CN113345170A - Article storage cabinet and control system thereof - Google Patents
Article storage cabinet and control system thereof Download PDFInfo
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- CN113345170A CN113345170A CN202110878569.8A CN202110878569A CN113345170A CN 113345170 A CN113345170 A CN 113345170A CN 202110878569 A CN202110878569 A CN 202110878569A CN 113345170 A CN113345170 A CN 113345170A
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- cabinet
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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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- 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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- General Physics & Mathematics (AREA)
- Lock And Its Accessories (AREA)
Abstract
The application discloses article cabinet and control system thereof, article cabinet wherein includes whole cabinet and the whole a plurality of branch cabinet that sets up on the cabinet, still includes: the communication unit is used for communicating with the cloud server and at least transmitting control data from the cloud server and sub-cabinet state data from the whole cabinet control unit; the whole cabinet control unit is used for acquiring sensing signals of all the sub-cabinet sensors to determine whether articles are stored in the sub-cabinets to form sub-cabinet state data, and controlling the opening and closing states of the sub-cabinet electronic door locks after receiving control data of the cloud server; the sub-cabinet sensors are arranged in the sub-cabinets and used for detecting whether the stored articles exist in the sub-cabinets; the sub-cabinet electronic door lock is used for opening or closing the sub-cabinet bodies under the guidance of the whole cabinet control unit; the communication unit is electrically connected with the whole cabinet control unit, and the whole cabinet control unit is electrically connected with the cabinet separation sensor and the cabinet separation electronic door lock.
Description
Technical Field
The application relates to the technical field of storage cabinets, in particular to an article storage cabinet and a control system thereof.
Background
In the related technologies, there are technologies of a temporary article storage cabinet system and a storage method based on internet of things technology control, and the technologies are mainly applied to temporary article storage, and if there are many problems in long-term article storage, because basic main backgrounds of the article storage cabinet based on internet of things technology control are cloud servers, and the cloud servers basically have some periodic controls in basic configuration: in the article storage cabinet managed by the cloud server with important authority, if a certain user or a plurality of users store part of articles in the cabinet for a long time, the whole cabinet of the storage cabinet may not be used for a long time due to some management reasons (for example, the area where the user or the users are located has a power failure for a long time or building construction influences the use of the cabinet or the users have a business trip for a long time, or even a large disaster occurs to cause use interruption, such as epidemic situation, etc.), under the condition, the cloud server detects that the whole cabinet of the cabinet is not used for a long time, the operation and maintenance of the cabinet are likely to be ended, and the corresponding ID number is recovered. This is not possible when one or more of the above-mentioned users want to retrieve items stored in the cabinet again for a long time.
Disclosure of Invention
In order to overcome the deficiencies in the prior art, the present application provides an article storage cabinet and a control system thereof.
On the one hand, the article storage cabinet is disclosed, including whole cabinet and the whole a plurality of branch cabinet of setting up on the cabinet, still include:
the communication unit is used for communicating with the cloud server and at least transmitting control data from the cloud server and sub-cabinet state data from the whole cabinet control unit;
the whole cabinet control unit is used for acquiring sensing signals of all the sub-cabinet sensors to determine whether articles are stored in the sub-cabinets to form sub-cabinet state data, and controlling the opening and closing states of the sub-cabinet electronic door locks after receiving control data of the cloud server;
the sub-cabinet sensors are arranged in the sub-cabinets and used for detecting whether the stored articles exist in the sub-cabinets;
the sub-cabinet electronic door lock is used for opening or closing the sub-cabinet bodies under the guidance of the whole cabinet control unit; the communication unit is electrically connected with the whole cabinet control unit, and the whole cabinet control unit is electrically connected with the cabinet separation sensor and the cabinet separation electronic door lock;
the whole cabinet is distributed with a total ID account by a cloud server, each of the plurality of sub-cabinets is distributed with a sub-ID account by the cloud server, the plurality of sub-ID accounts form a group and belong to the total ID account initially, and when one or more sub-cabinets are marked as long-term sub-cabinets, a long-term sub-ID account is distributed again; recording a physical address of a corresponding cabinet-dividing electronic door lock by an ID account in the initial time division; and when one or more sub-cabinets are marked as long-term cabinets, recording the physical address of the corresponding long-term sub-cabinet electronic door lock by the long-term sub-ID account.
Further, the system is characterized in that the total ID account number records the physical address of the whole cabinet.
The cabinet is further characterized in that the cabinet body structurally comprises a cabinet body and a cabinet door, a first frame is arranged on one side edge of the cabinet door, a second frame is arranged on the other side edge of the first frame opposite to the side edge, the first frame/the second frame are connected with the cabinet door through hinges, the first frame is further connected with the cabinet body through an electronic control lock, the second frame is further connected with the cabinet body through a mechanical control lock, and the electronic control lock controls the closed state of the cabinet body and the first frame and further controls the closed state of the cabinet body and the cabinet door; the mechanical control lock controls the closing state of the sub cabinet main body and the second frame so as to control the closing state of the sub cabinet main body and the sub cabinet door.
In addition, the article storage cabinet control system comprises the article storage cabinet, a cloud server and a client interacting with the cloud server; the cloud server comprises:
the communication unit is used for communicating with the communication unit of the article storage cabinet, at least transmitting control data from the cloud server and sub-cabinet state data from the whole cabinet control unit, and also transmitting interactive data with the client;
the basic operation and maintenance unit is used for generating control data based on the sub-cabinet state data of the whole cabinet control unit and the user interaction data of the client side and sending the control data to the communication unit;
the special operation and maintenance unit is used for inquiring the total ID account number of each whole cabinet in a periodic traversal mode to determine whether the whole cabinet is not used by a user for a long time, if so, recovering the total ID account number, determining whether the articles in the sub-cabinets still exist according to the latest sub-cabinet state data of the whole cabinet, and if so, marking the corresponding sub-cabinets as long-term sub-cabinets; when one or more sub-cabinets are marked as long-term sub-cabinets, a long-term sub-ID account is reassigned to the sub-cabinets, and the one or more long-term sub-ID accounts and other long-term sub-ID accounts form a new group and belong to a long-term total ID account;
the communication unit is electrically connected with the basic operation and maintenance unit and the special operation and maintenance unit.
Further, the client comprises:
the access control unit is connected and interacted with the communication unit of the cloud server and is used for supporting the generation of a user access command;
the payment control unit is connected and interacted with the communication unit of the cloud server and is used for supporting the generation of a user payment command;
the updating control unit is connected and interacted with the communication unit of the cloud server and is used for supporting the acquisition of updating data;
and the data formed by the access command and the payment command and the update data together form interactive data of the client and the cloud server.
Further, the access command includes an access object field and an access specific operation field, and the access object field includes a physical address of the entire cabinet and a physical address of the sub-cabinet corresponding to the access operation.
Further, the client is specifically smart phone APP software or a smart mobile terminal.
The beneficial effect of this application is, this application has solved the problem in the background art, more specifically:
in general, the cloud server allocates a total ID account, each of the plurality of sub-cabinets is allocated a sub-ID account by the cloud server, and a plurality of sub-ID accounts form a group and belong to the total ID account at the beginning. Recording a physical address of a corresponding cabinet-dividing electronic door lock by an ID account in the initial time division; the total ID account records the physical address of the whole cabinet, and a user performs access control on the whole cabinet and the sub-cabinets through the corresponding total ID account and sub-ID accounts recorded by the cloud server at the client.
In the following cases: the whole cabinet may not be used for a long time, for example, a long-term power failure in an area where the one or more users are located or building construction affects use of the cabinet or long-term traveling of the users, or even a large disaster occurs to cause use interruption, for example, an epidemic situation occurs, and in this case, the cloud server detects that the whole cabinet of the cabinet is not used for a long time, and is ready to finish operation and maintenance, and withdraws a corresponding ID number.
In a pre-configured program, a server inquires a total ID account of each whole cabinet in a periodic traversal mode to determine whether the whole cabinet is not used by a user for a long time, if so, the total ID account is recovered, and whether articles stored in sub-cabinets still exist is determined according to latest sub-cabinet state data of the whole cabinet, if so, the corresponding sub-cabinet is marked as a long-term sub-cabinet, and when one or more sub-cabinets are marked as long-term sub-cabinets, a long-term sub-ID account is re-allocated to the sub-cabinet; and when one or more sub-cabinets are marked as long-term cabinets, recording the physical address of the corresponding long-term sub-cabinet electronic door lock by the long-term sub-ID account. Therefore, the user can directly divide the cabinet to carry out access control through the corresponding long-term sub ID account recorded by the cloud server at the client, even can skip the control of the whole cabinet, and therefore, when one or more users want to retrieve the articles stored in the cabinet again, the operation can be realized.
Drawings
Fig. 1 is a block diagram of an embodiment of an article storage cabinet control system according to the present application.
Fig. 2 is a schematic structural diagram of a part of an embodiment of an article storage cabinet of the present application.
Fig. 3 is a schematic structural diagram of a related prior art electronic door lock for a branch cabinet.
Detailed Description
The present application is further described below with reference to the drawings and examples.
In the embodiment of article storing cabinet in this application in the concrete implementation, including whole cabinet and a plurality of branch cabinet that whole cashier's office in a shop sets up, still include:
the communication unit is used for communicating with the cloud server and at least transmitting control data from the cloud server and sub-cabinet state data from the whole cabinet control unit;
the whole cabinet control unit is used for acquiring sensing signals of all the sub-cabinet sensors to determine whether articles are stored in the sub-cabinets to form sub-cabinet state data, and controlling the opening and closing states of the sub-cabinet electronic door locks after receiving control data of the cloud server;
the sub-cabinet sensors are arranged in the sub-cabinets and used for detecting whether the stored articles exist in the sub-cabinets;
the sub-cabinet electronic door lock is used for opening or closing the sub-cabinet bodies under the guidance of the whole cabinet control unit; the communication unit is electrically connected with the whole cabinet control unit, and the whole cabinet control unit is electrically connected with the cabinet separation sensor and the cabinet separation electronic door lock;
the whole cabinet is distributed with a total ID account by a cloud server, each of the plurality of sub-cabinets is distributed with a sub-ID account by the cloud server, the plurality of sub-ID accounts form a group and belong to the total ID account initially, and when one or more sub-cabinets are marked as long-term sub-cabinets, a long-term sub-ID account is distributed again; recording a physical address of a corresponding cabinet-dividing electronic door lock by an ID account in the initial time division; when one or more sub-cabinets are marked as long-term cabinets, recording the physical address of the corresponding long-term sub-cabinet electronic door lock by the long-term sub-ID account; and the total ID account number records the physical address of the whole cabinet.
In the specific implementation, in the normal use, the sub-cabinet sensors are arranged in each sub-cabinet and used for detecting whether the stored articles exist in the sub-cabinet or not; the system comprises an integral cabinet control unit, a communication unit and a cloud server, wherein the integral cabinet control unit is used for acquiring sensing signals of all sub-cabinet sensors to determine whether articles are stored in the sub-cabinets to form sub-cabinet state data; the cloud server returns control data from the client, the communication unit is communicated with the cloud server to transmit the control data from the cloud server, the whole cabinet control unit controls the opening and closing states of the sub-cabinet electronic door locks after receiving the control data of the cloud server, and specifically controls the sub-cabinet electronic door locks, and the sub-cabinet electronic door locks open or close sub-cabinet bodies under the guidance of the whole cabinet control unit to complete normal article access.
In general, the cloud server allocates a total ID account, each of the plurality of sub-cabinets is allocated a sub-ID account by the cloud server, and a plurality of sub-ID accounts form a group and belong to the total ID account at the beginning. Recording a physical address of a corresponding cabinet-dividing electronic door lock by an ID account in the initial time division; the total ID account records the physical address of the whole cabinet, and a user performs access control on the whole cabinet and the sub-cabinets through the corresponding total ID account and sub-ID accounts recorded by the cloud server at the client.
In the following cases:
the whole cabinet may not be used for a long time, for example, a long-term power failure in an area where the one or more users are located or building construction affects use of the cabinet or long-term traveling of the users, or even a large disaster occurs to cause use interruption, for example, an epidemic situation occurs, and in this case, the cloud server detects that the whole cabinet of the cabinet is not used for a long time, and is ready to finish operation and maintenance, and withdraws a corresponding ID number.
In a pre-configured program, a server inquires a total ID account of each whole cabinet in a periodic traversal mode to determine whether the whole cabinet is not used by a user for a long time, if so, the total ID account is recovered, and whether articles stored in sub-cabinets still exist is determined according to latest sub-cabinet state data of the whole cabinet, if so, the corresponding sub-cabinet is marked as a long-term sub-cabinet, and when one or more sub-cabinets are marked as long-term sub-cabinets, a long-term sub-ID account is re-allocated to the sub-cabinet; when one or more sub-cabinets are marked as long-term cabinets, recording the physical address of the corresponding long-term sub-cabinet electronic door lock by the long-term sub-ID account;
therefore, the user can directly divide the cabinet to carry out access control through the corresponding long-term sub ID account recorded by the cloud server at the client, even can skip the control of the whole cabinet, and therefore, when one or more users want to retrieve the articles stored in the cabinet again, the operation can be realized.
As shown in fig. 2, in a more specific embodiment, the sub-cabinet structurally includes a main body a and a sub-cabinet door b, one side of the sub-cabinet door b is provided with a first frame b1, the other side of the first frame b1 is provided with a second frame b2, the first frame b 1/the second frame b2 are both connected to the sub-cabinet door b through a hinge c, the first frame b1 is further connected to the main body a through an electronic control lock e, the second frame b2 is further connected to the main body a through a mechanical control lock d, and the electronic control lock e controls the closed state of the main body a and the first frame b1, so as to control the closed state of the main body a and the sub-cabinet door b; the mechanical control lock d controls the closing state of the cabinet main body a and the second frame b2 so as to control the closing state of the cabinet main body a and the cabinet door b; in implementation, in a normal state, the mechanical control lock d is in a permanently locked state, the electronic control lock e is opened in normal use, then the branch cabinet door b takes the axis where the hinge c of the second frame b2 is located as the axis for opening the door in a rotating manner, in implementation, a user can apply independent use of one or more branch cabinets to a backstage manager and then obtain the key of the mechanical control lock d, and in the case that the mechanical control lock d can be opened, the branch cabinet door b can take the axis where the hinge c of the first frame b1 is located as the axis for opening the door in a rotating manner, so that even in the case that the electronic control lock e cannot be opened at all, the branch cabinets can be opened in an emergency manner by the mechanical control lock d. This provides a more preferable way to solve the problems of the background art. In implementation, after a user applies for independent use of one or more sub-cabinets to a background manager, a maintainer of the server can modify corresponding data content of the server and recover an id account corresponding to the corresponding sub-cabinet.
In more specific implementation, the independent sub-cabinet electronic door lock can adopt an electronic lock in the prior art, for example, a drawer cabinet electronic lock convenient for opening the cabinet (the corresponding sub-cabinet in this implementation is a drawer cabinet), as shown in fig. 3, the electronic door lock comprises a housing 1, an electronic lock body component and a cabinet door driving component, wherein the electronic lock body component is installed in the housing so as to open/lock the cabinet door, the cabinet door driving component comprises a steel bar 31 and a driving spring 32, one end of the steel bar 31 extends out of the housing 1, the steel bar 31 located in the housing 1 is provided with a spring limiting block 311, the housing is provided with a corresponding spring limiting portion 11, and the driving spring 32 is sleeved at the inner end of the steel bar 31 and is arranged between the limiting block 311 and the spring limiting portion 11. The billet 31 is cylindrical, the casing 1 side is provided with the through-hole that matches with billet 31, and the casing 1 outside is stretched out from the through-hole to billet 31 outer end, and the spacing portion 11 of spring is passed at billet 31 inner for billet 31 can only lateral shifting. The electronic lock driving assembly comprises an electromagnetic lock body 21, a connecting rod 22, a locking bar 23 and a locking plate 24, wherein the connecting rod 22 is fixedly connected with the locking bar 23, the electromagnetic lock body 21 is in sliding connection with the connecting rod 22 to drive the locking bar 23 to rotate, the locking plate 24 can elastically rotate, and the locking plate 24 is provided with a locking plate boss 241 corresponding to the tail end of the locking bar 23, a stop hook 242 for unlocking/locking the locking buckle 01 and a shifting block 243 for driving the locking plate 24 to rotate anticlockwise through the locking buckle 01. The locking bar 23 is rotatably disposed in the housing 1 through a rivet pin fixed in the housing, and the rivet pin divides the locking bar 23 into a driving arm 231 and a locking bar boss 232. The electronic lock further comprises a trigger switch 4, the trigger switch 4 is used for prompting the opening and closing conditions of the cabinet door, the shifting block 243 and the stop hook 242 form a U-shaped groove, the shifting block 243 is further used for touching the trigger switch 4, and when the cabinet door is locked, the fixing buckle 01 is fixed in the U-shaped groove. The electromagnetic lock body comprises an electromagnet 211, an expansion rod 212 and a second spring 213, the second spring 213 is sleeved on the expansion rod 212, one end of the expansion rod 212 extends into the electromagnet 211, the other end of the expansion rod 212 is provided with a sliding hole, and the connecting rod 22 extends into the sliding hole. The connecting rod 22 is a screw rod, one end of the screw rod extends into the sliding hole to be slidably connected with the telescopic rod 212, and one end of the screw rod is in threaded connection with the locking bar 23, so that the length of the connecting rod 22 can be conveniently adjusted.
When opening the cabinet door, the switch-on of external contact power supply, electromagnetic lock body 21 works, telescopic link 212 stretches into in the electromagnet 211, pulling connecting rod 22 upwards moves, connecting rod 22 drives the locking bar 23 clockwise rotation, locking plate boss 241 breaks away from locking bar boss 232, locking plate 24 clockwise rotation, shifting block 243 pops out the fixed knot 01, and then the cabinet door is flicked, and simultaneously, 31 outer ends of steel bars insert originally in the cabinet door, along with opening of lock, steel bar 31 pops out, give the cabinet door extrusion force, the cabinet door pops out, external power supply disconnection, because second spring 213 acts on, make electromagnetic lock body 21, connecting rod 22 and locking bar 23 reply original state. When closing the cabinet door, the fixed 01 entering U-shaped inslot of detaining of fixing on the cabinet door of installation promotes shifting block 243, 24 anticlockwise rotations of jam plate, and fixed 01 of detaining are fixed at the U-shaped inslot, and the cabinet door pins, and simultaneously, locking strip boss 232 supports jam plate boss 241, if increase trigger switch 4, shifting block 243 touches and triggers 4 switches, and the suggestion cabinet door has normally closed the locking, and in the billet 31 inserted the cabinet door hole, the cabinet door impressed billet 31 in casing 1, stopper 311 compression drive spring 32.
As shown in fig. 1, an embodiment of an article storage cabinet control system in the present application includes the article storage cabinet, and further includes a cloud server and a client interacting with the cloud server;
the cloud server comprises:
the communication unit is used for communicating with the communication unit of the article storage cabinet, at least transmitting control data from the cloud server and sub-cabinet state data from the whole cabinet control unit, and also transmitting interactive data with the client;
the basic operation and maintenance unit is used for generating control data based on the sub-cabinet state data of the whole cabinet control unit and the user interaction data of the client side and sending the control data to the communication unit;
the special operation and maintenance unit is used for inquiring the total ID account number of each whole cabinet in a periodic traversal mode to determine whether the whole cabinet is not used by a user for a long time, if so, recovering the total ID account number, determining whether the articles in the sub-cabinets still exist according to the latest sub-cabinet state data of the whole cabinet, and if so, marking the corresponding sub-cabinets as long-term sub-cabinets; when one or more sub-cabinets are marked as long-term sub-cabinets, a long-term sub-ID account is reassigned to the sub-cabinets, and the one or more long-term sub-ID accounts and other long-term sub-ID accounts form a new group and belong to a long-term total ID account;
the communication unit is electrically connected with the basic operation and maintenance unit and the special operation and maintenance unit.
In the specific implementation, in the normal use, the sub-cabinet sensors are arranged in each sub-cabinet and used for detecting whether the stored articles exist in the sub-cabinet or not; the system comprises an integral cabinet control unit, a communication unit and a cloud server, wherein the integral cabinet control unit is used for acquiring sensing signals of all sub-cabinet sensors to determine whether articles are stored in the sub-cabinets to form sub-cabinet state data; the cloud server returns control data from the client, the communication unit is communicated with the cloud server to transmit the control data from the cloud server, the whole cabinet control unit controls the opening and closing states of the sub-cabinet electronic door locks after receiving the control data of the cloud server, and specifically controls the sub-cabinet electronic door locks, and the sub-cabinet electronic door locks open or close sub-cabinet bodies under the guidance of the whole cabinet control unit to complete normal article access.
In general, the cloud server allocates a total ID account, each of the plurality of sub-cabinets is allocated a sub-ID account by the cloud server, and a plurality of sub-ID accounts form a group and belong to the total ID account at the beginning. Recording a physical address of a corresponding cabinet-dividing electronic door lock by an ID account in the initial time division; the total ID account records the physical address of the whole cabinet, and a user performs access control on the whole cabinet and the sub-cabinets through the corresponding total ID account and sub-ID accounts recorded by the cloud server at the client.
In the following cases:
the whole cabinet may not be used for a long time, for example, a long-term power failure in an area where the one or more users are located or building construction affects use of the cabinet or long-term traveling of the users, or even a large disaster occurs to cause use interruption, for example, an epidemic situation occurs, and in this case, the cloud server detects that the whole cabinet of the cabinet is not used for a long time, and is ready to finish operation and maintenance, and withdraws a corresponding ID number.
In a pre-configured program, a server inquires a total ID account of each whole cabinet in a periodic traversal mode to determine whether the whole cabinet is not used by a user for a long time, if so, the total ID account is recovered, and whether articles stored in sub-cabinets still exist is determined according to latest sub-cabinet state data of the whole cabinet, if so, the corresponding sub-cabinet is marked as a long-term sub-cabinet, and when one or more sub-cabinets are marked as long-term sub-cabinets, a long-term sub-ID account is re-allocated to the sub-cabinet; when one or more sub-cabinets are marked as long-term cabinets, recording the physical address of the corresponding long-term sub-cabinet electronic door lock by the long-term sub-ID account;
therefore, the user can directly divide the cabinet to carry out access control through the corresponding long-term sub ID account recorded by the cloud server at the client, even can skip the control of the whole cabinet, and therefore, when one or more users want to retrieve the articles stored in the cabinet again, the operation can be realized.
In a more specific implementation, the client includes:
the access control unit is connected and interacted with the communication unit of the cloud server and is used for supporting the generation of a user access command;
the payment control unit is connected and interacted with the communication unit of the cloud server and is used for supporting the generation of a user payment command;
the updating control unit is connected and interacted with the communication unit of the cloud server and is used for supporting the acquisition of updating data;
and the data formed by the access command and the payment command and the update data together form interactive data of the client and the cloud server.
In a more specific implementation, the access command includes an access object field and an access specific operation field, and the access object field includes a physical address of an entire cabinet and a physical address of a sub-cabinet corresponding to the access operation.
In a more specific implementation, the client is specifically smartphone APP software or an intelligent mobile terminal.
In the specific implementation, in the normal use, the sub-cabinet sensors are arranged in each sub-cabinet and used for detecting whether the stored articles exist in the sub-cabinet or not; the system comprises an integral cabinet control unit, a communication unit and a cloud server, wherein the integral cabinet control unit is used for acquiring sensing signals of all sub-cabinet sensors to determine whether articles are stored in the sub-cabinets to form sub-cabinet state data; the cloud server returns control data from smart phone APP software or an intelligent mobile terminal, the communication unit communicates with the cloud server, the control data from the cloud server are transmitted, the whole cabinet control unit controls the opening and closing states of the sub-cabinet electronic door locks after receiving the control data of the cloud server, the sub-cabinet electronic door locks are specifically controlled to open or close the sub-cabinet bodies under the guidance of the whole cabinet control unit, and normal article access is completed.
In general, the cloud server allocates a total ID account, each of the plurality of sub-cabinets is allocated a sub-ID account by the cloud server, and a plurality of sub-ID accounts form a group and belong to the total ID account at the beginning. Recording a physical address of a corresponding cabinet-dividing electronic door lock by an ID account in the initial time division; the total ID account records the physical address of the whole cabinet, and a user performs access control on the whole cabinet and the sub-cabinets through the corresponding total ID account and sub-ID account recorded by the cloud server in the smart phone APP software or the smart mobile terminal.
In the following cases:
the whole cabinet may not be used for a long time, for example, a long-term power failure in an area where the one or more users are located or building construction affects use of the cabinet or long-term traveling of the users, or even a large disaster occurs to cause use interruption, for example, an epidemic situation occurs, and in this case, the cloud server detects that the whole cabinet of the cabinet is not used for a long time, and is ready to finish operation and maintenance, and withdraws a corresponding ID number.
In a pre-configured program, a server inquires a total ID account of each whole cabinet in a periodic traversal mode to determine whether the whole cabinet is not used by a user for a long time, if so, the total ID account is recovered, and whether articles stored in sub-cabinets still exist is determined according to latest sub-cabinet state data of the whole cabinet, if so, the corresponding sub-cabinet is marked as a long-term sub-cabinet, and when one or more sub-cabinets are marked as long-term sub-cabinets, a long-term sub-ID account is re-allocated to the sub-cabinet; when one or more sub-cabinets are marked as long-term cabinets, recording the physical address of the corresponding long-term sub-cabinet electronic door lock by the long-term sub-ID account;
like this, the user just can directly divide the cabinet to carry out access control at smart mobile phone APP software or intelligent mobile terminal through the corresponding long-term ID account number that divides of cloud server record, can skip even the control to whole cabinet, like this, can realize when foretell one or more users want to retrieve again and store article in the cabinet for a long time.
In specific implementation, the cabinet dividing sensor can adopt a force sensor or a photoelectric sensor, the whole cabinet control unit can adopt one or more single-chip microcomputers, and the corresponding communication unit can adopt a radio communication circuit module.
Claims (7)
1. Article cabinet, including whole cabinet and the whole a plurality of branch cabinet that sets up on the cabinet, its characterized in that still includes:
the communication unit is used for communicating with the cloud server and at least transmitting control data from the cloud server and sub-cabinet state data from the whole cabinet control unit;
the whole cabinet control unit is used for acquiring sensing signals of all the sub-cabinet sensors to determine whether articles are stored in the sub-cabinets to form sub-cabinet state data, and controlling the opening and closing states of the sub-cabinet electronic door locks after receiving control data of the cloud server;
the sub-cabinet sensors are arranged in the sub-cabinets and used for detecting whether the stored articles exist in the sub-cabinets;
the sub-cabinet electronic door lock is used for opening or closing the sub-cabinet bodies under the guidance of the whole cabinet control unit; the communication unit is electrically connected with the whole cabinet control unit, and the whole cabinet control unit is electrically connected with the cabinet separation sensor and the cabinet separation electronic door lock;
the whole cabinet is distributed with a total ID account by a cloud server, each of the plurality of sub-cabinets is distributed with a sub-ID account by the cloud server, the plurality of sub-ID accounts form a group and belong to the total ID account initially, and when one or more sub-cabinets are marked as long-term sub-cabinets, a long-term sub-ID account is distributed again; recording a physical address of a corresponding cabinet-dividing electronic door lock by an ID account in the initial time division; and when one or more sub-cabinets are marked as long-term cabinets, recording the physical address of the corresponding long-term sub-cabinet electronic door lock by the long-term sub-ID account.
2. The article storage cabinet of claim 1, wherein the total ID account number records the physical address of the entire cabinet.
3. The article storage cabinet according to claim 1, wherein the sub-cabinet structurally comprises a main body and a sub-cabinet door, a first frame is arranged on one side of the sub-cabinet door, a second frame is arranged on the other side of the first frame opposite to the side, the first frame/the second frame are both connected with the sub-cabinet door through hinges, the first frame is further connected with the main body through an electronic control lock, the second frame is further connected with the main body through a mechanical control lock, and the electronic control lock controls the closed state of the main body and the first frame and further controls the closed state of the main body and the sub-cabinet door; the mechanical control lock controls the closing state of the sub cabinet main body and the second frame so as to control the closing state of the sub cabinet main body and the sub cabinet door.
4. An article storage cabinet control system, comprising the article storage cabinet of claim 1, 2 or 3, a cloud server, and a client interacting with the cloud server;
the cloud server comprises:
the communication unit is used for communicating with the communication unit of the article storage cabinet, at least transmitting control data from the cloud server and sub-cabinet state data from the whole cabinet control unit, and also transmitting interactive data with the client;
the basic operation and maintenance unit is used for generating control data based on the sub-cabinet state data of the whole cabinet control unit and the user interaction data of the client side and sending the control data to the communication unit;
the special operation and maintenance unit is used for inquiring the total ID account number of each whole cabinet in a periodic traversal mode to determine whether the whole cabinet is not used by a user for a long time, if so, recovering the total ID account number, determining whether the articles in the sub-cabinets still exist according to the latest sub-cabinet state data of the whole cabinet, and if so, marking the corresponding sub-cabinets as long-term sub-cabinets; when one or more sub-cabinets are marked as long-term sub-cabinets, a long-term sub-ID account is reassigned to the sub-cabinets, and the one or more long-term sub-ID accounts and other long-term sub-ID accounts form a new group and belong to a long-term total ID account;
the communication unit is electrically connected with the basic operation and maintenance unit and the special operation and maintenance unit.
5. The item storage bin control system of claim 4, wherein the client comprises:
the access control unit is connected and interacted with the communication unit of the cloud server and is used for supporting the generation of a user access command;
the payment control unit is connected and interacted with the communication unit of the cloud server and is used for supporting the generation of a user payment command;
the updating control unit is connected and interacted with the communication unit of the cloud server and is used for supporting the acquisition of updating data;
and the data formed by the access command and the payment command and the update data together form interactive data of the client and the cloud server.
6. The article storage cabinet control system according to claim 5, wherein the access command includes an access object field and an access specific operation field, and the access object field includes a physical address of the entire cabinet and a physical address of the sub-cabinet corresponding to the access operation.
7. The article storage cabinet control system according to claim 5, wherein the client is specifically a smart phone APP software or a smart mobile terminal.
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