TWI855458B - The processing system and method of logistics - Google Patents

Abstract

The processing system and method of logistics is provided. The processing system comprises a terminate device, a barcode reader, a first server and a second server. The processing system performs the steps. The second server sends a reading request to the first server. The first server judges a status information of the reading request the same as a first status information of a freight information. When the status information is not same the freight information, the first server selects one of a sending information or a delivery and entry information, and the selected result and the reading request as a stage status information. The first server sends the stage status to the second server. When the status information is same the freight information, the first server selects the delivery and entry information according to the stage status information and sends the delivery and entry information to the second server.

Description

Information processing system and method for logistics distribution

The invention relates to an information processing system and method, and in particular to an information processing system and method for logistics distribution.

With the development of communication technology, the management of logistics goods has become more real-time. In order to monitor the progress of goods delivery, labels are set on the outer surface of the goods for relevant personnel to scan the information contained in the labels. Since the goods may pass through different distribution links during the logistics process, and corresponding labels are set for each distribution link, when the goods reach the recipient, multiple labels may be set on the outer surface of the goods. Too many labels may make it difficult for relevant personnel to swipe and read, and different labels may also be covered, making it impossible to read the information smoothly. What's worse, interested people can obtain relevant information about the sender or the recipient based on the labels.

In view of this, in some embodiments, the information processing system for logistics distribution includes a terminal device, a barcode reading device, a first server, and a second server. The terminal device transmits the information of the delivery or the pickup or receives the address information. The terminal device generates a barcode label according to the address information. The barcode label is related to the phase status. The barcode reading device generates a scan request according to the current status information and the read barcode label. The first server receives the delivery or the pickup information or the scan request. After receiving the delivery or the pickup information, the first server sends the address information to the terminal device. The first server stores the freight information and the phase status corresponding to the barcode label. The freight information includes the delivery information and the phase status. The first server generates a phase state according to the scan request and the first state information; the second server is connected to the first server and the barcode reading device through a network, and the second server stores the second state information. The second server forwards the received scan request to the first server, and the first server selects the corresponding phase state according to the current state information and sends it to the second server, and the second server replaces the second state information with the phase state. The information processing system for logistics distribution can use the same barcode label to realize the management of relevant information from sending, storage and picking up during the goods transportation process.

In some embodiments, the first server determines whether the current status information of the swipe request is consistent with the first status information of the shipping information; if the current status information is inconsistent with the first status information, the first server selects either the shipping information or the warehousing information from the shipping information according to the current status information and combines it with the current status information of the swipe request as a new phase state; the first server replaces the first status information with the current status information; if the current status information is consistent with the first status information, the first server retains the current phase state from the shipping information.

In some embodiments, the second server determines whether the first state information corresponding to the phase state is consistent with the second state information; if the first state information is inconsistent with the second state information, the second server replaces the second state information with the phase state; if the first state information is consistent with the second state information, the second server does not replace the second state information.

In some embodiments, the logistics distribution information processing system includes a first server and a second server. The first server stores freight information and receives information on mail delivery and pickup. The freight information includes phase status, mail delivery and pickup information, in-and-out warehouse information, and first status information. The first server selects at least one or a combination of mail delivery and pickup information and in-and-out warehouse information to generate a phase status according to the current status information of the scan request and the first status information. The second server is network-connected to the first server. The second server stores second status information. The second server sends a scan request to the first server. The second server determines whether the received phase status is consistent with the second status information. If the phase status is inconsistent with the second status information, the second server replaces the second status information with the phase status. If the phase status is consistent with the second status information, the second server does not replace the second status information.

In some embodiments, when the first server receives the delivery and pickup information, the first server generates address information, and the address information records the network address of the second server.

In some embodiments, a barcode reading device is further included, and the barcode reading device reads the barcode label of the logistics goods, and the barcode reading device obtains the stage status from the second server according to the address information of the barcode label.

In some embodiments, the information processing method for logistics distribution is applied to logistics processing of a first server and a second server, and the information processing method for logistics distribution includes the following steps: the second server sends a scan request to the first server; the first server determines whether the current status information of the scan request is consistent with the first status information of the freight information; if the current status information is inconsistent with the first status information, the first server selects one of the shipping information or the in-and-out warehouse information from the freight information according to the current status information and forms a phase state with the current status information of the scan request, and sends the phase state to the second server; if the current status information is consistent with the first status information, the first server selects the phase state from the freight information and sends it to the second server.

In some embodiments, before the second server sends the scan request to the first server, the terminal device sends the delivery and pickup information to the first server; the first server records the delivery and pickup information and sends the address information to the terminal device; the terminal device generates a barcode label based on the address information, and the barcode label is associated with the stage status.

In some embodiments, the step of the second server sending a swipe request to the first server includes the barcode reading device reading the barcode label; the barcode reading device generating a swipe request based on the read barcode label and current status information corresponding to the barcode reading device; and the barcode reading device sending the swipe request to the second server.

In some embodiments, the second server replaces the second status information with the phase status.

In some embodiments, in the step where the first server selects a phase status from the shipping information and sends it to the second server, the second server determines whether the first status information corresponding to the received phase status is consistent with the second status information; if the first status information is inconsistent with the second status information, the second server replaces the second status information with the phase status; if the first status information is consistent with the second status information, the second server does not replace the second status information.

The information processing system and method for logistics distribution provide a method for controlling the logistics distribution of goods by using the same barcode label. And through the double check of the first server and the second server, only relevant personnel can obtain corresponding information in different distribution stages. Therefore, the personal information and data security of the sender or the receiver can be effectively protected.

Please refer to FIG. 1 and FIG. 2, which are respectively a schematic diagram of an application environment and a schematic diagram of a hardware architecture of an embodiment. The information processing system for logistics distribution (hereinafter referred to as the processing system 10) includes a terminal device 100, a barcode reading device 200, a first server 300 and a second server 400. The first server 300 is connected to the terminal device 100 and the second server 400 via a network, and the second server 400 is also connected to the barcode reading device 200 via a network.

The terminal device 100 can be a mobile device, a personal computer, a kiosk, or a cash register (POS). The terminal device 100 transmits the delivery information 323 to the first server 300, or receives the address information 223 from the first server 300. The delivery information 323 at least includes the relevant information of the sender or the receiver of the goods to be shipped, such as name, phone number, address of the shipping store or address of the receiving store, etc. After the terminal device 100 obtains the address information, the terminal device 100 generates a barcode label 110 according to the address information.

The barcode label 110 can be a one-dimensional barcode (barcode) or a two-dimensional barcode (QR code). During the logistics distribution process, the sender, store staff or logistics personnel can set a barcode label 110 on the surface of the goods so that relevant personnel can control the distribution progress of the goods. The content of the barcode label 110 is related to a phase state 326 generated by the first server 300. The phase state 326 includes the mailing status information, the delivery status information or the pickup status information. The phase state 326 is determined by the first server 300, so it will be explained separately later. The address information 223 records the Internet Protocol Address (IP Address), the Uniform Resource Locator (URL), the session information (session) or the login path and other related information of the second server 400.

The barcode reading device 200 can be a mobile communication device, a personal computer, an interactive information service station, a cash register or a handheld card reader. The barcode reading device 200 includes a communication unit 210, a storage unit 220, a barcode reading unit 230, a display unit 240 and a processing unit 250. The processing unit 250 is electrically connected to the communication unit 210, the storage unit 220, the barcode reading unit 230 and the display unit 240. The communication unit 210 can be connected to the second server 400 via a wireless network or a wired network. The storage unit 220 stores a reading program 221. The processing unit 250 executes the reading program 221 and drives the barcode reading unit 230 to obtain the relevant content of the barcode label 110. The processing unit 250 obtains the address information 223 of the second server 400 from the barcode label 110. The barcode reading device 200 connects to the second server 400 according to the address information 223, and sends a scan request 224 to the second server 400.

During the process of goods delivery, different barcode reading devices 200 will read the barcode label 110. Different stages of the barcode reading devices 200 correspond to different status information. Therefore, when the barcode reading device 200 reads the barcode label 110, the barcode reading device 200 will add the corresponding current status information 222 to the scan request 224. The type of the current status information 222 is any one of the mailing stage, the delivery stage, or the pickup stage, but in fact, the types and quantities of the current status information 222 can be adjusted according to different application scenarios. And each stage of the current status information 222 has its execution order. For example, the current status information 222 is first set to the mailing stage. Then, the current status information 222 is modified from the mailing stage to the delivery stage. Finally, the current status information 222 is modified from the delivery stage to the pickup stage.

The first server 300 includes a first network unit 310, a first memory unit 320 and a first computing unit 330. The first computing unit 330 is electrically connected to the first network unit 310 and the first memory unit 320. The first network unit 310 is connected to the terminal device 100 and the second server 400. The first network unit 310 transmits the delivery information 323, the address information 223 or the scan request 224. The first memory unit 320 stores the logistics management program 321, the address information 223 and the freight information 322. The first computing unit 330 executes the logistics management program 321. The logistics management program 321 creates the corresponding freight information 322 according to the delivery information 323.

The freight information 322 at least includes the delivery information 323, the storage information 324 and the first status information 325. The delivery information 323 at least includes the relevant information of the sender or the receiver of the goods to be transported. The storage information 324 is used to record the warehouse name, number, geographical location, address, telephone number, storage time or storage time of the goods. When the goods are stored (or shipped), the logistics personnel read the barcode label 110 with the barcode reading device 200. While the barcode reading device 200 of the logistics personnel reads the barcode label 110 , the barcode reading device 200 adds the logistics distribution information (corresponding to the current status information 222 ) to the scan request 224 , so that the first server 300 updates the content of the shipping information 322 .

The first status information 325 is any one of the mailing stage, the delivery stage or the pickup stage. The mailing status information corresponds to the mailing stage, and the mailing status information at least records the sender's name, phone number, mailing time and mailing store. The delivery status information corresponds to the delivery stage, and the delivery status information at least includes the warehouse name, the goods entry time, the goods exit time or the pickup store. The pickup status information corresponds to the pickup stage, and the pickup status information includes the name and phone number of the pickup.

The second server 400 includes a second network unit 410, a second memory unit 420 and a second computing unit 430. The second computing unit 430 is electrically connected to the second network unit 410 and the second memory unit 420. The second network unit 410 is connected to the barcode reading device 200 and the first server 300. The second network unit 410 transmits the scan request 224 or the phase state 326. The second memory unit 420 stores the information management program 421 and the second state information 422. The second computing unit 430 executes the information management program 421. The second state information 422 includes any one of the mailing state information, the delivery state information or the pickup state information. The selection of the second state information 422 is based on the first state information 325. The information management program 421 determines whether to update the content value of the second status information 422 based on the stage status 326.

To further illustrate the related operations of each server, terminal device 100 and barcode reading device 200, please refer to Figures 3, 4 and 5. Figure 4 shows the second status information 422 read by the second server 400 at different stage states 326. The blocks above Figure 4 represent different delivery processes, and as described above, the stages are arranged in sequence. Figure 4 can also be regarded as the sequence of execution time of each stage. The delivery process can be divided into the mailing stage, the delivery stage or the pickup stage. In the different stages of Figure 4, the first server 300, the second server 400 and the barcode reading device 200 each have corresponding status information and switching schematics.

The corresponding information of the corresponding phases is respectively corresponded in each of the horizontal columns of the first server 300, the second server 400, the terminal device 100 and the barcode reading device 200. Since the phase state 326 of the first server 300 is generated according to the previous phase, the phase state 326 of the first server 300 in FIG. 4 is set at the front end of the phase (i.e., the left side of each phase in FIG. 4). The second server 400 obtains the phase state 326 after the interactive processing between the barcode reading device 200 and the first server 300. Therefore, the phase state 326 of the second server is located at the back end of the phase (i.e., the right side of each phase in FIG. 4). The barcode reading device 200 is in each stage, and the bottom of each barcode reading device 200 in Figure 4 is the current state information 222. Figure 5 shows the corresponding relationship between each state information and the stage state 326 in the first server 300 and the second server 400. The operation of the processing system 10 includes the following steps: Step S310: The terminal device transmits the delivery and pickup information to the first server, and the first server responds with the address information to the terminal device; Step S320: The terminal device generates a barcode label according to the address information; Step S330: The barcode reading device generates a scan request according to the read barcode label and the current status information; Step S340: The barcode reading device sends the scan request to the second server according to the address information; Step S350: The second server sends the scan request to the first server; Step S360: The first server determines whether the current status information is consistent with the first status information; Step S370: If the current status information is inconsistent with the first status information, the first server selects one of the delivery and pickup information or the in-and-out warehouse information from the shipping information and forms a phase state with the current status information of the scan request; Step S380: The first server sends the phase state to the second server; and Step S390: If the current status information is consistent with the first status information, the first server selects the phase state from the shipping information and sends it to the second server.

First, when the sender wants to send a parcel and first uses the terminal device 100 to create the shipping and pickup information 323, the terminal device 100 uploads the shipping and pickup information 323 of the goods to the first server 300. The first server 300 executes the logistics management program 321. The logistics management program 321 sets the first status information 325 to "blank" or "shipping stage" according to the shipping and pickup information 323. Then, the logistics management program 321 can write the sender's name, phone number, shipping time and shipping store into the "shipping status information" according to the shipping and pickup information 323, and write the pick-up person's name, phone number and pickup store into the "pick-up status information" to establish the content of the shipping status information corresponding to the shipping stage.

At the same time, the logistics management program 321 transmits the address information 223 of the second server 400 to the terminal device 100. The terminal device 100 generates a barcode label 110 according to the address information 223 (for example, generates and prints a barcode label 110 as an adhesive label), and sets the barcode label 110 on the outer surface of the goods to be transported (for example, attaches it to the outer surface of the goods to be transported). The first server 300 transmits the phase status 326 to the second server 400. The information management program 421 of the second server 400 updates the second state information 422 according to the phase status 326, please refer to Figures 4 and 5. The arrows in Figure 5 represent the corresponding relationship between the current state information 222, the phase status 326 and the second state information 422, and are not the operation order. Furthermore, each stage of the current state information 222 has an execution order. If the barcode reader 200 (or terminal device 100) of the previous stage reads the barcode label 110 of the current stage, the second server 400 may not send the stage state 326 to the barcode reader 200 (or terminal device 100) according to the current state information 222 of the barcode reader 200 (or terminal device 100).

When the goods are delivered to the shipping store, the barcode label 110 is read by the shipping store's barcode reading device 200. For the convenience of explanation, the shipping store's barcode reading device 200 is referred to as the shipping reading device 510. The shipping reading device 510 obtains the address information 223 of the second server 400. The current status information 222 of the shipping reading device 510 is "shipping stage". The shipping reading device 510 is connected to the second server 400 according to the address information 223. The shipping reading device 510 generates a scan request 224 according to the current status information 222, and sends the scan request 224 to the second server 400. After the second server 400 receives the refresh request 224 , the information management program 421 forwards the refresh request 224 to the first server 300 .

The first server 300 obtains the current status information 222 from the scan request 224. The first server 300 compares the received current status information 222 with the first status information 325 to see if they are consistent. If the current first status information 325 is "blank", the current status information 222 is inconsistent with the first status information 325. The first server 300 selects the current status information 222 to replace it with the new first status information 325, which means that the first status information 325 is changed to "sending stage". If the current first status information 325 is "sending stage", the first server 300 selects the sending status information and the sending stage and generates the stage status 326. The first server 300 sends the generated stage status 326 to the second server 400.

When the mail reading device 510 sends the scan request 224, the second server 400 also replies the second status information 422 to the mail reading device 510. If the second server 400 has completed obtaining the phase status 326 from the first server 300, the second server 400 replies the second status information 422 to the mail reading device 510. The display unit 240 of the mail reading device 510 plays the second status information 422. If the second server 400 does not have the second status information 422, the second server 400 also replies a "processing" message to the mail reading device 510. In the "shipping phase", the staff of the shipping store can only obtain the shipping information of the sender from the second server 400, and the staff of the shipping store cannot obtain information other than the shipping information from the second server 400.

Next, when the logistics personnel obtains the goods from the shipping store, the logistics personnel uses the barcode reading device 200 to read the barcode label 110. For the convenience of explanation, the barcode reading device 200 of the logistics personnel is referred to as the logistics reading device 520. The logistics reading device 520 generates a scan request 224 according to the current status information 222, and sends the scan request 224 to the second server 400. The current status information 222 in the scan request 224 of the logistics reading device 520 is "delivery stage". After the logistics reading device 520 sends the scan request 224, it can first obtain the second status information 422 from the second server 400 (at this time it is still the shipping status information corresponding to the shipping stage). The display unit 240 of the logistics reading device 520 plays the second status information 422. That is, upon receiving the read request 224, the second server 400 will forward the read request 224 to the first server 300 and reply the second status information 422 to the logistics reading device 520 at the same time.

The second server 400 replies the relevant information of the "shipping stage" (corresponding to the second status information 422) to the logistics reading device 520. At the same time, the second server 400 also forwards the scan request 224 to the first server 300. Since the first status information 325 of the first server 300 is "shipping stage", and the current status information 222 in the scan request 224 received by the second server 400 is "delivery stage", the first server 300 will update the content of the stage status 326 with "delivery stage". After the first server 300 updates the stage status 326, the first server 300 sends the new stage status 326 to the second server 400. The second server 400 replaces the current second status information 422 of the "shipping stage" with the stage status 326 of the "delivery stage". If the current status information 222 in the scan request 224 sent by the logistics reading device 520 contains the storage time or other unregistered information, the first server 300 can add the current status information 222 to the stage status 326.

When goods are put into storage, the warehouse keeper will also read the barcode label 110 on the goods with the barcode reading device 200. For the convenience of explanation, the barcode reading device 200 of the warehouse keeper is hereinafter referred to as the warehouse reading device 530. The warehouse reading device 530 sends a scan request 224 to the second server 400 according to the barcode label 110. As shown in FIG. 4 , the current status information 222 in the scan request 224 of the warehouse reading device 530 is "delivery stage". After the warehouse reading device 530 sends the scan request 224, it can first obtain the delivery status information of the "delivery stage" from the second server 400. After receiving the read request 224, the second server 400 forwards the read request 224 to the first server 300. Since the current status information 222 of the warehouse management reading device 530 is "delivery phase", the first server 300 will not update the phase status 326. If the current status information 222 of the warehouse management reading device 530 contains the storage time or other unregistered information, the first server 300 can add the current status information 222 to the phase status 326, such as the storage time or warehouse name of the delivery status information.

Next, when the logistics personnel want to continue to deliver the goods to the pickup store, the logistics personnel use the logistics reading device 520 to read the barcode label 110 on the goods and send a scan request 224 to the second server 400. At this time, the current status information 222 in the scan request 224 of the logistics reading device 520 is "delivery stage". After the logistics reading device 520 sends the scan request 224, it can first obtain the delivery status information of the "delivery stage" from the second server 400. At the same time, the second server 400 forwards the scan request 224 to the first server 300. Since the first status information 325 of the first server 300 is consistent with the current status information 222 (both are in the delivery stage), the first server 300 maintains the stage state 326 and sends the stage state 326 to the second server 400. The display unit 240 of the logistics reading device 520 plays the second status information 422.

The logistics personnel can transport the goods to the corresponding store according to the pickup store information of the delivery status information. As mentioned above, since the second server 400 has changed from the "shipping stage" to the "delivery stage". Therefore, in the "delivery stage", if the logistics personnel use the logistics reading device 520 to read the barcode label 110 on the goods. The second server 400 only provides relevant information of the "delivery stage" according to the current status information 222 of the logistics reading device 520. Therefore, the logistics personnel or warehouse management personnel cannot obtain the relevant information of the sender or the pickup person from the second server 400.

When the goods arrive at the pickup store, the staff of the pickup store uses the barcode reading device 200 to read the barcode label 110. For the convenience of explanation, the barcode reading device 200 of the pickup store is called the pickup reading device 540. The pickup reading device 540 reads the barcode label 110 and sends a scan request 224 to the second server 400. The current status information 222 in the scan request 224 of the pickup reading device 540 is "pickup stage". After the pickup reading device 540 sends the scan request 224, it can first obtain the second status information 422 from the second server 400 (at this time it is still the delivery status information corresponding to the delivery stage). The display unit 240 of the pickup reading device 540 plays the second status information 422 to confirm whether the pickup store in the delivery status information is correct.

Subsequently, the second server 400 also forwards the scan request 224 to the first server 300. Since the first status information 325 of the first server 300 is "delivery phase", and the current status information 222 in the scan request 224 received by the second server 400 is "pickup phase", the first server 300 will update the content of the phase status 326 with "pickup phase". After the first server 300 updates the phase status 326, the first server 300 sends the new phase status 326 to the second server 400. The second server 400 replaces the current second status information 422 of "delivery phase" with the phase status 326 of "pickup phase".

When the goods are to be picked up, the staff of the pickup store reads the barcode label 110 with the pickup reading device 540 and sends a scan request 224 to the second server 400. Since the current status information 222 in the scan request 224 of the pickup reading device 540 is "pickup stage", after the pickup reading device 540 sends the scan request 224, it still obtains the pickup status information of the "pickup stage" from the second server 400. Here, the pickup status information includes the name and phone number of the pick-up person. The display unit 240 of the pickup reading device 540 plays the second status information 422. Therefore, in the pickup stage, neither the pickup store nor the logistics staff can obtain relevant information other than the pick-up person from the second server 400. Therefore, the sender's personal data and security can be protected.

In some embodiments, after the second server 400 receives the phase state 326, the second server 400 directly replaces the current second state information 422 with the phase state 326.

In some embodiments, after the second server 400 receives the phase state 326, the second server 400 determines whether the first state information 325 corresponding to the phase state 326 is consistent with the second state information 422. If the first state information 325 is inconsistent with the second state information 422, the second server 400 replaces the second state information 422 with the phase state 326. If the first state information 325 is consistent with the second state information 422, the second server 400 does not replace the second state information 422.

The information processing system 10 and method for logistics distribution provide a method for controlling the logistics distribution of goods using the same barcode label 110. And through the double check of the first server 300 and the second server 400, only relevant personnel can obtain corresponding information in different distribution stages. Therefore, the personal information and data security of the sender or the receiver can be effectively protected.

10: Processing system 100: Terminal equipment 110: Barcode label 200: Barcode reading equipment 210: Communication unit 220: Storage unit 221: Reading program 222: Current status information 223: Address information 224: Scan request 230: Reading unit 240: Display unit 250: Processing unit 300: First server 310: First network unit 320: First memory unit 321: Logistics management program 322: Freight information 323: Shipping and pickup information 324: Inbound and outbound information 325: First status information 326: Phase status 330: First computing unit 400: Second server 410: Second network unit 420: Second memory unit 421: Information management program 422: Second status information 430: Second computing unit 510: Mailing reading device 520: Logistics reading device 530: Warehouse management reading device 540: Pickup reading device S310~S390: Steps

FIG1 is a schematic diagram of an application environment of an embodiment. FIG2 is a schematic diagram of a hardware architecture of an embodiment. FIG3 is a schematic diagram of an operation flow of a processing system of an embodiment. FIG4 is a schematic diagram of second state information of each stage state of a second server of an embodiment. FIG5 is a schematic diagram of the corresponding relationship between each state information and stage state of an embodiment.

10: Processing system

100: terminal equipment

110: Barcode label

200: Barcode reading equipment

223: Address information

224: Brush reading requirements

300: First server

323: Shipping and pickup information

400: Second server

Claims (16)

An information processing system for logistics distribution includes: A terminal device that transmits a delivery information or receives an address information, and the terminal device generates a barcode label according to the address information, and the barcode label is associated with a stage state; A barcode reading device that generates a scan request according to a current state information and the read barcode label, or the barcode reading device obtains a second state information according to the barcode label; A first server receives the delivery information or the scan request. After receiving the delivery information, the first server sends the address information to the terminal device. The first server stores the shipping information and the phase status corresponding to the barcode label. The shipping information includes the delivery information, the storage information and the first status information. The first server generates the phase status according to the scan request and the first status information; and A second server is connected to the first server and the barcode reading device via a network. The second server stores the second status information. The second server forwards the received scan request to the first server. The first server selects the corresponding phase state according to the current status information and sends it to the second server. The second server replaces the second status information with the phase state. The information processing system for logistics distribution as described in claim 1, wherein the shipping and pickup information further includes sender information, recipient information, recipient store information and pickup store information. An information processing system for logistics distribution as described in claim 1, wherein the barcode label is a one-dimensional barcode or a two-dimensional barcode. An information processing system for logistics distribution as described in claim 1, wherein when the first server receives the scan request, the first server determines whether the current status information of the scan request is consistent with the first status information of the shipping information; if the current status information is inconsistent with the first status information, the first server selects either the shipping information or the warehousing information from the shipping information according to the current status information and uses it as the new stage status together with the current status information of the scan request; the first server replaces the first status information with the current status information; and if the current status information is consistent with the first status information, the first server retains the current stage status from the shipping information. The information processing system for logistics distribution as described in claim 4, wherein the stage status is shipping status information, delivery status information or pickup status information. An information processing system for logistics distribution as described in claim 5, wherein the current status information includes any one of the mailing stage, the delivery stage or the pickup stage, and the first status information includes any one of the mailing stage, the delivery stage or the pickup stage. An information processing system for logistics distribution as described in claim 1, wherein after the second server receives the phase status, the second server determines whether the first status information corresponding to the phase status is consistent with the second status information; if the first status information is inconsistent with the second status information, the second server replaces the second status information with the phase status; and if the first status information is consistent with the second status information, the second server does not replace the second status information. A logistics distribution information processing system includes: A first server storing a shipment information and receiving a delivery information, wherein the shipment information includes a phase status, the delivery information, a storage information and a first status information, and the first server selects at least one or a combination of the delivery information and the storage information to generate the phase status according to a current status information of a scan request and the first status information; and A second server is connected to the first server via a network. The second server stores a second state information. The second server sends the scan request to the first server. The second server determines whether the received phase state is consistent with the second state information. If the phase state is inconsistent with the second state information, the second server replaces the second state information with the phase state. If the phase state is consistent with the second state information, the second server does not replace the second state information. An information processing system for logistics distribution as described in claim 8, wherein when the first server receives the shipping and pickup information, the first server generates an address information, and the address information records the network address of the second server. The information processing system for logistics distribution as described in claim 9 further includes a barcode reading device, which reads a barcode label of a logistics product, and obtains the stage status from the second server according to the address information of the barcode label. A logistics distribution information processing method is applied to logistics processing of a first server and a second server, and the logistics distribution information processing method includes: The second server sends a scan request to the first server; The first server determines whether a current state information of the scan request is consistent with a first state information of a shipping information; If the current state information is inconsistent with the first state information, the first server selects one of a delivery and pickup information or an in-and-out warehouse information from the shipping information according to the current state information and forms a phase state with the current state information of the scan request, and sends the phase state to the second server; and If the current state information is consistent with the first state information, the first server selects the phase state from the shipping information and sends it to the second server. The information processing method for logistics distribution as described in claim 11, wherein before the second server sends the scan request to the first server, the method includes: A terminal device sends the delivery information to the first server; The first server records the delivery information and sends an address information to the terminal device; and The terminal device generates a barcode label according to the address information, and the barcode label is associated with the phase status. In the information processing method for logistics distribution as described in claim 12, the step of sending the swipe request to the first server at the second server includes: The barcode label is read by a barcode reading device; The barcode reading device generates the swipe request based on the read barcode label and the current status information corresponding to the barcode reading device; and The barcode reading device sends the swipe request to the second server. In the information processing method for logistics distribution as described in claim 13, the step of reading the barcode label by the barcode reading device includes: The barcode reading device obtains a second status information from the second server according to the barcode label. In the information processing method for logistics distribution as described in claim 11, the step of selecting the phase status from the shipping information at the first server and sending it to the second server includes: the second server replaces a second status information with the phase status. The information processing method for logistics distribution as described in claim 15, wherein the step of replacing the second state information with the phase state on the second server includes: The second server determines whether the first state information corresponding to the received phase state is consistent with the second state information; If the first state information is inconsistent with the second state information, the second server replaces the second state information with the phase state; and If the first state information is consistent with the second state information, the second server does not replace the second state information.