Environmental protection enterprise culture management system

Abstract

The invention discloses an environmental protection enterprise culture management system, and relates to the technical field of data management. The method comprises the following steps: a product module obtains regional information of a user logging in a management system, and analyzes to obtain a product environmental protection value of an environmental protection enterprise product; the screening module sets a product environment-friendly value threshold value, and screens products reaching the product environment-friendly value threshold value as propaganda products; the permission module is used for acquiring browsing information of a user logging in the management system and setting a browsing permission of the user; the page module obtains the length-width ratio of a display interface of the management system, sets the size of a propaganda product, and obtains a total propaganda page; the detail module sets product detail contents corresponding to the total propaganda page to obtain a propaganda detail page; and the feedback module is used for counting the watching data of the propaganda detail page and adjusting the product detail content of the propaganda detail page. By managing the environment-friendly enterprise culture, the propaganda effect of the environment-friendly enterprise culture is improved.

Description

Technical Field

[0001] This application relates to the technical field of data management, and in particular to an environmental protection corporate culture management system. Background Technology

[0002] Environmental protection enterprises, also known as the environmental protection industry or ecological industry, refer to a collective term for companies engaged in activities such as technology development, product manufacturing, commercial distribution, resource utilization, information services, engineering contracting, and nature conservation and development related to pollution prevention and control, ecological environment improvement, and natural resource protection. These companies typically include the production of environmental protection equipment, the application of environmental protection technologies, the provision of environmental protection services, and resource recycling. Managing the corporate culture of environmental protection companies can help to deeply embed the corporate culture within the company without disclosing trade secrets.

[0003] In related technologies, the dissemination and management of environmental protection corporate culture is generally achieved through manually designed promotional interfaces that are accessible to all users. However, not all users actually contribute positively to the dissemination of the corporate culture. Therefore, a manually designed, single promotional scheme is not very effective in disseminating the culture of environmental protection companies and needs improvement. Summary of the Invention

[0004] The purpose of this invention is to provide an environmentally friendly corporate culture management system to solve the problems mentioned in the background art.

[0005] Firstly, the environmental protection corporate culture management system provided in this application adopts the following technical solution:

[0006] The product module obtains the geographic information of users logging into the management system, and analyzes the geographic information to obtain the environmental protection value of the environmental protection enterprise's products.

[0007] The filtering module is connected to the product module signal and is used to receive the product environmental value, set the product environmental value threshold, and filter products whose environmental value reaches the product environmental value threshold as promotional products.

[0008] The permissions module is used to obtain the browsing information of users who log in to the management system and set the browsing permissions of users based on the browsing information;

[0009] The page module, along with the filtering module and the product module, is connected by signals to obtain the aspect ratio of the management system's display interface. Based on the aspect ratio and the product's environmental protection value, the size of the advertised product is set to obtain the total advertising page.

[0010] The details module is connected to the page module, product module, and permission module via signals. It sets the product details content corresponding to the main promotional page based on the product's environmental protection value, thus generating the promotional details page.

[0011] The feedback module, connected to the details module, is used to collect viewing data for the promotional details page and adjust the product details content based on the viewing data.

[0012] Preferably, the step of obtaining the geographic information of users in the login management system and analyzing the geographic information to obtain the environmental protection value of the environmental protection enterprise's products specifically includes:

[0013] Obtain the IP address and registered address of the user who logs into the management system, and use the IP address and registered address as the reference region;

[0014] Obtain environmental information and product information of environmental protection companies in the reference region, and determine the regional environmental protection value based on the environmental and product information;

[0015] Based on the product information, extract the associated regions from the product information and check whether the associated regions overlap with the reference regions;

[0016] If the associated region does not overlap with the reference region, the environmental protection value of the region will be used as the environmental protection value of the product.

[0017] If the associated region overlaps with the reference region, the environmental impact of the product on the reference region during the production process is obtained, and the environmental impact value is obtained.

[0018] The environmental value of the product is obtained by superimposing the regional environmental value and the environmental impact value.

[0019] Preferably, the step of obtaining environmental information of the reference region and product information of environmental protection enterprises, and determining the regional environmental protection value based on the environmental information and product information, specifically includes:

[0020] Obtain the standard operating environment of environmental protection companies' products, and obtain product information under the standard operating environment, including material information, energy consumption information, and emission information;

[0021] The material information includes recyclability and average service life, and the material's environmental value is obtained based on the material information.

[0022] Based on the energy consumption information, it is determined whether the energy consumed by the product is renewable energy. If the energy consumed by the product is renewable energy, the ratio of the average consumption rate of similar products to the average consumption rate of products from environmentally friendly enterprises is obtained as the energy consumption environmental protection value.

[0023] If the energy consumed by the product is not renewable, then obtain the real-time global energy reserves, and calculate the energy consumption environmental value by combining the consumption ratio of the average consumption rate of similar products and the average consumption rate of products from environmentally friendly companies.

[0024] Based on the emission information, determine whether the product's emissions cause pollution. If the emissions cause pollution, obtain the emission ratio between the average emission of similar products and the average emission of products from environmentally friendly enterprises as the emission environmental value.

[0025] If the emissions do not cause pollution, the emission environmental protection value is the highest value;

[0026] Set the initial weight ratios for material environmental protection value, energy consumption environmental protection value, and emission environmental protection value, and calculate the initial environmental protection value based on the material environmental protection value, energy consumption environmental protection value, emission environmental protection value, and the corresponding initial weight ratios;

[0027] By combining the initial environmental protection value with the environmental information of the reference region, a comprehensive analysis is conducted to obtain the environmental protection value of the region.

[0028] Preferably, the step of combining the initial environmental protection value and the environmental information of the reference area to obtain the regional environmental protection value through comprehensive analysis specifically includes:

[0029] Obtain environmental information of the reference region, including regional temperature, regional humidity, and soil information;

[0030] Based on the regional temperature, the standard temperature in the standard operating environment is extracted, the temperature difference between the standard temperature and the regional temperature is calculated, and the first energy consumption increase value is obtained based on the temperature difference.

[0031] Based on the regional humidity, the standard humidity in the standard operating environment is extracted, the humidity difference between the standard humidity and the regional humidity is calculated, and the second energy consumption increase value is obtained based on the humidity difference.

[0032] The energy consumption increase is obtained by superimposing the first energy consumption increase and the second energy consumption increase;

[0033] The first emission increase is obtained based on the temperature difference, and the second emission increase is obtained based on the humidity difference. The emission increase is calculated by combining the two values.

[0034] The degradation time of environmental protection companies' products is obtained based on environmental information analysis.

[0035] Set the weight ratios for the increase in energy consumption, the increase in emissions, and the degradation time, and calculate the environmental damage value based on the increase in energy consumption, the increase in emissions, the degradation time, and the corresponding weight ratios.

[0036] Based on the initial environmental value, the regional environmental value is obtained by subtracting the environmental damage value from the initial environmental value.

[0037] Preferably, the step of obtaining the degradation time of environmental protection enterprise products based on environmental information analysis specifically includes:

[0038] Based on the material information, combined with the regional temperature and humidity, the corresponding degradation time of the material is obtained and recorded as the first degradation time;

[0039] The soil information includes soil coverage, average soil pH, and average soil microbial content.

[0040] Obtain the average discard rate of the product, and based on the average discard rate and soil coverage, calculate the probability that the product is discarded into the soil and record it as the soil discard probability.

[0041] The second degradation time was obtained by combining the soil discard probability, average soil pH, and average soil microbial content.

[0042] Set the weight ratio of the first degradation time and the second degradation time, and calculate the degradation time based on the first degradation time, the second degradation time, and the corresponding weight ratio.

[0043] Preferably, the step of obtaining browsing information of users in the login management system and setting browsing permissions for users based on the browsing information specifically includes:

[0044] Obtain historical browsing information from the user login management system, including browsing count, browsing time, and browsing comments;

[0045] Based on the viewed comments, negative keywords are set, and negative comments are extracted from the viewed comments according to the negative keywords;

[0046] Based on the negative comments, extract the negative reasons from the negative comments, and determine whether verification is required based on the number of views and the viewing time. If verification is not required, determine whether the negative comments are malicious.

[0047] If verification is required, verify whether the negative reason is consistent with the product description. If the negative reason is inconsistent with the product description, record the negative review as a malicious review.

[0048] If the negative reason is consistent with the product description, the negative review will be recorded as a positive review;

[0049] The ratio of malicious comments to total comments is calculated and recorded as the user's negative score. Browsing permissions are then set based on the user's negative score.

[0050] Preferably, based on the negative comments, the steps of extracting the negative reasons from the negative comments, determining whether verification is needed based on the number of views and the viewing time, and if verification is not needed, and then determining whether the negative comments are malicious comments, are as follows:

[0051] Based on the negative comments, extract the negative reasons from the negative comments and determine whether there are any negative reasons;

[0052] If there is no negative reason, then the negative comment is judged as a malicious comment;

[0053] If there is a negative reason, determine whether the negative reason is an objective reason. If the negative reason is not an objective reason, determine whether the negative comment is a neutral comment.

[0054] If the negative reason is due to objective factors, then set the weight ratio between the number of views and the viewing time, and calculate the viewing value based on the number of views, the viewing time, and the corresponding weight ratio.

[0055] If the number of views does not reach the threshold, it is determined that no verification is needed, and the negative comment is recorded as a malicious comment.

[0056] Set a browsing threshold; if the browsing value reaches the threshold, it is determined that verification is required.

[0057] Preferably, the step of calculating the ratio of malicious comments to the total number of comments and recording it as the user's negative score, and setting browsing permissions based on the user's negative score, specifically includes:

[0058] The impact of user functions on the promotional page is determined, and a corresponding negative user score is set based on the impact score to form a negative-impact table.

[0059] Based on the user's level of negativity, find the corresponding level of influence for the user in the Negativity-Impact Table and record it as the user's level of influence.

[0060] Based on the degree of user impact, user functions whose impact is no greater than the user's level of impact will be selected as open functions;

[0061] Based on the aforementioned open function, the permissions for the open function are granted to the user, while the permissions for other user functions are set to be disabled.

[0062] Preferably, the step of setting the product details content corresponding to the main promotional page based on the product's environmental protection value to obtain the promotional details page specifically includes:

[0063] Based on the user's negative score, according to the preset negative-environmental table corresponding to the user's negative score and the product's environmental value, the product's environmental value corresponding to the user's negative score is found and recorded as the user's environmental value.

[0064] Based on the user's environmental value, determine whether the environmental value of the products on the main promotional page meets the user's environmental value.

[0065] If the product's environmental protection rating meets the user's environmental protection rating, then the product details will include all product information.

[0066] If the product's environmental protection value does not meet the user's environmental protection value, the environmental protection value with the highest value among material environmental protection value, energy consumption environmental protection value, and emission environmental protection value will be selected as the displayed environmental protection value. The corresponding product information will be found based on the displayed environmental protection value and used as the product details content.

[0067] In summary, this application includes at least one of the following beneficial technical effects:

[0068] 1. Based on the geographical location information of users logging into the system, the environmental impact assessment of products in the user's associated region is analyzed, and products that meet the environmental threshold are selected for display. Simultaneously, based on the user's browsing history, the system assesses the user's level of malice towards the products, thereby setting system permissions for that user. By selecting more suitable environmentally friendly products for users and combining this with optimized system permissions, this approach to environmental corporate culture management enhances the effectiveness of promoting environmentally friendly corporate culture.

[0069] 2. The environmental impact assessment of a product's materials is based on its recyclability and average lifespan. Simultaneously, the product's energy consumption and emissions are assessed. Furthermore, the degradation time is analyzed based on the user's geographic location to ultimately determine the product's environmental impact rating. Analyzing the product's environmental impact rating based on materials, energy consumption, emissions, and degradation results in more accurate data, improving the accuracy of data in environmental corporate culture management.

[0070] 3. Extract negative user comments. Based on the user's browsing time and number of views, determine whether to verify the comments. If verification is conducted, comments with inconsistent verification results are marked as malicious comments. If no verification is conducted, the comment is categorized based on the reason for the negative comment. By statistically analyzing the percentage of malicious comments, user system permissions are set to reduce the spread of malicious defamation and improve the promotion of environmental protection corporate culture. At the same time, the management system is more tailored to different users, increasing the flexibility of environmental protection corporate culture management. Attached Figure Description

[0071] Figure 1 This is a schematic diagram of the module connections of an embodiment of an environmental protection corporate culture management system according to the present invention.

[0072] Figure 2 This is a schematic diagram illustrating the specific steps of an embodiment of an environmentally friendly corporate culture management system according to the present invention.

[0073] Attached image labels: 1. Product module. 2. Filter module. 3. Permission module. 4. Page module. 5. Details module. 6. Feedback module. Detailed Implementation

[0074] The following examples and... Figures 1-2 The present invention will be described in further detail, but the embodiments of the present invention are not limited thereto.

[0075] This invention discloses an environmental protection corporate culture management system, specifically including:

[0076] Product Module 1 obtains the geographic information of users who log in to the management system, and analyzes the geographic information to obtain the environmental protection value of the environmental protection enterprise's products.

[0077] The filtering module 2 is connected to the product module 1 by signal. It is used to receive the environmental protection value of the product, set the environmental protection value threshold of the product, and filter the products whose environmental protection value reaches the threshold as promotional products.

[0078] Permission module 3 is used to obtain browsing information of users who log in to the management system and set browsing permissions for users based on the browsing information.

[0079] Page module 4 is connected to both filter module 2 and product module 1 by signal. It obtains the aspect ratio of the display interface of the management system, sets the size of the advertised product based on the aspect ratio and the product's environmental protection value, and obtains the total advertising page.

[0080] There may be multiple products being promoted. When all products need to be displayed, the layout of the promotional products needs to be set due to page limitations. Products with higher environmental protection ratings will have a larger promotional area, but due to length and width limitations, a reasonable area size needs to be set. For example, there are two promotional products, A and B, with a display interface aspect ratio of 4:3 and an area of ​​0.12 square meters. The environmental protection ratings of promotional products A and B are 80 and 70 respectively, so the area ratio is 8:7. Therefore, the promotional area of ​​promotional product A is 0.064 square meters, and the promotional area of ​​promotional product B is 0.056 square meters. Based on the 4:3 aspect ratio, promotional product A can be set to a length of 0.4 meters and a width of 0.16 meters, and promotional product B can be set to a length of 0.4 meters and a width of 0.14 meters.

[0081] The details module 5 is connected to the page module 4, product module 1, and permission module 3 by signal. It sets the product details content corresponding to the main promotional page according to the product's environmental protection value, thus obtaining the promotional details page.

[0082] Feedback module 6, connected to details module 5, is used to collect viewing data of the promotional details page and adjust the product details content of the promotional details page based on the viewing data.

[0083] When viewing data is unsatisfactory, adjust the product details content by adding or removing relevant product information.

[0084] In practical application, environmental protection companies wanting to promote their environmental culture need to showcase their products, explaining their production processes, usage, and waste disposal information to demonstrate their environmental protection measures and achieve the goal of promoting their environmental culture. During the promotion process, on the one hand, the promoted product must actually achieve the desired effect; on the other hand, positive user feedback can also enhance the promotional effect. Therefore, when selecting products to promote, it is necessary to assess the product's environmental friendliness. During the promotion process, restricting access to users spreading negative information can reduce malicious defamation and improve the company's promotional effectiveness. For example, product A from an environmental protection company uses environmentally friendly materials, but emits a large amount of pollutants during use. Therefore, this product is not truly environmentally friendly, and promoting it will not be well-received by users, failing to achieve the desired promotional effect. Conversely, promoting a product B with a high degree of environmental friendliness, but with a large number of users maliciously defaming it, can mislead unsuspecting users, leading to a counterproductive promotional effect.

[0085] The steps for obtaining the geographic information of users logging into the management system and analyzing this geographic information to determine the environmental protection value of environmentally friendly enterprise products are as follows:

[0086] Step S11: Obtain the IP address and registered address of the user who logs into the management system, and use the IP address and registered address as the reference region.

[0087] Step S12: Obtain environmental information of the reference region and product information of environmental protection enterprises, and determine the regional environmental protection value based on the environmental information and product information.

[0088] Step S13: Based on the product information, extract the associated regions from the product information and check whether the associated regions overlap with the reference regions.

[0089] Step S14: If the associated region and the reference region do not overlap, the regional environmental protection value is used as the product's environmental protection value.

[0090] Step S15: If the associated region and the reference region overlap, obtain the environmental impact of the product on the reference region during the production process and obtain the environmental impact value.

[0091] The impact of a product on a reference region during its production process is determined by the amount of pollution emissions generated during production. The greater the emissions, the higher the environmental impact value.

[0092] Step S16: Combine the regional environmental protection value and the environmental impact value to obtain the product's environmental protection value.

[0093] In practical applications, the environmental friendliness of a product needs to be comprehensively judged based on its manufacturing process, usage, and waste disposal. Some products are very environmentally friendly during use and waste disposal, but cause significant pollution during production. However, pollution is unavoidable in the production of some products, so the environmental friendliness of the same product can vary for different users. For example, User 1 lives in location A, but their registered residence is in location B. Product A is manufactured in location A, so there is geographical overlap. The production of Product A uses a large amount of industrial machinery, causing pollution in location A. Therefore, for User 1, the environmental friendliness of their living environment is lower due to the pollution from Product A. User 2 lives in location C, where their registered residence is not affected by the pollution from Product A, so the environmental friendliness of Product A would be higher for User 2.

[0094] The steps for obtaining environmental information of a reference region and product information of environmental protection companies, and determining the regional environmental protection value based on the environmental and product information, are as follows:

[0095] Step S121: Obtain the standard operating environment of the environmental protection company's products and obtain product information under the standard operating environment. The product information includes material information, energy consumption information and emission information.

[0096] Step S122: Material information includes recyclability and average service life; environmental value of the material is obtained based on the material information.

[0097] The higher the recyclability of a material, the less pollution it causes to the environment, and the higher its environmental value. A longer average lifespan means a lower replacement frequency, and the higher the material's environmental value. Recyclability is determined by the ratio of recycled quantity to sold quantity.

[0098] Step S123: Based on energy consumption information, determine whether the energy consumed by the product is renewable energy. If the energy consumed by the product is renewable energy, obtain the ratio of the average consumption rate of similar products to the average consumption rate of environmentally friendly products as the energy consumption environmental protection value.

[0099] Step S124: If the energy consumed by the product is not renewable energy, obtain the real-time global energy reserves, and calculate the energy consumption environmental value by combining the consumption ratio of the average consumption rate of similar products and the average consumption rate of environmentally friendly products.

[0100] When energy consumption is non-renewable, both the rate of energy depletion and the amount of energy reserves must be considered. The lower the energy reserves, the less environmentally friendly the operation of consuming stored energy. For example, if the current global reserves are 2.362 trillion tons and the consumption ratio is 5, then 5 - 1 / 2.362 = 4.577, so the environmentally friendly energy consumption value is 4.577. If the product has no energy consumption, that is, it does not require energy consumption, the product's environmentally friendly energy consumption value is the highest.

[0101] Step S125: Based on the emission information, determine whether the product's emissions cause pollution. If the emissions cause pollution, obtain the emission ratio between the average emission of similar products and the average emission of products from environmentally friendly enterprises as the emission environmental protection value.

[0102] Step S126: If the emissions do not cause pollution, the emission environmental protection value is the highest value.

[0103] Step S127: Set the initial weight ratios for material environmental protection value, energy consumption environmental protection value, and emission environmental protection value; calculate the initial environmental protection value based on the material environmental protection value, energy consumption environmental protection value, emission environmental protection value, and the corresponding initial weight ratios.

[0104] For example, if the environmental protection values ​​for materials, energy consumption, and emissions are 90, 100, and 100 respectively, and the initial weighting ratios are set to 30%, 40%, and 30%, then the initial environmental protection value is 90×30%+100×40%+100×30%=97.

[0105] Step S128: Combine the initial environmental protection value with the environmental information of the reference region to obtain the regional environmental protection value through comprehensive analysis.

[0106] In practical applications, a product's environmental value is evaluated from three aspects: materials, energy consumption, and emissions. When a product has no energy consumption or pollution, its energy consumption and emissions environmental values ​​are both at their highest. By analyzing product information from standard environments, the environmental value of a product under standard conditions is obtained, thus assessing its environmental performance in such environments. For example, electric vehicles consume electricity and emit no pollution, while gasoline-powered vehicles consume petroleum and emit pollution. Assuming both use the same materials, the environmental value of an electric vehicle is clearly higher than that of a gasoline-powered vehicle.

[0107] The steps for obtaining a regional environmental protection value by combining the initial environmental protection value and environmental information from a reference region are as follows:

[0108] Step S1281: Obtain environmental information of the reference area, including regional temperature, regional humidity, and soil information.

[0109] Step S1282: Based on the regional temperature, extract the standard temperature in the standard operating environment, calculate the temperature difference between the standard temperature and the regional temperature, and obtain the first energy consumption increase value based on the temperature difference.

[0110] Temperature is a significant factor affecting energy consumption. For example, higher ambient temperatures tend to increase cooling water temperature, causing the chiller's load rate and power to gradually decrease, almost linearly. This leads to increased power consumption, meaning increased energy consumption. The increase in energy consumption due to temperature can be found in energy consumption tables corresponding to the temperatures used during product testing. For instance, a 10°C decrease in cooling water temperature (30°C) compared to a low cooling water temperature (20°C) can reduce the power consumption of a single chiller unit by 137 kW.

[0111] Step S1283: Based on the regional humidity, extract the standard humidity in the standard operating environment, calculate the humidity difference between the standard humidity and the regional humidity, and obtain the second energy consumption increase value based on the humidity difference.

[0112] Humidity also affects the energy consumption of products. For example, under high humidity conditions, air conditioning systems require more energy to reduce humidity, which increases the burden of energy consumption.

[0113] Step S1284: Add the first energy consumption increase value and the second energy consumption increase value to obtain the energy consumption increase value.

[0114] Step S1285: Calculate the first emission increase value based on the temperature difference value, and the second emission increase value based on the humidity difference value, and then calculate the total emission increase value by combining them.

[0115] Temperature and humidity not only affect a product's energy consumption but also its emissions. For example, high temperatures increase the generation and emission of pollutants such as nitrogen oxides, while lower temperatures result in less generation of these pollutants. During combustion, high humidity leads to incomplete fuel combustion, producing more smoke and harmful gas emissions. The relationships between temperature, humidity, and emissions obtained during testing were then identified.

[0116] Step S1286: Analyze the environmental information to obtain the degradation time of the environmental protection company's products.

[0117] Step S1287: Set the weight ratios of energy consumption increase, emission increase, and degradation time, and calculate the environmental damage value based on the energy consumption increase, emission increase, degradation time, and corresponding weight ratios.

[0118] For example, if the added value of energy consumption and the added value of emissions are 10 and 5 respectively, and the degradation time is 7 days, with corresponding weight ratios of 40%, 40% and 20%, then the environmental damage value is 10×40%+5×40%+7×20%=7.4.

[0119] Step S1288: Based on the initial environmental value, subtract the environmental damage value from the initial environmental value to obtain the regional environmental value.

[0120] In practical applications, different products used in different geographical environments will exhibit variations due to environmental factors, leading to changes in their environmental performance. For example, when the ambient temperature is between 15℃ and 35℃, the refrigerator's power consumption increases with increasing ambient temperature. This is because higher ambient temperatures lead to a larger temperature difference between the inside and outside of the refrigerator, resulting in increased heat loss and requiring more energy to maintain the low temperature inside. Location A typically has higher temperatures year-round, while location B typically has lower temperatures; therefore, the environmental performance of a refrigerator used in location A will be lower than that used in location B. Products designed for high-temperature use will be more environmentally friendly when used in location A.

[0121] The steps for determining the degradation time of environmentally friendly companies' products based on environmental information analysis are as follows:

[0122] Step S12861: Based on the material information, combined with the regional temperature and humidity, the corresponding degradation time of the material is obtained and recorded as the first degradation time.

[0123] The degradation time varies for different materials, and can be determined by considering the local temperature and humidity. For example, at room temperature, it takes approximately 7 days for 80% of polylactic acid (PLA) to completely degrade into lactic acid. However, in an industrial environment, such as at 50°C, 80% of PLA can be completely degraded in about 6 days.

[0124] Step S12862, soil information includes soil coverage, average soil pH, and average soil microbial content.

[0125] Step S12863: Obtain the average discard rate of the product, and obtain the probability of the product being discarded into the soil based on the average discard rate and the soil coverage rate, and record it as the soil discard probability.

[0126] Multiply the average discard rate by the soil coverage rate to get the discard probability. For example, if the average discard rate is 50% and the soil coverage rate is 60%, then the soil discard probability is 50% × 60% = 30%.

[0127] Step S12864: The second degradation time is obtained by combining the soil discard probability, average soil pH, and average soil microbial content.

[0128] Soil pH and soil microbial content also affect product degradation. Based on product performance, the corresponding degradation time for soil pH and microbial content is determined. Then, based on the soil rejection probability, a second degradation time is obtained. For example, if the soil rejection probability is 30%, the average soil pH is 5, and the average soil microbial content is 20%, the degradation time for the product under these pH and microbial content is found to be 10 days. Therefore, the second degradation time is 10 × 30% + 10 = 13 days.

[0129] Step S12865: Set the weight ratio of the first degradation time and the second degradation time, and calculate the degradation time based on the first degradation time, the second degradation time and the corresponding weight ratio.

[0130] In practical applications, product degradation typically relies on soil. Soil contains abundant microorganisms, moisture, and nutrients, providing the necessary biological and chemical environment to promote the degradation process. Therefore, soil pH and microbial content influence the degradation time of products. For example, some polymers degrade more readily under acidic or alkaline conditions, and the presence of microorganisms and enzymes in the natural environment can significantly affect the material degradation process. Some microorganisms and enzymes can decompose specific polymers, accelerating their degradation rate. The faster the degradation time, the lower the product's environmental impact, and the better its environmental performance.

[0131] The steps for obtaining browsing information of users logging into the management system and setting browsing permissions for users based on that information are as follows:

[0132] Step S31: Obtain the user's historical browsing information from the login management system. The historical browsing information includes the number of browsing visits, browsing time, and browsing comments.

[0133] Step S32: Based on the viewed comments, set negative keywords and extract negative comments from the viewed comments according to the negative keywords.

[0134] Search for negative reviews based on commonly used keywords, such as "don't buy" and "fake."

[0135] Step S33: Based on negative comments, extract the negative reasons from the negative comments, and determine whether verification is required based on the number of views and the viewing time. If verification is not required, determine whether the negative comments are malicious comments.

[0136] Step S34: If verification is required, verify whether the negative reason is consistent with the product description. If the negative reason is inconsistent with the product description, record the negative review as a malicious review.

[0137] Step S35: If the negative reason is consistent with the product description, then the negative review is recorded as a positive review.

[0138] Step S36: Calculate the ratio of malicious comments to the total number of comments and record it as the user's negative score. Set browsing permissions based on the user's negative score.

[0139] In practice, some users, for specific reasons, leave malicious reviews of products, which can severely impact the product's environmental message. For example, a product might be made of polyethylene, which is recyclable, but a user review might claim it's made of polyvinyl chloride (PVC), a non-environmentally friendly plastic. This misrepresentation increases the number of people misunderstanding the material, leading to a counterproductive effect on the advertising message. Therefore, for such users, limiting their commenting, downloading, and forwarding activities can mitigate the negative impact on the dissemination of the company's environmental culture.

[0140] Based on negative comments, the steps to extract the negative reasons from them, determine whether verification is necessary based on the number of views and the viewing time, and if verification is not required, then determine whether the negative comment is malicious. Specifically:

[0141] Step S331: Based on negative comments, extract the negative reasons from the negative comments and determine whether there are any negative reasons.

[0142] Based on the nature of the words in negative comments, determine whether there is a negative reason. For example, if negative comments contain only pronouns and interrogative words such as "this" or "it is" in addition to negative words like "fake" or "bankrupt," then it is considered that there is no negative reason.

[0143] Step S332: If there is no negative reason, then the negative comment is judged to be a malicious comment.

[0144] Step S333: If there is a negative reason, determine whether the negative reason is an objective reason. If the negative reason is not an objective reason, determine whether the negative comment is a neutral comment.

[0145] Some users may dislike a product because of its appearance, which is a subjective reason related to product design. Reasons related to product functionality, manufacturing process, etc., are considered objective reasons. Negative reviews based on subjective reasons cannot be considered malicious rumors and are therefore judged as neutral reviews.

[0146] Step S334: If the negative reason is due to objective reasons, then set the weight ratio of the number of views and the viewing time, and calculate the viewing value based on the number of views, the viewing time, and the corresponding weight ratio.

[0147] In step S335, if the browsing value does not reach the browsing value threshold, it is determined that no verification is required, and the negative comment is recorded as a malicious comment.

[0148] Step S336: Set a browsing value threshold. If the browsing value reaches the browsing value threshold, it is determined that verification is required.

[0149] In practice, the existence of "internet trolls" who maliciously smear products and negatively impact a company's environmental advocacy can mitigate this negative influence by restricting the access of malicious users. Not all malicious comments constitute malicious defamation; judgment must be made based on the specific circumstances. Given the large number of comments, verifying each one is too time-consuming. For users who browse for only a short time or with few views, negative comments made without sufficient product knowledge are considered malicious. For example, if user 1 only browses for 10 seconds and claims the product's materials are problematic, this is considered malicious defamation as user 1 lacks sufficient product knowledge.

[0150] The steps for calculating the ratio of malicious comments to total comments and recording it as the user's negative score, and then setting browsing permissions based on that score, are as follows:

[0151] Step S361: Obtain the degree of influence of user functions on the promotion page on the promotion, set the corresponding user negative degree according to the degree of influence, and form a negative-impact table.

[0152] Different features have varying degrees of impact on advertising; for example, the "like" feature has a less significant advertising impact than the "share" feature. The degree of advertising impact is set by the user.

[0153] Step S362: Based on the user's negative degree, find the user's corresponding influence level in the negative-influence table and record it as the user's influence level.

[0154] Step S363: Based on the degree of user influence, select user functions whose influence is no greater than the degree of user influence as open functions.

[0155] Step S364: Based on the open function, the permissions of the open function are opened to the user, and the permissions of other user functions are set to closed.

[0156] In practical application, features with a higher level of negative impact on a user and a greater degree of promotional influence should not be available to that user. For example, User 1 participated in 10 comments, 8 of which were malicious attacks, resulting in a negative impact of 80% and a corresponding user influence of 20%. The influence of reading is 5%, liking is 10%, downloading is 70%, and sharing is 80%. Because the influence of reading and liking is less than 10%, User 1 can use these features, but downloading and sharing are not available to User 1. User 2 participated in 20 comments without any malicious comments, resulting in a negative impact of 0% and a corresponding influence of 100%. Therefore, all features are available to User 2.

[0157] The steps to create a product details page based on the product's environmental protection rating and the corresponding product details content on the master promotional page are as follows:

[0158] Step S51: Based on the user's negative score, according to the preset negative-environmental table corresponding to the user's negative score and the product's environmental value, find the product's environmental value corresponding to the user's negative score and record it as the user's environmental value.

[0159] Step S52: Based on the user's environmental value, determine whether the environmental value of the products on the main promotional page meets the user's environmental value.

[0160] Step S53: If the product's environmental protection value meets the user's environmental protection value, then the product details content will be all the product information.

[0161] Step S54: If the product's environmental protection value does not meet the user's environmental protection value, then select the environmental protection value with the highest value among the material environmental protection value, energy consumption environmental protection value, and emission environmental protection value as the displayed environmental protection value, and find the corresponding product information based on the displayed environmental protection value as the product details content.

[0162] In practical application, to reduce malicious nitpicking by users who leave malicious comments, their environmental performance is highlighted. For example, User 1 has a negative score of 80, corresponding to an environmental score of 80. However, Product A, advertised on the main page, has an environmental score of only 70%, which falls short of User 1's score. Product A's material environmental score is 80, its energy consumption environmental score is 60, and its emissions environmental score is also 60. Therefore, if User 1 clicks on Product A on the main page, they will be directed to Product A's details page, which will display the material information. Similarly, if User 2's environmental score is 70, clicking on Product A's details page will display the material, energy consumption, and emissions information. This approach reduces the likelihood of malicious users exploiting product weaknesses to launch attacks and negatively impact the product's reputation.

[0163] The implementation principle of this system is as follows: Product Module 1 acquires the geographic information of users logging into the management system. Based on this geographic information, it analyzes the actual energy consumption, emissions, and degradation time of products used in that region, thus obtaining the environmental protection value of the products from environmentally friendly enterprises. Filtering Module 2 is signal-connected to Product Module 1 and is used to receive the environmental protection value of the products, set a threshold for the environmental protection value, and filter products whose environmental protection value reaches the threshold as promotional products. Permission Module 3 acquires the browsing information of users logging into the management system, including the number of views, browsing time, and browsing comments. By judging whether the user's comments are malicious, it sets the user's browsing permissions. Page Module 4 is signal-connected to both Filtering Module 2 and Product Module 1, acquires the aspect ratio of the management system's display interface, sets the size of the promotional products based on the aspect ratio and the environmental protection value of the products, and obtains the total promotional page. Details Module 5 is signal-connected to Page Module 4, Product Module 1, and Permission Module 3, sets the product details content corresponding to the total promotional page based on the product environmental protection value, and obtains the promotional details page. Feedback Module 6 is signal-connected to Details Module 5 and is used to collect viewing data for the promotional details page and adjust the product details content of the promotional details page based on the viewing data.

[0164] The above are all preferred embodiments of this application, and are not intended to limit the scope of protection of this application. Therefore, all equivalent changes made in accordance with the structure, shape and principle of this application should be covered within the scope of protection of this application.

Claims

1. An environmental protection corporate culture management system, characterized in that, include: Product module (1) obtains the geographic information of users who log in to the management system, and analyzes the geographic information to obtain the environmental protection value of the environmental protection enterprise's products; The screening module (2) is connected to the product module (1) by signal. It is used to receive the environmental protection value of the product, set the environmental protection value threshold of the product, and screen products whose environmental protection value reaches the environmental protection value threshold as promotional products. The permission module (3) is used to obtain the browsing information of users who log in to the management system and set the browsing permissions of users based on the browsing information; Page module (4) is connected to the filtering module (2) and product module (1) by signal to obtain the aspect ratio of the display interface of the management system, and sets the size of the promotional product according to the aspect ratio and the product environmental protection value to obtain the total promotional page; The details module (5) is connected to the page module (4), product module (1) and permission module (3) by signal. It sets the product details content corresponding to the main promotion page according to the product's environmental protection value, and obtains the promotion details page. The feedback module (6) is connected to the details module (5) by signal and is used to collect viewing data of the promotional details page and adjust the product details content of the promotional details page according to the viewing data.

2. The environmental protection enterprise culture management system according to claim 1, characterized in that, The step of obtaining the geographic information of users in the login management system and analyzing the geographic information to obtain the environmental protection value of the environmental protection enterprise's products is as follows: Obtain the IP address and registered address of the user who logs into the management system, and use the IP address and registered address as the reference region; Obtain environmental information and product information of environmental protection companies in the reference region, and determine the regional environmental protection value based on the environmental and product information; Based on the product information, extract the associated regions from the product information and check whether the associated regions overlap with the reference regions; If the associated region does not overlap with the reference region, the environmental protection value of the region will be used as the environmental protection value of the product. If the associated region overlaps with the reference region, the environmental impact of the product on the reference region during the production process is obtained, and the environmental impact value is obtained. The environmental value of the product is obtained by superimposing the regional environmental value and the environmental impact value.

3. The environmental protection enterprise culture management system according to claim 2, characterized in that, The step of obtaining environmental information of the reference region and product information of environmental protection enterprises, and determining the regional environmental protection value based on the environmental information and product information, specifically includes: Obtain the standard operating environment of environmental protection companies' products, and obtain product information under the standard operating environment, including material information, energy consumption information, and emission information; The material information includes recyclability and average service life, and the material's environmental value is obtained based on the material information. Based on the energy consumption information, it is determined whether the energy consumed by the product is renewable energy. If the energy consumed by the product is renewable energy, the ratio of the average consumption rate of similar products to the average consumption rate of products from environmentally friendly enterprises is obtained as the energy consumption environmental protection value. If the energy consumed by the product is not renewable, then obtain the real-time global energy reserves, and calculate the energy consumption environmental value by combining the consumption ratio of the average consumption rate of similar products and the average consumption rate of products from environmentally friendly companies. Based on the emission information, determine whether the product's emissions cause pollution. If the emissions cause pollution, obtain the emission ratio between the average emission of similar products and the average emission of products from environmentally friendly enterprises as the emission environmental value. If the emissions do not cause pollution, the emission environmental protection value is the highest value; Set the initial weight ratios for material environmental protection value, energy consumption environmental protection value, and emission environmental protection value, and calculate the initial environmental protection value based on the material environmental protection value, energy consumption environmental protection value, emission environmental protection value, and the corresponding initial weight ratios; By combining the initial environmental protection value with the environmental information of the reference region, a comprehensive analysis is conducted to obtain the environmental protection value of the region.

4. The environmental protection enterprise culture management system according to claim 3, characterized in that, The step of combining the initial environmental protection value and the environmental information of the reference area to obtain the regional environmental protection value is as follows: Obtain environmental information of the reference region, including regional temperature, regional humidity, and soil information; Based on the regional temperature, the standard temperature in the standard operating environment is extracted, the temperature difference between the standard temperature and the regional temperature is calculated, and the first energy consumption increase value is obtained based on the temperature difference. Based on the regional humidity, the standard humidity in the standard operating environment is extracted, the humidity difference between the standard humidity and the regional humidity is calculated, and the second energy consumption increase value is obtained based on the humidity difference. The energy consumption increase is obtained by superimposing the first energy consumption increase and the second energy consumption increase; The first emission increase is obtained based on the temperature difference, and the second emission increase is obtained based on the humidity difference. The emission increase is calculated by combining the two values. The degradation time of environmental protection companies' products is obtained based on environmental information analysis. Set the weight ratios for the increase in energy consumption, the increase in emissions, and the degradation time, and calculate the environmental damage value based on the increase in energy consumption, the increase in emissions, the degradation time, and the corresponding weight ratios. Based on the initial environmental value, the regional environmental value is obtained by subtracting the environmental damage value from the initial environmental value.

5. The environmental protection enterprise culture management system according to claim 4, characterized in that, The step of obtaining the degradation time of environmental protection enterprise products based on environmental information analysis is as follows: Based on the material information, combined with the regional temperature and humidity, the corresponding degradation time of the material is obtained and recorded as the first degradation time; The soil information includes soil coverage, average soil pH, and average soil microbial content. Obtain the average discard rate of the product, and based on the average discard rate and soil coverage, calculate the probability that the product is discarded into the soil and record it as the soil discard probability. The second degradation time was obtained by combining the soil discard probability, average soil pH, and average soil microbial content. Set the weight ratio of the first degradation time and the second degradation time, and calculate the degradation time based on the first degradation time, the second degradation time, and the corresponding weight ratio.

6. The environmental protection enterprise culture management system according to claim 5, characterized in that, The steps for obtaining browsing information of users in the login management system and setting browsing permissions for users based on the browsing information are as follows: Obtain historical browsing information from the user login management system, including browsing count, browsing time, and browsing comments; Based on the viewed comments, negative keywords are set, and negative comments are extracted from the viewed comments according to the negative keywords; Based on the negative comments, extract the negative reasons from the negative comments, and determine whether verification is required based on the number of views and the viewing time. If verification is not required, determine whether the negative comments are malicious. If verification is required, verify whether the negative reason is consistent with the product description. If the negative reason is inconsistent with the product description, record the negative review as a malicious review. If the negative reason is consistent with the product description, the negative review will be recorded as a positive review; The ratio of malicious comments to total comments is calculated and recorded as the user's negative score. Browsing permissions are then set based on the user's negative score.

7. The environmental protection enterprise culture management system according to claim 6, characterized in that, Based on the negative comments, the negative reasons are extracted, and the number of views and viewing time are used to determine whether verification is required. If verification is not required, the step of determining whether the negative comment is malicious is as follows: Based on the negative comments, extract the negative reasons from the negative comments and determine whether there are any negative reasons; If there is no negative reason, then the negative comment is judged as a malicious comment; If there is a negative reason, determine whether the negative reason is an objective reason. If the negative reason is not an objective reason, determine whether the negative comment is a neutral comment. If the negative reason is due to objective factors, then set the weight ratio between the number of views and the viewing time, and calculate the viewing value based on the number of views, the viewing time, and the corresponding weight ratio. If the number of views does not reach the threshold, it is determined that no verification is needed, and the negative comment is recorded as a malicious comment. Set a browsing threshold; if the browsing value reaches the threshold, it is determined that verification is required.

8. The environmental protection enterprise culture management system according to claim 7, characterized in that, The step of calculating the ratio of malicious comments to the total number of comments and recording it as the user's negative score, and then setting browsing permissions based on the user's negative score, is as follows: The impact of user functions on the promotional page is determined, and a corresponding negative user score is set based on the impact score to form a negative-impact table. Based on the user's level of negativity, find the corresponding level of influence for the user in the Negativity-Impact Table and record it as the user's level of influence. Based on the degree of user impact, user functions whose impact is no greater than the user's level of impact will be selected as open functions; Based on the aforementioned open function, the permissions for the open function are granted to the user, while the permissions for other user functions are set to be disabled.

9. An environmental protection enterprise culture management system according to claim 8, characterized in that, The step of setting the product details content corresponding to the main promotional page based on the product's environmental protection value to obtain the promotional details page is as follows: Based on the user's negative score, according to the preset negative-environmental table corresponding to the user's negative score and the product's environmental value, the product's environmental value corresponding to the user's negative score is found and recorded as the user's environmental value. Based on the user's environmental value, determine whether the environmental value of the products on the main promotional page meets the user's environmental value. If the product's environmental protection rating meets the user's environmental protection rating, then the product details will include all product information. If the product's environmental protection value does not meet the user's environmental protection value, the environmental protection value with the highest value among material environmental protection value, energy consumption environmental protection value, and emission environmental protection value will be selected as the displayed environmental protection value. The corresponding product information will be found based on the displayed environmental protection value and used as the product details content.

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