Smart park waste recycling carbon emission reduction data storage system

Abstract

The invention discloses a smart park waste recycling carbon emission reduction data storage system. A network platform is in communication connection with a park platform through a signal transmission module; the park platform also bears a selection module, a classification decision module and an information registration module, and the information registration module is in communication connection with the substation platform through a signal transmission module; the selection module is used for selling and donation selection of waste clothes recycling, donation logistics is carried out through the information registration module, the substation platform and the data feedback module, a regional substation receives feedback, and a donee receives information feedback. According to the waste recycling and carbon emission reduction data storage system for the smart park, waste recycling can be carried out, donated articles can be dynamically monitored in real time, loss and packet loss of goods in the donation and transportation process are effectively avoided, donation information of donators is improved, donation enthusiasm of users is positively improved, and the economic benefits of the donators are improved. And the emission reduction application of waste recycling is realized.

Description

Technical Field

[0001] The present invention relates to the technical field of waste recycling, and particularly to a carbon emission reduction data storage system for waste recycling in a smart park. Background Art

[0002] A smart park is a modern park management system, which is a general term for parks with safe greening, intelligent facilities and scientific and sustainable management planning. The establishment of a smart park can improve the happiness and sense of belonging of residents' lives. At the same time, advocating sustainable development strategies can improve living conditions and the environment while implementing waste recycling and reuse, achieving the effect of energy conservation and carbon emission reduction. Establishing a carbon emission reduction data storage system for waste recycling and reuse can more intuitively and objectively establish the development direction and clarify the efficiency of waste reuse.

[0003] Existing carbon emission reduction data storage systems for recycling and reuse generally include waste recycling and reuse equipment, such as the classification of garbage and recyclable items, the packaging and collection of recyclable items, and reward measures to improve residents' enthusiasm for waste recycling and reuse. Materials that can be reused, such as cardboard boxes and old clothes, are collected to reduce the increase in carbon emissions caused by their direct disposal or incineration; However, in actual operation, such carbon emission reduction data storage systems for recycling and reuse have great limitations, are difficult to intuitively stimulate residents' enthusiasm, and at the same time, using reward measures for enthusiasm guidance is inefficient. For example, for the recycling and reuse of old clothes, the reward unit price is low, and the system cannot be used for the direct and targeted donation of old clothes. The existing recycling and reuse donation system has poor intuitiveness and low efficiency. After donating items, donors directly lose the flow dynamics of the donated items and it is difficult to ensure that their donated items are transferred to the required personnel, resulting in a significant reduction in their donation enthusiasm. As a result, waste clothes are directly discarded and not effectively recycled, leading to low application efficiency of the emission reduction system.

[0004] In view of the above problems, there is an urgent need to innovate and design on the basis of the original carbon emission reduction data storage system for recycling and reuse. Summary of the Invention

[0005] The purpose of the present invention is to provide a carbon emission reduction data storage system for waste recycling in a smart park, so as to solve the problem that the existing carbon emission reduction data storage system for recycling and reuse has low application efficiency, such as the flow of donated items. After donating items, donors directly lose the flow dynamics of the donated items and it is difficult to ensure that their donated items are transferred to the required personnel, resulting in a significant reduction in their donation enthusiasm. As a result, waste clothes are directly discarded and not effectively recycled.

[0006] To achieve the above object, the present invention provides the following technical solution: A carbon emission reduction data storage system for waste recycling in a smart park, comprising: The network platform is communicatively connected to the park platform through a signal transmission module, and a delivery module is also provided on the park platform. The delivery module includes waste clothing, waste cardboard boxes, plastic items, and recyclable miscellaneous item delivery windows, and the recyclable miscellaneous items include metals, battery recyclable materials; It further includes: A selection module, a classification decision-making module, and an information registration module are also carried on the park platform. The information registration module is communicatively connected to the sub-station platform through a signal transmission module, and a sorting module, a storage module, a detection module, a marking module, and a data statistics module are also provided in the waste clothing delivery window of the park platform for the recycling, sorting, and storage of waste clothing, as well as the detection, data marking, and storage of the number, weight, and volume of recycled waste clothing; The selection module is used for the selection of selling and donating waste clothing recycling, and uses the information registration module, the sub-station platform, and the data feedback module to conduct donation logistics, receive feedback from regional sub-stations, and receive information feedback from recipients, and monitor the donation process and results online in real time; The sub-station platform is set in the recipient region, including first-level sub-stations in provinces, municipalities directly under the Central Government, and prefecture-level cities, and second-level sub-stations in counties and towns. The sub-station platform uploads the dynamic real-time information of donated items through the data feedback module and the signal transmission module.

[0007] Preferably, the selection module is used for the selection of the delivery of new and old clothes, shoes, books, and quilts, and the specific selection process is as follows: Step 1: The user puts the recycled items in the waste clothing window, selects one of the donation module and the selling module, and then selects whether the items to be put are in loose parts or complete packages under the corresponding module; Step 2: For the items selected in the selling module, the complete packages are directly weighed and sold, while the loose items are rolled up, squeezed as a whole, put into bags, vacuum-exhausted and stored, and then weighed and sold; Among them, the unit price of the complete package is higher than that of the loose parts. At the same time, the number, weight, volume, and price of both the complete package and the loose parts need to be detected, marked, and labeled. The marked order number is set as category B, and the detected values are stored; Step 3: For the items selected in the donation module, the complete packages are directly packed, while the loose items are rolled up, squeezed as a whole, put into bags, vacuum-exhausted and stored, and then packed; During the packing process, the donated items need to be selected for the donation mode through the classification decision-making module, which is divided into anonymous donation and non-anonymous donation. Among them, non-anonymous donation is not real-name registration, and the donation mode is registered with information.

[0008] Preferably, the specific decision-making and information registration process of the classification decision-making module is as follows: S1: Select the area for the donated items, determine the designated area or non-designated area, pack the items, and mark the single number as A1. The items in the non-designated area are sent to the regional sub-station of the park where it is located for donation selection. S2: For the donated items in the designated area, determine the region, including large regions and small regions. Large regions include provinces, municipalities directly under the Central Government, and prefecture-level cities, while small regions include counties and towns. For the area selection, after selection, the gender, age stage, and school age of the recipient can be selected again. The donated items are marked with the single number A2 and the logistics order number. The items are transported to the sub-station of the recipient's area, and the personnel at the sub-station distinguish them and send the donated items to the designated personnel. S3: Within the selected area, the recipients in this area can give up the decision-making and conduct random donations. The randomly donated items are marked with the single number A3 and the logistics order number, and are transported to the sub-station of the recipient's area, where the station staff freely selects the recipients. S4: For the data information selected by the classification decision-making module, the information registration module counts and records it and stores it in the network platform, park platform, and sub-station platform for easy viewing and feedback of the data information.

[0009] Preferably, the information registration module is communicatively connected to the network platform through a signal transmission module. The signal transmission module is a wireless signal transmission. The network platform communication is set with the route of the single numbers A1, A2, and A3 marked for transportation information and the photo and video information of the sorting and classification of the recipient's station. Moreover, the network platform depends on a small program and can be viewed without authentication and login by the marked single number.

[0010] Preferably, the logistics order number is an express delivery order number. During transportation, it is directly transported by the logistics company cooperating with the park platform station, reducing the participation of station personnel, improving the safety of donated goods and the loss rate of donated items, and the flow of donated items can be determined through the logistics order number.

[0011] Preferably, the sub-station platform conducts dynamic feedback on the delivery of donated items to the recipients through a data feedback module and provides video, audio, and photo feedback. Among them, the recipients can choose to make their information public / hidden on the sub-station platform and the network platform. The sub-station platform uses the data feedback module to register the personal and family status information of the recipients to be received within its area. This part of the information is collected by the sub-station staff themselves and applied for registration by the recipients to be received. It is verified by the station staff. This registered information can only be viewed in the database of the sub-station platform and is not publicly available on the online network platform.

[0012] Preferably, for the donor-to-be who discloses their own information, the information is directly disclosed to the network platform, sub-station platform, and park site platform. When donors operate in the information registration module, they can make a designated donation through the personal information of the donor-to-be in a non-anonymous window.

[0013] Preferably, for the items of designated donation, they are packed and stored, and after packing and storing, a single number mark and a logistics waybill number are made. The marked waybill number A4 is different in color from A1, A2, A3, and B. At the same time, the designated donation items are directly transported by a logistics company to the designated recipient, reducing the participation of site personnel. Donors can monitor the status of the donated items in real time through the logistics dynamics.

[0014] Preferably, the sorting module includes a winding mechanism and an outer covering extrusion mechanism to compress the volume of clothes; the storage module includes a bagging mechanism and a vacuum exhaust mechanism to bag and limit the volume of the clothes with compressed volume; the detection module monitors the number, weight, and volume of items, and under the action of the marking module, pastes different marked waybill numbers. Among them, the marked waybill numbers A4, A1, A2, A3, and B record the general category, weight, and volume of the items, and the data statistics storage module records and stores the information of the recycled items, donations, and sales.

[0015] Compared with the prior art, the beneficial effects of the present invention are as follows: This intelligent park waste recycling carbon emission reduction data storage system can carry out waste recycling. Users can donate available waste through this system, dynamically monitor the donated items in real time, verify the participation in the transportation of the items, clarify the dynamics of the donated items and the receiving status of the recipient, effectively avoid the loss and missing of goods during the donation transportation process, improve the donation information of donors, actively enhance the donation enthusiasm of users, and realize the emission reduction application of waste recycling. The specific content is as follows: 1. Through the classification and selection module and the information registration module, users can directly select to donate or sell items on the park platform included in this system, select the area, the number of recipients, and family information of the donated items, and select the recipient that meets the donor's wishes. At the same time, the information registration module classifies the information selected by the donor, realizes the transportation of the items through a logistics company, and the designated sub-station site personnel deliver the donated items to the recipient. During this process, the donor can monitor the transportation and donation status of the donated items in real time through the network platform, effectively avoiding the problems of item loss and omission. For the recipients whose information is publicly disclosed on the online network platform, the system can directly transport the items through a logistics company to the designated recipient or the information address reserved by the recipient, making the donation process and the receipt of donated items more transparent and open; 2. The use of the sub-station platform is communicatively connected to the network platform and the park platform through the signal transmission module, enabling the sub-station platform to visually display the dynamics of goods on the donor video software. At the same time, the sub-station platform is set up to selectively divide into large-region sub-stations and small-region sub-stations for data registration of recipients meeting the donation conditions at the provincial or county level. Recipients meeting the donation conditions can also apply by themselves, and their identities are verified under the function of the sub-station personnel. Using the data feedback module, the information of the recipients-to-be is statistically collected and classified to facilitate donors to quickly make designated donations or random donations. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a schematic layout diagram of the system of the present invention; Figure 2 It is a schematic classification diagram of the placement module of the present invention; Figure 3 It is a schematic diagram of the operation process of the selection module of the present invention; Figure 4 It is a schematic diagram of the information registration module of the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0017] Next, the technical solutions in the embodiments of the present invention will be clearly and completely described in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all of the embodiments. All other embodiments obtained by those of ordinary skill in the art based on the embodiments of the present invention without creative efforts shall fall within the protection scope of the present invention.

[0018] Embodiment 1: Please refer to Figures 1 - 4 , the present invention provides a technical solution: A carbon emission reduction data storage system for waste recycling in a smart park, including: The network platform is communicatively connected to the park platform through the signal transmission module, and a placement module is also provided on the park platform. The placement module includes waste clothing, waste cardboard boxes, plastic items, and recyclable miscellaneous item placement windows, and the recyclable miscellaneous items include metals, batteries, and other recyclable materials; It further includes: A selection module, a classification decision module, and an information registration module are also carried on the park platform. The information registration module is communicatively connected to the sub-station platform through the signal transmission module. A sorting module, a storage module, a detection module, a marking module, and a data statistics module are also provided in the waste clothing placement window of the park platform for the recycling, sorting, and storage of waste clothing, as well as the detection, data marking, and storage of the number, weight, and volume of recycled waste clothing; The selection module is used for the sale and donation selection of recycled waste clothing, and uses the information registration module, the sub-station platform, and the data feedback module for donation logistics, receiving feedback from the regional sub-stations, and receiving information feedback from the recipients, and real-time online monitoring of the donation process and results; The use of the above technical solution enables the carbon emission reduction data storage system to conduct regular classification collection and storage of items. At the same time, it can also be used for the sale and donation applications of waste. During the donation process, through the combined application of the network platform, sub-station platform and park platform, real-time monitoring of the donated items is carried out, effectively reducing the loss and disappearance of donated items, and intuitively displaying the donation and recipient status of the items.

[0019] Embodiment 2: On the basis of Embodiment 1, the present invention discloses the item donation process of the carbon emission reduction data storage system, and the specific content is as follows: The selection module is used for the placement selection of old and new clothes, shoes, books and quilts, and the specific selection process is as follows: Step 1: The user puts recyclable items in the window for used clothes, and chooses one of the donation module and the sale module, and then selects whether the placed items are in loose parts or complete packages under the corresponding module; Step 2: For the items selected in the sale module, the complete packages are directly weighed and sold, while the loose parts are wound up, squeezed as a whole, then bagged, vacuum-exhausted and stored, and then weighed and sold; Among them, the unit price of the complete package is higher than that of the loose parts. At the same time, for both the complete package and the loose parts, the number, weight, volume and price need to be detected and labeled, and the label number is set as Class B, and the detected values are stored; Step 3: For the items selected in the donation module, the complete packages are directly packed, while the loose parts are wound up, squeezed as a whole, then bagged, vacuum-exhausted and stored, and then packed; During the packing process, the donated items need to choose the donation mode through the classification decision-making module, which is divided into anonymous donation and non-anonymous donation. Among them, non-anonymous donation does not mean real-name registration, and the information of the donation mode is registered; The specific decision-making and information registration process of the classification decision-making module is as follows: S1: Select the area for the donated items, determine the designated area or non-designated area, pack the items, and mark the order number as A1. The items in the non-designated area are sent to the regional sub-station site where the park is located for donation selection; S2: For the donated items in the designated area, determine the region, which includes large regions and small regions. The large regions include provinces, municipalities directly under the Central Government and prefecture-level cities, and the small regions include counties and towns; For the selected area, after selection, the gender, age group and school age of the recipient can be selected again. The donated items are marked with the order number A2 and the logistics order number, and the items are transported to the sub-station site where the recipient area is located. The personnel at the sub-station site distinguish them and send the donated items to the designated personnel; S3: Within the selected area, the recipients in this area can choose to give up the option and make random donations. The randomly donated items are marked with a single order number A3 and a logistics order number, and are transported to the sub-station of the recipient area. The staff at the station freely selects the recipients of the donations. S4: For the data information selected by the classification and selection module, the information registration module counts and records it and stores it in the network platform, the park platform and the sub-station platform for easy viewing and feedback of the data information. The information registration module is communicatively connected to the network platform through the signal transmission module. The signal transmission module is a wireless signal transmission. The network platform communication is set with the single order numbers A1, A2 and A3 to mark the route of the transportation information and the photos and video information of the sorting and classification of the recipient stations. And the network platform is attached to a small program and can be viewed without authentication and login by the single order number; The logistics order number is an express delivery order number. During transportation, it is directly transported by the logistics company cooperating with the park platform station, reducing the participation of station staff, improving the safety of donated goods and the loss rate of donated items, and the flow of donated items can be determined through the logistics order number. In the above technical solution, the item donors make donations of different categories to the donated goods through the system platform and the logistics transportation platform, form corresponding single order numbers for different categories, and use the combination of item transportation companies to achieve real-time monitoring of the donated items, and can effectively and accurately deliver the goods to the recipients, reducing omissions and losses. At the same time, the donation process is presented more intuitively and efficiently, improving the enthusiasm for donation applications. And in the above technical solution, this embodiment also discloses the following technical solution. The sub-station platform conducts dynamic feedback on the delivery of donated items to the recipients through the data feedback module, and provides video, audio and photo feedback. Among them, the recipient of the donation can choose to make their information public / hidden on the sub-station platform and the network platform; The sub-station platform uses the data feedback module to register the personal and family status information of the recipients-to-be in the area. This part of the information is collected by the sub-station staff themselves and applied for registration by the recipients-to-be individuals, and verified by the station staff. This registration information can only be viewed in the database of the sub-station platform and is not publicly available on the online network platform. The donor recipients who disclose their own information have their information directly disclosed to the network platform, sub-station platform, and park site platform. When donors operate in the information registration module, they can make designated donations through the personal information of the donor recipients in a non-anonymous window. For the designated donation items, they are packed and stored, and after packing and storing, a single number mark and a logistics order number are made. The marked single number is different in color from A4, A1, A2, A3, and B. At the same time, the designated donation items are directly transported by the logistics company to the designated recipients, reducing the participation of site personnel. Donors can monitor the status of the donated items in real time through the logistics dynamics. The sorting module includes a winding mechanism and an external covering extrusion mechanism for compressing the volume of clothes. The storage module includes a bagging mechanism and a vacuum exhaust mechanism for bagging and volume limiting the volume-compressed clothes. The detection module monitors the number, weight, and volume of the items, and under the action of the marking module, different marked single numbers are pasted. Among them, the item categories, weight, and volume are recorded on the marked single numbers A4, A1, A2, A3, and B, and the data statistics storage module records and stores the information on the recycled items, donations, and sales. When packing and classifying and marking, the operation is convenient and efficient. At the same time, multiple types of marks with different colors of A4, A1, A2, A3, and B are made on the items. For the items with the A4 marked single number, the logistics company is directly used to make designated donations of the donated items and send them to the recipients. The system is used to record and store the statistics of the donated items, facilitating the waste donation of park residents, improving the enthusiasm and efficiency of item donation, and using donation measures to improve the recycling efficiency of waste, thereby achieving the enthusiasm and efficiency of carbon emission reduction.

[0020] Although the present invention has been described in detail with reference to the foregoing embodiments, for those skilled in the art, they can still modify the technical solutions recorded in the foregoing embodiments, or perform equivalent replacements for some of the technical features. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention shall be included within the protection scope of the present invention.

Claims

1. A carbon emission reduction data storage system for waste recycling in a smart park, comprising: The network platform is communicatively connected to the park platform through a signal transmission module, and a delivery module is also provided on the park platform. The delivery module includes waste clothing, waste cardboard boxes, plastic items, and recyclable miscellaneous item delivery windows, and the recyclable miscellaneous items include metals, battery recyclable materials; It is characterized in that it further includes: A selection module, a classification decision-making module, and an information registration module are also carried on the park platform. The information registration module is communicatively connected to the sub-station platform through a signal transmission module, and a sorting module, a storage module, a detection module, a marking module, and a data statistics module are also provided in the waste clothing delivery window of the park platform for the recycling, sorting, and storage of waste clothing, as well as the detection, data marking, and storage of the number, weight, and volume of recycled waste clothing; The selection module is used for the selection of selling and donating recycled waste clothing, and uses the information registration module, the sub-station platform, and the data feedback module to conduct donation logistics, receive feedback from regional sub-stations, and receive information feedback from recipients, and monitor the donation process and results online in real time; The sub-station platform is set in the recipient area, including first-level sub-stations in provinces, municipalities directly under the Central Government, and prefecture-level cities, and second-level sub-stations in counties and towns. The sub-station platform uploads the dynamic real-time information of donated items through the data feedback module and the signal transmission module.

2. The carbon emission reduction data storage system for waste recycling in an intelligent park according to claim 1, wherein: The selection module is used for the selection of the delivery of new and old clothes, shoes, books, and quilts. The specific selection process is as follows: Step 1: The user puts the recycled items in the waste clothing window, selects one of the donation module and the selling module, and then selects whether the item to be delivered is in a loose state or a complete package under the corresponding module; Step 2: For the items selected in the selling module, the complete packages are directly weighed and sold, while the loose items are wound up, squeezed as a whole, bagged, vacuum-exhausted and stored, and then weighed and sold; Among them, the unit price of the complete package is higher than that of the loose parts. At the same time, the number, weight, volume, and price of both the complete package and the loose parts need to be detected and labeled. The label number is set as category B, and the detected values are stored; Step 3: For the items selected in the donation module, the complete packages are directly bagged, while the loose items are wound up, squeezed as a whole, bagged, vacuum-exhausted and stored, and then bagged; During the packing process, the donated items need to be selected for the donation mode through the classification decision-making module, which is divided into anonymous donation and non-anonymous donation. Among them, non-anonymous donation is not real-name registration, and the donation mode is registered with information.

3. The carbon emission reduction data storage system for waste recycling in an intelligent park according to claim 2, characterized in that: The specific decision-making and information registration process of the classification decision-making module is as follows: S1: Select the area for the donated items to determine the designated area or non-designated area, pack the items, and mark the order number as A1. The items in the non-designated area are sent to the regional sub-station site where the park is located for donation selection; S2: For the donated items in the designated area, determine the area, which includes large areas and small areas. The large areas include provinces, municipalities directly under the Central Government, and prefecture-level cities, and the small areas include counties and towns; For area selection, after selection, the gender, age group and school age of the recipient can be selected again. The donation item is marked with the single number A2 and the logistics order number. The item is transported to the sub-station site where the recipient area is located. The personnel at this sub-station site will distinguish and deliver the donated items to the designated personnel; S3: Within the area selection, the recipients in this area can give up the choice and make random donations. The randomly donated items are marked with the single number A3 and the logistics order number, and are transported to the sub-station site where the recipient area is located. The site staff will freely select the recipients; S4: For the data information selected by the classification decision-making module, the information registration module will count and record it and store it in the network platform, park platform and sub-station platform for easy viewing and feedback of the data information.

4. The carbon emission reduction data storage system for waste recycling in an intelligent park according to claim 3, characterized in that: The information registration module is communicatively connected to the network platform through the signal transmission module. The signal transmission module is a wireless signal transmission. The network platform communication is set with the single numbers A1, A2 and A3 to mark the transportation information route and the photos and video information of the sorting and classification of the recipient sites. And the network platform depends on the small program and can be viewed without authentication and login by the single number.

5. The carbon emission reduction data storage system for waste recycling in an intelligent park according to claim 3, characterized in that: The logistics order number is the express delivery order number. During transportation, it is directly transported by the logistics company cooperating with the park platform site, reducing the participation of site personnel, improving the safety of donated goods and the loss rate of donated items, and the flow direction of donated items can be determined through the logistics order number.

6. A carbon emission reduction data storage system for waste recycling in a smart park according to any one of claims 2-5, characterized in that: The sub-station platform conducts dynamic feedback on the delivery of donated items to the recipients through the data feedback module, and provides video, audio and photo feedback. Among them, the recipient can choose to publicly / hide their own information on the sub-station platform and the network platform; The sub-station platform uses the data feedback module to register the personal and family status information of the recipients-to-be in the area. This part of the information is collected by the sub-station staff themselves and applied for registration by the recipients-to-be themselves, and verified by the site staff. This registration information can only be viewed in the sub-station platform database and is not publicly available on the online network platform.

7. The carbon emission reduction data storage system for waste recycling in an intelligent park according to claim 6, characterized in that: For the recipients-to-be who publicly disclose their own information, the information is directly disclosed to the network platform, sub-station platform and park site platform. When the donor operates in the information registration module, they can make a designated donation through the personal information of the recipient-to-be in the non-anonymous window.

8. A carbon emission reduction data storage system for waste recycling in a smart park according to claim 7, characterized in that: For the designated donated items, they are packed and stored, and after packing and storing, they are marked with a single number and a logistics order number. This single number is A4, which is different in color from A1, A2, A3 and B. At the same time, the designated donated items are directly transported by the logistics company to the designated recipient, reducing the participation of site personnel. The donor can monitor the status of the donated items in real time through the logistics dynamics.

9. The carbon emission reduction data storage system for waste recycling in an intelligent park according to claim 1, characterized in that: The sorting module includes a winding mechanism and an external covering extrusion mechanism to compress the volume of the clothes; while the storage module includes a bagging mechanism and a vacuum exhaust mechanism to bag and limit the volume of the volume-compressed clothes; the detection module monitors the number, weight and volume of the items, and pastes different single numbers under the action of the marking module. Among them, the single numbers A4, A1, A2, A3 and B record the general category, weight and volume of the items, and the data statistics and storage module records and stores the information of the recycled items, donations and sales.

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