CN106161866A - Order closes version method and order closes edition system - Google Patents

Abstract

The present invention proposes an order combination method and an order combination system, wherein the method includes: analyzing the attribute information of each order among the multiple orders in the order system, wherein the attribute information includes: The category of the product ordered in each order; the multiple orders are classified according to the category of the product ordered in each order; when any two orders in the multiple orders are ordered When the categories of the products are the same, the arbitrary two orders are regarded as the same type of orders, so that the arbitrary two orders are combined. Through the technical scheme of the present invention, by classifying the orders in the order system according to wider attribute information, more orders can be divided into the same type of order, effectively reducing the types of order combinations, and making the order classification more efficient. High uniformity, which makes the order combination easier and improves the efficiency of order combination.

Description

Order combination method and order combination system

technical field

The invention relates to the technical field of printing, in particular to an order combination method and an order combination system.

Background technique

At present, in printing technology, more and more printing business is short-run business, so more and more printing companies are transforming into joint printing. The combined printing technology in the related art usually only classifies each order in the order system according to whether the products in the order and the number of products are the same. This classification method is too detailed, so the order classification is too complicated and cannot Many orders are divided into one type of order for merging, so that many remaining orders cannot be combined, and finally the efficiency of order combination is very low. For example: according to this type of combination method, 32 single-sided orders, 32 double-sided orders, 16 single-sided orders, and 16 double-sided orders are divided into four categories, which leads to many types of orders. Therefore, the order The process of combining editions for each order in the system is cumbersome.

Therefore, how to reduce the order classification and make the order classification have higher uniformity, so as to make the order combination easier and improve the efficiency of the order combination has become an urgent problem to be solved.

Contents of the invention

Based on the above problems, the present invention proposes a new technical solution, which can solve the problem that in the process of order combination, the efficiency of order combination is low due to the order classification is too detailed, and the types of order combination are too many and unified. lesser problem.

In view of this, an aspect of the present invention proposes an order combination method, including: parsing attribute information of each order among multiple orders in the order system, wherein the attribute information includes: each order The category of the product ordered in the order; classify the multiple orders according to the category of the product ordered in each order; when the category of the product ordered in any two orders in the multiple orders is the same At the same time, the arbitrary two orders are regarded as the same type of order, so that the arbitrary two orders are combined.

In this technical solution, multiple orders are preliminarily classified by classifying the orders in the order system according to the category of products ordered in each order in the attribute information. In terms of classifying whether the numbers are exactly the same, more orders can be divided into the same type of orders, and the same type of orders can be combined, which can effectively reduce the number of combined versions when the orders are combined, so that the order classification has a higher Uniformity, so that the order combination process is simpler, thereby improving the efficiency of order combination, and this efficient order combination can effectively reduce the cost of producing combined orders.

In the above technical solution, preferably, the attribute information further includes: the number of products ordered in each order, the type of paper used in each order, the type of paper used in each order The size of each order is at least one of double-sided orders or single-sided orders.

In this technical solution, when multiple orders in the order system cannot be initially classified according to the category of the product ordered in each order in the attribute information, it can also be classified according to the category of the product ordered in each order. Attribute information other than categories further classifies multiple orders to combine orders of the same type, which can effectively reduce the number of combination categories when combining orders, thereby simplifying the process of combining orders and improving order combination. The efficiency of the plate, where other attribute information can be the number of products ordered in each order, the type of paper used in each order, the size of paper used in each order, whether each order is a two-sided order or At least one type of information in single-sided orders, for example, when the other attribute information for each order is the size of the paper used for each order and each order When it is a double-sided order or a single-sided order, you can divide the 32-cut single-sided order, the 32-cut double-sided order, the 16-cut single-sided order and the 16-cut double-sided order into one category, and according to the order combination in the related technology The solution is to divide these four kinds of orders into four categories.

In the above technical solution, preferably, when there are multiple attribute information of each order, according to the received setting command, a different priority is set for each of the multiple attribute information , and the category of the product ordered in each order has the highest priority; and when the category of the product ordered in any two of the multiple orders is different, according to the Other attribute information, classifying any two orders, wherein the other attribute information is attribute information in the plurality of attribute information except for the category of the product ordered in each order, and the The priority of the above other attribute information is lower than the priority of the category of the ordered product in each order.

In this technical scheme, when the categories of products ordered in any two orders among multiple orders are different, other attribute information other than the categories of products ordered in each order may be used in multiple attribute information Classify any two orders, so that more orders can be divided into one category, and the same type of orders can be combined to reduce the categories of orders when combined, so that the order classification has a higher degree of unity. In this way, the order combination process is simplified, and the efficiency of order combination is improved. In addition, the priority of other attribute information can be set according to the user's real-time demand for order combination, so as to meet the user's demand for order combination.

In the above technical solution, preferably, it also includes: when the categories of the ordered products in any two of the multiple orders are different, if the ordered products of any two of the multiple orders The number of orders is in multiples, or the type of paper used in any two of the multiple orders is the same, or the size of paper used in any two of the multiple orders is in multiples, then it is determined The arbitrary two orders are orders of the same type, so that the arbitrary two orders are combined; otherwise, it is determined that the arbitrary two orders are not the same type of orders.

In this technical scheme, when the categories of products ordered by any two orders in multiple orders are different, it can be determined whether any two orders are of the same type according to other attribute information, such as the Whether the number of products is in multiples, whether the types of paper used in any two orders are the same, whether the size of paper used in any two orders is in multiples, classify any two orders, so as to combine the same type of orders Versions are used to reduce the types of orders when they are combined, so that the order classification has a higher degree of unity, so that the process of order combination is simpler, and the efficiency of order combination is improved.

In the above technical solution, preferably, it also includes: when one of any two orders among the plurality of orders is a double-sided order and the other is a single-sided order, if any two orders have Any other identical attribute information, determine that the any two orders are of the same type of order, so as to combine the two arbitrary orders.

In this technical scheme, since the number of single-sided orders is small in most cases, if one of any two orders is a double-sided order and the other is a single-sided order, and any two orders have other If any of the same attribute information is used, single-sided orders and double-sided orders can be combined into one category, so that single-sided orders and double-sided orders can be combined together, thereby improving the efficiency of order combination.

Another aspect of the present invention proposes an order combination system, including: a parsing unit for parsing the attribute information of each order among multiple orders in the order system, wherein the attribute information includes: each order The category of the product ordered in the order; the first classification unit classifies the multiple orders according to the category of the product ordered in each order; the combination unit, when any two of the multiple orders When the categories of the products ordered in the orders are the same, the arbitrary two orders are regarded as the same type of orders, so that the arbitrary two orders are combined.

In this technical solution, multiple orders are preliminarily classified by classifying the orders in the order system according to the category of products ordered in each order in the attribute information. In terms of classifying whether the numbers are exactly the same, more orders can be divided into the same type of orders, and the same type of orders can be combined, which can effectively reduce the number of combined versions when the orders are combined, so that the order classification has a higher Uniformity, so that the order combination process is simpler, thereby improving the efficiency of order combination, and this efficient order combination can effectively reduce the cost of producing combined orders.

In the above technical solution, preferably, the attribute information further includes: the number of products ordered in each order, the type of paper used in each order, the type of paper used in each order The size of each order is at least one of double-sided orders or single-sided orders.

In this technical solution, when multiple orders in the order system cannot be initially classified according to the category of the product ordered in each order in the attribute information, it can also be classified according to the category of the product ordered in each order. Attribute information other than categories further classifies multiple orders to combine orders of the same type, which can effectively reduce the number of combination categories when combining orders, thereby simplifying the process of combining orders and improving order combination. The efficiency of the plate, where other attribute information can be the number of products ordered in each order, the type of paper used in each order, the size of paper used in each order, whether each order is a two-sided order or At least one type of information in single-sided orders, for example, when the other attribute information for each order is the size of the paper used for each order and each order When it is a double-sided order or a single-sided order, you can divide the 32-cut single-sided order, the 32-cut double-sided order, the 16-cut single-sided order and the 16-cut double-sided order into one category, and according to the order combination in the related technology The solution is to divide these four kinds of orders into four categories.

In the above technical solution, preferably, further comprising: a setting unit, when there are multiple attribute information of each order, according to the received setting command, for each of the multiple attribute information Different priorities are set for the information, and the category of the ordered product in each order has the highest priority; the second classification unit, when the categories of the ordered product in any two orders in the multiple orders are different At the same time, classify any two orders according to other attribute information of the two orders, wherein the other attribute information is a plurality of the attribute information except the products ordered in each order Attribute information other than the category of , and the priority of the other attribute information is lower than the priority of the category of the product ordered in each order.

In this technical scheme, when the categories of products ordered in any two orders among multiple orders are different, other attribute information other than the categories of products ordered in each order may be used in multiple attribute information Classify any two orders, so that more orders can be divided into one category, and the same type of orders can be combined to reduce the categories of orders when combined, so that the order classification has a higher degree of unity. In this way, the order combination process is simplified, and the efficiency of order combination is improved. In addition, the priority of other attribute information can be set according to the user's real-time demand for order combination, so as to meet the user's demand for order combination.

In the above technical solution, preferably, it also includes: a first determination unit, when the types of products ordered in any two of the multiple orders are different, if any two of the multiple orders The number of products ordered by the order is in multiples, or the type of paper used in any two of the multiple orders is the same, or the size of the paper used in any two of the multiple orders is equal to multiple relationship, it is determined that the any two orders are of the same type of order, so as to combine the two arbitrary orders; otherwise, it is determined that the any two orders are not of the same type of order.

In this technical scheme, when the categories of products ordered by any two orders in multiple orders are different, it can be determined whether any two orders are of the same type according to other attribute information, such as the Whether the number of products is in multiples, whether the types of paper used in any two orders are the same, whether the size of paper used in any two orders is in multiples, classify any two orders, so as to combine the same type of orders Versions are used to reduce the types of orders when they are combined, so that the order classification has a higher degree of unity, so that the process of order combination is simpler, and the efficiency of order combination is improved.

In the above technical solution, preferably, further comprising: a second determining unit, when one of any two orders among the plurality of orders is a double-sided order and the other is a single-sided order, if the Any two orders have the same attribute information as any other, and it is determined that the two orders are of the same type, so as to combine the two orders.

In this technical scheme, since the number of single-sided orders is small in most cases, if one of any two orders is a double-sided order and the other is a single-sided order, and any two orders have other If any of the same attribute information is used, single-sided orders and double-sided orders can be combined into one category, so that single-sided orders and double-sided orders can be combined together, thereby improving the efficiency of order combination.

Through the technical scheme of the present invention, by classifying the orders in the order system according to the wider attribute information, more kinds of orders can be divided into the same type of order, effectively reducing the types of order combination, so that the order classification has more High uniformity, which makes the order combination easier and improves the efficiency of order combination.

Description of drawings

Fig. 1 shows a schematic flow chart of an order combination method according to an embodiment of the present invention;

Fig. 2 shows a schematic flow chart of an order combination method according to another embodiment of the present invention;

Fig. 3 shows a schematic flow diagram of an order combination method according to yet another embodiment of the present invention;

Fig. 4 shows a schematic structural diagram of an order combination system according to an embodiment of the present invention.

detailed description

In order to have a clearer understanding of the above objects, features and advantages of the present invention, the present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments. It should be noted that, in the case of no conflict, the embodiments of the present application and the features in the embodiments can be combined with each other.

In the following description, many specific details are set forth in order to fully understand the present invention. However, the present invention can also be implemented in other ways different from those described here. Therefore, the protection scope of the present invention is not limited by the specific details disclosed below. EXAMPLE LIMITATIONS.

Fig. 1 shows a schematic flowchart of an order combination method according to an embodiment of the present invention.

As shown in Figure 1, the method for combining orders according to one embodiment of the present invention includes:

Step 102, analyzing the attribute information of each of the multiple orders in the order system, wherein the attribute information includes: the category of the product ordered in each order;

Step 104, classifying the multiple orders according to the category of the ordered product in each order;

Step 106, when the types of products ordered in any two of the multiple orders are the same, the arbitrary two orders are regarded as orders of the same type, so as to combine the arbitrary two orders.

In this technical solution, multiple orders are preliminarily classified by classifying the orders in the order system according to the category of products ordered in each order in the attribute information. In terms of classifying whether the numbers are exactly the same, more orders can be divided into the same type of orders, and the same type of orders can be combined, which can effectively reduce the number of combined versions when the orders are combined, so that the order classification has a higher Uniformity, so that the order combination process is simpler, thereby improving the efficiency of order combination, and this efficient order combination can effectively reduce the cost of producing combined orders.

In the above technical solution, preferably, the attribute information further includes: the number of products ordered in each order, the type of paper used in each order, the type of paper used in each order The size of each order is at least one of double-sided orders or single-sided orders.

In this technical solution, when multiple orders in the order system cannot be initially classified according to the category of the product ordered in each order in the attribute information, it can also be classified according to the category of the product ordered in each order. Attribute information other than categories further classifies multiple orders to combine orders of the same type, which can effectively reduce the number of combination categories when combining orders, thereby simplifying the process of combining orders and improving order combination. The efficiency of the plate, where other attribute information can be the number of products ordered in each order, the type of paper used in each order, the size of paper used in each order, whether each order is a two-sided order or At least one type of information in single-sided orders, for example, when the other attribute information for each order is the size of the paper used for each order and each order When it is a double-sided order or a single-sided order, you can divide the 32-cut single-sided order, the 32-cut double-sided order, the 16-cut single-sided order and the 16-cut double-sided order into one category, and according to the order combination in the related technology The solution is to divide these four kinds of orders into four categories.

In the above technical solution, preferably, when there are multiple attribute information of each order, according to the received setting command, a different priority is set for each of the multiple attribute information , and the category of the product ordered in each order has the highest priority; and when the category of the product ordered in any two of the multiple orders is different, according to the Other attribute information, classifying any two orders, wherein the other attribute information is attribute information in the plurality of attribute information except for the category of the product ordered in each order, and the The priority of the above other attribute information is lower than the priority of the category of the ordered product in each order.

In this technical scheme, when the categories of products ordered in any two orders among multiple orders are different, other attribute information other than the categories of products ordered in each order may be used in multiple attribute information Classify any two orders, so that more orders can be divided into one category, and the same type of orders can be combined to reduce the categories of orders when combined, so that the order classification has a higher degree of unity. In this way, the order combination process is simplified, and the efficiency of order combination is improved. In addition, the priority of other attribute information can be set according to the user's real-time demand for order combination, so as to meet the user's demand for order combination.

In the above technical solution, preferably, it also includes: when the categories of the ordered products in any two of the multiple orders are different, if the ordered products of any two of the multiple orders The number of orders is in multiples, or the type of paper used in any two of the multiple orders is the same, or the size of paper used in any two of the multiple orders is in multiples, then it is determined The arbitrary two orders are orders of the same type, so that the arbitrary two orders are combined; otherwise, it is determined that the arbitrary two orders are not the same type of orders.

In this technical scheme, when the categories of products ordered by any two orders in multiple orders are different, it can be determined whether any two orders are of the same type according to other attribute information, such as the Whether the number of products is in multiples, whether the types of paper used in any two orders are the same, whether the size of paper used in any two orders is in multiples, classify any two orders, so as to combine the same type of orders Versions are used to reduce the types of orders when they are combined, so that the order classification has a higher degree of unity, so that the process of order combination is simpler, and the efficiency of order combination is improved.

In the above technical solution, preferably, it also includes: when one of any two orders among the plurality of orders is a double-sided order and the other is a single-sided order, if any two orders have Any other identical attribute information, determine that the any two orders are of the same type of order, so as to combine the two arbitrary orders.

In this technical scheme, since the number of single-sided orders is small in most cases, if one of any two orders is a double-sided order and the other is a single-sided order, and any two orders have other If any of the same attribute information is used, single-sided orders and double-sided orders can be combined into one category, so that single-sided orders and double-sided orders can be combined together, thereby improving the efficiency of order combination.

Fig. 2 shows a schematic flowchart of an order combination method according to another embodiment of the present invention.

As shown in Figure 2, the method for combining orders according to another embodiment of the present invention includes:

Step 202, analyzing the attribute information of each order, wherein the attribute information includes the category of products ordered in each order, the type of paper used in each order, the number of products ordered in each order and each The size of the paper used for the order.

Step 204, classify each order according to the attribute information of each order.

Step 206, combine the orders of the same type.

Fig. 3 shows a schematic flowchart of an order combination method according to yet another embodiment of the present invention.

As shown in FIG. 3, the order combination method according to another embodiment of the present invention includes:

Step 302, analyzing the attribute information of each order in the multiple orders in the order system, wherein the attribute information includes the category of the product ordered in each order, the type of paper used in each order, and the type of paper used in each order. The number of products ordered and the size of paper used for each order.

In step 304, perform first-level classification on each order according to the category of the products ordered in each order, for example, classify business card orders into one category, and classify leaflet orders into one category.

Step 306, according to the type of paper used in each order, perform a second-level classification for each order, for example, classify the order for the type of paper used in the promotional page order as 105g coated paper into one category, and classify the order for the promotional page The type of paper used in the order is 128g coated paper into one category.

Step 308, according to the number of products ordered in each order, the size of the paper used in each order, and the single-sided and double-sided properties, perform a third-level classification on each order. Preferably, because in most cases, single-sided There are fewer side orders, so one-sided orders and double-sided orders can be combined together. For example, 32K single-sided orders, 32K double-sided orders, 16K single-sided The scheme of combined edition classification in the technology is to be divided into four categories, according to the technical scheme of the present invention is to be divided into one category.

Step 310, combine the orders of the same type.

Fig. 4 shows a schematic structural diagram of an order combination system according to an embodiment of the present invention.

As shown in Figure 4, an order combination system 400 according to an embodiment of the present invention includes: an analysis unit 402, a first classification unit 404, and a combination unit 406, and the analysis unit 402 is used to analyze multiple Attribute information of each order in the order, wherein the attribute information includes: the category of the product ordered in each order; the first classification unit 404, according to the category of the product ordered in each order Classify the multiple orders; the combination unit 406, when the categories of the ordered products in any two orders in the multiple orders are the same, use the any two orders as the same type of order, so as to The arbitrary two orders are combined.

In this technical solution, multiple orders are preliminarily classified by classifying the orders in the order system according to the category of products ordered in each order in the attribute information. In terms of classifying whether the numbers are exactly the same, more orders can be divided into the same type of orders, and the same type of orders can be combined, which can effectively reduce the number of combined versions when the orders are combined, so that the order classification has a higher Uniformity, so that the order combination process is simpler, thereby improving the efficiency of order combination, and this efficient order combination can effectively reduce the cost of producing combined orders.

In the above technical solution, preferably, the attribute information further includes: the number of products ordered in each order, the type of paper used in each order, the type of paper used in each order The size of each order is at least one of double-sided orders or single-sided orders.

In this technical solution, when multiple orders in the order system cannot be initially classified according to the category of the product ordered in each order in the attribute information, it can also be classified according to the category of the product ordered in each order. Attribute information other than categories further classifies multiple orders to combine orders of the same type, which can effectively reduce the number of combination categories when combining orders, thereby simplifying the process of combining orders and improving order combination. The efficiency of the plate, where other attribute information can be the number of products ordered in each order, the type of paper used in each order, the size of paper used in each order, whether each order is a two-sided order or At least one type of information in single-sided orders, for example, when the other attribute information for each order is the size of the paper used for each order and each order When it is a double-sided order or a single-sided order, you can divide the 32-cut single-sided order, the 32-cut double-sided order, the 16-cut single-sided order and the 16-cut double-sided order into one category, and according to the order combination in the related technology The solution is to divide these four kinds of orders into four categories.

In the above technical solution, preferably, further comprising: a setting unit 408, which sets a different priority for each of the plurality of attribute information according to the received setting command, and each order The category of the ordered product has the highest priority; the second classification unit 410, when the categories of the ordered product in any two of the multiple orders are different, according to other attributes of the any two orders information, to classify any two orders, wherein, the other attribute information is the attribute information except the category of the product ordered in each order among the plurality of attribute information, and the other attribute information The priority of attribute information is lower than that of the categories of products ordered in each order.

In this technical scheme, when the categories of products ordered in any two orders among multiple orders are different, other attribute information other than the categories of products ordered in each order may be used in multiple attribute information Classify any two orders, so that more orders can be divided into one category, and the same type of orders can be combined to reduce the categories of orders when combined, so that the order classification has a higher degree of unity. In this way, the order combination process is simplified, and the efficiency of order combination is improved. In addition, the priority of other attribute information can be set according to the user's real-time demand for order combination, so as to meet the user's demand for order combination.

In the above technical solution, preferably, further comprising: a first determination unit 412, when the types of products ordered in any two of the multiple orders are different, if any two of the multiple orders The number of products ordered in an order is in multiples, or the type of paper used in any two of the multiple orders is the same, or the size of the paper used in any two of the multiple orders If there is a multiple relationship, it is determined that the any two orders are of the same type of order, so as to combine the two arbitrary orders; otherwise, it is determined that the any two orders are not of the same type of order.

In this technical scheme, when the categories of products ordered by any two orders in multiple orders are different, it can be determined whether any two orders are of the same type according to other attribute information, such as the Whether the number of products is in multiples, whether the types of paper used in any two orders are the same, whether the size of paper used in any two orders is in multiples, classify any two orders, so as to combine the same type of orders Versions are used to reduce the types of orders when they are combined, so that the order classification has a higher degree of unity, so that the process of order combination is simpler, and the efficiency of order combination is improved.

In the above technical solution, preferably, further comprising: a second determining unit 414, when one of any two orders among the plurality of orders is a double-sided order and the other is a single-sided order, if the Any two of the above orders have the same attribute information as any other, and it is determined that the two of the arbitrary orders are of the same type of order, so as to combine the two of the arbitrary orders.

In this technical scheme, since the number of single-sided orders is small in most cases, if one of any two orders is a double-sided order and the other is a single-sided order, and any two orders have other If any of the same attribute information is used, single-sided orders and double-sided orders can be combined into one category, so that single-sided orders and double-sided orders can be combined together, thereby improving the efficiency of order combination.

The technical solution of the present invention has been described in detail above in conjunction with the accompanying drawings. By classifying the orders in the order system according to wider attribute information, more orders can be divided into the same type of order, effectively reducing the number of order combinations. , so that the order classification has a high degree of unity, so that the order combination is simpler, and the efficiency of the order combination is improved.

In the present invention, the terms "first" and "second" are only used for the purpose of description, and should not be understood as indicating or implying relative importance. Those of ordinary skill in the art can understand the specific meanings of the above terms in the present invention according to specific situations.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and changes. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (10)

1. A method for combining orders, characterized in that, comprising: Parsing the attribute information of each of the multiple orders in the order system, wherein the attribute information includes: the category of the product ordered in each order; classifying the plurality of orders according to the category of products ordered in each of the orders; When the types of products ordered in any two orders of the plurality of orders are the same, the arbitrary two orders are regarded as orders of the same type, so that the arbitrary two orders are combined. 2. The order combination method according to claim 1, characterized in that, The attribute information also includes: the number of products ordered in each order, the type of paper used in each order, the size of paper used in each order, and the size of the paper used in each order. At least one information in double-sided order or single-sided order. 3. The order combination method according to claim 2, characterized in that, When the attribute information of each order is multiple, according to the received setting command, set a different priority for each of the attribute information in the plurality of attribute information, and all the attribute information in each order the category of the product ordered has the highest priority; and When the types of products ordered in any two orders among the multiple orders are different, classify the any two orders according to other attribute information of the two orders, wherein the other attributes The information is attribute information other than the category of the product ordered in each order among the plurality of attribute information, and the priority of the other attribute information is lower than that of the product ordered in each order The priority of the category. 4. The order combination method according to claim 2, further comprising: When the categories of products ordered in any two of the multiple orders are different, if the number of products ordered in any two of said multiple orders is in multiples, or any two of the plurality of orders are of the same type of paper, or The paper sizes used by any two orders in the multiple orders are in multiples, Then it is determined that the any two orders are of the same type, so as to combine the two arbitrary orders; otherwise, it is determined that the any two orders are not of the same type of order. 5. The order combination method according to any one of claims 2 to 4, further comprising: When one of any two orders in the multiple orders is a double-sided order and the other is a single-sided order, if the any two orders have the same attribute information as any other, it is determined that the The two orders are of the same type, so any two orders described above can be combined. 6. An order combination system, characterized in that it comprises: A parsing unit, parsing the attribute information of each order among the multiple orders in the order system, wherein the attribute information includes: the category of the product ordered in each order; a first classification unit, classifying the multiple orders according to the category of the product ordered in each order; The combining unit is configured to treat any two orders of the same type as orders of the same type when the types of products ordered in any two of the multiple orders are the same, so as to combine the arbitrary two orders. 7. The order combination system according to claim 6, characterized in that, The attribute information also includes: the number of products ordered in each order, the type of paper used in each order, the size of paper used in each order, and the size of the paper used in each order. At least one information in double-sided order or single-sided order. 8. The order combination system according to claim 7, characterized in that, The setting unit is configured to set a different priority for each of the plurality of attribute information according to the received setting command when there are multiple attribute information of each order, and each of the The category of the product ordered in the order has the highest priority; The second classification unit is to classify any two orders according to other attribute information of the two orders when the types of products ordered in any two of the multiple orders are different, wherein , the other attribute information is attribute information other than the category of the product ordered in each order among the plurality of attribute information, and the priority of the other attribute information is lower than that in each order The priority of the category of the ordered product. 9. The order combination system according to claim 7, further comprising: The first determination unit, when the types of products ordered in any two orders among the multiple orders are different, if the number of products ordered by any two orders among the multiple orders is in multiples, or any two of the plurality of orders are of the same type of paper, or The paper sizes used by any two orders in the multiple orders are in multiples, Then it is determined that the any two orders are of the same type, so as to combine the two arbitrary orders; otherwise, it is determined that the any two orders are not of the same type of order. 10. The order combination system according to any one of claims 7 to 9, further comprising: The second judging unit, when one of any two orders among the plurality of orders is a double-sided order and the other is a single-sided order, if the any two orders have any other identical attribute information , to determine that any two orders are of the same type, so as to combine any two orders.