TWM621336U - Recommending platform for matching test items - Google Patents

Abstract

A proposed platform for matching detection projects, including: a search and comparison system, an online payment integration system, a sample information integration system, a logistics integration system, and an analysis data integration system. The search and comparison system integrates third-party testing services to find suitable testing items based on the request of the procurator, and provide online services. The online payment integration system integrates multi-party cash flow systems and provides online payment functions. The sample information integration system provides image capture and sample information input functions, and can generate sample sending barcodes for sample status tracking. The logistics integration system integrates logistics company services for the inspection party to choose. The analysis data integration system includes functions such as analyzing experimental data, uploading/downloading data, querying data, and selecting whether or not to read data publicly.

Description

Suggested platform for match detection projects

This new model is a suggestion platform about a matching test item, especially a suggestion platform that provides suitable test items according to the needs of the inspection sender.

The development momentum of my country's testing industry has continued to improve in recent years, and the basic appearance of "small, scattered and weak" has not changed. In terms of institutional scale, the vast majority of testing and testing institutions are small in scale. However, problems such as scattered layout, small scale, and unfavorable competition caused by repeated construction of the same type of institutions have gradually emerged, which are not conducive to the long-term development of the testing and testing industry. If the resources of the domestic testing industry can be integrated through the online platform, the potential growth space is huge, and the goal is to align with the testing services of SGS.

But now the problem has arisen. For the different types of testing service items of the sending party, in addition to being unable to choose the testing items they want, they are also unable to start with a dazzling array of prices. For the current testing environment in Taiwan, entrusting small testing units or government units has relatively low prices, but they cannot provide such complete services as large foreign testing institutions. And the government cannot support the establishment of new testing items by public institutions or academic institutions without a bottom line. This is because the addition of testing items is accompanied by high equipment costs. Costs of use, laboratory and personnel, not to mention the time-consuming training process and R&D process. For testing institutions set up by public or academic institutions, government assistance is often a drop in the bucket. Therefore, it is necessary to find a solution.

Therefore, the purpose of the present invention is to provide a suggested platform for matching detection items.

Therefore, the proposed platform for the new match detection item includes: a search and comparison system, which stores at least one searchable comparison detection service item, wherein a sender for inspection can search for detection by keyword, classification function, region and time. Related services, among which, the inspection service information in the inspection service database, the inspection sender can select service items online; a logistics integration system, which stores at least one optional logistics service method, wherein, the optional logistics service method The front desk provides the type of online logistics service for the inspector, and the backend of the optional logistics service method notifies a logistics unit and a testing unit through the cloud to provide their corresponding services, and can also scan and update samples through networked devices Status service; an online payment integration system that stores at least one alternative cash flow service method. The front-end of the alternative cash flow service method can enable the inspector to choose online through a networked device, or to provide an agent. The service unit pays the testing-related fees, and after the optional cash flow service method, when the testing party confirms that the testing results are correct, the proposed platform for the matching testing project will remit the payment through online payment methods. and a sample information integration system, including product sample information and information related to the final test report, wherein, the sample information integration system can be used by the inspection sender to upload the product sample information, when the product sample information upload is completed. Afterwards, the sample information integration system generates a set of sample delivery serial numbers, and the set of sample delivery serial numbers is used for logistics progress update, inspection progress update and status tracking.

The functions of this new type are: (1) In addition to providing better testing service processes, it also integrates the testing services of various testing units, thereby optimizing the quality of inspection; (2) The cost of screening items is transparent, and the inspection The products are more comprehensive, and more comprehensive services are provided to the inspection party; (3) The O2O (online-to-offline) business model of the proposed platform for the matching testing project was born, which is conducive to the integration of testing resources; (4) ) Through the testing service items provided by multiple testing units stationed on the platform, the inspector can choose the plan he wants, make online payment, and log in the sample information. The inspector can log in immediately through barcode scanning to track the status of the sample; (5) The inspection unit uploads the data results after inspection, and records it on the cloud for review and download. Therefore, compared with the traditional inspection process, this The proposed platform for the new matching inspection project can provide a more efficient and comprehensive matching and inspection process for the inspection project.

110: Search and compare systems

120: Logistics Integration System

130: Sample Information Integration System

140: Online Payment Integration System

150: Analytical Data Integration System

S21~S28: Steps

P1~P3: Stage

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, wherein: FIG. 1 is a functional block diagram illustrating an embodiment of a proposed platform for the novel match detection project of the present invention; FIG. 2 is a flow chart illustrating a proposal for a match detection project implemented using the proposed platform for the novel match detection project of FIG. 1 . and FIG. 3 is a schematic diagram illustrating the three stages in this embodiment.

Referring to FIG. 1 , an embodiment of the proposed platform for the novel match detection project is suitable for an electronic device. In this embodiment, the electronic device may be a personal computer, a notebook computer, a kiosk, a smart phone (Smart Phone), a personal digital assistant (PDA), or a tablet computer (Tablet PC). Wait. Alternatively, in this embodiment, the embodiment of the proposed platform for the matching detection item can also be applied to a system environment formed by the above-mentioned two or more electronic devices in a wired or wireless connection, such as a system with image capture A combination of a functional digital camera and a personal computer (PC).

In this embodiment, the proposed platform for the matching inspection item is used for the workflow of the matching inspection service, and includes a search and comparison system 110 , a logistics integration system 120 , a sample information integration system 130 , and a network connection. An online payment integration system 140 , and an analysis data integration system 150 . That is, the matching testing service provided by the proposed platform of the new matching testing project includes search comparison, gold logistics, etc. The operation of method selection, sample information filling and data analysis and review can be performed through a networked device equipped with a processing unit. The processing unit may be various types of processors (Central Processing Unit, Micro Processing Unit, Micro Computing Unit), computing chips (Computing Chips), or a combination circuit of the aforementioned components. However, other types of component combinations with related functions and types such as integrated circuits (ICs) and electronic components with equivalent capabilities are also applicable without limitation. In addition, in other embodiments, the processing unit can also be replaced by a general electronic device, such as a computer, a mobile device, a tablet computer, and the like.

In this embodiment, the operation interface of the proposed platform for the matching detection item is for user input, or through the storage unit/data source on the network cloud, the above-mentioned input is input to the system or an operation instruction is issued to the system, In order to complete the relevant actions of the matching detection service.

In this embodiment, the search and comparison system 110 can be used by the inspection sending party to search, and then select a specific inspection service item. The logistics integration system 120 can be used by the inspection sender to select a specific logistics method. The online payment integration system 140 provides online payment functions. After the sending party completes the order payment, the sample information integration system 130 can then be used to fill in sample related information and capture sample images, and then the sample information integration system 130 generates a sample sending barcode for sample status tracking. As for the analysis data integration system 150, it can interpret experimental data after inspection, report inspection results, provide data query, report uploading and downloading functions, etc., and notify the inspecting party to confirm the analysis results and whether to agree to open the final inspection record for public inspection.

In the present embodiment, the search and comparison system 110 stores at least one searchable comparison detection service item, wherein a test sender can search for detection related services through keywords, classification functions, regions and time, wherein the detection service The inspection service information of the database, the inspection party can choose the service item online.

In this embodiment, the logistics integration system 120 stores at least one optional logistics service method, wherein the front desk of the optional logistics service method provides the online logistics service type of the inspection sender, and the optional logistics service method The backend of the logistics service method notifies a logistics unit and a testing unit through the cloud to provide their corresponding services, and can also scan and update the sample status service through a networked device.

In this embodiment, the sample information integration system 130 includes product sample information and relevant information of the final test report, wherein the sample information integration system can be used by the inspection sender to upload the product sample information. After the product sample information upload is completed , the sample information integration system generates a set of sample delivery serial numbers, and the set of sample delivery serial numbers is used for logistics progress update, inspection progress update and status tracking.

In this embodiment, the online payment integration system 140 stores at least one alternative cash flow service method, and the front-end of the alternative cash flow service method enables the sender to select online through a networked device, or Pay the testing-related fees to the unit that provides the service. And in the background of the optional cash flow service method, when the submitting party confirms that the test results are correct, the suggested platform for the matching test item will be sent through the Online payment method remittance to the testing unit.

In this embodiment, the analysis data integration system 150 stores at least one comparable test data database and at least one suggested analysis result database, wherein each test data database includes a sample data and its corresponding standard data, Each suggested analysis result database includes a graphical analysis result and a corresponding suggested sample processing method. The testing party can perform data comparison through the networked device through the operation interface of the analysis data integration system. The sample data received by the analysis data integration system and the standard comparison data, the corresponding corresponding values are determined from the displayed analysis data results. The generated data is the result of analyzing the standard product and the real sample under the same analysis conditions. Therefore, a comparison result between the sample data and the standard product data can be obtained. Whether the value obtained through the data comparison is in line with the normal value, it is Through the relative value comparison of the analysis data integration system, and finally through the suggested analysis result database, a corresponding suggested sample processing method is proposed.

Referring to FIGS. 1 to 3 , the suggested flow of the matching detection project implemented by using the suggested platform of the novel matching detection project of FIG. 1 above includes the following steps. First of all, since different inspection units have different inspection requirements, the search and comparison system 110 is designed with the function of certification history of the inspection unit. and the amount of the inspection service item. When the suggested platform of the matching inspection item confirms that the information is filled in correctly and the qualifications are met, the inspection unit will The service can be launched on the suggested platform of the matching detection project.

Next, as shown in step S21 in FIG. 2 and stage P1 in FIG. 3 , the detection side can input more than one keyword through the search interface. For example, some options (pesticide residues, animal drugs, etc.) An input field is provided for inputting the characteristic text related to the detection service. The description data of each inspection service item includes the analysis and inspection time, price, sample delivery instructions, regulatory data and detected value, description of abnormal detected situation, abnormal analysis result description, and more than one abnormal value detected. Relevant textual or graphical descriptions. Alternatively, the analysis data integration system can read the relevant information of the inspection service from the processing unit, present graphic or text data in the operation interface by means of question and answer or menu, for the user to understand, and explain the inspection service through the operation interface Input or selection of data.

In this embodiment, when the search and comparison system 110 searches and compares the inspection service for the inspection item, the inspection service may include information related to sample provision, inspection fee, inspection time and inspection method. Among them, the relevant information provided by the sample shall at least include sample weight/size regulations, sealing and sending methods, attention to transportation methods, storage period and other sample information. The inspection fee varies according to the inspection items and the operating cost of the inspection unit, and can be sorted by price. As for the inspection time, it can be divided into ordinary, urgent, and urgent, which can be selected by the inspection party according to their needs. The testing method is to write and upload the platform through the sending party according to the announcement method or the standardized testing process, and provide the sending party to carry out the test. refer to.

Therefore, the inspector can search for relevant online inspection information and inspection service content through keyword search. In addition, the search and comparison system 110 can directly determine the area where the inspection sender is located according to the positioning system of the connected device, and match with a nearby inspection unit, so as to provide a real-time regional inspection inspection service. Furthermore, the search and comparison system 110 can also be distinguished according to the classification of inspection units, such as government units, district inspection centers, private/public inspection companies, and the like. In addition, the search and comparison system 110 can also be used for the sending party to set price segments, the price is arranged from high to low or the price is sorted from low to high, picture display arrangement/graphic text display arrangement/text display arrangement, and hot Sales of goods arrangement and other related functional services.

As shown in stage P1 of FIG. 3 , during the operation of the search and comparison system 110 , the inspection sending party can input inspection items (such as “Pesticide Screening”, etc.) through the operation interface of the search and comparison system 110 . , or the name of the sample (such as fruits and vegetables, etc.) to search for testing service items, and can also be located through a networked device, so that the testing unit can be selected in the area where the inspector is located. Alternatively, the sending party may also set a preset charging range in the search and comparison system 110, so that the search and comparison system 110 performs the screening action of the matching detection service. Therefore, the inspection sending party can select inspection units and inspection items in the search and comparison system 110 .

Next, as shown in step S22 in FIG. 2 , the inspector may select a logistics method according to its inspection service requirements. In this embodiment, the logistics integration system 120 is a The relevant logistics services on the surface are integrated into the platform, so that the inspector can choose the relevant logistics method online according to the inspection items and inspection time, such as convenience store home delivery services, freight companies, or third-party means of transportation (such as motorcycles, small vehicles, etc.) Passenger cars, trucks, and drones, etc.) and other related logistics industries, to carry out sample collection and sample delivery related services. After the sending party completes the filling of the sample information, the platform will notify the logistics company of the sampling location and time point, and immediately generate a set of sample delivery barcodes for tracking the sample status during the logistics process. The captured networked device scans the barcode to update the sample status. The platform can update the status through the networked device, and the inspector can track the status of the sample through the platform.

Next, as shown in step S23 in FIG. 2 , the inspection sending party places an order, and performs online payment with the online payment integration system 140 . In this embodiment, the online payment integration system 140 integrates the relevant cash flow methods in the market into the platform, so that the inspector can make online payment for inspection services through relative cash flow methods, such as convenience store transfer service, ATM transfer , online credit card, mobile payment, Line Pay, third-party payment, installment payment, etc.

Next, as shown in step S24 in FIG. 2 and stage P2 in FIG. 3 , the sending party fills in the sample information through the sample information integration system 130 and notifies the logistics to send the sample. In this embodiment, the sample information integration system 130 includes an image capture unit, and the image capture unit can be connected to the platform network interface via a communication network or a serial port. Wherein, the image capture unit may be a digital camera, a digital video camera, or any other image capture unit. Devices with functions (such as mobile phones, tablet computers, etc. with camera functions), or analog image capture devices, or devices with both analog/digital image capture functions, etc., but not limited to this, as long as they are A shooting device that can form a digital image after shooting a scene is sufficient. The image capturing unit can be used for photographing the whole or partial position of the plant, wherein the photographed part includes the whole picture of the sample, which can be used in the analysis data integration system 150 .

In addition, the sample information integration system 130 also includes an online information filling form. After confirming the inspection service item, the inspection sending party will enter the sample information integration system 130, fill in the relevant information of the sample first, and then upload the image of the sample. Then, the platform can directly notify the logistics company online to provide the sample delivery service, and A set of sample delivery barcodes is generated for updating the status, which includes the progress of logistics delivery and the progress of inspection analysis. The online information filling form can be filled in different forms according to different samples, and the system will fill in parts according to different samples. Among them, the order number, order establishment time, and inspection party and testing unit need to be filled in The data entered in the report format can be filled in through the system.

Next, as shown in step S25 in FIG. 2 , the logistics company picks up the item and logs in the sample state.

Next, as shown in step S26 in FIG. 2 and stage P3 in FIG. 3 , the detection unit logs in and collects samples for analysis. In this embodiment, each data in the analysis data integration system 150 includes a data data and a corresponding processing suggestion data. The proposed information is generated from experimental data.

Next, as shown in step S27 in FIG. 2 , the analysis data integration system 150 allows the testing unit to upload the testing result report after completing the sample analysis, and the platform will notify the testing party to download the report, and automatically update and record the relevant information, It includes sample image, testing unit, testing items, testing report, report completion date and other information, and perfectly records the inspection-related information of the sending party. In addition, there is a bar code on the inspection history of the inspecting party, which can be scanned by a networked device with an image capture system to check the inspection history of the inspection unit.

Next, as shown in step S28 in FIG. 2 , the inspector may decide whether to disclose the inspection history for a third party to review. In addition, the proposed platform for the new matching inspection project can also include other existing inspection system data transfer, such as production and sales history, production traceability, SGS and other inspection platforms.

That is to say, in the process of stage P3, after the analysis data integration system 150 performs data comparison, the inspection unit can issue the inspection report, upload it to the platform, and update the inspection and analysis of the inspection items of the inspector. result. The submitting party can confirm through the platform, including confirming whether the test has been completed, and confirming whether the test history can be made public. If the inspection sending party confirms that the inspection is completed, the online payment integration system 140 will remit the money to the inspection unit. If the inspecting party confirms that the inspection history can be disclosed, the consumer can check the inspection history of the inspecting party through the viewing function of the proposed platform of the new matching inspection project.

In some embodiments, the analytical data integration system 150 is used in the comparison test There may be more than one matching result when the data material and the analysis result database match. When there are several matching results, the analysis data integration system 150 will suggest that the sample processing data be listed on the platform, and the detection party can select according to the analysis data and the graphical analysis results, and then operate through the analysis data integration system 150 The interface selects the target and proposes sample processing data.

In contrast, the data comparison function in the current conventional technology is performed by traditional manual methods, so it often takes a lot of time and manpower, and the interpretation of data is often due to human factors. There is an unobjective judgment, which leads to the final misjudgment and the result. The analysis data integration system 150 of the proposed platform for the new match detection project can perform sample interpretation work, report uploading and downloading functions, and inspection record query functions through two methods: online data interpretation function and inspection data database. . In addition, in terms of data interpretation, it can be divided into two types: one is to perform comparison work through the inspection data database, which has the advantage of continuously accumulating inspection data samples, and can upload standard product maps through multi-party inspection units, so that In the future, the online testing unit can perform data comparison work through the standard product map. As the database becomes more and more complete, the comparison effect will be better.

To sum up, the functions of the proposed platform for the new matching testing project are: (1) In addition to providing a better testing service process, it also integrates testing services from various testing units, thereby optimizing the quality of inspection submissions; (2) The cost of screening items is transparent, and the inspection items are more comprehensive, so more comprehensive services can be provided to the sender; (3) The O2O (online-to-offline) business model of the proposed platform of the matching testing project was born, which is conducive to the integration of testing resources; (4) Through the testing service items provided by multiple testing units stationed on the platform, the The inspector can choose the plan he wants, make online payment, and log in the sample information, the logistics company will immediately go to the house to collect the samples for inspection, and the inspector can log in immediately through barcode scanning to track the status of the samples; (5) The testing unit uploads the data results after testing, and records them on the cloud for review and download. Therefore, compared with the traditional testing process, the proposed platform for the new matching testing project can provide more efficient and comprehensive testing items. Matching and inspection process; it can indeed achieve the purpose of this new model.

However, the above are only examples of the present invention, which should not limit the scope of implementation of the present invention. Any simple equivalent changes and modifications made according to the scope of the patent application for this new model and the contents of the patent specification are still within the scope of the present invention. within the scope of this patent.

110: Search and compare systems

120: Logistics Integration System

130: Sample Information Integration System

140: Online Payment Integration System

150: Analytical Data Integration System

Claims (9)

A suggestion platform for matching detection items, comprising: a search and comparison system, storing at least one searchable comparison and detection service item, wherein a tester can search for detection-related services by keyword, classification function, region and time , wherein, the inspection service information of the inspection service database, the inspection sender can select service items online; a logistics integration system, connected to the search and comparison system network, and stores at least one optional logistics service method, wherein , the front desk of the optional logistics service method provides the online logistics service type of the inspection party, and the backend of the optional logistics service method notifies a logistics unit and a testing unit through the cloud to provide their corresponding services, It is also possible to scan and update the sample status service through a networked device; the online payment integration system is connected to the logistics integration system network, and at least one optional cash flow service method is stored, before the optional cash flow service method The platform can enable the inspector to select online through a networked device, or to pay the inspection-related fees to the unit that provides services on behalf of the inspector. After the optional cash flow service method, when the inspector confirms the inspection After the results are correct, the proposed platform of the matching testing project will remit money to the testing unit through online payment; and a sample information integration system, which is connected to the online payment integration system, and includes product sample information and the final testing report. Information, wherein, the sample information integration system can be used by the inspection sender to upload the product sample information. When the product sample information is uploaded, the sample information integration system generates a set of sample delivery serial numbers, which are used for logistics. Progress update and check Measurement progress updates and status tracking. The proposed platform for matching testing items as described in claim 1, wherein the search and comparison system is designed with the certification history function of the testing unit, and the testing unit needs to fill in the relevant information of the testing unit and the TAF/TFDA certified products when entering. item, and the amount of the inspection service item. When the suggested platform for the matching testing item confirms that the information is filled in correctly and the qualifications are met, the testing unit can launch the service on the suggested platform for the matching testing item. The proposed platform for matching inspection items as described in claim 1, wherein the inspecting party can search for inspection items through the networked device, and the front desk of the optional logistics service method allows the inspecting party to The connected device makes logistics service selections online. According to the proposed platform for the matching detection project described in claim 1, the backend of the optional logistics service method has a cloud notification service function, which can notify the logistics end of the platform to receive samples, and the logistics end to notify the platform that the samples have been collected and the logistics end. When the sample delivery service and the logistics end are delivered to the testing unit, the cloud notification service is performed, and the sample status update method is to update the sample delivery barcode or QR CODE by scanning a sample delivery barcode or QR CODE through a networked device with image capture function. The proposed platform for a matching detection project according to claim 1, wherein the online payment integration system has an online real-time payment function and a physical store payment function, and the online payment integration system has a front-end so that the inspection sending party can pass the You can select the type of online payment with the connected device, and you can also pay the amount through the physical storefront. The suggested platform for the matching detection project according to claim 1, wherein, after the inspection sending party pays, the suggested platform for the matching detection project delivers the sample Work and inspection services, and then when the proposed platform of the matching inspection project receives the notification from the inspector to confirm that the inspection is completed, the online payment integration system transfers the inspection fee to the inspection unit. The suggestion platform for matching detection items according to claim 1, further comprising an analysis data integration system that stores at least one comparable inspection data database and at least one suggested analysis result database, wherein each inspection data database It includes a sample data and its corresponding standard data, and each suggested analysis result database includes a graph analysis result and a corresponding suggested sample processing method. The operation interface is used to compare the data. The sample data and standard comparison data received by the analysis data integration system determine the corresponding corresponding values from the analysis data results displayed. The data process is through the detection unit. The data generated by the standardization process and the corresponding instrument are the results of the analysis of the standard and the real sample under the same analysis conditions, so a comparison result between the data of the sample and the data of the standard can be obtained. Whether the value obtained by comparison is in line with the normal value is compared through the relative value of the analysis data integration system, and finally through the suggested analysis result database, the corresponding suggested sample processing method is proposed. The suggested platform for the matching test item according to claim 7, wherein the analysis data integration system allows the testing unit to upload a test result report after completing the sample analysis, and then the suggested platform for the matching test item will notify the Submit the report to the prosecutor to download. The proposed platform for a matching detection project according to claim 7, wherein the sending There is a bar code on the inspection history of the inspector. The bar code is scanned by a networked device with an image capture system, and the networked device can check the inspection history of the inspector. The inspector can decide whether to The inspection history is made public for inspection by third parties.

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