CN103942670A - Steel strand finished product storage and distribution system and method - Google Patents
Steel strand finished product storage and distribution system and method Download PDFInfo
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- 241000196324 Embryophyta Species 0.000 description 1
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Abstract
The invention discloses a steel strand finished product storage and distribution system and method. The system comprises a storage area configuration module, a product warehouse-in registration module, a storage space allocation module, a product distribution warehouse-out module, a product storage management module and a storage scene visualization module. The method includes the steps: setting storage area function partitions and designing shapes and sizes of different storage stack types; dividing and numbering cargo spaces; registering steel strand finished product warehouse-in information in real time or in batch; allocating the steel strand finished product cargo spaces, generating a steel strand finished product cargo space carrying scheme and carrying steel strand finished products; calculating distribution of the steel strand finished products according to different transport means and generating a steel strand finished product distribution scheme when the steel strand finished products need to be transported; discharging the steel strand finished products from a warehouse, loading the steel strand finished products into the transport means and finishing distribution. By considering bulk shipment, storage stack type design and storage area configuration are restrained, storage and distribution are integrated and optimized online, and storage logistics multi-dimensional visualization is realized.
Description
Technical field
The invention belongs to logistlcs technology field, specifically a kind of steel strand wires finished product is stored in a warehouse and is joined fortune system and method.
Background technology
Steel strand wires, as important meals goods, are widely used in the fundamental construction such as railway, highway, airport, power station, dykes and dams and residential houses construction project.Along with the continuous expansion of steel strand wires demand, enterprise production constantly promotes, and storage, the quantity of shipments of steel strand wires finished product also increase day by day, and the problem of management of the steel strand production line ending logistics of enterprise is highlighted increasingly.
The description of steel strand wires product has more than 20 to plant, in actual production, consider market orientation and give full play to production equipment ability, for the product employing of different cultivars specification towards order with mix production model towards stock.The production logistics process of steel strand wires product is as shown in Figure 1: wire rod is after the surface treatments such as rust cleaning, pickling, rinsing, oven dry, become large coil twisted wire through wire drawing, twisting operation, then be rolled into steel strand wires rouleau through cutting point, pack again and produce steel strand finished volume, enter storage process through warehouse-in, transport prestowage by user's order or delivery requirement, entrucking shipping is to user.
For the continuity that ensures to produce, conventionally first the multireel wire rod raw material after surface treatment is welded, carry out again wire drawing and twisting, be subject to the impact of uncertain factor in the dispersiveness of raw material wire rod material and production run, there are multiple pads in the large volume of steel strand wires, for ensureing the intensity of finished product, the steel strand wires rouleau weight forming after bundling cutting differs, and the steel strand finished tape measure after packaging cun, weight are not quite similar.For giving full play to equipment capacity, the steel strand wires product of plurality of specifications carries out parallel production, and the continuous output of finished product is handed over storehouse, brings the ordering storage of steel strand wires finished product and optimization to join fortune problem of management.Due to randomness and the unpredictability of haulage vehicle type and time of arrival of user's order, often haulage vehicle is confirmed to arrive or is about to after arrival, could transport prestowage according to the specific requirement of vehicle, make to transport prestowage and car loading operation is pressed for time, cause following problem:
(1) the steel strand wires finished product of different production times, weight and type mixes stacking in warehouse, is difficult to realize steel strand wires finished product ordering storage;
(2) for ensureing loading tolerance limit (quantity and the weight) constraint of means of transport, when transport prestowage, need carry out repeatedly collapse of setting to the finished product of storage, select suitable product, increase the possibility that finished product damages;
(3) manually join car, cause " losing heavily " (joining car discontented) and shipping hysteresis phenomenon, cause the loss of transport power and freight charges;
(4) the logistics operation cycle long, labor capacity is large, peak period is difficult to meet the needs of product shipping;
(5) be difficult to grasp stock, shipping information comprehensively, be difficult to realize the requirement of product first-in first-out;
The subject matter existing for steel strand production line ending logistics process, consider and produce constraint, transport constraint and store in a warehouse, join fortune optimum management target, in order to reduce the wasting of resources, improve operating efficiency, promote management level, be necessary comprehensively to adopt computer technology and optimisation technique to steel strand wires finished product logistics carry out visual, intelligent management.
Summary of the invention
The problem existing for prior art, the invention provides a kind of steel strand wires finished product storage and joins fortune system and method.
Technical scheme of the present invention is as follows:
A kind of steel strand wires finished product is stored in a warehouse and is joined fortune system, be used to steel strand wires finished product distribution bin storage space in storage region to put and position storage, and to storage, the steel strand wires finished product in region is joined fortune, comprising: storage region configuration module, product warehousing Registration Module, storage goods yard distribution module, product are joined and transported library module, product storage administration module and storage environment Visualization module;
Described storage region configuration module is for the area configurations of storing in a warehouse according to the type of steel strand wires finished product to be stored in a warehouse and quantity, and storage region configuration packet is drawn together: set the function division in storage region, receive reservoir area, buffer zone and stacking district; Change the quantity of the steel strand wires finished product in buffer zone and stacking district; Set the storage buttress type of buffer zone, the type of the steel strand wires finished product of the product of storing in a warehouse and storage quantity; Set the storage buttress type in stacking district, i.e. product type, storage quantity, the upper limit of storage general assembly (TW) and the lower limit of storage general assembly (TW) of the steel strand wires finished product of stacking district storage;
Described product warehousing Registration Module is in the time that each steel strand wires finished product is put in storage, to the entering that library information is registered and share data by database and storage goods yard distribution module of steel strand wires finished product, the warehouse-in information of described steel strand wires finished product comprises: product coding, steel strand wires finished product weight, steel strand wires finished product specifications and models and the production time of steel strand wires finished product;
Described storage goods yard distribution module is for according to the library information that enters of steel strand wires finished product, carries out steel strand wires finished product goods yard and distributes and produce steel strand wires finished product goods yard and carry scheme;
Described product is joined and is transported library module and calculate and produce steel strand wires finished product and join fortune scheme for the fortune of joining of carrying out steel strand wires finished product according to different means of transports;
Described product storage administration module is used for inquiring about inventory data and analyzes and obtain data demonstration and data sheet according to these Information Statistics, and move, make an inventory, cancelling stocks, scrap processing for the product of specifying, form corresponding movement, make an inventory, cancelling stocks, scrap operation document; Described inventory data comprise product coding, product type, product weight, production time, entry time, storage position and entrucking list information;
Described storage environment Visualization module is for showing 2 d plane picture and the 3 dimensional drawing in the region of store in a warehouse, and storage region configuration module, product warehousing Registration Module, storage goods yard distribution module, storage goods yard distribution module, product are joined to the operation that transports library module causes that the result of variations in the region of storing in a warehouse shows.
Described receipts reservoir area is for placing the steel strand wires finished product that completes warehouse-in registration and temporary unallocated goods yard;
Described buffer zone is distributed but the temporary steel strand wires finished product that does not enter stacking district for depositing through goods yard;
Described stacking district distributes goods yard and the goods yard steel strand wires finished product in stacking district for depositing.
Steel strand wires finished product in described receipts reservoir area transports the steel strand wires finished product of joining fortune as part load in the time that means of transport is automobile;
The goods yard that steel strand wires finished product in described buffer zone continues to participate in follow-up steel strand wires finished product batch distribute or in the time that means of transport is automobile as the steel strand wires finished product of part load transport shipping;
Steel strand wires finished product in described stacking district is as the steel strand wires finished product of bulk freight shipping.
Described buffer zone and stacking district carry out function division conversion or the adjustment of storage capacity according to producing actual needs by buttress position, does the lower limit of the quantity of the finished product of storing in a warehouse, the upper limit of buttress position general assembly (TW) and buttress position general assembly (TW) (need?).
Adopt described steel strand wires finished product storage and join fortune system and carry out the storage of steel strand wires finished product and the method for joining fortune, comprising the steps:
Step 1: according to the true form of storage place, region industry spot and size, the product type of steel strand wires finished product, the weight of steel strand wires finished product, physical dimension, the kind of means of transport and the load-carrying of means of transport of steel strand wires finished product, set the function division in storage region, receive reservoir area, buffer zone and stacking district, and for buffer zone and stacking district, to maximize storage region utilization factor as the object of planning, the shape and size of the different storage of design buttress type, storage buttress type is the stacking form of steel strand wires finished product, and each buttress type at least comprises a buttress position;
Step 2: each buttress position is numbered, and carries out goods yard division and goods yard numbering to receiving reservoir area, buffer zone and stacking district respectively; Receiving reservoir area adopts tiling mode to arrange and be divided into multiple different goods yards, carry out serial number by position, goods yard, pile up neatly position and divide in buffer zone and stacking district, carry out Unified number by buttress position, and carry out goods yard numbering in conjunction with the number of plies and the position number of each buttress position, the goods yard numbering in the goods yard of buffer zone numbering and stacking district all comprises buttress bit number, level number and position number;
Step 3: when each steel strand wires finished product warehouse-in, the library information that enters of steel strand wires finished product is carried out in real time or batch registration;
The warehouse-in information of described steel strand wires finished product comprises: product coding, steel strand wires finished product weight, steel strand wires finished product specifications and models and the production time of steel strand wires finished product;
Step 4: according to the library information that enters of each batch of steel strand wires finished product, carry out steel strand wires finished product goods yard and distribute and produce steel strand wires finished product goods yard carrying scheme;
Step 4.1: warehouse-in is registered and the temporary steel strand wires finished product that does not carry out goods yard distribution is stored in receipts reservoir area by completing;
Step 4.2: search the dimension finished product of temporary transient storage in buffer zone by the specification of the steel strand wires finished product in the goods yard to be allocated of receipts reservoir area in buffer zone, with the steel strand wires finished product set of receiving the common formation of reservoir area finished product goods yard to be allocated, in the steel strand wires finished product set in goods yard to be allocated, each steel strand wires finished product of each specification is increased progressively and sorted by weight;
Step 4.3: search or specify the buttress to be installed position with identical finished product specification according to the steel strand wires finished product specification in goods yard to be allocated in stacking district, form buttress to be installed position set, determine the residual capacity of buttress to be installed position, can fill the quantity and the general assembly (TW) that can fill steel strand wires finished product of steel strand wires finished product;
Step 4.4: the buttress each to be installed position that the steel strand wires finished product in goods yard to be allocated is assigned to stacking district
Step 4.5: judge the steel strand wires finished product that whether has buttress position, unallocated stacking district in the set of steel strand wires finished product in goods yard to be allocated, be, the steel strand wires finished product of buttress position, unallocated stacking district is left in to the idle goods yard of buffer zone, no, perform step 4.6;
Step 4.6: to the weight size of each steel strand wires finished product that has distributed buttress position, stacking district by descending sort, according to the buttress type of each buttress position, with upper strata and weight after first lower floor by each goods yard that heavily to light principle, steel strand wires finished product is packed into the buttress position of being distributed;
Step 4.7: the goods yard numbering of distributing according to each steel strand wires finished product, produces steel strand wires finished product goods yard carrying scheme;
Described steel strand wires finished product goods yard carrying scheme comprises: steel strand wires finished product coding, the initial position of steel strand wires finished product and the target location of steel strand wires finished product;
Step 5: according to steel strand wires finished product goods yard carrying scheme, carry receiving the steel strand wires finished product of reservoir area: the steel strand wires finished product that will distribute goods yard and not enter stacking district is temporarily stored in corresponding goods yard, buffer zone, the steel strand wires finished product that distributes goods yard and enter stacking district is stored in to corresponding goods yard, stacking district;
Step 6: in the time that needs carry out the transport of steel strand wires finished product, carry out the fortune of joining of steel strand wires finished product calculates and generates steel strand wires finished product and join fortune scheme according to different means of transports, in the time that means of transport is train, carry out the self-contained fortune of steel strand wires finished product and join fortune calculating, generate the bulk freight of steel strand wires finished product and join fortune scheme; In the time that means of transport is automobile, carry out the part load transport of steel strand wires finished product and join fortune calculating, generate the transport of steel strand wires finished product part load and joins fortune scheme;
In the time that means of transport is train, carry out the self-contained fortune of steel strand wires finished product and join fortune calculating, generate the bulk freight of steel strand wires finished product and join fortune scheme, specific as follows:
If find or can manually specify the product specification of the steel strand wires finished product that meets product shipping requirement and meet the railway carriage loading number of packages of bulk freight and the steel strand wires finished product buttress that weight requires in stacking district, the numbering of buttress position is bound with the numbering of corresponding railway carriage, then the goods yard of the steel strand wires finished product in this buttress position is numbered with the numbering of corresponding railway carriage and mated, generate the bulk freight of steel strand wires finished product and join fortune scheme; Otherwise, the shipping plan of steel strand wires finished product is adjusted or using bulk freight as part load transport task, the part load transport that the loading number of packages requiring with bulk freight and weight are carried out steel strand wires finished product is joined fortune and is calculated, and transports the mode of joining fortune generate the bulk freight of steel strand wires finished product and join fortune scheme by part load;
Product coding and place buttress position coding and the goods yard coding that fortune scheme comprises each steel strand wires finished product, means of transport information and customer information are joined in the bulk freight of described steel strand wires finished product;
In the time that means of transport is automobile, carry out the part load transport of steel strand wires finished product and join fortune calculating, generate the transport of steel strand wires finished product part load and joins fortune scheme, concrete steps are as follows:
The first step: the steel strand wires finished product specification requiring according to transport task is determined finished product set to be loaded and transported in the steel strand wires finished product of buffer zone and/or receipts reservoir area;
Second step: the weight according to finished product in steel strand wires finished product to be loaded and transported set sorts from light to heavy and is pre-loaded in order means of transport, until reach the appointment loading stocks number of packages requirement of this means of transport;
The 3rd step: judge whether the general assembly (TW) of the steel strand wires finished product that is pre-loaded into means of transport meets the steel strand wires finished product weight of fortune to be joined, be pre-loaded into the general assembly (TW) of steel strand wires finished product of means of transport between the load-carrying upper limit and lower limit of means of transport, fortune calculating is joined in the part load transport that completes steel strand wires finished product, generate the transport of steel strand wires finished product part load and join fortune scheme, no, perform step the 4th step;
The 4th step: judge whether the general assembly (TW) of the steel strand wires finished product that has been pre-loaded into means of transport is greater than the load-carrying upper limit of this means of transport, is, the shipping plan of steel strand wires finished product is adjusted, no, carry out the 5th step;
The 5th step: calculate and be pre-loaded into the general assembly (TW) of steel strand wires finished product of means of transport and the difference of the load-carrying lower limit of this means of transport;
The 6th step: use steel strand wires finished product to be loaded and transported and the steel strand wires finished product that has been pre-loaded into means of transport to compare one by one, if exist and the steel strand wires finished product that is pre-loaded into means of transport that has been pre-loaded into the general assembly (TW) of the more approaching steel strand wires finished product that has been pre-loaded into means of transport of difference of steel strand wires finished product weight and the difference of the load-carrying lower limit of this means of transport of means of transport, steel strand wires finished product to be loaded and transported is replaced to this and has been pre-loaded into the steel strand wires finished product of means of transport;
The 7th step: number, load and transport product coding, means of transport information, driver information and client's unit information of steel strand wires finished product according to the goods yard of loading and transporting steel strand wires finished product, generate the transport of steel strand wires finished product part load and joins fortune scheme;
Step 7: according to steel strand wires finished product join fortune scheme by the outbound of steel strand wires finished product, pack means of transport into, complete and join fortune.
Beneficial effect:
The technology of application system of the present invention and method, combining information technology and virtual reality technology, realize visual control and intelligent management to steel product production line ending logistics process, the effective technical scheme of formation system and system.Have the following advantages:
(1) consider the storage Pack design of bulk freight constraint and the region configuration management of storing in a warehouse;
Steel strand wires finished product specification type is more, weight, size differ, turnout is large, storage area is limited, inventory movement amount is large, for actual production dynamically, the self-contained demand of joining fortune that looks to the future, design storage buttress type, effectively utilize storage area, for storage and the self-contained fortune integrated optimization of joining are laid a good foundation; By storage region configuration management, can adapt to the dynamic change of practical condition, rationally adjust the specification of capacity and the storage product in storage region.
(2) store in a warehouse and join the integrated on-line optimization of fortune;
Distribution bin warehousing position in the time that finished product is put in storage, realizes the location storage of steel strand wires finished product.Because the buttress position of stacking warehouse district meets bulk freight constraint, the goods yard distribution of storing in a warehouse is about to storage and transports the integrated on-line optimization processing of row with self-contained joining, form orderly compound flow management scheme, reduce carrying and the collapse of setting number of times of finished product storage with bulk freight prestowage, shorten bulk freight loading time, improved the utilization factor of bulk freight tool loading ability; The fortune of joining for part load transport is calculated, and has improved the work efficiency of joining fortune, has improved the utilization factor of part load motor vehicle load ability, shortens loading time; Reduce generally the cost of logistics operation, reduced due to storage and loaded the finished product causing and repeatedly have bad luck caused finished product package failure and quality problems.
(3) the warehouse logistics various dimensions visualized management based on virtual reality technology.
Utilize Information Technology Methods, by optimization technique, virtual reality technology, database technology combines with the concrete business procedure of steel strand production line ending logistics process management, realize the warehouse-in of steel strand wires finished product, location storage, join fortune, the various dimensions of the business processing such as dispatch a car and logistics operation thereof are visual, intelligent integrated management, adapt to the dynamic needs of actual production, according to current storage state, production status is realized each storage Region Warehouse product specification, buttress is put mode, storage character and relevant flexible configuration of joining fortune target and constraint, realize tabular digital management and the graphical visual management of two and three dimensions of warehoused cargo.Effectively solve Problems Existing, reduce logistics cost, increase economic efficiency.
Brief description of the drawings
Fig. 1 is the production logistics process schematic diagram of steel strand wires product;
Fig. 2 is the steel strand wires finished product storage of the specific embodiment of the invention and joins fortune system work process schematic diagram;
Fig. 3 is the steel strand wires finished product storage of the specific embodiment of the invention and joins fortune system architecture schematic diagram;
Fig. 4 is the steel strand wires storage area schematic of the specific embodiment of the invention;
Fig. 5 is the steel strand wires warehouse district planning and design schematic diagram of the specific embodiment of the invention;
Fig. 6 is double two buttress position buttress type schematic diagram of the specific embodiment of the invention;
Fig. 7 is double single buttress position buttress type schematic diagram of the specific embodiment of the invention;
Fig. 8 is the steel strand wires finished product goods yard allocation flow figure of the specific embodiment of the invention;
Fig. 9 be the specific embodiment of the invention according to different means of transports carry out steel strand wires finished product join fortune calculate process flow diagram;
Figure 10 is that fortune calculation flow chart is joined in the part load transport of the steel strand wires finished product of the specific embodiment of the invention;
Figure 11 is the two-dimensional representation of the storage area configurations of the specific embodiment of the invention, and wherein (a) is two-dimentional form and each buttress type proportion schematic diagram of storage area configurations, is (b) different buttress type two-dimensional representation in storage region;
Figure 12 be the specific embodiment of the invention inquire about visual schematic diagram at storehouse product;
Figure 13 is the visual change schematic diagram in the storage position of the specific embodiment of the invention;
Figure 14 is that the storage region X-Y schemeization of the specific embodiment of the invention shows schematic diagram;
Figure 15 is the steel strand wires finished product storage of the specific embodiment of the invention and joins transportation method process flow diagram.
Embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is elaborated.
The steel strand wires finished product of present embodiment is stored in a warehouse and is joined fortune system, as shown in Figure 2, be used to steel strand wires finished product distribution bin storage space in storage region to put and position storage, and the steel strand wires finished product in storage region is joined to fortune, storage region as shown in Figure 4.
As shown in Figure 3, this system comprises: storage region configuration module, product warehousing Registration Module, storage goods yard distribution module, product are joined and transported library module, product storage administration module and storage environment Visualization module;
Storage region configuration module is for the area configurations of storing in a warehouse according to the type of steel strand wires finished product to be stored in a warehouse and quantity, and storage region configuration packet is drawn together: set the function division in storage region, receive reservoir area, buffer zone and stacking district; Change the quantity of the steel strand wires finished product in buffer zone and stacking district; Set buffer zone storage buttress type, store in a warehouse product steel strand wires finished product type and storage quantity; Set the storage buttress type in stacking district, i.e. product type, storage quantity, the upper limit of storage general assembly (TW) and the lower limit of storage general assembly (TW) of the steel strand wires finished product of stacking district storage;
Product warehousing Registration Module is in the time that each steel strand wires finished product is put in storage, to the entering that library information is registered and share data by database and storage goods yard distribution module of steel strand wires finished product, the warehouse-in information of described steel strand wires finished product comprises: product coding, steel strand wires finished product weight, steel strand wires finished product specifications and models and the production time of steel strand wires finished product;
Storage goods yard distribution module is for according to the library information that enters of steel strand wires finished product, carries out steel strand wires finished product goods yard and distributes and produce steel strand wires finished product goods yard and carry scheme;
Product is joined and is transported library module and calculate and produce steel strand wires finished product and join fortune scheme for the fortune of joining of carrying out steel strand wires finished product according to different means of transports;
Product storage administration module is used for inquiring about inventory data and analyzes and obtain data demonstration and data sheet according to these Information Statistics, and move, make an inventory, cancelling stocks, scrap processing for the product of specifying, form corresponding movement, make an inventory, cancelling stocks, scrap operation document; Described inventory data comprise product coding, product type, product weight, production time, entry time, storage position and entrucking list information;
Storage environment Visualization module is for showing 2 d plane picture and the 3 dimensional drawing in the region of store in a warehouse, and to storage region configuration module, product warehousing Registration Module, storage goods yard distribution module, product join transport library module, operation cause that the result of variations in the region of storing in a warehouse shows.
Receive reservoir area for placing the steel strand wires finished product that completes warehouse-in registration and temporary unallocated goods yard;
Buffer zone is distributed but the temporary steel strand wires finished product that does not enter stacking district for depositing through goods yard;
Stacking district distributes goods yard and the goods yard steel strand wires finished product in stacking district for depositing.
The steel strand wires finished product of receiving in reservoir area transports the steel strand wires finished product of joining fortune as part load in the time that means of transport is automobile;
The goods yard that steel strand wires finished product in buffer zone continues to participate in follow-up steel strand wires finished product batch distribute or in the time that means of transport is automobile as the steel strand wires finished product of part load transport shipping;
Steel strand wires finished product in stacking district is as the steel strand wires finished product of bulk freight shipping.
Buffer zone and stacking district carry out function division conversion or the adjustment of storage capacity according to producing actual needs by buttress position.Can the store in a warehouse function type conversion of buffer zone and stacking district, also can carry out storage capacity (number of packages, general assembly (TW)), setting and the change of storage product type.Carry out a switching for buffer zone and stacking district storage character by buttress position, simultaneously by configuration store in a warehouse product specification, buttress type, the weight of storing in a warehouse setting, make the needs of whole storage region flexible adaptation actual production.
The storage of above-mentioned steel strand wires finished product with join fortune system and also comprise database and system maintaining module, database is used for storing storage region and product information, operating personnel's information and operating right, Operation Log; System maintaining module be used for encoding revision information, data importing and recovery, generating run daily record and bookkeeping personal information and authority.
Adopt above-mentioned steel strand wires finished product storage and join fortune system and carry out the storage of steel strand wires finished product and the method for joining fortune, as shown in figure 15, comprising the steps:
Step 1: according to the true form of storage place, region industry spot and size, the product type of steel strand wires finished product, the weight of steel strand wires finished product, physical dimension, the kind of means of transport and the load-carrying of means of transport of steel strand wires finished product, set the function division in storage region, receive reservoir area, buffer zone and stacking district, and for buffer zone and stacking district, to maximize storage region utilization factor as the object of planning, the shape and size of the different storage of design buttress type, storage buttress type is the stacking form of steel strand wires finished product, and each buttress type at least comprises a buttress position; The setting of the function division of present embodiment to storage region as shown in Figure 5.
By self-contained (train) transport carriage requirement design storage buttress type, and select some buttress types to carry out the planning and design in whole storage region in feasible alternative buttress type;
(1) storage buttress type is the form of the stacking of steel strand wires product in warehouse.The feature of the storage Pack design in native system is: require the stacking quantity of deisgn product and the general assembly (TW) of each product heap according to the dead weight capacity of bulk freight (railway carriage) and loading number of packages.Can there is the form of multiple stacking, as long as meet the stacking form of number of packages requirement and general assembly (TW) requirement, all, as feasible alternative buttress type, form the set of alternative buttress type.
(2) consider that actual storage region may have different shape and size, for making full use of the area of warehouse district, in feasible alternative buttress type, suitable buttress type is arranged on the diverse location of corresponding warehouse district can further to optimize size and shape.Preferred principle is the shape and size that can adapt to on-the-spot diverse location region, and the buttress type quantity that reaches layout can make full use of the area in storage region.
(3) for the buttress type arranging, be a computing unit by self-contained (train) movement requirement, be called buttress position, Unified number is carried out in buttress position, and utilizes Sign Board or electrical screen to indicate relevant position at the scene.
Fig. 6 represents two product buttress positions that are close to, and every buttress position forms a bulk freight unit, and totally two bulk freight unit, are called: double two buttress positions (buttress type).Next-door neighbour's stacking spacing is 0.1m, leaves the operation path of 0.8 meter with other buttress position.Each product buttress position can be placed 16-20 products according to actual needs, the general assembly (TW) of every buttress can be 60 tons or 70 tons, can form by placement number of packages and general assembly (TW) that each buttress position is set all kinds of schemes that meet self-contained (train) movement requirement, as: 60 tons/16,60 tons/18,60 tons/20,70 tons/18,70 tons/20.
Fig. 7 represents to form a bulk freight unit by two buttress that are close to, and is called double single buttress position (buttress type).Two buttress can be placed 16-20 products according to actual needs altogether, general assembly (TW) can be 60 tons or 70 tons, can form by number of packages and general assembly (TW) that placement is set all kinds of schemes that meet self-contained (train) movement requirement, as: 60 tons/16,60 tons/18,60 tons/20,70 tons/18,70 tons/20.
Above two kinds of buttress types are arranged in on-the-spot diverse location region, have utilized more fully the area of storage.
Step 2: each buttress position is numbered, and carries out goods yard division and goods yard numbering to receiving reservoir area, buffer zone and stacking district respectively; Receive reservoir area and be divided into multiple different goods yards, carry out serial number by position, goods yard, pile up neatly position and divide in buffer zone and stacking district, carry out Unified number by buttress position, and carry out goods yard numbering in conjunction with the number of plies and the position number of each buttress position, the goods yard numbering in the goods yard of buffer zone numbering and stacking district all comprises buttress bit number, level number and position number;
Receive reservoir area: adopt tiling mode to store in a warehouse, place and completed warehouse-in registration but the product in temporary transient unallocated concrete storage goods yard.The product that product in receipts reservoir area can be used as part load transport shipping participates in part load transport Calculation of stowage on board.
Buffer zone: deposit after the Distribution Calculation of storage goods yard in this region, temporarily fails to enter the product of stacking district storage.The storage mode of buffer zone is tiling and two kinds of modes of stacking, and these two kinds of modes can be switched setting by buttress bit number.Deposit product quantity when less when this numbering buttress position, can be set to tiling mode and store in a warehouse; When depositing product quantity when more, can be set to way of stacking and store in a warehouse.Product in buffer zone both can participate in the goods yard Distribution Calculation of follow-up batch, also can participate in part load transport Calculation of stowage on board.Enter after stacking through goods yard Distribution Calculation, product can be used as the product shipping of bulk freight, does not enter the product of stacking, after part load transport Calculation of stowage on board, can be used as the product of part load transport shipping.
Stacking district: adopt stacking storage mode, deposit by buttress position the product configuring by bulk freight requirement (weight, number of packages) in advance.Product in stacking district is used for bulk freight by the mode of whole buttress shipping.Stacking district can comprise multiple/multiple dissimilar buttress position, corresponding buttress type and capacity are designed for the carriage requirement of bulk freight in every kind of buttress position, and the buttress of product is put number of packages and the general assembly (TW) that form, every buttress are placed product.
Step 3: in the time that steel strand wires finished product is put in storage, the library information that enters of steel strand wires finished product is carried out in real time or batch registration;
The warehouse-in information of steel strand wires finished product comprises: product coding, steel strand wires finished product weight and the steel strand wires finished product specifications and models of steel strand wires finished product, production time; When product warehousing, the coding of the mode typing product by artificial input or bar code scanning, the weight of product, specifications and models and the production time information of product;
Step 4: according to the library information that enters of each batch of steel strand wires finished product, carry out steel strand wires finished product goods yard and distribute and produce steel strand wires finished product goods yard carrying scheme; As shown in Figure 8;
Step 4.1: warehouse-in is registered and the temporary steel strand wires finished product that does not carry out goods yard distribution is stored in receipts reservoir area by completing;
Step 4.2: search the dimension finished product of temporary transient storage in buffer zone by the specification of the steel strand wires finished product in the goods yard to be allocated of receipts reservoir area in buffer zone, with the steel strand wires finished product set of receiving the common formation of reservoir area finished product goods yard to be allocated, in the steel strand wires finished product set in goods yard to be allocated, to each specification i (i=1, 2, I) each steel strand wires finished product j (j=1, 2, J) increase progressively by weight and sort and number, the steel strand wires finished product in all goods yards to be allocated has unique numbering (i, j), wherein i=1, 2, I, j=1, 2, J,
Step 4.3: search or manually specify the buttress to be installed position k (k=1 with identical finished product specification according to the steel strand wires finished product specification i in goods yard to be allocated in stacking district, 2 ... K), form buttress to be installed position set, determine buttress to be installed position k (k=1,2 ... K) residual capacity, can fill the quantity of steel strand wires finished product and can fill the general assembly (TW) of steel strand wires finished product;
Step 4.4: the buttress each to be installed position that the steel strand wires finished product in goods yard to be allocated is assigned to stacking district
Step 4.4.1: initiation parameter i=1, j=1, k=1;
Step 4.4.2: for the buttress position, k stacking to be installed district of finished product specification i, pack the steel strand wires finished product (i, j) in goods yard to be allocated into;
Step 4.4.3: judge whether to meet the general assembly (TW) requirement of this buttress position, the general assembly (TW) of the steel strand wires finished product totally packing into require in buttress position between the upper and lower bound of general assembly (TW), be, go to step 4.4.9, no, perform step 4.4.4;
Step 4.4.4: whether the general assembly (TW) that judges the steel strand wires finished product that this buttress position accumulative total packs into is greater than this buttress position requires the upper limit of general assembly (TW), is, goes to step 4.4.8, no, performs step 4.4.5;
Step 4.4.5: whether the quantity of the steel strand wires finished product that judgement packs into reaches the quantity that this buttress position requires, and is, goes to step 4.4.7, otherwise execution step 4.4.6;
Step 4.4.6: judge in the steel strand wires finished product set in goods yard to be allocated whether also have the steel strand wires finished product of the same specification of prepackage buttress position, be, make j=j+1, point to next steel strand wires finished product, go to step 4.4.2, otherwise go to step 4.4.11;
Step 4.4.7: calculate the gap that buttress position k has packed the accumulative total general assembly (TW) of steel strand wires finished product and this buttress position into and require general assembly (TW) lower limit, in the steel strand wires finished product set in goods yard to be allocated, getting in order the steel strand wires finished product and the installed steel strand wires finished product that do not pack into compares, if there is the steel strand wires finished product that has packed the accumulative total general assembly (TW) of steel strand wires finished product and this buttress position into and require the gap of general assembly (TW) lower limit with the more approaching buttress of the difference of installed steel strand wires finished product weight position k, replace installed steel strand wires finished product with the steel strand wires finished product not packing into, upgrade finished product numbering (i in the steel strand wires finished product set in goods yard to be allocated, j), until the steel strand wires finished product that in the steel strand wires finished product set in goods yard to be allocated, specification is i is all more complete, execution step 4.4.9,
Step 4.4.8: the steel strand wires finished product finally packing into is returned in the steel strand wires finished product set of goods yard to be allocated to execution step 4.4.9;
Step 4.4.9: record packs the steel strand wires finished product inventory of stacking k into, execution step 4.4.10;
Step 4.4.10: judge whether that buttress position, stacking district to be installed all installs (k=K), be, go to step 4.4.12, otherwise make k=k+1, go to step 4.4.2;
Step 4.4.11: record packs the steel strand wires finished product inventory of stacking k into, execution step 4.4.12;
Step 4.4.12: the steel strand wires finished product that judges whether all specifications is all processed complete, is, performs step 4.5, no, makes i=i+1, points to the steel strand wires finished product of next specification, goes to step 4.3;
Step 4.5: judge the steel strand wires finished product that whether has buttress position, unallocated stacking district in the set of steel strand wires finished product in goods yard to be allocated, be, the steel strand wires finished product of buttress position, unallocated stacking district is left in to the idle goods yard of buffer zone, otherwise execution step 4.6;
Step 4.6: to the weight size of each steel strand wires finished product that has distributed buttress position, stacking district by descending sort, according to the buttress type of each buttress position, with upper strata and weight after first lower floor by each goods yard that heavily to light principle, steel strand wires finished product is packed into the buttress position of being distributed;
Step 4.7: the goods yard numbering of distributing according to each steel strand wires finished product, produces steel strand wires finished product goods yard carrying scheme;
Steel strand wires finished product goods yard carrying scheme comprises: steel strand wires finished product coding, the initial position of steel strand wires finished product and the target location of steel strand wires finished product; Steel strand wires finished product goods yard allocation result is in table 1.
The goods yard allocation result of table 1 steel strand wires finished product
Step 5: according to steel strand wires finished product goods yard carrying scheme, carry receiving the steel strand wires finished product of reservoir area: the steel strand wires finished product that will distribute goods yard and not enter stacking district is temporarily stored in corresponding goods yard, buffer zone, the steel strand wires finished product that distributes goods yard and enter stacking district is stored in to corresponding goods yard, stacking district;
Step 6: in the time that needs carry out the transport of steel strand wires finished product, carry out the fortune of joining of steel strand wires finished product calculates and generates steel strand wires finished product and join fortune scheme according to different means of transports, as shown in Figure 9, in the time that means of transport is train, carry out the self-contained fortune of steel strand wires finished product and join fortune calculating, generate the bulk freight of steel strand wires finished product and join fortune scheme; In the time that means of transport is automobile, carry out the part load transport of steel strand wires finished product and join fortune calculating, generate the transport of steel strand wires finished product part load and joins fortune scheme;
In the time that means of transport is train, carry out the self-contained fortune of steel strand wires finished product and join fortune calculating, generate the bulk freight of steel strand wires finished product and join fortune scheme, specific as follows:
If find or can manually specify the product specification of the steel strand wires finished product that meets product shipping requirement and meet the railway carriage loading number of packages of bulk freight and the steel strand wires finished product buttress that weight requires in stacking district, the numbering of each buttress position is bound with the numbering of corresponding railway carriage, then the goods yard of the steel strand wires finished product in this buttress position is numbered with the numbering of corresponding railway carriage and mated, generate the bulk freight of steel strand wires finished product and join fortune scheme; Otherwise, the shipping plan of steel strand wires finished product is adjusted or using bulk freight as part load transport task, the part load transport that the loading number of packages requiring with bulk freight and weight are carried out steel strand wires finished product is joined fortune and is calculated, and transports the mode of joining fortune generate the bulk freight of steel strand wires finished product and join fortune scheme by part load;
Product coding and place buttress position coding and the goods yard coding that fortune scheme comprises each steel strand wires finished product, means of transport information and customer information are joined in the bulk freight of steel strand wires finished product;
In the time that means of transport is automobile, carry out the part load transport of steel strand wires finished product and join fortune calculating, generate the transport of steel strand wires finished product part load and joins fortune scheme, as shown in figure 10, concrete steps are as follows:
The first step: the steel strand wires finished product specification requiring according to transport task is determined finished product set to be loaded and transported in the steel strand wires finished product of buffer zone and/or receipts reservoir area;
Second step: the weight according to finished product in steel strand wires finished product to be loaded and transported set sorts from light to heavy and is pre-loaded in order means of transport, until reach the appointment loading stocks number of packages requirement of this means of transport;
The 3rd step: judge whether the general assembly (TW) of the steel strand wires finished product that is pre-loaded into means of transport meets the steel strand wires finished product weight of fortune to be joined, be pre-loaded into the general assembly (TW) of steel strand wires finished product of means of transport between the load-carrying upper limit and lower limit of means of transport, fortune calculating is joined in the part load transport that completes steel strand wires finished product, generate the transport of steel strand wires finished product part load and join fortune scheme, no, perform step the 4th step;
The 4th step: judge whether the general assembly (TW) of the steel strand wires finished product that has been pre-loaded into means of transport is greater than the load-carrying upper limit of this means of transport, is, the shipping plan of steel strand wires finished product is adjusted, no, carry out the 5th step;
The 5th step: calculate and be pre-loaded into the general assembly (TW) of steel strand wires finished product of means of transport and the difference of the load-carrying lower limit of this means of transport;
The 6th step: use steel strand wires finished product to be loaded and transported and the steel strand wires finished product that has been pre-loaded into means of transport to compare one by one, if exist and the steel strand wires finished product that is pre-loaded into means of transport that has been pre-loaded into the general assembly (TW) of the more approaching steel strand wires finished product that has been pre-loaded into means of transport of difference of steel strand wires finished product weight and the difference of the load-carrying lower limit of this means of transport of means of transport, steel strand wires finished product to be loaded and transported is replaced to this and has been pre-loaded into the steel strand wires finished product of means of transport;
The 7th step: number, load and transport product coding, means of transport information, driver information and client's unit information of steel strand wires finished product according to the goods yard of loading and transporting steel strand wires finished product, generate the transport of steel strand wires finished product part load and joins fortune scheme;
The fortune of joining of the steel strand wires finished product in present embodiment is calculated as shown in table 2:
Table 2 steel strand wires finished product is joined fortune result of calculation
The fortune of joining of product is divided into two classes, and a class is the bulk freight towards train transport, and a class is the part load transport towards Automobile Transportation.
Towards the bulk freight of train, first the railway carriage type, compartment numbering, the Weight Loaded requirement that provide according to railway interests, simultaneously according to contract for future delivery and enterprise product shipping requirements of plan, in storage region, search product type and buttress position general assembly (TW) and the product buttress position that prepares whole buttress that requires to conform to, be assigned to the numbering of corresponding railway carriage, generate train loading document, provide: each product coding and store in a warehouse position encoded, product customer information, railway carriage numbering, the planimetric position that railway carriage loads; Meet the product buttress position of traffic requirements completely as do not found, feedback information, product shipping plan is adjusted, or transport (using railway carriage Weight Loaded as lorry loading weight by man-machine interaction mode or part load, from buffer zone and the product set less than buttress position, calculate) join fortune mode, from the buffer zone at storehouse product or do not become the position of full buttress to join fortune, or by information feedback revision enterprise product shipping plan, then carry out the above-mentioned fortune process of joining;
Towards the part load transport of automobile, first according to the requirement of lorry loading weight, simultaneously according to contract for future delivery and enterprise product shipping requirements of plan, product to the He Shou reservoir area, slow district of storing in a warehouse passes through to calculate, selection meets the product coding of movement requirement, generates automobile loading document, provides: product coding, store in a warehouse position encoded, automotive license plate and driver and client's unit information;
Select from buttress position, Yi Peiman stacking district for bulk freight, by storage with self-contained join to transport gone integrated optimization, eliminated the process of again joining fortune, improve and join fortune efficiency, also reduced finished product simultaneously storing in a warehouse and join the number of times of having bad luck while transporting.
Step 7: according to steel strand wires finished product join fortune scheme by the outbound of steel strand wires finished product, pack means of transport into, complete and join fortune.
In present embodiment, the registration of storage area configurations, product warehousing, storage goods yard are distributed, product is joined and transported storehouse and cause the result of variations in storage region, adopt two-dimentional form, two dimension storage scene signal and three-dimensional storage scene to illustrate to carry out visualized management.
In storage region layoutprocedure, adopt 2-D data to the buttress type setting of storing in a warehouse of each the buttress position in buffer zone, stacking district.Comprise: specify storage product specification, the product quantity of storage, the buttress of this buttress position to put the general assembly (TW) bound of form, buttress compartment storage product.Meanwhile, show the state that arranges of whole warehouse district in X-Y scheme mode.Comprise: the quantity of all kinds buttress position, account for the ratio in whole storage region, the storage state of each buttress position (empty buttress, filled product quantity).All kinds of specification products represent with different colors, after the type of stacking and counterweight are determined, in two-dimensional representation, can see the type solid colour of corresponding stacking color and default, and can indicate the counterweight target of stacking, as shown in Figure 11 (a), (b).
Product warehousing, join buttress and distribute visual with goods yard: adopt directly input and bar code scanning mode to put product information in storage with the storage of bivariate table case form, comprising: production code member, weight, specification, production time.
After product warehousing registration, product is presented at the position, receipts reservoir area shown in storage thumbnail or storage planimetric map in two-dimentional icon mode.
Select receiving reservoir area product, jointly join buttress and goods yard calculating with product in buffer zone, obtain joining buttress and goods yard allocation result, show with two-dimensional data table, the icon that this product is corresponding in graphics display area simultaneously glimmers; Further can carry out product selection, goods yard put in advance, put in advance cancel, product is cancelled, product is placed operation, when product is put in advance, corresponding product icon moving glimmers to predistribution goods yard, after confirming, flicker stops, put in advance or cancel after product, product icon is deleted and is returned to origin-location from predistribution goods yard or goods yard allocation result; Determine that placing rear product storage position data upgrades, and shows product icon simultaneously in corresponding storage figure goods yard.Show and generate goods yard and place operation sheet.
Product is visual in storehouse: the product storage state in all goods yards is shown, inquire about by buttress position/goods yard and production code member, with graphics mode, in storage graphic window displays, the details that product is placed in buttress position/goods yard, show at right side floating frame.As shown in figure 12.
The storage visual change in position: adopt input product change of location and two kinds of modes of mouse drag to realize at storehouse product space and change, determine after changing, generate and move storehouse operation sheet, as shown in figure 13.
Storage region two-dimensional/three-dimensional graphically shows: X-Y scheme demonstration is carried out in storage region, as shown in figure 14.In addition, can also carry out multi-angle three-dimensional pictureization to warehouse district shows.
Claims (6)
1. a steel strand wires finished product is stored in a warehouse and joins fortune system, be used to steel strand wires finished product distribution bin storage space in storage region to put and position storage, and to storage, the steel strand wires finished product in region is joined fortune, it is characterized in that: comprising: storage region configuration module, product warehousing Registration Module, storage goods yard distribution module, product are joined and transported library module, product storage administration module and storage environment Visualization module;
Described storage region configuration module is for the area configurations of storing in a warehouse according to the type of steel strand wires finished product to be stored in a warehouse and quantity, and storage region configuration packet is drawn together: set the function division in storage region, receive reservoir area, buffer zone and stacking district; Change the quantity of the steel strand wires finished product in buffer zone and stacking district; Set the storage buttress type of buffer zone, the type of the steel strand wires finished product of the product of storing in a warehouse and storage quantity; Set the storage buttress type in stacking district, i.e. product type, storage quantity, the upper limit of storage general assembly (TW) and the lower limit of storage general assembly (TW) of the steel strand wires finished product of stacking district storage;
Described product warehousing Registration Module is in the time that each steel strand wires finished product is put in storage, to the entering that library information is registered and share data by database and storage goods yard distribution module of steel strand wires finished product, the warehouse-in information of described steel strand wires finished product comprises: product coding, steel strand wires finished product weight, steel strand wires finished product specifications and models and the production time of steel strand wires finished product;
Described storage goods yard distribution module is for according to the library information that enters of steel strand wires finished product, carries out steel strand wires finished product goods yard and distributes and produce steel strand wires finished product goods yard and carry scheme;
Described product is joined and is transported library module and calculate and produce steel strand wires finished product and join fortune scheme for the fortune of joining of carrying out steel strand wires finished product according to different means of transports;
Described product storage administration module is used for inquiring about inventory data and analyzes and obtain data demonstration and data sheet according to these Information Statistics, and move, make an inventory, cancelling stocks, scrap processing for the product of specifying, form corresponding movement, make an inventory, cancelling stocks, scrap operation document; Described inventory data comprise product coding, product type, product weight, production time, entry time, storage position and entrucking list information;
Described storage environment Visualization module is for showing 2 d plane picture and the 3 dimensional drawing in the region of store in a warehouse, and storage region configuration module, product warehousing Registration Module, storage goods yard distribution module, product are joined to the operation that transports library module causes that the result of variations in the region of storing in a warehouse shows.
2. steel strand wires finished product according to claim 1 is stored in a warehouse and is joined fortune system, it is characterized in that: described receipts reservoir area is for placing the steel strand wires finished product that completes warehouse-in registration and temporary unallocated goods yard;
Described buffer zone is distributed but the temporary steel strand wires finished product that does not enter stacking district for depositing through goods yard;
Described stacking district distributes goods yard and the goods yard steel strand wires finished product in stacking district for depositing.
3. steel strand wires finished product according to claim 1 and 2 is stored in a warehouse and is joined fortune system, it is characterized in that: the steel strand wires finished product in described receipts reservoir area transports the steel strand wires finished product of joining fortune as part load in the time that means of transport is automobile;
The goods yard that steel strand wires finished product in described buffer zone continues to participate in follow-up steel strand wires finished product batch distribute or in the time that means of transport is automobile as the steel strand wires finished product of part load transport shipping;
Steel strand wires finished product in described stacking district is as the steel strand wires finished product of bulk freight shipping.
4. steel strand wires finished product according to claim 1 and 2 is stored in a warehouse and is joined fortune system, it is characterized in that: described buffer zone and stacking district carry out function division conversion or the adjustment of storage capacity according to producing actual needs by buttress position the lower limit of the quantity of the finished product of storing in a warehouse, the upper limit of buttress position general assembly (TW) and buttress position general assembly (TW).
5. adopt steel strand wires finished product storage claimed in claim 1 and join fortune system and carry out the storage of steel strand wires finished product and the method for joining fortune, it is characterized in that: comprise the steps:
Step 1: according to the true form of storage place, region industry spot and size, the product type of steel strand wires finished product, the weight of steel strand wires finished product, physical dimension, the kind of means of transport and the load-carrying of means of transport of steel strand wires finished product, set the function division in storage region, receive reservoir area, buffer zone and stacking district, and for buffer zone and stacking district, maximizing storage region utilization factor is the object of planning, the shape and size of the different storage of design buttress type, storage buttress type is the stacking form of steel strand wires finished product, and each buttress type at least comprises a buttress position;
Step 2: each buttress position is numbered, and carries out goods yard division and goods yard numbering to receiving reservoir area, buffer zone and stacking district respectively; Receiving reservoir area adopts tiling mode to arrange and be divided into multiple different goods yards, carry out serial number by position, goods yard, pile up neatly position and divide in buffer zone and stacking district, carry out Unified number by buttress position, and carry out goods yard numbering in conjunction with the number of plies and the position number of each buttress position, the goods yard numbering in the goods yard of buffer zone numbering and stacking district all comprises buttress bit number, level number and position number;
Step 3: when each steel strand wires finished product warehouse-in, the library information that enters of steel strand wires finished product is carried out in real time or batch registration;
The warehouse-in information of described steel strand wires finished product comprises: product coding, steel strand wires finished product weight, steel strand wires finished product specifications and models and the production time of steel strand wires finished product;
Step 4: according to the library information that enters of each batch of steel strand wires finished product, carry out steel strand wires finished product goods yard and distribute and produce steel strand wires finished product goods yard carrying scheme;
Step 4.1: warehouse-in is registered and the temporary steel strand wires finished product that does not carry out goods yard distribution is stored in receipts reservoir area by completing;
Step 4.2: search the dimension finished product of temporary transient storage in buffer zone by the specification of the steel strand wires finished product in the goods yard to be allocated of receipts reservoir area in buffer zone, with the steel strand wires finished product set of receiving the common formation of reservoir area finished product goods yard to be allocated, in the steel strand wires finished product set in goods yard to be allocated, each steel strand wires finished product of each specification is increased progressively and sorted by weight;
Step 4.3: search or specify the buttress to be installed position with identical finished product specification according to the steel strand wires finished product specification in goods yard to be allocated in stacking district, form buttress to be installed position set, determine the residual capacity of buttress to be installed position, can fill the quantity and the general assembly (TW) that can fill steel strand wires finished product of steel strand wires finished product;
Step 4.4: the buttress each to be installed position that the steel strand wires finished product in goods yard to be allocated is assigned to stacking district;
Step 4.5: judge in the set of steel strand wires finished product in goods yard to be allocated whether have the steel strand wires finished product that does not enter stacking district, be, the steel strand wires finished product of buttress position, unallocated stacking district is left in to the idle goods yard of buffer zone, no, perform step 4.6;
Step 4.6: to the weight size of each steel strand wires finished product to be installed that has distributed buttress position, stacking district by descending sort, according to the buttress type of each buttress position, with upper strata and weight after first lower floor by each goods yard that heavily to light principle, steel strand wires finished product to be installed is packed into the buttress position of being distributed;
Step 4.7: the goods yard numbering of distributing according to each steel strand wires finished product to be installed, produces steel strand wires finished product goods yard carrying scheme;
Described steel strand wires finished product goods yard carrying scheme comprises: steel strand wires finished product coding, the initial position of steel strand wires finished product and the target location of steel strand wires finished product;
Step 5: according to steel strand wires finished product goods yard carrying scheme, carry receiving the steel strand wires finished product of reservoir area: the steel strand wires finished product that will distribute goods yard and not enter stacking district is temporarily stored in corresponding goods yard, buffer zone, the steel strand wires finished product that distributes goods yard and enter stacking district is stored in to corresponding goods yard, stacking district;
Step 6: in the time that needs carry out the transport of steel strand wires finished product, carry out the fortune of joining of steel strand wires finished product calculates and generates steel strand wires finished product and join fortune scheme according to different means of transports, in the time that means of transport is train, carry out the self-contained fortune of steel strand wires finished product and join fortune calculating, generate the bulk freight of steel strand wires finished product and join fortune scheme;
In the time that means of transport is train, carry out the self-contained fortune of steel strand wires finished product and join fortune calculating, generate the bulk freight of steel strand wires finished product and join fortune scheme, specific as follows:
If find or can manually specify the product specification of the steel strand wires finished product that meets product shipping requirement and meet the railway carriage loading number of packages of bulk freight and the steel strand wires finished product buttress that weight requires in stacking district, the numbering of each buttress position is bound with the numbering of corresponding railway carriage, then the goods yard of the steel strand wires finished product in this buttress position is numbered with the numbering of corresponding railway carriage and mated, generate the bulk freight of steel strand wires finished product and join fortune scheme; Otherwise, the shipping plan of steel strand wires finished product is adjusted or using bulk freight as part load transport task, the part load transport that the loading number of packages requiring with bulk freight and weight are carried out steel strand wires finished product is joined fortune and is calculated, and transports the mode of joining fortune generate the bulk freight of steel strand wires finished product and join fortune scheme by part load;
Product coding and place buttress position coding and the goods yard coding that fortune scheme comprises each steel strand wires finished product, means of transport information and customer information are joined in the bulk freight of described steel strand wires finished product;
Step 7: according to steel strand wires finished product join fortune scheme by the outbound of steel strand wires finished product, pack means of transport into, complete and join fortune.
6. steel strand wires finished product storage according to claim 5 and the method for joining fortune, it is characterized in that: in the time that described means of transport is automobile, carry out the part load transport of steel strand wires finished product and join fortune calculating, generate the transport of steel strand wires finished product part load and joins fortune scheme, concrete steps are as follows:
The first step: the steel strand wires finished product specification requiring according to transport task is determined finished product set to be loaded and transported in the steel strand wires finished product of buffer zone and/or receipts reservoir area;
Second step: the weight according to finished product in steel strand wires finished product to be loaded and transported set sorts from light to heavy and is pre-loaded in order means of transport, until reach the appointment loading stocks number of packages requirement of this means of transport;
The 3rd step: judge whether the general assembly (TW) of the steel strand wires finished product that is pre-loaded into means of transport meets the steel strand wires finished product weight of fortune to be joined, be pre-loaded into the general assembly (TW) of steel strand wires finished product of means of transport between the load-carrying upper limit and lower limit of means of transport, fortune calculating is joined in the part load transport that completes steel strand wires finished product, generate the transport of steel strand wires finished product part load and join fortune scheme, no, perform step the 4th step;
The 4th step: judge whether the general assembly (TW) of the steel strand wires finished product that has been pre-loaded into means of transport is greater than the load-carrying upper limit of this means of transport, is, the shipping plan of steel strand wires finished product is adjusted, no, carry out the 5th step;
The 5th step: calculate and be pre-loaded into the general assembly (TW) of steel strand wires finished product of means of transport and the difference of the load-carrying lower limit of this means of transport;
The 6th step: use steel strand wires finished product to be loaded and transported and the steel strand wires finished product that has been pre-loaded into means of transport to compare one by one, if exist and the steel strand wires finished product that is pre-loaded into means of transport that has been pre-loaded into the general assembly (TW) of the more approaching steel strand wires finished product that has been pre-loaded into means of transport of difference of steel strand wires finished product weight and the difference of the load-carrying lower limit of this means of transport of means of transport, steel strand wires finished product to be loaded and transported is replaced to this and has been pre-loaded into the steel strand wires finished product of means of transport;
The 7th step: number, load and transport product coding, means of transport information, driver information and client's unit information of steel strand wires finished product according to the goods yard of loading and transporting steel strand wires finished product, generate the transport of steel strand wires finished product part load and joins fortune scheme.
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Cited By (19)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104599102A (en) * | 2015-01-04 | 2015-05-06 | 荣庆物流供应链有限公司 | Cold-chain logistics storage supervisory system and method |
| CN104680347A (en) * | 2015-01-27 | 2015-06-03 | 上海海事大学 | RFID (radio frequency identification)-based chemical logistics storage taboo management system |
| CN106096890A (en) * | 2016-06-18 | 2016-11-09 | 任明和 | The method realizing storage standardized work scheme intelligentized design |
| CN106127374A (en) * | 2016-06-18 | 2016-11-16 | 任明和 | The intelligent allocation management platform of warehouse district security protection operation |
| CN106327112A (en) * | 2015-06-23 | 2017-01-11 | 宝山钢铁股份有限公司 | Inventory stack management method |
| CN107169713A (en) * | 2017-06-08 | 2017-09-15 | 北京惠赢天下网络技术有限公司 | Efficient kinds of goods allocator, system and order management server based on standard container |
| CN108197882A (en) * | 2018-02-13 | 2018-06-22 | 广州子灵信息科技有限公司 | Warehouse management system |
| CN108846682A (en) * | 2018-06-15 | 2018-11-20 | 合肥齐信信息技术有限公司 | A kind of automobile raw material and spare and accessory parts intelligent tracing system |
| CN109447542A (en) * | 2018-09-28 | 2019-03-08 | 北京市机械施工有限公司 | Management system for component scene storage |
| CN109492966A (en) * | 2018-10-17 | 2019-03-19 | 北京市机械施工有限公司 | It marches into the arena the management system of storage for component |
| CN109685467A (en) * | 2018-12-25 | 2019-04-26 | 杭州彦德信息科技有限公司 | Inventory management method, stock control device, equipment and storage medium |
| CN110060005A (en) * | 2019-03-25 | 2019-07-26 | 上海申昆混凝土集团有限公司 | Material automatic weighing and intelligence control distribution method and system |
| CN110111045A (en) * | 2019-04-26 | 2019-08-09 | 江苏广庆供应链有限公司 | A kind of intelligent warehouse management system |
| CN110428188A (en) * | 2019-08-13 | 2019-11-08 | 厦门烟草工业有限责任公司 | Tobacco flow dispatching method, warehousing system and storage medium |
| CN111960122A (en) * | 2020-08-25 | 2020-11-20 | 芜湖志光机械有限公司 | Coordinate robot stacking system and method for automobile accessory loading |
| CN112633729A (en) * | 2020-12-29 | 2021-04-09 | 杭州电子科技大学 | Multi-compartment material vehicle cargo space optimization method based on human factors and Epsilon greedy algorithm |
| WO2021068645A1 (en) * | 2019-10-09 | 2021-04-15 | 北京京东振世信息技术有限公司 | Method and apparatus for determining warehousing storage location, electronic device, and storage medium |
| CN112793975A (en) * | 2021-01-18 | 2021-05-14 | 上海燕汐软件信息科技有限公司 | Goods warehousing method and device, electronic equipment and storage medium |
| WO2021115086A1 (en) * | 2019-12-10 | 2021-06-17 | 深圳市海柔创新科技有限公司 | Restocking method, device, computer apparatus, and storage medium |
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Cited By (24)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104599102A (en) * | 2015-01-04 | 2015-05-06 | 荣庆物流供应链有限公司 | Cold-chain logistics storage supervisory system and method |
| CN104599102B (en) * | 2015-01-04 | 2018-06-26 | 临沂市义兰物流信息科技有限公司 | A kind of Cold Chain Logistics storage supervisory systems and method |
| CN104680347A (en) * | 2015-01-27 | 2015-06-03 | 上海海事大学 | RFID (radio frequency identification)-based chemical logistics storage taboo management system |
| CN106327112A (en) * | 2015-06-23 | 2017-01-11 | 宝山钢铁股份有限公司 | Inventory stack management method |
| CN106096890A (en) * | 2016-06-18 | 2016-11-09 | 任明和 | The method realizing storage standardized work scheme intelligentized design |
| CN106127374A (en) * | 2016-06-18 | 2016-11-16 | 任明和 | The intelligent allocation management platform of warehouse district security protection operation |
| CN106127374B (en) * | 2016-06-18 | 2020-11-20 | 重庆智韬信息技术中心 | Intelligent configuration management platform for security operation of storage area |
| CN106096890B (en) * | 2016-06-18 | 2020-11-24 | 重庆智韬信息技术中心 | Method for realizing intelligent design of warehouse standardized operation scheme |
| CN107169713A (en) * | 2017-06-08 | 2017-09-15 | 北京惠赢天下网络技术有限公司 | Efficient kinds of goods allocator, system and order management server based on standard container |
| CN108197882A (en) * | 2018-02-13 | 2018-06-22 | 广州子灵信息科技有限公司 | Warehouse management system |
| CN108197882B (en) * | 2018-02-13 | 2021-07-06 | 广州子灵信息科技有限公司 | Warehouse management system |
| CN108846682A (en) * | 2018-06-15 | 2018-11-20 | 合肥齐信信息技术有限公司 | A kind of automobile raw material and spare and accessory parts intelligent tracing system |
| CN109447542A (en) * | 2018-09-28 | 2019-03-08 | 北京市机械施工有限公司 | Management system for component scene storage |
| CN109492966A (en) * | 2018-10-17 | 2019-03-19 | 北京市机械施工有限公司 | It marches into the arena the management system of storage for component |
| CN109685467A (en) * | 2018-12-25 | 2019-04-26 | 杭州彦德信息科技有限公司 | Inventory management method, stock control device, equipment and storage medium |
| CN110060005A (en) * | 2019-03-25 | 2019-07-26 | 上海申昆混凝土集团有限公司 | Material automatic weighing and intelligence control distribution method and system |
| CN110111045A (en) * | 2019-04-26 | 2019-08-09 | 江苏广庆供应链有限公司 | A kind of intelligent warehouse management system |
| CN110428188A (en) * | 2019-08-13 | 2019-11-08 | 厦门烟草工业有限责任公司 | Tobacco flow dispatching method, warehousing system and storage medium |
| CN110428188B (en) * | 2019-08-13 | 2023-01-20 | 厦门烟草工业有限责任公司 | Tobacco logistics scheduling method, warehousing system and storage medium |
| WO2021068645A1 (en) * | 2019-10-09 | 2021-04-15 | 北京京东振世信息技术有限公司 | Method and apparatus for determining warehousing storage location, electronic device, and storage medium |
| WO2021115086A1 (en) * | 2019-12-10 | 2021-06-17 | 深圳市海柔创新科技有限公司 | Restocking method, device, computer apparatus, and storage medium |
| CN111960122A (en) * | 2020-08-25 | 2020-11-20 | 芜湖志光机械有限公司 | Coordinate robot stacking system and method for automobile accessory loading |
| CN112633729A (en) * | 2020-12-29 | 2021-04-09 | 杭州电子科技大学 | Multi-compartment material vehicle cargo space optimization method based on human factors and Epsilon greedy algorithm |
| CN112793975A (en) * | 2021-01-18 | 2021-05-14 | 上海燕汐软件信息科技有限公司 | Goods warehousing method and device, electronic equipment and storage medium |
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