CN109034697A - A kind of warehouse logistics intelligent management system - Google Patents
A kind of warehouse logistics intelligent management system Download PDFInfo
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- CN109034697A CN109034697A CN201810813742.4A CN201810813742A CN109034697A CN 109034697 A CN109034697 A CN 109034697A CN 201810813742 A CN201810813742 A CN 201810813742A CN 109034697 A CN109034697 A CN 109034697A
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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
- G06Q10/083—Shipping
- G06Q10/0833—Tracking
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
- G06K17/0022—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device
- G06K17/0029—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations arrangements or provisious for transferring data to distant stations, e.g. from a sensing device the arrangement being specially adapted for wireless interrogation of grouped or bundled articles tagged with wireless record carriers
-
- 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
Abstract
The present invention discloses a kind of warehouse logistics intelligent management system, module, transportation route analysis module, storage parameter detection module, management server and display module are obtained including memory allocation module, goods information, management server obtains module, transportation route analysis module, storage parameter detection module and display module with memory allocation module, goods information respectively and connect, and transportation route analysis module obtains module with goods information and connect；Management server obtains module, transportation route analysis module, storage parameter detection module by goods information and counts each cargo integrated management coefficient in warehouse logistics management process.Management system provided by the invention improves the regularity and storage efficiency of cargo storage, and convenient for storing and searching cargo, which has the characteristics that intelligence is high, improve the management level of warehouse logistics, and improve the efficiency of management to warehouse logistics.
Description
Technical field
The invention belongs to warehouse logistics technical fields, are related to a kind of warehouse logistics intelligent management system.
Background technique
Currently, warehouse logistics, are exactly using self-built or lease storehouse, place, storage, handling, matches delivery at keeping
Object.Traditional storage definition is provided from the angle of material stock, modern " storage " be not traditional " warehouse ",
" storehouse management ", but the storage under economic globalization and Supply Chain Coordination Management background, are the storages in modern logistics systems.
Cargo need to be stored to storage space in storage link, but be usually people in existing storage process by cargo
Work stores cargo destined to corresponding storage section, greatly wastes artificial time and efforts, and efficient, easily makes
At the confusion of cargo storage location, cargo is searched to the later period and causes very big influence, meanwhile, cargo in warehouse logistics is from storage
To corresponding memory space and during storage, can not the management degree in real time to cargo detect, and then go out stock
Object causes cargo to be damaged because storage temperature, humidity etc. are undesirable, and there are management effect differences and intelligent management degree
The problem of difference, reduces the satisfaction of client and the prestige problem of manufacturer.
Summary of the invention
The purpose of the present invention is to provide a kind of warehouse logistics intelligent management system, the process of existing warehouse logistics management
In, exist during cargo reasonably can not being delivered to preset memory space and cargo storage, it can not be comprehensive to cargo
It closes storage and managenent degree to be counted, causes the efficiency of cargo storage management and the problem of intelligent characteristic difference.
The purpose of the present invention can be achieved through the following technical solutions:
A kind of warehouse logistics intelligent management system, including memory allocation module, goods information obtain module, transport road
Diameter analysis module, storage parameter detection module, management server and display module, management server respectively with memory allocation
Module, goods information obtain module, transportation route analysis module, storage parameter detection module and connect with display module, transport road
Diameter analysis module obtains module with goods information and connect；
It is single to be divided into several storage for dividing to the memory space of warehouse logistics for memory allocation module
Member, different storing sub-units are used to store the cargo of different brands, are exported apart from warehouse logistics by close according to each storing sub-units
To remote distance, each storing sub-units are numbered, are followed successively by 1,2 ..., x ..., t, count sale of goods under various brands
Total quantity, and be numbered from more to less according to the various brands total quantity that markets the goods, be followed successively by 1,2 ..., x ..., t, respectively
Brand is stored into storing sub-units identical with the brand reference numeral, and each storing sub-units are divided into several storage sub-districts
Between, difference storage subinterval corresponds to different storing highlies, and storage subinterval is successively compiled from low to high according to storage height
Number, respectively 1,2 ..., f ..., r, and the different storage subintervals under same storing sub-units are for placing under same brand
Different types of merchandize, being placed sequentially in number from more to less according to sale of goods total quantity various types of under same brand is 1,
In the storage subinterval of 2 ..., f ..., r；
It includes several goods information acquiring units that goods information, which obtains module, and each goods information acquiring unit is separately mounted to
Above cargo transport path, the goods information acquiring unit is used to be read out the RFID tag on goods packaging box, with
The basic parameter information of cargo is obtained, and the cargo basic parameter information that will acquire is sent to management server, meanwhile, it will acquire
Cargo basic parameter information in cargo transport path number and the corresponding identification of goods information acquiring unit encode and be sent to
Transportation route analysis module；
It is corresponding that transportation route analysis module is used to receive each goods information acquiring unit that goods information acquisition module is sent
Identification coding and the goods information acquiring unit obtain cargo in the transmission path cargo transport path number, extract goods
The corresponding identification of object information acquisition unit encodes path number corresponding with the identification coding stored in transportation route database,
And the identification of extraction is encoded into cargo in the transmission path obtained in corresponding path number and goods information acquiring unit
Cargo transport path number compares, if the corresponding path number of identification coding is identical as cargo transport path number, table
Transportation route used by bright cargo transport is correct, and feeds back transportation route correct information and cargo transport path is numbered to pipe
Server is managed, if identification encodes corresponding path number and cargo transport path number is not identical, shows that cargo transport is adopted
Transportation route mistake, and feed back transportation route error message, the corresponding path number of goods information acquiring unit and goods
Object transport path is numbered to management server.
The transportation route analysis module includes transportation route database and transportation route analytical unit, transportation route data
The identification that library is used to store different goods information acquiring units encodes corresponding path number information, and each goods information obtains single
The identification coding of member has and only one corresponding path number；
Transportation route analytical unit is used to receive each goods information acquiring unit pair that each goods information acquiring unit is sent
The identification coding answered and the goods information acquiring unit obtain the cargo transport path number of cargo in the transmission path, and will
Received identification coding is compared with identification coding in transportation route database, is obtained the identification and is encoded corresponding path volume
Number, and the path number and cargo transport path number are compared, to determine conveying that cargo uses during transportation
Whether path is correct.
Storage parameter detection module includes several groups storage parameter detecting unit, and several groups store parameter detecting unit difference
Be mounted in each storage subinterval in each storing sub-units, respectively stored for real-time detection temperature in subinterval, humidity with
And pressure suffered by each storage subinterval bottom support plate, and will test temperature, humidity and pressure information and temperature, humidity
Number corresponding with pressure information is sent to management server, each group store the corresponding number of parameter detecting unit with it is detected
Each corresponding Position Number in subinterval that stores is consistent, i.e., temperature detection sub-unit, Humidity Detection in storage parameter detecting unit
Subelement and the corresponding number of pressure detecting subelement Position Number corresponding with each storage subinterval detected are identical, example
Number order is that the number of storage parameter detecting unit in f-th of storage subinterval in the storing sub-units of x is xf, storage ginseng
Number detection units in temperature detection sub-unit, Humidity Detection subelement and pressure detecting subelement it is corresponding number be respectively wxf,
Sxf and yxf；
Management server is used to receive the memory space of each storing sub-units of memory allocation module transmission, meanwhile,
The whether correct information of transportation route for receiving transportation route analysis module feedback, if transportation route mistake, management server
Transportation route error message, the corresponding path number of goods information acquiring unit and cargo transport path is sent to number to display
Terminal is simultaneously shown, if transportation route is correct, management server sends transportation route correct information and cargo conveying path
Diameter is numbered to display terminal and is shown, is carried out in time to the transportation route of the cargo of transportation route mistake convenient for administrative staff
Adjustment, guarantees that cargo is stored to specified storing sub-units；
Management server receives the basic parameter information that goods information obtains module shipment, and discharging of goods is basic
Cargo date of manufacture, cargo shelf-life and goods warehousing in parameter information store the date, according to cargo date of manufacture, cargo
Shelf-life and goods warehousing storage date count the failure storage coefficient M of each cargoxf；
Management server receives and respectively stores each storage that parameter detecting unit is sent in real time in storage parameter detection module
Temperature, humidity and pressure information and temperature detection subelement, Humidity Detection subelement and pressure detecting subelement in section
Corresponding number, and by received temperature, humidity and pressure, section is divided according to set time, is divided into temperature data collection
Conjunction, humidity data set and pressure data set；
Management server is warm by the mean temperature storage corresponding with type of merchandize in the period each in temperature data set
Degree range compares, and obtains temperature difference comparison set, by the normal temperature of temperature difference and setting in temperature difference comparison set
Numerical value compares, and obtains temperature difference and compares value set；By the mean temperature and cargo kind in the period each in humidity data set
The corresponding storage humidity range of class compares, and obtains psychrometric difference comparison set, and psychrometric difference is compared the psychrometric difference in set
It is compared with the standard humidity numerical value of setting, obtains psychrometric difference and compare value set；It will be in the period each in pressure data set
The pressure limit that average pressure is born with storage subinterval bottom support plate compares, and obtains pressure difference comparison set；
Whether management server is by set cargo transport path in correct, failure storage coefficient, temperature, humidity and pressure
Power counts cargo integrated management coefficient each in warehouse logistics management process, the comprehensive storage and managenent coefficient of the cargo
KxfIndicate the corresponding comprehensive storage and managenent system of cargo in f-th of storage subinterval of the storing sub-units that number is x
Number, u indicate the storage and managenent factor, and 2.152, λ is taken whether to be expressed as cargo transport path correct, when transport path is correct,
2.5 are taken, when transport path is incorrect, takes -1, MxfIndicate goods in f-th of storage subinterval of the storing sub-units that number is x
Coefficient is stored in the failure of object, and f-th of storage subinterval is within first of period in the storing sub-units that w ' xfl expression number is x
Average temperature value and the temperature gap between the corresponding storage temperature range of type of merchandize stored in the storage subinterval, w "
Xfl indicates to number temperature gap and standard temperature of f-th of storage subinterval within first of period in the storing sub-units for being x
F-th of storage subinterval is within first of period in the storing sub-units that the ratio of degree value, gw " xfl expression number are x
Specific gravity corresponding to the ratio of temperature gap and normal temperature numerical value, s ' xf are indicated to number in the storing sub-units for being x and be deposited for f-th
Humidity differences of the subinterval between the medial humidity value in first of period and storage humidity range are stored up, s " xfl indicates that number is
The ratio of humidity differences and standard humidity numerical value of f-th of storage subinterval within first of period in the storing sub-units of x,
Gs " xf indicates to number humidity differences and standard of f-th of storage subinterval within first of period in the storing sub-units for being x
Specific gravity shared by the ratio of humidity, y ' xfl indicate to number f-th of storage subinterval bottom branch in the storing sub-units for being x
The pressure of fagging average pressure value suffered within first of period and the born pressure limit of storage subinterval bottom support plate
The comprehensive storage and managenent coefficient of the cargo of acquisition is sent to display terminal by power difference, management server；
Whether management server shipment transport path correct, goods information acquiring unit for receiving for display terminal
Corresponding path number, cargo transport path number and the comprehensive storage and managenent coefficient of cargo are simultaneously shown.
Further, the cargo basic parameter information include type of merchandize, cargo brand, measurement of cargo, cargo height,
Cargo width, cargo storage condition, cargo date of manufacture, cargo shelf-life, goods warehousing storage date, cargo transport path are compiled
Number, the cargo storage condition includes the humidity range of the temperature range of cargo storage, cargo storage.
Further, the quantity of various types of sale and various types of corresponding measurement of cargo under different brands are counted, is formed
With types of brand magnitude-set Ax(ax1,ax2,...,axf,...,axR), axF indicates to number f-th of cargo kind in the brand for being x
The quantity of class sale, the calculation formula of memory space needed for storing various brands cargo areVx
Indicate brand memory space needed for xth storing sub-units that number is x, axF indicates to number in the brand for being x f-th
The quantity of type of merchandize sale, vxThe volume of f-th of type of merchandize, ρ are expressed as space storage in the brand that f expression number is x
Coefficient is influenced, takes 0.35.
Further, the goods information acquiring unit is equipped with identification coding, and goods information acquiring unit is used for each goods
Object information acquisition unit is identified and is distinguished, and the corresponding identification coding of different goods information acquiring units is different.
Further, the storage parameter detecting unit includes temperature detection subelement, Humidity Detection subelement, pressure
Detection sub-unit, processor and communications subelement, the temperature detection subelement, Humidity Detection subelement are separately mounted to
Each storage subinterval center position, temperature detection subelement are temperature sensor, in real-time detection storage subinterval
Temperature, and the temperature information that will test is sent to processor, and Humidity Detection subelement is humidity sensor, is used for real-time detection
The humidity in subinterval being stored, and the humidity information that will test is sent to processor, pressure detecting subelement is pressure sensor,
It is mounted in storage subinterval bottom support plate, the pressure value all for real-time detection storage subinterval bottom support plate, and
The pressure value that will test is sent to processor；
What processor was used to send on received temperature detection subelement, Humidity Detection subelement and pressure detecting subelement
Temperature, humidity and pressure value and temperature detection subelement, Humidity Detection subelement and the corresponding number of pressure detecting subelement
It is sent to communications subelement；
Communications subelement receives temperature, humidity and the pressure value that processor is sent and temperature detection subelement, wet
Degree detection sub-unit and the corresponding number of pressure detecting subelement are sent to management server.
Further, the cargo failure storage coefficientλ is expressed as depositing
Impact factor is put, takes 1.298.
Further, the temperature data collection is combined into Wxf (wxf1, wxf2 ..., wxfl ..., wxfz), z divide when
Between segment number, wxfl indicates f-th of average temperature of the storage subinterval within first of period in storing sub-units that number is x
Angle value, if the mean temperature in first of period that cargo stores subinterval at f-th is greater than the corresponding storage of the type of merchandize
Maximum temperature value in temperature range, then w ' xfl takes the mean temperature to be asked with the maximum temperature value in storage temperature range
Difference, if the mean temperature in first of period that cargo stores subinterval at f-th is less than the corresponding storage temperature of the type of merchandize
The lowest temperature angle value in range is spent, then w ' xfl takes the lowest temperature angle value in the mean temperature and storage temperature range to carry out asking poor
And take absolute value, if cargo is when storing the mean temperature in subinterval within the scope of storage temperature, w ' xfl takes 0；
By by the period each in temperature data set mean temperature and the storage subinterval in the cargo kind that stores
The corresponding storage temperature range of class compares, and obtains temperature difference comparison set W ' xf (w ' xf1, w ' xf2 ..., w '
Xfl ..., w ' xfz), w ' xfl indicate number be x storing sub-units in f-th of storage subinterval within first of period
Temperature gap between average temperature value storage temperature range corresponding with the type of merchandize stored in the storage subinterval, and will obtain
The normal temperature numerical value of the temperature difference and setting in temperature difference comparison set obtained compares, and is compared and is gathered with temperature difference
In temperature difference and the ratio relation between normal temperature numerical value, obtain temperature difference than value set W " xf (w " xf1, w " xf2 ...,
W " xfl ..., w " xfz), w " xfl indicate number be x storing sub-units in f-th of storage subinterval within first of period
Temperature gap and normal temperature numerical value ratio, the corresponding weight proportion of different temperatures difference ratio is different, respectively gw " xf1,
Gw " xf2 ..., gw " xfl ..., gw " xfz, and gw " xf1+gw " xf2+...+gw " xfl+...+gw " xfz=1.
Further, the humidity data collection is combined into Sxf (sxf1, sxf2 ..., sxfl ..., sxfz), and sxfl is indicated
Number is medial humidity value of f-th of storage subinterval within first of period in the storing sub-units of x, if cargo is at f-th
Store the most high humidity that the medial humidity in first of period in subinterval is greater than in the corresponding storage temperature range of the type of merchandize
Angle value, then s ' xfl takes the medial humidity and the highest humidity value stored in humidity range to carry out asking poor, if cargo is deposited at f-th
Store up the minimum humidity that the medial humidity in first of period in subinterval is less than in the corresponding storage temperature range of the type of merchandize
Value, then s ' xfl takes the medial humidity to carry out seeking difference with the minimum humidity value stored in humidity range and takes absolute value, if cargo exists
The medial humidity in subinterval is stored when storing in humidity range, then s ' xfl takes 0；
By by the period each in humidity data set medial humidity and the storage subinterval in the cargo kind that stores
The corresponding storage humidity range of class compares, and obtains psychrometric difference comparison set S ' xf (s ' xf1, s ' xf2 ..., s '
Xfl ..., s ' xfz), s ' xfl indicate number be x storing sub-units in f-th of storage subinterval within first of period
Medial humidity value and storage humidity range between humidity differences, and by the psychrometric difference of acquisition be combined in psychrometric difference and setting
Standard humidity numerical value compare, with determine psychrometric difference comparison set in psychrometric difference and standard humidity numerical value between ratio close
System obtains psychrometric difference than value set S " xf (s " xf1, s " xf2 ..., s " xfl ..., s " xfz), s " xfl indicates that number is x's
The ratio of humidity differences and standard humidity numerical value of f-th of storage subinterval within first of period, different in storing sub-units
The corresponding weight proportion of psychrometric difference ratio is different, respectively gs " xf1, gs " xf2 ..., gs " xfl ..., gs " xfz, and gs "
Xf1+gs " xf2+...+gs " xfl+...+gs " xfz=1.
Further, the pressure data collection is combined into Yxf (yxf1, yxf2 ..., yxfl ..., yxfz), and yxfl is indicated
Number is the average pressure that f-th of storage subinterval bottom support plate is suffered within first of period in the storing sub-units of x
Value, by average pressure suffered by the storage subinterval bottom support plate in the period each in pressure data set and storage subinterval
The corresponding receiving pressure limit of bottom support plate carries out, wherein the pressure limit phase that each storage subinterval bottom support plate is born
Together, pressure difference comparison set Y ' xf (y ' xf1, y ' xf2 ..., y ' xfl ..., y ' xfz) is obtained, y ' xfl indicates that number is x's
F-th of storage subinterval bottom support plate average pressure value and the storage suffered within first of period in storing sub-units
The pressure difference value of the born pressure limit of subinterval bottom support plate, if mean pressure suffered by the storage subinterval bottom support plate
Power is greater than the maximal pressure force value born in pressure limit, then y ' xfl takes the average pressure and bears the maximal pressure in pressure limit
Force value carries out asking poor, if average pressure suffered by storage subinterval bottom support plate is less than or equal to bear the highest in pressure limit
Pressure value, then y ' xfl takes 0.
Beneficial effects of the present invention:
1, the present invention is divided by memory space of the memory allocation module to warehouse logistics, and by different brands
Cargo store to different storing sub-units, and to the memory space of storing sub-units further according in same brand
Type of merchandize is divided, and the regularity and cleaning of cargo storage are improved, convenient for being stored and being searched to cargo；
2, the present invention can analyze each cargo by transportation route analysis module and store to the transportation route of each storing sub-units
Whether number corresponding with the goods information acquiring unit on each cargo transport path is identical, to determine the transportation route of the cargo
It is whether correct, guarantee that cargo is delivered to corresponding storage location by correct transportation route, improves the rule of cargo storage
Property；
3, the present invention passes through management server and incorporating cargo information cargo module, transportation route analysis module and storage ginseng
Number detection modules can determine whether cargo basic parameter information, transportation route correct and storage temperature, humidity and pressure information
Influence to the comprehensive storage and managenent of cargo, and then the comprehensive storage and managenent factor v of cargo is obtained, to determine material handling degree
Satisfaction, which has the characteristics that intelligent high, improves the management level of warehouse logistics, while improving to storage
The efficiency of management of logistics, during reducing labor management, existing error rate is high and time and efforts wastes more problems.
Detailed description of the invention
In order to illustrate the technical solution of the embodiments of the present invention more clearly, will be described below to embodiment required
Attached drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ability
For the those of ordinary skill of domain, without creative efforts, it can also be obtained according to these attached drawings other attached
Figure.
Fig. 1 is a kind of schematic diagram of warehouse logistics intelligent management system in the present invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts all other
Embodiment shall fall within the protection scope of the present invention.
Refering to Figure 1, a kind of warehouse logistics intelligent management system, including memory allocation module, goods information
Obtain module, transportation route analysis module, storage parameter detection module, management server and display module, management server point
Module, transportation route analysis module, storage parameter detection module and display are not obtained with memory allocation module, goods information
Module connection, transportation route analysis module obtain module with goods information and connect；
Cargo carries out quality-monitoring before packing, to the cargo that need to be packed, once cargo mass is met the requirements, then to the goods
Object is packed, and RFID tag is posted on packing case, and the basic parameter information of cargo, the goods are stored in RFID tag
The basic parameter information of object includes type of merchandize, cargo brand, measurement of cargo, cargo height, cargo width, cargo storage item
Part, cargo date of manufacture, cargo shelf-life, goods warehousing storage date, cargo transport path number etc., the cargo stores item
Part includes the temperature range of cargo storage, humidity range of cargo storage etc.；
It is single to be divided into several storage for dividing to the memory space of warehouse logistics for memory allocation module
Member, different storing sub-units are used to store the cargo of different brands, i.e., same storing sub-units are for storing under same brand
Cargo exports distance from the near to the remote apart from warehouse logistics according to each storing sub-units, each storing sub-units is numbered, according to
Secondary is 1,2 ..., x ..., t, while counting the total quantity of sale of goods under various brands, and market the goods by more according to various brands
To being numbered less, be followed successively by 1,2 ..., x ..., t, wherein the total quantity of the kinds of goods brand stored in warehouse logistics with deposit
The total quantity for storing up subelement is equal, meanwhile, count the quantity of various types of sale and various types of corresponding cargo under different brands
Volume is ranked up the quantity of goods that the type of merchandize under same brand is sold according to each type of merchandize from more to less, is formed
With types of brand magnitude-set Ax(ax1,ax2,...,axf,...,axR), axF indicates to number f-th of cargo kind in the brand for being x
The quantity of class sale, according to the quantity of sale of goods various types of under same brand and the corresponding measurement of cargo of various types of cargo,
Memory space needed for statistics storage various brands cargoMemory allocation module will be deposited respectively
Memory space needed for storage subelement is sent to management server, wherein VxIndicate that the brand that number is x stores son list in xth
Memory space needed for member, axF indicates to number the quantity of f-th of type of merchandize sale in the brand for being x, vxF indicates that number is
The volume of f-th of type of merchandize in the brand of x, ρ, which is expressed as space storage, influences coefficient, takes 0.35, wherein each storing sub-units
Several storage subintervals are divided into, difference storage subinterval corresponds to different storing highlies, and storage subinterval is according to storage height
It is successively numbered from low to high, respectively 1,2 ..., f ..., r, and the different storage subintervals under same storing sub-units
For placing the different types of merchandize under same brand, according to sale of goods total quantity various types of under same brand from more to less according to
It is secondary be placed on number be 1,2 ..., the storage subinterval of f ..., r in, i.e., sales volume is most in all kinds of same brand
High type of merchandize is stored in the storage subinterval that number is 1.
It includes several goods information acquiring units that goods information, which obtains module, and each goods information acquiring unit is separately mounted to
Above cargo transport path, the goods information acquiring unit above cargo transport path is equipped with identification coding, identification coding
It is different for each goods information acquiring unit to be identified and distinguished to be arranged in goods information acquiring unit in advance
The corresponding identification coding of goods information acquiring unit is different, wherein cargo transport path is according to the corresponding number of storing sub-units
Sequence is numbered, that is, the corresponding transportation route number of cargo for being delivered to x-th of storing sub-units is x；
The goods information acquiring unit is for being read out the RFID tag on goods packaging box, to obtain cargo
Basic parameter information, and the cargo basic parameter information that will acquire is sent to management server, meanwhile, the cargo that will acquire is basic
Cargo transport path number and the corresponding identification coding of goods information acquiring unit are sent to transportation route point in parameter information
Analyse module；
It is corresponding that transportation route analysis module is used to receive each goods information acquiring unit that goods information acquisition module is sent
Identification coding and the goods information acquiring unit obtain cargo in the transmission path cargo transport path number, extract goods
The corresponding identification of object information acquisition unit encodes path number corresponding with the identification coding stored in transportation route database,
And the identification of extraction is encoded into cargo in the transmission path obtained in corresponding path number and goods information acquiring unit
Cargo transport path number compares, if the corresponding path number of identification coding is identical as cargo transport path number, table
Transportation route used by bright cargo transport is correct, and feeds back transportation route correct information and cargo transport path is numbered to pipe
Server is managed, if identification encodes corresponding path number and cargo transport path number is not identical, shows that cargo transport is adopted
Transportation route mistake, and feed back transportation route error message, the corresponding path number of goods information acquiring unit and goods
Object transport path is numbered to management server.
The transportation route analysis module includes transportation route database and transportation route analytical unit, transportation route data
The identification that library is used to store different goods information acquiring units encodes corresponding path number information, and each goods information obtains single
The identification coding of member has and only one corresponding path number；
Transportation route analytical unit is used to receive each goods information acquiring unit pair that each goods information acquiring unit is sent
The identification coding answered and the goods information acquiring unit obtain the cargo transport path number of cargo in the transmission path, and will
Received identification coding is compared with identification coding in transportation route database, is obtained the identification and is encoded corresponding path volume
Number, and the path number and cargo transport path number are compared, to determine conveying that cargo uses during transportation
Whether path is correct.
Storage parameter detection module includes several groups storage parameter detecting unit, and several groups store parameter detecting unit difference
Be mounted in each storage subinterval in each storing sub-units, respectively stored for real-time detection temperature in subinterval, humidity with
And pressure suffered by each storage subinterval bottom support plate, and will test temperature, humidity and pressure information and temperature, humidity
Number corresponding with pressure information is sent to management server, each group store the corresponding number of parameter detecting unit with it is detected
Each corresponding Position Number in subinterval that stores is consistent, i.e., temperature detection sub-unit, Humidity Detection in storage parameter detecting unit
Subelement and the corresponding number of pressure detecting subelement Position Number corresponding with each storage subinterval detected are identical, example
Number order is that the number of storage parameter detecting unit in f-th of storage subinterval in the storing sub-units of x is xf, storage ginseng
Number detection units in temperature detection sub-unit, Humidity Detection subelement and pressure detecting subelement it is corresponding number be respectively wxf,
Sxf and yxf；
Storage parameter detecting unit includes temperature detection subelement, Humidity Detection subelement, pressure detecting subelement, place
Reason device and communications subelement, the temperature detection subelement, Humidity Detection subelement are separately mounted to each storage sub-district
Between center position, temperature detection subelement be temperature sensor, for real-time detection storage subinterval in temperature, and will inspection
The temperature information of survey is sent to processor, and Humidity Detection subelement is humidity sensor, in real-time detection storage subinterval
Humidity, and the humidity information that will test is sent to processor, and pressure detecting subelement is pressure sensor, is mounted on storage
In the bottom support plate of section, the pressure value all for real-time detection storage subinterval bottom support plate, and the pressure that will test
Value is sent to processor；
What processor was used to send on received temperature detection subelement, Humidity Detection subelement and pressure detecting subelement
Temperature, humidity and pressure value and temperature detection subelement, Humidity Detection subelement and the corresponding number of pressure detecting subelement
It is sent to communications subelement；
Communications subelement receives temperature, humidity and the pressure value that processor is sent and temperature detection subelement, wet
Degree detection sub-unit and the corresponding number of pressure detecting subelement are sent to management server；
Management server is used to receive the memory space of each storing sub-units of memory allocation module transmission, meanwhile,
The whether correct information of transportation route for receiving transportation route analysis module feedback, if transportation route mistake, management server
Transportation route error message, the corresponding path number of goods information acquiring unit and cargo transport path is sent to number to display
Terminal is simultaneously shown, if transportation route is correct, management server sends transportation route correct information and cargo conveying path
Diameter is numbered to display terminal and is shown, is carried out in time to the transportation route of the cargo of transportation route mistake convenient for administrative staff
Adjustment, guarantees that cargo is stored to specified storing sub-units.
Management server receives the basic parameter information that goods information obtains module shipment, and discharging of goods is basic
Cargo date of manufacture, cargo shelf-life and goods warehousing in parameter information store the date, according to cargo date of manufacture, cargo
Shelf-life and goods warehousing storage date count the failure storage coefficient of each cargo
λ is expressed as storage impact factor, takes 1.298, cargo is shorter apart from shelf-life durations, then failing, it is bigger to store coefficient；
Management server receives and respectively stores each storage that parameter detecting unit is sent in real time in storage parameter detection module
Temperature, humidity and pressure information and temperature detection subelement, Humidity Detection subelement and pressure detecting subelement in section
Corresponding number, and by received temperature, humidity and pressure, section is divided according to set time, is divided into temperature data collection
Conjunction, humidity data set and pressure data set；
Wherein, temperature data collection is combined into Wxf (wxf1, wxf2 ..., wxfl ..., wxfz), the time hop counts that z is divided
Amount, wxfl indicate to number average temperature value of f-th of storage subinterval within first of period in the storing sub-units for being x, if
The mean temperature in first of period that cargo stores subinterval at f-th is greater than the corresponding storage temperature model of the type of merchandize
Maximum temperature value in enclosing, then w ' xfl takes the maximum temperature value in the mean temperature and storage temperature range to carry out asking poor, if goods
The mean temperature in first of period that object stores subinterval at f-th is less than the corresponding storage temperature range of the type of merchandize
In lowest temperature angle value, then w ' xfl takes the lowest temperature angle value in the mean temperature and storage temperature range to carry out seeking difference and takes absolutely
To value, if cargo is when storing the mean temperature in subinterval within the scope of storage temperature, w ' xfl takes 0, by by temperature number
According in the period each in set mean temperature and the storage subinterval in the corresponding storage temperature range of the type of merchandize that stores
It compares, obtains temperature difference comparison set W ' xf (w ' xf1, w ' xf2 ..., w ' xfl ..., w ' xfz), w ' xfl indicates to compile
Number for x storing sub-units in f-th storage subinterval in first of period average temperature value and the storage subinterval in
Temperature gap between the corresponding storage temperature range of the type of merchandize of storage, and the temperature difference of acquisition is compared into the temperature in set
Difference and the normal temperature numerical value of setting compare, between the temperature difference in temperature difference comparison set and normal temperature numerical value
Ratio relation, obtain temperature difference than value set W " xf (w " xf1, w " xf2 ..., w " xfl ..., w " xfz), w " xfl is indicated
Number is temperature gap and normal temperature numerical value of f-th of storage subinterval within first of period in the storing sub-units of x
Ratio, the corresponding weight proportion of different temperatures difference ratio is different, respectively gw " xf1, gw " xf2 ..., gw " xfl ..., gw "
Xfz, and gw " xf1+gw " xf2+...+gw " xfl+...+gw " xfz=1；
Humidity data collection is combined into Sxf (sxf1, sxf2 ..., sxfl ..., sxfz), and sxfl indicates the storage that number is x
Medial humidity value of f-th of storage subinterval within first of period in subelement, if cargo stores subinterval at f-th
Medial humidity in first of period is greater than the highest humidity value in the corresponding storage temperature range of the type of merchandize, then s ' xfl
The medial humidity and the highest humidity value stored in humidity range is taken to carry out asking poor, if cargo stores the l in subinterval at f-th
Medial humidity in a period is less than the minimum humidity value in the corresponding storage temperature range of the type of merchandize, then s ' xfl takes
The medial humidity is carried out seeking difference and be taken absolute value with the minimum humidity value in storage humidity range, if cargo is in storage subinterval
Medial humidity when storing in humidity range, then s ' xfl takes 0, by by being averaged in the period each in humidity data set
Humidity storage humidity range corresponding with the type of merchandize stored in the storage subinterval compares, and obtains psychrometric difference comparison collection
It closes S ' xf (s ' xf1, s ' xf2 ..., s ' xfl ..., s ' xfz), s ' xfl is indicated to number in the storing sub-units for being x and be deposited for f-th
Humidity differences of the subinterval between the medial humidity value in first of period and storage humidity range are stored up, and by the humidity of acquisition
Difference be combined in psychrometric difference and the standard humidity numerical value of setting compare, to determine the humidity in psychrometric difference comparison set
Ratio relation between difference and standard humidity numerical value obtains psychrometric difference than value set S " xf (s " xf1, s " xf2 ..., s "
Xfl ..., s " xfz), s " xfl indicate number be x storing sub-units in f-th of storage subinterval within first of period
The ratio of humidity differences and standard humidity numerical value, the corresponding weight proportion of different humidity difference ratio is different, respectively gs " xf1,
Gs " xf2 ..., gs " xfl ..., gs " xfz, and gs " xf1+gs " xf2+...+gs " xfl+...+gs " xfz=1；
Pressure data collection is combined into Yxf (yxf1, yxf2 ..., yxfl ..., yxfz), and yxfl indicates the storage that number is x
F-th of storage subinterval bottom support plate average pressure value suffered within first of period in subelement, by pressure data collection
Average pressure suffered by storage subinterval bottom support plate in conjunction in each period is corresponding with storage subinterval bottom support plate
Receiving pressure limit carry out, wherein the pressure limit that each storage subinterval bottom support plate is born is identical, obtains pressure difference pair
Than set Y ' xf (y ' xf1, y ' xf2 ..., y ' xfl ..., y ' xfz), y ' xfl indicates to number f in the storing sub-units for being x
A storage subinterval bottom support plate average pressure value and the storage subinterval bottom support plate suffered within first of period
The pressure difference value of born pressure limit, if average pressure suffered by the storage subinterval bottom support plate, which is greater than, bears pressure model
Maximal pressure force value in enclosing, then y ' xfl takes the average pressure and the maximal pressure force value born in pressure limit to carry out asking poor, if depositing
It stores up average pressure suffered by the bottom support plate of subinterval to be less than or equal to bear the maximal pressure force value in pressure limit, then y ' xfl takes
0；
Whether management server is by set cargo transport path in correct, failure storage coefficient, temperature, humidity and pressure
Power counts cargo integrated management coefficient each in warehouse logistics management process, the comprehensive storage and managenent coefficient of the cargo
KxfIndicate the corresponding comprehensive storage and managenent system of cargo in f-th of storage subinterval of the storing sub-units that number is x
Number, u indicate the storage and managenent factor, and 2.152, λ is taken whether to be expressed as cargo transport path correct, when transport path is correct,
2.5 are taken, when transport path is incorrect, takes -1, MxfIndicate goods in f-th of storage subinterval of the storing sub-units that number is x
Coefficient is stored in the failure of object, and f-th of storage subinterval is within first of period in the storing sub-units that w ' xfl expression number is x
Average temperature value and the temperature gap between the corresponding storage temperature range of type of merchandize stored in the storage subinterval, w "
Xfl indicates to number temperature gap and standard temperature of f-th of storage subinterval within first of period in the storing sub-units for being x
F-th of storage subinterval is within first of period in the storing sub-units that the ratio of degree value, gw " xfl expression number are x
Specific gravity corresponding to the ratio of temperature gap and normal temperature numerical value, s ' xf are indicated to number in the storing sub-units for being x and be deposited for f-th
Humidity differences of the subinterval between the medial humidity value in first of period and storage humidity range are stored up, s " xfl indicates that number is
The ratio of humidity differences and standard humidity numerical value of f-th of storage subinterval within first of period in the storing sub-units of x,
Gs " xf indicates to number humidity differences and standard of f-th of storage subinterval within first of period in the storing sub-units for being x
Specific gravity shared by the ratio of humidity, y ' xfl indicate to number f-th of storage subinterval bottom branch in the storing sub-units for being x
The pressure of fagging average pressure value suffered within first of period and the born pressure limit of storage subinterval bottom support plate
The comprehensive storage and managenent coefficient of the cargo of acquisition is sent to display terminal, the comprehensive storage and managenent of cargo by power difference, management server
Coefficient is bigger, then shows more satisfied to the degree of material handling in warehouse logistics.
Whether management server shipment transport path correct, goods information acquiring unit for receiving for display terminal
Corresponding path number, cargo transport path number and the comprehensive storage and managenent coefficient of cargo are simultaneously shown, convenient for storage pipe
Whether the transport path that reason personnel intuitively understand cargo transport path needs exception, once transport path is abnormal, then prompts
Administrative staff carry out transport path and are adjusted, meanwhile, cargo is well understood convenient for administrative staff and was managed in warehouse logistics
The comprehensive storage and managenent coefficient of cargo in journey.
The above content is just an example and description of the concept of the present invention, affiliated those skilled in the art
It makes various modifications or additions to the described embodiments or is substituted in a similar manner, without departing from invention
Design or beyond the scope defined by this claim, be within the scope of protection of the invention.
Claims (9)
1. a kind of warehouse logistics intelligent management system, it is characterised in that: obtain mould including memory allocation module, goods information
Block, transportation route analysis module, storage parameter detection module, management server and display module, management server respectively with deposit
Store up space distribution module, goods information obtains module, transportation route analysis module, storage parameter detection module and display module connect
It connects, transportation route analysis module obtains module with goods information and connect；
Memory allocation module is divided into several storing sub-units, no for dividing to the memory space of warehouse logistics
It is used to store the cargo of different brands with storing sub-units, is exported from the near to the remote according to each storing sub-units apart from warehouse logistics
Each storing sub-units are numbered in distance, are followed successively by 1,2 ..., x ..., t, count the sum of sale of goods under various brands
Amount, and being numbered from more to less according to the various brands total quantity that markets the goods, be followed successively by 1,2 ..., x ..., t, various brands deposit
In the Chu Zhiyu identical storing sub-units of brand reference numeral, each storing sub-units are divided into several storage subintervals, no
Different storing highlies is corresponded to storage subinterval, storage subinterval is successively numbered from low to high according to storage height, point
Not Wei 1,2 ..., f ..., r, and the different storage subintervals under same storing sub-units are for placing under same brand not
Same type of merchandize, according to sale of goods total quantity various types of under same brand be placed sequentially in from more to less number be 1,2 ...,
F ..., in the storage subinterval of r；
It includes several goods information acquiring units that goods information, which obtains module, and each goods information acquiring unit is separately mounted to cargo
Above transportation route, the goods information acquiring unit is for being read out the RFID tag on goods packaging box, to obtain
The basic parameter information of cargo, and the cargo basic parameter information that will acquire is sent to management server, meanwhile, the goods that will acquire
Cargo transport path number and the corresponding identification coding of goods information acquiring unit are sent to transport in object basic parameter information
Path analysis module；
Transportation route analysis module is used to receive goods information and obtains the corresponding knowledge of each goods information acquiring unit that module is sent
Not Bian Ma and the goods information acquiring unit obtain cargo in the transmission path cargo transport path number, discharging of goods letter
It ceases the corresponding identification of acquiring unit and encodes path number corresponding with the identification coding stored in transportation route database, and will
The identification of extraction encodes the cargo of cargo in the transmission path obtained in corresponding path number and goods information acquiring unit
Transport path number compares, if the corresponding path number of identification coding is identical as cargo transport path number, shows goods
Transportation route used by object transports is correct, and feeds back transportation route correct information and cargo transport path is numbered to management and taken
Business device, if identification encodes corresponding path number and cargo transport path number is not identical, used by showing cargo transport
Transportation route mistake, and it is defeated to feed back transportation route error message, the corresponding path number of goods information acquiring unit and cargo
Send path number to management server.
The transportation route analysis module includes transportation route database and transportation route analytical unit, and transportation route database is used
Corresponding path number information is encoded in the identification for storing different goods information acquiring units, each goods information acquiring unit
Identification coding has and only one corresponding path number；
Transportation route analytical unit is used to receive each goods information acquiring unit that each goods information acquiring unit is sent corresponding
Identification coding and the goods information acquiring unit obtain the cargo transport path number of cargo in the transmission path, and will receive
Identification coding compared with identification coding in transportation route database, obtain the identification and encode corresponding path number, and
The path number and cargo transport path number are compared, are with the transport path for determining that cargo uses during transportation
It is no correct；
Storage parameter detection module includes several groups storage parameter detecting unit, and several groups storage parameter detecting unit is installed respectively
In each storage subinterval in each storing sub-units, temperature in subinterval, humidity and each are respectively stored for real-time detection
Store pressure suffered by the bottom support plate of subinterval, and temperature, humidity and pressure information and temperature, humidity and the pressure that will test
The corresponding number of force information is sent to management server, and the corresponding number of each group storage parameter detecting unit is respectively deposited with detected
It is consistent to store up the corresponding Position Number in subinterval, i.e., temperature detection sub-unit, Humidity Detection are single in storage parameter detecting unit
Member and the corresponding number of pressure detecting subelement Position Number corresponding with each storage subinterval detected are identical, and example is numbered
Sequence is that the number of storage parameter detecting unit in f-th of storage subinterval in the storing sub-units of x is xf, storage parameter inspection
Surveying temperature detection sub-unit in unit, Humidity Detection subelement and the corresponding number of pressure detecting subelement is respectively wxf, sxf
And yxf；
Management server is used to receive the memory space of each storing sub-units of memory allocation module transmission, meanwhile, it receives
The whether correct information of transportation route of transportation route analysis module feedback, if transportation route mistake, management server is sent
Transportation route error message, the corresponding path number of goods information acquiring unit and cargo transport path are numbered to display terminal
And shown, if transportation route is correct, management server sends transportation route correct information and cargo transport path is compiled
It number to display terminal and is shown, the transportation route of the cargo of transportation route mistake is adjusted in time convenient for administrative staff
It is whole, guarantee that cargo is stored to specified storing sub-units；
Management server receives the basic parameter information that goods information obtains module shipment, and discharging of goods basic parameter
Cargo date of manufacture, cargo shelf-life and goods warehousing in information store the date, are guaranteed the quality according to cargo date of manufacture, cargo
Phase and goods warehousing storage date count the failure storage coefficient M of each cargoxf；
Management server receives in storage parameter detection module and respectively stores each storage subinterval that parameter detecting unit is sent in real time
Interior temperature, humidity and pressure information and temperature detection subelement, Humidity Detection subelement and pressure detecting subelement are corresponding
Number, and section divides according to set time by received temperature, humidity and pressure, is divided into temperature data set, wet
Spend data acquisition system and pressure data set；
Management server is by the mean temperature storage temperature model corresponding with type of merchandize in the period each in temperature data set
It encloses and compares, obtain temperature difference comparison set, by the normal temperature numerical value of temperature difference and setting in temperature difference comparison set
It compares, obtains temperature difference and compare value set；By the mean temperature and type of merchandize pair in the period each in humidity data set
The storage humidity range answered compares, and obtains psychrometric difference comparison set, and psychrometric difference is compared the psychrometric difference in gathering and set
Fixed standard humidity numerical value compares, and obtains psychrometric difference and compares value set；By being averaged in the period each in pressure data set
The pressure limit that pressure is born with storage subinterval bottom support plate compares, and obtains pressure difference comparison set；
Management server by set cargo transport path whether in correct, failure storage coefficient, temperature, humidity and pressure, it is right
Each cargo integrated management coefficient is counted in warehouse logistics management process, the comprehensive storage and managenent coefficient of the cargo
KxfIndicate the corresponding comprehensive storage and managenent coefficient of cargo in f-th of storage subinterval of the storing sub-units that number is x, u
It indicates the storage and managenent factor, takes 2.152, λ whether to be expressed as cargo transport path correct, when transport path is correct, take
2.5, when transport path is incorrect, take -1, MxfIndicate cargo in f-th of storage subinterval of the storing sub-units that number is x
Failure store coefficient, w ' xfl indicate number be x storing sub-units in f-th of storage subinterval within first of period
Temperature gap between average temperature value storage temperature range corresponding with the type of merchandize stored in the storage subinterval, w " xfl
Indicate to number temperature gap and normal temperature number of f-th of storage subinterval within first of period in the storing sub-units for being x
The ratio of value, gw " xfl indicate to number temperature of f-th of storage subinterval within first of period in the storing sub-units for being x
Specific gravity corresponding to the ratio of difference and normal temperature numerical value, s ' xf indicate to number f-th of storage in the storing sub-units for being x
Humidity differences of the section between the medial humidity value in first of period and storage humidity range, s " xfl indicate that number is x's
The ratio of humidity differences and standard humidity numerical value of f-th of storage subinterval within first of period, gs " in storing sub-units
Xf indicates to number humidity differences and standard humidity of f-th of storage subinterval within first of period in the storing sub-units for being x
Specific gravity shared by the ratio of numerical value, y ' xfl indicate to number f-th of storage subinterval bottom support plate in the storing sub-units for being x
The pressure difference of suffered average pressure value and the born pressure limit of storage subinterval bottom support plate within first of period
The comprehensive storage and managenent coefficient of the cargo of acquisition is sent to display terminal by value, management server；
Whether management server shipment transport path is correct, goods information acquiring unit is corresponding for receiving for display terminal
Path number, cargo transport path number and the comprehensive storage and managenent coefficient of cargo and shown.
2. a kind of warehouse logistics intelligent management system according to claim 1, it is characterised in that: the cargo basic parameter
Information includes type of merchandize, cargo brand, measurement of cargo, cargo height, cargo width, cargo storage condition, cargo production date
Phase, cargo shelf-life, goods warehousing storage date, cargo transport path number, the cargo storage condition include cargo storage
Temperature range, cargo storage humidity range.
3. a kind of warehouse logistics intelligent management system according to claim 1, it is characterised in that: each under statistics different brands
The quantity of type sale and various types of corresponding measurement of cargo, form with types of brand magnitude-set Ax(ax1,ax2,...,
axf,...,axR), axF indicates to number the quantity of f-th of type of merchandize sale in the brand for being x, stores needed for various brands cargo
The calculation formula of memory space beVxIndicate to number the brand for being x in xth storing sub-units
Needed for memory space, axF indicates to number the quantity of f-th of type of merchandize sale in the brand for being x, vxF indicates that number is x
Brand in f-th of type of merchandize volume, ρ be expressed as space storage influence coefficient, take 0.35.
4. a kind of warehouse logistics intelligent management system according to claim 1, it is characterised in that: the goods information obtains
Unit is equipped with identification coding, and goods information acquiring unit is different for each goods information acquiring unit to be identified and distinguished
The corresponding identification coding of goods information acquiring unit is different.
5. a kind of warehouse logistics intelligent management system according to claim 1, it is characterised in that: the storage parameter detecting
Unit includes that temperature detection subelement, Humidity Detection subelement, pressure detecting subelement, processor and communications are single
Member, the temperature detection subelement, Humidity Detection subelement are separately mounted to each storage subinterval center position, temperature inspection
Survey subelement is temperature sensor, and for the temperature in real-time detection storage subinterval, and the temperature information that will test is sent to
Processor, Humidity Detection subelement are humidity sensor, for the humidity in real-time detection storage subinterval, and be will test wet
Degree information is sent to processor, and pressure detecting subelement is pressure sensor, is mounted in storage subinterval bottom support plate, uses
In all pressure values of real-time detection storage subinterval bottom support plate, and the pressure value that will test is sent to processor；
Processor is used for the temperature for sending received temperature detection subelement, Humidity Detection subelement and pressure detecting subelement
Degree, humidity and pressure value and temperature detection subelement, Humidity Detection subelement and the corresponding number hair of pressure detecting subelement
It send to communications subelement；
Communications subelement receives temperature, humidity and the pressure value that processor is sent and temperature detection subelement, humidity inspection
It surveys subelement and the corresponding number of pressure detecting subelement is sent to management server.
6. a kind of warehouse logistics intelligent management system according to claim 1, it is characterised in that: the cargo failure storage
Coefficientλ is expressed as storage impact factor, takes 1.298.
7. a kind of warehouse logistics intelligent management system according to claim 1, it is characterised in that: the temperature data set
For the period quantity that Wxf (wxf1, wxf2 ..., wxfl ..., wxfz), z are divided, wxfl indicates storage that number is x
Average temperature value of f-th of storage subinterval within first of period in unit, if cargo stores the l in subinterval at f-th
Mean temperature in a period is greater than the maximum temperature value in the corresponding storage temperature range of the type of merchandize, then w ' xfl takes
Maximum temperature value in the mean temperature and storage temperature range carries out asking poor, if cargo stores first of subinterval at f-th
Mean temperature in period is less than the lowest temperature angle value in the corresponding storage temperature range of the type of merchandize, then w ' xfl takes this
Mean temperature is carried out seeking difference and be taken absolute value with the lowest temperature angle value in storage temperature range, if cargo is in storage subinterval
When mean temperature is within the scope of storage temperature, then w ' xfl takes 0；
By by the period each in temperature data set mean temperature and the storage subinterval in the type of merchandize pair that stores
The storage temperature range answered compares, and obtains temperature difference comparison set W ' xf (w ' xf1, w ' xf2 ..., w ' xfl ..., w '
Xfz), w ' xfl indicates to number average temperature value of f-th of storage subinterval within first of period in the storing sub-units for being x
Temperature gap between storage temperature range corresponding with the type of merchandize stored in the storage subinterval, and by the temperature difference of acquisition
The normal temperature numerical value of temperature difference and setting in comparison set compares, with the temperature difference in temperature difference comparison set
With the ratio relation between normal temperature numerical value, obtain temperature difference than value set W " xf (w " xf1, w " xf2 ..., w " xfl ...,
W " xfz), w " xfl indicates to number temperature gap of f-th of storage subinterval within first of period in the storing sub-units for being x
With the ratio of normal temperature numerical value, the corresponding weight proportion of different temperatures difference ratio is different, respectively gw " xf1, gw "
Xf2 ..., gw " xfl ..., gw " xfz, and gw " xf1+gw " xf2+...+gw " xfl+...+gw " xfz=1.
8. a kind of warehouse logistics intelligent management system according to claim 1, it is characterised in that: the humidity data set
It indicates to number f-th of storage sub-district in the storing sub-units for being x for Sxf (sxf1, sxf2 ..., sxfl ..., sxfz), sxfl
Between medial humidity value within first of period, if average wet in first of period that cargo stores subinterval at f-th
Degree is greater than the highest humidity value in the corresponding storage temperature range of the type of merchandize, then s ' xfl takes the medial humidity and storage wet
Highest humidity value in degree range carries out asking poor, if the medial humidity in first of period that cargo stores subinterval at f-th
Minimum humidity value in storage temperature range corresponding less than the type of merchandize, then s ' xfl takes the medial humidity and storage humidity
Minimum humidity value in range is carried out seeking difference and be taken absolute value, if medial humidity of the cargo in storage subinterval is in storage humidity
When in range, then s ' xfl takes 0；
By by the period each in humidity data set medial humidity and the storage subinterval in the type of merchandize pair that stores
The storage humidity range answered compares, and obtains psychrometric difference comparison set S ' xf (s ' xf1, s ' xf2 ..., s ' xfl ..., s '
Xfz), s ' xfl indicates to number medial humidity value of f-th of storage subinterval within first of period in the storing sub-units for being x
With storage humidity range between humidity differences, and by the psychrometric difference of acquisition be combined in psychrometric difference and setting standard humidity
Numerical value compares, and to determine the ratio relation between the psychrometric difference and standard humidity numerical value in psychrometric difference comparison set, obtains wet
Degree difference is than value set S " xf (s " xf1, s " xf2 ..., s " xfl ..., s " xfz), s " xfl indicates that storage that number is x is single
The ratio of humidity differences and standard humidity numerical value of f-th of storage subinterval within first of period, different humidity difference ratio in member
It is different to be worth corresponding weight proportion, respectively gs " xf1, gs " xf2 ..., gs " xfl ..., gs " xfz, and gs " xf1+gs "
Xf2+...+gs " xfl+...+gs " xfz=1.
9. a kind of warehouse logistics intelligent management system according to claim 1, it is characterised in that: the pressure data set
It indicates to number f-th of storage sub-district in the storing sub-units for being x for Yxf (yxf1, yxf2 ..., yxfl ..., yxfz), yxfl
Between bottom support plate average pressure value suffered within first of period, by the storage in the period each in pressure data set
The receiving pressure limit corresponding with storage subinterval bottom support plate of average pressure suffered by the bottom support plate of subinterval carries out,
In, each pressure limit for storing subinterval bottom support plate receiving is identical, obtains pressure difference comparison set Y ' xf (y ' xf1, y '
Xf2 ..., y ' xfl ..., y ' xfz), y ' xfl indicates to number f-th of storage subinterval bottom branch in the storing sub-units for being x
The pressure of fagging average pressure value suffered within first of period and the born pressure limit of storage subinterval bottom support plate
Power difference, if average pressure suffered by the storage subinterval bottom support plate is greater than the maximal pressure force value born in pressure limit,
Then y ' xfl takes the average pressure and the maximal pressure force value born in pressure limit to carry out asking poor, if the support of storage subinterval bottom
Average pressure suffered by plate is less than or equal to bear the maximal pressure force value in pressure limit, then y ' xfl takes 0.
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