CN112668678A - Intelligent garbage classification recycling system platform - Google Patents
Intelligent garbage classification recycling system platform Download PDFInfo
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- CN112668678A CN112668678A CN202010886534.4A CN202010886534A CN112668678A CN 112668678 A CN112668678 A CN 112668678A CN 202010886534 A CN202010886534 A CN 202010886534A CN 112668678 A CN112668678 A CN 112668678A
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- 239000010813 municipal solid waste Substances 0.000 title claims abstract description 182
- 238000004064 recycling Methods 0.000 title claims abstract description 31
- 238000007726 management method Methods 0.000 claims description 42
- 238000011084 recovery Methods 0.000 claims description 30
- 238000012545 processing Methods 0.000 claims description 13
- 238000012544 monitoring process Methods 0.000 claims description 11
- 238000004140 cleaning Methods 0.000 claims description 7
- 238000004891 communication Methods 0.000 claims description 7
- 238000001514 detection method Methods 0.000 claims description 2
- 239000002699 waste material Substances 0.000 description 7
- 238000000034 method Methods 0.000 description 6
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- 238000007405 data analysis Methods 0.000 description 2
- 230000006870 function Effects 0.000 description 2
- 238000010801 machine learning Methods 0.000 description 2
- 230000000007 visual effect Effects 0.000 description 2
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Abstract
The invention relates to the technical field of garbage classification recycling treatment modes, in particular to an intelligent garbage classification recycling treatment system platform which comprises a user side, a self-service garbage classification recycling box, a background management end and a dwelling platform cloud end, residents identify and classify and recycle pre-collected and primarily treated personal household garbage in the self-service garbage classification recycling box, the system records classification records of garbage thrown by the users and feeds back green points to personal accounts of the user end to be encouraged, the user management end monitors the conditions in the self-service garbage classification recycling box and timely contacts the background management end to treat the self-service garbage classification recycling box, and the dwelling platform cloud end serves as a middle cloud server platform to connect a plurality of function ends.
Description
Technical Field
The invention relates to the technical field of garbage classification recycling treatment modes, in particular to an intelligent garbage classification recycling treatment system platform.
Background
With the development of economy and the increase of population in China, garbage classification gradually becomes a hot topic of social attention. The garbage classification is an improvement of the traditional garbage collection and disposal mode, and is a scientific management method for effectively disposing garbage. In the face of increasing garbage yield and environmental condition deterioration, how to realize garbage resource utilization, reduce the amount of garbage disposal and improve living environment state through garbage classification management to the maximum extent is an urgent problem of common attention of all countries in the world at present.
In the garbage disposal process at the present stage of China, government environmental sanitation departments play a leading role, and resident household garbage recycling management assists. This type of municipal waste recycling requires a great deal of labor and financial resources. The intermediate link has complex steps and low recovery efficiency, so that the garbage classification obtaining effect is not obvious enough. In addition, the development time of the Chinese garbage treatment work is short, and the garbage classification technical means is backward due to the fact that the overall environmental protection awareness of residents is not strong, and the garbage classification and recovery work cannot be effectively implemented. Therefore, an intelligent garbage classification and recovery platform is urgently needed to accelerate the garbage treatment process in China.
In order to accelerate the process of garbage classification treatment in China, the project designs an integrated service from online to offline. On line, the image recognition technology is used for recognizing and classifying the garbage, the machine learning technology is used for analyzing the garbage big data, and the actual effect of garbage classification of each region is displayed by a simple visual interface. Meanwhile, a cloud transaction platform can be provided, residents can upload personal article information on the platform, the platform can be used for enabling secondary processing products of waste articles to be on-line regularly, and the residents can select needed products at will to achieve the purpose of recycling waste. In addition, a series of science popularization activities of garbage classification and knowledge processing can be developed on line. Under online, we can implement online-offline linkage to carry out the recovery of rubbish, adopt the integral system to be used for the reward to resident's waste classification to can develop a series of activities in the community and publicize waste classification and environmental protection knowledge. The reclaimed garbage can be treated according to the reusability, such as public welfare donation, secondary processing for a processing plant and the like.
Disclosure of Invention
In order to solve the problems, the invention provides an intelligent garbage classification, recovery and treatment system platform which comprises a user side, a self-service garbage classification and recovery box, a background management end and a habitation platform cloud end, residents identify and classify and recover personal household garbage which is collected in advance and treated preliminarily in the self-service garbage classification and recovery box, the system records classification records of garbage thrown by users and feeds back green points to personal accounts of the user end to be encouraged, the user management end monitors the conditions in the self-service garbage classification and recovery box and is timely connected with the background management end to treat the self-service garbage classification and recovery box, and the habitation platform cloud end serves as an intermediate cloud server platform and connects a plurality of function ends.
The invention provides a garbage intelligent classification recovery processing system platform, which comprises a user side, a self-service garbage classification recovery box, a background management end and a habitation platform cloud end, wherein the self-service garbage classification recovery box is a hollow box body, a station controller and a two-dimensional code for recording login information of the user side are arranged in the self-service garbage classification box, the self-service garbage classification recovery box is internally divided into a garbage identification chamber and a garbage recovery chamber, a plurality of garbage boxes are arranged in the garbage recovery chamber, a plurality of garbage delivery columns are arranged on the surface of the self-service garbage classification recovery box corresponding to the garbage recovery chamber, the garbage delivery columns respectively correspond to the garbage boxes so that garbage can be put into the corresponding garbage boxes through the corresponding garbage delivery columns, and a monitoring sensor for detecting the residual amount of the garbage boxes is arranged in the garbage recovery chamber; the garbage recognition room is provided with an opening on the front end face, a plurality of recognition cameras and an image recognition system are installed in the garbage recognition room, the recognition cameras are installed on the inner wall of the garbage recognition room respectively, the recognition cameras are electrically connected with the image recognition system to send shot data to the image recognition system for recognition and comparison, the monitoring sensor and the image recognition system are electrically connected with the site controller, and the site controller is in data intercommunication with the cloud end of the inhabitation platform; the system comprises a user side, a background management side and a monitoring sensor, wherein the user side is in data communication with the inhabitation cloud platform and comprises a user using side and a user management side, the user using side is communicated with the self-service garbage classification box through a two-dimensional code of the self-service garbage classification box to synchronize garbage delivery information, and the user management side is used for receiving detection data of the monitoring sensor and sending information to the background management side through the inhabitation cloud platform; and the background management end is in data intercommunication with the inhabitation cloud platform.
As a further scheme of the intelligent garbage classification and recovery processing system platform, the site controller, the inhabitation platform cloud, the user using end, the user management end and the background management end are all provided with 5G communication modules.
As a further scheme of the intelligent garbage classification and recovery processing system platform, the user using end is used for users to update garbage classification delivery information, the user management end is used for regional responsible persons to use so as to know the capacity state in the self-service garbage classification and recovery box in real time, and the background management end is used for garbage cleaning personnel to use so as to receive the garbage cleaning information of the user management end.
Compared with the prior art, the invention has the following beneficial effects: through the scheme, related work can be effectively coordinated and jointly expanded. In order to accelerate the garbage disposal and transportation process of a user-community-garbage disposal site, a mobile terminal platform is constructed through the internet technology, residents can inquire personal green points through the platform, and personal high-value idle old objects can be turned to the 'oasis community' of the platform; meanwhile, the regional responsible person inquires the use condition of the machine recovery station through the platform, and regularly maintains the station and arranges garbage transportation and other work; the garbage disposal site issues the garbage disposal condition on the platform in time, so that related responsible persons can check and coordinate conveniently, the cloud platform not only realizes efficient garbage collection and distribution, but also saves time and energy of related persons.
Drawings
FIG. 1 is a schematic diagram of a garbage disposal process using the platform of the present invention;
FIG. 2 is a schematic diagram illustrating the usage principle of the background management end of the present invention;
FIG. 3 is a schematic front view of the self-service garbage classification recycling bin of the present invention;
fig. 4 is a back structure schematic diagram of the self-service garbage classification recycling bin.
Detailed Description
As shown in the figure: the utility model provides a rubbish intelligent classification recovery processing system platform, includes user side, self-service rubbish classification collection box, backstage management end and inhabitation platform high in the clouds, self-service rubbish classification collection box is the cavity box, installs the two-dimensional code of website controller and being used for recording user side login information in the box of self-service rubbish classification box, and the integration has the 5G communication module who is used for quick receipt and send information in the website controller. The self-service garbage classification recycling bin is internally divided into a garbage identification chamber and a garbage recycling chamber, a plurality of garbage bins are arranged in the garbage recycling chamber and are respectively used for placing recoverable garbage, harmful garbage, other garbage and the like, a plurality of garbage delivery fences are arranged on the front surface of the self-service garbage classification recycling bin corresponding to the surface of the garbage recycling chamber and respectively correspond to the garbage bins so that the garbage can be put into the corresponding garbage bins through the corresponding garbage delivery fences, a monitoring sensor for detecting the residual quantity of the garbage bins is also arranged above the garbage bins in the garbage recycling chamber and can be a proximity switch and the like, the garbage can self-service garbage classification box is used for monitoring the use state of the garbage can in real time, a garbage taking-out port is formed in the back face of the self-service garbage classification box, a rear cover is installed at the garbage taking-out port, and the rear cover can be opened when the garbage can needs to be cleaned; the garbage recognition chamber is positioned at one side of the garbage recovery chamber, the front end surface of the self-service garbage classification box is opened corresponding to the garbage recognition chamber, a recognition camera and an image recognition system are arranged in the garbage recognition chamber, the garbage recognition system comprises a plurality of recognition cameras, the recognition cameras are arranged on the inner walls of the upper side, the left side, the right side and the rear side of the garbage recognition chamber, the recognition cameras respectively shoot the top view pictures, the two side views pictures and the tail end pictures of an object to be recognized, the recognition cameras are electrically connected with the image system to send the shot pictures to the image recognition system for recognition and comparison, the image recognition system and the monitoring sensor are both electrically connected with a site controller, the site controller is in data communication with the cloud end of the inhabitation platform, the cloud end of the inhabitation platform is accessed into a garbage classification database, the image recognition system sends the photo data shot by the recognition camera to the perch platform cloud end to be compared with the photo library so as to determine the type of the photo data. The garbage classification system comprises a user using end, a user management end, a site controller, a habitation platform cloud end, a user using end, a user management end and a background management end, wherein the user using end is used for users to update garbage classification delivery information of personal accounts, the user management end is used for regional responsible persons to know the capacity state inside a self-service garbage classification recycling bin in real time, the background management end is used for garbage cleaning personnel to use the information for receiving garbage cleaning of the user management end, and the site controller, the habitation platform cloud end, the user using end, the user management end and the background management end are all.
Still install the manipulator in the self-service waste classification collection box of this scheme, the control box and the website controller electricity of manipulator are connected, and the manipulator is installed in the rubbish discernment room in order to snatch the indoor rubbish of rubbish discernment. The platform realizes the interconnection of user end-image recognition system and manipulator through 5G communication module, the image recognition system compares article with the rubbish classification database in high in the clouds through the image recognition principle to accurately classify the article, the complexity of user operation is lightened, simultaneously the regional responsible person in community can check the rubbish collection condition of intelligent rubbish classification and recovery site through the user management end without going out, the message is sent to the background management end through the high in the clouds of the inhabitation platform, the rubbish disposal site needing to be disposed is disposed by contacting with the rubbish clearing vehicle, and the disposal efficiency is improved.
The system can be popularized in social gathering places such as communities, schools and the like, a platform is built through the internet technology to guide people to actively participate in garbage classification, and regional relevant responsible personnel arrange garbage clearing vehicles through online checking of garbage collection conditions of a plurality of garbage disposal sites in a region and timely perform garbage transportation. The user of this device uses the end, the function of user management end and backstage management end all realizes through dedicated cell-phone APP, the APP is hybrid App, mainly with HTML, CSS and JS are as the development instrument of front end page, regard as the rear end development language with Java, use the free MySQL of open source as the database, Python is used for big data analysis and processing, it has green score system still to develop on the APP account, the accessible carries out information synchronization when the user carries out waste classification processing with the two-dimensional code of sweeping self-service rubbish classification case, can obtain corresponding green score on the APP account, the reward can be redeemed to green score, user and managers independently go on-line through cell-phone APP the old thing that is not required simultaneously, the confession is selected, but other people's cycle use of old thing has been realized. In addition, to relevant rubbish big data information, this platform utilizes machine learning technique to carry out relevant data analysis, and visual demonstration arrives the high in the clouds, and the public of being convenient for concerns the rubbish clearance state of community and the health situation of community jointly. Through a set of perfect ecological intelligent recovery system, a more scientific and more environment-friendly garbage disposal mode is realized.
The willingness and behavior of residents are related to other links of garbage classification, and the effect of overall treatment of the household garbage is influenced. Residents classify different garbage according to classification rules by collecting and preprocessing personal household garbage in advance. And then carrying the garbage to a garbage intelligent identification and classification box site within a set time, scanning the two-dimensional code, automatically identifying the recoverable value of the garbage by the garbage classification box, accumulating points to a user account according to the value, and encouraging the user to actively participate in the environment-friendly behavior of garbage classification. And the regional responsible person arranges the relationship that volunteers or working personnel are responsible for the rear-end garbage disposal and the vehicle cleaning in time according to the collection condition of the recovery station.
Although the present invention has been described with reference to a preferred embodiment, it should be understood that various changes, substitutions and alterations can be made herein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (3)
1. The utility model provides a rubbish intelligent classification recovery processing system platform, includes user side, self-service rubbish classification collection box, backstage management end and inhabitation platform high in the clouds, its characterized in that: the self-service garbage classification recycling bin is a hollow bin body, a station controller and a two-dimensional code for recording user side login information are arranged in the bin body of the self-service garbage classification recycling bin, the self-service garbage classification recycling bin is internally divided into a garbage identification chamber and a garbage recycling chamber, a plurality of garbage bins are arranged in the garbage recycling chamber, a plurality of garbage delivery fences are arranged on the surface of the self-service garbage classification recycling bin corresponding to the garbage recycling chamber, the garbage delivery fences correspond to the garbage bins respectively so that garbage can be put into the corresponding garbage bins through the corresponding garbage delivery fences, and a monitoring sensor for detecting the residual amount of the garbage bins is arranged in the garbage recycling chamber; the garbage recognition room is provided with an opening on the front end face, a plurality of recognition cameras and an image recognition system are installed in the garbage recognition room, the recognition cameras are installed on the inner wall of the garbage recognition room respectively, the recognition cameras are electrically connected with the image recognition system to send shot data to the image recognition system for recognition and comparison, the monitoring sensor and the image recognition system are electrically connected with the site controller, and the site controller is in data intercommunication with the cloud end of the inhabitation platform; the system comprises a user side, a background management side and a monitoring sensor, wherein the user side is in data communication with the inhabitation cloud platform and comprises a user using side and a user management side, the user using side is communicated with the self-service garbage classification box through a two-dimensional code of the self-service garbage classification box to synchronize garbage delivery information, and the user management side is used for receiving detection data of the monitoring sensor and sending information to the background management side through the inhabitation cloud platform; and the background management end is in data intercommunication with the inhabitation cloud platform.
2. The intelligent garbage classification and recovery processing system platform according to claim 1, wherein: and the site controller, the inhabitation platform cloud end, the user using end, the user management end and the background management end are all provided with a 5G communication module.
3. The intelligent garbage classification and recovery processing system platform according to claim 1, wherein: the user using end is used for users to update the garbage classification delivery information, the user management end is used for regional responsible persons to know the capacity state inside the self-service garbage classification recycling bin in real time, and the background management end is used for garbage cleaning personnel to receive the garbage cleaning information of the user management end.
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| CN202010886534.4A CN112668678A (en) | 2020-08-28 | 2020-08-28 | Intelligent garbage classification recycling system platform |
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| CN202010886534.4A CN112668678A (en) | 2020-08-28 | 2020-08-28 | Intelligent garbage classification recycling system platform |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113290025A (en) * | 2021-05-28 | 2021-08-24 | 浙江金实乐环境工程有限公司 | Household garbage primary sorting system and method |
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Application publication date: 20210416 |