A cargo rights supervision system and method, cargo rights supervision server and method

Abstract

The present invention belongs to the technical field of goods ownership supervision, and provides a goods ownership supervision system and method, a goods ownership supervision server and method. The system includes: the client, which is used to input warehouse information and information about goods to be stored, and send it to the server; the mobile terminal, which is used to collect goods information in different application scenarios and send it to the server; the server, which is used to process the input warehouse information and information about goods to be stored separately, establish a warehouse file, generate a warehouse identifier, and establish inventory information in the warehouse file; identify and process the documents in the goods information, save the identified documents and inventory information in a time series, and obtain goods ownership information; wherein, the identification process includes: identifying whether the type of the uploaded document meets the document type preset in the application scenario; identifying the content of the document, combining it with the inventory information, and judging the consistency.

Description

Technical Field

[0001] The present invention belongs to the technical field of cargo rights supervision, and specifically relates to a cargo rights supervision system and method, and a cargo rights supervision server and method. Background Art

[0002] The statements in this section merely provide background information related to the present invention and do not necessarily constitute prior art.

[0003] In commodity trading, transactions, and financing, the risk of selling or pledging the same commodity multiple times often occurs, resulting in significant losses for the commodity's rights holders. This is primarily due to the unclear and difficult-to-determine ownership of the goods. Generally speaking, ownership of movable property is proven by the rights holder's physical possession of the goods. However, most rights holders cannot afford the costs of building or renting a warehouse or hiring personnel to directly possess the goods. Consequently, they can only exercise indirect possession through storage contracts with warehouse managers.

[0004] Warehouses are important public nodes in the industrial chain. As various services are continuously added to the warehouse scene, cargo owners, inventory supervision companies, financial institutions, and transaction service providers have increasingly higher requirements for the clarity of basic warehouse information. Unclear warehouse descriptions lead to unclear descriptions of the goods in the warehouse, which is a major problem facing warehouse management.

[0005] Goods undergo various operations in warehouses, such as warehousing, outbound delivery, and inventory checks. These actions are sometimes crucial and require documentation, for example to help warehouse managers enforce due diligence and avoid liability. For example, in scenarios such as goods trade, transactions, or financing, records of goods delivery and possession are needed to prove ownership. However, due to unclear regulations regarding warehouse ownership, operations such as warehousing, outbound delivery, and inventory checks cannot be fully attributed to the right holder.

[0006] The purpose of publicizing the ownership of goods is to help the right holder declare the ownership of the goods, prevent and dissuade third parties from avoiding certain risks. Usually, some public announcements are only online, or only on-site, or although there are public announcements both online and on-site, they are independent of each other and have no connection. Although such announcements can play a certain role, they are not effective due to various reasons, such as the goods ownership public announcement board is easily damaged, the content is tampered with, etc. Summary of the Invention

[0007] In order to solve the above problems, the present invention proposes a goods rights supervision system and method, a goods rights supervision server and method. The present invention performs operations such as specifying the goods, recording the delivery and continuous possession process, and publicizing the goods rights information based on the actual situation of the goods owned by the right holder, and issues a goods-related ownership report based on the recorded content, which can quickly form an effective chain of evidence based on the complete goods rights supervision records.

[0008] According to some embodiments, the present invention adopts the following technical solutions:

[0009] In a first aspect, the present invention provides a goods rights supervision system.

[0010] A cargo rights supervision system includes: a client, a mobile terminal and a server connected to each other,

[0011] The client is used to input warehouse information and information of goods to be stored, and send it to the server;

[0012] The mobile terminal is used to collect cargo information in different application scenarios and send it to the server;

[0013] The server is configured to process the entered warehouse information and information about goods to be stored, respectively, establish a warehouse file, generate a warehouse identifier, and establish inventory information in the warehouse file; identify and process the documents in the goods information, and store the identified documents and the inventory information in a time series to obtain goods ownership information; wherein the identification process includes: identifying whether the type of the uploaded document meets the document type preset for the application scenario; identifying the content of the document, and judging consistency in combination with the inventory information.

[0014] Furthermore, the document types preset in the application scenario include:

[0015] The document types preset for the incoming warehousing scenario include: incoming warehousing note, incoming warehousing weighing note, transport note, test note, commodity inspection report, and support for user-defined documents;

[0016] The document types preset for outbound delivery scenarios include: pick-up application, outbound delivery instructions, outbound delivery weighing slip, outbound delivery details, and support for user-defined documents;

[0017] The document types preset in the inventory scene include: inventory details and support for user-defined documents.

[0018] Furthermore, the identification of the content of the document, combined with the inventory information, and the determination of consistency include: identifying whether there is a document name;

[0019] Furthermore, the content of the identification document, combined with the inventory information, is judged to be consistent, including:

[0020] Identify whether the goods data and inventory information in the document are consistent with the entered data.

[0021] Furthermore, the process of processing the entered warehouse information includes: receiving a satellite image of the warehouse, identifying the area of ​​the designated warehouse in the satellite image of the warehouse, and calculating the area of ​​the designated warehouse; comparing the area of ​​the designated warehouse with the area of ​​the warehouse in the warehouse information, and determining the location information of the designated warehouse when the error is less than a set threshold range.

[0022] Furthermore, the warehouse information includes: warehouse name, warehouse location information, warehouse latitude and longitude, warehouse type, warehouse capacity, warehouse area, warehouse floor plan, warehouse ownership information and a warehouse information table attachment with the official seal of the warehousing management company.

[0023] Furthermore, the information of the goods to be stored includes: name of the goods, specifications or grades of the goods, total quantity of the goods, information on the owner and pledgee of the goods, storage location information, warehouse receipt information, custodian information, panoramic photos and / or videos of the goods, detailed photos and / or videos of the goods, and photos and / or videos of the goods documents.

[0024] Furthermore, the cargo information includes panoramic photos and / or videos of the cargo, detailed photos and / or videos of the cargo, and document photos and / or videos of the cargo.

[0025] Furthermore, the server is also used to publicize inventory information and / or cargo ownership information.

[0026] Furthermore, the server is connected to a cargo ownership disclosure platform and / or an on-site cargo ownership sign set up in a warehouse or a storage area where inventory is placed. The cargo ownership disclosure platform and / or the on-site cargo ownership sign are used to disclose inventory information and / or cargo ownership information; the disclosure information of the cargo ownership disclosure platform and the on-site cargo ownership sign is synchronized in real time.

[0027] Furthermore, the on-site cargo ownership card includes:

[0028] The automatic broadcast module is used to broadcast the cargo ownership information on site when a person is detected within the detection range.

[0029] Furthermore, the server is further configured to send an early warning message to the mobile terminal when detecting that the cargo ownership card is powered off, offline, or moved.

[0030] Furthermore, the server is further configured to send an early warning message to the mobile terminal when at least one of the following occurs:

[0031] Different ownership information of goods is found in the same warehouse or storage location;

[0032] The total quantity of goods in the same warehouse under public notice exceeds the warehouse capacity;

[0033] Changes in warehouse information conflict with the publicly disclosed cargo ownership information.

[0034] In a second aspect, the present invention provides a method for supervising goods rights.

[0035] A method for supervising goods rights, comprising:

[0036] The client enters warehouse information and information about goods to be stored and sends it to the server;

[0037] The mobile terminal collects cargo information in different application scenarios and sends it to the server;

[0038] The server processes the entered warehouse information and information about the goods to be stored separately, establishes a warehouse file, generates a warehouse identifier, and establishes inventory information in the warehouse file; identifies and processes the documents in the goods information, and saves the identified documents and inventory information in a time series to obtain goods ownership information; wherein, the identification process includes: identifying whether the type of the uploaded document meets the document type preset for the application scenario; identifying the content of the document, combining it with the inventory information, and judging consistency.

[0039] Furthermore, the document types preset in the application scenario include:

[0040] The document types preset for the incoming warehousing scenario include: incoming warehousing note, incoming warehousing weighing note, transport note, test note, commodity inspection report, and support for user-defined documents;

[0041] The document types preset for outbound delivery scenarios include: pick-up application, outbound delivery instructions, outbound delivery weighing slip, outbound delivery details, and support for user-defined documents;

[0042] The document types preset in the inventory scene include: inventory details and support for user-defined documents;

[0043] Furthermore, the content of the identification document, combined with the inventory information, is judged to be consistent, including:

[0044] Identify whether there is a document name;

[0045] Furthermore, it is necessary to identify whether the cargo data in the document is consistent with the entered data;

[0046] Furthermore, it is necessary to identify whether the goods data and inventory information in the document are consistent with the entered data;

[0047] Furthermore, the process of processing the input warehouse information includes: receiving a satellite image of the warehouse, identifying the area of ​​the designated warehouse in the satellite image of the warehouse, and calculating the area of ​​the designated warehouse; comparing the area of ​​the designated warehouse with the area of ​​the warehouse in the warehouse information, and determining the location information of the designated warehouse when the error is less than a set threshold range;

[0048] Furthermore, the warehouse information includes: warehouse name, warehouse location information, warehouse latitude and longitude, warehouse type, warehouse capacity, warehouse area, warehouse floor plan, warehouse ownership information, and a warehouse information table attachment with the official seal of the warehouse management company;

[0049] Furthermore, the information of the goods to be stored includes: name of the goods, specifications or grades of the goods, total quantity of the goods, information on the owner and pledgee of the goods, storage location information, warehouse receipt information, custodian information, panoramic photos and / or videos of the goods, detailed photos and / or videos of the goods, and photos and / or videos of the goods documents;

[0050] Furthermore, the cargo information includes panoramic photos and / or videos of the cargo, detailed photos and / or videos of the cargo, and photos and / or videos of the cargo documents;

[0051] Furthermore, the server publicly displays inventory information and / or goods ownership information;

[0052] Furthermore, the server is connected to a cargo ownership disclosure platform and / or an on-site cargo ownership sign in a warehouse or a storage area where inventory is stored, wherein the cargo ownership disclosure platform and / or on-site cargo ownership sign are used to disclose inventory information and / or cargo ownership information;

[0053] Furthermore, the on-site cargo ownership card includes:

[0054] The automatic broadcast module is used to broadcast the cargo ownership information on site when a person is detected within the detection range.

[0055] Furthermore, the server sends an early warning message to the mobile terminal when detecting that the cargo ownership card is powered off, offline, or moved.

[0056] Furthermore, an early warning is issued when at least one of the following occurs:

[0057] Different ownership information of goods is found in the same warehouse or storage location;

[0058] The total quantity of goods in the same warehouse under public notice exceeds the warehouse capacity;

[0059] Changes in warehouse information conflict with the publicly disclosed cargo ownership information.

[0060] In a third aspect, the present invention provides a cargo ownership supervision server.

[0061] A cargo ownership supervision server, comprising:

[0062] The cargo ownership supervision module is used to process the entered warehouse information and the information of the goods to be stored, establish warehouse files, generate warehouse identification, and establish inventory information in the warehouse files;

[0063] The evidence processing module is configured to: receive cargo information uploaded in different application scenarios, identify and process the documents in the cargo information, and save the identified documents and inventory information in a time series to obtain cargo ownership information; wherein, the identification processing includes: identifying whether the type of uploaded document meets the document type preset for the application scenario; identifying the content of the document, combining it with the inventory information, and judging the consistency.

[0064] Furthermore, the cargo ownership supervision module is also used to: obtain a satellite image of the warehouse, identify the area of ​​the designated warehouse in the satellite image of the warehouse, and calculate the area of ​​the designated warehouse; compare the area of ​​the designated warehouse with the area of ​​the warehouse in the warehouse information, and when the error is less than a set threshold range, determine the location information of the designated warehouse.

[0065] Furthermore, the cargo ownership supervision server also includes a cargo ownership disclosure module for disclosing inventory information and / or cargo ownership information.

[0066] Fourthly, the present invention provides a method for supervising goods ownership.

[0067] A method for supervising goods ownership, applied to a server, comprising:

[0068] Obtain the entered warehouse information, information about goods to be stored, and goods information uploaded in different application scenarios;

[0069] Process the entered warehouse information and information of goods to be stored separately, create warehouse files, generate warehouse identification, and create inventory information in the warehouse files;

[0070] Based on the cargo information uploaded in different application scenarios, the documents in the cargo information are identified and processed, and the identified documents and inventory information are saved in a time series to obtain cargo ownership information; wherein, the identification process includes: identifying whether the type of the uploaded document meets the document type preset for the application scenario; identifying the content of the document, combining it with the inventory information, and judging the consistency.

[0071] Compared with the prior art, the present invention has the following beneficial effects:

[0072] The present invention specifies the goods to which it belongs, records the facts of delivery and possession of the goods, publicizes the ownership of the goods, and other operations. In the event of disputes, it can quickly form an effective chain of evidence based on the complete supervision records of the ownership of the goods, thereby helping the right holder to efficiently prove the ownership of the goods, prevent risks that have not yet occurred, and resolve risks that have already occurred.

[0073] The present invention establishes an archive for warehouse information and assigns a unique identifier to the warehouse through the Industrial Internet identification resolution system, thereby confirming the uniqueness of the warehouse.

[0074] The present invention avoids the risks caused by unclear ownership of goods by digitizing the goods.

[0075] The present invention supports a goods ownership disclosure solution with online and on-site disclosure linkage, tamper prevention, and risk alerts, which can help rights holders protect their goods ownership. BRIEF DESCRIPTION OF THE DRAWINGS

[0076] The accompanying drawings, which constitute a part of the present invention, are used to provide a further understanding of the present invention. The exemplary embodiments of the present invention and their descriptions are used to explain the present invention and do not constitute improper limitations on the present invention.

[0077] Figure 1 This is a framework diagram of the goods rights supervision system shown in the present invention;

[0078] Figure 2 This is a framework diagram of the goods rights supervision system in a mobile terminal system shown in the present invention;

[0079] Figure 3 It is a flow chart of cargo ownership supervision shown in the present invention. DETAILED DESCRIPTION

[0080] The present invention will be further described below with reference to the accompanying drawings and embodiments.

[0081] It should be noted that the following detailed descriptions are exemplary and intended to provide further explanation of the present invention. Unless otherwise specified, all technical and scientific terms used herein have the same meaning as commonly understood by those skilled in the art to which the present invention belongs.

[0082] It should be noted that the terms used herein are only for describing specific embodiments and are not intended to limit the exemplary embodiments according to the present invention. As used herein, unless the context clearly indicates otherwise, the singular form is intended to include the plural form. In addition, it should be understood that when the terms "comprise" and / or "include" are used in this specification, they indicate the presence of features, steps, operations, devices, components and / or combinations thereof.

[0083] Explanation of terms:

[0084] 1. The industrial Internet identification resolution system is currently applied to fields including supply chain management, product life cycle management, product traceability, digital asset sharing and delivery, one-to-one identification and settlement, identity authentication, equipment management, after-sales management, anti-counterfeiting and anti-counterfeiting, government supervision, logistics monitoring, product ledger management, credit system, etc. It is mainly used to identify the unique code of industrial objects (such as products, equipment, parts, etc.), which is similar to an ID card number.

[0085] 2. OCR (Optical Character Recognition) refers to the process in which an electronic device (such as a scanner or digital camera) examines characters printed on paper, determines their shape by detecting dark and light patterns, and then uses character recognition methods to translate the shape into computer text.

[0086] Example 1

[0087] like Figure 1 As shown, this embodiment is a goods rights supervision system.

[0088] A cargo rights supervision system includes: a client, a mobile terminal and a server connected to each other,

[0089] The client is used to input warehouse information and information of goods to be stored, and send it to the server;

[0090] The mobile terminal is used to collect cargo information in different application scenarios and send it to the server;

[0091] The server is configured to process the entered warehouse information and information about goods to be stored, respectively, establish a warehouse file, generate a warehouse identifier, and establish inventory information in the warehouse file; identify and process the documents in the goods information, and store the identified documents and the inventory information in a time series to obtain goods ownership information; wherein the identification process includes: identifying whether the type of the uploaded document meets the document type preset for the application scenario; identifying the content of the document, and judging consistency in combination with the inventory information.

[0092] Among them, warehouse identification includes QR codes, barcodes, etc., and the industrial Internet identification resolution system gives the warehouse a unique identification.

[0093] As one or more implementation methods, the document types preset in the application scenario include:

[0094] The document types preset for the incoming warehousing scenario include: incoming warehousing note, incoming warehousing weighing note, transport note, test note, commodity inspection report, and support for user-defined documents;

[0095] The document types preset for outbound delivery scenarios include: pick-up application, outbound delivery instructions, outbound delivery weighing slip, outbound delivery details, and support for user-defined documents;

[0096] The document types preset in the inventory scene include: inventory details and support for user-defined documents.

[0097] In one or more embodiments, identifying document content and combining it with inventory information to determine consistency may include: identifying whether a document name is present; using optical character recognition (OCR) technology to identify the document content; and providing a reminder on the uploaded document if the corresponding document name is not recognized. Rights holders can review the uploaded documents in the inventory management backend to verify any errors and calibrate the data.

[0098] As one or more implementation methods, the content of the identification document, combined with the inventory information, determines consistency, including: identifying whether the type of goods data in the document is consistent with the entered data; specifically, the system identifies key data in the uploaded document (such as goods information, goods weight, incoming quantity, outgoing quantity, etc.) and compares it with the data entered by the recorder. If there is a deviation, a data missing error reminder will be issued.

[0099] In one or more embodiments, identifying the content of the document and combining it with inventory information to determine consistency includes: identifying whether the goods data and inventory information in the document are consistent with the entered data. Specifically, the document content is identified, and relevant goods and quantity information is identified and compared with the goods in the current cargo ownership file and the data entered by the recorder. If the relevant data is not identified or the identified relevant data does not match the actual data, a reminder will be displayed on the uploaded document.

[0100] As one or more implementation methods, the process of processing the entered warehouse information includes: receiving a satellite image of the warehouse, identifying the area of ​​a designated warehouse in the satellite image of the warehouse, and calculating the area of ​​the designated warehouse; comparing the area of ​​the designated warehouse with the area of ​​the warehouse in the warehouse information, and determining the location information of the designated warehouse when the error is less than a set threshold range.

[0101] Specifically, the warehouse area is identified and marked; the edge length and area of ​​the marked area are measured; the calculated area is compared with the area in the warehouse information, and the comparison result is output; if the result is within the error range, it is considered that the warehouse location information is confirmed; if the warehouse area is not identified or the result exceeds the error, it is considered that the warehouse location cannot be confirmed, and the location of the warehouse information needs to be resubmitted and re-identified.

[0102] As one or more implementation methods, the warehouse information includes: warehouse name, warehouse location information, warehouse latitude and longitude, warehouse type, warehouse capacity, warehouse area, warehouse floor plan, warehouse ownership information, and a warehouse information table attachment with the official seal of the warehouse management company.

[0103] As one or more implementation methods, the information of the goods to be stored includes: the name of the goods, the specifications or grades of the goods (including the production area of ​​the goods, the production enterprise, the registered trademark of the industrial products, the specific variety of the agricultural products, the product number, the quality of the raw materials or auxiliary materials, the product model, the product style, the product color, the freshness, the size, the unit weight, the production process, the degree of processing, the packaging form and the quality grade, etc.), the total quantity of the goods, the owner information and the pledgee information of the goods, the storage location information, the warehouse receipt information, the custodian information, the panoramic photos and / or videos of the goods, the detailed photos and / or videos of the goods and the document photos and / or videos of the goods.

[0104] As one or more implementation manners, the cargo information includes panoramic photos and / or videos of the cargo, detailed photos and / or videos of the cargo, and document photos and / or videos of the cargo.

[0105] As one or more implementation modes, the server is also used to publicize inventory information and / or cargo ownership information.

[0106] As one or more implementation methods, the server is connected to a cargo ownership disclosure platform and / or an on-site cargo ownership sign set up in a warehouse or a storage area where inventory is placed. The cargo ownership disclosure platform and / or the on-site cargo ownership sign are used to disclose inventory information and / or cargo ownership information; the cargo ownership disclosure platform and the disclosure information on the on-site cargo ownership sign are synchronized in real time.

[0107] Specifically, a customized on-site cargo ownership sign is placed in a prominent location in the warehouse or specific storage location where the goods are stored. The on-site cargo ownership sign has the following functions:

[0108] Clearly display the ownership information of goods: 1. Warehouse information after processing, 2. Rights holder information, 3. Inventory information after processing.

[0109] The cargo ownership information is synchronized in real time through the Internet. Through networking, the content published online can be synchronized on the cargo ownership plate in real time.

[0110] In one or more implementation manners, the on-site cargo ownership card includes:

[0111] The automatic broadcast module is used to broadcast the cargo ownership information on site when a person is detected within the detection range.

[0112] In one or more implementation modes, the server is further configured to send an early warning message to the mobile terminal when detecting that the cargo title card is powered off, offline, or moved;

[0113] In one or more implementation manners, the server is further configured to send an early warning message to the mobile terminal when at least one of the following occurs:

[0114] Different ownership information of goods is found in the same warehouse or storage location;

[0115] The total quantity of goods in the same warehouse under public notice exceeds the warehouse capacity;

[0116] Changes in warehouse information conflict with the publicly disclosed cargo ownership information.

[0117] Example 2

[0118] This embodiment provides a method for supervising goods rights.

[0119] A method for supervising goods rights, comprising:

[0120] The client enters warehouse information and information about goods to be stored and sends it to the server;

[0121] The mobile terminal collects cargo information in different application scenarios and sends it to the server;

[0122] The server processes the entered warehouse information and information about the goods to be stored separately, establishes a warehouse file, generates a warehouse identifier, and establishes inventory information in the warehouse file; identifies and processes the documents in the goods information, and saves the identified documents and inventory information in a time series to obtain goods ownership information; wherein, the identification process includes: identifying whether the type of the uploaded document meets the document type preset for the application scenario; identifying the content of the document, combining it with the inventory information, and judging consistency.

[0123] This embodiment designs a method for supervising goods rights. By recording the specificization, delivery, and continuous possession of the goods and publicizing the goods ownership information based on the actual situation of the goods owned by the right holder, the server issues a goods-related ownership report based on the recorded content.

[0124] The specific implementation steps are as follows:

[0125] Step 1: Establish a cargo ownership file

[0126] The cargo ownership file is generated based on the rights holder information, warehouse information, inventory information and service enterprise information filled in by the user. When generating the cargo ownership file, the warehouse information provided by the user is specified. The specific specification scheme is as follows:

[0127] The technical solutions for realizing warehouse information specialization are as follows:

[0128] The user submits warehouse information, which includes the following: warehouse name; warehouse location information, which must be accurate to the street level; warehouse latitude and longitude, obtained using GPS or Beidou positioning equipment; warehouse type; warehouse capacity and area; ownership of the warehouse, whether it is owned by the warehouse management company or leased by the warehouse management company. If the warehouse is owned, proof of ownership is required; if the warehouse is leased, the lease term must be clearly stated; and a floor plan of the warehouse.

[0129] Specifically, use equipment with GPS or Beidou positioning functions to take real-life pictures of the warehouse. The real-life pictures must include geographic location information. The real-life pictures include the warehouse door, the warehouse perimeter, and the warehouse interior. VR equipment can also be used to take 360-degree real-life pictures.

[0130] Attachment to the warehouse information form with the official seal of the warehousing management company.

[0131] Based on the warehouse coordinate information in the information submitted by the user, satellite images at the coordinates are taken by remote sensing satellites and image recognition processing is performed. The processing plan is as follows: the warehouse area is identified and marked; the edge length and area of ​​the marked area are measured; the calculated area is compared with the area in the warehouse information, and the comparison result is output; if the result is within the error range, the warehouse location information is considered confirmed; if the warehouse area is not identified or the result exceeds the error, it is considered that the warehouse location cannot be confirmed, and the location of the warehouse information needs to be resubmitted for re-identification.

[0132] The warehouse information with confirmed location is written to the server, accessible via domain name, and published on a specific website;

[0133] Furthermore, the server writes the warehouse information into the top-level node through the Industrial Internet identification resolution system and assigns the warehouse a unique identification code, which includes a barcode and a QR code.

[0134] After the above steps, the warehouse information is specified.

[0135] This embodiment uses the industrial Internet identifier as confirmation of the uniqueness of the warehouse.

[0136] The second step is to specify inventory information. The technical solution for achieving goods specificity is as follows:

[0137] Establish cargo ownership information in the cargo ownership supervision module of the server, select the warehouse that has been specified in the first step, and establish inventory information.

[0138] Inventory information includes: the name of the goods; the specifications or grades of the goods, including the production area, production enterprise, registered trademark of industrial products, specific varieties of agricultural products, product numbers, quality of raw materials or auxiliary materials, product models, product styles, product colors, freshness, size, unit weight, production process, degree of processing, packaging form and quality grade, etc.; the total quantity of the goods; the ownership of the goods, that is, the owner information and pledgee information of the goods (enterprise + unified social credit code or individual + ID number); warehouse location information, including warehouse location description and warehouse location map; warehouse receipt information, including warehouse receipt number, warehouse receipt issuing enterprise, warehouse receipt operation platform, depositor, etc.; custodian information.

[0139] After filling in the above information to establish inventory information, use a mobile terminal to take photos and record videos of the goods in the warehouse. The captured content includes the following information: panoramic photos or videos of the goods; detailed photos or videos of the goods; photos or videos of the goods documents.

[0140] The mobile terminal will call the mobile phone positioning system to compare the geographic location information with the warehouse location information. If the location information is the same, it will allow the capture of panoramic views, details of the goods, and photos or videos of the goods documents.

[0141] The mobile terminal obtains the local standard time through NTP, satellite, etc., calculates a unique and irreversible hash value for the evidence file using an international algorithm (e.g. SHA-2) or a national secret algorithm (SM2, SM3), and generates a timestamp through the timestamp service.

[0142] The mobile terminal generates a hash value using an international algorithm (e.g. SHA-2) or a national secret algorithm (SM2, SM3) and stores it in the judicial appraisal center.

[0143] The content captured by the above mobile terminals will be presented on the server. Users can confirm the cargo ownership information and bind the cargo ownership information with the photos or videos taken on site to realize the specificity of the goods. If the captured content is inconsistent with the inventory information filled in the system, the user can reject it and need to re-shoot.

[0144] Step 3: Record the inventory's continued possession in the warehouse and each delivery

[0145] This step is mainly completed on the mobile terminal for the title certificate. The mobile terminal is mainly divided into the following three modules: Figure 2 As shown:

[0146] The workbench module displays all projects assigned to the recorder by the server. The recorder can select the project to be recorded from here. After entering the project, the recorder can support the recording functions such as warehousing, warehousing, inventory, in-warehouse shifting, etc. The recording methods include taking photos, shooting videos, and recording audio.

[0147] The on-site recording module is used to manage all on-site records (photos, videos, and recordings) taken by on-site recorders using mobile terminals, and supports automatic uploading of records to the cargo ownership supervision platform. Among them, on-site records include records of on-site documents and records of behaviors during the on-site cargo management process. Records of on-site documents can be recorded in the form of photos and videos, and records of behaviors during the on-site cargo management process can be recorded in the form of photos, videos, and recordings, which are used as evidence to support the chain of evidence.

[0148] Personal center module, used to manage personal information.

[0149] When managing goods, use a mobile terminal to select items that require on-site recording. This includes recording on-site warehousing, outbound shipments, inventory checks, in-warehouse transfers, goods ownership tags, and other operations. To ensure that the mobile terminal objectively records and reflects these real-world scenarios, it only supports real-time photo, video, or audio recording.

[0150] On the mobile terminal, select the type of management to be performed (warehouse entry, warehouse exit, inventory, etc.);

[0151] Fill in the cargo information based on the actual situation on site. The cargo information includes the specific content in step 2, as well as the corresponding incoming quantity, outgoing quantity, inventory quantity, etc.

[0152] Photograph the on-site situation of goods entering, leaving or taking inventory, and related document information, including incoming and outgoing documents, inventory documents, weighing documents, freight bills, etc.

[0153] The following processing is performed on the shooting process: to ensure the accuracy of the recorded time, all times are taken from the local standard time, and the time is written into the recorded file through a timestamp; to ensure the accuracy of the recorded location, the mobile phone positioning system must be turned on when recording, and the current actual location is compared with the warehouse location. When the position deviates, an early warning will be issued, and the fact of the position deviation will be recorded in the photos, videos and recordings taken by the mobile terminal; to ensure that the recorded photos, videos and recording files cannot be tampered with, the files are encrypted using a timestamp and hash algorithm; the hash value of the recorded file is stored as evidence at the Judicial Appraisal Center.

[0154] The mobile terminal uploads the recorded content to the server, which then does the following: It identifies whether any documents are missing and, if so, issues a missing item reminder. The system requires complete documents for each on-site scenario:

[0155] Warehouse entry scenarios: warehouse entry form, warehouse entry weighing form, transportation form, test form, commodity inspection report, and support for user-defined documents;

[0156] Outbound scenario: pick-up application, outbound operation instructions, outbound weighing slip, outbound details, and support for user-defined documents;

[0157] Inventory scenario: inventory details and support for user-defined documents.

[0158] When the recorder selects the corresponding scene to record, the recorder will be reminded to take a photo of the corresponding document and upload it;

[0159] If the recorder fails to upload the corresponding documents when completing the record, it will trigger the reminder function of the cargo rights management platform, and remind the right holder through an in-site message or text message.

[0160] The server identifies the content of the uploaded document. If the content does not match the document type (for example, the document type is an incoming document, but the uploaded document is not identified as an incoming document), a document error reminder will be issued.

[0161] Based on the uploaded relevant documents, the document content is identified through OCR recognition technology. If the corresponding document name is not recognized in the document, a reminder will be given at the uploaded document.

[0162] The rights holder can view the uploaded documents in the cargo rights supervision background, check whether there are indeed errors, and calibrate the data.

[0163] The server identifies key data in the uploaded documents (such as cargo information, cargo weight, incoming quantity, outgoing quantity, etc.) and compares it with the data entered by the recorder. If there is any deviation, a data missing error reminder will be issued;

[0164] Based on the uploaded relevant documents, the document content is identified through OCR recognition technology, and the relevant cargo information and quantity information are identified, and compared with the cargo in the current cargo ownership file and the data entered by the recorder. If the relevant data is not identified or the identified relevant data is inconsistent with the actual data, a reminder will be given at the uploaded document.

[0165] The rights holder can view the uploaded documents in the cargo rights supervision background, check whether there are indeed errors, and calibrate the data.

[0166] Users can establish a binding relationship between cargo ownership information and actual on-site records through the cargo ownership information confirmation function on the cargo ownership supervision platform.

[0167] The system sorts all recorded data according to the recording time to form cargo ownership information with a time series relationship.

[0168] Step 4: Publicize the cargo ownership information. This step can also be performed after the completion of step 2. The publicity plan is as follows:

[0169] Users use the function of the server's cargo ownership disclosure module to disclose cargo ownership information with one click. After one-click disclosure, the cargo ownership information will be displayed on the cargo ownership disclosure platform.

[0170] Customize on-site cargo ownership signs and place them in a prominent location in the warehouse or specific storage location where the goods are stored. The on-site cargo ownership signs have the following functions:

[0171] Clearly display the ownership information of the goods: 1. The warehouse information specified in step 1, 2. The rights holder information, 3. The inventory information specified in step 2;

[0172] The cargo ownership information is synchronized in real time through the Internet. Through networking, the content published online can be synchronized on the cargo ownership plate in real time.

[0173] The cargo ownership card has an automatic broadcasting function. When the cargo ownership card senses that a person has entered the warehouse or the storage area where inventory is placed through the infrared human body sensing sensor, the cargo ownership information will be broadcast on the spot.

[0174] When the following situations occur with the cargo title sign, the server will send an early warning message to the user's mobile terminal: 2. The cargo title sign loses power; 3. The cargo title sign is offline; 4. The cargo title sign moves.

[0175] Specifically, the cargo title tag has a built-in GPS system for positioning, and an alarm is issued when the cargo title tag deviates from the specified position range.

[0176] The server processes cargo ownership information using big data algorithms and issues risk warnings to users, including but not limited to the following situations:

[0177] Different ownership information of goods is found in the same warehouse or storage location;

[0178] The total quantity of goods in the same warehouse under public notice exceeds the warehouse capacity;

[0179] Changes in warehouse information conflict with the public disclosure of goods ownership.

[0180] Example 3

[0181] This embodiment provides a cargo ownership supervision server.

[0182] A cargo ownership supervision server, comprising:

[0183] The cargo ownership supervision module is used to process the entered warehouse information and the information of the goods to be stored, establish warehouse files, generate warehouse identification, and establish inventory information in the warehouse files;

[0184] The evidence processing module is configured to: receive cargo information uploaded in different application scenarios, identify and process the documents in the cargo information, and save the identified documents and inventory information in a time series to obtain cargo ownership information; wherein, the identification processing includes: identifying whether the type of uploaded document meets the document type preset for the application scenario; identifying the content of the document, combining it with the inventory information, and judging the consistency.

[0185] The cargo ownership supervision module includes the functions of establishing cargo ownership information, changing cargo ownership information, confirming cargo ownership information, and managing on-site records.

[0186] As one or more implementation methods, the cargo ownership supervision server also includes a cargo ownership disclosure module for disclosing inventory information and / or cargo ownership information.

[0187] Example 4

[0188] This embodiment provides a method for supervising goods ownership.

[0189] A method for supervising goods ownership, applied to a server, comprising:

[0190] Obtain the entered warehouse information, information about goods to be stored, and goods information uploaded in different application scenarios;

[0191] Process the entered warehouse information and information of goods to be stored separately, create warehouse files, generate warehouse identification, and create inventory information in the warehouse files;

[0192] Based on the cargo information uploaded in different application scenarios, the documents in the cargo information are identified and processed, and the identified documents and inventory information are saved in a time series to obtain cargo ownership information; wherein, the identification process includes: identifying whether the type of the uploaded document meets the document type preset for the application scenario; identifying the content of the document, combining it with the inventory information, and judging the consistency.

[0193] like Figure 3 As shown, this implementation can be implemented in the following ways:

[0194] First, select the live project;

[0195] Based on the selected on-site project, select the cargo management type such as outbound / inbound / inventory / inventory transfer / cargo ownership card record / other.

[0196] Select the warehouse, cargo name, cargo specification / grade, etc. according to the selected cargo management type.

[0197] Select the record type, including process / document, etc.;

[0198] And turn on the mobile terminal (mobile phone, smart watch, etc.) for positioning. If positioning is not authorized, it will prompt "It is detected that you have not turned on the geolocation authorization. To ensure the integrity of the on-site recorded data and the effectiveness of the evidence, it is recommended that you turn it on before collecting evidence"; if the system positioning is turned on, it will prompt "To ensure the integrity of the on-site recorded data and the effectiveness of the evidence, please turn on the positioning service in the system settings"; if positioning is turned on, collect existing photos, videos or recordings, etc. (excluding recordings of documents).

[0199] Determine whether the current mobile device's geographic location is consistent with the warehouse address. If so, use the mobile device to take photos, record videos, or record audio. Otherwise, a prompt will appear: "It is detected that you are not operating at the selected warehouse location. Please go to the required location to operate and store evidence. Are you sure?" If yes, stop the operation. If not, continue the operation and use the mobile device to take photos, record videos, or record audio. When uploading, upload the time of photos, videos, or recordings where the mobile device's geographic location is inconsistent with the warehouse address.

[0200] When uploading photos, videos or recordings, hash encoding is performed, a timestamp is added and stored in the Forensic Identification Center.

[0201] Hash-encode the timestamp files and photos, videos or audio files, store the encoded data in the judicial institution's management system, generate evidence, and obtain complete cargo ownership information.

[0202] After uploading the records, OCR technology will be used to identify erroneous data (including defective evidence records, erroneous evidence records, etc.), and the error will be reminded to the right holder's mobile terminal, and the right holder will confirm the binding issue of the goods ownership.

[0203] The present invention makes it simple and efficient for users to confirm the uniqueness of the warehouse, and is the basis for clear information on the ownership of goods.

[0204] It helps users quickly issue a cargo ownership information report with time series and on-site records, and all records have been stored in the judicial appraisal center.

[0205] Help users guard against malicious third parties and dissuade good-intentioned third parties, prevent the ownership tags from being maliciously damaged or hidden, and protect their own rights.

[0206] The foregoing description is merely a preferred embodiment of the present invention and is not intended to limit the present invention. Those skilled in the art will readily appreciate that various modifications and variations of the present invention are possible. Any modifications, equivalent substitutions, or improvements made within the spirit and principles of the present invention are intended to be within the scope of protection of the present invention.

Claims

1. A goods rights supervision system, characterized in that: include: Interconnected clients, mobile terminals and servers, The client is used to input warehouse information and information of goods to be stored, and send it to the server; The warehouse information includes: warehouse name, warehouse location information, warehouse latitude and longitude, warehouse type, warehouse capacity, warehouse area, warehouse floor plan, warehouse ownership information, and a warehouse information form attached with the official seal of the warehouse management company; The information of the goods to be stored includes: name of the goods, specifications or grades of the goods, total quantity of the goods, information on the owner and pledgee of the goods, storage location information, warehouse receipt information, custodian information, panoramic photos and / or videos of the goods, detailed photos and / or videos of the goods, and photos and / or videos of the goods documents; The cargo information includes panoramic photos and / or videos of the cargo, detailed photos and / or videos of the cargo, and photos and / or videos of the cargo documents; The server is also used to publicize inventory information and / or product ownership information; The mobile terminal is used to collect cargo information in different application scenarios and send it to the server; The server is configured to process the input warehouse information and the information of the goods to be stored, establish a warehouse file, generate a warehouse identifier, and create inventory information in the warehouse file; identify the documents in the goods information, and store the identified documents and the inventory information in a time series to obtain the goods ownership information; wherein the identification process includes: identifying whether the type of the uploaded document meets the document type preset for the application scenario; identifying the content of the document, and determining consistency in combination with the inventory information; The process of processing the entered warehouse information includes: receiving a satellite image of the warehouse, identifying the area of ​​the designated warehouse in the satellite image, and calculating the area of ​​the designated warehouse; comparing the area of ​​the designated warehouse with the area of ​​the warehouse in the warehouse information; and determining the location information of the designated warehouse when the error is less than a set threshold range; Identify the warehouse area and mark it; measure the edge length and area of ​​the marked area; compare the calculated area with the area in the warehouse information and output the comparison result; if the result is within the error range, the warehouse location information is considered confirmed; if the warehouse area is not identified or the result exceeds the error, the warehouse location is considered unconfirmed and the warehouse information location must be resubmitted for re-identification; The server is connected to a cargo ownership disclosure platform and / or an on-site cargo ownership sign provided in a warehouse or storage area where inventory is stored. The cargo ownership disclosure platform and / or on-site cargo ownership sign are used to disclose inventory information and / or cargo ownership information. The information disclosed on the cargo ownership disclosure platform and on-site cargo ownership sign is synchronized in real time. The on-site cargo title card includes: Automatic reporting module, used to report cargo ownership information on site when detecting someone within the detection range; The server is further configured to send an early warning message to the mobile terminal when it detects that the cargo ownership card is powered off, offline, or moved; The server is further configured to send an early warning message to the mobile terminal when at least one of the following occurs: Different ownership information of goods is found in the same warehouse or storage location; The total quantity of goods in the same warehouse under public notice exceeds the warehouse capacity; Changes in warehouse information conflict with the publicly disclosed cargo ownership information.

2. The cargo rights supervision system according to claim 1, characterized in that: The document types preset in the application scenario include: The document types preset for the incoming warehousing scenario include: incoming warehousing note, incoming warehousing weighing note, transport note, test note, commodity inspection report, and support for user-defined documents; The document types preset for outbound delivery scenarios include: pick-up application, outbound delivery instructions, outbound delivery weighing slip, outbound delivery details, and support for user-defined documents; The document types preset in the inventory scene include: inventory details and support for user-defined documents; The consistency of the content of the identification document, combined with the inventory information, includes: Identify whether there is a document name; The consistency of the content of the identification document, combined with the inventory information, includes: Identify whether the goods data and inventory information in the document are consistent with the entered data.

3. The cargo rights supervision system according to claim 1, characterized in that: The process of processing the entered warehouse information includes: receiving a satellite image of the warehouse, identifying the area of ​​the designated warehouse in the satellite image, and calculating the area of ​​the designated warehouse; comparing the area of ​​the designated warehouse with the area of ​​the warehouse in the warehouse information, and determining the location information of the designated warehouse when the error is less than a set threshold range.

4. A method for supervising goods rights applied to the system described in any one of claims 1 to 3, characterized in that: include: The client enters warehouse information and information about goods to be stored and sends it to the server; The warehouse information includes: warehouse name, warehouse location information, warehouse latitude and longitude, warehouse type, warehouse capacity, warehouse area, warehouse floor plan, warehouse ownership information, and a warehouse information form attached with the official seal of the warehouse management company; The information of the goods to be stored includes: name of the goods, specifications or grades of the goods, total quantity of the goods, information on the owner and pledgee of the goods, storage location information, warehouse receipt information, custodian information, panoramic photos and / or videos of the goods, detailed photos and / or videos of the goods, and photos and / or videos of the goods documents; The cargo information includes panoramic photos and / or videos of the cargo, detailed photos and / or videos of the cargo, and photos and / or videos of the cargo documents; The server is also used to publicize inventory information and / or product ownership information; The mobile terminal collects cargo information in different application scenarios and sends it to the server; The server processes the entered warehouse information and the information about the goods to be stored, establishes a warehouse file, generates a warehouse identifier, and creates inventory information in the warehouse file. The server then identifies the documents in the goods information and stores the identified documents and inventory information in a time series to obtain goods ownership information. The identification process includes: identifying whether the type of the uploaded document meets the document type preset for the application scenario; identifying the content of the document and determining its consistency based on the inventory information. The process of processing the entered warehouse information includes: receiving a satellite image of the warehouse, identifying the area of ​​the designated warehouse in the satellite image, and calculating the area of ​​the designated warehouse; comparing the area of ​​the designated warehouse with the area of ​​the warehouse in the warehouse information; and determining the location information of the designated warehouse when the error is less than a set threshold range; Identify the warehouse area and mark it; measure the edge length and area of ​​the marked area; compare the calculated area with the area in the warehouse information and output the comparison result; if the result is within the error range, the warehouse location information is considered confirmed; if the warehouse area is not identified or the result exceeds the error, the warehouse location is considered unconfirmed and the warehouse information location must be resubmitted for re-identification; The server is connected to a cargo ownership disclosure platform and / or an on-site cargo ownership sign provided in a warehouse or storage area where inventory is stored. The cargo ownership disclosure platform and / or on-site cargo ownership sign are used to disclose inventory information and / or cargo ownership information. The information disclosed on the cargo ownership disclosure platform and on-site cargo ownership sign is synchronized in real time. The on-site cargo title card includes: Automatic reporting module, used to report cargo ownership information on site when detecting someone within the detection range; The server is further configured to send an early warning message to the mobile terminal when it detects that the cargo ownership card is powered off, offline, or moved; The server is further configured to send an early warning message to the mobile terminal when at least one of the following occurs: Different ownership information of goods is found in the same warehouse or storage location; The total quantity of goods in the same warehouse under public notice exceeds the warehouse capacity; Changes in warehouse information conflict with the publicly disclosed cargo ownership information.

5. The method for supervising goods rights according to claim 4, characterized in that: The document types preset in the application scenario include: The document types preset for the incoming warehousing scenario include: incoming warehousing note, incoming warehousing weighing note, transport note, test note, commodity inspection report, and support for user-defined documents; The document types preset for outbound delivery scenarios include: pick-up application, outbound delivery instructions, outbound delivery weighing slip, outbound delivery details, and support for user-defined documents; The document types preset in the inventory scene include: inventory details and support for user-defined documents; The consistency of the content of the identification document, combined with the inventory information, includes: Identify whether there is a document name; Identify whether the cargo data in the document is consistent with the entered data; Identify whether the goods data and inventory information in the document are consistent with the entered data; The process of processing the entered warehouse information includes: receiving a satellite image of the warehouse, identifying the area of ​​the designated warehouse in the satellite image, and calculating the area of ​​the designated warehouse; comparing the area of ​​the designated warehouse with the area of ​​the warehouse in the warehouse information; and determining the location information of the designated warehouse when the error is less than a set threshold range; The warehouse information includes: warehouse name, warehouse location information, warehouse latitude and longitude, warehouse type, warehouse capacity, warehouse area, warehouse floor plan, warehouse ownership information, and a warehouse information form attached with the official seal of the warehouse management company; The information of the goods to be stored includes: name of the goods, specifications or grades of the goods, total quantity of the goods, information on the owner and pledgee of the goods, storage location information, warehouse receipt information, custodian information, panoramic photos and / or videos of the goods, detailed photos and / or videos of the goods, and photos and / or videos of the goods documents; The cargo information includes panoramic photos and / or videos of the cargo, detailed photos and / or videos of the cargo, and photos and / or videos of the cargo documents; The server publicly displays inventory information and / or goods ownership information; The server is connected to a cargo ownership disclosure platform and / or an on-site cargo ownership sign provided in a warehouse or storage area where inventory is stored. The cargo ownership disclosure platform and / or on-site cargo ownership sign are used to disclose inventory information and / or cargo ownership information. The information disclosed on the cargo ownership disclosure platform and on-site cargo ownership sign is synchronized in real time. The on-site cargo title card includes: Automatic reporting module, used to report cargo ownership information on site when detecting someone within the detection range; When the server detects that the cargo ownership card is powered off, offline, or moved, it sends an early warning message to the mobile terminal; Issue an alert when at least one of the following occurs: Different ownership information of goods is found in the same warehouse or storage location; The total quantity of goods in the same warehouse under public notice exceeds the warehouse capacity; Changes in warehouse information conflict with the publicly disclosed cargo ownership information.

6. A cargo ownership supervision server applied to the system according to any one of claims 1 to 3, characterized in that: include: The cargo ownership supervision module is used to process the entered warehouse information and the information of the goods to be stored, establish warehouse files, generate warehouse identification, and establish inventory information in the warehouse files; The evidence processing module is configured to: receive cargo information uploaded in different application scenarios, identify and process the documents in the cargo information, and save the identified documents and inventory information in a time series to obtain cargo ownership information; wherein, the identification processing includes: identifying whether the type of uploaded document meets the document type preset for the application scenario; identifying the content of the document, combining it with the inventory information, and judging the consistency.

7. The cargo ownership supervision server according to claim 6, characterized in that: The cargo ownership supervision module is further configured to: obtain a satellite image of the warehouse, identify the area of ​​the designated warehouse in the satellite image, and calculate the area of ​​the designated warehouse; compare the area of ​​the designated warehouse with the area of ​​the warehouse in the warehouse information; and determine the location information of the designated warehouse when the error is less than a set threshold range; Alternatively, the cargo ownership supervision server further includes a cargo ownership disclosure module for disclosing inventory information and / or cargo ownership information.

8. A method for supervising goods ownership applied to the system according to any one of claims 1 to 3, applied to a server, characterized in that: include: Obtain the entered warehouse information, information about goods to be stored, and goods information uploaded in different application scenarios; Process the entered warehouse information and information of goods to be stored separately, create warehouse files, generate warehouse identification, and create inventory information in the warehouse files; Based on the cargo information uploaded in different application scenarios, the documents in the cargo information are identified and processed, and the identified documents and inventory information are saved in a time series to obtain cargo ownership information; wherein, the identification process includes: identifying whether the type of the uploaded document meets the document type preset for the application scenario; identifying the content of the document, combining it with the inventory information, and judging the consistency.

Images