12 results about "Finished good" patented technology

The present application relates to the technical field of film production, and specifically relates to a film production control method and system, comprising receiving film production work order information; determining a production line node according to the film production work order information; configuring an initial moving path of a tray according to the production line node; constructing a first operation time prediction model of an operating device of the first production line node according to historical operation data, and obtaining a first operation prediction time according to the first operation time prediction model; obtaining a production delay rate of the first production line node according to the first operation prediction time, a moving time and a queuing time; adjusting the initial moving path of the tray according to the production delay rates of all production line nodes to obtain a dynamic moving path; and controlling finished product roll production according to the dynamic moving path. The method and system of the present application guide the movement of finished product rolls based on the dynamic moving path, adapt to changes in production line load, improve production efficiency, and ensure orderly and efficient operation of large-batch and multi-specification production.

This invention relates to the field of warehouse management technology and discloses a method and apparatus for finished goods outbound processing. The method includes: acquiring any outbound order; determining the quantity of finished goods to be outbound based on the outbound order; determining the outbound method based on the quantity of finished goods, wherein any outbound method includes outbound rules, transportation methods, and the warehouse used; unpacking the finished goods in the warehouse used for the outbound method according to the outbound rules corresponding to the outbound method, and transporting them outbound using the transportation methods corresponding to the outbound method. This invention solves the problem that using the same outbound method for both large and small quantities of finished goods leads to long processing times and low efficiency when dealing with large orders. By determining the corresponding outbound method based on the quantity of finished goods, the outbound time is shortened and the outbound efficiency is improved.

The invention discloses a process control method for improving a deformed steel bar negative tolerance technology, and belongs to the technical field of bar rolling, and the control method comprises the steps of small-specification slitting rolled finished product size optimization, small-specification slitting line difference fluctuation optimization, small-specification double-length head and tail size fluctuation optimization and large-specification deformed steel bar negative tolerance and inner diameter optimization. The method aims at the technical bottlenecks that in existing deformed steel bar negative tolerance rolling, the inner diameter of a small-specification slitting rolled finished product is prone to exceeding the standard, the slitting line difference fluctuation is large, the double-length head and tail size difference is obvious, the large-specification negative tolerance is small, and the inner diameter is prone to exceeding the standard. According to the method, negative tolerance improvement is achieved through multi-dimensional collaborative optimization, the base circle size of a small-specification finished hole pattern is optimized, the rolling mill assembly precision is controlled, a pre-segmentation hole pattern is iteratively adjusted, a precise guide and guard beam is applied, electrical parameters are optimized, a rolling control system is upgraded, and large-specification finished hole pattern parameters are iterated for multiple rounds; and after application, the market competitiveness and management and delivery benefits of products are remarkably improved.

Input data comprises an order to provide a quantity of one or more finished goods to a site. Software is programmed for: accessing information that defines an architecture of a supply chain network comprising a plurality of sites connected by a plurality of path fragments; generating one or more path solutions to fulfill the order; removing one or more loops from the one or more path solutions; generating based on the one or more path solutions and the one or more removed loops, one or more revised path solutions; outputting the one or more revised path solutions for display on a client device; and transmitting, only to computers of the sites of a revised subset of a plurality of path fragments, a plurality of signals to initiate movement of one or more of raw materials or finished goods.

A system and method of a multi-level tank-based production system. Embodiments include planning data for one or more finished goods, the one or more finished goods produced from one or more semi-finished goods stored in one or more tanks, identifying, from the planning data, planned production orders for the one or more finished goods in each time bucket of a planning period, modifying the planned production orders to satisfy lot-size requirements of production operations of the one or more finished goods and time and tank capacity constraints of the one or more semi-finished goods, generating a tank-based production plan based, at least in part, on the modified planned production orders, and producing the one or more finished goods according to the tank-based production plan.

This invention discloses a method for manual intervention in online thickness anomalies of medium-thick plate hot rolling mills. The method includes: after the primary system of the hot rolling mill receives relevant parameters sent by the secondary system, the electric pressing system EGC's pressing screw (11), driven by the pressing motor (12), adjusts the roll gap of the upper and lower rolls (3) from large to small to the current rolling roll gap position; the hydraulic AGC cylinder (1) is raised, pushing the lower support roll (2) and the lower roll to the rolling line position; the roller table (4) transports the rolled piece (7) for reciprocating rolling in the hot rolling mill; the head of the finished product pass is measured and fed back by a thickness gauge (5); based on the feedback thickness, the operator manually intervenes in the thickness using the gap+ / gap- buttons in the lower left corner of the mill's main screen, combining real-time measurement feedback from the thickness gauge (5) for manual intervention optimization. The advantage of this invention is that it allows for quick and safe manual thickness intervention through newly added function buttons on the operating interface, improving product qualification rate.

This invention provides an order processing method, apparatus, electronic device, and readable storage medium. By acquiring orders to be processed, when finished goods inventory is insufficient, the method executes the order using all finished goods and calculates a first demand quantity. Then, it determines whether to produce based on whether semi-finished goods inventory meets the first demand quantity, and calculates a second demand quantity when semi-finished goods inventory is insufficient. Finally, it uses raw materials to produce the second demand quantity of materials to complete the order. By sequentially utilizing finished goods inventory, semi-finished goods inventory, and raw materials, order demands are responded to level by level. Even when finished goods or semi-finished goods inventory is insufficient to meet all demands, order execution can still be effectively promoted, significantly improving the utilization rate of inventory resources and order processing efficiency, shortening the production cycle, reducing inventory costs, and enhancing the system's adaptability to complex order demands.

Provide are a manufacturing condition management method and similar with which a highly accurate design design space can be efficiently created while taking various factors and parameters into consideration. This manufacturing condition management method has: a first extraction step (S12) for extracting quality characteristic candidates or similar pertaining to quality in the manufacture of an objective finished good; a first designation step (S13) for designating a quality characteristic or similar under consideration, on the basis of evidence with regard to the extracted quality characteristic candidates or similar; a discrimination step (S14) for discriminating between a normal state and an abnormal state pertaining to a manufacturing step by which a product is manufactured; a selection step (S15) for selecting a timing at which to create a design space (DS) within the manufacturing step; a second extraction step (S16) for extracting candidates for an important step parameter that is a cause of the designated quality characteristic or similar; a second designation step (S17) for designating an important step parameter from among the candidates for the important step parameter; a creation step (S18) for determining a range for the important step parameter and creating the DS; and a determination step (S19) for determining a manufacturing condition on the basis of the DS.

The application discloses a rolling method for reducing longitudinal unevenness of super-thick plate alloy, comprising the following steps: determining the pass number of initial transition pass, strong deformation pass and finished product pass, and the reduction and rolling force of each pass; controlling the plate to enter each initial transition pass in sequence; controlling the plate to enter each strong deformation pass; controlling the plate to continue to move, and increasing the roll gap distance of the roll in the finished product pass by a preset distance before the plate enters the finished product pass; when the plate moves to the front end of the roll in the finished product pass by a preset length, the roll gap distance is reduced by the preset distance; after the plate completes the rolling in the pass, the plate is controlled to be reversely rolled; after the plate completes the rolling in the pass again, the plate is controlled to be reversely moved to the next finished product pass or the rolling is completed; and the preset distance is greater than the reduction of the corresponding finished product pass. The method avoids the buckle defect caused by the head biting of the plate, reduces the longitudinal unevenness, reduces the straightening process, and saves time, energy and labor cost.

This invention discloses a method for automatically generating sub-contracts and automatically calculating data for cross-contract transfers of finished goods in industrial ERP systems, relating to the technical field of contract management and inventory scheduling in industrial production. This invention adopts a sub-contract numbering rule of "main contract number + suffix," supporting one-time batch transfers of multi-specification finished goods across contracts without altering the original contract data. After compliance review of the financial unit price, the system automatically generates sub-contracts and completes fully automated calculation of material batches, weights, and amounts. Simultaneously, it sets up mandatory controls to prevent accidental contract deletion. This method solves the problems of cumbersome cross-contract transfer processes, data errors, chaotic ledgers, and easily broken traceability chains in traditional methods. It has the advantages of high efficiency, accurate data, standardized processes, and data security, and is suitable for cross-contract scheduling and contract management scenarios of finished goods in industrial enterprises. This invention has been fully implemented in a real industrial ERP system and can operate stably in a real production environment for a long time, possessing mature engineering value and industrial promotion capabilities.

The utility model discloses an inclined guide ejector pin inner pulling structure which comprises a pushing structure, a die-casting structure and a finished product, the pushing structure supports the finished product during die-casting and is separated from the finished product to complete demolding after die-casting is completed, and the pushing structure comprises a sliding block, a side sliding block, a pushing block and an inclined guide rod. An ejector rod is arranged on the outer side face of the side sliding block and connected with a penetrating hole of a finished product, an inserting block is arranged on the inner side face of the side sliding block and connected into a sliding groove in the outer side face of the sliding block in a sliding mode, the sliding groove has an inclination angle, and the side sliding block slides in the sliding groove to control the connecting state of the ejector rod and the penetrating hole of the finished product. The inclined insertion hole is formed in the top of the pushing block, the inclined guide rod can be inserted into the inclined insertion hole and control the pushing block and the sliding block to move, the demolding process of a finished product can be controlled only by controlling the inclined guide rod to move up and down, almost no external force is exerted on the finished product in the demolding process, and the yield of the finished product is guaranteed; the device has the characteristics of reducing the equipment cost, improving the yield of finished products and the like.

A system and method of a multi-level tank-based production system. Embodiments include planning data for one or more finished goods, the one or more finished goods produced from one or more semi-finished goods stored in one or more tanks, identifying, from the planning data, planned production orders for the one or more finished goods in each time bucket of a planning period, modifying the planned production orders to satisfy lot-size requirements of production operations of the one or more finished goods and time and tank capacity constraints of the one or more semi-finished goods, generating a tank-based production plan based, at least in part, on the modified planned production orders, and producing the one or more finished goods according to the tank-based production plan.