CN103915013A - Intelligent warehousing experimenting and displaying platform equipment - Google Patents
Intelligent warehousing experimenting and displaying platform equipment Download PDFInfo
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Abstract
The invention provides intelligent warehousing experimenting and displaying platform equipment. The intelligent warehousing experimenting and displaying platform equipment comprises a warehousing sand table, a warehousing environment monitoring module used for collecting environment data, a gateway module used for sending and receiving all the environment data and control instructions, a warehousing environment control module used for receiving the control instructions and executing operations, a personnel entering and exiting warehouse door control module used for identifying personnel entering and exiting a warehouse, a material input and output recording module used for registering and counting materials entering and exiting the warehouse, a pallet used for registering and counting the materials entering and exiting the warehouse from an entrance and an exit to a goods shelf, the goods shelf used for conducting locating management on the materials in the warehouse, a warehousing data center used for conducting data summarization, a hand-held terminal used for checking the materials in the warehouse, a remote mobile terminal used for receiving an environment data package and warning instructions, a video demonstrating system used for audio narrating and video displaying, an experiment instruction system used for providing development instructions and a student experiment box used for student development testing. The intelligent warehousing experimenting and displaying platform equipment can realize collection of intelligent warehousing temperature and humidity and material input and output registering and counting, realize intelligent warehousing and meet the requirements for demonstration popularization and development testing experimenting of intelligent warehousing.
Description
Technical field
The present invention relates to wireless sensor technology, radio frequency label and storage experiment and instructional technology field, particularly a kind of intelligent storage experiment and display platform equipment.
Background technology
Existing storage experimental teaching is all to take student in actual storage storehouse visiting and learning, and the still original artificial value defence formula that provides the actual storage storehouse of study to adopt, and the platform device that offers Students ' Learning is also original artificial value defence formula.Storage for intelligent storage control not yet has the platform that Students ' Learning is provided, thereby for Students ' Learning, intelligent storage control is made troubles, and affects student's study initiative.Various places also lack visual model and means in the process of promoting intelligent storage project.
Summary of the invention
Object of the present invention is intended at least solve one of described technological deficiency.
For this reason, the object of the invention is to propose a kind of intelligent storage experiment and display platform equipment, this equipment is grasped the principle of intelligent storage control and wireless communication technology for Students ' Learning, and has improved student's study initiative and learning efficiency; Simultaneously for the popularization of intelligent storage provides strong model and means.
To achieve these goals, embodiments of the invention provide a kind of intelligent storage experiment and display platform equipment, comprising: storage sand table, for equipment and the environment of storing in a warehouse under Reality simulation environment, storage environment monitoring modular, described storage environment monitoring modular is for gathering the multiple environmental datas in described storage sand table, and wherein, described multiple environmental datas comprise: temperature, humidity, infrared portrait, gateway module, described gateway module and described storage environment monitoring modular communicate, for receiving described multiple environmental datas that described storage environment monitoring modular reports, and described multiple environmental datas are converted to the environmental data bag of default communication protocol type, forward described environmental data bag, storage data center, described storage data center and gateway module communicate, the environmental data bag forwarding for receiving described gateway module, and according to default control theory and empirical data, described packet is analyzed, and send corresponding alarm command and steering order according to analysis result, and described alarm command and steering order are sent to described gateway module by described storage data center, and described gateway module forwards described alarm command and steering order, storage environment control module, described storage environment control module and described gateway module communicate, the described steering order forwarding for receiving described gateway module, and call the functional unit corresponding with described steering order according to described steering order and carry out corresponding operating, and the operating result of each described functional unit is back to described storage data center, wherein, described storage environment control module comprises multiple functional units, described multiple functional units comprise following at least one: scavenger fan, dehumidifier, humidifier, air-conditioning, alarm, personnel's library module of coming in and going out, come in and go out library module and described gateway module of described personnel communicates, the described personnel library module of coming in and going out comprises the first rfid interrogator, the first fingerprint reader and the first radio communication device, the described personnel library module of coming in and going out is arranged on described storage sand table gateway, differentiate going out warehouse-in personnel by described the first rfid interrogator and described the first fingerprint reader, and information exchange is crossed to described the first radio communication device be transferred to described gateway module, being transmitted to described storage data center by described gateway module registers, statistics and empowerment management, goods and materials discrepancy library module, described goods and materials discrepancy library module and described gateway module communicate, described goods and materials discrepancy library module comprises the second rfid interrogator and the second radio communication device, described material discrepancy library module is arranged on described storage sand table gateway, when materials warehousing, read warehouse-in material information by bar code and write the RFID label of pallet and be transferred to described gateway module, be transmitted to described storage data center by described gateway module, when goods and materials outbound, read outbound material information and be transferred to described gateway module from the RFID label of described pallet by described the 2nd RFID card reader, be transmitted to described storage data center by described gateway module, register going out to put in storage goods and materials, statistics, pallet, described pallet and described gateway module communicate, described pallet comprises RFID label, barcode reader and the 3rd radio communication device, in the time of materials warehousing, write warehouse-in material information to described RFID label from described goods and materials discrepancy library module, in the time that moving to shelf, described pallet reads out the position bar code information of described shelf, the position bar code information of material information and described shelf in described RFID label is transferred to described gateway module, be transmitted to described storage data center by described gateway module, described pallet is moved to described storage sand table gateway in the time of goods and materials outbound, described goods and materials discrepancy library module reads material information and is transferred to described gateway module from described pallet RFID label, be transmitted to storage data center by described gateway module, shelf, described shelf comprise bar code positioning label, in the time that described pallet moves to described shelf to storehouse in goods and materials position management, handheld terminal, described handheld terminal and described gateway module communicate, described handheld terminal comprises the 3rd rfid interrogator and the 4th radio communication device, when goods and materials are interrogated and examined in to storehouse, read material information and the locating information of the RFID storage of described pallet, be transferred to described gateway module, be transmitted to described depot data center by described gateway module and compare, return message send the first prompt tone when information is consistent, return message send the second prompt tone when information is inconsistent, remote mobile terminal, described remote mobile terminal and described gateway module communicate, the environmental data bag and the alarm command that forward for receiving described gateway module, and send corresponding steering order according to described environmental data bag and described alarm command, can inquire about goods and materials data in storehouse simultaneously, video display system, described video display system is connected with described gateway module, provides described storage sand table for the described steering order forwarding according to described gateway module to student, described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, the described personnel library module of coming in and going out, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal, the audio commentary of the performance index of described remote mobile terminal and the video display of working effect, and provide and described storage sand table, described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, the described personnel library module of coming in and going out, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal, the relevant experience controlling application program of work of described remote mobile terminal, user by selecting is also carried out described experience controlling application program and learns each function of the experiment of described intelligent storage and display platform equipment, experiment instruction system, described experiment instruction system and described storage sand table, described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, the described personnel library module of coming in and going out, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal, described remote mobile terminal is connected, for described storage sand table is provided, described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, the described personnel library module of coming in and going out, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal, the theoretical principle of described remote mobile terminal and relevant professional knowledge carry out video and text teaching, and, the development module of described experiment instruction system for selecting according to student, provide the learning content corresponding with the development module of selecting to described student, wherein, described development module comprises described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, the described personnel library module of coming in and going out, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal, one or more in described remote mobile terminal, described experiment instruction system is installed on each student's computing machine, student experimenting case, described student experimenting case is for storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, described personnel described in students experience development and testing come in and go out library module, described goods and materials come in and go out library module, described pallet, described handheld terminal, described remote mobile terminal.
In one embodiment of the invention, described storage environment monitoring modular sends described multiple environmental datas by wireless mode to described gateway module with predetermined period.
In yet another embodiment of the present invention, described gateway module sends to described storage data center or described remote mobile terminal by Ethernet, Wireless Fidelity Wi-Fi or general packet radio service technology GPRS by environmental data bag.
In another embodiment of the present invention, described gateway module is also for being forwarded to described storage environment control module from the steering order of described storage data center, described remote mobile terminal or described video display system.
In another embodiment of the present invention, described storage data center is also for preserving from the environmental data bag of described gateway module and the execution result of described steering order.
In one embodiment of the invention, the each described functional unit in described storage environment control module receives the steering order of described storage data center, described remote mobile terminal or described video display system by wired or wireless mode.
In another embodiment of the present invention, described video display system comprises: touch-screen, for receiving user's touch operation, and show that according to described touch operation described intelligent storage is tested and the composition of display platform equipment, performance, parameter and application, and provide and described storage sand table, described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, the described personnel library module of coming in and going out, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal, the relevant experience controlling application program of work of described remote mobile terminal, user is operated and is selected and carry out described experience controlling application program to learn each function of described intelligent storage experiment and display platform equipment by touch, hard disc player, for the audio commentary of performance index from described remote mobile terminal to student and the video display of working effect that provide described storage sand table, described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, described personnel to come in and go out library module, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal.
In yet another embodiment of the present invention, provide described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, described personnel come in and go out library module, described goods and materials come in and go out library module, described pallet, described shelf, described handheld terminal, the each self-corresponding schematic diagram of described remote mobile terminal, operation instructions, program's source code and debugging download interface to student.
In one embodiment of the invention, learning content corresponding to the development module with selecting that described experiment instruction system provides comprises: the operation instruction of this development module, theory explaination, developing instrument use explanation, the explanation of developing focus source code, performance history distribution explanation, theoretical Grasping level test, frequently asked questions and corresponding answer, exploitation notes to gather and related tool and data.
In yet another embodiment of the present invention, described student experimenting case comprises: serial ports, for debugging or download, transmitting data information; Network interface, for access network signal; Power interface, for accessing power supply; Temperature Humidity Sensor monitoring modular development board and infrared portrait monitoring modular development board, for communicating by wireless mode and described gateway module, described student experiences development and testing by described Temperature Humidity Sensor monitoring modular development board and infrared portrait monitoring modular development board to described storage environment monitoring modular, and the result of development and testing can access in network by described gateway module, to carry out follow-up analysis and control; Gateway module development board, described student is by gateway module described in described gateway module development board experience development and testing; On off controller development board and household remote formula controller development board, described student is by the functional unit of storage environment control module described in described on off controller development board and household remote formula controller development board experience development and testing.
According to the intelligent storage experiment and display platform equipment of the embodiment of the present invention, can realize Real-time Collection and the monitoring of the environmental datas such as temperature in intelligent storage, humidity, infrared portrait, and adopt Based Intelligent Control to combine with remote handle control, truly realize the Intelligent unattended production on duty of intelligent storage, in conjunction with explanation and experiment, meet the demonstration popularization of intelligent storage and the needs that carry out development and testing experiment on this platform.In addition, the present invention can provide schematic diagram, operation instructions, program's source code and debugging download interface, grasps Wireless Data Transmission for Students ' Learning, has improved student's study initiative and learning efficiency.
The aspect that the present invention is additional and advantage in the following description part provide, and part will become obviously from the following description, or recognize by practice of the present invention.
Brief description of the drawings
Above-mentioned and/or additional aspect of the present invention and advantage accompanying drawing below combination is understood becoming the description of embodiment obviously and easily, wherein:
Fig. 1 is the structural drawing with display platform equipment according to the intelligent storage experiment of the embodiment of the present invention;
Fig. 2 is according to the schematic diagram of the video display system of the embodiment of the present invention;
Fig. 3 is according to the workflow diagram of the experiment instruction system of the embodiment of the present invention;
Fig. 4 is according to the arrangenent diagram of the experimental box of the embodiment of the present invention;
Fig. 5 is the network topological diagram with display platform equipment according to the intelligent storage experiment of the embodiment of the present invention.
Embodiment
Describe embodiments of the invention below in detail, the example of described embodiment is shown in the drawings, and wherein same or similar label represents same or similar element or has the element of identical or similar functions from start to finish.Be exemplary below by the embodiment being described with reference to the drawings, be intended to for explaining the present invention, and can not be interpreted as limitation of the present invention.
In the present invention, unless otherwise clearly defined and limited, the terms such as term " installation ", " being connected ", " connection ", " fixing " should be interpreted broadly, and for example, can be to be fixedly connected with, and can be also to removably connect, or connect integratedly; Can be mechanical connection, can be also electrical connection; Can be to be directly connected, also can indirectly be connected by intermediary, can be the connection of two element internals.For the ordinary skill in the art, can understand as the case may be above-mentioned term concrete meaning in the present invention.
Below with reference to Fig. 1, the intelligent storage experiment of the embodiment of the present invention is described with display platform equipment.
As shown in Figure 1, the experiment of the embodiment of the present invention provides intelligent storage comprises with display platform equipment: storage sand table 1, storage environment monitoring modular 2, gateway module 3, storage data center 4, storage environment control module 5, personnel come in and go out library module 6, goods and materials come in and go out library module 7, pallet 8, shelf 9, handheld terminal 10, remote mobile terminal 11, video display system 12, experiment instruction system 13 and student experimenting case.
Specifically, equipment and the environment of storage sand table 1 for storing in a warehouse under Reality simulation environment.
Storage environment monitoring modular 2 is for gathering the multiple environmental datas in storage sand table 1.Wherein, multiple environmental datas comprise: the environmental datas such as temperature, humidity, infrared portrait.
In one embodiment of the invention, storage environment monitoring modular 2 sends multiple environmental datas by wireless mode to gateway module 3 with predetermined period.Wherein, predetermined period can be 5 seconds.
Storage environment monitoring modular 2 can also provide schematic diagram, operation instructions, program's source code and debugging download interface to student, thereby student can learn to use for reference, revise and debugging storage environment monitoring modular 2, help the knowledge of the subjects such as students Wireless Data Transmission and environmental monitoring.
In an example of the present invention, it is the chip microcontroller in Zigbee that the data of storage environment monitoring modular 2 read, and can continue to connect other any type sensors to realize the monitoring to storage environment.
Gateway module 3 communicates with storage environment monitoring modular 2, the multiple environmental datas that report for receiving storage environment monitoring modular 2, and multiple environmental datas are converted to the environmental data bag of presetting communication protocol type, forward environmental data bag.
In one embodiment of the invention, gateway module 3 can send to storage data center 4 or remote mobile terminal 11 by environmental data bag by Ethernet, Wireless Fidelity Wi-Fi or general packet radio service technology GPRS.
In yet another embodiment of the present invention, gateway module 3 is also for being forwarded to storage environment control module 5 from the steering order of storage data center 4, remote mobile terminal 11 or video display system 12.It should be noted that, the data that modules externally sends all need to forward by gateway module 3, the data that modules externally sends thus are all transmitted by unique passage, improve the safe reliability of data transmission, and data directly do not transfer to storage data center 4, can alleviate to a certain extent the burden at storage data center 4.
In addition, gateway module 3 can also provide schematic diagram, operation instructions, program's source code and debugging download interface to student, and student can learn to use for reference, revise and debugging gateway module 3, thereby helps the knowledge such as students communication Protocol Conversion, multi-thread programming.
Storage data center 4 communicates with gateway module 3, the environmental data bag forwarding for receiving gateway module 3, and according to default control theory and empirical data, packet is analyzed, and send corresponding alarm command and steering order according to analysis result.And alarm command and steering order are sent to gateway module 3 by storage data center 4, gateway module 3 forwards alarm command and steering order.Wherein, environmental data comprises the real time data of storage environment monitoring modular 2, sent to gateway module 3 taking 5S as the cycle by storage environment monitoring modular 2, the data preparation that gateway module 3 sends 2 cycles of all storage environment monitoring modulars becomes Packet Generation to storage data center 4, storage data center 4 is analyzed packet according to control theories such as expert systems, sends alarm and control signal according to the result of analyzing.The for example temperature data indicated temperature in the real time data of storage environment monitoring modular 2 below 10 degree 15 minutes, the steering order of heating is sent at storage data center 4.
In one embodiment of the invention, storage data center 4 can adopt automatically and manual mode reception and analysis environments packet send alarm command and steering order.
And storage data center 4 is also for preserving from the environmental data bag of gateway module 3 and the execution result of steering order.
In addition, storage data center 4, also for operation instructions and program's source code are provided to student, helps the knowledge of the subjects such as students expert system, artificial intelligence.
Storage environment control module 5 is for automatically controlling the control system combining with Long-distance Control.Wherein, storage environment control module 5 communicates with gateway module 3, for receiving the steering order that gateway module 3 forwards, and call the functional unit corresponding with this steering order according to steering order and carry out corresponding operating, the operating result of each functional unit is back to storage data center 4.Wherein, storage environment control module 5 comprises multiple functional units, multiple functional units comprise following at least one: scavenger fan, dehumidifier, humidifier, air-conditioning, alarm, can realize the functions such as ventilation, dehumidifier, humidification, temperature adjustment and warning.Wherein, the ventilation function of storage environment control module 5 is to realize by the unlatching of scavenger fan.
In one embodiment of the invention, each functional unit in storage environment control module 5 all can receive by wired or wireless mode the steering order of storage data center 4, remote mobile terminal 11 or video display system 12, according to steering order take a breath, the operation such as dehumidifier, humidification, temperature adjustment and warning, and operating result is returned to storage data center 4.
And storage environment control module 5, also for schematic diagram, operation instructions, program's source code and debugging download interface are provided to student, helps the knowledge such as the design of students control circuit, Wireless Data Transmission.
Come in and go out library module 6 of personnel communicates with gateway module 3.Particularly, personnel's library module 6 of coming in and going out comprises the first rfid interrogator, the first fingerprint reader and the first radio communication device.Personnel come in and go out library module 6 be arranged on storage sand table 1 gateway, differentiate going out warehouse-in personnel by the first rfid interrogator and the first fingerprint reader, and by information exchange cross that the first radio communication device is transferred to that storage data center 4 is registered, statistics and empowerment management.Particularly, the personal information in the RFID label that the first rfid interrogator can the personnel of reading carries, the first fingerprint reader can read the finger print information of personnel's typing.Because the personal information in RFID label and finger print information are unique for everyone, can realize the discriminating to going out to put in storage personnel by the personal information in above-mentioned RFID label and finger print information.And, personal information in the above-mentioned RFID label obtaining and finger print information are crossed to the first radio communication device and be transferred to gateway module 3, by gateway module 3 be transmitted to that storage data center 4 is registered, statistics and empowerment management, realize going out to put in storage personnel's information management, improve the safe reliability of warehousing management.
Personnel's library module 6 of coming in and going out can also provide schematic diagram, operation instructions, program's source code and debugging download interface to student, thereby student can learn reference, amendment and the commissioning staff library module 6 of coming in and going out, and helps the knowledge of the subjects such as students RFID technology.
Goods and materials discrepancy library module 7 communicates with gateway module 3, and goods and materials discrepancy library module 7 comprises the second rfid interrogator and the second radio communication device.Goods and materials discrepancy library module 7 is arranged on the gateway of storage sand table 1, when materials warehousing, read warehouse-in material information by bar code and write the RFID label of pallet 8 and be transferred to gateway module 3, be transmitted to storage data center 4 by gateway module 3, thus, by the RFID label of pallet 8 is write to warehouse-in material information, can realize management and statistics to warehouse-in goods and materials.When goods and materials outbound, read outbound material information and be transferred to gateway module 3 from the RFID label of pallet 8 by the 2nd RFID reader, be transmitted to storage data center 4 by gateway module 3, thereby realize management and statistics to outbound goods and materials.In summary, by above-mentioned materials warehousing write inserting RFID tags and goods and materials outbound read RFID label, can realize and register and add up going out to put in storage goods and materials.
Goods and materials discrepancy library module 7 can also provide schematic diagram, operation instructions, program's source code and debugging download interface to student, thereby student can learn to use for reference, revise and debugging goods and materials discrepancy library module 7, the knowledge of the subjects such as help students materials management technique.
Pallet 8 communicates with gateway module 3, comprises RFID label, barcode reader and the 3rd radio communication device.In the time of materials warehousing, write warehouse-in material information to RFID label from goods and materials discrepancy library module 7, in the time that moving to shelf 9, pallet 8 reads out the position bar code information of shelf 9, the position bar code information of material information and shelf in RFID label is transferred to gateway module 3, is transmitted to storage data center 4 by gateway module 3.Pallet 8 is moved to the gateway of storage sand table 1 in the time of goods and materials outbound, goods and materials discrepancy library module 7 reads material information and is transferred to gateway module 3 from the RFID label of pallet 8, is transmitted to storage data center 4 by gateway module 3.
Shelf 9 comprise bar code positioning label, in the time that pallet 8 moves to shelf 9 to storehouse in goods and materials position management, can realize thus the management of the physical location in storage to goods and materials.
Pallet 8 and shelf 9 can also provide schematic diagram, operation instructions, program's source code and debugging download interface to student, thereby student can learn to use for reference, revise and debugging pallet 8 and shelf 9.
Handheld terminal 10 communicates with gateway module 3.Handheld terminal 10 comprises the 3rd rfid interrogator and the 4th radio communication device, when goods and materials are interrogated and examined in to storehouse, read material information and the locating information of the RFID storage of pallet 8, be transferred to gateway module 3, being transmitted to depot data center 4 by gateway module 3 compares, return message send the first prompt tone, for example buzzing one sound when information is consistent; Return message send the second prompt tone when information is inconsistent, for example, sound a buzzer continuously.
Handheld terminal 10 can also provide schematic diagram, operation instructions, program's source code and debugging download interface to student, thereby student can learn to use for reference, revise and debugging handheld terminal 10, helps the knowledge of the subjects such as the students communication technology.
Remote mobile terminal 11 communicates with gateway module 3, the environmental data bag and the alarm command that forward for receiving gateway module 3, and send corresponding steering order according to environmental data bag and alarm command, can inquire about goods and materials data in storehouse simultaneously.
In an example of the present invention, remote mobile terminal 11 comprises communication unit, and wherein communication unit can communicate with gateway module 3 and storage data center 4.In an example of the present invention, communication unit can adopt one of following communication mode: Wireless Fidelity Wi-Fi, general packet radio service technology GPRS or 3G communication.
In one embodiment of the invention, in remote mobile terminal 11, application program is installed, user can reception environment packet by this application program of operation and alarm command can sending controling instruction.
In addition, remote mobile terminal 11 can also provide operation instructions and source code to student, helps the knowledge of the subjects such as the design of students embedded application software and Wireless Data Transmission.
Video display system 12 is connected with gateway module 3, provide storage sand table 1 for the steering order forwarding according to gateway module 3 to student, storage environment monitoring modular 2, gateway module 3, storage data center 4, storage environment control module 5, personnel's library module 6 of coming in and going out, goods and materials discrepancy library module 7, pallet 8, shelf 9, handheld terminal 10, the audio commentary of the performance index of remote mobile terminal 11 and the video display of working effect, and storage sand table 1, storage environment monitoring modular 2, gateway module 3, storage data center 4, storage environment control module 5, personnel's library module 6 of coming in and going out, goods and materials discrepancy library module 7, pallet 8, shelf 9, handheld terminal 10, the relevant experience controlling application program of work of remote mobile terminal 11, user by selecting execution experience controlling application program are learnt each function of described intelligent storage experiment and display platform equipment.
As shown in Figure 2, video display system 12 comprises: touch-screen 1201 and hard disc player 1202, touch-screen 1201 is connected with hard disc player 1202.Wherein, touch-screen 1201 is for receiving user's touch operation, and show composition, performance, parameter and the application of intelligent storage of the present invention experiment and display platform equipment according to touching operation, and provide library module 6, the goods and materials relevant experience controlling application program of the work of library module 7, pallet 8, shelf 9, handheld terminal 10, remote mobile terminal 11 of coming in and going out of coming in and going out to the sand table 1 of storing in a warehouse, storage environment monitoring modular 2, gateway module 3, storage data center 4, storage environment control module 5, personnel.User can be operated and selected and carry out and experience controlling application program each function with learning intelligence storage experiment and display platform equipment by touch, can on the touch-screen of video display, experience and control effect.The audio commentary of performance index and the video display of working effect of hard disc player 1202 for provide storage sand table 1, storage environment monitoring modular 2, gateway module 3, storage data center 4, storage environment control module 5, personnel to come in and go out library module 6, goods and materials discrepancy library module 7, pallet 8, shelf 9, handheld terminal 10, remote mobile terminal 11 to student.In addition, video display system 12 also comprises audio amplifier 1203, after sound signal being amplified to processing, goes out sound by the playback of audio amplifier 1203 own, makes its sound become large.
Particularly, video display system 12 can be play the video clip of introducing of intelligent storage experiment and display platform automatically, also can be by the data of the aspects such as the composition of user's touch operation displaying intelligent storage experiment and display platform, performance, parameter, application.And, control the experience controlling application program APK of function by installing to experience on touch-screen 1201, realize video and control links, show the real-time information in current storage sand table 1, such as temperature, humidity etc.And student can also be operated and be controlled experience by touch, for example experience controlling application program APK upper with control knob window, the generic operation of humidification.Hence one can see that, and video display system 12 can provide bandwagon effect, publicity popularizing technology to use, and be also convenient to student's study with the various functions of display platform to intelligent storage test of the present invention.
Experiment instruction system 13 and storage sand table 1, storage environment monitoring modular 2, gateway module 3, storage data center 4, storage environment control module 5, personnel's library module 6 of coming in and going out, goods and materials discrepancy library module 7, pallet 8, shelf 9, handheld terminal 10, remote mobile terminal 11 is connected, be used for providing storage sand table 1, storage environment monitoring modular 2, gateway module 3, storage data center 4, storage environment control module 5, personnel's library module 6 of coming in and going out, goods and materials discrepancy library module 7, pallet 8, shelf 9, handheld terminal 10, the theoretical principle of remote mobile terminal 11 and relevant professional knowledge carry out video and text teaching.And experiment instruction system 13 is the development module for selecting according to student also, provides the learning content corresponding with the development module of selecting to student.
Fig. 3 is according to the workflow diagram of the experiment instruction system of the embodiment of the present invention.
As shown in Figure 3, the workflow of experiment instruction system is as follows:
Step S1, student selects development module.
Wherein, development module comprises storage environment monitoring modular 2, gateway module 3, storage data center 4, storage environment control module 5, personnel come in and go out one or more in library module 7, pallet 8, shelf 9, handheld terminal 10, remote mobile terminal 11 of library module 6, goods and materials of coming in and going out.
Step S2, the development module of selecting according to student, provides the learning content corresponding with the development module of selecting to student.
Wherein, learning content comprises: the operation instruction of this development module, theory explaination, developing instrument use explanation, the explanation of developing focus source code, performance history distribution explanation, theoretical Grasping level test, development and testing, frequently asked questions and corresponding answer, exploitation notes to gather and related tool and data.
In one embodiment of the invention, experiment instruction system 13 is installed on each student's computing machine.
In one embodiment of the invention, experiment instruction system 13 can provide video file and e-book to carry out video and text teaching to carry out theoretical principle and relevant professional knowledge.For example, the hardware component that the technical know-how that experiment instruction system 13 can be used intelligent storage of the present invention experiment and display platform equipment be explained, exploitation is used with the pattern of e-book and video teaching is introduced, design process of hardware is explained, split hair to SDK (Software Development Kit) impart knowledge to students targetedly and development sources code carried out to detailed explanation.Experiment instruction system 13 is mainly to instruct exploitation aspect, as the hardware and software development technology of splitting hair is explained (for example VC, Protel), flow process and the source code of exploitation are explained, allow student know from which set about, why will do like this, for what etc. every row source code be all.
Experiment instruction system 13 can be made software form, is arranged on student's computing machine, for instruction of papil exploitation use.And experiment instruction system 13 can be set to catalogue form, after student opens software, basis is wanted content straight contact open from catalogue of learning, and the content after point is opened can comprise video, e-book and program's source code.
It should be noted that, storage environment monitoring modular 2, gateway module 3, storage data center 4, storage environment control module 5, personnel the come in and go out library module 7, pallet 8, shelf 9, handheld terminal 10, remote mobile terminal 11 of library module 6, goods and materials of coming in and going out all can provide each self-corresponding schematic diagram, operation instructions, program's source code and debugging download interface to student, grasps Wireless Data Transmission, sensor, protocol conversion, expert system, the knowledge such as control automatically for Students ' Learning.Student can change experiment parameter to debugging in each functional module, because the method for analog quantity and digital data acquisition is provided, so amendment gets up to be easy to study, thereby can provide powerful support for college teaching experiment, can be used for again showing the popularization of power-assisted intelligent storage, offer reference to practical application.
In one embodiment of the invention, the experiment of the intelligent storage of the embodiment of the present invention further comprises with display platform equipment the student experimenting case distributing to each student.Student experimenting case is for students experience development and testing storage environment monitoring modular 2, gateway module 3, storage data center 4, storage environment control module 5, personnel come in and go out library module 6, goods and materials come in and go out library module 7, pallet 8, handheld terminal 10, remote mobile terminal 11.Each student's performance history can operate in experimental box, and proof procedure can carry out at storage sand table 1.
Fig. 4 is according to the arrangenent diagram of the experimental box of the embodiment of the present invention.
As shown in Figure 4, the student experimenting case of the embodiment of the present invention comprises: serial ports, network interface, power interface, temperature-humidity monitoring Development of Module base plate, infrared portrait monitoring modular exploitation base plate, gateway module development board, on off controller development board and household remote formula controller development board.
Specifically, serial ports for debugging or download, transmitting data information.Particularly, student can be by this serial ports from host computer debugging or download, data message waits until corresponding development module, thereby realizes debugging and development management to development module.
Network interface can be for access network signal, and wherein, the gateway module development board in student experimenting case can communicate by network interface and student's computing machine, and wherein, student's computing machine can be considered as a station server.
Power interface can be for access power supply.
Temperature Humidity Sensor monitoring modular development board and infrared portrait monitoring modular development board are for communicating by wireless mode and gateway module 3, student experiences development and testing by Temperature Humidity Sensor monitoring modular development board and infrared portrait monitoring modular development board to storage environment monitoring modular 2, and the result of development and testing can access in network by gateway module 3, to carry out follow-up analysis and control.
Student can experience development and testing gateway module 3 by gateway module development board.
Further, student can also experience by off controller development board and household remote formula controller development board the functional unit of development and testing storage environment control module 5.
In addition, student experimenting case also comprises personnel come in and go out library module development board, goods and materials come in and go out library module development board, pallet module development board and handheld terminal Development of Module plate.
Fig. 5 is the network topological diagram with display platform equipment according to the intelligent storage experiment of the embodiment of the present invention.
As shown in Figure 5, gateway module 3 is responsible for reception and the forwarding of all environmental datas and steering order.Particularly, gateway module 3 communicates by each sensor assembly in ZigBee technology and storage environment monitoring modular 2.Gateway module 3 receives by ZigBee technology the environmental data that temperature sensor module, humidity sensor module, infrared sensor module collect.Gateway module 3 is transmitted to storage data center 4 by Ethernet, WIFI by the environmental data of storage environment monitoring modular 2, and by WIFI, 3G, GPRS, the alarm command at the environmental data of storage environment monitoring modular 2 and storage data center 4 is transmitted to remote mobile terminal 11.Gateway module 3 forwards the steering order from storage data center 4 by ZigBee technology, WIFI, mode to each functional unit of storage environment control 5.Gateway module 3 communicates by WIFI, Ethernet and video display system 12, and forwards steering order to video display system 12.In addition, gateway module 3 can, by communicating with WIFI, Ethernet and student's computing machine, wherein, be provided with experiment instruction system 13 on student's computing machine, and gateway module 3 can carry out data transmission with experiment instruction system 13.Gateway module 3 can communicate by the development board in ZigBee technology, WIFI and student experimenting case, thereby student can experience development and testing gateway module 3.And, student experimenting case can communicate by serial ports, Ethernet, WIFI and student's computing machine, student's computing machine can be considered as a station server, on the development board of student by the student experimenting case that downloads from student's computing machine, realizes the function debugging to development board.
The intelligent storage experiment that the embodiment of the present invention provides relates to technology of wireless sensing network field with display platform equipment, especially relates to experiment and the display platform of sensor data acquisition, analysis, processing and Based Intelligent Control.The present invention can realize Real-time Collection and the monitoring of the environmental datas such as temperature in intelligent storage, humidity, infrared portrait, and adopt Based Intelligent Control to combine with remote handle control, environmental monitoring, personal management and the goods and materials realized in storage go out to put in storage intelligent management, truly realize the Intelligent unattended production on duty of intelligent storage, in conjunction with explanation and experiment, meet the demonstration popularization of intelligent storage and the needs that carry out development and testing experiment on this platform.In addition, the present invention can provide schematic diagram, operation instructions, program's source code and debugging download interface, grasp Wireless Data Transmission for Students ' Learning, student's study initiative and learning efficiency are improved, provide powerful support for college teaching experiment, the popularization of power-assisted intelligent storage, also offers reference to practical application, increase work efficiency, guarantee storage satety.
In the description of this instructions, the description of reference term " embodiment ", " some embodiment ", " example ", " concrete example " or " some examples " etc. means to be contained at least one embodiment of the present invention or example in conjunction with specific features, structure, material or the feature of this embodiment or example description.In this manual, the schematic statement of above-mentioned term is not necessarily referred to identical embodiment or example.And specific features, structure, material or the feature of description can be with suitable mode combination in any one or more embodiment or example.
Although illustrated and described embodiments of the invention above, be understandable that, above-described embodiment is exemplary, can not be interpreted as limitation of the present invention, those of ordinary skill in the art can change above-described embodiment within the scope of the invention in the situation that not departing from principle of the present invention and aim, amendment, replacement and modification.Scope of the present invention is extremely equal to and limits by claims.
Claims (10)
1. intelligent storage experiment and a display platform equipment, is characterized in that, comprising:
Storage sand table, for equipment and the environment of storing in a warehouse under Reality simulation environment;
Storage environment monitoring modular, described storage environment monitoring modular is for gathering the multiple environmental datas in described storage sand table, and wherein, described multiple environmental datas comprise: temperature, humidity, infrared portrait;
Gateway module, described gateway module and described storage environment monitoring modular communicate, for receiving described multiple environmental datas that described storage environment monitoring modular reports, and described multiple environmental datas are converted to the environmental data bag of default communication protocol type, forward described environmental data bag;
Storage data center, described storage data center and gateway module communicate, the environmental data bag forwarding for receiving described gateway module, and according to default control theory and empirical data, described packet is analyzed, and send corresponding alarm command and steering order according to analysis result, and described alarm command and steering order are sent to described gateway module by described storage data center, and described gateway module forwards described alarm command and steering order;
Storage environment control module, described storage environment control module and described gateway module communicate, the described steering order forwarding for receiving described gateway module, and call the functional unit corresponding with described steering order according to described steering order and carry out corresponding operating, and the operating result of each described functional unit is back to described storage data center, wherein, described storage environment control module comprises multiple functional units, described multiple functional units comprise following at least one: scavenger fan, dehumidifier, humidifier, air-conditioning, alarm;
Personnel's library module of coming in and going out, come in and go out library module and described gateway module of described personnel communicates, the described personnel library module of coming in and going out comprises the first rfid interrogator, the first fingerprint reader and the first radio communication device, the described personnel library module of coming in and going out is arranged on described storage sand table gateway, differentiate going out warehouse-in personnel by described the first rfid interrogator and described the first fingerprint reader, and information exchange is crossed to described the first radio communication device be transferred to described gateway module, being transmitted to described storage data center by described gateway module registers, statistics and empowerment management,
Goods and materials discrepancy library module, described goods and materials discrepancy library module and described gateway module communicate, described goods and materials discrepancy library module comprises the second rfid interrogator and the second radio communication device, described material discrepancy library module is arranged on described storage sand table gateway, when materials warehousing, read warehouse-in material information by bar code and write the RFID label of pallet and be transferred to described gateway module, be transmitted to described storage data center by described gateway module, when goods and materials outbound, read outbound material information and be transferred to described gateway module from the RFID label of described pallet by described the 2nd RFID card reader, be transmitted to described storage data center by described gateway module, register going out to put in storage goods and materials, statistics,
Pallet, described pallet and described gateway module communicate, described pallet comprises RFID label, barcode reader and the 3rd radio communication device, in the time of materials warehousing, write warehouse-in material information to described RFID label from described goods and materials discrepancy library module, in the time that moving to shelf, described pallet reads out the position bar code information of described shelf, the position bar code information of material information and described shelf in described RFID label is transferred to described gateway module, be transmitted to described storage data center by described gateway module, described pallet is moved to described storage sand table gateway in the time of goods and materials outbound, described goods and materials discrepancy library module reads material information and is transferred to described gateway module from described pallet RFID label, be transmitted to storage data center by described gateway module,
Shelf, described shelf comprise bar code positioning label, in the time that described pallet moves to described shelf to storehouse in goods and materials position management;
Handheld terminal, described handheld terminal and described gateway module communicate, described handheld terminal comprises the 3rd rfid interrogator and the 4th radio communication device, when goods and materials are interrogated and examined in to storehouse, read material information and the locating information of the RFID storage of described pallet, be transferred to described gateway module, be transmitted to described depot data center by described gateway module and compare, return message send the first prompt tone when information is consistent, return message send the second prompt tone when information is inconsistent;
Remote mobile terminal, described remote mobile terminal and described gateway module communicate, the environmental data bag and the alarm command that forward for receiving described gateway module, and send corresponding steering order according to described environmental data bag and described alarm command, can inquire about goods and materials data in storehouse simultaneously;
Video display system, described video display system is connected with described gateway module, provides described storage sand table for the described steering order forwarding according to described gateway module to student, described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, the described personnel library module of coming in and going out, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal, the audio commentary of the performance index of described remote mobile terminal and the video display of working effect, and provide and described storage sand table, described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, the described personnel library module of coming in and going out, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal, the relevant experience controlling application program of work of described remote mobile terminal, user by selecting is also carried out described experience controlling application program and learns each function of the experiment of described intelligent storage and display platform equipment,
Experiment instruction system, described experiment instruction system and described storage sand table, described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, the described personnel library module of coming in and going out, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal, described remote mobile terminal is connected, for described storage sand table is provided, described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, the described personnel library module of coming in and going out, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal, the theoretical principle of described remote mobile terminal and relevant professional knowledge carry out video and text teaching, and, the development module of described experiment instruction system for selecting according to student, provide the learning content corresponding with the development module of selecting to described student, wherein, described development module comprises described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, the described personnel library module of coming in and going out, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal, one or more in described remote mobile terminal, described experiment instruction system is installed on each student's computing machine,
Student experimenting case, described student experimenting case is for storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, described personnel described in students experience development and testing come in and go out library module, described goods and materials come in and go out library module, described pallet, described handheld terminal, described remote mobile terminal.
2. intelligent storage experiment as claimed in claim 1 and display platform equipment, is characterized in that, described storage environment monitoring modular sends described multiple environmental datas by wireless mode to described gateway module with predetermined period.
3. intelligent storage experiment as claimed in claim 1 and display platform equipment, it is characterized in that, described gateway module sends to described storage data center or described remote mobile terminal by Ethernet, Wireless Fidelity Wi-Fi or general packet radio service technology GPRS by environmental data bag.
4. intelligent storage experiment as claimed in claim 1 and display platform equipment, it is characterized in that, described gateway module is also for being forwarded to described storage environment control module from the steering order of described storage data center, described remote mobile terminal or described video display system.
5. intelligent storage experiment as claimed in claim 1 and display platform equipment, is characterized in that, described storage data center is also for preserving from the environmental data bag of described gateway module and the execution result of described steering order.
6. intelligent storage experiment as claimed in claim 1 and display platform equipment, it is characterized in that, the each described functional unit in described storage environment control module receives the steering order of described storage data center, described remote mobile terminal or described video display system by wired or wireless mode.
7. intelligent storage experiment as claimed in claim 1 and display platform equipment, is characterized in that, described video display system comprises:
Touch-screen, for receiving user's touch operation, and show that according to described touch operation described intelligent storage is tested and the composition of display platform equipment, performance, parameter and application, and provide and described storage sand table, described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, the described personnel library module of coming in and going out, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal, the relevant experience controlling application program of work of described remote mobile terminal, user is operated and is selected and carry out described experience controlling application program to learn each function of described intelligent storage experiment and display platform equipment by touch,
Hard disc player, for the audio commentary of performance index from described remote mobile terminal to student and the video display of working effect that provide described storage sand table, described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, described personnel to come in and go out library module, described goods and materials discrepancy library module, described pallet, described shelf, described handheld terminal.
8. intelligent storage experiment as claimed in claim 1 and display platform equipment, it is characterized in that, provide described storage environment monitoring modular, described gateway module, described storage environment control module, described storage data center, described personnel come in and go out library module, described goods and materials come in and go out library module, described pallet, described shelf, described handheld terminal, the each self-corresponding schematic diagram of described remote mobile terminal, operation instructions, program's source code and debugging download interface to student.
9. intelligent storage experiment as claimed in claim 1 and display platform equipment, it is characterized in that, learning content corresponding to the development module with selecting that described experiment instruction system provides comprises: the operation instruction of this development module, theory explaination, developing instrument use explanation, the explanation of developing focus source code, performance history distribution explanation, theoretical Grasping level test, frequently asked questions and corresponding answer, exploitation notes to gather and related tool and data.
10. intelligent storage experiment as claimed in claim 1 and display platform equipment, is characterized in that, described student experimenting case comprises:
Serial ports, for debugging or download, transmitting data information;
Network interface, for access network signal;
Power interface, for accessing power supply;
Temperature Humidity Sensor monitoring modular development board and infrared portrait monitoring modular development board, for communicating by wireless mode and described gateway module, described student experiences development and testing by described Temperature Humidity Sensor monitoring modular development board and infrared portrait monitoring modular development board to described storage environment monitoring modular, and the result of development and testing can access in network by described gateway module, to carry out follow-up analysis and control;
Gateway module development board, described student is by gateway module described in described gateway module development board experience development and testing;
On off controller development board and household remote formula controller development board, described student is by the functional unit of storage environment control module described in described on off controller development board and household remote formula controller development board experience development and testing.
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Effective date of registration: 20170428 Address after: Hebei province Shijiazhuang City Xinshi road 050000 No. 377 building 10 layer of IOT Patentee after: HEBEI ZHONGKE HENGYUN SOFTWARE TECHNOLOGY CO., LTD. Address before: Shijiazhuang City, Hebei Province, the new bridge 050000 West Road No. 377 building 10 layer of IOT Patentee before: Jin Meng |
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Address after: 050000 10-storey Internet of Things Building, 377 Xinshizhong Road, Shijiazhuang City, Hebei Province Patentee after: Zhongke Hengyun Co., Ltd. Address before: 050000 10-storey Internet of Things Building, 377 Xinshizhong Road, Shijiazhuang City, Hebei Province Patentee before: HEBEI ZHONGKE HENGYUN SOFTWARE TECHNOLOGY CO., LTD. |
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