CN108460566A - A kind of operating method of intelligent material management system - Google Patents
A kind of operating method of intelligent material management system Download PDFInfo
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- CN108460566A CN108460566A CN201810547610.1A CN201810547610A CN108460566A CN 108460566 A CN108460566 A CN 108460566A CN 201810547610 A CN201810547610 A CN 201810547610A CN 108460566 A CN108460566 A CN 108460566A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
- G06Q10/087—Inventory or stock management, e.g. order filling, procurement or balancing against orders
- G06Q10/0875—Itemisation or classification of parts, supplies or services, e.g. bill of materials
Abstract
The invention discloses the operating methods that a kind of intelligent material manages system, including：S1, each storage data acquisition terminal obtain the initial material gravimetric value and quantitative value of corresponding material；S2, the initial material information of all storage data acquisition terminals is transferred to the ends PC；S3, the corresponding initial material gravimetric value of each material is compared with preset corresponding safety stock value in the ends PC；S4, a neck material signal is provided, the ends PC high-ranking military officer expects that signal is transferred on corresponding storage data acquisition terminal and shows；S5, when getting material, storage data acquisition terminal obtains surplus material information, and will pick quantity in fact and should pick quantitative comparison with neck material signal, will treated that result is shown in storage data acquisition terminal and is transferred to the ends PC.The present invention can give and prompt to neck material signal, corresponding in real time to pick quantity and be monitored, and ensure the accuracy of taken material and quantity；Material quantity is monitored simultaneously, is alarmed less than safety inventory.
Description
Technical field
The present invention relates to the system management technologies field of materials warehouse, more particularly to a kind of intelligent material manages system operatio
Method.
Background technology
With the development of science and technology, society is more and more scientific to handling of goods and materials now.In each manufacturing enterprise, material bin
The accessory that library is placed has very much.In traditional technology, carries out the classification of material perhaps via manually-operated pattern and select.No
It crosses, there is the material of a large amount of different models in general warehouse mostly, personnel are on selecting material variety or quantity, inevitable meeting
There are some careless mistakes.Simultaneously personnel the position where frame position and material odd numbers is unfamiliar with, need deliberately look for choosing material
Position, strong influence chooses material speed.Personnel cannot timely count surplus material after carrying out selecting material,
And personnel cannot accomplish to meet the requirements in the quantity selected, and can sometimes exist and take situations such as more taking less.
In the prior art, have and material is classified by less radio-frequency scanning means scanning material label, simultaneously
By printer according to the quantity of surplus material, its corresponding amount tag is printed.But this technology is excessively complicated, operating cost
Height, and the quantity of its surplus material can not be monitored in real time, such as in feeding, it cannot be timely for specific feeding quantity
It reminds.
Invention content
The technical problem to be solved by the present invention is to：A kind of intelligent object that can be made an inventory in real time material data is provided
Expects pipe manages system；In feeding, corresponding material can be marked, and its feeding quantity is counted, few take is taken all more
Prompt, mistake are taken material also to give and are prompted.
Technical solution is used by the present invention solves the above problems：A kind of operating method of intelligent material management system,
It is characterized in that：Include the following steps：
S1, each storage data acquisition terminal obtain the initial material gravimetric value and initial material quantitative value of corresponding material,
And show initial material information；
S2, it the initial material information of all storage data acquisition terminals is transferred to the ends PC shows；
S3, the corresponding initial material gravimetric value of each material is compared with preset respective safety stock value in the ends PC,
Judge whether to comply with standard；The display of the ends PC compares processing information and returns to storage data acquisition terminal；
S4, after user provides a neck material signal by the ends PC, the ends the PC high-ranking military officer expects that signal is transferred to the neck material
Corresponding prompt message is shown on the corresponding storage data acquisition terminal of signal；
S5, when getting corresponding material, the storage data acquisition terminal obtains the surplus material gravimetric value of corresponding material
With surplus material quantitative value, obtains by comparing surplus material quantitative value and corresponding initial material quantitative value and pick quantity in fact, it will
The reality picks quantity and expects that the quantity that should pick in signal is compared with neck, judges that the reality picks quantity and whether reaches and picks experienced standard,
Material processing presentation of information is sent to the ends PC in storage data acquisition terminal, and by the storage data acquisition terminal；
Wherein, the initial material information includes one-to-one initial material gravimetric value, initial material quantitative value and object
Expect ID.
Preferably, the storage data acquisition terminal includes weighing sensor and the title for showing information and transmission information
Communication module is shown in representation.In this way, weighing sensor is used to claim the weight of material, weigh display communication module for handle information,
Display processing information and data communication.
Preferably, in step sl, specifically include the following steps：
S11, the weighing sensor obtain the initial material gravimetric value of corresponding material；
S12, initial material gravimetric value is transferred to weigh display communication module handled and show corresponding information；
S13, the display communication module of weighing restore out original according to initial material gravimetric value and its preset store list
Material quantity value, and show initial material gravimetric value, initial material quantitative value and material ID in the display communication module of weighing.
In this way, all parts execute corresponding function, it is independent of each other, display communication tag is good to be had the function of handling information, Neng Gouji
When calculate corresponding material quantity value.
Preferably, include step in step S3：
It is preset with the corresponding safety stock value of respective material in S31, the ends PC；
The corresponding initial material gravimetric value of each material is compared with corresponding safety stock value for S32, the ends PC；
S33, when initial material gravimetric value is less than safety stock value, judgement positioned at the material deserved to be called is not inconsistent standardization,
Signal an alert；Otherwise, it is determined that comply with standard；
Alarm signal is passed back to corresponding display communication module of weighing and shown by S34, the ends PC.
In such manner, it is possible to the weight of each material and quantity situation in warehouse be monitored in real time, for the cargo energy of material step
It is enough to find to remind in time, it is supplemented.
Preferably, the intelligent material management system includes multiple rows of shelf of weighing, and often row weighs, and shelf are interior to be equipped with multiple storehouses
Data collection station is stored up, shelf of often weighing described in row are equipped with an audible-visual alarm lamp, and in step S33, the alarm signal is also
Including the audible-visual alarm lamp alarm weighed on shelf where corresponding material.In this way, first weighing in every row shows alarm on shelf
Signal facilitates and confirms that material is weighed in which row on shelf, then goes to confirm in corresponding which storage data weighed on material
On acquisition terminal, by increasing audible alarm, more it is able to confirm that the position of its corresponding material, personnel is facilitated to find, replenish in time.
Preferably, when getting material, step S5 includes step：
S51, the surplus material gravimetric value real-time delivery on the weighing sensor to corresponding display of weighing is communicated into mould
Block is handled；
S52, the display communication module of weighing calculate surplus according to the corresponding store list restatement of surplus material gravimetric value
Excess material quantitative value obtains by comparing surplus material quantitative value and corresponding initial material quantitative value and picks quantity in fact；
S53, the display communication tag will pick quantity and be compared with that should pick quantity in fact, judge whether the reality picks quantity
Reach and picks experienced standard；When picking quantity equal to that should pick up quantity in fact, judgement, which meets, picks experienced standard；Otherwise, it is determined that picking experienced not meet
Standard；
S54, the weighing on display communication module in corresponding material by material processing presentation of information, and by it is described weigh it is aobvious
Show that communication module is sent to the ends PC.
In such manner, it is possible to monitor the information of taken material in real time, user is facilitated to observe, for that should pick quantity and pick quantity energy in fact
It is enough intuitively to be shown in corresponding display screen, avoid situations such as more leakage being taken to take.
Compared with the prior art, the advantages of the present invention are as follows：By display communication module of weighing, in real time by the weight in warehouse
Material quantity is wanted to be supervised and shown；When leading material, the display communication module bright light prompt of weighing of corresponding material takes fully
It turns off the light after material, takes prompt more；If mistake takes material, it also will appear prompt；Display communication module of weighing will should can pick up quantity in real time
It is shown with quantity is picked in fact, facilitates demographic, improve working efficiency；The volume residual for monitoring each material in warehouse, low
When the safety stock value of its setting, alarm can be given.
Description of the drawings
Fig. 1 intelligent materials of the present invention manage the block diagram of system；
Fig. 2 storage data acquisition terminal composition frame charts of the present invention；
The operating method flow diagram of Fig. 3 intelligent material management systems of the present invention；
Step S3 idiographic flow schematic diagrams in Fig. 4 Fig. 3 of the present invention；
Step S5 idiographic flow schematic diagrams in Fig. 5 Fig. 3 of the present invention.
Specific implementation mode
The embodiment of the present invention is further described below in conjunction with the accompanying drawings.
As shown in Figure 1, the present embodiment includes a kind of operating method of intelligent material management system, intelligent material management system
System includes multiple storage data acquisition terminals, multiple rows of shelf of weighing, the network switch and the ends PC.Often arrange storage data acquisition terminal
Acquisition material information first passes through bus and is transferred to corresponding communication controller, and then multiple communication controllers pass through network exchange again
Contact is established at machine and the ends PC.Storage data acquisition terminal can be positioned over shelf of weighing, the trolley or again by shelf pallet of weighing
On.Wherein, the shelf of weighing that are known as of base unit are made of shelf, while shelf can also be weighed by what trolley or pallet formed
Trolley or weight pallet.
Storage data acquisition terminal includes weighing sensor and is communicated for showing information and transmitting the display of weighing of information
Module.Wherein, display communication module of weighing includes power module, main control module, AD sampling modules, display screen, button and instruction
Lamp.Display communication module weigh in producing design process, multiple circuit boards can be made, then with conducting wire by each circuit board
It connects.As shown in Fig. 2, for example, two pieces of circuit boards can be designed to, one piece for converting the signal of weighing sensor to
The mainboard of weighing of digital signal, another piece of display communication tag for display processing information, transmission information.It can also design
On one piece of circuit board, such integrated level is high, easy for installation.
Main control module calculates corresponding quantity, while also CAN bus being supported to connect for handling corresponding weight of material information
Mouth is communicated with host computer, and the digital quantizer of weighing supported RS232 interface or TTL interfaces and weighed in mainboard communicates.AD is sampled
Module is used to convert the analog signal that weighing sensor obtains to digital signal.Display screen for show name of material, weight,
The different forms such as LCD screen, TFT or Electronic Paper may be used in the information such as quantity and material odd numbers, display screen.Indicator light can be to object
The special circumstances of material are indicated, such as in feeding, when material deficiency when.Indicator light can be insufficient in material or taking
Indicating reminders are given when material；Indicator light can be three primary colours color lamp, pass through multiple color and multiple information pair such as turn off the light in this way
Material carries out different prompts.Weighing sensor is externally connected to mechanical structure, forms a scale, is carried out to material by scale
It weighs.
In the present embodiment, computer may be used in the ends PC, interior to be equipped with Picking System interface function, warehouse tab control system
The basic communications class softwares such as system, bucket management system and subsequent WMS warehouse management systems and management class software.It can be to storehouse
Important material quantity information in library is comprehensively handled, and the storage that goes out that can be exported according to the quantity of each material in the period is reported
Table；Also the data such as material substance, safety stock value and the warehouse compartment odd numbers of each material can be imported；Material data can be made
Billboard form, is shown in the form of block diagram, more preferably concise.
By each software, treated that material information summary record to cloud database or local data base stores, and the ends PC can
With the new material information of typing and read material information.The bucket management system in the ends PC can be with ERP, MES, WMS etc. simultaneously
System docking has input/output interface.
As shown in figure 3, a kind of operating method of intelligent material management system of the present embodiment, includes the following steps：
Step S1, each storage data acquisition terminal obtains the initial material gravimetric value and initial material quantity of corresponding material
Value, and show initial material information.
Specifically, step S1 includes the following steps：
S11, weighing sensor obtain the initial material gravimetric value of corresponding material；
S12, it initial material gravimetric value is transferred to display communication module of weighing is AD converted processing, implementation is claimed
Initial material gravimetric value is converted into digital information；
S13, the display communication module of weighing restore out original according to initial material gravimetric value and its preset store list
Material quantity value, and show initial material gravimetric value, initial material quantitative value and material ID in the display communication module of weighing.
In this way, all parts execute corresponding function, it is independent of each other, display communication module of weighing has the work(of processing information
Can, corresponding material quantity value can be calculated in time.User can be directly intuitive in progress on display communication module of weighing
Recognize the information of each material.
Step S2, the initial material information of all storage data acquisition terminals the ends PC are transferred to show.
Specifically, step S2 includes the following steps：
S21, often row, which weigh, shows that communication module passes data to corresponding Communication Control by respective bus respectively
Device；
Corresponding weight of material information is transferred to the ends PC by S22, all communication controllers by the network switch.
In such manner, it is possible to by each data summarization, it is transferred to the ends PC together, the ends PC are managed collectively data, pass simultaneously
It is handed to cloud database or local data library storage.
Step S3, the corresponding initial material gravimetric value of each material and preset respective safety stock value in the ends PC are compared
It is right, judge whether to comply with standard；The display of the ends PC compares processing information and returns to storage data acquisition terminal；
As shown in figure 4, including step in step S3 in the present embodiment：
The corresponding safety stock value of respective material is preset in the end S31, PC；
The corresponding initial material gravimetric value of each material is compared with corresponding safety stock value for S32, the ends PC；
S33, when initial material gravimetric value is less than safety stock value, judgement positioned at the material deserved to be called is not inconsistent standardization,
Signal an alert；Otherwise, it is determined that comply with standard；
The end S34, PC shows alarm signal and is passed back to corresponding display communication module of weighing and shows.
In the present embodiment, in step S33, alarm signal refers to the finger on the display communication tag of corresponding material
Show that lamp bright light shows or flicker display.In this way, display communication module of weighing can show the information completely of respective material,
Can specifically it be arranged to：It sends out a warning when alarm.It is very clear for bright light alarm signal, it can be where help desk personnel determines material
Position, convenient for finding.
In practice, often row weighs, and shelf are interior to be equipped with multiple storage data acquisition terminals, shelf of often weighing described in row
Side be equipped with an audible-visual alarm lamp, in step S33, alarm signal further includes weighing on shelf where corresponding material
Audible-visual alarm lamp is alarmed.In this way, further increasing audible alarm, more it is able to confirm that the position of its corresponding material, personnel is facilitated to send out
It is existing, it replenishes in time.Display communication module weigh also while the information such as warehouse compartment number, code clerk, substance for showing material.
Step S4, after providing a neck material signal by the ends PC in user, the ends PC high-ranking military officer expects that signal is transferred to the neck material signal
Corresponding prompt message is shown on corresponding storage data acquisition terminal.
In the present embodiment, neck material signal includes that should pick the information such as quantity, odd numbers, material ID and name of material.
The ends PC high-ranking military officer in step S4 expects that signal is transferred on the corresponding storage data acquisition terminal of neck material signal, specifically
It is：Neck material signal is read by the ends PC first, then is transmitted to the network switch of lower section by Ethernet, the network switch exists
By signaling to corresponding communication controller under Ethernet, communication controller transmits signals to corresponding material by bus
Weigh display communication module on, weigh display communication module send out corresponding prompt message.
As a further improvement, in step s 4, prompt message refers to：The display communication module of weighing of corresponding material
In indicator light bright light prompt.If user gets material not when being corresponding material, mistake is shown on the display communication module of weighing
Accidentally take material prompt.In this way, the quantity of neck material is prompted by the light on and off of lamp, it is more preferably concise；In standby signal
Lamp colouring discrimination and alarm signal in lamp color, so the lamp color in prompt message can be green.In this way, prompt letter
Breath can be the position for prompting correspondence that should take material that gives a green light.
Mistake takes material prompt could be provided as simultaneously：Send out a warning prompt, while flickering display, and user's material is reminded to take by mistake
.
Step S5, when getting corresponding material, storage data acquisition terminal obtains the surplus material gravimetric value of corresponding material
With surplus material quantitative value, by compare surplus material information in surplus material quantitative value and corresponding initial material quantitative value
Obtain it is real pick quantity, quantity will be picked in fact and be compared with the quantity that should pick in neck material signal, judge that reality picks quantity and whether reaches and pick
Practice standard, material processing presentation of information be sent to the ends PC in storage data acquisition terminal, and by storage data acquisition terminal,
Material processing information is summarized to local data base or cloud database purchase at the ends PC.
Wherein, surplus material information includes one-to-one material surplus material gravimetric value, surplus material quantitative value and object
Expect ID；Material processing information includes one-to-one material odd numbers, picks quantity in fact, should pick quantity, bright light information.
As shown in figure 5, when getting material, step S5 includes step：
S51, by the surplus material gravimetric value real-time delivery on weighing sensor to it is corresponding weigh display communication module into
Row processing；
S52, display communication module of weighing calculate residue according to the corresponding store list restatement of surplus material gravimetric value
Expect quantitative value, obtains by comparing surplus material quantitative value and corresponding initial material quantitative value and pick quantity in fact；
S53, display communication module of weighing will pick quantity and be compared with that should pick quantity in fact, judge to pick whether quantity reaches in fact
Pick experienced standard；When picking quantity equal to that should pick up quantity in fact, judgement, which meets, picks experienced standard；Otherwise, it is determined that picking experienced standard not meet；
S54, the weighing on display communication module in corresponding material by material processing presentation of information, and by showing communication mark
Label are sent to the ends PC.
Wherein, picking experienced standard is, when picking quantity equal to that should pick quantity in fact, judgement meets the experienced standard that picks, corresponding to weigh
Indicator light in display communication module is turned off the light display；When picking quantity less than that should pick quantity in fact, judgement does not meet the experienced standard that picks, right
Indicator light bright light in the display communication module of weighing answered is shown；When picking quantity more than that should pick quantity in fact, judgement, which is not met, to be picked
Practice standard, the indicator light flicker display in corresponding display communication module of weighing.
Certainly in actual use, need not be judged fully according to this display.Its in bi-colour light
There are three types of situations for a kind of middle lamp：Turn off the light, bright light, flicker.Only these three situations need to be picked corresponding of three kinds of situations of quantity with real
Come just, to reach prompt effect.
Indicator light uses three primary colours color lamp simultaneously, and when getting material, indicator light can be with the how much comparisons for getting material
Discoloration, when picking experienced standard until meeting, indicator light extinguishes.
It weighs and shows that the quantity that should pick up that can refresh display corresponding material on communication module in real time picks quantity with real, facilitate use
Got material quantity information is observed at family, avoids few Na Duona.In order to make the real quantity that picks equal to that should pick quantity, user can continue
Pick experienced material, the execution step S51~S53 that need to continue in this way picks experienced standard until meeting.
In the actual production process, it in order to allow personnel to be capable of the information of more preferably clearly each material, total can will weigh
Display communication module turns to two interfaces：Idle mode and picking mode.In idle mode, display communication module of weighing is real-time
Show the information such as warehouse compartment number, code clerk, name of material, substance, weight, quantity；And under picking mode, display communication mould of weighing
Block real-time display warehouse compartment number, name of material, odd numbers, should pick quantity and pick quantity in fact code clerk.Mainly under picking mode, if
Odd numbers is set, quantity should be picked and picks quantity in fact, in such manner, it is possible to which personnel is allowed more preferably to define the information of got material, avoids taking by mistake,
Leak Na Duona.
It weighs and shows that the interpersonal interface planning of communication module is as follows：
Idle mode is shown：
Warehouse compartment number：A1-2-3 (initialization refreshes)
Coding：LW123456 (initialization refreshes)
Title:Name of an article specification (initialization refreshes)
Substance：0.1kg (initialization refreshes)
Weight：12345.6kg (refreshes) in real time
Quantity：123456 (refreshing in real time)
When picking, bright light, and show：
Warehouse compartment number：A1-2-3 (initialization refreshes)
Coding：LW123456 (initialization refreshes)
Title:Name of an article specification (initialization refreshes)
Odd numbers：123456 (being refreshed according to computer)
Quantity should be picked：666 (being refreshed according to computer)
Pick quantity in fact：668 (refreshing in real time)
It, can be according to number by the digital color for picking quantity in fact in order to further promote the prompt message of man-machine interface
Amount is how many relatively to change colour, more preferably intuitively.
As advanced optimizing, it can expect that signal is input in IC card with high-ranking military officer, personnel go to corresponding material area by IC card
It goes to get material, realizes more single merging neck material.
Beneficial effects of the present invention are：By weigh display communication module, in real time by the important material quantity in warehouse into
Row is supervised and is shown；When leading material, the display communication module bright light prompt of weighing of corresponding material is turned off the light after taking fully material, more
By prompt；If mistake takes material, it also will appear prompt；Display communication module of weighing will should can pick up quantity and pick quantity in fact in real time to be shown
It shows to come, facilitates demographic, improve working efficiency；The volume residual for monitoring each material in warehouse, in the peace less than its setting
When full value of inventory, alarm can be given.
Several preferred embodiments of the present invention have shown and described in above description, but as previously described, it should be understood that the present invention
Be not limited to form disclosed herein, be not to be taken as excluding other embodiments, and can be used for various other combinations,
Modification and environment, and the above teachings or related fields of technology or knowledge can be passed through in the scope of the invention is set forth herein
It is modified.And changes and modifications made by those skilled in the art do not depart from the spirit and scope of the present invention, then it all should be in this hair
In the protection domain of bright appended claims.
Claims (6)
1. a kind of operating method of intelligent material management system, it is characterised in that：Include the following steps：
S1, each storage data acquisition terminal obtain the initial material gravimetric value and initial material quantitative value of corresponding material, and show
Show initial material information；
S2, it the initial material information of all storage data acquisition terminals is transferred to the ends PC shows；
S3, the corresponding initial material gravimetric value of each material is compared with preset respective safety stock value in the ends PC, is judged
Whether comply with standard；The display of the ends PC compares processing information and returns to storage data acquisition terminal；
S4, after user provides a neck material signal by the ends PC, the ends the PC high-ranking military officer expects that signal is transferred to the neck material signal
Corresponding prompt message is shown on corresponding storage data acquisition terminal；
S5, when getting corresponding material, the storage data acquisition terminal obtains the surplus material gravimetric value of corresponding material and surplus
Excess material quantitative value show that reality picks quantity by comparing surplus material quantitative value and corresponding initial material quantitative value, will be described
Quantity is picked in fact to be compared with the quantity that should pick in neck material signal, is judged that the reality picks quantity and whether reaches and is picked experienced standard, by object
Material processing presentation of information is sent to the ends PC in storage data acquisition terminal, and by the storage data acquisition terminal；
Wherein, the initial material information includes one-to-one initial material gravimetric value, initial material quantitative value and material ID.
2. the operating method of intelligent material management system according to claim 1, it is characterised in that：The storage data is adopted
Collection terminal includes weighing sensor and shows communication module for showing information and transmitting weighing for information.
3. the operating method of intelligent material management system according to claim 2, it is characterised in that：In step sl, have
Body includes the following steps：
S11, the weighing sensor obtain the initial material gravimetric value of corresponding material；
S12, initial material gravimetric value is transferred to weigh display communication module handled and show corresponding information；
S13, the display communication module of weighing restore out initial material according to initial material gravimetric value and its preset store list
Quantitative value, and show initial material gravimetric value, initial material quantitative value and material ID in the display communication module of weighing.
4. the operating method of intelligent material management system according to claim 2, it is characterised in that：Include step in step S3
Suddenly：
It is preset with the corresponding safety stock value of respective material in S31, the ends PC；
The corresponding initial material gravimetric value of each material is compared with corresponding safety stock value for S32, the ends PC；
S33, when initial material gravimetric value is less than safety stock value, judgement positioned at the material deserved to be called is not inconsistent standardization, sends out
Alarm signal；Otherwise, it is determined that comply with standard；
Alarm signal is passed back to corresponding display communication module of weighing and shown by S34, the ends PC.
5. the operating method of intelligent material management system according to claim 4, it is characterised in that：The intelligent material pipe
Reason system includes multiple rows of shelf of weighing, and often row weighs, and shelf are interior to be equipped with multiple storage data acquisition terminals, goods of often weighing described in row
Frame is equipped with an audible-visual alarm lamp, and in step S33, the alarm signal further includes weighing on shelf where corresponding material
Audible-visual alarm lamp is alarmed.
6. the operating method of intelligent material management system according to claim 2, it is characterised in that：When getting material,
Step S5 includes step：
S51, by the surplus material gravimetric value real-time delivery on the weighing sensor to it is corresponding weigh display communication module into
Row processing；
S52, the display communication module of weighing calculate residue according to the corresponding store list restatement of surplus material gravimetric value
Expect quantitative value, obtains by comparing surplus material quantitative value and corresponding initial material quantitative value and pick quantity in fact；
S53, the display communication tag will pick quantity and be compared with that should pick quantity in fact, judge that the reality picks whether quantity reaches
Pick experienced standard；When picking quantity equal to that should pick up quantity in fact, judgement, which meets, picks experienced standard；Otherwise, it is determined that picking experienced standard not meet；
S54, the weighing on display communication module in corresponding material by material processing presentation of information, and it is logical by the display of weighing
News module is sent to the ends PC.
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| CN109165903A (en) * | 2018-10-12 | 2019-01-08 | 盈奇科技（深圳）有限公司 | One kind being based on gravitational track intelligent repository system |
| CN109447551A (en) * | 2018-10-29 | 2019-03-08 | 磐石电气（常州）有限公司 | Storage based on weighing sorts check system and its sorts review method |
| CN110969777A (en) * | 2019-12-11 | 2020-04-07 | 臻思电子科技(上海)有限公司 | Intelligent access system and method |
| CN111625562A (en) * | 2019-12-13 | 2020-09-04 | 温南夫 | Process data processing system |
| CN112766860A (en) * | 2021-01-28 | 2021-05-07 | 贵州博胜现代医药物流有限公司 | Goods picking method for scattered medicines |
| CN113175986A (en) * | 2021-04-27 | 2021-07-27 | 深圳市坤同智能仓储科技有限公司 | Weighing management system and device for improving recognition efficiency and accuracy |
| CN113602721A (en) * | 2021-07-22 | 2021-11-05 | 安徽原力知觉科技有限公司 | Medical consumable gravity sensing shelf control system and method |
| CN114120543A (en) * | 2021-11-12 | 2022-03-01 | 上汽通用五菱汽车股份有限公司 | Pickup method based on sending robot, sending robot and readable storage medium |
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