Resource regeneration enterprise high-quality development evaluation system

Abstract

The invention relates to the technical field of resource regeneration management, in particular to a resource regeneration enterprise high-quality development evaluation system which comprises a user side and an evaluation platform. The user side is connected with the evaluation platform through a network and is used for data transmission; the user side transmits resource regeneration data to the evaluation platform for evaluation through a network; the user side can check the evaluation result of the evaluation platform; according to the invention, the resource regeneration data is transmitted to the evaluation platform through the user side, and the evaluation platform performs comparative analysis on the resource regeneration data submitted by the user side and the standard data, so that rapid evaluation of enterprise resource regeneration is realized, and the problems of low evaluation efficiency and heavy task at present are solved.

Description

Technical Field

[0001] The present invention relates to the field of resource recycling management technology, and specifically to a high-quality development evaluation system for resource recycling enterprises. Background Art

[0002] Resource recycling is an activity that recycles, processes and reuses waste materials. It promotes the development of circular economy on a global scale and is of great significance to environmental protection and sustainable use of resources. The core of this activity is to decompose, purify, reshape or transform used materials or products through innovative scientific and technological means to make them valuable resources again. Resource recycling not only covers traditional recycling industries such as the recycling of waste paper, metals, plastics and glass, but also includes a wider range of areas, such as the treatment of electronic waste (e-waste), the reuse of building materials, and the conversion of organic waste such as kitchen waste into fertilizers.

[0003] Resource recycling, as a key area for promoting sustainable development and environmental protection, requires government supervision and evaluation because it has multiple social, economic and environmental significance. First, government supervision ensures that resource recycling activities comply with laws and regulations, maintain market order, and prevent illegal and irresponsible waste disposal behaviors, such as illegal dumping or improper disposal of hazardous waste, thereby avoiding environmental pollution and public health risks. Second, supervision helps promote the establishment and improvement of industry standards, promote the innovation and application of resource recycling technology, ensure the quality and safety of recycled products, and thus enhance public trust in recycled products. In addition, government evaluation of the performance of resource recycling companies can identify and reward those companies that perform well in environmental protection, social responsibility and economic benefits, while putting pressure on those companies that perform poorly to improve, and promote the entire industry to develop to higher standards. Through feedback from the evaluation system, the government can also adjust and formulate relevant policies to more effectively support the resource recycling industry and promote efficient resource utilization and environmental sustainability. In short, government supervision and evaluation are the key to ensuring the healthy, orderly and efficient development of the resource recycling industry, and help achieve the goal of building a resource-saving and environmentally friendly society.

[0004] The existing resource recycling enterprise evaluation is that the enterprise submits materials to the government regulatory agency, which will manually compare and evaluate the resource recycling data with the standard values. The enterprise's resource recycling data is huge, which undoubtedly takes up a lot of time for the government regulatory agency. In other words, the current resource recycling evaluation is time-consuming and inefficient.

[0005] In view of this, in order to overcome the above-mentioned technical problems, the present invention proposes a high-quality development evaluation system for resource recycling enterprises to solve the above-mentioned technical problems. Summary of the invention

[0006] In order to make up for the shortcomings of the prior art, the present invention proposes a high-quality development evaluation system for resource recycling enterprises. The present invention transmits resource regeneration data to an evaluation platform through a user terminal. The evaluation platform compares and analyzes the resource regeneration data submitted by the user terminal with the standard data, thereby realizing a rapid evaluation of the enterprise's resource regeneration, thereby solving the current problems of low evaluation efficiency and heavy tasks.

[0007] The resource recycling enterprise high-quality development evaluation system of the present invention comprises a user terminal and an evaluation platform; the user terminal and the evaluation platform are connected via a network for data transmission; the user terminal transmits resource recycling data to the evaluation platform via the network for evaluation; the user terminal can view the evaluation results of the evaluation platform; The user terminal uses an electronic device as a carrier, such as a computer or a mobile communication device; the user terminal includes a user module and a first transmission unit; the user module transmits the resource regeneration data to the evaluation platform through the first transmission unit; the evaluation platform transmits the evaluation results back to the user module through the first transmission unit; the user module includes a submission unit and a viewing unit; the submission unit is used to submit the resource regeneration data; the viewing unit is used to view the evaluation result data of the evaluation platform.

[0008] Preferably, the evaluation platform uses an electronic device as a carrier, such as a computer or a mobile communication device; the evaluation platform includes a second transmission unit and an evaluation module; the second transmission unit is used to transmit the resource regeneration data of the user terminal to the evaluation module; the second transmission unit can also transmit the resource regeneration evaluation result of the evaluation module to the user terminal; the evaluation module includes a storage unit, a comparison unit and a standard unit; the storage unit is used to store the resource regeneration data and resource regeneration evaluation results submitted by the user terminal; the standard unit is used to store resource regeneration evaluation standard data; the comparison unit is used to compare the resource regeneration data of the storage unit with the data of the standard unit.

[0009] Preferably, the comparison unit will compare and rate resource regeneration evaluation results of different enterprises; the comparison unit will sort the enterprises according to their resource regeneration evaluation results; the comparison unit will sort the resource regeneration evaluation results of different enterprises and transmit them back to the viewing unit.

[0010] Preferably, the comparison unit will compare and analyze the regeneration evaluation results of the same enterprise in different periods; the comparison unit will evaluate and analyze multiple evaluation results of the same enterprise and transmit them back to the viewing unit.

[0011] Preferably, the evaluation module also includes a prompt unit; the prompt unit displays enterprises whose resource regeneration evaluation is lower than the standard value in red; the prompt unit displays yellow when the resource regeneration evaluation results of the same enterprise deteriorate multiple times; the prompt unit displays green when the resource regeneration evaluation results of the same enterprise improve multiple times; the evaluation platform better supervises the resource regeneration development of enterprises according to the display of the prompt unit.

[0012] Preferably, the comparison unit displays the resource regeneration data of different enterprises and the same enterprise in the form of a line graph; the comparison unit transmits the comparison result to the viewing unit for public display.

[0013] Preferably, the evaluation module further comprises an updating unit; the updating unit is used to update the resource regeneration standard data in the standard unit; the updating basis of the updating unit is industry standard factors, regulatory requirements factors and technological innovation factors.

[0014] Preferably, the resource regeneration data submitted by the submitting unit includes text, voice, picture and video; the submitting unit can transmit different types of resource regeneration data to the evaluation platform.

[0015] Preferably, the evaluation module further comprises a conversion unit; the conversion unit is capable of converting different types of data submitted by the submission unit into text data; the conversion unit converts the data submitted by the submission unit and transmits the converted data to the storage unit for storage, and then the comparison unit performs comparison and analysis.

[0016] Preferably, the evaluation module further includes a verification unit; the verification unit is used to verify the authenticity of the data submitted by the unit.

[0017] The beneficial effects of the present invention are as follows: 1. The present invention transmits resource regeneration data to the evaluation platform through the user end. The evaluation platform compares and analyzes the resource regeneration data submitted by the user end with the standard data, thereby realizing a rapid evaluation of the enterprise's resource regeneration, thereby solving the current problems of low evaluation efficiency and heavy tasks.

[0018] 2. The present invention realizes the whole process management from data collection, processing, analysis to feedback through a comprehensive platform, provides enterprises with tools for self-assessment and improvement, and also provides powerful decision-making support for governments and industry regulators, thereby promoting the entire industry to develop in a more green, efficient and sustainable direction.

[0019] 3. The benefit of the verification unit in the present invention verifying the resource regeneration data submitted by the submitting unit is that it ensures the authenticity and accuracy of the data, and provides a solid foundation for the reliability and effectiveness of the evaluation system; through the review of the verification unit, erroneous, false or incomplete data can be filtered out to avoid these data affecting the fairness and objectivity of the evaluation results. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] The present invention is further described below in conjunction with the accompanying drawings and implementation modes.

[0021] Figure 1 It is a flowchart of the system in the present invention. DETAILED DESCRIPTION

[0022] In order to make the technical means, creative features, objectives and effects achieved by the present invention easy to understand, the present invention is further explained below in conjunction with specific implementation methods.

[0023] like Figure 1 As shown, a resource recycling enterprise high-quality development evaluation system according to the present invention includes the following embodiments: Embodiment 1: A high-quality development evaluation system for resource recycling enterprises, comprising a user terminal and an evaluation platform; the user terminal and the evaluation platform are connected via a network for data transmission; the user terminal transmits resource recycling data to the evaluation platform via the network for evaluation; the user terminal can view the evaluation results of the evaluation platform; The user terminal uses an electronic device as a carrier, such as a computer or a mobile communication device; the user terminal includes a user module and a first transmission unit; the user module transmits the resource regeneration data to the evaluation platform through the first transmission unit; the evaluation platform transmits the evaluation results back to the user module through the first transmission unit; the user module includes a submission unit and a viewing unit; the submission unit is used to submit the resource regeneration data; the viewing unit is used to view the evaluation result data of the evaluation platform.

[0024] In this embodiment, the evaluation platform uses an electronic device as a carrier, such as a computer or a mobile communication device; the evaluation platform includes a second transmission unit and an evaluation module; the second transmission unit is used to transmit the resource regeneration data of the user terminal to the evaluation module; the second transmission unit can also transmit the resource regeneration evaluation result of the evaluation module to the user terminal; the evaluation module includes a storage unit, a comparison unit and a standard unit; the storage unit is used to store the resource regeneration data and resource regeneration evaluation results submitted by the user terminal; the standard unit is used to store resource regeneration evaluation standard data; the comparison unit is used to compare the resource regeneration data of the storage unit with the data of the standard unit.

[0025] When using, first, the employee or relevant person in charge of the resource recycling enterprise uses the user module on the electronic device. The user module is the front-end interface of the user end, and the design needs to be convenient and easy to use to ensure that the enterprise users can easily submit data and view the evaluation results; the user end device is connected to the second transmission unit of the evaluation platform through the first transmission unit (such as Internet connection). This process involves a secure data transmission protocol to ensure the confidentiality and integrity of the data; the enterprise's resource recycling data is input and submitted through the submission unit. These data may include the enterprise's production volume, resource utilization efficiency, waste treatment, environmental impact indicators, social responsibility fulfillment, and innovation activity records; the user end As a data collection and submission interface, a user-friendly operation interface and necessary data input guidance are usually provided to ensure the accuracy and completeness of the data; the data submitted by the user is transmitted to the evaluation platform through the first transmission unit (such as the Internet, local area network, etc.); the second transmission unit of the evaluation platform receives the resource regeneration data from the user end and transfers it to the evaluation module for processing; the evaluation module is the core of the evaluation system, which includes a storage unit, a comparison unit and a standard unit; the storage unit is responsible for storing the resource regeneration data submitted by the user end and the evaluation results generated by the evaluation module; the comparison unit will compare and analyze the collected resource regeneration data with the evaluation standard data set in the standard unit; These standard data are formulated based on the high-quality development indicators of resource recycling enterprises. They represent the expectations and requirements of the evaluation system for the high-quality development capabilities of resource recycling enterprises. After comparative analysis, the evaluation module generates evaluation results on the current performance of resource recycling enterprises. The evaluation results may include specific scores, ratings or rankings of enterprises in different dimensions (such as economy, environment, society, innovation, etc.), as well as comparative analysis with industry averages or best practices. The evaluation result data is then saved by the storage unit and transmitted back to the user module through the second transmission unit. On the user side, the viewing unit allows enterprise users to view the evaluation results, which can be detailed reports or charts presented through the user-side device. , providing intuitive data interpretation and suggestions to help enterprises understand their performance in resource recycling, as well as areas and directions that need improvement; the entire evaluation system not only provides a dynamic evaluation process, but also realizes the integrated operation of resource recycling data submission, processing, evaluation, feedback and viewing through the interaction between the user end and the evaluation platform, providing a powerful auxiliary tool for the high-quality development of resource recycling enterprises; through this evaluation system, enterprises can continuously track and improve their performance in the field of resource recycling to meet the requirements of sustainable development. At the same time, governments and regulatory agencies can use the evaluation results to monitor the implementation of industry standards and formulate more effective policies and incentives;In addition, in order to ensure the effectiveness and fairness of the evaluation system, the evaluation platform may also include an update mechanism to regularly update the evaluation criteria based on the latest industry standards, regulatory requirements, technological innovations and other factors to maintain the cutting-edge and adaptability of the evaluation system; after viewing the evaluation results, enterprise users can also take action to improve their resource recycling processes and management strategies based on the feedback and suggestions provided by the system, thereby promoting the high-quality development of the enterprise; throughout the entire workflow, the interaction between the user end and the evaluation platform not only realizes the automatic transmission and processing of data, but also provides resource recycling enterprises with opportunities for continuous improvement and optimization through feedback on evaluation results; this design of the evaluation system not only meets the needs of enterprises for self-monitoring and improvement, but also caters to the requirements of the government and industry regulators for the implementation of resource recycling industry standards and efficiency improvement; The present invention transmits resource regeneration data to an evaluation platform through a user terminal, and the evaluation platform compares and analyzes the resource regeneration data submitted by the user terminal with standard data, thereby achieving a rapid evaluation of enterprise resource regeneration, thereby solving the current problems of low evaluation efficiency and heavy tasks.

[0026] Embodiment 2: The comparison unit will compare and rate resource regeneration evaluation results of different enterprises; the comparison unit will sort the enterprises according to their resource regeneration evaluation results; the comparison unit will sort the resource regeneration evaluation results of different enterprises and transmit them back to the viewing unit.

[0027] In this embodiment, the comparison unit will compare and analyze the regeneration evaluation results of the same enterprise in different periods; the comparison unit will evaluate and analyze multiple evaluation results of the same enterprise and transmit them back to the viewing unit.

[0028] In this embodiment, the evaluation module also includes a prompt unit; the prompt unit displays the enterprise whose resource regeneration evaluation is lower than the standard value in red; the prompt unit displays yellow when the resource regeneration evaluation results of the same enterprise deteriorate; the prompt unit displays green when the resource regeneration evaluation results of the same enterprise improve; the evaluation platform better supervises the resource regeneration development of the enterprise according to the display of the prompt unit.

[0029] In this embodiment, the comparison unit displays the resource regeneration data of different enterprises and the same enterprise in the form of a line graph; the comparison unit transmits the comparison result to the viewing unit for public display.

[0030] In this embodiment, the evaluation module further includes an updating unit; the updating unit is used to update the resource regeneration standard data in the standard unit; the updating basis of the updating unit is industry standard factors, regulatory requirements factors and technological innovation factors.

[0031] When in use, after completing the resource regeneration data evaluation of a single enterprise, the comparison unit in the system will conduct an in-depth comparative analysis of the evaluation results of different enterprises; this includes rating the resource regeneration performance of multiple enterprises, and sorting them based on evaluation scores and comprehensive indicators; the sorted results will be transmitted back to the viewing unit on the user side through the second transmission unit, so that the enterprise can understand its relative position in the industry and the gap between it and the industry's best practices; the comparison unit will also perform dynamic tracking and comparative analysis on the resource regeneration evaluation results of the same enterprise in different periods; in this way, the system can monitor the development and improvement of the enterprise in time series, and provide data support for the enterprise's long-term planning and continuous improvement; these evaluation and analysis results will also be returned to the viewing unit for reference and analysis by enterprise users; in order to better guide and supervise the development of enterprise resource regeneration, the prompt unit in the evaluation module will send intuitive prompt signals to the enterprise based on the evaluation results; if the resource regeneration evaluation is lower than the standard value, the corresponding data will be displayed in red to attract the attention of the enterprise; if multiple evaluation results of the same enterprise show deterioration, they will be marked with yellow; on the contrary, if the evaluation results become better, they will be marked with green; such a color coding system helps enterprises The comparison unit can quickly identify its own development trend in resource recycling, and at the same time facilitate regulators to effectively monitor the overall performance of the industry; the comparison unit further displays the resource recycling data of different enterprises and the data of the same enterprise in different periods in the form of charts, such as line charts, which provides regulators and enterprises with a clear visual comparison tool, which helps to intuitively understand data trends and industry dynamics; these comparison results will also be transmitted to the viewing unit through the second transmission unit for public display to promote information transparency and fair competition in the industry; finally, the update unit of the evaluation module is responsible for regularly updating the resource recycling standard data in the standard unit; the basis for the update includes but is not limited to the latest industry standards, regulatory requirements and technological innovation factors; this mechanism ensures that the evaluation standards keep pace with the times, reflect the latest requirements of industry development, and ensure the accuracy and applicability of the evaluation system; overall, the resource recycling enterprise high-quality development evaluation system realizes the whole process management from data collection, processing, analysis to feedback through a comprehensive platform, provides enterprises with tools for self-assessment and improvement, and also provides strong decision-making support for governments and industry regulators, thereby promoting the entire industry to develop in a more green, efficient and sustainable direction.

[0032] Embodiment 3: The resource regeneration data submitted by the submitting unit includes text, voice, picture and video; the submitting unit can transmit different types of resource regeneration data to the evaluation platform.

[0033] In this embodiment, the evaluation module also includes a conversion unit; the conversion unit can convert different types of data submitted by the unit into text data; the conversion unit will convert the data submitted by the unit and transmit it to the storage unit for storage, and then the comparison unit will perform comparison and analysis.

[0034] In this embodiment, the evaluation module further includes a verification unit; the verification unit is used to verify the authenticity of the data submitted by the submission unit.

[0035] When in use, users of resource recycling enterprises will use the submission unit on the user side to input the enterprise's resource recycling data into the system; these data are not limited to traditional text forms, but also include voice, pictures, videos and other forms to ensure that the enterprise's resource recycling activities and achievements can be fully and detailedly reflected; these data can include video records of the production process, pictorial evidence of environmental impacts, voice descriptions of management decision-making processes or text reports in written documents; the submission unit has the function of safely and effectively transmitting these different types of data to the evaluation platform through the first transmission unit; the first transmission unit uses encryption and security protocols to ensure the security and integrity of data during transmission; after arriving at the evaluation platform, the submitted data is first processed by the conversion unit in the evaluation module; the conversion unit is responsible for converting Non-text data (such as pictures and videos) are converted into text data so that the data can be processed and analyzed by subsequent system components; the conversion process may involve technologies such as image recognition and voice transcription; the converted text data will then be transmitted to the comparison unit; the verification unit is executed before or after the conversion unit processes the data to ensure that all submitted data is true, accurate, and meets the evaluation standards; the verification process may include data integrity checks, data source verification, and rationality reviews of data content; if the data is found to be questionable or untrue, the verification unit may refuse further processing of the data or require the enterprise user to provide corrected or supplementary materials; once the data has been verified and converted, the comparison unit will receive the data and compare and analyze it with the resource recycling evaluation standards stored in the standard unit; The benefit of the verification unit verifying the resource recycling data submitted by the submitting unit is that it ensures the authenticity and accuracy of the data, providing a solid foundation for the reliability and effectiveness of the evaluation system; through the review of the verification unit, erroneous, false or incomplete data can be filtered out to prevent these data from affecting the fairness and objectivity of the evaluation results.

[0036] The above shows and describes the basic principles, main features and advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A high-quality development evaluation system for resource recycling enterprises, characterized by: It includes a user terminal and an evaluation platform; the user terminal and the evaluation platform are connected via a network for data transmission; the user terminal transmits resource regeneration data to the evaluation platform via the network for evaluation; the user terminal can view the evaluation results of the evaluation platform; The user terminal uses an electronic device as a carrier; the user terminal includes a user module and a first transmission unit; the user module transmits resource regeneration data to the evaluation platform through the first transmission unit; the evaluation platform transmits the evaluation result back to the user module through the first transmission unit; the user module includes a submission unit and a viewing unit; the submission unit is used to submit resource regeneration data; the viewing unit is used to view the evaluation result data of the evaluation platform.

2. According to claim 1, a resource recycling enterprise high-quality development evaluation system is characterized by: The evaluation platform uses electronic devices as carriers; the evaluation platform includes a second transmission unit and an evaluation module; the second transmission unit is used to transmit the resource regeneration data of the user end to the evaluation module; the second transmission unit can also transmit the resource regeneration evaluation results of the evaluation module to the user end; the evaluation module includes a storage unit, a comparison unit and a standard unit; the storage unit is used to store the resource regeneration data and resource regeneration evaluation results submitted by the user end; the standard unit is used to store resource regeneration evaluation standard data; the comparison unit is used to compare the resource regeneration data of the storage unit with the data of the standard unit.

3. A resource recycling enterprise high-quality development evaluation system according to claim 2, characterized in that: The comparison unit will compare and rate resource regeneration evaluation results of different enterprises; the comparison unit will sort the enterprises according to their resource regeneration evaluation results; the comparison unit will sort the resource regeneration evaluation results of different enterprises and transmit them back to the viewing unit.

4. A resource recycling enterprise high-quality development evaluation system according to claim 2, characterized in that: The comparison unit will compare and analyze the regeneration evaluation results of the same enterprise in different periods; the comparison unit will evaluate and analyze multiple evaluation results of the same enterprise and transmit them back to the viewing unit.

5. According to claim 2, a resource recycling enterprise high-quality development evaluation system is characterized by: The evaluation module also includes a prompt unit; the prompt unit displays enterprises whose resource regeneration evaluation is lower than the standard value in red; the prompt unit displays yellow when the resource regeneration evaluation results of the same enterprise deteriorate multiple times; the prompt unit displays green when the resource regeneration evaluation results of the same enterprise improve multiple times; the evaluation platform better supervises the resource regeneration development of enterprises according to the display of the prompt unit.

6. A resource recycling enterprise high-quality development evaluation system according to claim 2, characterized in that: The comparison unit displays resource regeneration data of different enterprises and the same enterprise in the form of a line graph; the comparison unit transmits the comparison result to the viewing unit for public display.

7. The high-quality development evaluation system for resource recycling enterprises according to claim 2 is characterized by: The evaluation module also includes an updating unit; the updating unit is used to update the resource regeneration standard data in the standard unit; the updating basis of the updating unit is industry standard factors, regulatory requirements factors and technological innovation factors.

8. The high-quality development evaluation system for resource recycling enterprises according to claim 2 is characterized by: The resource regeneration data submitted by the submitting unit includes text, voice, picture and video; the submitting unit can transmit different types of resource regeneration data to the evaluation platform.

9. A resource recycling enterprise high-quality development evaluation system according to claim 8, characterized in that: The evaluation module also includes a conversion unit; the conversion unit can convert different types of data submitted by the unit into text data; the conversion unit will convert the data submitted by the unit and transmit it to the storage unit for storage, and then the comparison unit will perform comparison and analysis.

10. A resource recycling enterprise high-quality development evaluation system according to claim 8, characterized in that: The evaluation module also includes a verification unit; the verification unit is used to verify the authenticity of the data submitted by the unit.

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