TW201709116A - A cloud order and logistic distribution system - Google Patents

Abstract

A cloud order and logistic distribution system comprises a consumer side carrier and a server device. The consumer side carrier comprises a consumer side input unit to enter an order information, the server device comprises a server side storage unit, a server side single receiving unit and a server side processing unit. The s server side storage unit to store goods inventory information, the server side single receiving unit receiving the order information, the server processing unit divides the goods based on the order information and the goods inventory information, when the goods inventory corresponding to the order information, to delivery on the basis of the order information. When the goods inventory is not enough, algorithm for a demand for goods based on goods inventory and cost algorithms of goods, and supplement goods based on the demand for goods.

Description

Cloud order and logistics distribution system

The invention relates to a cloud order and logistics distribution system, and in particular to a cloud order and logistics distribution system utilizing automated item inventory comparison and automated goods logistics distribution.

Food hygiene and safety are the basis for protecting human health and improving the quality of human life. It is an important guarantee for the stable development of society and economy and has an important impact on national and international trade. In recent years, food safety-related problems have emerged one after another. Food is one of the important conditions for survival. However, many human actions now make the food that we rely on for survival to be seriously threatened, a series of plasticizers, The black-hearted oil storm and the event of extinction have cast a shocking bomb on the food-related industry. People have many concerns about food safety. As far as the development of cold chain logistics is concerned, its hardware level, cargo operation requirements and informational configuration and operation The management level and emergency response capability of personnel must have higher requirements, and the systematicization of logistics information plays a vital role in the development of cold chain logistics.

In the current logistics distribution operation, the general process is that the shipping terminal will send the haulage items to the logistics center, or notify the logistics center to pick up the goods, and the logistics center will be delivered. After the haulage items are concentrated, they are sorted according to their delivery address, and then delivered to the delivery person for delivery service; the conventional delivery operation, the deliveryman returns all the receipts to the logistics center after all the delivery is completed. In order to confirm that the goods have been delivered or have other statuses, in this conventional delivery process, it is not possible to immediately return the delivery status, if the customer wants to check the delivery information of the hauled items (such as hauling items) Whether it has been delivered or hauled the goods now), you can only passively dial the phone to ask the customer service staff, the answer is often a question and ask; the traditional distribution method, the customer can not tell by the inquiry whether the haulage item has been delivered Therefore, it is impossible to grasp the immediate information. For the food-related industry, it is unable to meet the requirements for the health and safety of food logistics.

The invention provides a cloud order and logistics distribution system, thereby improving the convenience of cold chain logistics ordering and supply.

The invention provides a cloud order and logistics distribution system, which comprises a consumer carrier and a server server. The consumer carrier includes at least one consumer input unit for inputting an order information. The server server includes a server storage unit, a server signal transceiver unit and a server processing unit. The server storage unit stores a cargo inventory information, the server signal transceiver unit receives the order information from the consumer vehicle, and the server processing unit allocates the goods according to the order information and the cargo inventory information, when the cargo inventory information corresponds to When the quantity of goods in stock meets the demand of order information, the goods are delivered according to the order information. When the quantity of goods in stock is insufficient, the operation is based on the information of the goods in stock and a cost algorithm. Produce a demand scale for goods and replenish the goods according to the demand scale.

In an embodiment of the present invention, the server processing unit further includes an order recording module, an inventory comparison module, and a cargo transportation processing module. The order record module records each order information transmitted by the consumer vehicle for the consumer to check the order information. The inventory comparison module compares the order information with the stock quantity information, and the cargo transportation processing module The group is based on the order information for the goods delivery route planning, and the cargo transportation processing module further includes a freight route library and a freight route generator.

In an embodiment of the present invention, the server processing unit further includes a rights management module, a basic data maintenance operation module, and a cost control module. The rights management module is provided according to the usage rights of each consumer. Corresponding menu.

In an embodiment of the present invention, the cost algorithm is calculated according to the order information transmitted by each consumer vehicle, and each of the shipping costs, sales status, inventory quantity, and storage period of each order information is calculated. The cost of goods.

In an embodiment of the present invention, a delivery vehicle is further included, which receives a cargo demand gauge from a server of the server to replenish the cargo.

The invention adopts the cloud control order and logistics distribution system with automatic control, thereby effectively avoiding the most prone to human error parts in the current cold chain logistics, such as the number of errors, the limitation of order time, the tracking of goods, etc., by This automated control of the cloud order and logistics distribution system, when the consumer orders, can more easily track the order to know the current status of the goods.

100‧‧‧Server server

110‧‧‧Server signal transceiver unit

120‧‧‧Server processing unit

121‧‧‧ Order Recording Module

122‧‧‧Stock comparison module

123‧‧‧Cargo transportation processing module

130‧‧‧Server storage unit

140‧‧‧Transportation Route Library

150‧‧‧ Freight Route Generator

160‧‧‧Permission Control Module

170‧‧‧Basic data maintenance operation module

180‧‧‧ Cost Management Module

200‧‧‧Consumer Vehicles

210‧‧‧Commerce input unit

220‧‧‧ consumer display unit

230‧‧‧Commercial trading unit

240‧‧‧Commercial processing unit

250‧‧‧Communication signal transceiver unit

300‧‧‧Supply carrier

310‧‧‧Supply signal transceiver unit

320‧‧‧Supply processing unit

410‧‧‧Supplier System

420‧‧‧Cargo Dealer System

500‧‧‧ consumer

S410~S460‧‧‧Step process

S510~S540‧‧‧Step procedure

Figure 1 is a block diagram of the components of the system.

2 is a schematic diagram of the relationship between the consumer side and the server side of the system.

Figure 3 is a schematic illustration of a preferred embodiment of the system.

Figure 4 is a flow chart corresponding to the steps of Figure 1 of the system.

Figure 5 is a step of the consumer using the system to query.

The above described features and advantages of the present invention will be more apparent from the following description.

1 is a block diagram of the components of the system, and FIG. 4 is a flow chart corresponding to the steps of FIG. 1 of the system. In Figure 1, the cloud order and logistics distribution system includes a server server 100, a consumer vehicle 200, and a delivery vehicle 300. The carrier vehicle 300 includes a delivery signal transceiver unit. 310 and a delivery processing unit 320. The consumer terminal 200 includes at least a consumer input unit 210, a consumer display unit 220, a consumer transaction unit 230, a consumer processing unit 240, and a consumer signal transceiver unit 250, wherein the consumer input unit 210 The order information is input and transmitted to the server server 100 through the consumer signal transceiver unit 250. When the transaction is established, the transaction can be performed through the consumer transaction unit 230, and the consumer display unit 220 displays the order information and the transaction. content.

The server server 100 includes a server signal transceiving unit 110, A server processing unit 120 and a server storage unit 130. The server storage unit 130 stores a cargo inventory information, and the server signal transceiver unit 110 receives the order information generated by the consumer vehicle 200 to select the desired item (FIG. 4, step S410), and the server processing unit 130 further includes An order record module 121, an inventory comparison module 122, and a cargo transport processing module 123. The order record module 111 records each order information transmitted by the consumer vehicle 200 for the consumer to query the order information. In addition, the server server 100 can further record according to the order record module 111. Historical orders, producing at least one common ordering menu, for example: in the food industry, different hot items in different seasons, therefore, a summer ordering menu or a winter ordering menu can be provided, each menu contains several commodities, or The menu of customary items is provided solely on the basis of the user's frequently ordered items. In addition, if the raw material supplier has a special auction, you can also provide a special ordering menu, so that consumers can place orders directly when ordering, without the need to purchase one by one, it can be effective. Improve ordering efficiency.

The server processing unit 130 first queries whether the cargo inventory quantity is sufficient according to the order information through the inventory quantity comparison module 122 (FIG. 4, step S420) to perform the goods distribution, and the goods inventory quantity corresponding to the goods inventory quantity information satisfies the order information. When the demand is received, that is, after the shipment is notified according to the order information (FIG. 4, step S450), after the delivery route is planned by the cargo transportation processing module 123, the goods are delivered (FIG. 4, step S460), when the inventory of the goods is insufficient, Then, according to the cargo inventory information and a cost algorithm, an operation demand scale is generated (FIG. 4, step S430), and the delivery signal transceiver unit 310 of the delivery vehicle 300 receives the cargo demand scale. Based on The goods demand scale carries out the goods replenishment (Fig. 4, step S440). When the quantity of the goods reaches the quantity that can be shipped, the goods are delivered according to the order information notification (Fig. 4, step S450), and the goods are delivered (Fig. 4, Step S460).

Referring to FIG. 2, in the embodiment, a plurality of consumer terminals 500 are connected to the server server 100 through a network, and at the back end of the server server 100 are a link provider system 410 and a freighter system 420. The supplier system 410 is the delivery vehicle 300 (such as FIG. 1), and the shipping provider system 420 is directly shipped by the server server 100 in the present case, and can be collected by the carrier system 420. The delivery location of the cargo location, or the nearest freighter to the receiving point to assist in the cost of shipping.

Referring to FIG. 3, in FIG. 3, the server server 100 further includes a freight route library 140, a freight route generator 150, a rights management module 160, a basic data maintenance operation module 170, and a cost. Control module 180. The cargo transportation processing module 123 adjusts the cargo transportation route according to the cargo route library 140 and a cargo route generator 150. In addition, in order to prevent and maintain the user's right to use, the privilege management module 160 provides a corresponding function menu according to the usage rights of each consumer, and further provides a basic data maintenance operation module 170 for correcting and maintaining personal information. In addition, the cost control module 180 uses the cost algorithm to calculate the cost of each item in accordance with the order information transmitted by each consumer vehicle 200, and the shipping cost, sales status, inventory quantity, and shelf life of the goods in each order information. Cost requirements.

It is worth mentioning that in this case, through automated design, consumption The server can connect to the server server 100 to query the status of the goods by itself. First, the consumer vehicle 200 generates an inquiry message (step S510), and transmits the inquiry message to the server server 100 through the network connection. (Step S520), after the server server 100 checks the usage right of the consumer carrier 200, the order record module 121 obtains a corresponding order information (step S530), and obtains a cargo logistics overview from the order information. That is, the goods delivery status or the collection status (step S540).

While the present invention has been described above in the foregoing embodiments, it is not intended to limit the invention, and the equivalents of the modifications and retouchings are still in the present invention without departing from the spirit and scope of the invention. Within the scope of patent protection.

100‧‧‧Server server

110‧‧‧Server signal transceiver unit

120‧‧‧Server processing unit

121‧‧‧ Order Recording Module

122‧‧‧Stock comparison module

123‧‧‧Cargo transportation processing module

130‧‧‧Server storage unit

200‧‧‧Consumer Vehicles

210‧‧‧Commerce input unit

220‧‧‧ consumer display unit

230‧‧‧Commercial trading unit

240‧‧‧Commercial processing unit

250‧‧‧Communication signal transceiver unit

300‧‧‧Supply carrier

310‧‧‧Supply signal transceiver unit

320‧‧‧Supply processing unit

Claims (10)

A cloud order and logistics distribution system includes: a consumer carrier, at least one consumer input unit for inputting an order information; and a server server, comprising: a server storage unit for storing a cargo inventory Information processing; a server signal receiving and receiving unit receives the order information from the consumer vehicle; and a server processing unit performs the goods distribution according to the order information and the cargo inventory information, when the goods are in stock When the quantity of goods corresponding to the information meets the demand of the order information, the goods are delivered according to the order information. When the quantity of the goods is insufficient, the goods inventory quantity and a cost algorithm are used to calculate A cargo demand scale, and the goods are replenished according to the cargo demand scale. The cloud order processing and logistics distribution system according to claim 1, wherein the server processing unit further comprises an order record module, an inventory comparison module, and a cargo transportation processing module. The cloud order and logistics distribution system of claim 2, wherein the order record module records each order information transmitted by the consumer vehicle for the consumer to query the order information. For example, the cloud order and logistics distribution system described in claim 2, wherein the order record module is based on the order information accumulated by the consumer vehicle. At least one common ordering menu is produced. For example, the cloud order and logistics distribution system described in claim 2, wherein the inventory comparison module compares the order information with the cargo inventory information. For example, the cloud order processing and logistics distribution system described in claim 2, wherein the cargo transportation processing module performs cargo distribution route planning according to the order information. The cloud order processing and logistics distribution system according to claim 2, wherein the cargo transportation processing module further comprises a freight route library and a freight route generator. The cloud order processing and logistics distribution system according to claim 1, wherein the server processing unit further comprises an authority management module, a basic data maintenance operation module and a cost management module, and the authority management module The corresponding menu is provided according to the usage rights of each consumer. The cloud order and logistics distribution system according to claim 1, wherein the cost algorithm is based on the order information transmitted by each of the consumer vehicles, and the shipping cost and sales of the goods in each order information. The cost, demand, and shelf life are calculated for each item. The cloud order and logistics distribution system described in claim 1 further includes a delivery vehicle that receives the goods demand scale from the server to supplement the goods.