TWM609928U - Traceability platform system - Google Patents

Abstract

This creation provides a traceability platform system, including: at least one data platform for the production end device to connect to create an account and upload information; a bar code generation platform, the signal is connected to at least one data platform, and is generated according to the account of the production end device Corresponding to the bar code of the production device for the consumer device to scan, where the bar code is linked to the web page message of the production device, where the web page message displays upload information; and a data upload platform, the signal is connected to at least one data platform, and Upload the upload information of the production device to the cloud or blockchain. Through this creation, farmers can quickly upload information about agricultural products to the platform system, and the associated logistics industry or retailer personnel can also access or upload information through the platform system.

Description

Traceability platform system

This creation is about a traceability platform system, especially a platform system that provides consumers with barcode scanning and production-end devices for data update and maintenance.

Traceability history (or production and sales history) is currently the only mechanism in Taiwan that can fully trace the production process of agricultural products. With the popularization of smartphones in recent years, the government has introduced QR-CODE as a way for the public to query information related to agricultural products. . Basically, farmers can generate a set of barcodes after filling in their basic personal information (such as name, address, phone number, e-mail, website, agricultural products and origin, and introduction) on a dedicated webpage provided by the government, which is convenient for farmers to log in product names, production batch numbers, and packaging. Date and production process information (such as when to irrigate, fertilize, pest control, and harvest).

According to market research, there are currently more than 7.5 million to 8.5 million resume stickers on the market, but there are still farmers who have not yet joined the current traceability service of production and sales resumes. However, many producers (such as farmers) report that the operation interface of production and sales resumes is still not convenient and intuitive. On the other hand, the production side is still not sufficiently familiar with the production and sales resume system, and the information registered is quite messy or incomplete. Production and sales resumes are currently an important means for the government to check agricultural products for consumers, but the effectiveness of the checks is really worrying when the content of the information is incomplete.

One of the purposes of this creation is to provide a traceability platform system to provide producers and consumers with a more intuitive and effective use environment.

An embodiment of this creation discloses a traceability platform system suitable for interacting with a production-end device and a consumer-end device. The traceability platform system includes a data platform, a code generation platform, and a data upload platform. The data platform signal connects the barcode generation platform and the data upload platform, and provides the production device connection to create an account and upload information; the barcode generation platform generates a code corresponding to the production device according to the account of the production device for consumption The end device scans, where the barcode is linked to the web page message of the production end device, where the web page message displays the upload information; and the data upload platform uploads the upload information of the production end device to the cloud or blockchain.

According to another embodiment of the creation, the above-mentioned traceability platform system further includes the following features: the data platform includes a text content input interface and an image upload interface.

According to another embodiment of the creation, the above-mentioned traceability platform system further includes: a collaborative vendor management platform for the collaborative vendor to upload data.

According to another embodiment of the present creation, the above-mentioned traceability platform system further includes: a logistics management platform for the logistics industry to perform management operations.

According to another embodiment of the present creation, the above-mentioned traceability platform system further includes a back-end management platform for error elimination and/or system backup.

According to another embodiment of the present creation, the above-mentioned traceability platform system further includes the following feature: the traceability platform system provides an application program of the Android operating system (Android) system.

According to another embodiment of the present creation, the above-mentioned traceability platform system further includes the following feature: the traceability platform system provides an application of the Apple (iOS) operating system.

According to another embodiment of this creation, the above-mentioned traceability platform system further includes a multimedia platform, a signal-connected data platform, for generating game points belonging to the consumer device according to the operation of the consumer device, and converting the game credits of the consumer device into Available tokens belonging to consumer devices.

According to another embodiment of the present creation, the above-mentioned traceability platform system further includes the following features: the available tokens belonging to the consumer device are used to exchange for goods or to offset consumption.

In summary, through the various implementation methods of this creation, farmers can upload information about agricultural products to the platform system conveniently, completely and quickly, and the associated logistics industry or retailer personnel can also access or upload information through the platform system . In addition, the interaction between consumer devices and the system can be established through the aforementioned platforms, thereby achieving the government's goal of encouraging people to use the traceability system.

The purpose of this creation is to provide farmers with a reliable and convenient way to upload data so that consumers can obtain more reliable product traceability information. In addition, this creation also provides a convenient feedback mechanism to increase consumers' willingness to refer to traceable information by enhancing interaction with consumers.

Please refer to Figure 1A. Figure 1A is a schematic diagram of the structure 100 for the creation of traceable data on the chain. Step P1 is for the production device 30 (for example, operated by the producer 10) to upload data to the blockchain 60 ( Or the cloud) steps; steps P2 and P3 are the steps for the consumer device 25 (for example, operated by the consumer 20) to scan the barcode 50 to read the data of the blockchain 60 (or cloud), and step P4 is the framework 100 The step of generating the feedback mechanism 70 to the consumer device 25. The consumer device 25 is, for example, an electronic device that provides operations performed by consumers, such as a mobile phone, a tablet, or a computer. For the convenience of description, the following consumer device 25 takes a mobile phone as an example for description, but it is not limited to this. In addition, the barcode 50 is, for example, a QR-CODE.

In step P1, the producer 10 can upload data to the blockchain 60 through its production device 30 (such as a mobile device such as a smartphone), and the data can include image content and text content 40. Blockchain technology uses cryptography to concatenate and protect the concatenated text records of the content (that is, block content), and its special design makes the block content impossible to be tampered with, and can be used for permanent inspection of transaction data. Therefore, the blockchain 60 can ensure the credibility of the data uploaded by the production-end device 30, and achieve the purpose of "traceable and non-tamperable" for the traceability of agricultural products.

Please further refer to Figure 1B. Figure 1B is an architecture diagram of the traceability platform system 150 according to an embodiment of the present creation. The traceability platform system 150 can provide an application to be installed on a smart device, such as a smart phone or a tablet. The operating system of the smart device can be an Android operating system or an Apple (iOS) operating system. The traceability platform system 150 is used to implement the architecture 100 in FIG. 1A, and at least includes a data platform 152, a code generation platform 154, and a data upload platform 156. The data platform 152 signals the barcode generation platform 154 and the data upload platform 156, and is used by the production device 30 to create an account and upload personal information. In addition to the data platform 152, the traceability platform system 150 can be equipped with more data platforms for logistics companies or retailers to upload information. The barcode generation platform 154 is used to generate a barcode 50 corresponding to the production device according to the account of the production device for the consumer device 25 to scan (as shown in step P2), wherein the barcode 50 is linked to the production device and stored in the area The web page message of the block chain 60 (as shown in step P3). In detail, when the consumer 20 uses the mobile phone lens of the consumer device 25 to scan the barcode 50 on the packaging of the agricultural product, he will link to the relevant web page to learn various information about the agricultural product. The data upload platform 156 is used for uploading or backing up the information of the production device 30 to the cloud or the blockchain 60.

By operating the traceability platform system 150, the production device 30 can record the overall production history in a more convenient way, such as uploading photos to record the agricultural history (such as the image content 30 shown in Figure 1A) or inputting text to record the field medicines The history of management (for example, the text content 40 shown in Figure 1A). In addition, the traceability platform system 150 can also integrate third-party vendors, including information such as inspections, weather stations, logistics companies, and cold chain (Cold chain). The cold chain, also known as the "refrigeration supply chain", is a temperature-controlled supply chain. The system maintains the products in the predetermined low temperature range to ensure the shelf life of the products from the supply of raw materials, production in the food factory, storage and transportation to sales and other logistics companies.

The production-end device 30 may be, for example, an electronic device operated by a farmer who grows crops (ie, the producer 10), but may also include an electronic device operated by other third-party operators (not shown). In other words, in addition to uploading the information of the producer 10, the information of other third-party operators can also be uploaded. Third-party information, such as pesticide spraying information, logistics company delivery status, and product testing information, can also be uploaded to the blockchain 60 for consumer devices 25 to inquire through mobile phones or computer devices. In addition, the traceability platform system 150 of this creation can provide an application to the Google Play or iOS store to facilitate the producer 10 to download it on the production end device 30.

FIG. 1C is a structural diagram of the traceability platform system 160 according to another embodiment of the present creation. The feedback mechanism 70 in FIG. 1A can be implemented through a multimedia platform 158 in the traceability platform system 160. The multimedia platform 158 is in signal connection with the data platform 152, and according to the operation of the consumer 20 on the consumer device 25, the consumer device 25 generates game points exclusive to the consumer 20. The consumer 20 can use the consumer device 25 to convert game points into usable tokens in exchange for goods or to offset consumption. In one embodiment, the multimedia platform 158 may be a game platform, whose purpose is to enhance the sense of participation of consumers 20 and achieve a certain degree of commercial promotion effect. For example, the game platform can provide the following functions and operations: 1. In the traceability platform system Create virtual digital pets for consumers 20 to interact with them to increase consumers’ willingness to scan barcode 50, thereby greatly increasing the total scanning volume of barcode 50; 2. For digital pets, a leveling mode can be programmed, and digital pets can follow Consumer 20’s level of play or product purchase is increased; 3. When the level of the digital pet is raised to a predetermined level, the consumer 20 can transfer the game points for interacting with the digital pet to the platform manufacturer and replace it with a proxy that can be used to purchase agricultural products. Currency and discount coupons; 4. Cross-industry integration is possible. Consumers 20 can use consumer devices 25 to convert game points interacting with digital pets to other manufacturers into tokens and discount coupons that can be used to purchase agricultural products; 5. Above The concept of digital pets can also be transformed into customized dolls, providing individual art design selection interfaces for consumers 20 with different accounts, and making physical dolls according to the art designs selected by consumers 20, and then selling or gifting them to consumers By.

Please refer to Figure 2, which is a schematic diagram of the traceability interface of the traceability platform system displayed on the electronic device according to an embodiment of the present creation. Click on the desktop screen 205 of the smartphone 200 (or can be replaced by a tablet device, computer, etc.) After the access shortcut 201 of the traceability platform system, the smart phone 200 will display the traceability interface 210. The traceability interface 210 can include many platform options, such as the farmer management platform 211, the cooperative vendor management platform 212, the retailer management platform 213, the logistics management platform 214, the back-end management platform 215, and the multimedia options 216 shown in Figure 2 Options, and the platforms represented by the foregoing multiple options are all signaled to the data platform 152 (for brevity, the figure is represented by farmer management, collaborative vendor management, retailer management, logistics management, back-end management, and multimedia options) The multimedia option 216 is signaled to connect to the multimedia platform 158 in Figure 1C, and is used by the consumer device 25 to access the multimedia platform 158. It should be noted that the embodiment in Figure 2 is only for the purpose of example, not as a limitation of the creation. In practical applications, the traceability interface 210 may include more platform options, or only include fewer platform options. For example, the collaborative vendor management platform provides the collaborative vendors to upload data; the logistics management platform provides logistics operators to perform management operations, such as updating the current logistics distribution status; the back-end management platform provides programmers with at least one of error elimination or system backup By.

Figure 3 is a schematic diagram of a use example of the traceability platform system according to an embodiment of the author. The screen 300 signal is connected to the farmer management platform 211 in the screen 210, and may include fields such as personal data, farming location, farming crops, etc. After the farmer passes the verification of his personal data (you can verify by sending a text message to the mobile phone), he will get a unique barcode). The farming location field can contain the address of the farming place, the photo of the farming place, and the corresponding barcode for linking to related webpages. The field of farming crops can contain information on crop types (photos and text descriptions can be uploaded, and the planting process can be planned) for different crops, corresponding barcodes can be generated individually) for linking to related web pages.

Refer to Fig. 4, which is a schematic diagram of a use example of the traceability platform system according to another embodiment of the author. The screen 400 signals are connected to the farmer management platform 211 in the screen 210 for the production end device 30 to input or query a preset farming process, such as operations such as weeding, fertilization, inspection, and packaging shown in the screen 400. In addition, the screen 400 also displays the medicine items of the crops, which is convenient for the daily management of the production end device.

The collaborative vendor management platform 212 provides verification of collaborative vendor data (including basic data of collaborative vendor employees, which can be verified through personal mobile phones, for example, each company defines several related personnel, each with a different bar code); and for collaborative vendors to perform service items Fill in (including items: service item description, program setting, operation schedule... etc.).

The retailer management platform 213 provides retailer data verification (including the basic data of the manufacturer’s employees, and the verification is completed by sending a short message to the mobile phone), retailer data filling (including items: basic data, store address, website... and other information), purchase management, Sales management (when the product is sold, the system quantity can be deducted by scanning the QR-CODE), inventory management system... and other functions. After the product is packaged, the retailer can take a photo and upload it to the retailer management platform 213 to complete the shipping operation.

The logistics management platform 214 provides logistics companies for data verification (including basic information of the company’s employees, which can be verified through mobile phones, and corresponding barcodes are given to the personnel); and for logistics companies to fill in data, such as basic information, websites... and other items.

The back-end management platform 215 provides web engineers for back-end management (or back-end management), which can include the following management operations: all related function lists can be added, deleted or modified; wrong parts can be modified and adjusted, and troubleshooting can be performed; And system backup.

To sum up, through the various implementation methods of this creation, farmers can upload information about agricultural products to the traceability platform system conveniently, completely and quickly, and the associated logistics industry or retailer personnel can also access or access through the traceability platform system. Upload information. In addition, the interaction between consumer devices and the system can be established through the above, so as to achieve the goal of the government to encourage the people to use the traceability system. The advantages of this creation can be broadly explained as follows: 1 It simplifies the process of inputting history traceability data on the production device through a more user-friendly model, so the real-time traceability data can be greatly improved; 2. It is more interesting to use The model increases the willingness of consumer devices to scan barcodes, thereby increasing the overall scanning rate; 3. Improve production devices to record the cultivation process of crops, so that it is easy to track the progress of cultivation; 4. Improve the security and credibility of farmers’ information, and consumption The end device can learn the product information through the traceability system, which can improve the quality of the overall purchase.

100: Architecture P1～P4: steps 10: Producer 20: Consumer 25: Consumer device 30: Production end device 50: Scan barcode 60: Blockchain 70: Feedback Mechanism 150, 160: Traceability platform system 152: Data Platform 154: Barcode generation platform 156: Data upload platform 158: Multimedia Platform 200: smart phone 201: Platform System 205: Desktop 210, 300, 400: screen 211: Farmer Management Platform 212: Collaborative vendor management platform 213: Retailer Management Platform 214: Logistics Management Platform 215: back-end management platform 216: Multimedia options

Figure 1A is a schematic diagram of the structure of the creation of traceability data on agricultural products/food history. Figure 1B is an architecture diagram of a traceability platform system according to an embodiment of the present creation. Figure 1C is an architecture diagram of a traceability platform system according to another embodiment of the author. Figure 2 is a schematic diagram of a traceability platform system according to an embodiment of the present creation. Figure 3 is a schematic diagram of an actual use example of the traceability platform system according to an embodiment of the present creation. Figure 4 is a schematic diagram of an actual use example of the traceability platform system according to an embodiment of the present creation.

150: Traceability Platform System

152: Data Platform

154: Barcode generation platform

156: Data upload platform

Claims (9)

A traceability platform system suitable for interacting with a production-end device and a consumer-end device. The traceability platform system includes: A data platform for the production terminal device to connect to establish an account and upload information; A code generation platform, the signal is connected to the data platform, the barcode generation platform generates a code corresponding to the account number according to the account number of the production end device for the consumer end device to scan, and the barcode is linked to the corresponding account number A web page message, where the web page message displays the upload information; and A data upload platform, the signal is connected to the data platform, and the data upload platform uploads the upload information of the production end device to the cloud or the blockchain. The traceability platform system described in claim 1, wherein the data platform further includes: A text content input interface and an image upload interface, and the text content input interface and the image upload interface signal are connected to the data platform. The traceability platform system described in claim 1, further including: A cooperative manufacturer management platform, the signal is connected to the data platform, and the cooperative manufacturer management platform provides the cooperative manufacturer to upload data. The traceability platform system described in claim 1, further including: A logistics management platform, the signal is connected to the data platform, and the logistics management platform provides the logistics industry side for management operations. The traceability platform system described in claim 1, further including: A back-end management platform, a signal is connected to the data platform, and the back-end management platform performs at least one of error elimination or system backup. The traceability platform system according to claim 1, wherein the traceability platform system provides an application of the Android operating system (Android) system. The traceability platform system according to claim 1, wherein the traceability platform system provides an application of the Apple (iOS) operating system. The traceability platform system described in claim 1, which also includes: A multimedia platform, signaled to connect to the data platform, for generating game credits belonging to the consumer device according to the operation of the consumer device, and converting the game credits of the consumer device into usable tokens belonging to the consumer device . The traceability platform system described in claim 8, wherein the available tokens belonging to the consumer device are used to exchange for goods or to offset consumption.

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