WO2022001562A1

WO2022001562A1 - Intelligent supply chain logistics information platform based on aiot and blockchain

Info

Publication number: WO2022001562A1
Application number: PCT/CN2021/097863
Authority: WO
Inventors: 刘天琼
Original assignee: 深圳市爱云信息科技有限公司
Priority date: 2020-07-03
Filing date: 2021-06-02
Publication date: 2022-01-06
Also published as: CN111882292A

Abstract

An intelligent supply chain logistics information platform based on an AIOT and a blockchain. The platform is composed of an AIOT, blockchain nodes and service processes. Compared with the prior art, the present invention provides a solution for the servicification of logistics data, and has the following advantages: (1) solving the problem of merging multiple systems into an intelligent supply chain logistics information platform; (2) solving the problem of multi-group, multi-subsidiary, multi-organization, multi-user, multi-role, function permission, data permission and multi-data-flow-direction management; (3) solving the problems of performing login and service operations of a unified platform, performing the access and integration of data sources from multiple systems and platforms, being able to dock same with different logistics companies, and allowing different companies to access an intelligent supply chain logistics platform; (4) providing open and shared SDKs and APIs for the open establishment of industry specifications; and (5) solving the problem of integrating information flows, capital flows, service flows and data flows upstream, midstream and downstream of supply chain logistics into an intelligent supply chain logistics information platform.

Description

Intelligent supply chain logistics information platform based on AIOT and blockchain

technical field

The invention relates to the technical field of supply chain logistics, in particular to a smart supply chain logistics information platform based on AIOT and block chain.

Background technique

With the development of IOT technology (sensors, mobile networks, communication standards, technology platforms) and AI (chips, algorithms), smart devices are becoming more and more popular, and with the support of AIOT, smart devices have also added more smart functions. Therefore, it is an inevitable trend to use AIOT to build a supply chain logistics information platform.

For the logistics industry, the use of traditional technologies has been unable to adapt to the development of the Internet of Things, the Internet and artificial intelligence. The construction of the digitalization of the supply chain logistics industry is divided into two stages: the first stage is to realize the data of the logistics business, and the second stage It is to realize the commercialization of logistics data; at present, the logistics industry generally realizes the first stage of the logistics business dataization; therefore, the second stage of the commercialization of logistics data has become an industry demand that needs to be solved urgently.

SUMMARY OF THE INVENTION

In view of the above problems, the purpose of the present invention is to provide a smart supply chain logistics information platform based on AIOT and blockchain, aiming to provide a solution for the commercialization of logistics data.

The present invention is implemented in this way. The technical solution adopted by the intelligent supply chain logistics information platform based on AIOT and blockchain is: an intelligent supply chain logistics information platform based on AIOT and blockchain, the platform is composed of AIOT, district A block chain node and a business process are composed; the AIOT is a hardware device with an artificial intelligence chip that implements the business process; the block chain node is used to define the operation position of the business process; the platform has an open and shared SDK and API interface;

The business process includes the following steps:

S1: outbound process;

S2: stowage process;

S3: Signing process;

S4: Receipt management process;

S5: warehousing process;

The outbound process is used for outbound management of goods, including ordering process, picking process, packaging process, and review process; the block chain node is used to define the operation positions of the outbound process, including ordering post and operation group;

The stowage process is used for the management of goods to be shipped; the operation positions used by the blockchain node to define the stowage process include a stowage post and an operation post;

The sign-in process is used for the sign-in management of goods; the operation positions used by the blockchain node to define the sign-in process include dispatchers, drivers, consignees and customer service;

The receipt management process is used for receipt management of goods; the operation positions used by the blockchain node to define the receipt management process include an agent, a delivery department, a sales department, and a customer;

The warehousing process is used for the warehousing management of goods; the block chain node is used to define the operation positions of the warehousing process including unloading post, order post, pre-receiving post, warehousing post and racking post;

The business process also includes the following steps:

S21: abnormal process;

The abnormal process is used to handle the abnormal situation in the cargo transportation link after the stowage process, and the blockchain node is used to define the operation positions of the abnormal process including registration personnel, processing personnel and notification personnel.

Further, the hardware device includes a computer medium, a mobile terminal, a computer terminal, a server, and a cloud server for implementing the business process.

Further, the order placement process is completed by the order placement post operation, and the order placement process includes the following steps:

S101: start;

S102: Determine whether the customer places the order on his own; if the customer places the order on his own, execute S103; if the customer does not place the order on his own, execute S104;

S103: the customer places an order; then execute S105;

S104: enter the order; then execute S105;

S105: Review the order;

S106: If the inventory is satisfied, the review is passed, and the picking process is executed; if the inventory is not satisfied, the review is not passed, and S107 is executed;

S107: select order review;

S108: If the inventory is satisfied, the review is passed, and the picking process is performed; if the inventory is not satisfied, the review is not passed, and S109 is performed;

S109: Notify the client.

Further, the picking process is completed by the operation group, and the picking process includes the following steps:

S110: Collection of reviewed orders;

S111: determine whether the automatic optimization wave is required; if the automatic optimization wave is required, execute S112; if the automatic optimization wave is not required, execute S113;

S112: optimize the wave according to the wave rule;

S113: Generate waves and picking lists according to picking rules;

S114: release the picking task;

S115: Receive the picking task;

S116: Print picking list and order list;

S117: picking operation;

S118: Picking ends;

S119: determine whether there is zero-removal; if there is zero-removal, execute S120; if there is no zero-removal, execute the packaging process;

S120: When the zero demolition is completed, the warehouse transfer order is automatically generated;

S121: moving operation; then executing the packaging process;

Wherein, the steps S115, S117 and S118 are operated through the APP installed on the mobile terminal.

Further, the packaging process and the review process are completed by the operation group, and the packaging process includes the following steps:

S122: release packaging task;

S123: receive the packaging task;

S124: packing operation;

S125: end of packaging;

Wherein, the steps S123, S124 and S125 are operated through the APP installed on the mobile terminal;

The review process includes the following steps:

S126: Publish the review task;

S127: Receive a review task;

S128: Print picking list and order list;

S129: Review work;

S130: the review is completed;

Wherein, the steps S127, S129 and S130 are operated through the APP installed on the mobile terminal.

Further, the stowage process includes the following steps:

S201: Start; if the stowage data of the stowage process comes from the waybill to be stowed, execute S202; if the stowage data of the stowage process comes from a resource, execute S203;

S202: including the following steps:

S2021: Make a bill and receive the goods; after the waybill is submitted, execute S2023;

S2022: reach the unloading truck; after the unloading is completed, execute S2023;

S2023: Generate a waybill to be loaded; then execute S204;

S203: including the following steps:

S2031: Purchase order, after making up the order, execute S2033;

S2022: reach the unloading truck, after the unloading is completed, execute S2023;

S2023: generate resources; then execute S205;

S204: select the waybill to be loaded; then execute S208;

S205: select resources;

S206: determine whether the resource is sufficient; if it is sufficient, execute S208; if not, execute S207;

S207: add resources; then execute S2033;

S208: stowage;

S209: The stowage result is added or added to the unsubmitted purchase order;

S210: determine whether the shipment is in batches; if it is in batches, execute S212; if it is not in batches, execute S211;

S211: Procurement;

S212: delivery;

Wherein, the steps S201 to S211 are completed by the stowage post operation, and the step S212 is completed by the operation post operation.

Further, the signing process includes the following steps:

S301: start;

S302: Arrive unloading truck;

S303: Determine whether takeout is required; if takeout is required, execute S304; if takeout is not required, execute S306;

S304: Execute take-out; enter the take-out waybill, and track information;

S305: Enter the receipt information, and confirm the receipt; then execute S316;

S306: determine whether to deliver; if delivered, execute S307; if not, execute S317;

S307: The dispatch network issues a dispatch instruction;

S308: The dispatcher confirms the start of the dispatch;

S309: If the dispatcher contacts the consignee, go to S311; if the dispatcher does not contact the consignee, go to S310;

S310: dispatch multiple times; the dispatch data is returned to the dispatch interface to wait for another dispatch, and then execute S307;

S311: If the consignee confirms the receipt of the goods, go to S312; if the consignee does not have or refuses to receive the goods, go to S314;

S312: Signing for receipt or receipt;

S313: sign the receipt, take photos, sign and upload the receipt; then execute S316;

S314: Contact customer service by phone, communicate with the customer service and the consignee; verify and confirm the rejection by the consignee;

S315: Confirm rejection by the consignee;

S316: end;

S317: phone to notify the consignee to pick up the goods;

S318: If the consignee receives the goods, go to S319; if the consignee does not have or refuses to receive the goods, go to S321;

S319: The consignee picks up the goods and signs the receipt or receipt;

S320: Enter the receipt information, and sign for confirmation;

S321: Register the reasons for the consignee's rejection;

S322: report to the dispatcher;

S323: end;

The steps S301-S308, S316 and S317 are performed by the dispatcher, the steps S309, S310, S313 and S315 are performed by the driver, and the steps S311, S312, S318 and S319 are performed by the After the consignee operation is completed, the steps S314, S320-S323 are completed by the customer service operation; the steps S308, S310, S313 and S315 are operated through the APP installed on the mobile terminal.

Further, the receipt management process includes the following steps:

S401: start;

S402: sign for receipt;

S403: Receipt registration;

S404: Confirm whether the receipt meets the requirements; if the receipt meets the requirements, go to S408; if the receipt does not meet the requirements, go to S405;

S405: reject;

S406: The receipt is returned to the agent, and the agent is notified to sign the receipt again;

S407: Re-sign the receipt and issue it;

S408: Confirm receipt of the receipt;

S409: determine whether the receipt is sent by the sales department; if it is sent by the sales department, execute S412; if it is not sent by the sales department, execute S410;

S410: Send a receipt to the customer;

S411: the customer receives the receipt information feedback; then executes S415;

S412: Send the receipt to the sales department;

S413: The sales department receives the receipt;

S414: the customer receives the receipt;; then execute S415;

S415: Confirm that the customer has received the receipt;

S416: end;

Wherein, the steps S401-S403 and S407 are completed by the agent operation, the steps S404-S406, S408-S410, S412 and S416 are completed by the dispatching department, and the steps S413 and S415 are completed by the sales department The operation is completed, and the steps S411 and S414 are completed by the client operation.

Further, the warehousing process includes an unloading process, a pre-collection process, a warehousing process and a shelving process;

The unloading process includes the following steps:

S501: start;

S501: The vehicle arrives, and the unloading is notified;

S503: Determine whether to send a car to pick up the goods; if yes, go to S505; if not, go to S504;

S504: Create a new delivery note;

S505: Confirm the number of unloaded pieces, the number of direct shipments, and the number of copies of documents;

S506: Generate unloading order;

S507: Print the unloading list;

S508: Count the number of unloaded pieces;

S509: Confirm unloading; if yes, go to S510; if no, go to S505;

S510: the unloading order ends; then the pre-collection process is executed;

The pre-collection process includes the following steps:

S511: determine whether to send a car to pick up the goods; if not, execute S512; if yes, execute S513;

S512: Enter the advance receipt according to the customer's paper delivery order; then execute S514;

S513: Determine whether the driver has recorded a pre-acquisition; if yes, go to S514; if not, go to S512;

S514: Verify the advance receipt, and submit the advance receipt;

S515: Receive the delivery task;

S516: print the advance receipt;

S517: Confirm the number and weight of the inbound goods;

S518: Check whether the goods are abnormal; if yes, go to S521; if not, go to S519;

S519: determine whether it is a direct service; if yes, execute S520; if not, execute S522;

S520: end;

S521: Registration is abnormal;

S522: Check and accept the information of the goods in storage in the pre-receipt document;

S523: automatically generate a warehouse receipt; then execute the warehouse receipt process;

The pre-collection process also includes the following steps:

S530: Feed back the withdrawal receipt to the customer;

S531: The customer replies with a processing opinion; if the customer's processing opinion is that the goods are received from other customers, go to S532; if the customer's processing opinion is that the goods are to be returned to the factory, go to S533;

S532: re-record the advance receipt; then execute S535;

S533: cancel all or part of it; then execute S535;

S534: Partially generate a stock receipt;

S535: the pre-acquisition is over; then the warehouse-in process is executed;

The storage process includes the following steps:

S524: Receive the storage task;

S525: print the storage label;

S526: Confirm the weight of the cargo;

S527: determine whether the weight of the goods is abnormal; if so, execute S528; if not, execute S536;

S528: Registration is abnormal;

S529: cancel the stock receipt; then execute S530;

S536: warehousing completed;

S537: The stock-in order is over; then the put-to-shelf process is executed;

The listing process includes the following steps:

S538: Automatically detect orders to be sorted but no waves are generated, and automatically generate picking lists;

S539: Automatically generate a listing list;

S540: Receive the listing task;

S541: print the put-away list;

S542: determine whether there is time to put on the shelves; if there is time to put on the shelves, go to S545; if there is no time to put on the shelves, go to S543;

S543: put on the shelf to the receiving buffer area, and complete the shelf;

S544: Generate a secondary listing and complete automatic collection;

S545: put on the shelf to the inventory area, and complete the shelf;

S546: The listing order ends;

Wherein, the step S508 is completed by the unloading post operation, the steps S501-S507, S509-S514, S530-S535 and S529 are completed by the order post operation, and the steps S515-S523 are completed by the pre-receiving post operation Completed, the steps S524-S528 and S536-S539 are completed by the warehouse-in post operation, and the steps S540-S546 are completed by the rack-up post operation; the steps S515, S517, S521, S522, S524, S528, S536, S540, S543, S544 and S545 are operated through the APP installed in the mobile terminal.

Further, the abnormal flow includes the following steps:

S2111: start;

S2112: An abnormality is found in the transportation of goods;

S2113: Registration is abnormal;

S2114: determine whether to notify the relevant department; if so, execute S2115; if not, execute S2116;

S2115: Receive the exception and follow up the exception; then execute S2123;

S2116: Perform abnormal analysis;

S2117: determine whether feedback to the customer is required; if yes, execute S2118; if not, execute S2119;

S2118: Notify the customer offline, and the customer gives advice on handling;

S2119: Input the processing opinion and select the processing method;

S2120: determine whether to generate a processing document; if so, execute S2121; if not, execute S2122;

S2121: Process the documents generated by exception;

S2122: close exception;

S2123: end;

The steps S2111 to S2114 are completed by the registration personnel, the steps S2116 to S2122 are completed by the processing personnel, and the steps S2115 and S2123 are completed by the notification personnel.

Compared with the prior art, the present invention provides a solution for the commercialization of logistics data, and has the following advantages:

(1) Solved the integration of multiple systems into a smart supply chain logistics information platform;

(2) Solve the management of multi-group, multi-subsidiary, multi-organization, multi-user, multi-role, functional authority, data authority and multi-data flow management;

(3) Solve unified platform login and operation, multi-data source access and integration, and can connect with the systems of different logistics companies;

(4) Provides open and shared SDK and API interface for the open formulation of industry specifications.

Description of drawings

In order to illustrate the technical solutions in the embodiments of the present invention more clearly, the following briefly introduces the drawings required in the embodiments. Obviously, the drawings in the following description are only some embodiments of the present invention. For those of ordinary skill in the art, other drawings can also be obtained from these drawings without any creative effort.

FIG. 1 is a schematic diagram of a business process of an AIOT and blockchain-based smart supply chain logistics information platform provided by an embodiment of the present invention.

FIG. 2 is a schematic diagram of the outbound flow of the intelligent supply chain logistics information platform based on AIOT and blockchain provided by an embodiment of the present invention.

FIG. 3 is a schematic diagram of a stowage process of an AIOT and blockchain-based smart supply chain logistics information platform provided by an embodiment of the present invention.

FIG. 4 is a schematic diagram of a sign-in process of an AIOT and blockchain-based smart supply chain logistics information platform provided by an embodiment of the present invention.

FIG. 5 is a schematic diagram of a receipt management flow of an AIOT and blockchain-based smart supply chain logistics information platform provided by an embodiment of the present invention.

FIG. 6 is a schematic diagram of a warehousing management process of an AIOT and blockchain-based smart supply chain logistics information platform provided by an embodiment of the present invention.

FIG. 7 is a schematic diagram of an abnormal flow of the intelligent supply chain logistics information platform based on AIOT and blockchain provided by an embodiment of the present invention.

detailed description

In order to make the objectives, technical solutions and advantages of the present invention clearer, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention, but not to limit the present invention.

In the drawings of this embodiment, the same or similar numerals correspond to the same or similar components; in the description of the present invention, it should be noted that when an element is referred to as being "fixed to" another element, it may be directly connected to another element. There may also be centered elements on the elements. When an element is referred to as being "connected" to another element, it can be directly connected to the other element or there may be intervening elements The orientation or positional relationship indicated by ” and the like is based on the orientation or positional relationship shown in the accompanying drawings, which is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the referred device or element must have a specific orientation, a specific orientation, and a specific orientation. Therefore, the terms describing the positional relationship in the accompanying drawings are only used for exemplary illustration, and should not be construed as a limitation on this patent. For those of ordinary skill in the art, they can understand the specific meanings of the above terms according to specific situations. .

The technical solutions of the present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.

Referring to FIG. 1 to FIG. 6, it is a preferred embodiment provided by the present invention.

The intelligent supply chain logistics information platform based on AIOT and blockchain provided in this embodiment is characterized in that the platform consists of AIOT, blockchain nodes and business processes; AIOT is a hardware device with an artificial intelligence chip that realizes business processes ;Blockchain nodes are used to define operational positions of business processes; the platform has open and shared SDK and API interfaces;

Referring to Figure 1, the business process includes the following steps:

S1: outbound process;

S2: stowage process;

S3: Signing process;

S4: Receipt management process;

S5: warehousing process;

The outbound process is used for outbound management of goods, including ordering process, picking process, packaging process and review process; the operation positions used by blockchain nodes to define the outbound process include ordering post and operation group;

The stowage process is used for the management of the goods to be shipped; the operation positions used by the blockchain nodes to define the stowage process include the stowage post and the operation post;

The sign-in process is used for the sign-in management of goods; the operation positions used by the blockchain nodes to define the sign-in process include dispatchers, drivers, consignees and customer service;

The receipt management process is used for receipt management of goods; the operation positions used by blockchain nodes to define the receipt management process include agents, delivery departments, sales departments, and customers;

The warehousing process is used for the warehousing management of goods; the operation positions used by the blockchain nodes to define the warehousing process include unloading posts, order posts, advance receipt posts, warehousing posts and shelf posts;

The business process also includes the following steps:

S21: abnormal process;

The abnormal process is used to deal with the abnormal situation found in the cargo transportation link after the stowage process. The operation positions used by the blockchain node to define the abnormal process include registration personnel, processing personnel and notification personnel.

The above-mentioned intelligent supply chain logistics information platform based on AIOT and blockchain is composed of AIOT, blockchain nodes and business processes; compared with the prior art, the present invention provides a solution for the commercialization of logistics data , has the following advantages: (1) It solves the integration of multiple systems into a smart supply chain logistics information platform; (2) It solves the problem of multi-group, multi-subsidiary, multi-organization, multi-user, multi-role, functional authority, data authority and multi- Data flow management; (3) Solve unified platform login and operation, access and integration of multiple data sources, and be able to connect with the systems of different logistics companies; (4) Provide open and shared SDK and API interfaces for the open formulation of industry norms.

As an embodiment of the present invention, the hardware device includes a computer medium for implementing a business process, a mobile terminal, a computer terminal, a server, and a cloud server.

Preferably, the hardware device is a computer, server, notebook computer, mobile phone, tablet computer, etc. with artificial intelligence chips and intelligent computing functions that are publicly available in the market.

As an embodiment of the present invention, referring to FIG. 2 , the order placement process is completed by the order placement post operation, and the order placement process includes the following steps:

S101: start;

S103: the customer places an order; then execute S105;

S104: enter the order; then execute S105;

S105: Review the order;

S107: select order review;

S108: If the inventory is satisfied, the review is passed, and the picking process is executed; if the inventory is not satisfied, the review is not passed, and S109 is executed;

S109: Notify the client.

As an embodiment of the present invention, referring to FIG. 2 , the picking process is completed by the operation group, and the picking process includes the following steps:

S110: Collection of reviewed orders;

S112: optimize the wave according to the wave rule;

S113: Generate waves and picking lists according to picking rules;

S114: release the picking task;

S115: Receive the picking task;

S116: Print picking list and order list;

S117: picking operation;

S118: Picking ends;

S121: move the job; then execute the packaging process;

Wherein, steps S115, S117 and S118 are operated through the APP installed in the mobile terminal.

As an embodiment of the present invention, referring to Figure 2, the packaging process and the review process are completed by the operation group, and the packaging process includes the following steps:

S122: release packaging task;

S123: receive the packaging task;

S124: packing operation;

S125: end of packaging;

Wherein, steps S123, S124 and S125 are operated through the APP installed on the mobile terminal;

The review process includes the following steps:

S126: Publish the review task;

S127: Receive a review task;

S128: Print picking list and order list;

S129: Review work;

S130: the review is completed;

Wherein, steps S127, S129 and S130 are operated through the APP installed in the mobile terminal.

As an embodiment of the present invention, referring to Fig. 3, the stowage process includes the following steps:

S201: Start; if the stowage data of the stowage process comes from the waybill to be stowed, execute S202; if the stowage data of the stowage process comes from resources, execute S203;

S202: including the following steps:

S2023: Generate a waybill to be loaded; then execute S204;

S203: including the following steps:

S2031: Purchase order, after making up the order, execute S2033;

S2023: generate resources; then execute S205;

S204: select the waybill to be loaded; then execute S208;

S205: select resources;

S207: add resources; then execute S2033;

S208: stowage;

S209: The stowage result is added or added to the unsubmitted purchase order;

S211: Procurement;

S212: delivery;

Wherein, steps S201 to S211 are completed by the stowage post operation, and step S212 is completed by the operation post operation.

As an embodiment of the present invention, with reference to Figure 4, the sign-off process includes the following steps:

S301: start;

S302: Arrive unloading truck;

S304: Execute take-out; enter the take-out waybill, and track information;

S307: The dispatch network issues a dispatch instruction;

S308: The dispatcher confirms the start of the dispatch;

S312: Signing for receipt or receipt;

S315: Confirm rejection by the consignee;

S316: end;

S317: phone to notify the consignee to pick up the goods;

S319: The consignee picks up the goods and signs the receipt or receipt;

S320: Enter the receipt information, and sign for confirmation;

S321: Register the reasons for the consignee's rejection;

S322: report to the dispatcher;

S323: end;

Among them, steps S301-S308, S316 and S317 are completed by the dispatcher; steps S309, S310, S313 and S315 are completed by the driver; steps S311, S312, S318 and S319 are completed by the consignee; steps S314, S320-S323 It is completed by the customer service operation; steps S308, S310, S313 and S315 are operated through the APP installed on the mobile terminal.

As an embodiment of the present invention, referring to FIG. 5 , the receipt management process includes the following steps:

S401: start;

S402: sign for receipt;

S403: Receipt registration;

S405: reject;

S407: Re-sign the receipt and issue it;

S408: Confirm receipt of the receipt;

S410: Send a receipt to the customer;

S412: Send the receipt to the sales department;

S413: The sales department receives the receipt;

S414: the customer receives the receipt;; then execute S415;

S415: Confirm that the customer has received the receipt;

S416: end;

Among them, steps S401-S403 and S407 are completed by the agency operation, steps S404-S406, S408-S410, S412 and S416 are completed by the dispatch department operation, steps S413 and S415 are completed by the sales department operation, and steps S411 and S414 are completed by the customer operation.

As an embodiment of the present invention, referring to FIG. 6 , the warehousing process includes the unloading process, the pre-collection process, the warehousing process and the shelving process;

The unloading process includes the following steps:

S501: start;

S501: The vehicle arrives, and the unloading is notified;

S504: Create a new delivery note;

S506: Generate unloading order;

S507: Print the unloading list;

S508: Count the number of unloaded pieces;

S509: Confirm unloading; if yes, go to S510; if no, go to S505;

S510: The unloading order ends; then the pre-collection process is executed;

The advance collection process includes the following steps:

S514: Verify the advance receipt, and submit the advance receipt;

S515: Receive the delivery task;

S516: print the advance receipt;

S517: Confirm the number and weight of the inbound goods;

S520: end;

S521: Registration is abnormal;

The advance collection process also includes the following steps:

S530: Feed back the withdrawal receipt to the customer;

S531: The customer replies with a processing opinion; if the customer's processing opinion is that the goods are received from other customers, go to S532; if the customer's processing opinion is that the product is to be returned to the factory, go to S533;

S532: re-record the advance receipt; then execute S535;

S533: cancel all or part of it; then execute S535;

S534: Partially generate a stock receipt;

S535: The pre-acquisition is over; then the warehouse-in process is executed;

The warehouse entry process includes the following steps:

S524: Receive the storage task;

S525: print the storage label;

S526: Confirm the weight of the cargo;

S528: Registration is abnormal;

S529: cancel the stock receipt; then execute S530;

S536: warehousing completed;

S537: The stock-in order is over; then the put-to-shelf process is executed;

The listing process includes the following steps:

S539: Automatically generate a listing list;

S540: Receive the listing task;

S541: print the put-away list;

S543: put on the shelf to the receiving buffer area, and complete the shelf;

S544: Generate a secondary listing and complete automatic collection;

S545: put on the shelf to the inventory area, and complete the shelf;

S546: The listing order ends;

Among them, step S508 is completed by the unloading post operation, steps S501~S507, S509~S514, S530~S535 and S529 are completed by the order post operation, steps S515~S523 are completed by the pre-receive post operation, and steps S524~S528 and S536~S539 are completed by the incoming post operation. The warehouse post operation is completed, and steps S540 to S546 are completed by the rack post operation; steps S515, S517, S521, S522, S524, S528, S536, S540, S543, S544 and S545 are operated through the APP installed on the mobile terminal.

As an embodiment of the present invention, referring to FIG. 7 , the abnormal flow includes the following steps:

S2111: start;

S2112: An abnormality is found in the transportation of goods;

S2113: Registration is abnormal;

S2115: Receive the exception and follow up the exception; then execute S2123;

S2116: Perform abnormal analysis;

S2118: Notify the customer offline, and the customer gives advice on handling;

S2119: Input the processing opinion and select the processing method;

S2121: Process the documents generated by exception;

S2122: close exception;

S2123: end;

Among them, steps S2111-S2114 are completed by the registration personnel, steps S2116-S2122 are completed by the processing personnel, and steps S2115 and S2123 are completed by the notification personnel.

Preferably, the business process is written and implemented using existing, open, and open source software architecture and software codes; the APP used to implement the business process is written and implemented using existing, open, and open-source program codes; those skilled in the art follow This embodiment can be implemented very easily.

The above descriptions are only preferred embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention shall be included in the protection of the present invention. within the range.

Claims

A smart supply chain logistics information platform based on AIOT and blockchain, characterized in that the platform consists of AIOT, blockchain nodes and business processes; the AIOT is a hardware device with an artificial intelligence chip that realizes the business process ; The blockchain node is used to define the operation position of the business process; the platform has an open and shared SDK and API interface;

The business process includes the following steps:

S1: outbound process;

S2: stowage process;

S3: Signing process;

S4: Receipt management process;

S5: warehousing process;

The outbound process is used for outbound management of goods, including ordering process, picking process, packaging process, and review process; the block chain node is used to define the operation positions of the outbound process, including ordering post and operation group;

The stowage process is used for the management of goods to be shipped; the operation positions used by the blockchain node to define the stowage process include a stowage post and an operation post;

The sign-in process is used for the sign-in management of goods; the operation positions used by the blockchain node to define the sign-in process include dispatchers, drivers, consignees and customer service;

The receipt management process is used for receipt management of goods; the operation positions used by the blockchain node to define the receipt management process include an agent, a delivery department, a sales department, and a customer;

The warehousing process is used for the warehousing management of goods; the block chain node is used to define the operation positions of the warehousing process including unloading post, order post, pre-receiving post, warehousing post and racking post;

The business process also includes the following steps:

S21: abnormal process;

The abnormal process is used to handle the abnormal situation in the cargo transportation link after the stowage process, and the blockchain node is used to define the operation positions of the abnormal process including registration personnel, processing personnel and notification personnel.
The intelligent supply chain logistics information platform based on AIOT and blockchain according to claim 1, wherein the hardware device includes a computer medium, a mobile terminal, a computer terminal, a server and a cloud for realizing the business process server.
The intelligent supply chain logistics information platform based on AIOT and blockchain according to claim 1, wherein the order placing process is completed by the order placing post operation, and the order placing process includes the following steps:

S101: start;

S102: Determine whether the customer places the order on his own; if the customer places the order on his own, execute S103; if the customer does not place the order on his own, execute S104;

S103: the customer places an order; then execute S105;

S104: enter the order; then execute S105;

S105: Review the order;

S106: If the inventory is satisfied, the review is passed, and the picking process is executed; if the inventory is not satisfied, the review is not passed, and S107 is executed;

S107: select order review;

S108: If the inventory is satisfied, the review is passed, and the picking process is performed; if the inventory is not satisfied, the review is not passed, and S109 is performed;

S109: Notify the client.
The intelligent supply chain logistics information platform based on AIOT and blockchain according to claim 2, wherein the picking process is completed by the operation group, and the picking process includes the following steps:

S110: Collection of reviewed orders;

S111: determine whether the automatic optimization wave is required; if the automatic optimization wave is required, execute S112; if the automatic optimization wave is not required, execute S113;

S112: optimize the wave according to the wave rule;

S113: Generate waves and picking lists according to picking rules;

S114: release the picking task;

S115: Receive the picking task;

S116: Print picking list and order list;

S117: picking operation;

S118: Picking ends;

S119: determine whether there is zero-removal; if there is zero-removal, execute S120; if there is no zero-removal, execute the packaging process;

S120: When the zero demolition is completed, the warehouse transfer order is automatically generated;

S121: moving operation; then executing the packaging process;

Wherein, the steps S115, S117 and S118 are operated through the APP installed on the mobile terminal.
The intelligent supply chain logistics information platform based on AIOT and blockchain according to claim 2, wherein the packaging process and the review process are completed by the operation group, and the packaging process includes the following steps:

S122: release packaging task;

S123: receive the packaging task;

S124: packing operation;

S125: end of packaging;

Wherein, the steps S123, S124 and S125 are operated through the APP installed on the mobile terminal;

The review process includes the following steps:

S126: Publish the review task;

S127: Receive a review task;

S128: Print picking list and order list;

S129: Review work;

S130: the review is completed;

Wherein, the steps S127, S129 and S130 are operated through the APP installed on the mobile terminal.
The intelligent supply chain logistics information platform based on AIOT and blockchain according to claim 1, wherein the stowage process comprises the following steps:

S201: Start; if the stowage data of the stowage process comes from the waybill to be stowed, execute S202; if the stowage data of the stowage process comes from a resource, execute S203;

S202: including the following steps:

S2021: Make a bill and receive the goods; after the waybill is submitted, execute S2023;

S2022: reach the unloading truck; after the unloading is completed, execute S2023;

S2023: Generate a waybill to be loaded; then execute S204;

S203: including the following steps:

S2031: Purchase order, after making up the order, execute S2033;

S2022: reach the unloading truck, after the unloading is completed, execute S2023;

S2023: generate resources; then execute S205;

S204: select the waybill to be loaded; then execute S208;

S205: select resources;

S206: determine whether the resource is sufficient; if it is sufficient, execute S208; if not, execute S207;

S207: add resources; then execute S2033;

S208: stowage;

S209: The stowage result is added or added to the unsubmitted purchase order;

S210: determine whether the shipment is in batches; if it is in batches, execute S212; if it is not in batches, execute S211;

S211: Procurement;

S212: delivery;

Wherein, the steps S201 to S211 are completed by the stowage post operation, and the step S212 is completed by the operation post operation.
The intelligent supply chain logistics information platform based on AIOT and blockchain according to claim 2, wherein the signing process comprises the following steps:

S301: start;

S302: Arrive unloading truck;

S303: Determine whether takeout is required; if takeout is required, execute S304; if takeout is not required, execute S306;

S304: Execute take-out; enter the take-out waybill, and track information;

S305: Enter the receipt information, and confirm the receipt; then execute S316;

S306: determine whether to deliver; if delivered, execute S307; if not, execute S317;

S307: The dispatch network issues a dispatch instruction;

S308: The dispatcher confirms the start of the dispatch;

S309: If the dispatcher contacts the consignee, go to S311; if the dispatcher does not contact the consignee, go to S310;

S310: dispatch multiple times; the dispatch data is returned to the dispatch interface to wait for another dispatch, and then execute S307;

S311: If the consignee confirms the receipt of the goods, go to S312; if the consignee does not have or refuses to receive the goods, go to S314;

S312: Signing for receipt or receipt;

S313: sign the receipt, take photos, sign and upload the receipt; then execute S316;

S314: Contact customer service by phone, communicate with the customer service and the consignee; verify and confirm the rejection by the consignee;

S315: Confirm rejection by the consignee;

S316: end;

S317: phone to notify the consignee to pick up the goods;

S318: If the consignee receives the goods, go to S319; if the consignee does not have or refuses to receive the goods, go to S321;

S319: The consignee picks up the goods and signs the receipt or receipt;

S320: Enter the receipt information, and sign for confirmation;

S321: Register the reasons for the consignee's rejection;

S322: report to the dispatcher;

S323: end;

The steps S301-S308, S316 and S317 are performed by the dispatcher, the steps S309, S310, S313 and S315 are performed by the driver, and the steps S311, S312, S318 and S319 are performed by the After the consignee operation is completed, the steps S314, S320-S323 are completed by the customer service operation; the steps S308, S310, S313 and S315 are operated through the APP installed on the mobile terminal.
The intelligent supply chain logistics information platform based on AIOT and blockchain according to claim 1, wherein the receipt management process comprises the following steps:

S401: start;

S402: sign for receipt;

S403: Receipt registration;

S404: Confirm whether the receipt meets the requirements; if the receipt meets the requirements, go to S408; if the receipt does not meet the requirements, go to S405;

S405: reject;

S406: The receipt is returned to the agent, and the agent is notified to sign the receipt again;

S407: Re-sign the receipt and issue it;

S408: Confirm receipt of the receipt;

S409: determine whether the receipt is sent by the sales department; if it is sent by the sales department, execute S412; if it is not sent by the sales department, execute S410;

S410: Send a receipt to the customer;

S411: the customer receives the receipt information feedback; then executes S415;

S412: Send the receipt to the sales department;

S413: The sales department receives the receipt;

S414: the customer receives the receipt;; then execute S415;

S415: Confirm that the customer has received the receipt;

S416: end;

Wherein, the steps S401-S403 and S407 are completed by the agent operation, the steps S404-S406, S408-S410, S412 and S416 are completed by the dispatching department, and the steps S413 and S415 are completed by the sales department The operation is completed, and the steps S411 and S414 are completed by the client operation.
The intelligent supply chain logistics information platform based on AIOT and blockchain according to claim 2, wherein the warehousing process includes unloading process, pre-collection process, warehousing process and put-to-shelf process;

The unloading process includes the following steps:

S501: start;

S501: The vehicle arrives, and the unloading is notified;

S503: determine whether to send a car to pick up the goods; if yes, go to S505; if not, go to S504;

S504: Create a new delivery note;

S505: Confirm the number of unloaded pieces, the number of direct shipments, and the number of copies of documents;

S506: Generate unloading order;

S507: Print the unloading list;

S508: Count the number of unloaded pieces;

S509: Confirm unloading; if yes, go to S510; if no, go to S505;

S510: the unloading order ends; then the pre-collection process is executed;

The pre-collection process includes the following steps:

S511: determine whether to send a car to pick up the goods; if not, execute S512; if yes, execute S513;

S512: Enter the advance receipt according to the customer's paper delivery order; then execute S514;

S513: Determine whether the driver has recorded a pre-acquisition; if yes, go to S514; if not, go to S512;

S514: Verify the advance receipt, and submit the advance receipt;

S515: Receive the delivery task;

S516: print the advance receipt;

S517: Confirm the number and weight of the inbound goods;

S518: Check whether the goods are abnormal; if yes, go to S521; if not, go to S519;

S519: determine whether it is a direct service; if yes, execute S520; if not, execute S522;

S520: end;

S521: Registration is abnormal;

S522: Check and accept the information of the goods in storage in the pre-receipt document;

S523: automatically generate a warehouse receipt; then execute the warehouse receipt process;

The pre-collection process also includes the following steps:

S530: Feed back the withdrawal receipt to the customer;

S531: The customer replies with a processing opinion; if the customer's processing opinion is that the goods are received from other customers, go to S532; if the customer's processing opinion is that the product is to be returned to the factory, go to S533;

S532: re-record the advance receipt; then execute S535;

S533: cancel all or part of it; then execute S535;

S534: Partially generate a stock receipt;

S535: the pre-acquisition is over; then the warehouse-in process is executed;

The storage process includes the following steps:

S524: Receive the storage task;

S525: print the storage label;

S526: Confirm the weight of the cargo;

S527: determine whether the weight of the goods is abnormal; if so, execute S528; if not, execute S536;

S528: Registration is abnormal;

S529: cancel the stock receipt; then execute S530;

S536: warehousing completed;

S537: The stock-in order is over; then the put-to-shelf process is executed;

The listing process includes the following steps:

S538: Automatically detect orders to be sorted but no waves are generated, and automatically generate picking lists;

S539: Automatically generate a listing list;

S540: Receive the listing task;

S541: print the put-away list;

S542: determine whether there is time to put on the shelves; if there is time to put on the shelves, go to S545; if there is no time to put on the shelves, go to S543;

S543: put on the shelf to the receiving buffer area, and complete the shelf;

S544: Generate a secondary listing and complete automatic collection;

S545: put on the shelf to the inventory area, and complete the shelf;

S546: The listing order ends;

Wherein, the step S508 is completed by the unloading post operation, the steps S501-S507, S509-S514, S530-S535 and S529 are completed by the order post operation, and the steps S515-S523 are completed by the pre-receiving post operation Completed, the steps S524-S528 and S536-S539 are completed by the warehouse-in post operation, and the steps S540-S546 are completed by the rack-up post operation; the steps S515, S517, S521, S522, S524, S528, S536, S540, S543, S544 and S545 are operated through the APP installed in the mobile terminal.
The intelligent supply chain logistics information platform based on AIOT and blockchain according to claim 1, wherein the abnormal process comprises the following steps:

S2111: start;

S2112: An abnormality is found in the transportation of goods;

S2113: Registration is abnormal;

S2114: determine whether to notify the relevant department; if so, execute S2115; if not, execute S2116;

S2115: Receive the exception and follow up the exception; then execute S2123;

S2116: Perform abnormal analysis;

S2117: determine whether feedback to the customer is required; if yes, execute S2118; if not, execute S2119;

S2118: Notify the customer offline, and the customer gives advice on handling;

S2119: Input the processing opinion and select the processing method;

S2120: determine whether to generate a processing document; if so, execute S2121; if not, execute S2122;

S2121: Process the documents generated by exception;

S2122: close exception;

S2123: end;

The steps S2111 to S2114 are completed by the registration personnel, the steps S2116 to S2122 are completed by the processing personnel, and the steps S2115 and S2123 are completed by the notification personnel.