Batch combination method for assembly line orders
An assembly line and sub-combination technology, applied in logistics, instruments, character and pattern recognition, etc., can solve the problem of low utilization rate of turnover boxes, achieve the effect of reducing the number of turnover boxes, optimizing batch combination, and improving utilization rate
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Embodiment 1
[0053] Such as figure 1 As shown, a batch combination method for pipeline orders includes the following steps:
[0054] S100. Obtain one of the orders in the order pool as a reference order, and the order pool contains at least two orders;
[0055] S110. Using the reference order as a standard, calculate the similarity between the remaining orders in the order pool except the reference order and the reference order;
[0056] S120. Combine the corresponding orders into different batches according to the calculated similarity.
[0057]According to Embodiment 1, when the system obtains an order, it will first select a specific order as a reference order. Of course, the order pool must contain more than two orders to ensure the normal operation of the system. After determining the benchmark order, you can compare other orders with the benchmark order, calculate the similarity between other orders and the benchmark order, and combine the orders into batches according to the calcu...
Embodiment 2
[0059] Such as figure 2 As shown, a batch combination method for pipeline orders, including:
[0060] S210. Obtain one of the orders in the order pool as a reference order, and the order pool contains at least two orders;
[0061] S220. Using the reference order as a standard, calculate the similarity between the remaining orders in the order pool except the reference order and the reference order;
[0062] S230. Arrange the calculated similarities from high to low;
[0063] S240. Combine the corresponding orders into different batches according to the sorted order.
[0064] According to Example 2, it can be seen that the calculated similarity is arranged from high to low, and then the corresponding orders are combined into different batches according to the order after the arrangement, so that it can ensure that the orders corresponding to the high similarity are assigned to the same batch Within a batch, the number of crossings included in the base order in the batch is ...
Embodiment 3
[0066] Such as image 3 As shown, a batch combination method for pipeline orders, including:
[0067] S310. Obtain one of the orders in the order pool as a reference order, and the order pool contains at least two orders;
[0068] S320, taking the crossing set corresponding to the reference order as X;
[0069] S330, taking the crossing set corresponding to the remaining orders taken out from the order pool except the reference order as Y;
[0070] S340. Calculate the similarity between X and Y, the similarity is r, r=(X∩Y) / (X∪Y);
[0071] S350. Arranging the calculated similarities from high to low;
[0072] S360. Combine the corresponding orders into different batches according to the sorted order.
[0073] The calculation of the similarity mentioned in Embodiment 3 is only exemplary, and is not a limitation to the calculation of the similarity. After calculating the similarity, the corresponding orders are combined into different batches according to the similarity, so...
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