CN109264238B

CN109264238B - Intelligent garbage throwing system

Info

Publication number: CN109264238B
Application number: CN201811004645.7A
Authority: CN
Inventors: 陈激; 章晋涛; 李志红; 潘政红; 吴川; 潘少杰
Original assignee: Zhongfan Environmental Protection Technology Co ltd; Guangzhou Shipyard International Co Ltd
Current assignee: Zhongfan Environmental Protection Technology Co ltd; Guangzhou Shipyard International Co Ltd
Priority date: 2018-08-30
Filing date: 2018-08-30
Publication date: 2022-02-25
Anticipated expiration: 2038-08-30
Also published as: CN109264238A

Abstract

The embodiment of the invention discloses an intelligent garbage throwing system, which comprises: at least one waste deposit point comprising at least one waste collection bin, at least one of each of the at least one waste collection bin; the garbage collection box is provided with the weighing sensing cover plate and used for weighing garbage thrown in by a user and opening the garbage collection box according to the weight of the garbage, so that the garbage is thrown into the garbage collection box, the problem that the user throws the garbage and needs to stick a two-dimensional code and a special bag to generate secondary garbage is solved, and more economic and reasonable garbage throwing and treatment effects are achieved.

Description

Intelligent garbage throwing system

Technical Field

The invention relates to the technical field of garbage throwing and Internet, in particular to an intelligent garbage throwing system.

Background

With the general improvement of environmental awareness of people, garbage classification and treatment are developing towards intellectualization for garbage putting of convenience users.

Among the prior art, the waste classification system comprises disposal bag cash dispenser, intelligent rubbish input box and the recoverable case of intelligent rubbish, combines the internet simultaneously, adopts disposal bag cash dispenser and two-dimensional code printer, before putting in, need put into special bag and paste the two-dimensional code with rubbish, and domestic waste need sweep the sign indicating number and discern.

However, the special bags and the two-dimensional codes are produced and used by the garbage bag, the garbage bag is not intelligent and reasonable in garbage putting process, secondary garbage is produced, and resource waste is caused.

Disclosure of Invention

The invention provides an intelligent garbage throwing system which can realize more economical and more reasonable garbage throwing and treatment.

An embodiment of the present invention provides an intelligent garbage throwing system, including: at least one waste deposit point comprising at least one waste collection bin, at least one of each of the at least one waste collection bin; the garbage collection box is provided with a weighing sensing cover plate and is used for weighing garbage thrown by a user and opening the garbage collection box according to the weight of the garbage so as to enable the garbage to be thrown into the garbage collection box.

Furthermore, the garbage collection box is also provided with an identity recognizer which is used for recognizing the user who puts in the garbage according to the collected identity data information so as to record the garbage putting information of the corresponding user.

Further, the system further comprises: the point incentive platform is used for giving point encouragement and reward to the user according to the garbage types and the corresponding garbage weights thrown by the user; and/or

And realizing the exchange of the goods and/or services required by the user according to the points, the exchange requirements and the preset service exchange rules of the user, and deducting the corresponding points when the exchange is finished.

Further, the articles comprise at least daily articles; the services include learning resources and/or school services.

Further, the system further comprises: the data management platform is used for recording, displaying and counting the user garbage throwing condition; and/or

Recording, displaying and counting user point generation and consumption conditions; and/or monitoring the at least one waste deposit point, the at least one waste collection bin and/or the at least one waste collection bin for depositing waste.

Further, the system also comprises a second-hand commodity exchange platform; wherein the second-hand item exchange platform comprises:

the old article recycling module is used for recycling the old articles to be recycled of each user according to the old articles to be recycled of the user and a preset old article exchange rule;

the old object display module is used for displaying the information of the old object to be recovered after the recovery is finished;

the old article transaction module is used for purchasing or renting target converted articles according to the points of the user and the target converted article information recorded in the old article display module and deducting the points corresponding to the target converted articles for the user; and/or

And purchasing or renting the target exchange articles of the user according to the old articles to be recycled of the user and the target exchange article information and/or the points of the user recorded in the old article display module.

Further, the system further comprises: and the resource processing point is used for carrying out centralized processing on the garbage cleared from the garbage throwing point.

Further, the resource processing point includes:

the household garbage reduction platform is used for breaking bags, sorting, compressing and/or packaging the garbage;

and the renewable resource transaction platform is used for performing transaction on the garbage processed by the household garbage reduction platform.

Further, the resource processing point is provided with a single platform scale for recording the type, weight and/or transaction destination information of the garbage processed by the resource processing point.

The invention provides an intelligent garbage throwing system, which comprises: at least one waste deposit point comprising at least one waste collection bin, at least one of each of the at least one waste collection bin; the garbage collection box is provided with a weighing induction cover plate; the weighing sensing cover plate is used for weighing garbage thrown by a user and opening the collecting box according to the weight of the garbage, so that the garbage is thrown into the collecting box, the problem that the user throws the garbage and needs to stick a two-dimensional code or a special bag to generate secondary garbage is solved, and more economic and reasonable garbage throwing and treatment effects are achieved.

Drawings

Fig. 1 is a schematic structural diagram of an intelligent garbage throwing system according to a first embodiment of the present invention;

fig. 2 is a schematic structural diagram of an intelligent garbage throwing system according to a second embodiment of the present invention;

fig. 3 is a schematic structural diagram of an intelligent garbage throwing system according to a third embodiment of the present invention;

fig. 4 is a schematic structural diagram of an intelligent garbage disposal system according to a fourth embodiment of the present invention.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and examples. It is to be understood that the specific embodiments described herein are merely illustrative of the invention and are not limiting of the invention. It should be further noted that, for the convenience of description, only some of the structures related to the present invention are shown in the drawings, not all of the structures.

Example one

Fig. 1 is a schematic structural diagram of an intelligent garbage throwing system according to an embodiment of the present invention, where the embodiment is applicable to a garbage classification throwing situation, and the system includes: at least one waste deposit point comprising at least one waste collection bin, at least one of each of the at least one waste collection bin; in fig. 1 it is only shown that the intelligent refuse chute 0 comprises two refuse deposit points 1, each refuse deposit point 1 comprising only two kinds of

refuse collection containers

10 and 11, of which each can be placed two. The garbage collection box is provided with a weighing sensing cover plate 101 for weighing garbage thrown by a user and opening the garbage collection box according to the weight of the garbage so as to throw the garbage into the

garbage collection box

10 or 11.

Specifically, according to the scale of different cities and schools, the student's condition, can set up a plurality of rubbish input points in the region of difference, and rubbish input point can have multiple type garbage collection box for collect different types of rubbish, can include recoverable thing, kitchen garbage, harmful garbage and other rubbish intelligent collection box. Each kind of dustbin can have a plurality ofly, and the number can be specifically set up according to how many students number, for example can set up a plurality of recoverable thing dustbin near the student dormitory building in school, and near the teaching building then can set up less some recoverable thing dustbin relatively. Every different garbage collection box can be furnished with the high accuracy intelligence and weigh the response apron, and the high accuracy intelligence is weighed the response apron and specifically can be realized the degree of accuracy and the sensitivity of weighing. For example, if the weight of the refuse exceeds a preset weight threshold, the refuse collection bin cover can be automatically opened so that the refuse can be deposited in the refuse bin. The user puts in rubbish and does not need dedicated disposal bag or the two-dimensional code that corresponds user account, and rubbish can be ordinary sack bagging-off, also can not the bagging-off, directly places and weighs at the response apron, and rubbish can drop into automatically after the apron is opened. Of course, different weight thresholds can be set for different refuse deposit points, different refuse type collection bins and/or different refuse bins of the same type. The garbage collection box can be determined according to the population condition of the position where the garbage collection box is arranged and the garbage generation condition.

The input of rubbish is realized to the response apron of utilizing weighing, solves the problem that the user just can put in after need pasting special two-dimensional code and carrying out the identity and affirming, in addition, subsequent rubbish is examined and examined the in-process and need not sweep the sign indicating number, according to rubbish accurate weight alright with traceing back the user that this rubbish corresponds to carry out corresponding encouragement and reward integral point.

Optionally, the garbage collection box is further provided with an identity recognizer for recognizing the user who throws the garbage according to the collected identity data information, so as to record garbage throwing information of the corresponding user.

The identity recognizer may be a card reader or a code scanner, and is used for recognizing the sensed card or the collected data code information to recognize the identity of the user. If the card reader is used, the user can use a common IC card containing own identity information, such as an identity card, a social security card and the like, or can use an identity card in a special garbage classification system. In the case of a bar code scanner, the user can use a two-dimensional code representing his own identity. Specifically, if in school, the student puts the disposal bag that will tie on the collection box apron of weighing that corresponds, hears and to punch the card on card reader behind the prompt tone, and the apron is automatic to be opened rubbish and is gone into the case, accomplishes the back of puting in, and the apron self-closing. Correspondingly, the type and weight of garbage thrown by the current user can be recorded in the corresponding account, and corresponding points are accumulated for the user account according to a preset reward rule. The preset reward rule can be according to the different types of rubbish and the corresponding relationship between the corresponding weight and the reward point.

Optionally, the system further includes: the data management platform is used for recording, displaying and counting the garbage throwing condition of the user, and recording, displaying and counting the user point generation and consumption condition; and/or

Monitoring the at least one waste deposit point, the at least one waste collection bin and/or the at least one waste collection bin for depositing waste.

The garbage condition released by each user can comprise the current garbage generation amount, the historical generation amount, the garbage classification data overview, the point reward condition, the cleaner collection and rechecking condition and the like of the user; the user point generating and consuming conditions comprise the time of point reward, the garbage type and weight of the reward point, the consuming time of the user point, consuming affairs and the like. The weight of the garbage thrown into the collection box can be monitored in real time, at least one garbage throwing point, the garbage throwing weight and the type of the at least one garbage collection box can be monitored, and supervision and understanding of management departments at all levels are facilitated. Meanwhile, the core of the data management platform is tracing, and comprehensive query and supervision can be provided. For example, the garbage throwing conditions in a certain class, a certain school, all schools in a certain city and all schools in a certain province can be monitored, so that the data management platform can become an important support and a data source for realizing the campus garbage classification ledger management.

According to the technical scheme, the user can put household garbage in a classified mode without scanning codes, labeling or special garbage bags, and classified putting of the garbage can be achieved. Accurate rubbish tracking and tracing can be achieved through weight when a cleaner rechecks, and a user corresponding to the rubbish tracking and tracing need not to be determined through code scanning. Meanwhile, in the commercial development of the garbage classification big data, reference basis is provided for further formulation of relevant environmental strategies by analyzing the garbage classification data conditions of different cities and schools.

Example two

Fig. 2 is a schematic structural diagram of an intelligent garbage disposal system according to a second embodiment of the present invention, and based on the above-mentioned embodiment, as shown in fig. 2, optionally, the intelligent garbage disposal system 0 further includes: the point-integral excitation platform 2, in fig. 2 all the refuse chutes 1 may be connected to the point-integral excitation platform 2. The point incentive platform 2 is used for giving point encouragement and reward to the user according to the garbage types and corresponding garbage weights thrown by the user; and/or

The point incentive platform 2 may preset a corresponding relationship between the garbage type and the garbage weight and the point reward. For example, 10 points can be rewarded when the weight of the recoverable garbage is 2kg, and different reward point rules can be set for different types of garbage. The user points can be accumulated continuously and can be inquired in the account corresponding to the user. The redemption requirements may be target items and/or services that the user wants to redeem when redeeming credits, such as a ballpoint pen or a training course. The preset service redemption rules may be preset rules regarding the user redeeming the points for goods and/or services, such as how many points can be redeemed for a certain goods and/or a certain service.

Optionally, the articles comprise at least daily articles; the services include learning resources and/or learning services. The exchange of daily supplies, learning resources, and/or school services. The required articles of the user can comprise daily articles, such as fresh food, learning tools, fruits and the like. The required services may include learning resources and/or school services, the learning resources include quality education course training, cultural book bars, class participation activities, shift facilitation activities, innovation creation projects, and the like, and the school services include quality education services, employment consultation services, double creation services, and the like, but are not limited thereto in this embodiment, and may be all available resources of a school.

In this embodiment, a school is described as a specific scene. Correspondingly, the point-based incentive platform can be a platform for teachers and students to perform garbage classification incentive and large-quality education, and can be regarded as a 'green island' for maintaining the sustainability of school garbage classification. For example, in the first floor of the green island, students can directly exchange daily supplies such as fresh food, learning tools, fruits and the like by using points. In the second floor of the green island, students can use points to exchange for massive education course training, and participate in innovative entrepreneurship projects, class activities and the like. Specifically, the green island can use double-created coffee as a prototype, redesign according to the actual requirements of schools and students, integrate multiple functions of double-created services, cultural book bars, easy-to-shift activities and the like, and can be provided with a live broadcast interactive system, including a computer, a television and other equipment, for example, an expert lectures in a school or an enterprise carries out a lecture activity, and through the live broadcast interactive system, students in the school and/or students in other schools can utilize exchange points to participate in the live broadcast for interaction.

The point incentive platform can exchange various goods and services through points, and the enthusiasm and the participation degree of user garbage throwing are improved. Meanwhile, the problem that social resources are difficult to participate in school activities can be effectively solved, certainly, an enterprise demand docking and numerical evaluation system can be developed in an extended mode on the basis of the problem, specifically, demand information of some enterprises can be pushed or displayed for users with user points higher than a preset threshold value, and better quality education services, employment consultation services, double-creation services and the like can be provided for students.

According to the technical scheme, a college domestic garbage classification system, namely a green island system, is adopted, the campus domestic garbage classification work is efficiently realized, and the goal of 50% reduction of domestic garbage can be realized through the whole-process management of the green island system. And garbage classification is combined with quality education and shift-facilitating studios, a green island shift-facilitating system is created, and the green island shift-facilitating system has extremely strong self-circulation capability and has the economic advantage of no need of any investment in governments or schools. Meanwhile, the scheme can promote the classification of college household garbage to fall on the ground for implementation, fully play the table rate role of college students in garbage classification, combine college quality education and environmental education, and provide a new idea for the current college student quality education.

EXAMPLE III

Fig. 3 is a schematic structural diagram of an intelligent garbage disposal system according to a third embodiment of the present invention, as shown in fig. 3, on the basis of the third embodiment, optionally, the system 0 further includes a second-hand commodity exchange platform 3, and the second-hand commodity exchange platform 3, where the second-hand commodity exchange platform 3 includes:

The to-be-recycled old articles of the user can be articles which are not used or no longer needed by the user, such as articles like books, electronic equipment, sports equipment and the like of students in schools. The preset old-fashioned article exchange rule may be a preset corresponding relationship between different old-fashioned articles and points, and for example, a six-up new basketball may be exchanged for 50 points. Specifically, the preset old material exchange rule may be an exchange rule which is established after corresponding points obtained by value evaluation by an administrator are obtained. The targeted redemption items may be used items recovered from other users in a second-hand item exchange platform to be redeemed by the user. The target redemption item information may be a name, performance parameters, market price, corresponding points, etc. corresponding to the target redemption item.

Specifically, the user can exchange the old article for the point, or exchange the old article for the old article, or exchange the point for the old article, wherein the exchange includes purchase or lease of the old article. For example, when the old object to be recycled of the user is recycled, a corresponding point is added to the account of the user; the user can exchange the account points for other old articles, such as 20 points for a table tennis bat (assuming that the table tennis bat corresponds to 20 points in the preset old article exchange rule), and the student can rent the high-value recyclable articles required by the person on the online trading platform by the personal points; the user can exchange the old article for another old article, for example, the user exchanges a badminton racket (corresponding to 60 points) for a tennis racket, and if the tennis racket is 60 points, the user can directly purchase the old article; if tennis racket 70 points, 10 points need to be deducted from the user account; if the tennis racket 40 points, 10 points can be added to the user account to complete the conversion.

In one specific embodiment, each student's dormitory can be provided with a free asset recovery basket, and students can hand off high value idle items with dormitory asset recovery baskets to an old item recovery module, such as a second-hand item exchange center (warehouse). The old object display module can be used for displaying and recycling information of old objects online or offline, and the information comprises market price, old and new degree, corresponding points and the like. The old article transaction module can be a platform for exchange transaction of a user, and can be completed in the old article transaction module, including transactions of point adding, point deducting and the like, and finally a resource sharing platform is constructed through 'old article recycling'.

According to the technical scheme of the embodiment, the used article exchange platform is adopted to complete the recycling and reusing of the used articles. Through zero abandonment in the graduation season, can realize that graduation class dormitory rubbish 80% decrement is retrieved, recycle of colleges and universities 'recoverable thing promptly solves the graduation season colleges and universities' domestic waste and is detained the scheduling problem.

Example four

Fig. 4 is a schematic structural diagram of an intelligent garbage disposal system according to a fourth embodiment of the present invention, as shown in fig. 4, on the basis of the foregoing embodiment, optionally, the system 0 further includes: at least one resource handling point 4 for centralized processing of the garbage cleared from the at least one garbage putting point 1.

The resource processing point 4 is mainly used for performing centralized processing on the garbage cleared from each intelligent garbage throwing point 1, such as garbage reduction, and is used for improving the resource utilization rate of the garbage and reducing the final landfill amount of the garbage. Exemplarily, sorting the recyclable garbage, compressing or packaging the sorted recyclable garbage, and trading the recyclable garbage to other enterprises for recycling; or the harmful garbage is intensively transported to enterprises special for treating the harmful garbage for harmless treatment, and the like. Meanwhile, the number of the resource processing points can be set according to the garbage situation of colleges, for example, one school can be set, and one can be set for a plurality of schools; the location of the resource processing point can be in the school, or other areas more convenient to high school, such as suburbs.

Optionally, the resource processing point 4 includes: the household garbage reduction platform is used for breaking bags, sorting, compressing and/or packaging the garbage; and the renewable resource transaction platform is used for performing transaction on the garbage processed by the household garbage reduction platform.

The user may throw garbage with inaccurate classification, such as other garbage mixed with recyclable garbage, and need to sort again. The garbage bag breaking machine can be used for breaking bags of cleared garbage bags and sorting garbage by using sorting equipment. Of course, different types of further sorting can be performed, for example, different types of metal or paper can be sorted out, and compression or packaging can be performed respectively to complete the reduction treatment of the garbage. Of course, different reduction methods can be adopted for different types of garbage, for example, the kitchen garbage is subjected to moisture filtration, and then special enterprises are subjected to biological or chemical treatment and the like.

The renewable resource transaction platform is used for performing transaction on the garbage after being processed, and comprises the steps of performing transaction on the recyclable garbage after being sorted and packaged to other enterprises for recycling, or performing other professional processing on other types of garbage in other enterprises for transaction, and the like, so that on-site standardization and recycling processing on recyclable materials, kitchen garbage and the like are finally realized, and a four-shunt operation system is created.

Optionally, the resource processing point 4 is equipped with a united single-point scale for recording the type, weight and/or transaction destination information of the garbage processed by the resource processing point. The card swiping mechanism of the joint single platform scale ensures the data source of the garbage classification management ledger, and accurately records the type, the quantity and the destination information of the domestic garbage entering and leaving the resource processing point. The specific information may be some kind of garbage, the weight, which business the transaction is to or which processing is to be performed.

According to the technical scheme of the embodiment, the refuse to be cleared is reprocessed through the resource treatment point, and the aims of full coverage, resource utilization, reduction and harmlessness of the classification work of the campus domestic refuse are efficiently achieved. Can greatly relieve the pressure of domestic garbage treatment and save the financial expenditure of garbage classification. Has positive significance for the novel urban environment with clean, tidy, safe and orderly construction.

It is to be noted that the foregoing is only illustrative of the preferred embodiments of the present invention and the technical principles employed. It will be understood by those skilled in the art that the present invention is not limited to the particular embodiments described herein, but is capable of various obvious changes, rearrangements and substitutions as will now become apparent to those skilled in the art without departing from the scope of the invention. Therefore, although the present invention has been described in greater detail by the above embodiments, the present invention is not limited to the above embodiments, and may include other equivalent embodiments without departing from the spirit of the present invention, and the scope of the present invention is determined by the scope of the appended claims.

Claims

1. An intelligent garbage disposal system, said system comprising:

at least one waste deposit point comprising at least one waste collection bin, at least one of each of the at least one waste collection bin;

the garbage collection box is provided with a weighing sensing cover plate and is used for weighing garbage thrown by a user and opening the garbage collection box according to the weight of the garbage so as to throw the garbage into the garbage collection box; different weight thresholds are set according to actual requirements for different garbage throwing points, different garbage collection boxes of different garbage types and/or different garbage collection boxes of the same type;

the point reward platform is used for rewarding points of the user according to the garbage types and the corresponding garbage weights thrown by the user; and/or

2. The system of claim 1,

the garbage collection box is also provided with an identity recognizer which is used for recognizing the users throwing the garbage according to the collected identity data information so as to record the garbage throwing information of the corresponding users.

3. The system of claim 1,

the items comprise at least daily supplies and the services comprise learning resources.

4. The system of claim 2, further comprising:

the data management platform is used for recording, displaying and counting the user garbage throwing condition; and/or

Recording, displaying and counting user point generation and consumption conditions; and/or

5. The system of claim 2, further comprising a used article exchange platform, wherein the used article exchange platform comprises:

the old article display module is used for displaying the information of the old article to be recovered after the recovery is finished;

6. The system of claim 2, further comprising:

and the resource processing point is used for carrying out centralized processing on the garbage cleared from the garbage throwing point.

7. The system of claim 6, wherein the resource processing point comprises:

8. The system of claim 6, wherein the resource processing point is equipped with a unified scale for recording the type, weight and/or transaction destination information of the garbage to be processed and from the resource processing point.