CN114819824A - A logistics supply method, system, storage medium and intelligent terminal - Google Patents

The application relates to a logistics supply method, a logistics supply system, a storage medium and an intelligent terminal, relates to the field of logistics management technology, and comprises the steps of obtaining ordering product information; determining the remaining storage time length information of the corresponding product in the warehouse according to the order placing product information; matching the order placing product information stored in the storage database with the reference time length information to determine the reference time length information corresponding to the order placing product information; judging whether the remaining storage duration information is smaller than the reference duration information; if the number of the products is less than the preset number, defining the product as a temporary product; if not, defining the product as a storable product; acquiring the temporary quantity information of temporary products of each warehouse; and determining the warehouse with the largest quantity value corresponding to the temporary quantity information in all warehouses according to the first sequencing rule, defining the warehouse as a delivery warehouse and controlling the delivery warehouse to send out corresponding products. The method and the device have the effect of reducing the occurrence of the condition of resource waste caused by overdue product accumulation in the warehouse.

一种物流供应方法、系统、存储介质及智能终端A logistics supply method, system, storage medium and intelligent terminal

技术领域technical field

本申请涉及物流管理技术的领域，尤其是涉及一种物流供应方法、系统、存储介质及智能终端。The present application relates to the field of logistics management technology, and in particular, to a logistics supply method, system, storage medium and intelligent terminal.

背景技术Background technique

随着时代的发展，网络经济逐渐替代实体经济，人们更多的选择通过网络进行购物，因此，物流行业技术也跟随时代的变化而不断迭代。With the development of the times, the network economy has gradually replaced the real economy, and people have more choices to shop through the Internet. Therefore, the logistics industry technology is also constantly iterating with the changes of the times.

相关技术中，为了便于产品的发货，在全国各地设置有若干货仓以用于产品的预存放，通过物流对网购产品进行运输的过程中，会根据用户下单位置以选取距离较近的货仓进行发货，从而使得货物能较为快速的运送至用户手上。In the related art, in order to facilitate the delivery of products, several warehouses are set up all over the country for pre-storage of products. During the process of transporting online shopping products through logistics, the location of the user's order will be selected to select a closer distance. The warehouse is used for delivery, so that the goods can be delivered to the user more quickly.

针对上述中的相关技术，发明人认为各地区的购买力不同，采用上述方法有可能造成部分货仓产品堆积过期的情况发生，从而造成资源的浪费，尚有改进空间。In view of the above-mentioned related technologies, the inventor believes that the purchasing power of different regions is different, and the above method may cause the accumulation of expired products in some warehouses, resulting in waste of resources, and there is still room for improvement.

发明内容SUMMARY OF THE INVENTION

为了减少货仓中的产品堆积过期而造成资源浪费的情况发生，本申请提供一种物流供应方法、系统、存储介质及智能终端。In order to reduce the occurrence of resource waste caused by the accumulation of expired products in the warehouse, the present application provides a logistics supply method, a system, a storage medium and an intelligent terminal.

第一方面，本申请提供一种物流供应方法，采用如下的技术方案：In the first aspect, the application provides a logistics supply method, which adopts the following technical solutions:

一种物流供应方法，包括：A method of logistics supply comprising:

获取下单产品信息；Get order product information;

根据下单产品信息于预设货仓中确定对应产品的剩余保存时长信息；Determine the remaining storage time information of the corresponding product in the preset warehouse according to the order product information;

根据预设保存数据库中所存储的下单产品信息与基准时长信息进行匹配以确定下单产品信息相对应的基准时长信息；Match the order product information stored in the preset storage database with the benchmark duration information to determine the benchmark duration information corresponding to the order product information;

判断剩余保存时长信息所对应的时长是否小于基准时长信息所对应的时长；Determine whether the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information;

若剩余保存时长信息所对应的时长小于基准时长信息所对应的时长，则定义该产品为临期产品；If the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information, the product is defined as a temporary product;

若剩余保存时长信息所对应的时长不小于基准时长信息所对应的时长，则定义该产品为可存产品；If the duration corresponding to the remaining storage duration information is not less than the duration corresponding to the reference duration information, the product is defined as a storable product;

获取各货仓的临期产品的临期数量信息；Obtain the information on the expiry date of the expiring products in each warehouse;

根据预设第一排序规则以确定出所有货仓中临期数量信息所对应数量值最大的货仓，将该货仓定义为发货货仓并控制发货货仓发出下单产品信息所对应的产品。According to the preset first sorting rule, determine the warehouse with the largest quantity value corresponding to the temporary quantity information in all warehouses, define the warehouse as the delivery warehouse, and control the delivery warehouse to send out the corresponding product information of the order. The product.

通过采用上述技术方案，先获取下单产品信息以对各货仓中该产品的剩余保持时长进行确定，从而能对货仓中的临期产品进行区分，在下单完成后，于临期产品数量最多的货仓中进行发货操作，使临期的产品能及时从货仓中运出销售，从而使产品不会堆积于货仓中而出现浪费的情况。By adopting the above technical solution, the information of the order product is obtained first to determine the remaining holding time of the product in each warehouse, so that the temporary products in the warehouse can be distinguished. The delivery operation is carried out in the most warehouses, so that the products that are due to be shipped out of the warehouse in time for sale, so that the products will not be accumulated in the warehouse and waste.

可选的，发货货仓的确定方法包括：Optionally, the method for determining the delivery warehouse includes:

获取下单地址信息；Get the order address information;

根据下单地址信息以及货仓的预设货仓点计算以确定相隔距离信息；Calculate according to the order address information and the preset warehouse point of the warehouse to determine the separation distance information;

根据预设第二排序规则以确定各货仓产品中所对应时长最小的剩余保存时长信息，并将该剩余保存时长信息定义为最小时长信息；Determine the remaining storage duration information with the smallest corresponding duration among the products in each warehouse according to the preset second sorting rule, and define the remaining storage duration information as the minimum duration information;

根据预设距离数据库中所存储的下单产品信息、最小时长信息与安全距离信息进行匹配分析以确定下单产品信息于最小时长信息下相对应的安全距离信息；Carry out matching analysis according to the order product information, the minimum duration information and the safety distance information stored in the preset distance database to determine the safety distance information corresponding to the order product information under the minimum duration information;

判断相隔距离信息所对应的距离值是否小于安全距离信息对应的距离值；Determine whether the distance value corresponding to the separation distance information is smaller than the distance value corresponding to the safety distance information;

若相隔距离信息所对应的距离值小于安全距离信息对应的距离值，则定义该货仓为有效货仓；If the distance value corresponding to the separation distance information is smaller than the distance value corresponding to the safety distance information, the warehouse is defined as a valid warehouse;

若相隔距离信息所对应的距离值不小于安全距离信息对应的距离值，则定义该货仓为无效货仓；If the distance value corresponding to the separation distance information is not less than the distance value corresponding to the safety distance information, the warehouse is defined as an invalid warehouse;

于有效货仓中根据临期数量信息以对发货货仓进行确定。In the valid warehouse, the delivery warehouse is determined according to the information on the pending quantity.

通过采用上述技术方案，在发货前，根据临期产品的剩余保质期情况以对满足距离要求的货仓进行确定，以使临期产品在运输至用户手上时不会出现过期情况。By adopting the above technical solution, before delivery, the warehouse that meets the distance requirement is determined according to the remaining shelf life of the temporary product, so that the temporary product will not expire when it is transported to the user.

可选的，于发货货仓发货前，物流供应方法还包括：Optionally, before delivery from the delivery warehouse, the logistics supply method further includes:

获取产品的下单数量信息以及各货仓的可存产品的可存数量信息；Obtain the order quantity information of the product and the storable quantity information of the storable products in each warehouse;

计算可存数量信息与临期数量信息的和以确定产品总量信息；Calculate the sum of available quantity information and expiry quantity information to determine total product information;

判断发货货仓的产品总量信息所对应的数量值是否小于下单数量信息所对应的数量值；Determine whether the quantity value corresponding to the total product information of the shipping warehouse is less than the quantity value corresponding to the order quantity information;

若发货货仓的产品总量信息所对应的数量值不小于下单数量信息所对应的数量值，则输出满足信号并控制该发货货仓发出下单数量信息所对应数量值的下单产品信息所对应的产品；If the quantity value corresponding to the total product information of the delivery warehouse is not less than the quantity value corresponding to the order quantity information, output a satisfaction signal and control the delivery warehouse to issue an order with the quantity value corresponding to the order quantity information. The product corresponding to the product information;

若发货货仓的产品总量信息所对应的数量值小于下单数量信息所对应的数量值，则于有效货仓中根据临期数量信息所对应的数量值由大到小依次更新发货货仓，直至输出满足信号以停止发货货仓更新。If the quantity value corresponding to the total product information of the delivery warehouse is smaller than the quantity value corresponding to the order quantity information, the delivery will be updated in order from large to small in the valid warehouse according to the quantity value corresponding to the temporary quantity information. warehouse until a satisfy signal is output to stop the update of the shipping warehouse.

通过采用上述技术方案，在发货前，对发货货仓中产品的数量进行确定，以选取数量满足要求的货仓进行发货，以减少产品数量不足以无法完成订单的情况发生。By adopting the above technical solution, before delivery, the quantity of products in the delivery warehouse is determined, and a warehouse with a quantity that meets the requirements is selected for delivery, so as to reduce the occurrence of the situation that the number of products is insufficient to complete the order.

可选的，发货货仓的发货方法包括：Optionally, the delivery method of the delivery warehouse includes:

定义最小时长信息相对应的产品为最小产品，并获取最小产品的最小数量信息；Define the product corresponding to the minimum length information as the minimum product, and obtain the minimum quantity information of the minimum product;

判断最小数量信息所对应的数量值是否小于下单数量信息所对应的数量值；Determine whether the quantity value corresponding to the minimum quantity information is less than the quantity value corresponding to the order quantity information;

若最小数量信息所对应的数量值不小于下单数量信息所对应的数量值，则输出发货信号并控制发货货仓发出下单数量信息所对应数量的最小产品；If the quantity value corresponding to the minimum quantity information is not less than the quantity value corresponding to the order quantity information, output the delivery signal and control the delivery warehouse to send out the minimum product corresponding to the order quantity information;

若最小数量信息所对应的数量值小于下单数量信息所对应的数量值，则根据第二排序规则以确定所对应时长大于最小时长信息对应时长且相邻的剩余保存时长信息，并将该剩余保存时长信息定义为新的最小时长信息，且将原最小产品以及新最小产品不断统一更新定义为新的最小产品，直至输出发货信号。If the quantity value corresponding to the minimum quantity information is smaller than the quantity value corresponding to the order quantity information, then according to the second sorting rule, determine the remaining storage duration information whose corresponding duration is greater than the duration corresponding to the minimum duration information and which are adjacent to each other, and store the remaining duration information. The storage duration information is defined as the new minimum duration information, and the original minimum product and the new minimum product are continuously updated and defined as the new minimum product until a delivery signal is output.

通过采用上述技术方案，优先将保质期时长较短的产品进行销售，以使处于货仓中的产品不会出现过期的情况，从而减少了资源出现浪费的情况。By adopting the above technical solution, products with a shorter shelf life are preferentially sold, so that the products in the warehouse will not be expired, thereby reducing the waste of resources.

可选的，还包括：Optionally, also include:

获取产品于运输过程中的产品状态信息；Obtain product status information during transportation;

判断产品状态信息所对应的状态是否与所预设的拦截状态一致；Determine whether the state corresponding to the product state information is consistent with the preset interception state;

若产品状态信息所对应的状态与拦截状态不一致，则进行正常运输；If the status corresponding to the product status information is inconsistent with the interception status, normal transportation will be carried out;

若产品状态信息所对应的状态与拦截状态一致，则获取产品的当前位置信息，并根据当前位置信息以及各货仓的货仓点计算以确定回仓距离信息；If the status corresponding to the product status information is consistent with the interception status, the current position information of the product is obtained, and the return distance information is determined according to the current position information and the warehouse point of each warehouse;

根据预设第三排序规则以确定所有货仓中回仓距离信息所对应距离最小的货仓，将该货仓定义为回收货仓，并控制产品向回收货仓运输。According to the preset third sorting rule, determine the warehouse with the smallest distance corresponding to the return distance information among all warehouses, define the warehouse as a recycling warehouse, and control the transportation of products to the recycling warehouse.

通过采用上述技术方案，在产品运输过程中对产品是否需要退回进行判断，若需要退回时无需将产品运送至用户手上，减少了运输资源的浪费。By adopting the above technical solution, it is judged whether the product needs to be returned during the product transportation process. If the product needs to be returned, it is not necessary to deliver the product to the user, thereby reducing the waste of transportation resources.

可选的，于产品签收后的退货方法包括：Optionally, the method of returning the product after receipt of the product includes:

获取退货情况信息；Obtain return information;

判断退货情况信息所对应的情况是否与所预设的换货情况一致；Determine whether the situation corresponding to the return information is consistent with the preset exchange situation;

若退货情况信息所对应的情况与换货情况一致，则根据预设第四排序规则以确定所有货仓中相隔距离信息所对应距离最小的货仓，将该货仓定义为回收货仓，并控制产品向回收货仓运输；If the situation corresponding to the return information is consistent with the exchange situation, the warehouse with the smallest distance corresponding to the distance information among all warehouses is determined according to the preset fourth sorting rule, and the warehouse is defined as a recycling warehouse. And control the transportation of products to the recycling warehouse;

若退货情况信息所对应的情况与换货情况不一致，则控制产品向发货货仓运输。If the situation corresponding to the return situation information is inconsistent with the exchange situation, the product will be controlled to be transported to the delivery warehouse.

通过采用上述技术方案，可确定出产品退货的方式为退货退款还是换货，以选取不同的处理方式对退货情况进行处理，以提高用户购物体验。By adopting the above technical solution, it is possible to determine whether the method of product return is return refund or replacement, and select different processing methods to process the return situation, so as to improve the user's shopping experience.

可选的，产品向回收货仓运输的方法包括：Optionally, the method of transporting the product to the recycling warehouse includes:

根据预设数量数据库中所存储的下单产品信息与存放阈值信息进行匹配以确定下单产品信息相对应的存放阈值信息；Matching the order product information stored in the preset quantity database with the storage threshold information to determine the storage threshold information corresponding to the order product information;

将回收货仓的临期数量信息定义为回收数量信息，且判断回收数量信息所对应的数量值是否大于存放阈值信息所对应的数量值；Defining the information on the imminent quantity of the recycling warehouse as the information on the quantity to be recycled, and judging whether the quantity value corresponding to the information on the recycling quantity is greater than the quantity value corresponding to the storage threshold information;

若回收数量信息所对应的数量值不大于存放阈值信息所对应的数量值，则输出回收信号并控制产品向回收货仓运输；If the quantity value corresponding to the recycling quantity information is not greater than the quantity value corresponding to the storage threshold information, the recycling signal is output and the product is controlled to be transported to the recycling warehouse;

若回收数量信息所对应的数量值大于存放阈值信息所对应的数量值，则将相对应距离相邻且大于回收货仓的货仓更新为新的回收货仓，并不断进行回收货仓的更新直至输出回收信号。If the quantity value corresponding to the recycling quantity information is greater than the quantity value corresponding to the storage threshold information, the corresponding warehouses adjacent to and larger than the recycling warehouses will be updated to new recycling warehouses, and the goods will be recycled continuously. The update of the bin until the recycling signal is output.

通过采用上述技术方案，在产品运回至回收货仓前，对回收货仓中临期产品的数量进行判断，若临期产品较多 ，则重新确定回收货仓以进行产品的回收，从而使得临期产品不会集中于某一货仓。By adopting the above technical solution, before the products are transported back to the recycling warehouse, the quantity of the temporary products in the recycling warehouse is judged. , so that the expiring products will not be concentrated in a warehouse.

第二方面，本申请提供一种物流供应系统，采用如下的技术方案：In the second aspect, the application provides a logistics supply system, which adopts the following technical solutions:

一种物流供应系统，包括：A logistics supply system, including:

获取模块，用于获取下单产品信息；The acquisition module is used to acquire the information of the order product;

处理模块，与获取模块和判断模块连接，用于信息的存储和处理；The processing module is connected with the acquisition module and the judgment module, and is used for information storage and processing;

处理模块根据下单产品信息于预设货仓中确定对应产品的剩余保存时长信息；The processing module determines the remaining storage time information of the corresponding product in the preset warehouse according to the information of the ordered product;

处理模块根据预设保存数据库中所存储的下单产品信息与基准时长信息进行匹配以确定下单产品信息相对应的基准时长信息；The processing module matches the order product information stored in the preset storage database with the reference duration information to determine the reference duration information corresponding to the order product information;

判断模块，用于判断剩余保存时长信息所对应的时长是否小于基准时长信息所对应的时长；a judgment module for judging whether the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information;

若判断模块判断出剩余保存时长信息所对应的时长小于基准时长信息所对应的时长，则处理模块定义该产品为临期产品；If the judging module judges that the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information, the processing module defines the product as a temporary product;

若判断模块判断出剩余保存时长信息所对应的时长不小于基准时长信息所对应的时长，则处理模块定义该产品为可存产品；If the determining module determines that the duration corresponding to the remaining storage duration information is not less than the duration corresponding to the reference duration information, the processing module defines the product as a storable product;

获取模块获取各货仓的临期产品的临期数量信息；The acquisition module obtains the information on the number of products on the expiry date of each warehouse;

处理模块根据预设第一排序规则以确定出所有货仓中临期数量信息所对应数量值最大的货仓，将该货仓定义为发货货仓并控制发货货仓发出下单产品信息所对应的产品。The processing module determines the warehouse with the largest quantity value corresponding to the temporary quantity information in all warehouses according to the preset first sorting rule, defines the warehouse as a delivery warehouse, and controls the delivery warehouse to send out the order product information the corresponding product.

通过采用上述技术方案，先通过获取模块获取下单产品信息以使处理模块对各货仓中该产品的剩余保持时长进行确定，从而使处理模块能对货仓中的临期产品进行区分，在下单完成后，处理模块于临期产品数量最多的货仓中进行发货操作，使临期的产品能及时从货仓中运出销售，从而使产品不会堆积于货仓中而出现浪费的情况。By adopting the above technical solution, the order product information is first obtained through the acquisition module, so that the processing module can determine the remaining holding time of the product in each warehouse, so that the processing module can distinguish the temporary products in the warehouse. After the order is completed, the processing module will carry out the delivery operation in the warehouse with the largest number of temporary products, so that the temporary products can be shipped out of the warehouse for sale in time, so that the products will not accumulate in the warehouse and cause waste. Happening.

第三方面，本申请提供一种智能终端，采用如下的技术方案：In the third aspect, the application provides an intelligent terminal, which adopts the following technical solutions:

一种智能终端，包括存储器和处理器，存储器上存储有能够被处理器加载并执行上述任一种物流供应方法的计算机程序。An intelligent terminal includes a memory and a processor, and the memory stores a computer program that can be loaded by the processor and execute any of the above logistics supply methods.

通过采用上述技术方案，通过智能终端的使用，先获取下单产品信息以对各货仓中该产品的剩余保持时长进行确定，从而能对货仓中的临期产品进行区分，在下单完成后，于临期产品数量最多的货仓中进行发货操作，使临期的产品能及时从货仓中运出销售，从而使产品不会堆积于货仓中而出现浪费的情况。By adopting the above technical solution, through the use of intelligent terminals, the information of the ordered product is obtained first to determine the remaining retention time of the product in each warehouse, so that the temporary products in the warehouse can be distinguished, and after the order is placed. , The delivery operation is carried out in the warehouse with the largest number of products in the expiry period, so that the products in the expiry period can be shipped from the warehouse for sale in time, so that the products will not accumulate in the warehouse and be wasted.

第四方面，本申请提供一种计算机存储介质，能够存储相应的程序，具有减少货仓中的产品堆积过期而造成资源浪费的情况发生的特点，采用如下的技术方案：In the fourth aspect, the application provides a computer storage medium capable of storing corresponding programs, and has the characteristics of reducing the occurrence of resource waste caused by the accumulation of expired products in the warehouse, and the following technical solutions are adopted:

一种计算机可读存储介质，存储有能够被处理器加载并执行上述任一种物流供应方法的计算机程序。A computer-readable storage medium storing a computer program capable of being loaded by a processor and executing any one of the above-mentioned logistics supply methods.

通过采用上述技术方案，存储介质中有物流供应方法的计算机程序，先获取下单产品信息以对各货仓中该产品的剩余保持时长进行确定，从而能对货仓中的临期产品进行区分，在下单完成后，于临期产品数量最多的货仓中进行发货操作，使临期的产品能及时从货仓中运出销售，从而使产品不会堆积于货仓中而出现浪费的情况。By adopting the above technical solution, there is a computer program for the logistics supply method in the storage medium, and the order product information is obtained first to determine the remaining holding time of the product in each warehouse, so that the temporary products in the warehouse can be distinguished. , After the order is placed, the delivery operation is carried out in the warehouse with the largest number of temporary products, so that the temporary products can be shipped out of the warehouse for sale in time, so that the products will not accumulate in the warehouse and cause waste. Happening.

综上所述，本申请包括以下至少一种有益技术效果：To sum up, the present application includes at least one of the following beneficial technical effects:

1.优先将临期的产品进行运输发售，以使货仓中的产品不易出现堆积过期的情况，从而避免了资源出现浪费的情况；1. Priority will be given to transporting and selling the products that are on the expiry date, so that the products in the warehouse are not easy to accumulate and expire, thereby avoiding the waste of resources;

2.在产品发货前，根据产品情况以及下单用户位置情况以确定合理的货仓进行发货，以提高用户购买体验感；2. Before the product is shipped, determine a reasonable warehouse for delivery according to the product situation and the location of the user who placed the order, so as to improve the user's purchasing experience;

3.在处理退货操作时，根据各货仓产品余量情况以及各货仓位置情况以确定合理的回收货仓进行产品回收，以使产品运输成本较低且不易出现临期产品集中于某一货仓的情况。3. When handling the return operation, determine a reasonable recycling warehouse for product recycling according to the product balance of each warehouse and the location of each warehouse, so that the product transportation cost is low and it is not easy for temporary products to be concentrated in a certain warehouse. A warehouse situation.

附图说明Description of drawings

图1是物流供应方法的流程图。FIG. 1 is a flow chart of a logistics supply method.

图2是发货货仓确定方法的流程图。FIG. 2 is a flowchart of a method for determining a shipping warehouse.

图3是发货数量确定方法的流程图。FIG. 3 is a flowchart of a method for determining a shipment quantity.

图4是产品发货方法的流程图。FIG. 4 is a flowchart of a product shipping method.

图5是产品拦截退货处理方法的流程图。FIG. 5 is a flow chart of a product interception return processing method.

图6是产品签收退货处理方法的流程图。FIG. 6 is a flow chart of a method for processing product receipt and return.

图7是回收货仓确定方法的流程图。FIG. 7 is a flowchart of a method for determining a recovery bin.

图8是物流供应方法的模块流程图。FIG. 8 is a block flow diagram of the logistics supply method.

具体实施方式Detailed ways

为了使本申请的目的、技术方案及优点更加清楚明白，以下结合附图1-8及实施例，对本申请进行进一步详细说明。应当理解，此处所描述的具体实施例仅用以解释本申请，并不用于限定本申请。In order to make the objectives, technical solutions and advantages of the present application clearer, the present application will be described in further detail below with reference to the accompanying drawings 1-8 and the embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application, but not to limit the present application.

下面结合说明书附图对本发明实施例作进一步详细描述。The embodiments of the present invention will be further described in detail below with reference to the accompanying drawings.

本申请实施例公开一种物流供应方法，优先将临期的产品进行运输，以使产品不易堆积于货仓中而出现过期的情况，同时根据产品情况以及用户下单位置情况以选择合适货仓进行发货，以使用户具有较好的购物体验。The embodiment of the present application discloses a logistics supply method, which preferentially transports the products that are due to expire, so that the products are not easy to accumulate in the warehouse and become expired, and at the same time select a suitable warehouse according to the situation of the product and the location of the user's order. Shipping is carried out so that users have a better shopping experience.

参照图1，物流供应的方法流程包括以下步骤：1, the method flow of logistics supply includes the following steps:

步骤S100：获取下单产品信息。Step S100: Acquire order product information.

下单产品信息所对应的产品为用户于网络平台上下单需要物流进行配送的产品。The product corresponding to the order product information is the product that the user places an order on the online platform and needs to be delivered by logistics.

步骤S101：根据下单产品信息于预设货仓中确定对应产品的剩余保存时长信息。Step S101: Determine the remaining storage time information of the corresponding product in the preset warehouse according to the information of the ordered product.

货仓为提前设置于全国或者全世界多处的用于暂时存放货物产品的地点，剩余保持时长信息所对应的时长值为各货仓中下单产品信息所对应的产品距离保质期过期的时长，通过对产品的保质期以及生产日期以获取，为本领域技术人员常规技术手段，不作赘述。Warehouses are locations that are set up in advance across the country or around the world for temporary storage of goods and products. The duration corresponding to the remaining retention time information is the time until the expiration date of the products corresponding to the product information placed in each warehouse. Obtaining the shelf life and production date of the product is a conventional technical means for those skilled in the art, and will not be repeated here.

步骤S102：根据预设保存数据库中所存储的下单产品信息与基准时长信息进行匹配以确定下单产品信息相对应的基准时长信息。Step S102: Match the order product information stored in the preset storage database with the reference duration information to determine the reference duration information corresponding to the order product information.

基准时长信息所对应的时长为产品不为临期产品时所需剩余保质期时长的最小值，不同的下单产品信息对应有不同的基准时长信息，例如产品为鲜果蔬菜时，基准时长信息所对应的时长可能只为一两天，当产品为膨化食品时，基准时长信息所对应的时长可以为几个月或几年，通过工作人员对产品的定性以根据不同的下单产品信息以及相对应的基准时长信息进行保存数据库的建立，建立的方法为本领域技术人员常规技术手段，不作赘述。The time corresponding to the benchmark duration information is the minimum value of the remaining shelf life when the product is not a temporary product. Different order product information corresponds to different benchmark duration information. For example, when the product is fresh fruits and vegetables, the benchmark duration information corresponds to The duration may only be one or two days. When the product is puffed food, the duration corresponding to the reference duration information may be several months or several years. The staff can determine the product to determine the order according to different product information and corresponding information. The reference duration information is stored in the establishment of the database, and the establishment method is the conventional technical means of those skilled in the art, and will not be repeated.

步骤S103：判断剩余保存时长信息所对应的时长是否小于基准时长信息所对应的时长。Step S103: Determine whether the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information.

判断的目的是为了对货仓中下单产品信息所对应产品的情况进行判断，以确定该产品是否为临期的产品。The purpose of the judgment is to judge the situation of the product corresponding to the order product information in the warehouse, so as to determine whether the product is an expiring product.

步骤S1031：若剩余保存时长信息所对应的时长小于基准时长信息所对应的时长，则定义该产品为临期产品。Step S1031: If the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information, define the product as a temporary product.

当剩余保存时长信息所对应的时长小于基准时长信息所对应的时长时，说明该产品所剩余的保质期较短，将该产品定义为临期产品以进行标识，以便于后续对该产品进行处理。When the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information, it indicates that the remaining shelf life of the product is short, and the product is defined as a temporary product for identification, so as to facilitate subsequent processing of the product.

步骤S1032：若剩余保存时长信息所对应的时长不小于基准时长信息所对应的时长，则定义该产品为可存产品。Step S1032: If the duration corresponding to the remaining storage duration information is not less than the duration corresponding to the reference duration information, define the product as a storable product.

当剩余保存时长信息所对应的时长不小于基准时长信息所对应的时长时，说明该产品所剩余的保质期较长，可继续进行存放，将该产品定义为可存产品以进行标识，以便于后续对该产品进行分配操作。When the duration corresponding to the remaining storage duration information is not less than the duration corresponding to the reference duration information, it means that the remaining shelf life of the product is longer and can continue to be stored. Assign this product.

步骤S104：获取各货仓的临期产品的临期数量信息。Step S104: Acquire information on the number of products on the expiry date of each warehouse.

临期数量信息所对应的数量值为各货仓中下单产品信息所对应产品为临期产品的总数量，可以通过计数的方法以进行获取，计数方法为本领域技术人员常规技术手段，不作赘述。The quantity value corresponding to the information on the pending quantity is the total quantity of the pending product in each warehouse, and the corresponding product information can be obtained by counting. The counting method is the conventional technical means of those skilled in the art. Repeat.

步骤S105：根据预设第一排序规则以确定出所有货仓中临期数量信息所对应数量值最大的货仓，将该货仓定义为发货货仓并控制发货货仓发出下单产品信息所对应的产品。Step S105: According to the preset first sorting rule, determine the warehouse with the largest quantity value corresponding to the interim quantity information of all warehouses, define the warehouse as a delivery warehouse, and control the delivery warehouse to issue the ordered products The product to which the information corresponds.

第一排序规则为能对大小数值进行排序的方法，例如冒泡法，通过第一排序规则可确定出所有货仓中相对应的临期数量信息所对应数量值最大的货仓，即该货仓中存在数量较多临期的用户下单的产品，此时将该货仓定义为发货货仓以进行标识，以控制该货仓进行发货操作，以使临期的产品能优先进行处理，从而使得产品不会堆积于货仓中而出现过期的情况，以减少资源出现浪费的情况。The first sorting rule is a method that can sort the size values, such as the bubble method. Through the first sorting rule, the warehouse with the largest quantity value corresponding to the corresponding imminent quantity information in all the warehouses can be determined, that is, the warehouse. In the warehouse, there are a large number of products placed by users who are on the expiry date. At this time, the warehouse is defined as a delivery warehouse for identification, so as to control the warehouse to carry out the delivery operation, so that the products on the expiry date can be prioritized. Processing, so that products will not be accumulated in the warehouse and expired, so as to reduce the waste of resources.

参照图2，发货货仓的确定方法包括：Referring to Figure 2, the method for determining the shipping warehouse includes:

步骤S200：获取下单地址信息。Step S200: Acquire order placing address information.

下单地址信息所对应的地址为用户下单的收货地址，通过用户提交订单时的信息以获取。The address corresponding to the order address information is the delivery address of the user's order, which is obtained from the information when the user submits the order.

步骤S201：根据下单地址信息以及货仓的预设货仓点计算以确定相隔距离信息。Step S201: Calculate according to the ordering address information and the preset warehouse point of the warehouse to determine the separation distance information.

货仓点为货仓的位置，于货仓建设完成后由工作人员提前输入，相隔距离信息所对应的距离为用户收货点与货仓点之间的距离，该距离为货物运输过程中路程，不为空间意义上的位移。The warehouse point is the position of the warehouse, which is input by the staff in advance after the warehouse construction is completed. The distance corresponding to the distance information is the distance between the user's receiving point and the warehouse point, which is the distance during the transportation of the goods. , not a displacement in the spatial sense.

步骤S202：根据预设第二排序规则以确定各货仓产品中所对应时长最小的剩余保存时长信息，并将该剩余保存时长信息定义为最小时长信息。Step S202: Determine the remaining storage duration information with the smallest corresponding duration among the products in each warehouse according to the preset second sorting rule, and define the remaining storage duration information as the minimum duration information.

第二排序规则为能对大小数值进行排序的方法，例如冒泡法，通过第二排序规则可确定出各货仓中所对应时长最小的剩余保存时长信息，即每一货仓中用户下单产品中剩余保质期最小的时长，将该剩余保存时长信息定义为最小时长信息以进行标识，以便于后续对该产品的信息进行调用处理。The second sorting rule is a method that can sort the size values, such as the bubble method. Through the second sorting rule, the remaining storage duration information with the smallest corresponding duration in each warehouse can be determined, that is, the user in each warehouse places an order The minimum duration of the remaining shelf life in the product, and the remaining storage duration information is defined as the minimum duration information for identification, so as to facilitate the subsequent processing of the information of the product.

步骤S203：根据预设距离数据库中所存储的下单产品信息、最小时长信息与安全距离信息进行匹配分析以确定下单产品信息于最小时长信息下相对应的安全距离信息。Step S203: Perform matching analysis according to the order product information, the minimum duration information and the safety distance information stored in the preset distance database to determine the safety distance information corresponding to the order product information under the minimum duration information.

安全距离信息所对应的距离值为最小时长信息所对应时长的下单产品信息所对应产品所允许运输的最大距离，即根据产品剩余保质期以及产品自身情况以确保运输至用户手上时该产品能正常使用，不同的下单产品信息于不同最小时长信息下对应有不同的安全距离信息，通过不同下单产品信息、不同最小时长信息以及不同安全距离信息以对距离数据库进行建立，建立的方法为本领域技术人员常规技术手段，不作赘述。The distance value corresponding to the safety distance information is the maximum distance allowed for transportation of the product corresponding to the order product information corresponding to the minimum duration information, that is, according to the remaining shelf life of the product and the product itself, to ensure that the product can be transported to the user's hands. In normal use, different order product information corresponds to different safety distance information under different minimum duration information. The distance database is established through different order product information, different minimum duration information and different safety distance information. The method of establishment is as follows: The conventional technical means of those skilled in the art will not be repeated.

步骤S204：判断相隔距离信息所对应的距离值是否小于安全距离信息对应的距离值。Step S204: Determine whether the distance value corresponding to the separation distance information is smaller than the distance value corresponding to the safety distance information.

判断的目的是为了得知各货仓中的临期产品是否能满足发货至用户下单位置的要求，以便于后续对发货货仓进一步确定。The purpose of the judgment is to know whether the pending products in each warehouse can meet the requirements for delivery to the location where the user places the order, so as to further determine the delivery warehouse in the future.

步骤S2041：若相隔距离信息所对应的距离值小于安全距离信息对应的距离值，则定义该货仓为有效货仓。Step S2041: If the distance value corresponding to the separation distance information is smaller than the distance value corresponding to the safety distance information, define the warehouse as a valid warehouse.

当相隔距离信息所对应的距离值小于安全距离信息对应的距离值时，说明该货仓能够进行发货操作，此时将该货仓定义为有效货仓以进行标识，以便于后续对发货货仓进行确定。When the distance value corresponding to the separation distance information is smaller than the distance value corresponding to the safety distance information, it indicates that the warehouse can carry out the delivery operation. At this time, the warehouse is defined as a valid warehouse for identification, so as to facilitate subsequent delivery. warehouse to be determined.

步骤S2042：若相隔距离信息所对应的距离值不小于安全距离信息对应的距离值，则定义该货仓为无效货仓。Step S2042: If the distance value corresponding to the separation distance information is not less than the distance value corresponding to the safety distance information, define the warehouse as an invalid warehouse.

当相隔距离信息所对应的距离值不小于安全距离信息对应的距离值时，说明该货仓的临期产品无法满足发货要求，此时将该货仓定义为无效货仓以进行标识，以便于后续对发货货仓进行确定。When the distance value corresponding to the separation distance information is not less than the distance value corresponding to the safety distance information, it means that the temporary products of the warehouse cannot meet the delivery requirements. At this time, the warehouse is defined as an invalid warehouse for identification, so that The delivery warehouse will be determined later.

步骤S205：于有效货仓中根据临期数量信息以对发货货仓进行确定。Step S205 : Determine the delivery warehouse in the valid warehouse according to the information on the imminent quantity.

从有效货仓中对发货货仓进行确定，以使产品配送至用户手上时能使用户正常使用，提高用户购物体验。The delivery warehouse is determined from the effective warehouse, so that the user can use the product normally when the product is delivered to the user, and the user's shopping experience can be improved.

参照图3，于发货货仓发货前，物流供应方法还包括：Referring to FIG. 3, before the delivery from the delivery warehouse, the logistics supply method further includes:

步骤S300：获取产品的下单数量信息以及各货仓的可存产品的可存数量信息。Step S300: Obtain the order quantity information of the product and the storable quantity information of the storable products in each warehouse.

下单数量信息所对应的数量值为用户下单的产品的数量值，通过对用户订单信息的读取以获取；可存数量信息所对应的数量值为货仓中用户下单的产品为可存产品的总数量值，可通过计数的方法以获取，计数方法为本领域技术人员常规技术手段，不作赘述。The quantity value corresponding to the order quantity information is the quantity value of the product ordered by the user, which is obtained by reading the user's order information; the quantity value corresponding to the available quantity information is the quantity value of the product ordered by the user in the warehouse. The total quantity value of the stored product can be obtained by a counting method, and the counting method is a conventional technical means of those skilled in the art, and will not be described in detail.

步骤S301：计算可存数量信息与临期数量信息的和以确定产品总量信息。Step S301: Calculate the sum of the storable quantity information and the temporary quantity information to determine the product total quantity information.

产品总量信息所对应的数量值为货仓中用户下单产品的总数量值，计算方法为可存数量信息所对应数量值加上临期数量信息所对应数量值。The quantity value corresponding to the product total quantity information is the total quantity value of the product ordered by the user in the warehouse, and the calculation method is the quantity value corresponding to the available quantity information plus the quantity value corresponding to the temporary quantity information.

步骤S302：判断发货货仓的产品总量信息所对应的数量值是否小于下单数量信息所对应的数量值。Step S302: Determine whether the quantity value corresponding to the product total quantity information of the shipping warehouse is smaller than the quantity value corresponding to the order quantity information.

判断的目的是为了得知发货货仓的剩余产品数量是否能满足此次发货要求，以减少发货货仓产品数量不足无法进行正常发货的情况发生。The purpose of the judgment is to know whether the number of remaining products in the delivery warehouse can meet the delivery requirements, so as to reduce the occurrence of the situation that the number of products in the delivery warehouse is insufficient for normal delivery.

步骤S3021：若发货货仓的产品总量信息所对应的数量值不小于下单数量信息所对应的数量值，则输出满足信号并控制该发货货仓发出下单数量信息所对应数量值的下单产品信息所对应的产品。Step S3021: If the quantity value corresponding to the total product information of the delivery warehouse is not less than the quantity value corresponding to the order quantity information, output a satisfaction signal and control the delivery warehouse to issue the quantity value corresponding to the order quantity information. The product corresponding to the order product information.

当发货货仓的产品总量信息所对应的数量值不小于下单数量信息所对应的数量值时，说明该发货货仓能满足发货要求，此时输出满足信号以对该情况进行标识记录，以控制发货货仓根据用户下单的数量以进行产品的发货配送。When the quantity value corresponding to the total product information of the delivery warehouse is not less than the quantity value corresponding to the order quantity information, it means that the delivery warehouse can meet the delivery requirements, and a satisfaction signal is output at this time to carry out the situation. Identify records to control the delivery warehouse for product delivery according to the quantity ordered by the user.

步骤S3022：若发货货仓的产品总量信息所对应的数量值小于下单数量信息所对应的数量值，则于有效货仓中根据临期数量信息所对应的数量值由大到小依次更新发货货仓，直至输出满足信号以停止发货货仓更新。Step S3022: If the quantity value corresponding to the total product quantity information of the delivery warehouse is smaller than the quantity value corresponding to the order quantity information, then in the valid warehouse, the quantity value corresponding to the temporary quantity information is in descending order. Update the shipping bin until a satisfy signal is output to stop the shipping bin update.

当发货货仓的产品总量信息所对应的数量值小于下单数量信息所对应的数量值时，说明该发货货仓不能满足发货要求，此时从有效货仓中根据临期产品的数量从大到小依次对发货货仓进行更新，以确定出数量能满足要求的发货货仓，同时使临期产品数量较多的货仓能优先对临期产品进行处理。When the quantity value corresponding to the total product information of the delivery warehouse is less than the quantity value corresponding to the order quantity information, it means that the delivery warehouse cannot meet the delivery requirements. The delivery warehouses are updated in order from large to small, so as to determine the delivery warehouses that meet the requirements, and at the same time, the warehouses with a large number of temporary products can give priority to the temporary products.

参照图4，发货货仓的发货方法包括：Referring to Figure 4, the delivery method of the delivery warehouse includes:

步骤S400：定义最小时长信息相对应的产品为最小产品，并获取最小产品的最小数量信息。Step S400: Define the product corresponding to the minimum duration information as the minimum product, and obtain the minimum quantity information of the minimum product.

将最小时长信息相对应的产品定义为最小产品以进行标识，以便于后续对临期产品中剩余保质期时长最短的产品进行调用分配，最小数量信息所对应的数量值为各货仓中最小产品的总数量值。The product corresponding to the minimum duration information is defined as the minimum product for identification, so as to facilitate the subsequent calling and allocation of the product with the shortest remaining shelf life among the temporary products, and the quantity corresponding to the minimum quantity information is the value of the minimum product in each warehouse. total quantity value.

步骤S401：判断最小数量信息所对应的数量值是否小于下单数量信息所对应的数量值。Step S401: Determine whether the quantity value corresponding to the minimum quantity information is smaller than the quantity value corresponding to the order quantity information.

判断的目的是为了得知是否能通过最小产品以完成对该订单的供货操作。The purpose of the judgment is to know whether the minimum product can be used to complete the supply operation of the order.

步骤S4011：若最小数量信息所对应的数量值不小于下单数量信息所对应的数量值，则输出发货信号并控制发货货仓发出下单数量信息所对应数量的最小产品。Step S4011: If the quantity value corresponding to the minimum quantity information is not less than the quantity value corresponding to the order quantity information, output a delivery signal and control the delivery warehouse to send out the minimum product corresponding to the order quantity information.

当最小数量信息所对应的数量值不小于下单数量信息所对应的数量值时，说明可通过最小产品对该订单需求进行供货操作，此时输出发货信号以进行标识，以使发货货仓能发出订单对应数量的最小产品，以实现剩余保质期最短的产品优先消耗，从而减少产品堆积于货仓中而出现过期的情况。When the quantity value corresponding to the minimum quantity information is not less than the quantity value corresponding to the order quantity information, it indicates that the order demand can be supplied through the minimum product, and a delivery signal is output at this time for identification, so that the delivery can be carried out. The warehouse can issue the smallest quantity of products corresponding to the order, so as to realize the priority consumption of products with the shortest remaining shelf life, thereby reducing the occurrence of expired products due to accumulation in the warehouse.

步骤S4012：若最小数量信息所对应的数量值小于下单数量信息所对应的数量值，则根据第二排序规则以确定所对应时长大于最小时长信息对应时长且相邻的剩余保存时长信息，并将该剩余保存时长信息定义为新的最小时长信息，且将原最小产品以及新最小产品不断统一更新定义为新的最小产品，直至输出发货信号。Step S4012: If the quantity value corresponding to the minimum quantity information is smaller than the quantity value corresponding to the order quantity information, then according to the second sorting rule, it is determined that the corresponding duration is greater than the duration corresponding to the minimum duration information and adjacent remaining storage duration information, and The remaining storage duration information is defined as the new minimum duration information, and the original minimum product and the new minimum product are continuously updated and defined as the new minimum product until a delivery signal is output.

当最小数量信息所对应的数量值小于下单数量信息所对应的数量值时，说明仅使用剩余保质期最短的产品无法满足供货数量需求，此时根据第二排序规则以确定剩余保质期第二短的产品批次，以对最小时长信息进行更新，从而通原最小产品与新最小产品以对整个最小产品进行更新，再进行判断，若还无法满足要求，则再根据第二排序规则以确定剩余保质期第三短的产品批次，以此类推，直至输出发货信号以使产品能正常发货，从而使得保质期较短的产品能优先消耗。When the quantity value corresponding to the minimum quantity information is smaller than the quantity value corresponding to the order quantity information, it means that only the product with the shortest remaining shelf life cannot meet the supply quantity demand. At this time, the second sorting rule is used to determine the second shortest remaining shelf life. to update the minimum length information, so as to update the entire minimum product through the original minimum product and the new minimum product, and then make a judgment. If the requirements cannot be met, then determine the remaining products according to the second sorting rule The product batch with the third shortest shelf life, and so on, until the delivery signal is output so that the product can be shipped normally, so that the product with the shortest shelf life can be consumed first.

参照图5，物流供应方法还包括：5, the logistics supply method further includes:

步骤S500：获取产品于运输过程中的产品状态信息。Step S500: Obtain product status information of the product during transportation.

产品状态信息所对应的状态为产品运输过程中的状态，该状态可分为正常运输状态、拦截状态等，通过对物流以及订单情况的追踪以实时更新，为本领域技术人员常规技术手段，不作赘述。The status corresponding to the product status information is the status in the process of product transportation, which can be divided into normal transport status, interception status, etc., which can be updated in real time through the tracking of logistics and order status, which is a conventional technical means for those skilled in the art and is not required. Repeat.

步骤S501：判断产品状态信息所对应的状态是否与所预设的拦截状态一致。Step S501: Determine whether the state corresponding to the product state information is consistent with a preset interception state.

拦截状态为产品于运输过程中用户发出退货申请且商家同意后的状态，判断的目的是为了得知当前产品的状态是否为这一情况，以便于对产品进行不同处理。The interception status is the status of the product after the user sends a return application and the merchant agrees during the transportation process. The purpose of the judgment is to know whether the current status of the product is in this situation, so as to facilitate different processing of the product.

步骤S5011：若产品状态信息所对应的状态与拦截状态不一致，则进行正常运输。Step S5011: If the state corresponding to the product state information is inconsistent with the interception state, normal transportation is performed.

当产品状态信息所对应的状态与拦截状态不一致时，说明该货物处于正常运输的情况，此时控制货物继续正常运输即可。When the state corresponding to the product status information is inconsistent with the interception state, it means that the goods are in normal transportation, and the goods can be controlled to continue normal transportation at this time.

步骤S5012：若产品状态信息所对应的状态与拦截状态一致，则获取产品的当前位置信息，并根据当前位置信息以及各货仓的货仓点计算以确定回仓距离信息。Step S5012: If the state corresponding to the product state information is consistent with the interception state, obtain the current location information of the product, and calculate the return distance information according to the current location information and the warehouse points of each warehouse.

当产品状态信息所对应的状态与拦截状态一致时，说明该货物已被用户退款，无需继续将货物配送至用户手上，此时需要对这一情况进一步处理；当前位置信息所对应的位置为产品所处的位置，该位置可以为快递至某一运输节点后对单号进行扫描以获取，不代表产品的实时位置，一般的，该位置为货物运输过程中下一运输节点的位置；回仓距离信息所对应的距离值为当前位置信息所对应位置与货仓点之间的距离，该距离为运输过程中的路程，不为空间意义上的位移。When the status corresponding to the product status information is consistent with the interception status, it means that the goods have been refunded by the user, and there is no need to continue to deliver the goods to the user. At this time, the situation needs to be further processed; the position corresponding to the current position information It is the location of the product. This location can be obtained by scanning the tracking number after express delivery to a certain transportation node. It does not represent the real-time location of the product. Generally, this location is the location of the next transportation node during the transportation of goods; The distance corresponding to the return distance information is the distance between the position corresponding to the current position information and the warehouse point, which is the distance in the transportation process, not the displacement in the spatial sense.

步骤S502：根据预设第三排序规则以确定所有货仓中回仓距离信息所对应距离最小的货仓，将该货仓定义为回收货仓，并控制产品向回收货仓运输。Step S502: Determine the warehouse with the smallest distance corresponding to the return distance information among all warehouses according to the preset third sorting rule, define the warehouse as a recycling warehouse, and control the transportation of products to the recycling warehouse.

第三排序规则为能对数值大小进行排序的方法，例如冒泡法，利用第三排序规则可确定出距离当前产品距离最近的货仓，将该货仓定义为回收货仓以进行标识，以使产品向回收货仓运输进行货物的回收，使得退货产品能就近回收，减少路上所损耗的时间，以使该产品能在其余订单中继续发货。The third sorting rule is a method that can sort numerical values, such as the bubble method. Using the third sorting rule, the warehouse that is closest to the current product can be determined, and the warehouse is defined as a recycling warehouse for identification. In order to transport the product to the recycling warehouse for the recovery of the goods, the returned product can be recycled nearby, reducing the time lost on the road, so that the product can continue to be shipped in the remaining orders.

参照图6，于产品签收后的退货方法包括：Referring to Figure 6, the method of returning the product after receipt of the product includes:

步骤S600：获取退货情况信息。Step S600: Obtain return information.

退货情况信息所对应的情况为用户对产品签收后进行退货的情况，该情况包括退货退款以及退货换货。The situation corresponding to the return situation information is the situation that the user returns the product after signing for receipt, and the situation includes return refund and return and exchange.

步骤S601：判断退货情况信息所对应的情况是否与所预设的换货情况一致。Step S601: Determine whether the situation corresponding to the return situation information is consistent with the preset exchange situation.

换货情况为用户退货换货的情况，判断的目的是为了得知该产品是否需要进行换货操作，以进行后续产品运输的进一步控制。The exchange situation refers to the situation in which the user returns and exchanges the goods. The purpose of the judgment is to know whether the product needs to be exchanged, so as to further control the subsequent product transportation.

步骤S6011：若退货情况信息所对应的情况与换货情况一致，则根据预设第四排序规则以确定所有货仓中相隔距离信息所对应距离最小的货仓，将该货仓定义为回收货仓，并控制产品向回收货仓运输。Step S6011: If the situation corresponding to the return information is consistent with the exchange situation, determine the warehouse with the smallest distance corresponding to the distance information among all warehouses according to the preset fourth sorting rule, and define the warehouse as recycling. warehouse, and control the transportation of products to the recycling warehouse.

当退货情况信息所对应的情况与换货情况一致时，说明该产品需要进行换货操作，此时根据第四排序规则以确定出距离用户下单位置最近的货仓，以将该货仓定义为回收货仓进行产品的回收，使产品能及时回收并及时发出新的产品，以减少用户的等待周期，提高用户购物体验；其中，第四排序规则为能对数值进行大小排序的方法，例如冒泡法。When the situation corresponding to the return information is consistent with the exchange situation, it means that the product needs to be exchanged. At this time, according to the fourth sorting rule, the warehouse closest to the user's order location is determined to define the warehouse. Recycle products for the recycling warehouse, so that products can be recycled in time and new products can be issued in time, so as to reduce the waiting period of users and improve the shopping experience of users; among them, the fourth sorting rule is a method that can sort the values by size, For example the bubbling method.

步骤S6012：若退货情况信息所对应的情况与换货情况不一致，则控制产品向发货货仓运输。Step S6012: If the situation corresponding to the return situation information is inconsistent with the exchange situation, control the product to be transported to the delivery warehouse.

当退货情况信息所对应的情况与换货情况不一致时，则说明产品为退货退款处理，此时控制产品向发货货仓运输，以进行对该产品的操作步骤，提高处理效率。When the situation corresponding to the return situation information is inconsistent with the exchange situation, it means that the product is processed for return and refund. At this time, the product is controlled to be transported to the delivery warehouse, so as to carry out the operation steps for the product and improve the processing efficiency.

参照图7，产品向回收货仓运输的方法包括：Referring to Figure 7, the method of transporting the product to the recycling bin includes:

步骤S700：根据预设数量数据库中所存储的下单产品信息与存放阈值信息进行匹配以确定下单产品信息相对应的存放阈值信息。Step S700: Matching the order product information stored in the preset quantity database with the storage threshold information to determine the storage threshold information corresponding to the order product information.

存放阈值信息所对应的数值为下单产品信息所对应产品为临期产品于货仓中所允许堆放的最大数量值，不同的下单产品信息对应有不同的存放阈值信息，两者的对应关系由工作人员根据实际情况进行设定，通过不同的下单产品信息以及相对应的存放阈值信息以进行数量数据库的建立，建立的方法为本领域技术人员常规技术手段，不作赘述。The value corresponding to the storage threshold information is the maximum quantity that the product corresponding to the order product information is allowed to be stacked in the warehouse. Different order product information corresponds to different storage threshold information. The corresponding relationship between the two It is set by the staff according to the actual situation, and the quantity database is established through different order product information and corresponding storage threshold information.

步骤S701：将回收货仓的临期数量信息定义为回收数量信息，且判断回收数量信息所对应的数量值是否大于存放阈值信息所对应的数量值。Step S701 : Define the information on the imminent quantity of the recycling warehouse as the quantity of recycling information, and determine whether the quantity value corresponding to the information on the recycling quantity is greater than the quantity value corresponding to the storage threshold information.

将回收货仓的临期数量信息定义为回收数量信息以进行标识，以得知具体回收货仓临期产品的数量情况；判断的目的是为了得知当前回收货仓是否还能对该批临期产品进行回收。The information on the expiry date of the recycling warehouse is defined as the recycling quantity information for identification, so as to know the quantity of the temporary products in the specific recycling warehouse; the purpose of the judgment is to know whether the current recycling warehouse can still This batch of probationary products will be recycled.

步骤S7011：若回收数量信息所对应的数量值不大于存放阈值信息所对应的数量值，则输出回收信号并控制产品向回收货仓运输。Step S7011 : if the quantity value corresponding to the recovered quantity information is not greater than the quantity value corresponding to the storage threshold information, output a recycling signal and control the product to be transported to the recycling warehouse.

当回收数量信息所对应的数量值不大于存放阈值信息所对应的数量值时，说明该回收货仓还可使该批次临期产品进行回收，此时输出回收信号以对该情况进行标识，以使产品能向回收货仓运输，此时退期的临期产品的回收。When the quantity value corresponding to the recovered quantity information is not greater than the quantity value corresponding to the storage threshold information, it means that the recycling warehouse can also recycle the batch of temporary products. At this time, a recycling signal is output to identify the situation. , so that the products can be transported to the recycling warehouse, and the products that have expired at this time will be recycled.

步骤S7012：若回收数量信息所对应的数量值大于存放阈值信息所对应的数量值，则将相对应距离相邻且大于回收货仓的货仓更新为新的回收货仓，并不断进行回收货仓的更新直至输出回收信号。Step S7012: If the quantity value corresponding to the recovered quantity information is greater than the quantity value corresponding to the storage threshold information, then update the warehouse whose corresponding distance is adjacent and larger than that of the recycling warehouse to a new recycling warehouse, and continue to carry out Update of the recycling bin until a recycling signal is output.

当回收数量信息所对应的数量值大于存放阈值信息所对应的数量值时，说明当前回收货仓无法对该批次临期产品进行回收，此时根据各货仓以及产品当前所处的位置以就近更新回收货仓情况，以确定出距离较短且满足回收要求的回收货仓，使换货的产品能及时回收。When the quantity value corresponding to the recovered quantity information is greater than the quantity value corresponding to the storage threshold information, it means that the current recycling warehouse cannot recycle the batch of temporary products. At this time, according to the current position of each warehouse and the product Update the situation of the nearest recycling warehouse to determine the recycling warehouse with a short distance and meet the recycling requirements, so that the exchanged products can be recycled in time.

参照图8，基于同一发明构思，本发明实施例提供一种物流供应系统，包括：8, based on the same inventive concept, an embodiment of the present invention provides a logistics supply system, including:

获取模块，用于获取下单产品信息；The acquisition module is used to acquire the information of the order product;

处理模块，与获取模块和判断模块连接，用于信息的存储和处理；The processing module is connected with the acquisition module and the judgment module, and is used for information storage and processing;

处理模块根据下单产品信息于预设货仓中确定对应产品的剩余保存时长信息；The processing module determines the remaining storage time information of the corresponding product in the preset warehouse according to the information of the ordered product;

处理模块根据预设保存数据库中所存储的下单产品信息与基准时长信息进行匹配以确定下单产品信息相对应的基准时长信息；The processing module matches the order product information stored in the preset storage database with the reference duration information to determine the reference duration information corresponding to the order product information;

判断模块，用于判断剩余保存时长信息所对应的时长是否小于基准时长信息所对应的时长；a judgment module for judging whether the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information;

若判断模块判断出剩余保存时长信息所对应的时长小于基准时长信息所对应的时长，则处理模块定义该产品为临期产品；If the judging module judges that the duration corresponding to the remaining storage duration information is less than the duration corresponding to the reference duration information, the processing module defines the product as a temporary product;

若判断模块判断出剩余保存时长信息所对应的时长不小于基准时长信息所对应的时长，则处理模块定义该产品为可存产品；If the determining module determines that the duration corresponding to the remaining storage duration information is not less than the duration corresponding to the reference duration information, the processing module defines the product as a storable product;

获取模块获取各货仓的临期产品的临期数量信息；The acquisition module obtains the information on the number of products on the expiry date of each warehouse;

处理模块根据预设第一排序规则以确定出所有货仓中临期数量信息所对应数量值最大的货仓，将该货仓定义为发货货仓并控制发货货仓发出下单产品信息所对应的产品；The processing module determines the warehouse with the largest quantity value corresponding to the temporary quantity information in all warehouses according to the preset first sorting rule, defines the warehouse as a delivery warehouse, and controls the delivery warehouse to send out the order product information the corresponding product;

发货货仓确定模块，根据货仓与用户收货地址之间的距离以及产品保质期情况以确定合适的发货货仓以进行产品发货操作；The delivery warehouse determination module determines the appropriate delivery warehouse for product delivery according to the distance between the warehouse and the user's delivery address and the product shelf life;

发货数量确定模块，用于对各货仓的产品数量进行确定，以筛选出能满足发货数量要求的货仓；The delivery quantity determination module is used to determine the product quantity of each warehouse, so as to screen out the warehouses that can meet the delivery quantity requirements;

发货方法确定模块，用于控制产品的发货，使临期的产品能优先发货；The delivery method determination module is used to control the delivery of products, so that the products that are due to be delivered can be given priority;

拦截退货处理模块，用于对产品运输过程中拦截退货的情况进行处理；The interception return processing module is used to process the interception of returns during product transportation;

签收退货处理模块，用于对签收后的产品退货情况进行处理；The sign-in return processing module is used to process the returned product after signing;

回收货仓确定模块，根据产品与各货仓之间的距离以及货仓中临期产品的数量以确定合适的回收货仓对退回的产品进行回收操作。The recovery warehouse determination module determines the appropriate recovery warehouse for the returned products according to the distance between the product and each warehouse and the number of temporary products in the warehouse.

所属领域的技术人员可以清楚地了解到，为描述的方便和简洁，仅以上述各功能模块的划分进行举例说明，实际应用中，可以根据需要而将上述功能分配由不同的功能模块完成，即将装置的内部结构划分成不同的功能模块，以完成以上描述的全部或者部分功能。上述描述的系统，装置和单元的具体工作过程，可以参考前述方法实施例中的对应过程，在此不再赘述。Those skilled in the art can clearly understand that, for the convenience and simplicity of description, only the division of the above-mentioned functional modules is used as an example. The internal structure of the device is divided into different functional modules to complete all or part of the functions described above. For the specific working process of the system, apparatus and unit described above, reference may be made to the corresponding process in the foregoing method embodiments, and details are not described herein again.

本发明实施例提供一种计算机可读存储介质，存储有能够被处理器加载并执行物流供应方法的计算机程序。Embodiments of the present invention provide a computer-readable storage medium storing a computer program that can be loaded by a processor and execute a logistics supply method.

计算机存储介质例如包括：U盘、移动硬盘、只读存储器(Read-Only Memory，ROM)、随机存取存储器(Random Access Memory，RAM)、磁碟或者光盘等各种可以存储程序代码的介质。The computer storage medium includes, for example, a U disk, a removable hard disk, a read-only memory (ROM), a random access memory (RAM), a magnetic disk or an optical disk and other mediums that can store program codes.

基于同一发明构思，本发明实施例提供一种智能终端，包括存储器和处理器，存储器上存储有能够被处理器加载并执行物流供应方法的计算机程序。Based on the same inventive concept, an embodiment of the present invention provides an intelligent terminal, including a memory and a processor, where a computer program capable of being loaded by the processor and executing the logistics supply method is stored in the memory.

所属领域的技术人员可以清楚地了解到，为描述的方便和简洁，仅以上述各功能模块的划分进行举例说明，实际应用中，可以根据需要而将上述功能分配由不同的功能模块完成，即将装置的内部结构划分成不同的功能模块，以完成以上描述的全部或者部分功能。上述描述的系统，装置和单元的具体工作过程，可以参考前述方法实施例中的对应过程，在此不再赘述。Those skilled in the art can clearly understand that, for the convenience and simplicity of description, only the division of the above-mentioned functional modules is used as an example. The internal structure of the device is divided into different functional modules to complete all or part of the functions described above. For the specific working process of the system, apparatus and unit described above, reference may be made to the corresponding process in the foregoing method embodiments, and details are not described herein again.

以上均为本申请的较佳实施例，并非依此限制本申请的保护范围，本说明书（包括摘要和附图）中公开的任一特征，除非特别叙述，均可被其他等效或者具有类似目的的替代特征加以替换。即，除非特别叙述，每个特征只是一系列等效或类似特征中的一个例子而已。The above are all preferred embodiments of the present application, which are not intended to limit the protection scope of the present application. Any feature disclosed in this specification (including the abstract and drawings), unless otherwise specified, may be equivalent to other or have similar Replacement features of the purpose. That is, unless expressly stated otherwise, each feature is but one example of a series of equivalent or similar features.