CN110417878B - Mobile communication warehouse under control of cloud server - Google Patents
Mobile communication warehouse under control of cloud server Download PDFInfo
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- CN110417878B CN110417878B CN201910649265.7A CN201910649265A CN110417878B CN 110417878 B CN110417878 B CN 110417878B CN 201910649265 A CN201910649265 A CN 201910649265A CN 110417878 B CN110417878 B CN 110417878B
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- H—ELECTRICITY
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
- H04L67/125—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks involving control of end-device applications over a network
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Abstract
The invention relates to a mobile communication warehouse under the control of a cloud server, which comprises a gateway goods shelf with a mobile wireless communication function and scanning equipment, wherein the gateway goods shelf is provided with a gateway electric appliance assembly, a plurality of grid cabinets, universal wheels, an ID (identity) bar code representing the number of the goods shelf and a computer display screen which is wirelessly networked; the gateway electrical assembly comprises a gateway circuit, a group of digital lamps for representing time, address and sequencing, and a group of LED colored lamps arranged beside each grid cabinet, wherein the gateway circuit is electrically connected with a battery and is wirelessly connected with a network through an antenna. After the gateway circuit is electrified and networked, the gateway circuit and the cloud server automatically complete communication protocol handshaking, ID bar codes on the gateway shelf are scanned one by one, the gateway shelf numbers are uploaded to the cloud server, and after the cloud server binds all the gateway shelf numbers, accurate positioning of each cargo in the moving gateway shelf and the gateway shelf grid cabinet and instant remote control of the upper and lower gateway shelf shelves within the communication coverage range are realized.
Description
Technical Field
The invention belongs to the field of logistics equipment, and particularly relates to a mobile communication warehouse under the control of a cloud server.
Background
The automatic sorting system adopted in the logistics industry can sort goods at high speed, but the production line is finally gathered in a large bag to be packaged according to the region of the goods, the bags are transported to distribution points at the level of the respective urban area, and after the goods have been taken out of the bags, the order is piled up at the goods distribution point and belongs to a plurality of orders of the same customer, because none of the orders can be accurately collected, and can be transported to the shelf system of the target cell by the truck after being assembled, only by scanning the scattered package bar codes one by one, for a plurality of goods with the same address customer order from different merchants, the goods are delivered one by one in the identity of independent orders, therefore, the total express quantity in urban areas is multiplied, urban traffic is worsened by express motorcycles and small three wheels, the logistics cost of customers is multiplied, and resources are greatly wasted.
The goods shelves are fixed goods shelves which adopt the RFID technology and respond to goods through lamplight and a buzzer to indicate the positions of the goods, and fixed goods shelves which are connected with a network in a wired mode through a gateway technology cannot be wirelessly connected and remotely controlled with the network under the condition of long-distance movement, so that all the goods shelves can only be limited to be used in a fixed range of a warehouse.
Under the network batch ordering and personalized requirements of student meal, conference meal, train meal and the like, after a large number of order lunch boxes are delivered simultaneously, due to the fact that no shelf positioning searching system capable of being quickly searched by a mobile phone through one key exists, only single-variety non-personalized configuration can be adopted at present, and the system becomes a negligence for taking out orders online.
Disclosure of Invention
The invention aims to provide a mobile communication warehouse under the control of a cloud server capable of quickly positioning goods.
The mobile communication warehouse is controlled by a cloud server and comprises a gateway goods shelf with a mobile wireless communication function and scanning equipment, and is characterized in that the gateway goods shelf is provided with a gateway electrical assembly, a plurality of grid cabinets, universal wheels, an ID bar code representing a goods shelf number and a computer display screen connected with a wireless network; the gateway electrical assembly comprises a gateway circuit, a group of digital lamps for representing time, address and sequence, and a group of LED colored lamps arranged beside each grid cabinet, wherein the gateway circuit is electrically connected with a battery and is wirelessly connected with a network through an antenna; after the gateway circuit is electrified and networked, the communication protocol handshake is automatically completed with the cloud server, the ID bar codes on the gateway shelf are scanned one by one, the gateway shelf numbers are uploaded to the cloud server, and after the cloud server binds all the gateway shelf numbers, the accurate positioning of each cargo in the moving gateway shelf and the gateway shelf cabinet and the instant remote control of the upper and lower gateway shelf shelves within the communication coverage range are realized.
Preferably, the method comprises the following steps: the gateway circuit comprises a voltage stabilizing circuit, a WI-FI module and a single chip microcomputer, wherein the WI-FI module is electrically connected with the single chip microcomputer, the WI-FI module is wirelessly connected with a network through an antenna, the voltage stabilizing circuit is electrically connected with the WI-FI module and the single chip microcomputer and supplies power to the WI-FI module and the single chip microcomputer, and the single chip microcomputer is electrically connected with the group of LED colored lamps.
Preferably, the method comprises the following steps: the gateway circuit further comprises a nixie tube lamp and a booster circuit, the nixie tube lamp is electrically connected with the single chip microcomputer through a nixie tube driving chip, and the booster circuit is electrically connected with the nixie tube lamp and the nixie tube driving chip and supplies power to the nixie tube lamp and the nixie tube driving chip.
Preferably, the method comprises the following steps: the gateway circuit is electrically connected with a buzzer, and the buzzer is electrically connected with the gateway power supply and the single chip microcomputer.
Preferably, the method comprises the following steps: the electrical assembly further comprises a nixie tube display panel which is fixedly connected to the electrical assembly, one side of the nixie tube display panel faces the nixie lamp, and the other side of the nixie tube display panel faces the outside of the goods shelf.
Preferably, the method comprises the following steps: the gateway goods shelf further comprises a computer display screen which is wirelessly connected, the computer display screen is fixedly connected to the top of the gateway goods shelf and electrically connected with the electric appliance assembly, the computer display screen is wirelessly connected with the cloud server, receives cloud server information through a wireless network, synchronously displays and indicates the gateway goods shelf where goods are located and the accurate position and the placing direction of the grid cabinet where the goods are located, and dynamically displays the change information of the quantity of the goods on and off.
Preferably, the method comprises the following steps: the gateway goods shelf container also comprises a group of universal wheels with brakes; the universal wheels are used for moving the goods shelf, and the brakes of the universal wheels are used for fixing the goods shelf; the grid cabinet comprises an open grid cabinet and a closed coded lock cabinet.
Preferably, the method comprises the following steps: the gateway power supply is a lithium battery pack during the movement of the goods shelf, and is a fixed stabilized voltage power supply during the period that the goods shelf is not moved.
Preferably, the method comprises the following steps: the electric appliance assembly further comprises a power supply display lamp, and the power supply display lamp is electrically connected with the gateway circuit board.
Preferably, the method comprises the following steps: the electric appliance assembly further comprises a networking display lamp, and the networking display lamp is electrically connected with the gateway circuit board.
Compared with the prior art, the invention has the beneficial effects that:
the gateway circuit connection network sends instructions to the LED colored lamps through a cloud server, and simultaneously feeds the gateway power supply voltage back to the cloud server at any time; the ID bar code represents the number of the shelf, the scanning equipment scans the ID bar code and transmits the scanned shelf number information to the cloud server, and the cloud server finishes binding the shelf and sends an instruction to the shelf after receiving the shelf ID number information; according to instructions issued by the cloud server according to different working conditions, the gateway circuit instructs the LED colored lamps, and the LED colored lamps guide and indicate the shelf where the target goods are located and the positions of the shelves for loading and unloading goods according to different lighting colors, lighting, extinguishing, flashing and other actions; the gateway goods shelf can be used as a station for putting the order goods of a mobile communication warehouse and/or a sorting collection center under the control of the cloud server on and off, can also be used as a carrier for keeping the collection transportation goods with accurate goods positions which are networked with the cloud server immediately, and can also be used as a carrier for providing quick goods searching for customers at any transfer station or destination; the mobile communication warehouse under the control of the cloud server not only provides technical support for the cluster type efficient integrated transportation of a large number of scattered packages, but also establishes a remote control platform which can carry out real-time accurate positioning and automatic searching when the cloud server moves goods to any place in the whole area covered by a wireless network.
According to the mobile communication warehouse and the gateway shelf with the mobile wireless communication function under the control of the cloud server, all goods can have accurate space positions under the monitoring and instruction of the cloud server in any space covered by a network and can be placed on or off the shelf, and the central server can remotely and extensively remotely control all the gateway shelves of the mobile warehouse through the network. The mobile communication warehouse under the control of the cloud server can keep real-time online communication with users through a network, can load and unload goods in the movement and has a convenient function of being in butt joint with a logistics system of a client, so that the logistics frequency is greatly reduced, the logistics efficiency is improved, and the warehousing and logistics cost is reduced. Meanwhile, the efficient and accurate aggregation mode and the gateway goods shelf capable of realizing instant messaging enable the integrated aggregation transportation to be implemented under the support of a network mobile wireless communication warehouse, so that the existing divergent logistics of small motorcycles and tricycles can be replaced, and urban traffic is greatly improved.
The mobile communication warehouse and the gateway goods shelf with the mobile wireless communication function under the control of the cloud server also provide technical support for sorting the partitions to which the bulk goods belong in a set by packaging the bulk goods in a business district and rapidly searching and distributing the bulk goods in a community distribution center.
Drawings
Fig. 1 is a view of a gateway shelf structure of a mobile communication warehouse under the control of a cloud server according to the present invention;
FIG. 2 is a side view of FIG. 1;
fig. 3 is a diagram of the structure of an electrical assembly on a gateway shelf of a mobile communication warehouse under the control of a cloud server according to the present invention;
FIG. 4 is a top view of FIG. 3;
FIG. 5 is a side view of FIG. 3;
fig. 6 is a flowchart of information exchange between a wireless gateway system of a gateway shelf movable gateway shelf of a mobile communication warehouse and a cloud platform server under the control of a cloud server according to the present invention;
fig. 7 is a schematic diagram of a gateway circuit board on a gateway shelf of a mobile communication warehouse under the control of a cloud server according to the present invention.
Detailed Description
The invention will be described in further detail below with reference to the accompanying drawings:
referring to fig. 1 to 5, a gateway shelf of a mobile communication warehouse under the control of a cloud server includes a gateway shelf 1, a scanning device (not shown in the prior art), an electrical assembly 3 fixed on the shelf 1, and a plurality of shelf units 4; the electrical assembly 3 comprises a gateway circuit board 33 and ID bar codes 35 representing the numbers of the shelves 1, the gateway circuit board 33 is electrically connected with a gateway power supply 36 and a group of LED colored lamps 5 arranged beside each grid cabinet 4, the LED colored lamps 5 are electrically connected with the gateway power supply 36, after the gateway of the gateway circuit board 33 is wirelessly connected with a network through an antenna, communication protocol handshaking with a cloud server is completed, scanning equipment scans the ID bar codes 35, scanned shelf number information is uploaded to the cloud server, and the binding of the cloud server to the shelf numbers is realized. The grid cabinet 4 is used for placing goods; the gateway circuit board 33 is connected with the network through a gateway on the gateway circuit board, receives a command of the cloud server, sends a command to the LED colored lamp 5, and simultaneously feeds back the voltage value of the gateway power supply 36 to the cloud server at any time; the LED colored lamps 5 beside the grid positions of the gateway shelf guide and indicate the positions of the shelf and the grid positions of goods and the goods loading and unloading with different lighting colors and actions of lighting, extinguishing, flashing and the like according to the instructions given by the cloud server through the gateway circuit board 33; the gateway goods shelf 1 can be used as a station for putting on and off the order goods of a mobile communication warehouse and/or a sorting collection center under the control of a cloud server, can also be used as a carrier for keeping the collection transportation goods with accurate goods positions which are immediately networked with the cloud server, and can also be used as a carrier for providing quick goods searching for customers through the indication of an LED color lamp 5 at any transfer station or destination; the mobile communication warehouse under the control of the cloud server not only provides technical support for the cluster type efficient integrated transportation of a large number of scattered packages, but also establishes a remote control platform which can carry out real-time accurate positioning and automatic searching when the cloud server moves goods to any place in the whole area covered by a wireless network.
Referring to fig. 1 to 5, the gateway circuit board 33 includes a voltage stabilizing circuit, a WI-FI module and a single chip, the WI-FI module is electrically connected to the single chip, the gateway of the WI-FI module is wirelessly connected to the network through an antenna, the voltage stabilizing circuit is electrically connected to the WI-FI module and the single chip and supplies power to the WI-FI module and the single chip, and the single chip is electrically connected to the group of LED color lamps 5. After the cloud server issues the data, the WI-FI module and the single chip microcomputer process the data, the data are converted into corresponding instruction types, and the LED colored lamps 5 are driven to respond; the single chip microcomputer transmits data instructions to output equipment such as a terminal LED colored lamp 5 and the like, and simultaneously performs data interaction with the wireless WI-FI module in a serial port mode; the WI-FI module performs data interaction with a service period through a router, and comprises battery power detection, key detection, serial port data processing, LED driving and the like; the serial port data receives a data instruction of the wireless WI-FI, if a driving instruction is issued, the serial port data responds to the content of different instructions, drives output equipment such as an LED and the like, and uploads the self state of the system to the WI-FI module; serial port tasks, TCP and UDP tasks, router connection and monitoring tasks are established in the operating system, an ad hoc network protocol is adopted in the process of interaction with the server, and serial port data are transmitted to the single chip microcomputer by the same ad hoc network protocol.
The gateway circuit board 33 further comprises a nixie tube lamp 34 and a booster circuit, the nixie tube lamp 34 is electrically connected with the single chip microcomputer through a nixie tube driving chip, and the booster circuit is electrically connected with the nixie tube lamp 34 and the nixie tube driving chip and supplies power to the nixie tube lamp 34 and the nixie tube driving chip. After the cloud server issues the data, the WI-FI module and the single chip microcomputer process the data into instructions, and the nixie tube driving chip drives the nixie tube lamp 34 to respond according to the instructions and displays relevant information such as time, addresses and station numbers.
The electrical assembly 3 further comprises a nixie tube display board 37, the nixie tube display board 37 is fixedly connected to the electrical assembly 3, one side of the nixie tube display board 37 faces the nixie lamp, and the other side of the nixie tube display board 37 faces the outside of the shelf 1. The nixie tube display panel 37 is made of transparent materials, and the nixie tube display panel 37 is used for protecting the nixie tube lamp 34 and transparently displaying the nixie tube lamp 34; the system is used for displaying the coded information of the delivery time, the delivery address, the loading station and the like of the goods.
The gateway circuit board 33 is also electrically connected with a buzzer, and the buzzer is electrically connected with the gateway power supply 36 and the singlechip. The buzzer is connected and controlled by a cloud server instruction through WI-FI, and different actions are represented by different sounds in working condition nodes such as a cargo searching process, a cargo matching process, cargo entering and exiting cabinets and the like.
The grid cabinet 4 comprises an open grid cabinet and a closed coded lock cabinet. Need a single cabinet to deposit the closed password locker of goods alone to having selected the privacy strong, after scanning equipment scans the two-dimensional code that the customer provided, the LED lamp dodges, and corresponding closed password locker cabinet door is automatic to be opened simultaneously. After the scanning device scans the two-dimensional code provided by the customer, the LED lamp flashes, and the corresponding closed coded lock cabinet door is automatically opened. The grid cabinet is used for placing goods; the gateway circuit is connected with a network, sends an instruction to the LED colored lamp through the cloud server, and simultaneously feeds the gateway power supply voltage back to the cloud server at any time; the ID bar code represents the number of the shelf, the scanning equipment scans the ID bar code and transmits the scanned shelf number information to the cloud server, and the cloud server finishes binding the shelf and sends an instruction to the shelf after receiving the shelf ID number information; according to instructions issued by the cloud server according to different working conditions, the gateway circuit instructs the LED colored lamps, and the LED colored lamps guide and indicate the shelf where the target goods are located and the positions of the shelves for loading and unloading goods according to different lighting colors, lighting, extinguishing, flashing and other actions; the gateway goods shelf can be used as a station for putting the order goods of a mobile communication warehouse and/or a sorting collection center under the control of the cloud server on and off, can also be used as a carrier for keeping the collection transportation goods with accurate goods positions which are networked with the cloud server immediately, and can also be used as a carrier for providing quick goods searching for customers at any transfer station or destination; the mobile communication warehouse under the control of the cloud server not only provides technical support for the cluster type efficient integrated transportation of a large number of scattered packages, but also establishes a remote control platform which can carry out real-time accurate positioning and automatic searching when the cloud server moves goods to any place in the whole area covered by a wireless network.
The goods shelf 1 also comprises a group of universal wheels 6 with brakes, and each goods shelf 1 at least comprises two universal wheels 6. The universal wheels 6 are used for moving the goods shelf 1, and the brakes of the universal wheels 6 are used for fixing the goods shelf 1.
The gateway power supply 36 is a lithium battery pack. The lithium battery pack is used for supplying power to the electric appliance assembly 3, is convenient to install and replace and is arranged on the goods shelf so as to provide power for the gateway circuit assembly during the moving period of the goods shelf; after the goods shelf is transferred, the goods shelf can be fixed at a place for a relatively long time, and can be conveniently converted to a fixed voltage-stabilized power supply connected with a large power grid, so that a battery power supply is saved.
The electrical assembly 3 further comprises a power display lamp 31, and the power display lamp 31 is electrically connected with the gateway circuit board 33. The power display lamp 31 displays the connection state of the gateway circuit board 33 and the gateway power supply 36 of the shelf 1, and displays the power connection state of the gateway circuit board 33 by turning on and off the indicator lamp.
The electric appliance assembly 3 also comprises a networking display lamp 32, and the networking display lamp 32 is electrically connected with the gateway circuit board 33. The networking display lamp 32 is used for displaying the connection state of the gateway shelf of the mobile communication warehouse under the control of the cloud server and the network.
Fig. 6 shows an information exchange flow chart between a wireless gateway system of a gateway shelf movable gateway shelf of a mobile communication warehouse and a cloud platform server under the control of a cloud server: a gateway of a gateway circuit on a gateway shelf of a mobile communication warehouse under the control of a cloud server is connected with a network through an antenna and automatically finishes communication protocol handshaking with a cloud platform, the cloud platform receives ID codes of the gateway shelf one by one and binds the gateway shelf, then the cloud server assigns virtually distributed goods position information automatically finished by software to the bound shelf respectively, no matter scanning two-dimensional code loading on goods packages or scanning mobile phone two-dimensional codes to search goods positions, after receiving code scanning information, the cloud server issues a gateway shelf and shelf position information command of code scanning target goods to the gateway on the gateway shelf, and the gateway circuit commands LED color lamps beside corresponding shelf of the corresponding gateway shelf to perform lighting, flashing and extinguishing actions to indicate goods positions and loading and unloading; and a computer screen connected with the network synchronously displays the position light flashing of the goods shelf and the grid cabinet of the gateway where the goods are located, determines the redundancy and dynamically displays the change of the goods on and off the shelf.
Referring to fig. 7, a schematic diagram of a gateway circuit board on a gateway shelf of a mobile communication warehouse under the control of a cloud server is shown; the circuit board processes data issued from the server through the cooperation of the WI-FI module and the 8-bit single chip microcomputer, converts the data into corresponding instruction types, and drives the LED display, the nixie tube display and the buzzer to sound. The LED lamp is connected through the WI-FI and is controlled by the instruction of the server to perform response actions of lighting, flashing and lamp-off of the LED lamp arranged on the rack and sound of the buzzer arranged on the rack; the circuit board is arranged on an electric appliance assembly of the movable gateway goods shelf, and is provided with an antenna for signal communication with a network; the circuit board is respectively connected with a power supply, a power switch, a network connection indicator lamp, a nixie tube display, an LED lamp and a buzzer through electric wires; all the position information of the gateway goods shelf with any number of lattice positions is numbered in advance and input into a computer, and thereby a platform capable of positioning and searching goods through wireless communication is established. The core control panel principle of the mobile gateway shelf is shown in fig. 7, which mainly comprises: an 8-bit singlechip unit is a main device for transmitting data instructions to output equipment such as a terminal LED lamp, a buzzer, a nixie tube and the like, and simultaneously performs data interaction with a wireless WI-FI module in a serial port mode, and performs data interaction with a server through a router; a wireless WI-FI module unit; a nixie tube driving circuit unit; a booster circuit and a terminal circuit LED output control section.
The above-mentioned embodiments are only preferred embodiments of the present invention, and all equivalent changes and modifications made within the scope of the claims of the present invention should be covered by the claims of the present invention.
Claims (14)
1. A mobile communication warehouse under the control of a cloud server comprises a gateway goods shelf with a mobile wireless communication function and scanning equipment, wherein the gateway goods shelf is provided with a gateway electrical assembly, a plurality of grid cabinets, universal wheels, an ID bar code representing the number of the goods shelf and a computer display screen which is wirelessly networked; the gateway electrical assembly comprises a gateway circuit, a group of digital lamps for representing time, address and sequence, and a group of LED colored lamps arranged beside each grid cabinet, wherein the gateway circuit is electrically connected with a battery and is wirelessly connected with a network through an antenna; the method is characterized in that after the gateway circuit is electrified and networked, the gateway circuit automatically completes communication protocol handshake with the cloud server, scans ID bar codes on gateway shelves one by one, uploads gateway shelf numbers to the cloud server, and after the cloud server binds all gateway shelf numbers, the cloud server realizes accurate positioning of each cargo in the moving gateway shelves and gateway shelf cabinets and real-time remote control of upper and lower gateway shelves in all communication coverage ranges; the gateway circuit comprises a voltage stabilizing circuit, a WI-FI module and a single chip microcomputer, wherein the WI-FI module is electrically connected with the single chip microcomputer, the WI-FI module is wirelessly connected with a network through an antenna, the voltage stabilizing circuit is electrically connected with the WI-FI module and the single chip microcomputer and supplies power to the WI-FI module and the single chip microcomputer, and the single chip microcomputer is electrically connected with the group of LED colored lamps; after the cloud server issues data, the WI-FI module and the single chip microcomputer process the data, convert the data into corresponding instruction types and drive the LED colored lamp to respond; the nixie tube driving chip drives the nixie tube lamp to respond according to the instruction, and displays relevant information of time, address and station number; the single chip transmits a data instruction to the terminal LED colored lamp, and simultaneously performs data interaction with the wireless WI-FI module in a serial port mode; the WI-FI module performs data interaction with the server through the router, and comprises battery power detection, key detection, serial port data processing and LED driving; the serial port data receives a data instruction of the wireless WI-FI, if a driving instruction is issued, the serial port data responds to the contents of different instructions to drive the output equipment of the LED, and simultaneously uploads the self state of the system to the WI-FI module; serial port tasks, TCP and UDP tasks, router connection and monitoring tasks are established in the operating system, an ad hoc network protocol is adopted in the process of interaction with the server, and serial port data are transmitted to the single chip microcomputer by the same ad hoc network protocol.
2. The warehouse in mobile communication under the control of cloud server of claim 1, wherein the gateway circuit further comprises a nixie tube lamp and a voltage boost circuit, the nixie tube lamp is electrically connected with the single chip microcomputer through a nixie tube driving chip, and the voltage boost circuit is electrically connected with the nixie tube lamp and the nixie tube driving chip and supplies power to the nixie tube lamp and the nixie tube driving chip.
3. The mobile communication warehouse controlled by the cloud server according to claim 2, wherein the gateway circuit is electrically connected with a buzzer, and the buzzer is electrically connected with the gateway power supply and the single chip microcomputer; the buzzer is connected and controlled by a cloud server instruction through WI-FI, and different actions are represented by different sounds in the cargo searching process, the cargo matching process and the working condition nodes of the cargo in-out cabinet.
4. The mobile communication warehouse under the control of the cloud server of claim 3, wherein the gateway circuit further comprises a gateway circuit board, after the gateway of the gateway circuit board is wirelessly connected with the network through an antenna, the gateway circuit board completes communication protocol handshaking with the cloud server, the scanning device scans the ID bar code, and uploads the scanned shelf number information to the cloud server, so that the binding of the cloud server to the shelf number is realized.
5. The mobile communication warehouse under the control of the cloud server of claim 1, wherein the electrical assembly further comprises a nixie tube display panel, the nixie tube display panel is fixedly connected to the electrical assembly, one surface of the nixie tube display panel faces the nixie lamp, and the other surface of the nixie tube display panel faces the outside of the shelf; the nixie tube display panel is made of transparent materials and is used for protecting the nixie tube lamp and displaying the nixie tube lamp in a transparent mode; the system is used for displaying the delivery time of the goods, the delivery address and the coding information of the goods-loading gathering station.
6. The mobile communication warehouse controlled by the cloud server according to claim 1, wherein the gateway shelf further comprises a wireless networked computer display screen, the computer display screen is fixedly connected to the top of the gateway shelf and electrically connected to the electrical appliance assembly, the computer display screen is wirelessly connected to the cloud server, receives cloud server information through a wireless network, synchronously displays and indicates the gateway shelf where goods are located and the accurate position and placement direction of the shelf where the goods are located, and dynamically displays the change information of the quantity of the goods loaded and unloaded; the display screen synchronously displays and indicates the position, the placing direction and the goods loading and unloading information of the shelf goods with a 'master control center' display monitoring screen of the cloud server through a wireless network, and dynamically records the quantity change of the goods loading and unloading through the synchronous on-off and flash redundancy confirmation of the LED colored lamps of the shelf cabinets; when LED color lamp hardware breaks down and conflicts with the display screen action, the indication is displayed on the display screen.
7. The cloud server controlled mobile communication warehouse of claim 6, wherein the cabinets comprise open cabinets and closed password cabinets; for a closed coded lock cabinet which is strong in privacy and needs a single cabinet to store goods independently, after scanning a two-dimensional code provided by a customer, a scanning device flashes an LED lamp, and meanwhile, a corresponding closed coded lock cabinet door is opened automatically; after the scanning device scans the two-dimensional code provided by the customer, the LED lamp flashes, and the corresponding closed coded lock cabinet door is automatically opened.
8. The cloud server controlled mobile communication warehouse of claim 1, wherein the gateway shelf container further comprises a set of casters with brakes; the universal wheel is used for moving the goods shelf, and the brake of the universal wheel is used for fixing the goods shelf.
9. The cloud server controlled mobile communication warehouse of claim 1, wherein the gateway power supply is a lithium battery pack during shelf movement and a fixed regulated power supply during shelf non-movement.
10. The cloud server controlled mobile communications warehouse of claim 1, wherein the electrical assembly further comprises a power display light electrically connected to the gateway circuit board.
11. The cloud server controlled mobile communications warehouse of claim 1, wherein the electrical assembly further comprises a networking display light, the networking display light being electrically connected to the gateway circuit board.
12. An information exchange method of a mobile communication warehouse under the control of a cloud server is characterized by comprising the following steps:
the gateway of the gateway circuit on the gateway shelf of the mobile communication warehouse under the control of the cloud server is connected with the network through an antenna and automatically completes communication protocol handshaking with the cloud platform;
after the cloud platform receives ID codes of gateway goods shelves one by one and binds the gateway goods shelves, the cloud server assigns virtually distributed goods position information automatically completed by software to the bound goods shelves respectively, and no matter whether two-dimensional codes on goods packages are scanned for goods loading or mobile phone two-dimensional codes are scanned for goods positions, after the cloud server receives code scanning information, commands of gateway goods shelves where code scanning target goods are located and the position information of the cabinet are issued to the gateways on the gateway goods shelves;
thirdly, the gateway circuit instructs the LED color lamps beside the corresponding grid cabinets of the corresponding gateway goods shelves to perform lighting, flashing and extinguishing actions, and the positions of goods and the loading and unloading of the goods are indicated;
and fourthly, synchronously displaying position light flashing of the gateway goods shelf where the goods are located and the position light flashing of the cabinet by a computer screen connected with the network, performing redundant confirmation, and dynamically displaying the change of the goods on and off the shelf.
13. A gateway circuit on a gateway goods shelf of a mobile communication warehouse under the control of a cloud server is characterized in that a circuit board of the gateway circuit is matched with an 8-bit singlechip through a WI-FI module to process data issued from the server, converts the data into corresponding instruction types, and drives an LED (light-emitting diode) display, a nixie tube display and a buzzer to sound; the LED lamp is connected through the WI-FI and is controlled by the instruction of the server to perform response actions of lighting, flashing and lamp-off of the LED lamp arranged on the rack and sound of the buzzer arranged on the rack; the circuit board is arranged on an electric appliance assembly of the movable gateway goods shelf, and is provided with an antenna for signal communication with a network; the circuit board is respectively connected with a power supply, a power switch, a network connection indicator lamp, a nixie tube display, an LED lamp and a buzzer through electric wires; all the position information of the gateway goods shelf with any number of lattice positions is numbered in advance and input into a computer, and a platform capable of positioning and searching goods through wireless communication is established; the core control panel of the movable gateway shelf comprises: an 8-bit singlechip unit is a main device for transmitting data instructions to output equipment such as a terminal LED lamp, a buzzer, a nixie tube and the like, and simultaneously performs data interaction with a wireless WI-FI module in a serial port mode, and performs data interaction with a server through a router.
14. The mobile communication warehouse under the control of the cloud server according to any one of claims 1 to 11, wherein the cloud server and the mobile communication warehouse under the control of the cloud server become a remote control platform capable of performing real-time accurate positioning and automatic searching when the goods move to any place.
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| CN112365211B (en) * | 2020-10-14 | 2024-04-30 | 北京极智嘉科技股份有限公司 | Storage bit guiding system and method |
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