CN113213011A

CN113213011A - Garbage classification intelligent management system based on Internet of things

Info

Publication number: CN113213011A
Application number: CN202110414041.5A
Authority: CN
Inventors: 位小化
Original assignee: Henan Qingzhiyuan Environmental Technology Co ltd
Current assignee: Henan Qingzhiyuan Environmental Technology Co ltd
Priority date: 2021-04-16
Filing date: 2021-04-16
Publication date: 2021-08-06
Anticipated expiration: 2041-04-16
Also published as: CN113213011B

Abstract

The invention discloses a garbage classification intelligent management system based on the Internet of things; the intelligent garbage classification monitoring system comprises a monitoring platform and a plurality of intelligent garbage classification measuring terminals which are interconnected through a network, wherein the monitoring platform receives picture information, weight information and/or source information of garbage from the intelligent garbage classification measuring terminals in sensing measurement, and then stores, displays and/or performs statistical treatment, the monitoring platform displays and edits the information through a data acquisition management module, the garbage classification condition of the whole user community can be known through a data statistics report unit, the intelligent garbage classification monitoring system further comprises an integral management module and a collector management module, and the problems that garbage classification is uniformly monitored and the garbage classification of users is actively and correctly carried out in garbage stations distributed in multiple places are effectively solved.

Description

Garbage classification intelligent management system based on Internet of things

Technical Field

The invention relates to the technical field of garbage classification, in particular to an intelligent garbage classification management system based on the Internet of things.

Background

With the continuous acceleration of the urbanization process, the shortage of resources and the increasingly prominent environmental problems, the urban ecological civilization construction is more urgent. Garbage classification is one of the important means to reduce the amount of garbage. The garbage classification is carried out, so that the reduction and the resource of the garbage treatment can be effectively promoted, the environmental pollution can be reduced, and the land resource can be saved.

In the prior art, an effective supervision means for correctly classifying the garbage is lacked, and particularly, under the condition that various garbage purchasing stations distributed in a community are numerous, how to uniformly monitor the correctly collected garbage becomes a difficult problem of classified collection and management of the garbage. In addition, in the early stage of pushing the garbage classification, the enthusiasm of the user for performing the garbage classification is not high, the habit of mixing and putting the garbage is difficult to change all the time, the accuracy rate of performing the garbage classification is not high, and the normalization of the garbage classification management is difficult to realize quickly.

Disclosure of Invention

The invention mainly solves the technical problem of providing an intelligent garbage classification management system based on the Internet of things, solves the problems of unified garbage classification monitoring and intelligent supervision of numerous garbage sites distributed in multiple places, and promotes users to actively and accurately classify garbage in the early stage of pushing garbage classification.

In order to solve the technical problems, one technical scheme adopted by the invention is to provide an internet-of-things-based intelligent garbage classification management system, which comprises a network-interconnected monitoring platform and a plurality of intelligent garbage classification measuring terminals, wherein the monitoring platform receives image information, weight information and/or source information of garbage sensed and measured by the intelligent garbage classification measuring terminals, and then stores, displays and/or statistically processes the image information, the weight information and/or the source information, so that the garbage classification collection in multiple places is remotely and centrally monitored and managed.

Preferably, the monitoring platform comprises a collected data management module for classifying, storing, displaying, counting and/or managing data collected from the intelligent garbage classification measuring terminal, a member management module for registering, editing and deleting members of the garbage classification user, a point management module for performing point and prize exchange management on effective participation conditions of garbage classification of the user, a collector management module for registering the collector and managing work performance and/or a news management module for publishing and managing the geomantic and the temperament and news of each garbage classification region.

Preferably, the monitoring platform is further connected with the user handheld terminal through a network.

Preferably, the collected data management module comprises a real-time data display unit for automatically classifying, storing and displaying the data collected by the intelligent garbage classification measuring terminal, a collected data management unit for automatically classifying, storing, displaying and managing the garbage classification conditions of each user, a data statistics report unit for performing overall user data statistics display on the garbage classifications of the users in different service areas, an individual user statistics unit for performing data statistics display on the garbage classifications of a single user, and/or an inquiry non-upload user unit for performing statistics display on the user data which is not subjected to the garbage classification in the service areas.

Preferably, the point management module comprises a point ranking list unit for counting the points acquired by the user and displaying the points in a ranking form, a point modification unit for displaying and managing the points acquired by the user, a point commodity addition unit for displaying and managing commodities with exchangeable points, a point exchange recording unit for displaying the record of exchanging commodities by the user and/or a point rule management unit for displaying and managing the rules of acquiring the points by the user.

Preferably, the collector management module comprises a collector statistical unit for performing data statistics display on the garbage collection classification supervision of a collector and/or a collector management unit for automatically classifying, storing, displaying and managing the garbage collection classification supervision of the collector.

Preferably, the intelligent garbage classification measuring terminal comprises a bracket, a camera for collecting garbage picture information and a processing device electrically connected with the camera; the support upper end extends forward has the protruding portion, and the camera setting is at the lower surface of protruding portion, and the camera gathers rubbish picture information and transmits for processing apparatus and shows to handle and/or teletransmission communication handles.

Preferably, the intelligent garbage classification measuring terminal further comprises a weighing device arranged at the lower end of the support and used for collecting garbage weight information, the weighing device is electrically connected with the processing device, and the weighing device collects the garbage weight information and transmits the garbage weight information to the processing device to be displayed and processed and/or remotely transmitted and communicated.

Preferably, the intelligent garbage classification measuring terminal further comprises an identity verification device arranged in the middle of the support and used for collecting identity information of a garbage throwing person, the identity verification device is electrically connected with the processing device, and the identity verification device collects the identity information of the garbage throwing person and transmits the identity information to the processing device for recognition, display processing and/or remote transmission communication processing.

Preferably, the bracket comprises a shell arranged in the middle of the bracket, the processing device is arranged in the shell, and a display electrically connected with the processing device is further arranged on a panel of the shell.

The invention has the beneficial effects that: whether the garbage classification is qualified or not is judged at the intelligent garbage classification measuring terminal through an acquirer, and then the information is transmitted to a monitoring platform for monitoring. The collector carries out approach help correction, gives out qualified and unqualified judgment, and is combined with the point reward, so that the accuracy of garbage classification of the user is improved.

The garbage classification management system comprises a garbage classification intelligent measurement terminal, a monitoring platform, a garbage classification management module and a garbage classification management module. And according to the statistical data, aiming at different user communities, different integral rules are established, and a data basis is provided for the integral rules.

The demand of the user is obtained through the point management module, the corresponding point rule can be formulated through the point rule management unit according to the demand of the user, then the required commodities are added through the point commodity adding unit, and the user can exchange the commodities, so that the demand of the user is met, and the activity of garbage classification of the user is improved.

Drawings

FIG. 1 is a schematic diagram of an embodiment of an Internet of things based intelligent management system for garbage classification in accordance with the present invention;

FIG. 2 is a schematic diagram of a monitoring platform according to an embodiment of the present invention;

FIG. 3 is a schematic diagram illustrating the components of a collected data management module according to an embodiment of the intelligent management system for garbage classification based on Internet of things;

FIG. 4 is a schematic diagram of an integral management module of an embodiment of an Internet of things-based intelligent management system for garbage classification according to the invention;

fig. 5 is a schematic front view structure diagram of a garbage classification intelligent measurement terminal according to an embodiment of the intelligent garbage classification management system based on the internet of things;

fig. 6 is a schematic side view of a garbage classification intelligent measurement terminal according to an embodiment of the intelligent garbage classification management system based on the internet of things;

fig. 7 is a schematic structural diagram of a weighing device of a garbage classification intelligent measurement terminal according to an embodiment of the intelligent garbage classification management system based on the internet of things of the invention when folded;

fig. 8 is a schematic structural diagram of a detachable top plate of a intelligent garbage classification measuring terminal according to an embodiment of the intelligent garbage classification management system based on the internet of things;

fig. 9 is a schematic side view of a first side plate of a intelligent measuring terminal for garbage classification according to an embodiment of the intelligent management system for garbage classification based on internet of things of the present invention;

fig. 10 is a schematic front view of a first side plate of a intelligent measurement terminal for garbage classification according to an embodiment of the intelligent management system for garbage classification based on internet of things of the present invention;

fig. 11 is a connection block diagram of each unit in the intelligent garbage classification measuring terminal according to an embodiment of the intelligent garbage classification management system based on the internet of things.

Detailed Description

In order to facilitate an understanding of the invention, the invention is described in more detail below with reference to the accompanying drawings and specific examples. Preferred embodiments of the present invention are shown in the drawings. The invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete.

It is to be noted that, unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used in this specification, the term "and/or" includes any and all combinations of one or more of the associated listed items.

Fig. 1 shows an embodiment of the internet-of-things-based intelligent garbage classification management system, which includes a monitoring platform 1 and a plurality of intelligent garbage classification measuring terminals 2 interconnected via a network 4, where the monitoring platform 1 receives image information, weight information and/or source information of garbage inductively measured by the intelligent garbage classification measuring terminals 2, and then performs storage, display and/or statistical processing to perform remote centralized monitoring and management of garbage classification.

Preferably, the monitoring platform 1 is further connected with a user handheld terminal 3 through a network 4.

Preferably, as shown in fig. 2, the monitoring platform 1 includes a collected data management module 11, a member management module 12, a points management module 13, a collector management module 14 and/or a news management module 15.

The collected data management module 11 is used for classifying, storing, displaying, counting and/or managing the data collected by the intelligent garbage classification measuring terminal; the member management module 12 is used for registering, editing and deleting garbage classification user members; the point management module 13 is configured to perform point and prize exchange management on effective participation conditions of user garbage classification; the collector management module 14 is used for registering a collector and managing work performance; and the news management module 15 is used for issuing and managing the geomantic omen and the personage and news of each garbage classification region.

Preferably, as shown in fig. 3, the collected data management module 11 includes a real-time data display unit 111, a collected data management unit 112, a data statistics report unit 113, a personal user statistics unit 114, and/or a query non-uploaded user unit 115.

Preferably, the real-time data display unit 111 is used for automatically classifying, storing and displaying the data collected by the intelligent garbage classification measuring terminal. And the collected data management unit 112 is used for automatically classifying, storing, displaying and managing garbage classification conditions of each user. And the data statistics report unit 113 is used for performing overall user data statistics display on the user garbage classifications in different service areas. And the individual user statistical unit 114 is used for performing data statistical display on the garbage classification of the individual user. The user unit 115 is used for inquiring the user data which is not uploaded to the service area and is used for statistical display of the user data which are not subjected to garbage classification in the service area.

Preferably, the real-time data presentation unit 111 includes the following display items: an ID display sub-item, a user information display sub-item, a garbage category display sub-item, a garbage weight display sub-item, an acquisition points display sub-item, an collector display sub-item, a creation time display sub-item, a real-time picture display sub-item, and/or a status display sub-item. The display sub-item is used for displaying data information collected by the intelligent garbage classification measuring terminal.

Preferably, the display sub-items display the user's data information in a line-by-line fashion and also in a real-time scrolling manner. For example, the following list information is displayed line by line as shown in table 1.

Table 1 shows data information of sub-items displayed in a line-by-line form

ID

User name

User address

Kind of refuse

Weight of garbage

Obtaining integrals

Collecting staff

Creation time

Real-time pictures

Status of state

1234

Zhang San

Village north No. 122

Perishable waste

5kg

20

Li Si

20210405

Garbage picture

Qualified

Preferably, the ID displays a sub-item for displaying the sequence number of the garbage classification data obtained by the intelligent garbage classification measuring terminal. And the user information display sub-item is used for displaying user information, and the displayed user information comprises a user name and a user address which are identity information of a user using the garbage can, namely the user information from the source information collected by the intelligent garbage classification measuring terminal. The users are preset in the member management module, and after the garbage classification intelligent measuring terminal transmits the related garbage data of one user, the data can be automatically recorded into the following display sub-items corresponding to the user.

Preferably, the garbage category display sub-item is used for displaying the category of garbage, and the category of garbage includes recyclable garbage, kitchen garbage, harmful garbage and/or discarded garbage, and the like, that is, the garbage classification information in the source information from the intelligent garbage classification measurement terminal.

Preferably, the garbage weight display sub-item is configured to display weight information of the garbage obtained by weighing the garbage by a weighing device in the intelligent garbage classification measuring terminal at the current creation time.

Preferably, the acquired points display sub-item is used for displaying the acquired points according to the participation degree of the garbage classification and the correct classification condition in combination with the point rule at the current creation time, and the higher the garbage classification correct rate is, the more the acquired points are. The integral rule is preset in the integral management module. The point data is also provided to the point management module.

Preferably, the collector displays the sub-item, which is used for displaying the collector who collects garbage through the intelligent garbage classification measuring terminal, and the collector can be preset in the collector management module. When an acquirer collects garbage through the garbage classification intelligent measuring terminal and transmits related garbage data to the monitoring platform, the monitoring platform automatically records the data into the acquired data corresponding to the acquirer, and then the acquired data is statistically displayed in the acquirer management module.

Preferably, a time display sub-item is created for displaying the time for collecting garbage through the garbage classification intelligent measuring terminal. Preferably, the real-time picture display sub-item is used for displaying picture information of garbage in the garbage can, which is acquired by a camera in the garbage classification intelligent measuring terminal at the current creation time.

Preferably, the status display sub-item is used for displaying the status of garbage, and the status of garbage display comprises empty buckets, qualified buckets and/or unqualified buckets. The empty can indicates that no garbage exists in the garbage can, and the qualified garbage classification indicates that the garbage classification is correct, namely the garbage in the real-time picture corresponds to the garbage type. Unqualified represents that the garbage classification is wrong, namely, the garbage in the real-time picture does not correspond to the garbage type. The current creation time and whether the garbage classification is correct can be judged according to the garbage state. Preferably, the state displayed by the garbage state display sub-item is sent to the monitoring platform after on-site acquisition and confirmation are carried out by the intelligent garbage classification measuring terminal. Therefore, there is usually an acquirer at the intelligent garbage classification measuring terminal to perform on-site garbage classification operation and check whether the garbage is classified correctly. Preferably, as the awareness of the user about the garbage classification increases, the terminal and the platform can cooperate to perform state recognition, that is, whether the garbage classification is correct or not is recognized through a real-time picture, and a corresponding state display is given.

Therefore, the garbage images are collected, whether garbage classification is qualified or not is judged at the intelligent garbage classification measuring terminal through a collector, and then the information is transmitted to the monitoring platform for monitoring. Because the current user's rubbish classification consciousness is not strong yet, need gather the personnel and close on help to correct to give qualified and unqualified judgement, and combine together with the bonus of integration, be favorable to promoting the user and correctly classify rubbish like this. In the later stage, as the consciousness of garbage classification of a user is enhanced, the proportion of correct garbage classification is greatly increased, so that whether the garbage classification state is qualified or not can be automatically identified through a camera, and meanwhile, the auxiliary judgment of an acquirer is not needed.

The collected data management unit 112 includes the display items included in the real-time data display unit 111, which is not described in detail herein. In contrast, the collected data management unit 112 further includes an operation item and a selection item.

And the operation items are used for editing, deleting and/or adding and displaying, and automatically classifying, storing, displaying and managing the garbage classification condition of each user. And the selection item is used for selecting a specific condition and displaying the garbage classification condition of the user under the condition. The specific conditions include communities, users, start time and/or end time, etc. The specific conditions in the following are the same as those described above, and will not be described in detail.

Preferably, the operation items include: edit operation sub-items, delete operation sub-items, and/or push-to-talk (unsuited user) operation sub-items. Preferably, the editing operation sub-item is used for editing and modifying the user name, the current garbage weight, the current collector, the real-time picture and/or the garbage state, so as to correct the error content. Preferably, the deletion operation sub-item is used for selecting a row display item and deleting the data displayed by the row. And the operation sub-item for knowing that the garbage state is unqualified by one key is used for monitoring the users to classify the garbage correctly.

The collected data management unit 112 can monitor and control information from the intelligent garbage classification measuring terminals in various places in a centralized manner, and correct error items in time, for example, the garbage classification is not qualified through picture recognition, but the information from the terminals may be qualified, so that the monitoring platform can perform monitoring and management. Thereby making a correction. In addition, the operation items (unqualified users) are known through one-time push-to-talk, and the unqualified users can be notified in a short message mode, a small program mode and the like in a network communication mode at one time, so that the degree of intensive management is improved, and the unqualified users are promoted to classify the garbage timely and effectively.

Preferably, the options in the collected data management unit 112 include: a community selection sub-item, a natural village selection sub-item, a user selection sub-item, an acquirer selection sub-item, a status selection sub-item, and/or a stay selection sub-item. And the community selection sub-item is used for selecting a certain community and displaying the garbage classification condition of the user in the selected community. And the natural village selection sub-item is used for selecting a certain natural village and displaying the garbage classification condition of the user in the selected natural village. And the user selection sub-item is used for selecting a certain user and displaying the garbage classification condition of the user. And the collector selection sub-item is used for selecting a certain collector and displaying the garbage classification condition of the corresponding user of the collector when the collector collects garbage. And the state selection sub-item is used for selecting the garbage display state, selecting the garbage with the empty, qualified or unqualified state, and respectively displaying the garbage classification condition that the garbage display state is the empty, qualified or unqualified garbage. And the constant-life selecting sub item is used for selecting whether the user is a constant-life user or not, and respectively displaying garbage classification conditions of the constant-life user or the non-constant-life user.

The data statistics report unit 113 includes display items and/or selection items. And the display item is used for displaying the data information of the data statistics report unit. And the selection item is used for selecting a specific condition and displaying the data information under the condition.

Preferably, the display items in the data statistics report unit 113 include: a date display sub-item, a community display sub-item, a garbage weight display sub-item, a number of participating households (standing), a number of standing households display sub-item, a participation rate display sub-item, a correct rate display sub-item, and/or an empty bucket rate display sub-item.

Preferably, the date display sub-item is used for displaying specific dates for carrying out the statistics of the garbage classification data, specifically displaying the year, the month and the day, and displaying information according to the dates for the whole garbage classification condition of each community on different dates. And the community display sub-item is used for displaying the areas to which the user addresses belong, including province, city, village/town/district and village. And the number of participating users (standing) display sub item is used for displaying the number of users participating in garbage classification in the user community. And the number of permanent residents displays a sub item for displaying the number of permanent residents in the user community. And the participation rate display sub-item is used for displaying the ratio of the participation users in the user community to the number of the permanent users on the day of the statistical date. And the accuracy display sub item is used for displaying the ratio of the users with qualified garbage states of the participating users in the user community on the day of the statistical date to all the participating users. And the empty bucket rate display sub item is used for displaying the ratio of the users with empty buckets to all the participating users, wherein the garbage states of the participating users in the user community on the day of the statistical date are empty buckets.

Preferably, the data statistics report unit 113 includes the following options: a community select sub-item, a start date select sub-item, and/or an end date select sub-item.

Preferably, the community selection sub-item is used for selecting a certain community and displaying the whole garbage classification condition of the selected community. And the start date selection sub-item is used for selecting the start date of the statistical date and displaying the garbage classification condition in the time period from the start date to the end date. And the end date selection sub-item is used for selecting the end date of the statistical date and displaying the garbage classification condition in the time period from the start date to the end date.

The garbage classification condition of a certain community and/or a certain time period can be displayed by selecting the sub-items, and the garbage classification condition of the certain community and/or the certain time period can be accurately acquired.

The data statistics report unit can know the garbage classification condition of the whole user community, is favorable for carrying out statistics analysis, evaluation and supervision on the garbage classification of each user community macroscopically, is also favorable for finding common problems in time, guides the user community to carry out improvement management, guides the user to correctly use the garbage classification, promotes the user to continuously standardize the garbage classification behavior, and gradually realizes normalization management of the garbage classification management. In order to further promote the participation enthusiasm of the users, different point rules can be established for different user communities according to statistical data, and a data basis is provided for the point rules.

Preferably, the personal user statistics unit 114 comprises display items and/or selection items. A display item for displaying data information of the individual subscriber unit. And the selection item is used for selecting a specific condition and displaying the data information of the individual user under the condition.

Preferably, the display items in the personal user statistics unit 114 include: the system comprises a user information display sub-item, a garbage weight display sub-item, an acquisition point display sub-item, a participation rate display sub-item, an empty bucket rate display sub-item and/or a correct rate display sub-item.

Preferably, the user information display sub-item is used for displaying user information, and the displayed user information includes the name, telephone, community and address of the user, which are identity information of the user using the trash can, namely the user information from the source information collected by the trash classification intelligent measuring terminal. The user information is preset in the member management module. And the garbage weight display sub-item is used for displaying the total garbage weight information obtained by weighing the garbage by the individual user through a weighing device in the intelligent garbage classification measuring terminal in the current statistical time period. And acquiring a score display sub-item for displaying the sum of the scores acquired by the individual user for garbage classification in the current statistical time period. And the participation rate display sub-item is used for displaying the ratio of the number of times of the individual user participating in the garbage classification to the total number of times of performing the garbage classification in the current statistical time period. And the empty bucket rate display sub-item is used for displaying that the garbage state of the individual user is the ratio of the number of times of empty buckets to the number of times of participating in garbage classification in the current statistical time period. And the accuracy display sub-item is used for displaying that the garbage state of the individual user is the ratio of the qualified times to the times participating in garbage classification in the current statistical time period.

Preferably, the options in the individual user statistic unit 114 include: a community selection sub-item, an identity selection sub-item, a user selection sub-item, a start date selection sub-item, and/or an end date selection sub-item. The individual user garbage classification condition can be selected according to the selection condition by selecting the sub-item, and the individual user garbage classification condition can be accurately displayed.

Preferably, the community selection sub-item is used for selecting a certain community and displaying the garbage classification condition of the individual users in the selected community. And the identity selection sub-item is used for selecting the identity of the user and displaying the garbage classification condition of individual users with different identities. And the user selection sub-item is used for selecting a certain user and displaying the whole garbage classification condition of the selected user. And the start date selection sub-item is used for selecting the start date of the statistical date of the personal user and displaying the garbage classification condition in the time period from the start date to the end date. And the end date selection sub-item is used for selecting the end date of the statistical date of the individual user and displaying the garbage classification condition in the time period from the start date to the end date.

The individual user statistical unit can know the garbage classification condition of the individual user, is favorable for carrying out statistical analysis, evaluation and supervision on the garbage classification of the individual user microscopically, is also favorable for finding individual problems of the individual user in time, guides the individual user to correctly use the garbage classification, promotes the individual user to continuously standardize the garbage classification behavior, and gradually realizes normalized management of the garbage classification management of the individual user. Therefore, normalized management of garbage classification management of the whole community is achieved.

Preferably, the query non-uploaded user unit 115 includes display items and selection items. And the display item is used for displaying the data information of the user which is not uploaded. And the selection item is used for selecting a specific condition and displaying the data information of the user which is not uploaded under the condition.

Preferably, querying the display items in the non-uploaded user unit 115 includes: date display sub-item, user information display sub-item.

Preferably, the date display sub-item is used for displaying specific dates on which the statistics of the garbage classification data is not performed, specifically displaying years, months and days, and displaying information according to the dates for the situation that the garbage classification of the individual users on different dates is not performed. And the user information display sub-item is used for displaying user information, and the displayed user information comprises names, telephones, communities, whether people live and/or addresses. These are the identity information of the user using the trash can, i.e. the user information from the source information collected by the intelligent measurement terminal for garbage classification. These users are preset in the member management module. Preferably, whether to stay indicates whether the user lives at the user address for a long time.

The reason why the user does not participate in the garbage classification can be made clear by querying the non-uploaded user unit. If the user is not in a standing state, the participation rate is lower than the normal condition, and if the user is in a standing state, the specific condition of non-participation in garbage classification can be actually solved when the participation rate is lower, so that the non-uploading user is guided to actively participate in the garbage classification.

Preferably, the options in the query non-uploaded user unit 115 include: community select sub-items, yes-or-stay select sub-items, start date select sub-items, and/or end date select sub-items.

Preferably, the community selection sub-item is used for selecting a certain community and displaying the user condition of the selected community without garbage classification. And whether the user normally lives or not is selected as the sub item, and the sub item is used for selecting 'yes' or 'no', and when the 'yes' is selected, the condition that the user normally lives in the community and does not classify the garbage is displayed. If "no" is selected, the situation is shown where the user who is very resident in the community does not classify the garbage. And the start date selection sub-item is used for selecting the start date of the user statistical date which is not subjected to the garbage classification, and displaying the garbage classification condition in the time period from the start date to the end date. And an end date selection sub-item for selecting an end date of the user statistical date on which no garbage classification is performed, and displaying the garbage classification condition in a time period from the start date to the end date.

The user unit which is not uploaded can be inquired to know the garbage classification condition of the user which is not subjected to garbage classification, statistical analysis and supervision of the user which is not subjected to garbage classification are facilitated, the problems of the user which is not subjected to garbage classification can be found in time, and therefore the user which is not subjected to garbage classification is promoted to participate in garbage classification actively and effectively.

Preferably, the member management module 12 includes a member list unit. The member management module can edit and modify the information of the existing users and add new users. The member list unit is used for displaying, editing, deleting and/or adding data information of members.

And the member list unit comprises a display item, an operation item and/or a selection item.

The display items in the member list unit include: the user information displays sub-items, the supervisor displays sub-items and/or the point displays sub-items.

Preferably, the user information display sub-item is used for displaying user information, and the displayed user information includes an ID, a mobile phone number, a name, a community, and a current address of a user, which are identity information of the user using the trash can, that is, user information from the source information collected by the intelligent trash classification measuring terminal. The users are preset in the member management module, and after relevant garbage data of one user is transmitted by the intelligent garbage classification measuring terminal, the data can be automatically recorded into the following display sub-items corresponding to the user. The supervisor displays a sub-item for displaying a worker supervising whether the user is actively performing garbage classification. The supervisor knows whether the user is standing, if not, the participation rate is lower, the participation rate is normal, if the user is standing, the specific situation of not participating in the garbage classification can be known on the spot when the participation rate is lower, the supervision is carried out, and therefore an adaptive strategy is carried out to stimulate the garbage classification. And the score display sub-item is used for displaying the score condition obtained by the user through garbage classification.

Preferably, as shown in fig. 4, the point management module 13 includes a point ranking list unit 131, a point modification unit 132, a point commodity adding unit 133, a point exchange recording unit 134 and/or a point rule management unit 135.

Preferably, the point ranking list unit is configured to count the points acquired by the user and display the points in a ranking form. And the point modifying unit is used for displaying and managing the points obtained by the user. And a point commodity adding unit for displaying and managing a commodity in which points are redeemable. And the point exchange recording unit displays the record of commodity exchange of the user. And the integral rule management unit is used for displaying and managing the rule of the user for obtaining the integral.

The point chart unit 131 includes a display item and a selection item. And the display item is used for displaying the data information of the personal user points. And the selection item is used for selecting a specific condition and displaying the data information integrated by the individual user under the condition.

Preferably, the display items in the point chart unit 131 include: the user information display sub-item, the integral card number display sub-item and/or the user integral display sub-item.

Preferably, the user information display sub-item is used for displaying information, and the displayed user information includes the ID, telephone, name, community, current address of the user, which are identity information of the user using the trash can, namely the user information from the source information collected by the intelligent garbage classification measuring terminal. The users are preset in the member management module, and when relevant garbage data of one user is transmitted by the intelligent garbage classification measuring terminal, the data can be automatically recorded in the following display sub-items corresponding to the user. And the credit card number display sub-item is used for displaying the number corresponding to the credit of each user. And the user credit display sub-item is used for displaying the credit value in the credit card number.

Preferably, the options in the point chart unit 131 include: the community selects the child item. And the community selection sub item is used for selecting a certain community and displaying the point ranking condition in the selected community.

The point ranking unit can intuitively observe the point condition of the user and know the possession condition of the point of the user, so that a point rule is formulated according to the integral point of the user and/or commodities matched with the point of the user are purchased. For example, when the user scores of 10% of users on the score ranking list unit are greater than 100, commodities needing to consume the score 100 can be added, so that commodities with corresponding values can be added according to the score value of the user, and the enthusiasm of the user for garbage classification is improved.

The integral modification unit 132 includes a display item, an operation item and/or a selection item. And the display item is used for displaying the data information of the personal user points. And the operation items are used for editing, deleting and/or adding data information of the personal user points. And the selection item is used for selecting a specific condition and displaying the data information of the personal user points under the condition.

The integral modification unit can record the change condition of the user integral, correct the integral with error change or add a certain integral to the user with certain contribution. The user can know which channel the user exchanges the commodity and which commodity the user exchanges from according to the record of the point change.

The point product adding unit 133 includes a display item, an operation item, and/or a selection item. And the display item is used for displaying the data information of the accumulated commodities. And the operation item is used for editing, deleting and/or adding the data information of the point commodity. And a selection item for selecting a specific condition and displaying data information of the integrated product under the condition.

The commodity required by the user can be obtained through the point ranking list unit, so that commodities are purchased and added according to the requirement of the user, and the requirements of most users are met. Thereby improving the enthusiasm of users for garbage classification.

The credit exchange recording unit 134 includes a display item, an operation item and/or a selection item. And the display item is used for displaying the data information of the point redemption. And the operation item is used for editing, deleting and/or adding the data information of the point redemption. And the selection item is used for selecting a specific condition and displaying the data information of the point redemption under the condition.

The point exchange recording unit can intuitively acquire the date of the commodity exchanged by the user, the exchanged commodity, the point consumption condition and the exchange state, and the point exchange direction and the commodity sending state of the user can be inquired. A data base is provided.

The integration rule management unit 135 includes a display item, an operation item, and/or a selection item. And the display item is used for displaying the data information of the integration rule. And the operation item is used for editing, deleting and/or adding the data information of the integral rule. And the selection item is used for selecting a specific condition and displaying the data information of the integration rule under the condition.

The commodity required by the user is known according to the point ranking list unit, the point modification unit and/or the point exchange recording unit, the corresponding point rule can be formulated according to the requirement of the user through the point rule management unit, then the corresponding commodity is added through the point commodity adding unit for the user to exchange, so that the requirement of the user on the commodity is met, and the enthusiasm of the user for garbage classification is improved.

It can be seen that the demands of the users are acquired through the point management module, corresponding point rules can be formulated through the point rule management unit according to the demands of the users, and then the commodities which are demanded are added through the point commodity adding unit for the users to exchange, so that the demands of the users are met, and the enthusiasm of the users for garbage classification is improved.

Preferably, based on fig. 1, the monitoring platform 1 is further connected to the user handheld terminal 3 through the network 4, and a user can log in the monitoring platform through the user handheld terminal 3. For example, by scanning the two-dimensional code directly into a public number applet. Therefore, the statistical information of the user garbage classification can be checked, and commodity exchange can be carried out according to the point condition.

The user handheld terminal 3 may be a smart phone, a smart watch, or the like. The network 4 may provide communication services to the user handheld terminal 3. The user can scan the two-dimensional code by using the user handheld terminal 3 to enter a public number, an applet and/or a user side which can be connected with the monitoring platform, the user can log in the monitoring platform through the public number, the applet or the user side on the user handheld terminal 3, and the user can check personal information, user point ranking information and/or point commodities on the monitoring platform after logging in. The user can select the point goods and exchange the goods by holding the terminal 3 by the user. The personal information can also be modified by the user holding the terminal 3.

The staff with management authority, such as the collector, can log in the monitoring platform through the public number, the applet and/or the user terminal, and the credit card number can be replaced at the public number, the applet and/or the user terminal, so that the user (such as the old and the children) who is inconvenient to use the user handheld terminal 3 can exchange commodities.

The acquirer management module 14 includes an acquirer statistic unit and/or an acquirer management unit. And the collector statistical unit is used for carrying out data statistical display on the garbage collection classification supervision of the collector. And the collector management unit is used for automatically classifying, storing, displaying and managing the garbage collection classification supervision of the collector.

And the collector statistical unit comprises a display item and/or a selection item. And the display item is used for acquiring data information of the personnel. And the selection item is used for selecting a specific condition and displaying the data information of the acquirer under the condition.

Preferably, the display items in the collector statistics unit include: a date display sub-item, a collector information display sub-item, a name display sub-item, a telephone display sub-item, an address display sub-item, a collected number of users display sub-item, a collected number of times display sub-item, and/or a weight display sub-item.

Preferably, the date display sub-item is used for displaying the date of garbage collection performed by the collector. And the collector information display sub-item is used for displaying the identity information of a collector, and the displayed identity information of the collector comprises the name, the telephone and the address of the collector. This information may be preset in the acquirer management unit. And the collection user number display sub item is used for displaying the number of users collecting the garbage by the collector on the same day of the garbage collection date. And the collection number display sub item is used for displaying the collection number of the garbage of the collector on the same day of the garbage collection date. And the weight display sub-item is used for displaying the weight of the collected garbage of the collector on the same day of the garbage collection date. The selection items comprise: a community selection, a collector selection, a start date selection, and/or an end date selection. And the community selection item is used for selecting a certain community and displaying the garbage collection condition of the collector to the selected community. And the collector selection item is used for selecting a certain collector and displaying the garbage collection condition of the collector. And a start date selection item for selecting a start date of the statistical date and displaying garbage collection conditions of the collector in a time period from the start date to the end date. And an end date selection item for selecting an end date of the statistical date and displaying garbage collection conditions of the collector in a time period from the start date to the end date.

Can learn the data that the collector gathered rubbish through collector's statistics unit, can formulate the integral rule according to this data, and/or the mode of handling rubbish, for example obtain after gathering the total weight of rubbish, can transport rubbish according to this total weight assignment corresponding rubbish recovery car.

The collector management unit comprises a display item, an operation item and/or a selection item. And the display item is used for displaying the data information of the collector. And the operation items are used for editing, deleting and/or adding the data information of the collector. And the selection item is used for selecting a specific condition and displaying the data information of the acquirer under the condition. And editing the information of the existing collector through the collector management unit, and/or adding a new collector.

Preferably, the display items in the collector management unit include: and the collector information display sub-item is used for displaying the identity information of the collector, and the displayed identity information of the collector comprises the ID, the telephone, the name, the gender, the administrative village and/or the current address of the collector.

Preferably, the operation items in the collector management unit include: a status operations sub-item, an edit operations sub-item, a delete operations sub-item, and/or an add collector operations sub-item.

Preferably, the state operation sub-item is used for selecting the state of the collector, the state of the collector comprises opening and forbidding, and when the state is opening, the waste classification data collected by the collector through the waste classification intelligent measurement terminal can be synchronized to the monitoring platform. When the state is forbidden, the garbage classification data collected by the collector through the intelligent garbage classification measuring terminal cannot be synchronized to the monitoring platform. And the editing operation sub-item is used for editing and managing the ID, the telephone, the name, the gender, the belonged administrative village and/or the current address of the collector. And the deletion operation sub item is used for selecting a certain collector and deleting the information of the collector. And adding collector operation sub items for adding the telephone, name, sex, city/county, administrative village and/or current address of a collector and adding a new collector.

Preferably, the options in the collector management unit include: community selection sub-items and/or search selection sub-items. And the community selection sub-item is used for selecting a certain community and displaying the information of the collector in the community. And searching and selecting sub-items for inputting the ID, the telephone or the name of a certain acquirer and displaying the information of the acquirer.

At the initial stage of popularizing garbage classification, the habit of most users for mixing and putting garbage is difficult to change all the time, and the accuracy rate of garbage classification is not high. Therefore, at the initial stage of popularizing garbage classification, each intelligent garbage classification measuring terminal needs an acquirer to assist a user in garbage classification, the acquirer needs to carry out proximity assistance for correction, qualified judgment and unqualified judgment are given, and the acquirer helps the user to carry out correct garbage classification.

Promote the later stage, along with user's rubbish classification consciousness reinforcing, the proportion that rubbish was correctly classified will greatly increase, can gather whether qualified through the camera after the automatic identification rubbish classification's state, also need not simultaneously the supplementary judgement of collection person, no longer need the collection person to collect on the door. The technical means adopted by the monitoring platform to adapt to different development stages of garbage classification in the invention is favorable for adapting to different development stages, and simultaneously, hardware settings of the intelligent garbage classification measuring terminal and the monitoring platform can be ensured to be not changed and only software upgrading is needed.

Preferably, the news management module 15 includes a picture management unit. The picture management unit is used for displaying, editing, deleting and/or adding data information of news. The picture management unit comprises a display item, an operation item and/or a selection item. The news management module can enable the user to know the events happening in the community and/or the scenery of the community.

As shown in fig. 5, 6 and 7, the intelligent garbage classification measuring terminal includes a bracket 10, a camera 20 for collecting image information of garbage, and a processing device 50 electrically connected to the camera 20; the garbage weighing device comprises a weighing device 30 arranged at the lower end of the support 10 and used for collecting the weight information of garbage, an identity verification device 40 arranged at the middle part of the support 10 and used for collecting the source information of a garbage thrower, and a display 60 arranged on the front side surface of the support 10. The weighing means 30, the authentication means 40 and the display 60 are electrically connected to the processing means 50.

The upper end of the bracket 10 extends forwards to form a protruding part 102, the camera 20 is arranged on the lower surface of the protruding part 102, the bracket 10 comprises a shell arranged in the middle of the bracket 10, the processing device 50 is arranged in the shell, and the display 60 is arranged on the panel of the shell.

The camera 20 collects the image information of the garbage and transmits the image information to the processing device 50 for displaying on a display and/or transmitting to a monitoring platform. The weighing device 30 collects weight information of the trash and transmits the weight information to the processing device 50 for display on a display and/or transmission to a monitoring platform. The authentication device 40 collects the source information and transmits it to the processing device 50 for identification, display on a display and/or transmission to a monitoring platform.

Further, a cabinet door 101 is arranged on the front side of the housing in the middle of the support 10, and a lock 1011 for locking the cabinet door 101 and the support 10 is arranged on the cabinet door 101.

Preferably, the protrusion 102 is a square hollow structure, and the lower surface of the protrusion 102 is a detachable top plate 1012, as shown in fig. 8, a through hole is provided on the detachable top plate 1012, and a screw is inserted into the through hole to form a detachable connection with the protrusion 102. The camera 20 is disposed on the detachable top plate 1012, which can facilitate the installation, maintenance and detachment of the camera 20.

Further, as shown in fig. 5, 6, 7, 9 and 10, the lower end of the stand 10 is provided with a roll-over stand 103, and the lower end of the roll-over stand 103 is hinged to the weighing device 30 so that the weighing device 30 can be turned over with respect to the roll-over stand 103. The roll-over stand 103 comprises a first side plate 1031 and a second side plate 1032, and the upper ends of the first side plate 1031 and the second side plate 1032 are clamped outside the lower end of the support 10. The first side plate 1031 and the second side plate 1032 are symmetrically arranged, each of the first side plate 1031 and the second side plate 1032 includes a connecting portion 1033 and a supporting portion 1034, the connecting portion 1033 is located above the supporting portion 1034, and the connecting portion 1033 is clamped at the outer side of the lower end of the bracket 10 and is fixedly connected with the bracket 10; the vertical section of the support portion 1034 is a right trapezoid with a narrow top and a wide bottom, which is not only beneficial to saving materials, but also capable of playing a role of stable support.

Preferably, the lower end of the support portion 1034 is provided with an extension portion 1037 extending to the left and right sides, and the vertical section of the extension portion 1037 is L-shaped, so as to increase the contact area between the support portion 1034 and the ground, improve the stability of the support portion 1034, and prevent the support frame 10 from tilting to the left and right.

Preferably, a support plate 1035 is disposed between an upper end of the support portion 1034 of the first side plate 1031 and an upper end of the support portion 1034 of the second side plate 1032, the cross section of the support plate 1035 is U-shaped, a lower end surface of the bracket 10 is placed on an upper end surface of the support plate 1035, and the support plate 1035 plays a role of supporting the bracket 10.

Preferably, a connecting plate 1036 is disposed between a lower end of the supporting portion 1034 of the first side plate 1031 and a lower end of the supporting portion 1034 of the second side plate 1032, the connecting plate 1036 is hinged to the base 301 of the weighing device 30, a first positioning pin 104 is disposed on an upper portion of the supporting portion 1034 of the first side plate 1031, a second positioning pin 105 is disposed on a lower portion of the supporting portion 1034 of the first side plate 1031, and a first pin hole 304 adapted to the first positioning pin 104 and a second pin hole 305 adapted to the second positioning pin 105 are disposed on a left side surface of the base 301 of the weighing device 30.

The connecting plate 1036 is hinged to the base 301 of the weighing device 30, so that the weighing device 30 can be folded and unfolded, when the weighing device 30 is folded, the weighing device 30 rotates upwards with the hinged portion as an axis, the first positioning pin 104 penetrates through the first pin hole 304, and the weighing device 30 and the first side plate 1031 can be connected together. When the weighing device 30 is unfolded, the first positioning pin 104 is taken out from the first pin hole 304, the weighing device 30 is rotated downwards by taking the hinge joint as an axis, the weighing device 30 is leveled, and then the second positioning pin 105 is inserted into the second pin hole 305, so that the garbage can is placed on the scale body 303 of the weighing device 30 for weighing. Through the hinge joint of connecting plate 1036 and weighing device 30, can realize weighing device 30's folding and expansion, be convenient for deposit, transportation and the use of waste classification intelligent measurement terminal.

Preferably, the display 60 is a touch screen for displaying weight information of the collected trash, picture information of the trash and/or source information, and a pass, fail and empty touch key is displayed on the touch screen. And the collector judges whether the classification of the garbage in the garbage can is qualified or unqualified or is an empty can on site or remotely according to the image information of the garbage, and the collector selects corresponding qualified or unqualified and empty can touch keys on site according to the judgment result.

Whether the garbage classification is qualified or not is judged at the intelligent garbage classification measuring terminal through an acquirer, and then the information is transmitted to a monitoring platform for monitoring. In the early stage of popularization, as the garbage classification awareness of the user is not strong, an acquirer is required to perform approaching help correction, qualified judgment and unqualified judgment are given, and the method is combined with point reward, so that the correct garbage classification of the user is facilitated.

Promote the later stage, along with user's rubbish classification consciousness reinforcing, the proportion that rubbish was correctly classified will greatly increase, can shoot the image through the camera like this and whether qualified by the state of rubbish classification intelligent measurement terminal automatic identification rubbish classification, perhaps the camera shoots the image after the transmission for monitoring platform, whether qualified by monitoring platform automatic identification rubbish classification's state. Therefore, the auxiliary judgment of an acquirer is not needed, the monitoring platform is a further technical means adopted for adapting to different development stages of garbage classification, the adaptation to different development stages is facilitated, and meanwhile, the hardware settings of the intelligent garbage classification measuring terminal and the monitoring platform can be ensured to be not changed and only software upgrading is needed.

Further, as shown in fig. 11, the processing device 50 includes a power conversion unit 501, a processing unit 502 electrically connected to the power conversion unit 501, a storage unit 503 electrically connected to the processing unit 502 for storing the picture information of the garbage and the weight information of the garbage, and a communication unit 504 for transmitting the picture information of the garbage and the weight information of the garbage.

The power conversion unit 501 converts the alternating current into the direct current to power the processing device 50. The power conversion unit 501 is connected to the start switch 70, and when the start switch 70 is turned on, the processing device 50 is powered on, and when the start switch 70 is turned off, the processing device 50 is powered off.

The processing unit 502 is a single chip. The garbage weight information processing device is used for processing the garbage weight information, the garbage picture information and the garbage source information which are acquired by the weighing device 30 and the camera 20.

The storage unit 503 is used for storing the image information of the garbage and the weight information of the garbage collected by the camera 20 and the weighing device 30.

The communication unit 504 is used for a monitoring platform for transmitting the collected picture information of the garbage and the weight information of the garbage. The communication unit 504 is also connected to a wireless communication antenna 80 for improving the ability of the communication unit 504 to receive and transmit information. The wireless communication antenna 80 is provided on the upper end surface of the stand 10.

Preferably, as shown in fig. 5 and 6, the weighing device 30 includes a base 301, a load cell 302 disposed on the base 301 for weighing, and a scale body 303 connected to the load cell 302 for placing the trash can.

Preferably, the base 301 is frame-shaped, and a reinforcing rib is arranged in the middle. The weighing sensor 302 is connected with the processing device 50, collects the weight information of the garbage in the garbage can on the weighing body 303, and transmits the weight information of the garbage to the processing device 50, and the processing device 50 processes the weight information of the garbage.

The authentication device 40 is a card reader or a code scanner.

The source information includes garbage classification information, user information, and the like, and the garbage classification information is one of recoverable garbage, kitchen garbage, harmful garbage, and/or discarded garbage. The user information is personal information of the user such as user address, user community, user ID, user name, user telephone, point card number and/or user point.

The authentication device 40 may be a card reader, a barcode scanner, or the like, and when the authentication device 40 is a card reader, a corresponding sensor card may be configured to write the source information in the sensor card, and the card reader reads the sensor card to obtain the source information in the sensor card.

When the identity verification device 40 is a barcode scanner, the garbage classification information and the user information may be made into a two-dimensional code, and the barcode scanner scans the two-dimensional code to obtain the source information.

When the garbage can is used, the induction card or the two-dimensional code can be pasted on the side wall of the garbage can with corresponding colors, for example, the color of the recyclable garbage can is usually blue, the color of the kitchen garbage can is usually green, the color of the harmful garbage can is usually red, and the color of the discarded garbage can is usually black. The garbage classification information in the induction card or the two-dimensional code can be recycled garbage, kitchen garbage, harmful garbage and/or discarded garbage which are respectively stuck to the side walls of the blue, green, red and black garbage cans. Therefore, the garbage classification information can be visually judged according to the color of the garbage can.

When the trash can is placed on the weighing body 303 of the weighing device 30, the authentication device 40 can detect the sensing card or the two-dimensional code and read the source information therein. After the source information verification is passed, the weighing device 30 weighs and collects the weight information of the garbage, the camera 20 shoots and collects the picture information of the garbage for the garbage in the garbage can, and the processing device 50 displays the weight information of the garbage and the picture information of the garbage on the touch display screen.

The garbage classification intelligent measurement terminal places the garbage bin with source information on weighing device 30 when using, and the source information on the garbage bin is verified to authentication device 40, and after the source information of garbage bin is verified to pass, weighing device 30 weighs the garbage bin, obtains the weight information of the rubbish in the garbage bin. Meanwhile, the camera 20 shoots the garbage in the garbage can, picture information of the garbage in the garbage can is collected, a collector judges whether the classification of the garbage in the garbage can is qualified or unqualified or is an empty can on site or remotely according to the picture information of the garbage, and the collector selects corresponding qualified, unqualified and empty can touch keys on site according to the judgment result. The camera 20 then takes a picture of the trash in the trash can to collect trash photo information. The processing unit 502 combines the picture information of the garbage, the weight information of the garbage and the source information of the garbage can correspondingly, and stores the information into the storage unit 503 and/or transmits the information to the monitoring platform by the communication unit 504.

The intelligent garbage classification measuring terminal firstly carries out identity verification on the source information of the garbage can, determines a user who puts garbage, is convenient for clearly and definitely determining a garbage putting person, traces back to the source of the garbage putting person, and provides a basis for reward and punishment of subsequent garbage classification. After the identity verification is passed, weighing is carried out through the weighing device, weight information of the garbage is collected, picture information of the garbage in the garbage can is collected through the camera, visibility in garbage recycling is achieved, whether garbage classification is qualified or not is judged according to the picture information of the garbage, then the camera is used for photographing to obtain the picture information of the garbage, finally, source information, the weight information of the garbage and the picture information of the garbage are displayed on a display and/or transmitted to a monitoring platform, the monitoring platform can establish an integration rule according to the information, and the enthusiasm of garbage classification is improved.

Therefore, the source information of the user is verified through the intelligent garbage classification measuring terminal, after the source information verification is passed, the weighing device is used for weighing to obtain the weight information of garbage, the camera is used for shooting a picture to obtain the picture information of the garbage, an acquirer is used for determining that the garbage state is an empty can, qualified or unqualified according to the picture information, then the processing device is used for combining the weight information, the picture information and the garbage state with the source information and sending the combined information to the monitoring platform, and the monitoring platform is used for editing and managing the garbage weight information, the picture information, the garbage state and the source information through the collected data management unit in the collected data management module and displaying the garbage weight information, the picture information, the garbage state and the source information through the real-time data display unit in the collected data management module; counting the data of the whole community by a data counting report unit in the acquisition data management module; the data of the individual user is counted by an individual user counting unit in the data acquisition management module; and counting the data of the non-uploaded users by inquiring the non-uploaded user units in the data acquisition management module. The point management module formulates a corresponding point rule according to the data in the collected data management module, and the point condition of the user is counted through the point ranking list unit; the point of the user is edited and corrected through the point correcting unit, the point commodity adding unit adds corresponding commodities according to corresponding point rules, the point exchange recording unit records of commodity exchange of the user, and the point rule management unit formulates corresponding point rules according to data such as point ranking and point exchange records. And editing the information of the user and/or adding the member through the member management module. The news management module can improve the enthusiasm of a user for entering the monitoring platform. The acquirer management module may edit acquirer information and/or add acquirers. Personnel (users and collectors) participating in garbage classification are managed through the member management module and the collector management module, so that intensification is facilitated, and management efficiency is improved. The collected data is viewed, edited and counted by the collected data management module, and a data basis is provided for setting an integral rule. And an integral rule is set by the integral management module according to the acquired data, so that the enthusiasm of the user for garbage classification is improved.

The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all equivalent structural changes made by using the contents of the present specification and the drawings, or applied directly or indirectly to other related technical fields, are included in the scope of the present invention.

Claims

1. The utility model provides a rubbish classification intelligent management system based on thing networking which characterized in that, including network interconnection's monitoring platform and a plurality of rubbish classification intelligent measurement terminal, the monitoring platform receives and comes from picture information, weight information and/or the source information of rubbish that rubbish classification intelligent measurement terminal induction measurement was measured, then stores, shows and/or statistical processing, carries out the remote centralized monitoring management to the rubbish classification collection in many places.

2. The internet-of-things-based intelligent garbage classification management system according to claim 1, wherein the monitoring platform comprises a collected data management module for performing classified storage, display, statistics and/or management on the data collected from the intelligent garbage classification measuring terminal, a member management module for performing registration, editing and deletion management on garbage classification user members, a credit management module for performing credit and prize exchange management on the effective participation situation of the user garbage classification, a collector management module for performing registration and work performance management on collectors and/or a news management module for performing release management on the geomantic and personalities and news of various garbage classification regions.

3. The internet-of-things-based intelligent garbage management system according to claim 1 or 2, wherein the monitoring platform is further connected with a user handheld terminal through a network.

4. The intelligent garbage classification management system based on the internet of things as claimed in claim 2, wherein the collected data management module comprises a real-time data display unit for automatically classifying, storing and displaying the data collected from the intelligent garbage classification measurement terminal, a collected data management unit for automatically classifying, storing, displaying and managing the garbage classification conditions of each user, a data statistics report unit for performing overall user data statistics display on the garbage classifications of the users in different service areas, an individual user statistics unit for performing data statistics display on the garbage classifications of the individual users, and/or an inquiry non-upload user unit for performing statistics display on the user data which are not subjected to the garbage classification in the service areas.

5. The internet-of-things-based intelligent garbage classification management system according to claim 2, wherein the point management module comprises a point ranking list unit for counting and displaying points acquired by the user in a ranking manner, a point modification unit for displaying and managing the points acquired by the user, a point commodity addition unit for displaying and managing commodities with exchangeable points, a point exchange recording unit for displaying records of exchanged commodities of the user by the user, and/or a point rule management unit for displaying and managing rules of acquired points by the user.

6. The intelligent garbage classification management system based on the internet of things as claimed in claim 2, wherein the collector management module comprises a collector statistical unit for performing data statistics display on the garbage collection classification supervision of a collector and/or a collector management unit for performing automatic classification storage, display and management on the garbage collection classification supervision of the collector.

7. The intelligent garbage classification management system based on the internet of things according to claim 1, wherein the intelligent garbage classification measuring terminal comprises a support, a camera for collecting garbage picture information, and a processing device electrically connected with the camera; the upper end of the support extends forwards to form a protruding portion, the camera is arranged on the lower surface of the protruding portion, and the camera collects garbage picture information and transmits the garbage picture information to the processing device to be displayed and/or remotely transmitted.

8. The intelligent garbage classification management system based on the internet of things according to claim 7, wherein the intelligent garbage classification measuring terminal further comprises a weighing device arranged at the lower end of the support and used for collecting garbage weight information, the weighing device is electrically connected with the processing device, and the garbage weight information collected by the weighing device is transmitted to the processing device for display processing and/or remote communication processing.

9. The intelligent garbage classification management system based on the internet of things according to claim 7 or 8, wherein the intelligent garbage classification measuring terminal further comprises an identity verification device arranged in the middle of the support and used for collecting identity information of a garbage thrower, the identity verification device is electrically connected with the processing device, and the identity verification device collects the identity information of the garbage thrower and transmits the identity information to the processing device for recognition, display processing and/or remote transmission communication processing.

10. The internet of things-based intelligent garbage classification management system according to claim 9, wherein the support comprises a shell arranged in the middle of the support, the processing device is arranged inside the shell, and a display electrically connected with the processing device is further arranged on a panel of the shell.