CN110991947A - Air conditioner storage capacity distribution system and method based on distribution control logic - Google Patents
Air conditioner storage capacity distribution system and method based on distribution control logic Download PDFInfo
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- CN110991947A CN110991947A CN201910972934.4A CN201910972934A CN110991947A CN 110991947 A CN110991947 A CN 110991947A CN 201910972934 A CN201910972934 A CN 201910972934A CN 110991947 A CN110991947 A CN 110991947A
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- G06Q10/087—Inventory or stock management, e.g. order filling, procurement or balancing against orders
Abstract
The invention belongs to the technical field of electronic informatization, and discloses an air conditioner storage capacity distribution system and method based on distribution control logic. The bar code can be used for inquiring the production line of the product; meanwhile, judging by utilizing the relation between the line body and the offline point, and turning the finished product machine to the offline point or continuously running to enter the next judgment; the full-flow allocation of the storage capacity comprises the following steps: the finished product storage and storage machine is a finished product outer machine, and the finished product production line can be inquired by using a bar code; and meanwhile, judging by utilizing the relation between the line body and the offline point, and turning the finished product machine to the offline point or continuously running to enter the next judgment. The invention realizes the functional automatic partition of the warehouse storage position, the full-flow information automatic guidance of warehouse entry and exit management and reduces the artificial judgment logic method for distributing the artificial storage capacity by experience through the high-efficiency reasonable distribution logic of the storage capacity.
Description
Technical Field
The invention belongs to the technical field of electronic informatization, and particularly relates to an air conditioner storage capacity distribution system and method based on distribution control logic.
Background
Currently, the closest prior art: the warehouse is also called a warehouse, is a building and a site for storing articles, can be a house building, a large container, a cave or a specific site and the like, and has the functions of storing and protecting the articles; the term "storage" means storage for use, and means storage, delivery, and use, and is also referred to as storage when tangible articles are applied. The "warehousing" is the action of storing and storing the articles which are not used immediately by using the warehouse. In short, warehousing is the act of storing items in a particular location. Because the modern warehouse has the functions of not only keeping but also more material transfer centers, the key point of warehouse management is not only the safety of material keeping, and more attention is paid to how to improve the speed and the benefit of warehouse operation by using modern technologies, such as information technology and automation technology, which is also the reason why the automatic three-dimensional warehouse is on the way. The automatic stereoscopic warehouse adopts large-scale storage equipment such as high-level goods shelves in a large quantity; handling instruments, such as pallets, forklifts, elevators; and the track and the information management system are automatically transmitted, so that the automation of the warehousing enterprise is realized. The core content of the warehousing business can be divided into five main parts, namely warehousing operation, warehousing management, ex-warehouse operation, financial settlement and inquiry statement. The demand of third-party logistics enterprises will not simply stay on the basic functions, and they will also provide various types of statistical information to customers. Such as 'shelf life report', 'safety stock report', 'goods map', 'goods flow frequency' and other information.
In the air-conditioning storage capacity distribution management, the storage capacity of the storage products is changed according to the production and sales requirements, so that the storage capacity cannot accurately judge whether the models and orders of the products entering and exiting the storage positions are completely consistent, and therefore, a distribution logic method capable of solving the problems is needed.
In summary, the problems of the prior art are as follows: the existing air-conditioning storage capacity distribution management rents out the storage capacity and can not accurately judge whether the type and order of each product in and out of the storage position are completely consistent or not.
Disclosure of Invention
Aiming at the problems in the prior art, the invention provides an air conditioner storage capacity distribution system and method based on distribution control logic.
The invention is realized in this way, an air conditioner storage capacity distribution method based on distribution control logic, the air conditioner storage capacity distribution method based on distribution control logic can inquire the production line of the product by using bar codes; meanwhile, judging by utilizing the relation between the line body and the offline point, and turning the finished product machine to the offline point or continuously running to enter the next judgment;
judging whether the machine type is provided with a special case or not, and if so, directly distributing according to the special case; if the special case is not set, inquiring whether the machine type contained in the dispatch list is in production or not, and if the machine type is in production, waiting for direct sending; if not, inquiring whether all the inventory warehousing time of the machine types to be exported is larger than a certain time value, if so, distributing the time exceeding the time period according to a first-in first-out principle; if the time value does not exceed a certain time value, searching the position of the incomplete storage in the responsible area, and if the time value does not exceed the certain time value, distributing; if the full-capacity inventory of the search responsible area does not exist, the full-capacity inventory is distributed if the full-capacity inventory exists; if the condition that the responsible region does not have the model to be shipped does not exist, the adjacent region is searched for allocation.
Further, the bar code can be used for inquiring the reaction between the triggering hardware through the wireless AP coverage before the production line body of the product, so that the full-flow distribution of the storage capacity is realized, and a chain checking mechanism of each area is set in the distribution process.
Further, the full-flow allocation of the storage capacity comprises: the finished product storage machine is a finished product outer machine, and the finished product production line can be inquired by using the bar code. And meanwhile, judging by utilizing the relation between the line body and the offline point, and turning the finished product machine to the offline point or continuously running to enter the next judgment.
Further, the storage location allocation of the air conditioner storage capacity allocation method based on the allocation control logic comprises the following steps:
(1) setting the number of banks in the region, the number of bits in the banks, and the number of LPNs which can be stored in the bits;
(2) setting areas of warehousing points and ex-warehouse points, wherein the sequence of the areas adjacent to each warehousing point and each ex-warehouse point is;
(3) setting a certain machine type designated area or designated storage position;
(4) setting a model of a specific dispatch list appointed shipping corresponding area or corresponding storage position;
(5) when the automatic scanning data are uploaded to judge that the data are correct, virtual LPN binding is carried out and library bits are allocated; the principle of allocating the positions of the stores is as follows: judging whether the machine type is provided with a special case or not, and if so, directly distributing according to the special case; if not, searching whether the machine type exists in the dispatch list with the loading state and the machine type is not provided with a special case, and if so, distributing a direct warehouse; if not, searching whether the responsible area has the incomplete capacity of the same machine type for distribution, and if not, searching the vacancy according to the front and the back of the warehouse for distribution; if the responsible area does not search for the satisfying condition bit, the adjacent area is searched according to the previous logic for distribution.
Further, the warehouse-out position allocation of the air conditioner warehouse capacity allocation method based on the allocation control logic comprises the following steps:
(1) the A pallet is moved from a 001 warehouse position to a 002 warehouse position: modifying the storage position of the pallet of the system A, and occupying 001 warehouse space to release 002 warehouse space;
(2) a, B merging the pallets: superposing the machine type bar code bound on the pallet B onto the pallet A, and releasing the space occupied by the pallet B;
(3) merging the 001 library position and the 002 library position: modifying the storage positions of all the pallets at the 002 warehouse positions to 001, and occupying the 001 warehouse position to release the 002 warehouse position space;
(4) manually filling a dispatching order according to the delivery plan and the vehicle information, and distributing the finished product machine warehouse positions to be delivered according to the platform number of the dispatching order and the loading information by the system;
the principle of allocating the positions of the stores is as follows: judging whether the machine type is provided with a special case or not, and if so, directly distributing according to the special case; if the special case is not set, inquiring whether the machine type contained in the dispatch list is in production or not, and if the machine type is in production, waiting for direct sending; if not, inquiring whether all the inventory warehousing time of the machine types to be exported is larger than a certain time value, if so, distributing the time exceeding the time period according to a first-in first-out principle; if the time value does not exceed a certain time value, searching the position of the incomplete storage in the responsible area, and if the time value does not exceed the certain time value, distributing; if the full-capacity inventory of the search responsible area does not exist, the full-capacity inventory is distributed if the full-capacity inventory exists; if the responsible area does not have the model to be shipped, the adjacent area is searched according to the previous logic for allocation.
Another object of the present invention is to provide an air conditioner storage capacity allocation system based on an allocation control logic based on the air conditioner storage capacity allocation method based on an allocation control logic, the air conditioner storage capacity allocation system based on an allocation control logic comprising:
and the finished product shunting logic module is used for inquiring the finished product production line body by utilizing the bar code. Meanwhile, judging by using the relation between the line body and the offline point;
the warehouse entry bit allocation logic module is used for automatically scanning data and uploading to judge whether the data is correct, binding the virtual LPN and allocating the warehouse bit;
and the ex-warehouse position distribution logic module is used for manually filling a dispatching list according to the delivery plan and the vehicle information, and the system performs the allocation of the warehouse positions of finished product machines to be ex-warehouse according to the platform number of the dispatching list and the loading information.
Further, the finished product diversion logic module comprises:
the product production line body query module is used for realizing that the product production line body can be queried by utilizing the bar code;
and the relation judgment module is used for judging the relation between the line body and the offline point at the same time, and the finished product machine is transferred to the offline point or continuously runs to enter the next judgment.
Further, the relationship determination module includes:
a special case judging unit is arranged and used for judging whether the machine type is provided with a special case or not, and if the special case is arranged, the special case is directly distributed according to the special case; if the special case is not set, inquiring whether the machine type contained in the dispatch list is in production or not, and if the machine type is in production, waiting for direct sending;
the distribution time judging unit is used for inquiring whether the warehousing time of all the warehouses of the models to be exported is greater than a certain time value if the warehousing time of all the warehouses of the models to be exported does not exist, and distributing the time exceeding the time period according to a first-in first-out principle if the warehousing time of all the warehouses is greater than the certain time value; if the time value does not exceed a certain time value, searching the position of the incomplete storage in the responsible area, and if the time value does not exceed the certain time value, distributing; if the full-capacity inventory of the search responsible area does not exist, the full-capacity inventory is distributed if the full-capacity inventory exists; if the responsible area does not have the model to be shipped, the adjacent area is searched according to the previous logic for allocation.
Another object of the present invention is to provide an information data processing terminal for implementing the allocation control logic-based air conditioner storage capacity allocation method.
Another object of the present invention is to provide a computer-readable storage medium, comprising instructions, which when run on a computer, cause the computer to execute the air conditioner storage capacity allocation method based on allocation control logic.
In summary, the advantages and positive effects of the invention are: the invention solves the problem of air conditioner warehousing based on experience, designs a whole-plate air conditioner binding to generate a unique LPN number, functionally divides and numbers the same type of warehouse, distributes warehouse positions according to the type of the same type by a system, performs point-to-point warehousing by a forklift driver according to the distribution logic set by the system, performs secondary confirmation of the warehouse positions and clicks warehousing results after reaching the specified warehouse positions by adopting a PDA, and ensures that the matching rate of the system and actual real objects reaches 100%.
The invention solves the problem of manual accounting of manual data, performs point-to-point warehousing according to the warehouse location logic set by the system, designs the warehousing report and the inventory report, ensures that the binding rate of the real object and the warehouse location reaches 100 percent, can realize real-time searching of the real object warehouse location through PDA query, and solves the problem of manually recording data.
The invention solves the problem of finding machines by manual ex-warehouse, the system can set the machine type of the appointed dispatch corresponding area or corresponding warehouse location of the specific dispatch list through the in-warehouse report and the inventory report, and the forklift driver can reach the appointed warehouse location according to the distribution logic set by the system to find the appointed distributed machine type, thereby solving the problem of finding machines by manual ex-warehouse.
The invention realizes the functional automatic partition of the warehouse storage position, the full-flow information automatic guidance of warehouse entry and exit management and reduces the artificial judgment logic method for distributing the artificial storage capacity by experience through the high-efficiency reasonable distribution logic of the storage capacity.
Drawings
Fig. 1 is a schematic structural diagram of an air conditioner storage capacity distribution system based on a distribution control logic according to an embodiment of the present invention;
in the figure: 1. a finished product shunting logic module; 2. a storage position distribution logic module; 3. and the ex-warehouse position distribution logic module.
Fig. 2 is a flowchart of an air conditioner storage capacity allocation method based on allocation control logic according to an embodiment of the present invention.
Fig. 3 is a diagram of allocation logic provided by an embodiment of the present invention.
Fig. 4 is a logic diagram of a finished product split flow provided by the embodiment of the present invention.
Fig. 5 is a logic diagram of allocation of bin bits according to an embodiment of the present invention.
FIG. 6 is a logic diagram for ex-warehouse bit allocation according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
In view of the problems in the prior art, the present invention provides an air conditioner storage capacity allocation system and method based on allocation control logic, and the present invention is described in detail below with reference to the accompanying drawings.
The air conditioner storage capacity distribution system based on the distribution control logic provided by the embodiment of the invention is mainly divided into a basic function and a report function. Basic functions: the system mainly comprises modules of finished product machine shunting, automatic plate stacking, warehouse location distribution, warehouse moving, pallet merging, warehouse location setting, warehouse location distribution, scattered machine warehouse entry and the like. Report functions: the system mainly comprises a warehousing report, a warehousing workload report, an inventory report, a storage capacity optimization report, an inventory query report, a warehouse-out workload report and the like.
As shown in fig. 1, an air conditioner storage capacity distribution system based on a distribution control logic according to an embodiment of the present invention includes:
and the finished product shunting logic module 1 is used for inquiring the finished product production line body by utilizing the bar code. And meanwhile, judging by using the relation between the line body and the offline point.
And the warehouse entry bit allocation logic module 2 is used for automatically scanning data and uploading to judge whether the data is correct, binding the virtual LPN and allocating the warehouse bit.
And the ex-warehouse position distribution logic module 3 is used for manually filling a dispatching list according to the delivery plan and the vehicle information, and the system performs the allocation of the warehouse positions of finished product machines to be ex-warehouse according to the platform number of the dispatching list and the loading information.
As shown in fig. 2, the air conditioner storage capacity allocation method based on the allocation control logic according to the embodiment of the present invention includes the following steps:
s201: the aim of full-flow distribution of the storage capacity is achieved by the reaction between the wireless AP coverage trigger hardware, and a chain verification mechanism of each area is set in the distribution process;
s202: the bar code can be used for inquiring the production line of the product; and meanwhile, judging by utilizing the relation between the line body and the offline point, and turning the finished product machine to the offline point or continuously running to enter the next judgment.
In step S202, as shown in fig. 3, it is determined whether the model sets a special case, and if the special case is set, the special case is directly allocated according to the special case; if the special case is not set, inquiring whether the machine type contained in the dispatch list is in production, and if so, waiting for direct sending. If not, inquiring whether all the inventory warehousing time of the machine types to be exported is larger than a certain time value, if so, distributing the time exceeding the time period according to a first-in first-out principle; if the time value does not exceed a certain time value, searching the position of the incomplete storage in the responsible area, and if the time value does not exceed the certain time value, distributing; if the full-capacity inventory of the search responsible area does not exist, the full-capacity inventory is distributed if the full-capacity inventory exists; if the responsible area does not have the model to be shipped, the adjacent area is searched according to the previous logic for allocation.
The technical solution of the present invention is further described below with reference to the accompanying drawings.
As shown in fig. 4 to fig. 6, the air conditioner storage capacity allocation method based on allocation control logic according to the embodiment of the present invention includes the following steps:
step one, reservoir capacity shunting;
the finished product storage machine is a finished product outer machine, and the finished product production line can be inquired by using the bar code. And meanwhile, judging by utilizing the relation between the line body and the offline point, and turning the finished product machine to the offline point or continuously running to enter the next judgment.
Secondly, setting a library position;
the number of banks in the area, the number of bits in the banks, and the number of LPNs that can be stored in the bits can be set by the system setting area.
Thirdly, setting a region and an adjacent region;
and (4) setting areas of warehousing points and ex-warehouse points through a system, wherein the sequence of the areas adjacent to each warehousing point and each ex-warehouse point is in turn.
Fourthly, setting a special case for warehousing;
a certain model designated area or designated library position can be set through the system.
Fifthly, setting special ex-warehouse cases;
the system can set the type of the appointed dispatching corresponding area or corresponding storage position of the specific dispatch list.
Sixthly, distributing the warehouse entry positions;
and when the automatic scanning data uploading judges that the data is correct, performing virtual LPN binding and allocating the library bit.
The principle of allocating the positions of the stores is as follows: judging whether the machine type is provided with a special case or not, and if so, directly distributing according to the special case; if not, searching whether the machine type exists in the dispatch list with the loading state and the machine type is not provided with a special case, and if so, distributing a direct warehouse; if not, searching whether the responsible area has the incomplete capacity of the same machine type for distribution, and if not, searching for a vacant site for distribution according to the front and back of the warehouse (note: the front of a delivery platform); if the responsible area does not search for the satisfying condition bit, the adjacent area is searched according to the previous logic for distribution.
Seventhly, moving the warehouse;
the A pallet is moved from a 001 warehouse position to a 002 warehouse position: and modifying the storage position of the pallet of the system A, and occupying 001 warehouse space to release 002 warehouse space.
Eighthly, merging the pallets;
A. and (B) pallet merging: and superposing the machine type bar code bound on the pallet B to the pallet A, and releasing the space occupied by the pallet B.
Ninth, merging the library positions (batch library transfer);
merging the 001 library position and the 002 library position: and modifying the storage positions of all the pallets at the 002 warehouse positions to 001, and occupying the 001 warehouse position to release the space at the 002 warehouse position.
Step ten, ex-warehouse location allocation;
and manually filling a dispatching order according to the delivery plan and the vehicle information, and distributing the finished product warehouse positions to be delivered according to the platform number of the dispatching order and the loading information by the system.
The principle of allocating the positions of the stores is as follows: judging whether the machine type is provided with a special case or not, and if so, directly distributing according to the special case; if the special case is not set, inquiring whether the machine type contained in the dispatch list is in production, and if so, waiting for direct sending. If not, inquiring whether all the inventory warehousing time of the machine types to be exported is larger than a certain time value, if so, distributing the time exceeding the time period according to a first-in first-out principle; if the time value does not exceed a certain time value, searching the position of the incomplete storage in the responsible area, and if the time value does not exceed the certain time value, distributing; if the full-capacity inventory of the search responsible area does not exist, the full-capacity inventory is distributed if the full-capacity inventory exists; if the responsible area does not have the model to be shipped, the adjacent area is searched according to the previous logic for allocation.
It should be noted that the embodiments of the present invention can be realized by hardware, software, or a combination of software and hardware. The hardware portion may be implemented using dedicated logic; the software portions may be stored in a memory and executed by a suitable instruction execution system, such as a microprocessor or specially designed hardware. Those skilled in the art will appreciate that the apparatus and methods described above may be implemented using computer executable instructions and/or embodied in processor control code, such code being provided on a carrier medium such as a disk, CD-or DVD-ROM, programmable memory such as read only memory (firmware), or a data carrier such as an optical or electronic signal carrier, for example. The apparatus and its modules of the present invention may be implemented by hardware circuits such as very large scale integrated circuits or gate arrays, semiconductors such as logic chips, transistors, or programmable hardware devices such as field programmable gate arrays, programmable logic devices, etc., or by software executed by various types of processors, or by a combination of hardware circuits and software, e.g., firmware.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention are intended to be included within the scope of the present invention.
Claims (10)
1. An air conditioner storage capacity distribution method based on distribution control logic is characterized in that the air conditioner storage capacity distribution method based on the distribution control logic can inquire a production line of a product by utilizing a bar code; meanwhile, judging by utilizing the relation between the line body and the offline point, and turning the finished product machine to the offline point or continuously running to enter the next judgment;
judging whether the machine type is provided with a special case or not, and if so, directly distributing according to the special case; if the special case is not set, inquiring whether the machine type contained in the dispatch list is in production or not, and if the machine type is in production, waiting for direct sending; if not, inquiring whether all the inventory warehousing time of the machine types to be exported is larger than a certain time value, if so, distributing the time exceeding the time period according to a first-in first-out principle; if the time value does not exceed a certain time value, searching the position of the incomplete storage in the responsible area, and if the time value does not exceed the certain time value, distributing; if the full-capacity inventory of the search responsible area does not exist, the full-capacity inventory is distributed if the full-capacity inventory exists; if the condition that the responsible region does not have the model to be shipped does not exist, the adjacent region is searched for allocation.
2. The air conditioner storage capacity distribution method based on distribution control logic of claim 1, wherein the bar code is used to query the reaction between the triggering hardware by wireless AP coverage before the product production line, so as to realize the full flow distribution of the storage capacity, and during the distribution process, a chain checking mechanism of each region is set.
3. The air conditioner storage capacity distribution method based on the distribution control logic according to claim 2, wherein the storage capacity full-flow distribution comprises: the finished product storage and storage machine is a finished product outer machine, and the finished product production line can be inquired by using a bar code; and meanwhile, judging by utilizing the relation between the line body and the offline point, and turning the finished product machine to the offline point or continuously running to enter the next judgment.
4. The air conditioner storage capacity allocation method based on the allocation control logic according to claim 1, wherein the storage location allocation of the air conditioner storage capacity allocation method based on the allocation control logic comprises the steps of:
(1) setting the number of banks in the region, the number of bits in the banks, and the number of LPNs which can be stored in the bits;
(2) setting areas of warehousing points and ex-warehouse points, wherein the sequence of the areas adjacent to each warehousing point and each ex-warehouse point is;
(3) setting a certain machine type designated area or designated storage position;
(4) setting a model of a specific dispatch list appointed shipping corresponding area or corresponding storage position;
(5) when the automatic scanning data are uploaded to judge that the data are correct, virtual LPN binding is carried out and library bits are allocated; the principle of allocating the positions of the stores is as follows: judging whether the machine type is provided with a special case or not, and if so, directly distributing according to the special case; if not, searching whether the machine type exists in the dispatch list with the loading state and the machine type is not provided with a special case, and if so, distributing a direct warehouse; if not, searching whether the responsible area has the incomplete capacity of the same machine type for distribution, and if not, searching the vacancy according to the front and the back of the warehouse for distribution; if the responsible area does not search for the satisfying condition bit, the adjacent area is searched according to the previous logic for distribution.
5. The air conditioner storage capacity distribution method based on the distribution control logic according to claim 1, wherein the ex-warehouse bit distribution of the air conditioner storage capacity distribution method based on the distribution control logic comprises the steps of:
(1) the A pallet is moved from a 001 warehouse position to a 002 warehouse position: modifying the storage position of the pallet of the system A, and occupying 001 warehouse space to release 002 warehouse space;
(2) a, B merging the pallets: superposing the machine type bar code bound on the pallet B onto the pallet A, and releasing the space occupied by the pallet B;
(3) merging the 001 library position and the 002 library position: modifying the storage positions of all the pallets at the 002 warehouse positions to 001, and occupying the 001 warehouse position to release the 002 warehouse position space;
(4) manually filling a dispatching order according to the delivery plan and the vehicle information, and distributing the finished product machine warehouse positions to be delivered according to the platform number of the dispatching order and the loading information by the system;
the principle of allocating the positions of the stores is as follows: judging whether the machine type is provided with a special case or not, and if so, directly distributing according to the special case; if the special case is not set, inquiring whether the machine type contained in the dispatch list is in production or not, and if the machine type is in production, waiting for direct sending; if not, inquiring whether all the inventory warehousing time of the machine types to be exported is larger than a certain time value, if so, distributing the time exceeding the time period according to a first-in first-out principle; if the time value does not exceed a certain time value, searching the position of the incomplete storage in the responsible area, and if the time value does not exceed the certain time value, distributing; if the full-capacity inventory of the search responsible area does not exist, the full-capacity inventory is distributed if the full-capacity inventory exists; if the responsible area does not have the model to be shipped, the adjacent area is searched according to the previous logic for allocation.
6. An air conditioner storage capacity distribution system based on the distribution control logic based air conditioner storage capacity distribution method according to any one of claims 1 to 5, wherein the air conditioner storage capacity distribution system based on the distribution control logic comprises:
the finished product shunting logic module is used for inquiring the finished product production line body by utilizing the bar code; meanwhile, judging by using the relation between the line body and the offline point;
the warehouse entry bit allocation logic module is used for automatically scanning data and uploading to judge whether the data is correct, binding the virtual LPN and allocating the warehouse bit;
and the ex-warehouse position distribution logic module is used for manually filling a dispatching list according to the delivery plan and the vehicle information, and the system performs the allocation of the warehouse positions of finished product machines to be ex-warehouse according to the platform number of the dispatching list and the loading information.
7. The air conditioner storage capacity distribution system based on distribution control logic according to claim 6, wherein the finished product diversion logic module comprises:
the product production line body query module is used for realizing that the product production line body can be queried by utilizing the bar code;
and the relation judgment module is used for judging the relation between the line body and the offline point at the same time, and the finished product machine is transferred to the offline point or continuously runs to enter the next judgment.
8. The air conditioner storage capacity distribution system based on distribution control logic according to claim 7, wherein the relationship determination module comprises:
a special case judging unit is arranged and used for judging whether the machine type is provided with a special case or not, and if the special case is arranged, the special case is directly distributed according to the special case; if the special case is not set, inquiring whether the machine type contained in the dispatch list is in production or not, and if the machine type is in production, waiting for direct sending;
the distribution time judging unit is used for inquiring whether the warehousing time of all the warehouses of the models to be exported is greater than a certain time value if the warehousing time of all the warehouses of the models to be exported does not exist, and distributing the time exceeding the time period according to a first-in first-out principle if the warehousing time of all the warehouses is greater than the certain time value; if the time value does not exceed a certain time value, searching the position of the incomplete storage in the responsible area, and if the time value does not exceed the certain time value, distributing; if the full-capacity inventory of the search responsible area does not exist, the full-capacity inventory is distributed if the full-capacity inventory exists; if the responsible area does not have the model to be shipped, the adjacent area is searched according to the previous logic for allocation.
9. An information data processing terminal for implementing the air conditioner storage capacity allocation method based on the allocation control logic according to any one of claims 1 to 5.
10. A computer-readable storage medium comprising instructions that, when executed on a computer, cause the computer to perform the air conditioner storage capacity allocation method based on allocation control logic according to any one of claims 1 to 5.
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