelligent door lock is in the unlocked state and when the second preset delay time arrives according to the second preset delay time.
Further, the steps of the admission control command are detailed as follows: receiving the control command sent by the electronic device to the server and sent by the server; The user can control the intelligent door lock remotely, saving the time for the user to access objects, and making the user experience good; Or accept the control command acquired by the touch input installation of the intelligent door lock. Further, according to the first preset delay time, the intelligent door lock is controlled to unlock when the first preset delay time arrives; And/or according to the second preset delay time, the steps of controlling the intelligent door lock to lock the door when the second preset delay time arrives after unlocking are detailed as follows: after the timing module stops timing, when the first preset delay time arrives, the motor that controls the relay to rotate in the forward and reverse direction with kinetic energy controls the Electric Door Lock to unlock; And/or after the timing module stops timing, after the intelligent door lock is unlocked and the second preset delay time arrives, the relay is controlled to drive a motor capable of forward and reverse rotation, and the electric door lock is controlled by the motor to lock the door. After using the storage cabinet, users do not need to stop closing it manually. At the same time, when other users need to use it, it can provide the technical effect that can be used by other users without wasting the storage cabinet.
The intelligent door lock comprises a control instruction receiving module for receiving control instructions, and the control instructions carry a first preset delay time and/or a second preset delay time; An analysis module for analyzing the control instruction and obtaining the first preset delay time and/or the second preset delay time; A relay and an electronic door lock with a forward and reverse motor connected with the relay; When the first preset delay time arrives, trigger the relay to drive the electric door lock with forward and reverse motors to unlock, and/or trigger the relay to drive the electric door lock with forward and reverse motors to lock after the intelligent door lock is in the unlocked state and the second preset delay time arrives. Furthermore, the intelligent door lock also comprises an ARM central board of the operation system. Further, the control command reception installation details are network cards, which are used to receive the control commands sent by electronic devices to servers and sent through servers. The network cards are connected to the ARM central board. Further, the control command reception installation details are touch input installation, which are used to receive the control commands obtained by users through touch operation of the touch input installation.
The remote control device of the electronic storage cabinet and the intelligent door lock can communicate with the intelligent door lock through the server. The remote control device includes: a first receiving module for receiving the user's operation of the remote delay control of the intelligent door lock switch; A control instruction generation module for generating control instructions according to the operation of remote delay control of the intelligent door lock switch, and the control instructions carry a first preset delay time and/or a second preset delay time; The sending module is used to send the control command to the server and send it to the intelligent door lock through the server to unlock or lock the intelligent door lock according to the first preset delay time and/or the second preset delay time. The embodiment of the invention also provides a method for controlling an intelligent door lock through a remote control device, which includes: accepting the user's operation of remote delayed control of the intelligent door lock switch; According to the operation of remote delay control of the intelligent door lock switch, a control command is generated, and the control command carries a first preset delay time and/or a second preset delay time; The control command is sent to the server and sent to the intelligent door lock through the server to unlock or lock the intelligent door lock according to the first preset delay time and/or the second preset delay time.
