Intelligent warehousing systemTechnical field
The utility model is related to cargo storage administrative skill field in Internet of Things, more particularly to a kind of intelligent warehousing systemSystem.
Background technology
Current manufacturing enterprise, in part process is carried out, it is necessary to carry out the preparation of part embryo material, processing program search,The operating processes such as processing result processing and part management.When fabrication plan is nervous, processing quantity is big, live processing staff's workAmount can be significantly increased, and embryo material prepares and process part management work before particularly processing, and what can be become is mixed and disorderly unordered, this will be directFabrication plan progress is caused to be delayed.For this problem, a kind of intelligent commodity shelf with automatic sensing and status display of design.TraditionIntelligent commodity shelf realizes automatic mode：By installing electromagnetic sensor on goods yard, meeting and sensor when part is put into goods yardContact generates electromagnetic signal, but the part portion of the design limiting of traditional intelligent commodity shelf and sensor contacts is necessary for goldBelong to material, can not sense the part of other materials；Although and can sense goods yard be storage part, final partProcessing result still needs artificial lookup；Putting for embryo material is required sequentially must to keep one with the part finally machined simultaneouslyIt causes, adaptability, flexibility are inadequate.
Utility model content
In view of the problems of the existing technology the utility model, proposes that a kind of realize is convenient for carrying out intelligent management to partPurpose, solve in actual production processing, it is convenient and intuitively show to the complicated processes that part processing result is searched manually,And then alleviate intelligent warehousing system of the processing site staff to the workload of material and part management.
In order to solve the above technical problems, the utility model provides a kind of intelligent warehousing system, the intelligence warehousing system bagIt includes
The electronic identification modules being arranged on each part；
The first electronic recognition module being arranged on part lathe for machining, the first electronic recognition module are processed with partThe control terminal communication connection of lathe；
The status information capture module communicated to connect with the control terminal of part lathe for machining；
For identifying and showing the intelligent commodity shelf of part machining state, the shelf body of the intelligent commodity shelf includes multilayerHack lever is often evenly arranged with multiple frame positions on layer frame bar；The second electronic recognition module and shape are respectively equipped on each frame positionState display module；And
It is communicated to connect respectively with the second electronic recognition module, status information capture module and state display moduleCentral processing module.
Preferably, the electronic identification modules set on each part are designed with exclusive identification code.
Preferably, the second electronic recognition module is set with respect to frame position.
Preferably, when part is placed on frame position, the electronic identification modules are oppositely arranged with the second electronic recognition module.
Preferably, the state display module includes the indicator light of at least two colors, and one of which is used to show productUnqualified, another kind is used to show product qualification.
Preferably, the electronic identification modules are RFID chip.
Intelligence warehousing system described in the utility model, uses electronic identification modules to set unique mark to each partCode, machining information and the storage of part are collected by the control terminal of status information capture module from part lathe for machining,And when part is placed on intelligent commodity shelf, the identification code of current part is collected by the second electronic recognition module, with the markKnow code for search key retrieved from the storage information in the database of central control module obtain it is corresponding with the identification codeProcessing result, finally according to the dispaly state of processing result state of a control display module, staff is shown by the state of checkingShow that the dispaly state of module intuitively learns the processing result of the part, so as to fulfill convenient for the mesh to part progress intelligent management, it solves in actual production processing, to the complicated processes that part processing result is searched manually, conveniently intuitively shows, and thenAlleviate workload of the processing site staff to material and part management.
Description of the drawings
Fig. 1 is the module control block diagram of intelligent warehousing system described in the utility model；
Fig. 2 is the dimensional structure diagram of intelligent commodity shelf in intelligent warehousing system described in the utility model；
Fig. 3 is the right view of intelligent commodity shelf in intelligent warehousing system described in the utility model.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementationExample, is further elaborated the utility model.It should be appreciated that specific embodiment described herein is only used to explainThe utility model is not used to limit the utility model.
The utility model provides a kind of intelligent warehousing system, and the intelligence warehousing system includes electronic identification modules 10, theOne electronic recognition module 20, status information capture module 30, intelligent commodity shelf 40 and central processing module 50, first electronicsIdentification module 20 and the control terminal 60 of part lathe for machining communicate to connect；The second electronic recognition module 43, status informationAcquisition module 30 and state display module 44 communicate to connect respectively with central processing module 50.
An electronic identification modules 10 are designed on each part, the electronic identification modules 10 set on each part are setThere is exclusive identification code, wherein, the electronic identification modules 10 are preferably RFID chip.
The first electronic recognition module 20 is arranged on part lathe for machining, and with the control terminal of part lathe for machining60 communication connections are used for reading in the electronic identification modules set from part 10 and obtain the exclusive identification code of part, thenObtained part mark code is sent to the control terminal 60 of part lathe for machining, the control terminal 60 of the part lathe for machiningThe processing result of part mark code and the part is subjected to binding packing.
The status information capture module 30 and the control terminal 60 of part lathe for machining communicate to connect, for adding from partThe control terminal 60 of work lathe collects the packet of part, and by packets to central control module.
The central processing module 50 is adopted by status information capture module 30 from the control terminal 60 of part lathe for machiningCollection obtains the packet of part, and packet is parsed to obtain the identification code and its processing result of part, and parsing is obtainedInformation stored in the database.
For the intelligent commodity shelf 40 for identifying and showing part machining state, shelf body includes multilayer hack lever 41,Multiple frame positions 42 are evenly arranged on per layer frame bar 41；Be respectively equipped on each frame position 42 second electronic recognition module 43 andState display module 44；Wherein, the second electronic recognition module 43 is set with respect to frame position 42, specifically, when part is placed onOn frame position 42, the electronic identification modules 10 are oppositely arranged with the second electronic recognition module 43, so as to from electronic identification modules 10Identification is placed on the identification code of the part on this position 42.The central control module receives the second electronic recognition module 43 and identifiesIdentification code, and using the identification code as the information that search key is stored from database in retrieval obtain it is opposite with the identification codeThe processing result answered, finally according to the dispaly state of processing result state of a control display module 44, staff is by checking shapeThe dispaly state of state display module 44 intuitively learns the processing result of the part, so as to fulfill convenient for the intelligent pipe of part progressThe purpose of reason.The state display module 44 includes the indicator light of at least two colors, and one of which is used to show that product does not conform toLattice, another kind is for showing product qualification, further, can also add an abnormal indicator light, for part processing mistakeJourney has not all performed, then it is abnormal, it is necessary to carry out being different from underproof operation, staff passes through abnormal indicator light to belong to processingIt can learn that needs are operated accordingly.
Intelligence warehousing system described in the utility model, uses electronic identification modules 10 to set unique mark to each partCode, collects the machining information of part from the control terminal 60 of part lathe for machining by status information capture module 30 and depositsStorage, and when part is placed on intelligent commodity shelf 40, the identification code of current part is collected by the second electronic recognition module 43,It is retrieved and obtained and the identification code from the storage information in the database of central control module as search key using the identification codeCorresponding processing result, finally according to the dispaly state of processing result state of a control display module 44, staff is by looking intoSee that the dispaly state of state display module 44 intuitively learns the processing result of the part, so as to fulfill intelligent convenient for being carried out to partChange the purpose of management, solve in actual production processing, to the complicated processes that part processing result is searched manually, it is convenient and intuitivelyIt has been shown that, and then alleviate workload of the processing site staff to material and part management.
Specific embodiment of the present utility model described above does not form the restriction to scope of protection of the utility model.The various other corresponding changes and deformation that any technical concept according to the present utility model is made, should be included in this practicalityIn new scope of the claims.