CN108280686B - Garbage classification recycling information management system - Google Patents

Abstract

The invention discloses a garbage classification recycling information management system, which comprises a user side and a server which is connected with the user side through a network and is used for comprehensively processing various information and instructions, wherein the server comprises a communication unit, an account management unit, a recycling mark information management unit, a category detection unit and a weighing calculation unit; and the user side is in communication connection with other units of the server through the communication unit. The garbage classification and recovery information management system provided by the invention can provide garbage recovery processing methods corresponding to different garbage classification degrees from the source, and also provides a multi-category and effective recovery and calculation processing mechanism, so that information data processing is timely and efficient, the labor cost is reduced, the garbage classification efficiency is effectively improved, the information symmetry and circulation between the upstream and downstream in the industry are enhanced, an integration and transmission platform is provided for the communication of data information of each link, and the enthusiasm of different types of residents participating in garbage classification and recovery is improved.

Description

Garbage classification recycling information management system

Technical Field

The invention relates to the field of environmental protection, in particular to a garbage classification and recycling information management system.

Background

The garbage classification (Waste sorting) is to put garbage into the garbage according to classification, and to change the garbage into resources again through classification, clearing, recycling and regeneration, so that the resource Waste and the environmental pollution can be reduced, and the system is beneficial to the nation and the people. Nowadays, household garbage can be generally divided into four main categories: can recover garbage, kitchen garbage, toxic and harmful garbage and other garbage. The recyclable garbage mainly comprises waste paper, plastics, glass, metal and cloth, and can be comprehensively treated, recycled and reduced in pollution; the kitchen garbage comprises food wastes such as leftovers, bones, vegetable roots, vegetable leaves, fruit peels and the like, and is subjected to on-site treatment and composting by using a biotechnology; the poisonous and harmful garbage refers to waste which contains heavy metals and toxic substances harmful to human health or causes actual harm or potential harm to the environment, and comprises batteries, fluorescent tubes, bulbs, mercury thermometers, paint buckets, household appliances, overdue medicines, overdue cosmetics and the like; other garbage includes brick and tile ceramics, dregs, waste paper in toilet, paper towel and other wastes which are difficult to recycle except the above garbage, and the pollution to underground water, surface water, soil and air can be effectively reduced by adopting sanitary landfill or high-temperature complete incineration.

The garbage classification and recovery is an improvement of the traditional garbage collection and disposal mode, and is a scientific management method for effectively disposing garbage. The garbage classification and recovery in the prior art is not well promoted in practical application, and reasons include awareness and habits of residents for establishing garbage classification and recovery, non-uniform garbage classification methods, information asymmetry between garbage recovery manufacturers and residents and the like. For the recovery mode of the recovery reward type in the prior art, as the mechanical type only requires residents to divide garbage into fine categories for releasing and feeding back the reward, a plurality of problems exist: in view of the national situation of China that most couples and couples in families are working families, and the situation is different from that many full-time housewives exist in Japan and some western countries, the situation that the classification of the working family families by keeping the extraction time is difficult to implement is only required to be performed; secondly, for families with retired elders or full-time families, because the existing dispersing or recycling mechanism of the recycling point is not timely enough, recyclable garbage needs to be placed in the families and collected and then sent to the recycling point, and other family members may possibly conflict with behaviors that the family space needs to be occupied and the family sanitation is influenced.

Because the traditional garbage collection is to simply classify the garbage by scattered individuals or collection points and then convey the garbage to a garbage collection and treatment factory, the upstream, middle and downstream butt joint efficiency of the whole garbage classification and collection is low, more labor cost and time are needed, and the information comprehensive management of effective garbage classification and collection is lacked.

Disclosure of Invention

The invention aims to: aiming at the existing problems, the management system for comprehensively managing the related information of various garbage classification and recovery is provided, and the problems of low garbage classification efficiency and asymmetrical upstream and downstream information in the garbage classification and recovery industry in the prior art are solved.

The technical scheme adopted by the invention is as follows:

a garbage classification recovery information management system comprises a user side and a server connected with the user side through a network, wherein the server comprises a communication unit, an account management unit, a recovery marking information management unit, a category detection unit and a weighing calculation unit; and the user side is in communication connection with other units of the server through the communication unit.

Further, the account management unit receives and analyzes account information sent by the client, wherein the account information at least comprises basic information and financial information of a user;

the classification detection unit is used for identifying and judging the classification type of the garbage and feeding back data to the weighing calculation unit;

the weighing calculation unit is used for weighing the target garbage and calculating the cost by combining the calculation coefficients of the corresponding classification types.

Further, the recycling mark information management unit receives recycling mark information sent by a front end, wherein the recycling mark information represents recycling garbage classification degree information based on recycling mark signal types.

Further, the recycling mark information includes first recycling mark information and second recycling mark information.

Further, the first recycling mark information correspondingly represents the garbage which is roughly classified but not finely classified;

the second recycling mark information correspondingly represents the garbage which is classified finely.

Further, if the system detects the first recovery mark information, a further processing instruction is sent out, which indicates that the garbage under the processing degree needs to be further subdivided and sorted, and the subdivided type needs to be fed back to the weighing and calculating unit for weighing and cost calculation;

and if the system detects the second recovery marking information and indicates that the batch of garbage is classified finely, the system directly feeds the fine classification type back to the weighing calculation unit for weighing and calculating the cost.

Further, the weighing calculation unit calculates the cost according to the weighing weight, a first calculation coefficient corresponding to the coarse classification type and a second calculation coefficient corresponding to the fine classification type, and feeds the cost back to the account management unit, and the account management unit records the cost in the corresponding account.

Further, the rough classification means that the garbage is classified into two categories: one is the mixture of all recoverable garbage, and the other is garbage to be cleaned including kitchen garbage, toxic and harmful garbage and other garbage;

the fine classification means that the coarsely classified garbage is further divided into a plurality of single articles for different downstream processing according to different materials or preset classification rules.

Furthermore, the first calculation coefficient corresponding to the roughly classified same object is different from the second calculation coefficient corresponding to the finely classified same object, the calculation cost corresponding to the roughly classified recyclable garbage is the feedback reward cost, and the calculation cost corresponding to the to-be-cleared garbage is the collected processing cost.

Further, the system also comprises a number management unit; the number management unit associates the number information of the garbage packaging container with the corresponding account information.

In summary, due to the adoption of the technical scheme, the invention has the beneficial effects that:

1. the garbage classification recycling information management system can provide different classification processing degree processing methods for users from the source, and improves the enthusiasm of different types of residents participating in garbage classification recycling by combining classification information;

2. the garbage classification recycling information management system provided by the invention provides a multi-class and effective recycling mechanism, the information data is processed timely and efficiently, and the labor cost is reduced;

3. the garbage classification and recovery information management system provided by the invention can effectively improve the garbage classification efficiency, strengthen the information symmetry and circulation between the upstream, the middle and the downstream of the industry and provide an integration and transmission platform for the communication of data information of each link.

Drawings

The invention will now be described, by way of example, with reference to the accompanying drawings, in which:

FIG. 1 is a framework diagram of a management system provided by the present invention.

FIG. 2 is a method embodiment of a recycling operation provided by the present invention.

Fig. 3 is an embodiment of a weighing method provided by the present invention.

Fig. 4 shows another embodiment of the weighing method according to the present invention.

Fig. 5 is a flow diagram of a management system communication flow provided by the present invention.

Detailed Description

In order to make the technical solutions of the present invention better understood, the following description of the technical solutions of the present invention with reference to the accompanying drawings of the present invention is made clearly and completely, and other similar embodiments obtained by a person of ordinary skill in the art without any creative effort based on the embodiments in the present application shall fall within the protection scope of the present application.

Example 1

Embodiment 1 is a management system for garbage classification and recycling information, as shown in fig. 1, including a user side and a server connected to the user side via the internet for performing comprehensive processing on various information and instructions, where the server includes a communication unit, an account management unit, a recycling tag information management unit, a category detection unit, and a weighing calculation unit; and the user side is in communication connection with other units of the server through the communication unit.

The account management unit receives and analyzes account information sent by a client, and judges the category of an information sender, wherein the category of the account information may comprise a personal user account, a property company account or other group accounts; the account information at least includes basic information of the user, such as name, mail, mobile phone, address, etc., and also includes financial information, including balance records, balance, etc.

The method comprises the steps that a recovery mark information management unit receives recovery mark information sent by a client or a front end, wherein the recovery mark information represents the classification degree information of recovered garbage based on the classification of a recovery mark signal, and the classification degree comprises coarse classification and fine classification;

the rough classification means that the source domestic garbage is divided into two categories: the first type is a process of mixing all recyclable materials together, but not mixing other garbage which cannot be recycled, and the second type is garbage to be cleared, including kitchen waste, toxic and harmful garbage and other garbage; the fine classification means that the garbage after the coarse classification is further divided into a plurality of classes of single articles according to different materials or preset classification rules so as to be used in different classification processes of downstream processing.

The classification detection unit is used for identifying and judging the types of the garbage after coarse classification or fine classification, and feeding the types back to the subsequent weighing calculation unit;

the weighing calculation unit is used for weighing the target garbage to be treated, calculating cost according to the weighing weight and a calculation coefficient corresponding to the classification type, and feeding the cost back to the account management unit; wherein the classification types include a coarse classification type and a fine classification type to which the garbage belongs and a recycling point information type to which the garbage belongs, and wherein the calculated fee includes both a reward fee to a user who provides recyclable garbage and a garbage disposal fee to be charged to a user who provides non-recyclable garbage.

After receiving recovery mark information in the garbage disposal information, the corresponding management unit judges the recovery degree, wherein the recovery mark information comprises first recovery mark information and second recovery mark information. In this embodiment, the source garbage is classified into recyclable garbage and to-be-cleaned garbage by coarse classification, while the recyclable garbage is classified into specific categories such as plastic, cardboard, metal, etc. by fine classification, and the to-be-cleaned garbage also includes kitchen garbage, toxic and harmful garbage, and other garbage. The single class of calculation coefficients corresponding to different classes will be different.

The first recycling mark information correspondingly represents the coarsely classified but not finely classified garbage or garbage collection points, such as a household user providing a bag or a box of recyclable garbage mixed together, or a unified recyclable garbage collection point of a cell for receiving non-finely classified garbage;

the second recycling mark information correspondingly represents the garbage or garbage collection points which are already subjected to coarse classification and fine classification, and can be classified into fine classification garbage by manpower or machines at a sorting point or a sorting factory or fine classification garbage throwing devices arranged in a community, for example;

if the system detects the first recovery mark information, a further processing instruction is sent out, which indicates that the garbage under the processing degree needs to be further subdivided and sorted;

if the system detects second recycling mark information, the garbage batch is indicated to be classified finely, so that the system directly feeds the subdivision type back to a subsequent weighing calculation unit, records the specific subdivision type to which the system belongs, and directly performs weighing and reward expense calculation;

in one embodiment, the weighing calculation unit calculates the final cost according to the weighing weight, the first calculation coefficient corresponding to the coarse classification category and the second calculation coefficient corresponding to the fine classification category, or calculates the final cost only according to the weighing weight and the second calculation coefficient corresponding to the fine classification category, and feeds the cost back to the account management unit, and the account management unit records the single cost on the cost data item corresponding to the account. For example, for the same garbage item, the second calculation coefficient corresponding to the user after the user is classified finely is higher than the first calculation coefficient corresponding to the user only with rough classification, so that for the user who provides the recyclable garbage, the reward feedback obtained by the user who classifies the recyclable garbage finely is higher than that obtained by the user who does not classify the recyclable garbage; for the garbage to be cleared, the clearing fee to be paid by the user who only needs to be classified roughly and classified finely may be different. The second calculation coefficient is substantially the recycling reward unit price or the clearing cost unit price of each type of the finely classified garbage, and the second calculation coefficients corresponding to different fine classification types are not completely the same, for example, the unit price of the garbage of the metal type is higher, namely, the second calculation coefficient is higher than the second calculation coefficient corresponding to the cardboard type, and the clearing cost of the kitchen garbage and the toxic and harmful garbage can also be different.

And the calculated cost for the recyclable waste is attributed to the reward cost, so the calculation coefficient is positive, i.e. the cost of the user account will be increased by the corresponding reward amount, while the calculated cost for the waste to be cleared is attributed to the processing cost, which is negative, i.e. the cost of the user account will be deducted by the corresponding amount.

The garbage classification recycling information management system further comprises a number management unit, in the actual recycling process, a user may use a self-contained container to directly place classified articles at recycling points, or may use a recyclable garbage bag matched with the garbage recycling management system, the garbage bag is provided with a two-dimensional code or other electronic numbers, the user sends the bag to corresponding recycling points after packaging recyclable garbage in the numbered garbage bag, the number management unit needs to receive the number information on the bag, identify account information to which the number information belongs, bind the number information and the account information, and provide the account information to other processing units, for example, the weighing calculation unit returns calculated reward charge to an account bound by the number information after weighing a certain bag of recyclable garbage.

Example 2

In the embodiment, considering that the domestic urban life is that the community garbage disposal is mostly handled by the property company, the recycling company and the property company cooperate in the embodiment, and the household user performs simple garbage rough classification at home and divides the garbage into recyclable garbage and garbage to be cleaned. The recyclable garbage can be put into a corridor, is sorted according to requirements after being collected by cleaning and then is put into a garbage recycling station of a community.

It should be noted that, if the source garbage is not roughly classified, the recyclable garbage is polluted to a certain degree, which may cause that there is no way to continue classification in the following process, and also may cause that the recyclable garbage cannot be recycled, and all the recyclable garbage is classified as other garbage.

The garbage to be cleaned comprises kitchen waste, other garbage and toxic and harmful garbage, and the property and the sanitation are respectively put into corresponding recycling garbage cans in the residential quarter for weighing and recording.

For the above-mentioned classification weighing, all data are received and processed by the system. The system calculates the cost according to the prices and weights of different types, and finally settles the account with the property company. For example, for recyclable waste, recycling companies need to pay for property; for other refuse to be cleared, the property needs to pay a fee to the recycling company. The garbage recycling company provides professional recycling and clearing services for property and ensures that all garbage can be processed in a reasonable channel.

Example 3

Embodiment 3 is a garbage collection operation method based on a garbage bag number and garbage classification collection information management system, in this embodiment, considering that the sorting out of the common recyclable garbage is usually performed by the home user, the property needs to be responsible for the disposal of the non-recyclable garbage. As shown in fig. 2, a user may register and authenticate an account, and then scan and bind a two-dimensional code on a trash bag through a user side, that is, bind a corresponding number to an account before using the trash bag, where the account code includes user basic information and user cost information. The garbage bag with the number can be obtained by a user to a recycling company, and the number can be attached to the garbage bag through a two-dimensional code.

In an embodiment, before the account is bound, it may further be determined whether the bag number has been bound, if so, the binding is performed, and if not, the system prompts the user that the binding is failed, and the user may retrieve a new bag again.

After the user loads the roughly classified recyclable garbage into bags, the garbage bags are thrown to a recycling point. In one embodiment, the user needs to verify the account identity by scanning the code to access the drop point and place the bag into the drop point; in another embodiment, the user may directly enter the drop point, drop a recyclable bag at the drop point and enter a corresponding delivery code. Whether code scanning verification or input of a delivery password may enable association of the trash bag for the delivery with the user's account number.

And then the system calculates and judges whether the recovery point meets the recovery standard, and makes a recovery plan and arranges a vehicle route.

The method comprises the steps that recoverable garbage is classified and shipped when employees of a company to be recovered return points, information of the completion of the shipment is sent to a user after the completion of the shipment, the sending of the information can be realized by the fact that the employees scan two-dimensional codes of bags through corresponding client sides to obtain corresponding bag numbers, and the system sends WeChat information or other signals to user accounts related to the bag numbers to inform the state change of the bags.

Then judging the classification degree corresponding to the garbage to be recovered, and sending corresponding information to the system; if the garbage to be recovered is classified finely, directly weighing each classified article respectively; and if the garbage to be recovered is judged to be in need of fine classification, the system sends a fine classification instruction to perform fine classification on the garbage, enters a fine classification channel to perform secondary classification, and performs classification and weighing after classification. The determination and the fine classification may be performed manually or automatically by a machine.

And feeding back the weight and the belonged classification of the garbage after each class of fine classification to the system through a Bluetooth electronic weighing system of the corresponding class, scanning the two-dimensional code of the bag again at the moment, and transmitting the weight, the belonged classification and the user account data of the fine classification to the server by the system. The system calculates corresponding recovery cost according to the storage data in the cloud server, feeds the recovery cost back to a corresponding user account, the user account can obtain corresponding amount of cost rewards, and meanwhile, the system outputs the calculated cost result and sends the cost result to the user in a mode of WeChat and the like to prompt the recovery result.

For the garbage to be cleared, kitchen garbage, toxic and harmful garbage and other garbage are all handled by property management, so that the property management, cleaning personnel or residents can respectively deliver the garbage to be cleared into corresponding garbage cans or containers, input passwords after each delivery and confirm the successful delivery. The trash can or container can detect the weight change of the current delivery, so that the system can record the classification and weighing weight, and can calculate the corresponding processing cost and collect the corresponding processing cost for property or group.

Similarly, the system calculates and judges whether the recycling point or the recycling device meets the recycling standard, and establishes a recycling plan and arranges a vehicle route, so that the recyclable garbage is classified and transported to a corresponding processing place when the company staff returns the recycling point.

For the situation that the garbage to be cleared is processed, the coefficient of the calculated cost is negative, the system deducts or subtracts the calculated garbage processing cost from the expense item of the user account, in one embodiment, the user account deducts or prompts to pay the corresponding amount of processing cost, and meanwhile, the system outputs the calculated cost result, sends the calculated cost result to the user through a mode of WeChat and the like, and prompts the processing result.

Example 4

Embodiment 4 is a sorting and weighing method for recyclable garbage, as shown in fig. 3, a user first registers and scans a two-dimensional code on a recyclable garbage bag, and then sends the garbage bag filled with garbage to a drop point. The recycling company transports the bags to a sorting plant. Sorting personnel open the bag, put rubbish in the bag on the bluetooth scale of marking as different classification and weigh to scan the two-dimensional code on the bag, the system is with rubbish classification, weight and user account number data transmission to cloud ware, the system calculates payment amount according to weighing weight and rubbish classification, and with the amount of money record on user account, the user can draw the money in the account to in little letter or other accounts. And after weighing, the system sends a corresponding instruction to the Bluetooth scale, and the Bluetooth scale performs zero clearing operation and waits again and enters the next round of weighing.

Referring to fig. 4, the weighing operator weighs garbage to be cleaned, including kitchen garbage, toxic and harmful garbage and other garbage, on the bluetooth scales of the corresponding categories. Taking other garbage as an example, after collecting other garbage, a weighing operator puts other garbage on a Bluetooth scale of a corresponding category to weigh the other garbage, obtains a specific garbage category code according to a number corresponding to the Bluetooth scale, transmits the classified weight, the category and the user account data to a cloud server by the same system, and records the processed amount on a user account after the system calculates the processed amount.

Example 5

Example 5 for managing data transmission flow direction corresponding to classified weighing in a system, as shown in fig. 5, a bluetooth electronic scale group is bluetooth-connected to a server, each bluetooth scale in the bluetooth electronic scale group corresponds to different garbage categories, such as plastic, mineral water bottle, newspaper, bag, metal, fabric, etc., after the primary weighing is finished, a group of weighing data is generated, the weighing data comprises the Bluetooth scale ID and the weighing weight of the garbage, the system sends the weighing data to a server, and meanwhile, the bag number is obtained by scanning the garbage bag with the number, thereby acquiring a user ID account and sending the user ID account to a server, the server sends a complete set of calculation data comprising garbage types, garbage weighing weights and user accounts to a cloud server for storage, and simultaneously, the server generates a zero clearing signal and sends the zero clearing signal to the Bluetooth electronic scale group to finish zero clearing processing of the Bluetooth electronic scale group.

Corresponding to the data flow direction shown in fig. 5, is an electronic sorting and weighing method, which includes the following steps:

the method comprises the steps that mapping relations between various article weighing containers and article types are set on a server in advance, wherein the article weighing containers are containers used for containing articles and weighing on electronic scales; for example, plastic corresponds to the electronic scale container No. 1, a mineral water bottle corresponds to the electronic scale container No. 2, and all the category maps are sequentially set, all the electronic scales constitute a bluetooth electronic scale group and are all connected to the server through bluetooth, and there are 5 bluetooth electronic scales in the embodiment shown in fig. 5.

When m groups of weighing objects to be classified and weighed exist, classifying the group of weighing objects according to a preset classification rule;

respectively placing the n types of separated articles in article weighing containers corresponding to the types of the articles, and determining the weight of each type of article in the group of weighing objects according to the preset mapping relation between the article weighing capacity and the article type;

for example, for group 1 weighing, type 1 items in group 1 items are placed on electronic scale container number 1 corresponding to type 1, where electronic scale number 1 obtains a single weight W (1, 1); placing the type 2 articles in the group 1 articles on the electronic scale container No. 2 corresponding to the type 2, and obtaining the reading W (1, 2) by the electronic scale No. 2; repeating the steps until all the types of the articles in the group 1 are placed in the weighing containers corresponding to the types of the articles, obtaining the single weight W (1, 1), W (1, 2), …, W (1, n) of all the types of the articles, uploading corresponding data to a server for storage, wherein the process is called weighing once, and the electronic scale automatically executes a peeling command after each weighing is completed.

Continuously repeating the above operations on other groups of weighing objects until the classified weighing of all groups of weighing objects is completed, and obtaining the single weight W (i, j) of each type of object in each group of weighing objects; wherein i represents the i-th group of weights, i =1, 2, …, m, m > = 1; i represents a jth classified item, j =1, 2, …, n, m > = 1; the server can output any one of the single weight W (i, j), and can also calculate and output the total weight WT of the object.

The total weight comprises the total weight of a plurality of classes of articles in a group of weighing objects and/or the total weight of a certain class of articles in a plurality of groups. The server then transmits a set of data including the weight, category, and user account to the cloud server.

The method for classifying and weighing the objects conveniently and quickly obtains the single weight of each type of object in each group, and is used for calculating the cost, high in calculation efficiency and simple in operation.

All of the features disclosed in this specification, or all of the steps in any method or process so disclosed, may be combined in any combination, except combinations of features and/or steps that are mutually exclusive.

Any feature disclosed in this specification (including any accompanying claims, abstract) may be replaced by alternative features serving equivalent or similar purposes, unless expressly stated otherwise. That is, unless expressly stated otherwise, each feature is only an example of a generic series of equivalent or similar features.

The invention is not limited to the foregoing embodiments. The invention extends to any novel feature or any novel combination of features disclosed in this specification and any novel method or process steps or any novel combination of features disclosed.

Claims (7)

1. A garbage classification recovery information management system is characterized by comprising a user side and a server connected with the user side through a network, wherein the server comprises a communication unit, an account management unit, a recovery mark information management unit, a category detection unit and a weighing calculation unit; the user side is in communication connection with other units of the server through the communication unit;

the account management unit receives and analyzes account information sent by a client; the recycling mark information management unit receives recycling mark information sent by the front end, and the category detection unit is used for identifying and judging the classification type of the garbage and feeding back data to the weighing calculation unit; the weighing calculation unit is used for weighing the target garbage, calculating cost according to the weighing weight and the calculation coefficient of the corresponding classification type, and feeding the cost back to the account management unit;

the garbage classification recycling information management system also comprises a numbering management unit, and after the garbage bags with numbers are filled with recyclable garbage and sent to corresponding recycling points, the numbering management unit receives the numbering information on the garbage bags, identifies the account information to which the numbering information belongs, binds the numbering information with the account information, and provides the account information for other processing units;

the weighing calculation unit calculates the cost according to the weighing weight, a first calculation coefficient corresponding to the coarse classification type and a second calculation coefficient corresponding to the fine classification type, and feeds the cost back to the account management unit, and the account management unit records the cost in a corresponding account; meanwhile, the system outputs the calculated expense result and sends the expense result to the user to prompt the user to recover the result;

for the same object, the corresponding first calculation coefficient after the coarse classification is different from the corresponding second calculation coefficient after the fine classification, the calculation cost corresponding to the recyclable garbage after the coarse classification is the feedback reward cost, and the calculation cost corresponding to the garbage to be cleared is the collected processing cost;

the second calculation coefficient is the recovery reward unit price or the clearing cost unit price of each type of garbage after fine classification, and the second calculation coefficients corresponding to different fine classification types are not identical; for the same garbage object, the second calculation coefficient corresponding to the classified garbage object is higher than the first calculation coefficient corresponding to the only rough classification; for the garbage to be cleared, the clearing and transporting expenses which are needed to be paid only by rough classification and fine classification are different;

when m groups of weighing objects to be classified and weighed exist, classifying the group of weighing objects according to a preset classification rule;

respectively placing the n types of separated articles in article weighing containers corresponding to the types of the articles, determining the weight of each type of article in the group of weighing objects according to the preset mapping relation between the article weighing capacity and the article type, and obtaining the single weight W (i, j) of each type of article in each group of weighing objects after finishing the classified weighing of all the groups of weighing objects; wherein i represents the group i of weights, i is 1, 2, …, m, m is 1; i represents a jth classified item, j is 1, 2, …, n, m is 1; the server can output any one of the single weight W (i, j), and can also calculate and output the total weight WT of the object.

2. The garbage classification recycling information management system as claimed in claim 1, wherein the account information includes at least basic information and financial information of the user.

3. The garbage classification recycling information management system of claim 1, wherein the recycling flag information is information characterizing a degree of recycling of garbage classification based on a recycling flag signal category.

4. The garbage classification recycling information management system of claim 3, wherein the recycling flag information includes a first recycling flag information, a second recycling flag information.

5. The garbage classification recycling information managing system as claimed in claim 4, wherein the first recycling flag information corresponds to garbage classified roughly but not classified finely;

the second recycling mark information correspondingly represents the garbage which is classified finely.

6. The garbage classification recycling information management system of claim 1, wherein if the system detects the first recycling flag information, it issues a further processing instruction indicating that the garbage under the processing level needs to be further sub-classified and sorted, and needs to feed the sub-classified type back to the weighing and calculating unit for weighing and cost calculation;

and if the system detects the second recovery marking information and indicates that the batch of garbage is classified finely, the system directly feeds the fine classification type back to the weighing calculation unit for weighing and calculating the cost.

7. The garbage classification recycling information management system according to claim 6, wherein the rough classification is to classify garbage into two categories: one is the mixture of all recoverable garbage, and the other is garbage to be cleaned including kitchen garbage, toxic and harmful garbage and other garbage;

the fine classification means that the coarsely classified garbage is further divided into a plurality of single articles for different downstream processing according to different materials or preset classification rules.

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