32 results about "Inventory Number" patented technology

The invention discloses an inventory information processing method and system. An inventory account table is used for recording inventory information of commerce objects in the area. The inventory account table comprises account type fields, first user identification fields and inventory number fields. The account type is determined according to the inventory distribution mode of the commerce objects to a corresponding first user. The method comprises the first step of acquiring the geographic position information of a second user after an operation request of the front-end second user for conducting operation on the designated commerce object of the designated first user, the second step of selecting a target area according to the geographic position information of the second user, the third step of reading inventory account records corresponding to the designated first user from the inventory account table in the target area and determining the target inventory account records to be operated according to a reading result, and the fourth step of conducting operation on the target inventory account records according to the operation request. By means of the method and system, accuracy of all logic inventory data can be guaranteed, and expansion is facilitated.

The embodiment of the invention provides an order splitting method and system. The method comprises the following steps: acquiring original order data, extracting an article number and an article amount from the original order data, and determining the corresponding main warehouse number based on predetermined correspondence between the article number and the main warehouse number; calculating an article inventory of the main warehouse number; when the article inventory of the main warehouse number meets the article amount requirement, based on the main warehouse number, splitting the article number; when the article inventory of the main warehouse number cannot meet the article amount requirement, and the main warehouse number is affiliated with a backup warehouse number, calculating the article inventory amount of the backup warehouse number, and when the article inventory of the backup warehouse number meets the article amount requirement, based on the backup inventory number, splitting the article number; generating sub-orders according to the splitting result of the article number.

The invention provides a fine monitoring method and system for discrete workshop production process work-in-process inventory and belongs to the technical field of informationization of the manufacturing industry. Through a tag technology, an information acquisition device, an information interaction device, a work-in-process inventory information acquisition and management system, a system integrated interface and the like, work-in-process circulation information in all links of the workshop production process is acquired accurately and in real time, data information is transmitted to a work-in-process inventory information management center for processing, and when the work-in-process inventory number reaches an alarm threshold, an alarm device is triggered, and discrete workshop production process work-in-process inventory fine monitoring is achieved finally. The fine monitoring method and system can be widely applied to discrete workshops and have the advantages of high stability, strong generality, good extensibility and the like.

The invention discloses a method and a system for improving separation efficiency of LED chips. The method includes the following steps: collecting batch chips which needs for data processing; classifying the chips in the same conditions, wherein each chip core of every chip has a corresponding Bin category; calculating the number of chip cores corresponding to each Bin category of every chip and summing the chip core of the chips to a total number, and comparing the total number with a preset minimum inventory number, and confirming the Bin number of each chip core according to the comparison results; placing each chip on a corresponding separating machine to separate and process. The invention also provides a system for improving separation efficiency of LED chips. The method and the system can reduce the time of separating scattered Bin, and avoid the small square from reorder operations or suction operation, thus without a lot of manpower for statistical analysis.

The invention provides a high-concurrency transaction request processing method, system and device and a storage medium, and the method comprises the steps: receiving a transaction request, and obtaining commodity identification information; judging whether a commodity to which the transaction request points exists in a preset hot commodity list or not; and if so, distributing the transaction request to a first business processing cluster, deducting the commodity inventory number in the first inventory database by the first business processing cluster, otherwise, distributing the transaction request to a second business processing cluster, and deducting the commodity database in the second inventory database by the second business processing cluster. By adopting the scheme provided by theinvention, the commodity types pointed by the transaction requests are distinguished according to the hot commodity lists, the hot commodities and the common commodities are processed in different server clusters, and the inventory is managed by different inventory databases respectively, so that a high-concurrency and high-availability transaction request processing scheme is provided.

The invention discloses a warship equipment availability evaluation method. The method includes: acquiring part demand rates of equipment maintenance station sites at any time; calculating numbers ofparts of the station sites in repairing according to the part demand rates of the station sites; calculating numbers of the parts of the station sites in transit according to the part demand rates ofthe station sites; calculating maintenance guarantee delay numbers and transport guarantee delay numbers of the parts of the station sites according to the part demand rates of the station sites; acquiring part supply mean-values and variances of the station sites; calculating and obtaining expectation shortage numbers of the parts according to part inventory numbers, part supply values and part shortage numbers of the station sites; combining the part supply mean-values and variances to calculate availability of the parts according to the expectation shortage numbers of the parts and the variances; and calculating availability of equipment. The method of the technical solution of the invention is accurate in a model algorithm, is fast in a calculation speed, is suitable for use in establishing an any-hierarchy equipment time-varying availability model, is small in errors when availability is low and repair probability is higher, and is wide in an applicability range.

The invention discloses a commodity panic buying request distribution method, and relates to the technical field of electronic commerce, wherein the method comprises the steps: dividing a commodity inventory into a plurality of commodity single examples according to the SKU of a commodity, and storing the plurality of commodity single examples in a key-value form; obtaining the number of servers and the inventory number of each commodity case from a redis database; calculating the number of the commodity panic buying requests processed by each server, and reallocating the servers to the commodity panic buying requests according to the number of the commodity panic buying requests and the weights of the server response threads, so that the situations of overselling and wrong selling are avoided, the fairness of commodity panic buying is ensured, and the user experience is improved.

The invention discloses a hot spot inventory localization deduction method, a system, a device and a medium. The method comprises the following steps of: pre-storing the pre-purchased pieces of at least one commodity in a local database; Receiving an order including a purchase quantity of the commodity; Judging whether the number of items in advance in the local database is smaller than the purchase quantity of the item in the order; if so, deducting the purchase quantity of the item from the inventory number of the item in a cluster database; If not, the number of pre-purchased pieces of deducting the local database from the purchase quantity of the commodity. The invention localizes part of the inventory, localizes the distributed inventory deduction logic, realizes the multi-level inventory, updates part of the inventory increment to the application locality, ensures that the inventory can be deducted at any instant, and improves the reliability of the whole system transaction.

The invention discloses a method for selling inventory commodities at reduced prices, a sales platform for selling inventory commodities at reduced prices, a terminal device for managers and a terminal device for consumers. The method for selling commodities at reduced prices is set by managers themselves Start liquidation time, end liquidation time, minimum accepted price and liquidation quantity. Start a stepwise price reduction at a specified time or automatically reduce the price based on reference data. Among them, through the setting of reference data, the range of price reduction in the system can be closer to the actual situation of the product being noticed, and the price reduction range can be adjusted according to the situation, rather than just based on whether or not the purchase is completed as a benchmark, which overcomes the existing online sales Traders can only guess the market state according to their feelings to determine the magnitude of the price reduction.

The invention relates to a virtual gift giving mechanism of a match-making website. The virtual gift giving mechanism of the match-making website is used for providing virtual gift giving service for users on a network match-making platform and improving the activity degree of the website users and is characterized comprising a gift shopping mall for storing virtual gifts provided by the match-making platform, such as fresh flowers and red wine, a recharging system for quick recharging of the users, a user gift inventory information unit for recording the virtual gift inventory number and variety information owned by the users, a consumption record information unit for recording consumption behavior records of the user purchasing the virtual gifts and a user inter-given gift giving information unit for recording virtual gift giving contact information of the users.

The invention discloses a sales-dominated factory information management system. The system comprises a product information base, an order information database, a delivery information database, an inventory information database and a production information database. The order information database, the delivery information database, the inventory information database and the production informationdatabase respectively quote corresponding information from the product information base, obtain the total number of existing orders from the order information database and obtain the total number of delivered goods from the delivery information database, thereby obtaining the total number of non-delivered goods. The total inventory number is obtained from the inventory information database, the production information is obtained through calculation according to the order information database, the delivery information database and the inventory information database, and the total production number is obtained from the production information database. According to the invention, the arrangement of the production plan is greatly optimized through the arrangement of data, the calculation of the lowest economic production capacity and the setting of the production priority; the overall operation condition of a factory is visually reflected, and a basis is provided for high-frequency management.

The invention relates to a book distribution method and system. The book distribution method includes the following steps: step S1, clearing all records, of which numbers are zero, in a warehouse inventory database; step S2, obtaining the total number N of records in the warehouse inventory database by counting; step S3, setting a variable I of which an initial value is 1; step S4, judging whether I is greater than or equal to N, if yes, executing step S9, and otherwise, executing step S5; step S5, reading a book number and a warehouse inventory of an I-th record in the warehouse inventory database; step S6, using the book number to query a retail-store inventory in a book retail-store inventory database; step S7, judging whether a retail-store inventory number is equal to 0, if yes, executing step S8, and otherwise, executing a step that I is equal to I plus 1, and then executing the step S4; step S8, storing the book number of and the warehouse inventory number into a distribution database, executing the step that I is equal to I plus 1, and then executing the step S4; and step S9, displaying distribution data. The method automatically carries out distribution, improves the efficiency, and expands sales.