A waste resource recycling management system

Abstract

A waste resource recycling management system, which at least includes a delivery end, which is used by users to make reservations for delivery of large-sized garbage, and a database, which forms data communication with the delivery end and is used to store and / or update information related to delivery of large-sized garbage. The user inputs the scheduled delivery information through the delivery end, and the system outputs a virtual code bound to the large-sized garbage and the user account for the scheduled delivery, and opens an independent storage area in the database based on the virtual code. The delivery end uploads the scheduled delivery information to the database and then conducts an information review. The review controls the delivery of the large-sized garbage into a second-hand transaction process or a delivery process based on whether the large-sized garbage has secondary utilization value, wherein large-sized garbage with secondary utilization value enters the second-hand transaction process, and large-sized garbage that cannot be determined whether it has secondary utilization value within a preset time and / or has not reached a second-hand transaction within the preset time enters the delivery process.

Description

Technical Field

[0001] The invention relates to the field of waste resource treatment, and in particular to a waste resource recovery management system. Background Art

[0002] In recent years, garbage disposal has become an increasingly large part of urban management expenditure. With the development of cities, garbage and waste are increasing. Garbage resource recycling and advocacy of green environmental protection have become important issues. Garbage can generally be classified into dry garbage, wet garbage, recyclable garbage and hazardous garbage. Among them, recyclable garbage has the most value for secondary use. In particular, there is no shortage of value that can be reused by ordinary people in society, such as discarded chairs and benches, wardrobes and cabinets, electrical appliances, etc. These items, called large garbage, can easily be reused by ordinary people while still retaining their original use value. The utilization process does not involve complex operations such as extraction of recyclable materials and separation of waste. Another problem is that there is still no management system for the placement of such large garbage on the market. People who want to discard large garbage cannot find a specific place to discard and can only discard it in a general garbage collection place. There is no auxiliary transportation service, so they can only carry it by themselves. The discarded large garbage is not properly handled and is wastefully crushed and disassembled. The transportation process of large garbage also has the problem of data opacity and discontinuity.

[0003] In addition, on the one hand, there are differences in understanding among those skilled in the art; on the other hand, the applicant studied a large number of documents and patents when making the present invention, but due to space limitations, not all details and contents are listed in detail. However, this does not mean that the present invention does not have the characteristics of these prior arts. On the contrary, the present invention already has all the characteristics of the prior art, and the applicant reserves the right to add relevant prior art to the background technology. Summary of the invention

[0004] In view of the deficiencies in the prior art, the present invention provides a waste resource recycling management system, which at least includes a delivery end, which is used by users to make reservations for delivery of large-sized garbage, and a database, which forms data communication with the delivery end and is used to store and / or update information related to the delivery of large-sized garbage. The user inputs the scheduled delivery information through the delivery end, and the system outputs a virtual code bound to the large-sized garbage and the user account for the scheduled delivery, and opens an independent storage area in the database based on the virtual code. The delivery end uploads the scheduled delivery information to the database and then conducts an information review. The review controls the delivery of the large-sized garbage to enter a second-hand transaction process or a delivery process based on whether the large-sized garbage has secondary utilization value, wherein the large-sized garbage with secondary utilization value enters the second-hand transaction process, and the large-sized garbage for which it cannot be determined whether it has secondary utilization value within a preset time and / or the second-hand transaction has not been completed within the preset time enters the delivery process.

[0005] Preferably, the delivery process is as follows: the reservation delivery information is converted into the pending delivery information, which is sent to the on-site terminal device in the designated delivery area and temporarily stored by the on-site terminal device; the user transports the garbage to the designated delivery area by self-service or by requesting assistance; after inputting the identity authentication information into the on-site terminal device, the user obtains the marking tool output by the on-site terminal device, and physically binds the marking tool to the large garbage; the delivery process is recorded and detected by the on-site terminal device, and the on-site terminal device uploads the recorded detection information to the database to realize the synchronous update of the stored information, wherein the marking tool at least includes a virtual code that can be read and known corresponding to the large garbage physically bound to it.

[0006] Preferably, it also includes a removal terminal, which is used by removal workers to coordinate removal work. The removal terminal dispatches removal workers to the designated delivery area based on the removal instruction information received. After the removal workers arrive, they use the removal terminal to read the marking tools on each large piece of garbage loaded and removed. The removal terminal uploads the read virtual number of the large garbage, the information of the removal worker currently logged in at the removal terminal, and the location information of the removal terminal itself to the database.

[0007] Preferably, it also includes a second-hand transaction terminal, which is used by buyers and sellers and is used in the second-hand transaction process of large-sized garbage. The large-sized garbage entering the second-hand transaction process is extracted and converted into large-sized garbage information. After the corresponding virtual code is passed to the corresponding user request of the delivery terminal, the large-sized garbage information with the selling price is formed into a sales page. After the transaction is completed, the second-hand transaction terminal sends the location information of the large-sized garbage to the buyer for door-to-door pickup.

[0008] Preferably, it also includes a garbage disposal end, which is used by garbage disposal workers and used in the final garbage disposal process. Large garbage information that is reviewed and determined to have no secondary utilization value or is not an item that can be sold again is given a processing decision label. Within a specified period, the system retrieves all large garbage information with processing decision labels in the database and summarizes them into garbage disposal order information. The garbage disposal order information is sent to the transportation end and the garbage disposal end at the same time.

[0009] Preferably, the system regularly summarizes the large-scale garbage information processed by the transaction end and the garbage disposal end to form summary table data, so as to provide corresponding analysts or analysis tools for analysis to obtain the large-scale garbage disposal results.

[0010] Preferably, the scheduled delivery information includes at least the type, quantity, and photo information of the large garbage to be delivered. After the user confirms the delivery, the delivery end matches the nearby delivery area based on the user's location and informs the user of the address, and also informs the user of the delivery time, which at least includes the acceptable delivery time and the delivery time limit.

[0011] Preferably, when the delivery end forms the reservation delivery information, it provides the user with an optional assisted removal option. When the user chooses the assisted removal service, the removal task is sent to the removal end. After the removal worker accepts the removal task, he goes to the user's designated location to carry out the removal.

[0012] Preferably, the marking tool is at least one of the following options: an RFID electronic tag, a QR code tag, a barcode tag, and after the marking tool is output, the marking tool is physically bound to the large garbage.

[0013] Preferably, the delivery area has equipment capable of performing monitoring and thermal imaging monitoring functions, which are used to monitor visual events and fire events in the delivery area.

[0014] The advantage of this system is that it can monitor the entire process of large-scale garbage from its generation to its final processing. The stored data in the database can be updated in real time according to the above-mentioned various links, and at least realizes contactless information exchange from the user's delivery end to the removal end used by the cleaner, then to the transaction end used by the buyer and seller, and finally to the garbage disposal end used by the garbage disposal worker. People using each port do not need to communicate with other relevant people themselves, but only need to complete the entire process from large-scale garbage delivery to transportation to transaction or garbage disposal according to the instructions or prompts of the system, and form at least three process logic closed loops based on the user's garbage delivery process, the cleaner's transportation process and the information processing process between ports. The process processing efficiency is higher and more orderly, which greatly increases the secondary utilization rate and processing efficiency of large-scale garbage. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is a port relationship diagram of a preferred implementation mode provided by the present invention;

[0016] In the figure: 100, delivery end; 200, transportation end; 300, second-hand transaction end; 400, garbage disposal end; 500, database. DETAILED DESCRIPTION

[0017] The following is combined with Figure 1 Provide detailed explanation.

[0018] The present invention provides a waste resource recycling management system, which participates in the coordination, information processing, and information exchange process of multiple links from the source of garbage to the transportation of garbage and the treatment of different directions of garbage. For the convenience of description, the use ports of the system are divided into four ports: the delivery port 100, the transportation port 200, the second-hand transaction port 300, and the garbage treatment port 400. In addition, the system has at least one large central database 500, and the above four ports can communicate with certain shared or specific data in the database 500 to varying degrees. People who use these ports can be identified as follows according to their social functions or roles in the process: people who use the delivery terminal 100 are called users. This group of people is the source of garbage generation, and it is up to the users to decide whether to deliver garbage and the physical attributes of the garbage; people who use the transportation terminal 200 are called transporters. This group of people are usually organized and work for the processes of moving, recycling, and transporting garbage; people who use the second-hand transaction terminal 300 are called buyers and sellers. This group of people participate in the transaction process of certain waste that can be sold as second-hand goods, where the seller is usually also the user of the delivery terminal 100, that is, the user, and the buyer is usually an ordinary person who needs second-hand items; people who use the garbage disposal terminal 400 are called garbage disposal workers, and the main job of this group of people is to finally dispose of the garbage sent to the garbage disposal plant in a manner that complies with the garbage disposal process. Conventional general household garbage refers to the waste generated by residents in their daily lives or items that they do not want to continue to hold. It may include recyclable garbage, dry garbage, wet garbage, hazardous waste, etc. The present invention is mainly aimed at large garbage among recyclable garbage. Large garbage generally refers to garbage with a larger volume or weight, generally discarded furniture, decorations, electrical appliances, etc. in residents' homes.

[0019] After forming the above-mentioned several ports and array user groups, the present invention designs a control or process closed loop for system data processing from three directions. The first is the process closed loop for users to put out garbage, which at least includes the following steps: the user inputs the scheduled placement information to the placement terminal 100, and the system outputs a virtual code that binds the large garbage and the user account for the scheduled placement. Based on the virtual code, an independent storage area is opened in the database 500. The placement terminal 100 background uploads the scheduled placement information to the database 500 and then conducts an information review. The review controls the large garbage to enter the second-hand transaction process or the placement process based on the judgment of the secondary utilization value of the large garbage within a preset time. Alternatively, after the review, the scheduled placement information is converted into large garbage sales information and enters the second-hand transaction terminal. Based on the large garbage that has not been traded after the preset time, its information is transferred to the placement process. That is, the items that belong to general household garbage are reviewed, and the large garbage that meets the above review is reviewed again to see if it has secondary utilization value.

[0020] After entering the delivery process, the system generates the information to be delivered and sends it to the on-site terminal device in the designated delivery area. The on-site terminal device obtains and temporarily stores the information to be delivered. The user transports the garbage to the designated delivery area by self-service or by requesting assistance. After inputting the identity authentication information into the on-site terminal device, the user obtains the marking tool output by the on-site terminal device, and physically binds the marking tool to the large garbage. The delivery process is recorded and detected by the on-site terminal device, and the on-site terminal device uploads the recorded detection information to the database 500 to realize the synchronous update of the stored information. Finally, the user's garbage delivery process is completed.

[0021] In the above steps, the delivery end 100 used by the user can be designed as the user's own mobile phone, computer, tablet, home Internet smart management system, smart furniture, artificial intelligence life assistant and other devices, and the delivery end 100 can be formed as a software product for human-computer interaction. Each user has at least one account bound to his or her personal identity on the delivery end. The formed scheduled delivery information includes at least the type, quantity, photo, self-assessed damage degree and other information of the delivered items. After the scheduled delivery information is formed, the system automatically outputs a virtual code bound to the large garbage, and the code is uniquely bound to the large garbage and is also bound to the account number input with the scheduled delivery information. Preferably, the option of connecting to the removal end 200 is also provided, that is, the option of whether the removal personnel can assist in the handling in the delivery information can be selected. The delivery area can be any place specified by the user in all the selectable delivery areas, or the system can retrieve the nearest delivery area nearby according to the location of the user's own positioning. After the delivery area is widely spread in a city or a residential area, every user living there can find at least one delivery area not far from him or her, and when it is inconvenient to spread on a large scale or there is no delivery area within a relatively close range, the user can choose the removal service. Considering the costs of clearing, recycling, and processing large garbage, choosing to assist in clearing or self-service delivery may incur certain garbage clearing fees. However, considering the long-term basic expenditures of urban management on urban cleaning and environmental protection, and the residual value of some recycled large garbage for secondary sales, the clearing fees may be relatively low or have the possibility of discounts, which is conducive to users using the service in large quantities. Regardless of whether the above-mentioned clearing or self-service delivery is adopted, the system will charge users different service fees, which may include at least clearing fees and delivery service fees. Users who choose to assist in clearing may pay the combined amount of clearing and delivery service fees.

[0022] Information review is to review the garbage categories in the reservation delivery information after obtaining the user's input. On the one hand, the review is to check whether the garbage to be discarded this time meets the recycling or treatment standards of general domestic waste. For example, garbage similar to hazardous chemical waste, flammable and explosive items, radioactive items, biohazardous waste, construction waste, professional instrument waste equipment, etc. does not belong to general domestic waste. These garbage need to contact professional recycling companies or related service providers for supervised recycling. This type of garbage is not subject to recycling by this system. During the review, the system automatically or with the assistance of back-end manual work checks whether there are any items that do not belong to general domestic waste in the reservation delivery information. If so, the review fails, and then the user is fed back a prompt message of failure and the corresponding explanation basis through the delivery terminal 100. This inspection item can generally be completed automatically by a simple judgment program, without occupying a large amount of manual review costs. When the audit result shows that the large garbage belongs to general household garbage, the audit will continue to review whether the large garbage has secondary utilization value, that is, whether the large garbage can be directly sold second-hand. If the audit believes that the large garbage can be sold second-hand, the large garbage reservation information will be directly transferred to the second-hand transaction process; if the secondary utilization value of the large garbage cannot be determined within a certain preset time, the reservation information will be transferred to the delivery process. The above-mentioned audit can be carried out by manual background audit or program automatic audit or a combination of the two. Based on the large garbage type, quantity, photos, self-assessed damage degree and other information input by the user in the delivery information, manual or preset programs with certain judgment rules can identify the secondary utilization value of some large garbage to a certain extent. For example, used furniture with relatively intact appearance, furniture and electrical appliances with a relatively light self-assessed damage degree generally have certain secondary utilization value. The review step here has at least two advantages. The first is that it can help users identify the types of large garbage, especially some large garbage that does not belong to general garbage. This allows users to more clearly know the types of large garbage they want to put out and find suitable recycling channels for them, which can effectively improve the efficiency of garbage classification, disposal and processing. The second is that the value of the user's large garbage can be directly determined during the user's appointment stage and then sold second-hand. This allows interested users to sell the large garbage without actually putting it in the designated location, which can effectively avoid some useless large garbage transportation expenses, avoid both user and transportation and management expenses, and at the same time, to a certain extent, avoid the problem of large garbage accumulation in the delivery area. In other embodiments, if the large garbage entering the second-hand transaction process has not been traded within a certain preset time or after the user's selection, the large garbage information can be transferred to the delivery process.

[0023] For some large pieces of garbage whose secondary utilization value cannot be determined or cannot be determined immediately, the delivery process will be entered after a preset time. The process is to feedback the passed prompt information to the delivery terminal 100 and display the address of the predetermined delivery area and the acceptable delivery time. The delivery area can be displayed to the user in the form of an electronic map. The electronic map can choose to access the existing electronic map API service provider, such as Baidu Map, Tencent Map, etc. The acceptable delivery time can have multiple dimensions. One is the opening time information of the delivery location. For example, the delivery area managed by the manual management is not a time to accept delivery applications outside the working hours of the management workers. The unmanned self-service delivery area may be in an acceptable delivery state all day, or considering the quality of life of the surrounding residents, a specific time period at night is set as a prohibited delivery time; another dimension time is the delivery period. For example, the delivery period set to 1 month refers to the longest time that the system can wait to accept this delivery. The delivery made by the user after the delivery period is deemed to be overdue and not accepted. The user needs to make an appointment again to successfully complete the delivery. The delivery period is also the temporary storage period of the information to be delivered. After the deadline, the system sends a delivery expiration reminder to the delivery terminal 100 corresponding to the information to be delivered that has not successfully generated updated information and seeks whether the user will make another reservation application. If no feedback is obtained, the information to be delivered will be deleted in the system. The information to be delivered is sent to the on-site terminal device in the delivery area. The information to be delivered includes at least the type, quantity, photos and other information of the garbage to be delivered to facilitate the confirmation of the user or the relevant on-site management personnel. The on-site terminal device can be configured as a computer, an intelligent recycling cabinet, an intelligent recycling vehicle and other equipment, or it can also be configured as an intelligent access control in a closed venue. Preferably, one or all of these devices can have a shooting function, and the on-site terminal device is used to detect the delivery process in real time or take a second photo of the delivered garbage on the spot during the actual delivery. The on-site terminal device also has at least a device for outputting a marking tool to the outside. The marking tool is a product used to match the garbage with its code in the system. RFID electronic tags, QR code tags, barcode tags, etc. can be selected. The marking tool can be placed on or in the garbage, that is, it is physically bound to the large garbage. The output device can correspondingly select a label printer, a card making machine and other equipment. The on-site terminal device first receives the delivery information transmitted by the system and temporarily stores it. When the large garbage is actually delivered on-site, the identity verification information is input to the on-site terminal device. The on-site terminal device then determines whether to output the marking tool based on the verification of the identity verification information. The permission to output the marking tool is granted only after the identity verification information is verified and matched.The recorded detection information may at least include the picture information of the second photo of the garbage, the video information of the delivery process recorded by the on-site terminal equipment, the delivery time point information, the delivery location information and other information. This information can be updated to the storage information. In the subsequent garbage disposal process, the information will add new items in real time for recording the entire process and providing users with viewing.

[0024] Preferably, there is a security access control in the delivery area. After the above-mentioned on-site terminal device verifies the input identity authentication information, the security access control is opened based on the door opening command sent to the security access control by the on-site terminal device at the same time and / or based on the specific information on the scanning marking tool, so that relevant personnel can enter the delivery area to deliver large garbage.

[0025] Preferably, there is a device with monitoring function in the delivery area, which is used to monitor visual events in the delivery area to prevent various emergencies or accidents in the delivery area. Preferably, the device with monitoring function itself or an additional device also has a thermal imaging function, which is used to monitor the temperature in the delivery area, especially to prevent fire events in the delivery area. After detecting the fire characteristics, the device sends a fire alarm to the system or relevant processing personnel, and the latter performs fire extinguishing after receiving the alarm information.

[0026] The second direction is the closed loop of the removal process, which specifically includes the following steps: the removal terminal 200 receives the large garbage information sent by the system, and the removal terminal 200 dispatches removal workers to the large garbage location to perform on-site removal. According to the different situations of removal in the delivery area or removal at the user-specified location, the printing label tool is executed and the storage information is updated or the existing label tool is scanned to update the storage information, and the removal scan information is uploaded to the database 500. The database 500 verifies the removal scan information and updates the storage information accordingly.

[0027] In the above steps, the cleaning terminal 200 is generally configured as a smart device held by the cleaning worker. In one embodiment, the cleaning work is mainly carried out in the form of dispatching orders. The working mode of the cleaning worker is similar to that of a takeaway delivery person. The cleaning terminal 200 is configured as a dispatching or grabbing order software running on the cleaning worker's personal mobile phone, computer, tablet, work machine and other smart devices. After the system receives the large garbage information, it issues a task order to the area near the location of the large garbage information. After receiving the task order or accepting the task order, the cleaning worker goes to the designated location to carry out the cleaning work. Large garbage information is a kind of marking information, which exists as a processing object of the system, and its information may include the name, type, photo and other data of the large garbage. In another embodiment, the cleaning worker is a uniformly hired staff member, and the cleaning terminal 200 can be set as a tool such as a work allocation software installed on an office computer or a mobile phone. After receiving the cleaning work dispatched by the cleaning terminal 200, the cleaning worker goes to the designated location to carry out the cleaning work. Large garbage information can have at least two sources, correspondingly, two different working modes, one source is that after the user selects the option that needs to be assisted in the removal, the delivery end 100 sends the large garbage information to the system to request the user's removal, and the other source is that the on-site terminal device in the delivery area sends the large garbage information to the system to request the temporary storage site to remove. In the first case, in one embodiment, the hauler needs to carry the marking tool output device to the location specified by the user for on-site removal. After arriving at the location, it is necessary to print the marking tool, place it accordingly, and record the detection information and upload it on-site; in another embodiment, the hauler only needs to collect the large garbage at the door, and then enter the identity verification information at the on-site terminal device in the delivery area to obtain the marking tool output by the device; in the second case, the hauler only needs to scan the marking tool on the large garbage to send the storage information update information to the system. In both of the above cases, the removal end will send the removal scan information to the database 500 to update the storage information. The updated items included in the removal scan information may include the relevant information of the hauler, the removal work number, the removal destination, etc.

[0028] Correspondingly, there are two modes for the above-mentioned removal, one is that the user needs to remove the large garbage around him to the delivery area, and the other is that the delivery area needs to remove the large garbage to a larger processing center. In the case where the delivery area itself can accommodate most of the large garbage in the area where it is located, the demand for removal of large garbage may be relatively small, but the garbage that is generally judged to be non-recyclable still needs to be sent to the garbage treatment center by the removal worker for centralized treatment. This solution is aimed at common garbage with a certain recycling value, especially garbage with a certain second-hand utilization value, while ordinary household garbage, especially food residues, kitchen residues, waste packaging, napkins and other garbage that is difficult to be reused by individuals, this system does not receive or guide users to discard it to the designated conventional garbage delivery point. In the case that the delivery area itself is small and cannot store too much large garbage, it can be transferred to the processing center by the removal worker. In the process of transportation, as long as the path movement occurs, the storage information in the database 500 will be updated accordingly, and the updated information may include the final destination information, the start time of the removal, the end time, the work order number, the path information, etc.

[0029] Preferably, when the above-mentioned delivery area needs to be cleared by a haulier, the information requesting clearing is sent to the clearing terminal or the system based on monitoring the inventory of large-sized garbage in the delivery area by means of local inventory supervision or system inventory supervision. Specifically, the on-site terminal device is responsible for the management of all existing large-sized garbage in at least one delivery area. When the above-mentioned large-sized garbage is transferred to the delivery area, whether it is a self-service delivery by the user or a delivery assisted by a haulier, after the marking tool is output, the marking tool is first physically bound to the corresponding large-sized garbage, and it can be read by some devices, one of which is the clearing terminal. In addition, in some embodiments, the on-site terminal device will perform an inspection reading after outputting the marking tool. The information obtained by reading at least includes the virtual code corresponding to the large-sized garbage. Since the on-site terminal device has pre-stored the virtual code before outputting the marking tool, the virtual code of the large-sized garbage that has actually output the marking tool can be stored in the inventory record table in the local or system. A virtual code at least indicates that one or a group of corresponding large garbage is stored in the delivery area. Before the large garbage is cleared (i.e., before the code is scanned by the clearing end), the information of the large garbage will continue to be kept in the inventory record table. Among them, the local inventory supervision delegates the inventory monitoring function to the on-site terminal equipment in the delivery area, which has stronger implementation and flexibility. In this mode, the local inventory record table is generated; the system inventory supervision method is to divide the supervision line for each delivery area separately in the background system, and the system supervises the inventory of large garbage in each delivery area from the general direction. In this mode, the system inventory record table is generated. The local inventory record table is only responsible for all large garbage in the delivery area, while the system inventory record table may have more content than the local inventory record table. In some cases, the system inventory record table can be composed of a collection of several local inventory record tables. The inventory record table may only contain the deposited quantity, which is the cumulative number of large garbage pieces. When the deposited quantity reaches or exceeds the preset inventory threshold, the on-site delivery terminal or system sends a removal instruction to the clearing end. In another embodiment, the system inventory record table may also include volume information, and when the accumulated volume information reaches or exceeds a preset volume threshold, a removal instruction is sent in the manner described above. Preferably, parameters such as weight information and floor space information may also be selected for judgment.

[0030] Preferably, the transportation end can designate a single hauler to use it, that is, the transportation tool has an account, and at least all information about the transportation process, such as the type of large garbage handled, the handling status, the acceptance of task orders, etc., can be linked to the account used by the hauler, which is convenient for subsequent data tracing and conducive to regulating the behavior of the hauler and preventing him from handling large garbage privately.

[0031] In a preferred embodiment, one of the work processes of the hauler is as follows: the on-site terminal equipment of a certain delivery area selects to send removal instruction information to the removal terminal held by the hauler based on the monitoring inventory record table. The removal instruction information includes at least the GPS location information and name information of the delivery area. The hauler goes to the designated delivery area according to the removal instruction information, and then uses the removal terminal to read the corresponding marking tool on each piece of large garbage loaded and transported. The removal terminal uploads the read virtual number of the large garbage, the information of the hauler currently logged in at the removal terminal, and the location information of the removal terminal itself to the system (or database 500).

[0032] The third direction is the closed loop of information processing. After the user inputs the scheduled delivery information from the delivery terminal 100, or after the user completes the delivery, the system collects and organizes the delivery information provided by a large number of users in the database 500, extracts the types and photos of the large-sized garbage delivered, and converts them into large-sized garbage information. This information at least includes the naming data based on the type of large-sized garbage and the photo data about the large-sized garbage. Accordingly, the staff or the hauler of the delivery area or the processing center can supplement the relevant information through a secondary survey of the large-sized garbage, such as weight, color, model, average price of new products on the market, degree of aging, etc. Subsequently, the system re-examines the large-sized garbage that can be reused, and sends an invitation message to the user of the delivery terminal 100 who is the source of the large-sized garbage. The invitation message includes asking the user whether to allow the large-sized garbage to be sold, and if sold, the selling price is given, and then the large-sized garbage data containing the selling price is pushed to the second-hand transaction terminal 300, and the large-sized garbage data that does not have the possibility of secondary use or the large-sized garbage data that the user chooses not to sell is pushed to the garbage treatment plant or the urban garbage recycling facility.

[0033] Alternatively, according to the above embodiment, after the user inputs the appointment delivery information, it is converted into large-scale garbage information, and the large-scale garbage information with secondary utilization value is reviewed and directly transferred to the second-hand transaction process, that is, it is directly pushed to the second-hand transaction end, and the large-scale garbage that has no secondary utilization value or the large-scale garbage data that the user chooses not to sell is pushed to the garbage treatment plant or urban garbage recycling facility, and the large-scale garbage information that has not been traded within the preset time at the second-hand transaction end is transferred to the delivery process.

[0034] The second-hand transaction terminal 300 automatically or manually arranges at least the naming data, photo data and subsequent supplementary data in the large garbage information to form a sales page. The sales page is displayed to the buyer and seller at the second-hand transaction terminal 300. The seller, that is, the user, can view the sales of his large garbage at the second-hand transaction terminal 300. The buyer can find the second-hand items he needs by browsing the second-hand transaction terminal 300. After the two parties establish the transaction intention, the system can act as an intermediary guarantor, responsible for collecting the buyer's payment and sending the delivery information to the transportation terminal 200. After the buyer confirms the receipt, the payment will be transferred to the seller's account after deducting the handling fee according to a certain share ratio. The share ratio is determined according to the maintenance, use and certain reasonable profits of the system. After the user's opinion of giving up profit is solicited, all the income from the sale of the garbage can be obtained by the system operator. After the buyer pays, the location of the delivery area or processing center where the large garbage is stored can be provided to the buyer for the buyer to pick up by himself, or a delivery instruction can be issued to the transportation terminal 200 to notify the relevant transportation workers to carry out logistics distribution.

[0035] In another embodiment, when the user uploads the information to be put from the putting end to the system for the first time, the system immediately conducts a large-scale garbage audit in the background. The purpose of the audit is not only to check whether the large-scale garbage belongs to the range of large-scale garbage that the system can accept, but also to verify the secondary utilization value of the large-scale garbage while belonging to the range accepted by the system. If it is judged to be valuable, some information in the information to be put can be directly extracted and converted into a sales page and uploaded to the second-hand transaction end 300 at this step. In this case, after the transaction is reached, the second-hand transaction end directly provides the buyer with the seller's address or a designated location to facilitate the buyer to pick up the goods at the door. In addition, the second-hand transaction end can provide a forwarding service, similar to the express delivery service.

[0036] In another case, a large piece of garbage is judged to not meet the standards for secondary utilization, such as items that are severely damaged, have lost their main use function, have major electrical units damaged and difficult to repair, or items that cannot be sold again, such as controlled knives, items containing hazardous chemicals, disposable items after use, items that cannot be used due to hygiene or epidemic prevention considerations, etc. The storage information of these large pieces of garbage in database 500 is reviewed by the system and then labeled with a processing decision. Within a certain prescribed period, the system detects each large piece of garbage with a processing decision label, summarizes the storage information of these large pieces of garbage to form garbage processing order information that at least includes the name, photo, current storage location, weight and volume of the large piece of garbage, and transfers the garbage processing order information to the garbage processing end 400. At the same time, the garbage processing order information is also sent to the transportation end 200. The garbage collector goes to the site to look for the real object according to the current location and photos of the large piece of garbage in the processing order information, and can allocate the space and load of the transport vehicle in advance according to the pre-stored weight and volume information. The information sent to the transportation end 200 also includes at least one location information of the garbage treatment plant. After collecting the designated large pieces of garbage, the garbage collector can transport them to the designated location of the garbage treatment plant. At the same time, the garbage disposal workers using the garbage disposal terminal 400 can pre-set the garbage disposal method according to the garbage type, weight and volume and other parameters in the garbage disposal order information before the large garbage is transported, such as setting the temperature of the garbage incinerator, the pressure of the garbage roller, etc. After the haulers successively deliver the designated large garbage, the garbage disposal workers can conduct a secondary review and acceptance of the large garbage on site according to the type, photos and other information in the garbage disposal order information. Regardless of whether a large piece of garbage is reviewed and judged by the system to be capable of secondary use or is marked with a processing decision mark, the storage data stored in the database 500 will be updated accordingly, and the subsequent trading records or the processing time and processing result information in the garbage disposal information will be updated and saved in real time. The advantage of the above process is that users can follow up at any time on any node in the whole process of the large garbage they have discarded, from the confirmation of discarding to the final transaction or processing of the garbage, so that the process is transparent, traceable and searchable.

[0037] Preferably, the large-scale garbage information processed by the transaction end and the garbage disposal end 400 is periodically summarized to form summary table data, so as to provide corresponding analysts or system analysis tools for analysis to obtain the results of large-scale garbage disposal. The above-mentioned periodicity can select a longer end time as the specified interval, such as a week or a month, and at the end of the specified time or the last day, the system will perform the above-mentioned actions. The summary table data includes at least two parts of content, one is the summary data of the transaction end, and the other is the summary data of the garbage disposal end. The summary data of the transaction end includes at least the number of all orders that have been completed and the number of uncompleted orders within a regular time, and further includes the types of transaction objects and transaction prices or bids of the completed and uncompleted orders, and further includes the transaction time of the completed and uncompleted orders, the interval time from release to transaction, and preferably, it can also include photos of large garbage, account information of both parties of the order, cumulative sales information of the seller, circulation information of large garbage, etc. These detailed data can be included in the summary data. Preferably, when displaying to relevant personnel, it can be selected to display content with less information, such as the number of completed orders and the number of uncompleted orders. When the relevant personnel choose to view further, they can view the detailed information through the link. The summary data of the garbage disposal end includes the number of large garbage processed within a regular period, and further includes the types of large garbage processed and the number divided by type, and further includes photos of the processed garbage before processing, photos after processing or the destination, and the destination can be landfill, incineration, crushing, etc. Preferably, it can also include information on large garbage processing workers, garbage receipt time, processing time, processing batch number, cumulative processing volume of the same type of garbage, etc.

[0038] The advantage of this system is that it can monitor the entire process of large-scale garbage from its generation to its final processing. The storage data stored in the database 500 can be updated in real time according to the above-mentioned various links, and at least realizes contactless information exchange among 4 ports, from the delivery terminal 100 used by the user to the transportation terminal 200 used by the hauler, to the transaction terminal used by the buyer and seller, and finally to the garbage disposal terminal 400 used by the garbage disposal worker. People using each port do not need to communicate with other relevant people themselves, but only need to complete the entire process from large-scale garbage delivery to transportation to transaction or garbage disposal according to the instructions or prompts of the system, and form at least three process logic closed loops based on the user's garbage delivery process, the hauler's transportation process and the information processing process between the ports. The process processing efficiency is higher and more orderly, which greatly increases the secondary utilization rate and processing efficiency of large-scale garbage.

[0039] Preferably, the present invention also provides another embodiment, the ports used and the general processing flow are similar to those of the above embodiment, except that in this embodiment, the system divides the processing priority levels for a large amount of large spam information from different users, which can be roughly divided into delivery priority and removal priority.

[0040] The placement priority division comes from the stage of large-scale garbage placement. According to environmental protection requirements, when the user uploads the placement requirements of large-scale garbage to the placement terminal 100, it can be examined whether the large-scale garbage to be placed is a necessary item to be discarded by means of a prior questionnaire survey, self-examination under guidance, etc. The questionnaire content of the questionnaire survey can retrieve a standard questionnaire about this type of large-scale garbage in the database 500 according to the type of large-scale garbage to be discarded by the user. The standard questionnaire can be formed in advance by manual or big data survey and stored in the database 500. Since a large number of large-scale garbage generated in the lives of residents has a variety of models but relatively fixed types, such as wardrobe items, sofa items, refrigerator items, etc., and some items in the questionnaire belong to common problems, such as the user's score evaluation value of the continued usability of the item, the user's self-assessed intention to discard the value, the user's self-assessed item damage, etc., it will not be difficult to edit the standard questionnaire, and multiple standard questionnaires corresponding to multiple types of large-scale garbage items can be generated. If it is not necessary or does not exceed the user's psychological threshold of necessary discarding, the system can suggest the user to keep it by sending a prompt message to the user through the placement terminal 100. This process is not mandatory. Whether or not to discard the garbage depends on both subjective and objective factors. Subjective factors are the householder's own ideas or some off-site information that is difficult for this system to collect, such as insufficient space in the householder's home, or the emergence of superior or alternative products with better performance than the large garbage on the market. The subjective factor score can be mainly obtained from the above questionnaire, which mainly reflects the user's desire to discard the item. Objective factors can be reflected from the properties of the large garbage to be discarded, such as the newness and oldness of the garbage, the completeness of its functional use, the difficulty of recycling, the difficulty of processing, the harmfulness to the environment, the degree of inability to process or the negative impact after processing. Most users cannot know these objective factors in advance, and this information can be given by cleaners, garbage handlers, and people with relevant experience in waste recycling. After the first objective factor evaluation of a large garbage item is formed, the objective factor evaluation of this type of large garbage can be used or continuously improved when similar large garbage recycling items are generated in the future, and the objective factor score can be obtained. The objective factor can qualitatively or quantitatively form a suggestion on whether to discard it to the householder, so that he can weigh the pros and cons with the competent factors and choose whether to still discard it. Some parameters among the objective factors can be applied to subsequent removal and second-hand sales. For example, the difficulty of recycling and the difficulty of processing can provide guidance for the subsequent removal and garbage disposal work respectively.For example, subjective factors are divided according to a score of 1-100, where a comprehensive score in the range of 1-20 indicates that the user is most likely unwilling to discard, a comprehensive score in the range of 21-40 indicates that the user is relatively unwilling to discard, a comprehensive score in the range of 41-60 indicates that the user is hesitant about whether to discard, a comprehensive score in the range of 61-80 indicates that the user is relatively willing to discard, and a comprehensive score in the range of 81-100 indicates that the user is likely to want to discard; accordingly, objective factors are rated according to similar intervals, first gear: 1-40 points, indicating that the system recommends retention, second gear: 41-70 points, indicating that the system recommends retention depending on the situation, and third gear: 71-100 points, indicating that the system recommends discarding. The above division is only an example. In actual operation, a more precise score division is performed according to actual conditions, recycling plans, etc., but at least there are low, medium, and high levels.

[0041] The priority of disposal is divided according to the consistency or inconsistency of objective factors and subjective factors, and the total score obtained by numerical calculation of subjective factor score and objective factor score. The numerical calculation can be addition. Specifically, it can be divided into at least three qualitative levels, low priority, medium priority and high priority. For example, the score between 2-120 can be classified as low priority. Low priority means that the user shows the willingness to keep the large garbage in the questionnaire survey of the competent factors or the objective factors strongly recommend to keep it for continued use; the score between 121-140 can be classified as medium priority. Medium priority refers to the situation where the pros and cons of subjective factors and objective factors are weighed relatively evenly or close to a tie. After being informed of the objective factor score and analysis by the system, the user will be more hesitant. As time goes by, the level may develop in two directions: low or high. Therefore, the delivery terminal 100 outputs a prompt to the user to extend the decision time and recommends temporarily closing this delivery reservation; the score between 141-200 can be classified as high priority, which means that the user explicitly proposes to discard or still chooses to discard with a high probability after knowing the objective factor evaluation or the objective factors evaluated by the system recommend discarding. After obtaining the priority division, the system divides the computing resource allocation process of the cleaning terminal 200, the transaction terminal and the garbage disposal terminal 400 involved in the subsequent work according to the level difference of the delivery priority, and the large garbage items with high delivery priority are allocated with the most computing resources, the large garbage items with medium delivery priority are allocated with general computing resources, and the large garbage items with low delivery priority are allocated with the least computing resources or the subsequent data processing is temporarily not performed.

[0042] The above-mentioned embodiment makes a comprehensive evaluation of the priority of delivery based on subjective and objective factors and forms a division. The objective factors show users environmental protection recycling information such as large-scale garbage collection, treatment, and environmental hazards that they were previously unable to obtain, which can form effective environmental protection and conservation education for users, and can effectively curb the wasteful behavior of some users who like to waste, which is conducive to the formation of a social atmosphere of thrift and saving, and directly curb many unnecessary waste behaviors from the source, which not only saves a lot of social resource allocation for garbage recycling and treatment, but also contributes greatly to environmental protection work. On the other hand, for users who are too frugal, the system will prompt users for the recommended large-scale garbage to be discarded after detection, and suggest users to discard it, which is conducive to such users to update furniture, electrical appliances and other items in their homes and improve the quality of life of such users. In general, during the user reservation stage, this system first investigates and lists subjective and objective factors, so that users who were originally wasteful can learn to be frugal and reduce unnecessary waste of resources. At the same time, it enables users who were originally too frugal to make up their minds to discard items that are no longer usable, and then improve their quality of life by updating similar items. This solution is in line with the social trend of advocating thrift and moderate consumption, and can solve the problem of large-scale waste and the low quality of life and possible safety hazards caused by long-term use of items that should have been discarded as soon as possible.

[0043] In addition, the priority division can make the subsequent system information processing work smoother, and evaluate the quality of spam information from the source of information release, so that in most cases the system does not have to pay the cost of computing power resource loss when allocating system resources for large furniture that may be discarded and the owner suddenly decides not to throw it away. Prioritizing the processing of high-priority discarded information can make the system more targeted, and more detailed and accurate system resource allocation and data processing can be performed for these items.

[0044] It should be noted that the above-mentioned specific embodiments are exemplary, and those skilled in the art can come up with various solutions inspired by the disclosure of the present invention, and these solutions also belong to the disclosure scope of the present invention and fall within the protection scope of the present invention. Those skilled in the art should understand that the present invention specification and its drawings are illustrative and do not constitute a limitation on the claims. The scope of protection of the present invention is defined by the claims and their equivalents. The present invention specification contains multiple inventive concepts, such as "preferably", "according to a preferred embodiment" or "optionally", all of which indicate that the corresponding paragraph discloses an independent concept, and the applicant reserves the right to file a divisional application based on each inventive concept.

Claims

1. A waste resource recycling management system, which at least comprises: The delivery terminal (100) is used by users to schedule the delivery of large garbage. A database (500) is connected to the delivery terminal (100) to store and / or update information related to the delivery of large garbage. It is characterized in that The user inputs the scheduled delivery information through the delivery terminal (100), and the system outputs a virtual code bound to the large-sized garbage and the user account for the scheduled delivery. An independent storage area is opened in the database (500) based on the virtual code. The delivery terminal (100) uploads the scheduled delivery information to the database (500) and then conducts information review. The review controls the delivery of the large-sized garbage into a second-hand transaction process or a delivery process based on whether the large-sized garbage has secondary utilization value. The large-sized garbage with secondary utilization value enters the second-hand transaction process through the second-hand transaction terminal (300) used by the buyer and seller. The user group of the second-hand transaction terminal (300) is called the buyer and seller. The seller is the user of the delivery terminal (100), and the buyer is an ordinary person who needs second-hand items. Large-sized garbage that cannot be determined whether it has secondary utilization value within the preset time and / or has not reached a second-hand transaction within the preset time enters the disposal process. The disposal process is that the reservation disposal information is converted into pending disposal information and sent to the on-site terminal device in the designated disposal area for temporary storage. The user transports the garbage to the designated disposal area by self-service or requesting assistance, obtains the marking tool output by the on-site terminal device after entering the identity verification information on the on-site terminal device, and physically binds the marking tool to the large-sized garbage.

2. The system according to claim 1, characterized in that The delivery process is recorded and detected by the on-site terminal device, and the on-site terminal device uploads the recorded detection information to the database (500) to achieve synchronous update of the stored information, wherein the marking tool at least includes a virtual code that can be read and known corresponding to the large garbage physically bound to it.

3. The system according to claim 1 or 2, further comprising a cleaning end (200), which is used by cleaning workers and is used to coordinate cleaning work, characterized in that: The cleaning terminal (200) dispatches the cleaning worker to the designated delivery area based on the received cleaning instruction information. After the cleaning worker arrives, the cleaning worker uses the cleaning terminal (200) to read the marking tool on each piece of large garbage loaded and transported. The cleaning terminal (200) uploads the read large garbage virtual code, the cleaning worker information currently logged in to the cleaning terminal, and the location information of the cleaning terminal itself to the database (500).

4. The system according to claim 1 or 2, characterized in that: The information of the large-sized garbage entering the second-hand transaction process is extracted and converted into large-sized garbage information. After the corresponding user request to the delivery end (100) is passed based on the corresponding virtual code, the large-sized garbage information with the selling price is formed into a sales page. After the second-hand transaction is completed, the second-hand transaction end (300) sends the location information of the large-sized garbage to the buyer for door-to-door pickup.

5. The system according to claim 3, further comprising a garbage disposal end (400), which is used by garbage disposal workers and is used in the final garbage disposal process, characterized in that: Large-sized garbage information that is reviewed and determined to have no secondary utilization value or is not an item that can be resold is assigned a processing decision label. Within a specified period, the system retrieves all large-sized garbage information with the processing decision label in the database (500) and summarizes them into garbage processing order information. The garbage processing order information is sent to the removal end (200) and the garbage processing end (400) at the same time.

6. The system according to claim 5, characterized in that The system regularly summarizes the large-scale garbage information processed by the second-hand transaction terminal (300) and the garbage processing terminal (400) to form a summary table data, so as to provide corresponding analysts or analysis tools for analysis to obtain the large-scale garbage processing results.

7. The system according to claim 1, characterized in that The scheduled delivery information includes at least the type, quantity and photo information of the large garbage to be delivered. After confirming the delivery, the delivery terminal (100) matches the nearby delivery area based on the user's location and informs the user of the address, and also informs the user of the delivery time, which includes at least the acceptable delivery time and the delivery time limit.

8. The system according to claim 3, characterized in that When the delivery end (100) forms the reservation delivery information, it provides the user with an optional assisted removal option. When the user selects the assisted removal service, the removal task is sent to the removal end (200). After the removal worker accepts the removal task, he goes to the user's designated location to carry out the removal.

9. The system according to claim 2, characterized in that The marking tool is at least one of the following options: an RFID electronic tag, a QR code tag, and a barcode tag. After the marking tool is output, the marking tool is physically bound to the large garbage.

10. The system according to claim 2, characterized in that The delivery area has equipment capable of performing monitoring and thermal imaging monitoring functions, which are used to monitor visual events and fire events within the delivery area.

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