KR101783523B1 - Management System For Collecting Large Waste - Google Patents

Management System For Collecting Large Waste Download PDF

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KR101783523B1
KR101783523B1 KR1020150126221A KR20150126221A KR101783523B1 KR 101783523 B1 KR101783523 B1 KR 101783523B1 KR 1020150126221 A KR1020150126221 A KR 1020150126221A KR 20150126221 A KR20150126221 A KR 20150126221A KR 101783523 B1 KR101783523 B1 KR 101783523B1
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waste
collection
list
information
module
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KR20170029202A (en
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권오재
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권오재
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    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
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    • G01S—RADIO DIRECTION-FINDING; RADIO NAVIGATION; DETERMINING DISTANCE OR VELOCITY BY USE OF RADIO WAVES; LOCATING OR PRESENCE-DETECTING BY USE OF THE REFLECTION OR RERADIATION OF RADIO WAVES; ANALOGOUS ARRANGEMENTS USING OTHER WAVES
    • G01S19/00—Satellite radio beacon positioning systems; Determining position, velocity or attitude using signals transmitted by such systems
    • G01S19/01—Satellite radio beacon positioning systems transmitting time-stamped messages, e.g. GPS [Global Positioning System], GLONASS [Global Orbiting Navigation Satellite System] or GALILEO
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services
    • G06Q50/26—Government or public services

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Abstract

The large-size waste collection management system according to the present invention includes a personal information input module for inputting personal information from a civilian, a scheduled discharge time input unit for inputting time for discharging the waste, and a map selection unit An appointment information input module made up of an appointment place designation unit for designating an expected place to be discharged, a charge information issuing module for generating charge information based on the waste item inputted based on the fee for each designated waste item, And a waste list management module communicating with the civilian terminal to generate and manage a list of wastes based on the personal information, the scheduled time to be discharged, the scheduled discharge place, and the waste items, ; And a guide module interfacing with the GIS to display a location where the waste is discharged based on the waste list.

Description

{Management System For Collecting Large Waste}

The present invention relates to a large-size waste collection management system that enables objective collection of large-size waste at a place where a collection engineer intuitively recognizes the location of the collection of waste, thereby allowing quick and smooth collection of waste.

Large-size waste refers to large-sized waste that is difficult to discharge using municipal bags or recycling garbage separation and discharge system among municipal wastes discharged from the home. It is used for furniture such as beds, sofas, desks, and electronic products such as washing machines, . A complainant who intends to process such large-scale waste may purchase the waste sticker by paying the environmental charge differentially charged for each type of waste by visiting the government office or conveniently using an Internet homepage or the like in accordance with the environmental protection policy, And discharged to the outside of the building, the waste collection company collects it.

However, in the past, there has been no way to precisely know when and where the waste is discharged, as it is only by issuing a waste sticker to the complainant. Accordingly, the collection company visits the points where the waste is discharged, Waste collection has been carried out in such a way that only the waste is collected. There have also been occasions when waste collected at places where collectors can not readily identify has been left for several days without being collected. This is not only very inefficient in terms of work, but also causes bad appearance in appearance.

Korean Patent Laid-Open No. 10-2009-0079539 "Large Municipal Waste Collection System and Method" is a system in which a user visits a large-scale municipal waste management web site via the Internet to request collection of large municipal waste, A large household waste collection system for collecting large-sized household waste by directly visiting the user's home by checking the details of the collection request and the declaration of declaration, and a method thereof , A sticker attached to municipal waste is issued via the Internet, and a request for collection of waste is made at home, so that a complainant who wishes to dispose of waste may be convenient, but in the case of a collection company, .

Korean Patent No. 10-1528677 entitled " Method and system for applying municipal waste treatment ", a municipal waste having a disposal target is photographed using a portable terminal equipped with a program capable of automatically measuring the size of a subject after photographing A method and system for applying for municipal waste treatment to apply for collection and treatment of municipal wastes according to an automatically measured size are disclosed. In the case of the above patent, it is new to automatically grasp the size of wastes. However, If the technology was practically applied, the complainant would have to install a separate program to provide the function, which would make the complainant more than necessary and could not solve the problem of the waste collection process at all.

Therefore, data on the time and place where large-scale waste is actually discharged is prepared, and efficient collecting work can be performed in a state in which the collection company is aware of the place where the large-size waste is discharged in advance and whether or not it is actually discharged. It is necessary to develop a civil waste large-scale waste collection management system that enables economical large-scale waste collection.

The main object of the present invention is to provide an objective data on the place where the large-size waste is discharged, so that the collection engineer can recognize the discharge place more easily.

Another object of the present invention is to enable more efficient waste disposal by applying a plurality of collection article terminals in cooperation with recycling companies so that recyclable items can be collected in advance from recycled waste items.

It is another object of the present invention to provide an efficient collection operation by guiding the waste to be collected sequentially from the closest place from the real-time position of the collection engineer.

It is a further object of the present invention to provide a method of collecting wastes that have not been collected voluntarily even after a certain period of time from the time of discharge by grouping them by similar items and similar regions, So that the waste to be disposed of can be easily handled.

It is a further object of the present invention to provide a device capable of objectively grasping the status of discharge, waste, and the like at a designated base so that efficient scheduling is possible for the collection engineer.

A further object of the present invention is to encourage the implementation of promises by allowing a certain amount of money to be reimbursed to the civilian in case of discharging the waste at the discharge reservation place within the reserve time designated by the complainant.

In order to accomplish the above object, a large-scale waste collection management system according to the present invention comprises a personal information input module for receiving personal information from a civil complainant, a scheduled discharge time input unit for receiving a time to discharge waste, An appointment information input module which is composed of an appointment place designation part for selecting a place on the map from the map, and a commission information input module for selecting a place on the map from the map, and a commission information input module for collecting commission information according to the commission information, A waste list management unit for generating and managing a list of wastes based on the personal information, scheduled time to be discharged, scheduled discharge place, and waste item by communicating with the civilian terminal, A central management server including a module; And a guide module interfacing with the GIS to display a location where the waste is discharged based on the waste list.

The collection terminal includes a collection schedule module that receives one or more specific wastes to be collected based on the waste list and generates a collection schedule list, and generates a collection completion list by receiving waste that has been actually collected Wherein the waste list management module further includes a collection confirmation module that includes a reservation list and a collection status in the classification list of the waste list and receives the collection schedule list and the collection list to update the waste list And a reservation and collection confirmation unit.

In addition, the guide module may include a collection path for generating collection route information that enables the collection of the at least one waste contained in the collection schedule list, And a guide portion.

In addition, the collection terminal includes a preference item recognition unit for receiving preference item information including items of a preferred waste, and a position information determination unit for determining a real time position of the collection terminal in cooperation with the GPS means. And the central management server further includes a recommendation list generation unit for generating a collection recommendation list by sorting the wastes that have elapsed a predetermined period of time from the wastes of the waste list according to similar items and similar regions, And a collecting recommendation recommendation module for collecting the collection recommendation list by matching the collection advice list and the collection article terminal on the basis of the preference item information and the position information and selectively transmitting the collection recommendation list to the matching collection article terminal .

In addition, the system may include a designated base having a means for dividing an external space and a designated base from each other, and a reader for recognizing the notification number on one side and generating emission authentication information, Further includes an emission certification confirming unit which includes a certification reference emission certification status in the classification list of the waste list and receives the emission certification information from the reader and updates the waste list on the basis of the emission certification information in real time.

In addition, a camera is installed on one side of the designated base station to photograph the side where the reader is installed at the time when the discharge authentication information is generated to generate a shot image of the waste, and the waste list management module transmits the shot image And a waste state determination unit added to the list of received wastes.

In addition, the central management server may further include a differential refund module for determining whether the emission authentication information has been generated within a predetermined scheduled emission time based on the emission authentication information, and for refunding a predetermined amount to the complainant .

In addition, the designated base includes a toxic substance detection sensor for detecting harmful substances including environmental hormones and radioactivity from the discharged waste, and the waste list management module receives the toxic substance sensing information, And an environmental waste sorting unit for collecting the generated environmental waste to generate an environmental waste list.

A large-scale waste collection management system according to the present invention comprises:

1) By providing objective data on the place where large-size waste is discharged, the collection engineer can more easily recognize the place of discharge,

2) The collection engineer will guide the collection of waste from the nearest place to the collection site,

3) Wastes that are not voluntarily collected even after a certain period of time from the time of discharge are grouped according to similar items and similar regions, and by recommending collecting waste bundles matching with similar conditions, waste And, at the same time,

4) By arranging a device that can objectively grasp the discharge status, waste status, etc. at the designated base, not only efficient scheduling of the collection engineers is made possible,

5) If the civilian discharges waste at the reserved place within the reserve time designated by the complainant, he / she should refund a certain amount to the complainant and encourage the execution of the promise of the complainant.

1 is a conceptual diagram of a large-scale waste collection management system according to the present invention;
2 is a block diagram showing a configuration of a large-scale waste collection management system according to the present invention;
3 is a conceptual diagram illustrating an embodiment of a web page accessed from a complainant terminal according to the present invention;
4 is a conceptual diagram of a reader installed at a designated base according to the present invention;

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Like reference numerals in the drawings denote like elements.

1 is a conceptual diagram of a large-scale waste collection management system according to the present invention.

Referring to FIG. 1, the large-scale waste collection management system of the present invention includes a civilian terminal 100, a collection terminal 200, and a central management server 300 linked to each other through communication means, By interworking with information through communication means, waste disposal and collection process can be smoothly carried out.

The communication means transmits signals and data between the civilian terminal 100, the collection terminal 200 and the central management server 300. The communication means transmits the signals and data between the civilian terminal 100, the collection terminal 200 and the central management server 300, The collection terminal 200, which needs to communicate with the central management server 300 during the collection process in real time, is preferably a mobile device such as a smart phone or a tablet PC. Preferably, the communication means for mediating between the collection terminal 200 and the central management server 300 is a mobile communication network.

In the present invention, the civil user terminal 100 and the collecting article terminal 200 are respectively possessed by the complainant and the collection agent, and can be applied to various terminals in a broad concept including a wired terminal and a wireless terminal, It can be transmitted to the central management server 300 through the communication means through the mobile page. In recent years, it may be most convenient to implement the application by installing an application in a terminal such as a smart phone or a tablet PC .

In addition, the central management server 300 communicates information with the civilian terminal 100 and the collection terminal 200 via communication means, and collects and manages the collection of wastes based on various information acquired from the terminals It is a server that performs functions.

The system according to the present invention is based on a hardware configuration of the terminal and the server and a software configuration such as a web / mobile page and an application, and further includes a communicable reader 11 applied to a designated base 10 provided for waste discharge, And a hardware device such as the camera 12 to establish an organic interlocking relationship between the respective structures, thereby more efficiently managing waste discharge and collection processes.

The basic operation of the above-described configuration will now be described. A complainant who wants to discharge the waste requests the central management server 300 to collect the waste by using the complainant terminal 100, receives the notification certificate (2) The central management server 300 integrates them to generate and transmit the waste list to the collection terminal 200. Upon completion of the collection, the collection list is generated and transmitted to the central management server 300 so that the waste list is updated In the system of the present invention, the central management server 300, in order to more precisely enter the waste discharge site and accordingly collect the waste as much as possible, So that the GIS is interlocked and selected from the civil user terminal 100 based on the GIS. And the collection article terminal is characterized in that it can be proposed a route for interfacing with the GPS to collect waste more efficiently.

2 is a block diagram showing a specific configuration of a system according to the present invention.

The detailed configuration of the system according to the present invention, which basically includes the civil user terminal 100, the collection terminal 200 and the central management server 300, will be described later with reference to FIG.

The complainant terminal 100 is a wired / wireless terminal controlled by a complainant, and communicates with the central management server 300, receives necessary information, provides information necessary for discharging waste on the basis thereof, An appointment information input module 120, and a registration certificate issuing module 130. [

FIG. 3 shows an embodiment of a web page accessed by a complainant terminal 100 according to the present invention. As shown in FIG. 3, various means for receiving various information are provided on the web (or mobile) page accessed for requesting the waste collection at the civil user terminal 100, and in particular, And a GIS UI 122a linked to the GIS.

The personal information input module 110 receives basic personal information of a civilian who intends to use the system of the present invention and transmits the basic personal information to the central management server 300. The personal information may be a name, Personal information such as residence address, resident registration number, etc. may be added as needed.

The appointment information input module 120 is constituted of an expected time input unit 121 and a scheduled exit place designation unit 122. The appointment information input module 120 can recognize when and where the complainant It is a primary device that can solve various inconveniences that have not occurred. The scheduled discharge time input unit 121 receives a time from the civilian person to promise to discharge the waste. It is preferable to designate the time to be at least several hours, preferably 12 hours or more after the inputting time, Can be input in either date unit or time unit. The scheduled discharge destination designation unit 122 selects a specific place on the map from the civilian using the GIS UI 122a provided on the web (or mobile) page, and is selected by a method of clicking a specific point on the map with a mouse The latitude and longitude of the user can be identified and converted into an address, and the address can be entered, converted into longitude and latitude, and displayed on the map, so that it can be confirmed by the complainant. The GIS is an abbreviation of Geographic Information System. It is a combination of hardware, software, geographical data, and human resources designed to effectively collect, store, update, adjust, analyze and express all types of geographically referable information. It is a computer system that collects data explaining places on the surface of the earth and makes them available. Such a GIS is currently used in various portal sites, government offices, and the like. Therefore, it is also possible to function in conjunction with a separate server that can use GIS.

The personal information and the appointment information may be input through a keyboard or a built-in keypad interlocked with the complainant terminal 100 using a web / mobile page accessed from the complainant terminal 100 or an application installed in the complainant terminal 100 The GIS means may be provided by the central management server 300 via the web page or the like, and the user may be selected and designated on the map based on the GIS means. The various types of information input as described above are transmitted to the central management server 300.

The notification certificate issuing module 130 can receive the information on the waste from the complainant, settle the amount of the waste, and output it via a printer or a labeling machine provided separately. The waste information inputting unit 130, (132) and a notifying certificate issuing unit (133).

The waste information input unit 131 receives the waste items from the complainant and generates fee information based on the pre-designated waste commodity DB according to the regional policy standards. The settlement unit 132 receives the money transfer from the complainant, A credit card company server, a communication company server, etc., and receives payment information corresponding to the fee information, receives the payment information necessary for using various payment means capable of electronic payment such as mobile phone payment, (2) to which a notification number is given when payment is completed through the payment unit (132). The notification certificate 2 can be printed via a printing device such as a printer or a labeling machine. In the case where printing can not be performed due to the circumstances of a complainant, the notification certificate 2, on which a separate paper with the registration certificate number is printed, Can be replaced.

In addition to the notification number, the appointment information, that is, the scheduled time to be discharged and the scheduled discharge place can be additionally described. Further, the barcode 2a, which is a code of the notification number, appointment information, It is preferable that the notification certificate 2 be printed by the reader 11 so that it can be easily recognized by the reader 11 provided in the reference station 10 to be described later. Which will be described in more detail below with the relevant configuration.

According to the constitution of the civilian terminal 100, the complainant can conveniently purchase the notification certificate (2) by using the civilian terminal 100 without the hassle of visiting the local government office for purchasing the notification certificate 2, By requiring that appointment information be provided, collectors may be able to make more planned operations for collecting waste.

The central management server 300 communicates with the complainant terminal 100 to collect various information, collects the collected information, communicates information with the collection terminal 200, and performs integrated management of the collection of waste. Basically, And a waste list management module 310 are included.

The waste list management module 310 generates a list of wastes based on the personal information, the appointment information including the expected time to discharge and the scheduled discharge place, and the waste item from the complainant terminal 100, 200). In this case, the classification criteria of the waste list may be a name of a civil petitioner, a telephone number of a petitioner, a place to be discharged, a scheduled time to discharge, a waste item, a date of filing a petition, a fee amount, It would be desirable to divide it into the level of the jurisdiction area name per unit of land, not the whole address. The waste list should be updated in real time reflecting the collection schedule list and the collection completion list to be described later so that the collection articles can smoothly carry out collection work based on the updated contents.

The collection article terminal 200 is a mobile device directly held by a collection engineer, communicates with the central management server 300, and enables information on waste discharge and collection to be mutually shared so that waste collection can be efficiently performed. The collection terminal 200 includes a collection schedule module 220, a guide module 230, and a collection confirmation module 240.

The collection schedule module 220 generates a collection schedule list by inputting one or more specified waste items to be collected from the collection articles from the waste list received from the central management server 300 and collecting the waste list A collection schedule list can be generated by determining whether collection is scheduled based on a waste item, a discharge place, and the like, and inputting the collection schedule via the collection terminal 200.

The guide module 230 includes a total list display unit and a collection route guide unit 231. The total list display unit displays a location where wastes requested by a plurality of complainants are discharged based on the list of wastes in cooperation with the GIS will be. That is, the expected discharge place, which is the position of the waste received from the expected discharge place specification unit 122, can be integrated in the collection article terminal 200, The location of the wastes discharged to the vicinity can be grasped accurately through the GIS, so that the collection schedule can be more efficiently planned. It is possible for the collection article to integrally grasp the place of the waste list through the whole list display unit and to generate the collection schedule list.

Further, the guide module 230 characteristically includes a collection path guide portion 231, which is interlocked with the GPS means, to guide the at least one waste contained in the collection schedule list from the current location And generates the collection route information so that the collection route information can be collected sequentially from the place.

The GPS means is an abbreviation of Global Positioning System. The GPS means accurately measures the time and distance from three or more satellites with a GPS receiver and accurately calculates the current position based on the time and distance. And it is possible to grasp the real time location in this way and generate the collection route information in cooperation with the GIS. Such a system may be similar to a conventional navigation system, but will be different in that it provides a characteristic path optimized for passing through all the points based on a list of wastes updated in real time. The collection engineer can efficiently collect the waste of the collection schedule list through the collection path guide part 231 more efficiently.

The collection confirmation module 240 generates a collection completion list for the wastes that the collection person has actually collected, and the collection person can collect the collection items from the collection list or the waste list And informs the central management server 300 of the completion of the collection. At this time, the collection determination module 240 can transmit the completion of the collection to the civil user terminal 100 possessed by the complainant who has collected the collected wastes through a service such as SMS, As described later, the waste may be utilized as a recycled product through the recycling collection article. In this case, the message transmitted to the complainant terminal 100 may include a waste recycling process It is desirable to include the fact that As a result, the complainant can know in real time the status of the disposal of his waste.

In order to effectively apply various lists received from the collection terminal 200 to the collection management of wastes, the waste list management module 310 of the central management server 300 stores the collection schedule list and the collection completion list The waste list updated through the reservation and collection confirmation unit 311 may include a reservation and collection confirmation unit 311 for receiving the reservation list and the waste collection list and updating the waste sales list based on the received reservation list. And whether or not the waste is collected should be additionally prepared as a classification standard. Preferably, the collected waste is deleted from the waste list and stored in a separate DB.

In particular, in order to smoothly operate the system of the present invention, a plurality of the collection terminal 200 is required to be interlocked with the central management server 300, and a plurality of collection articles 200 having the collection terminal 200 There may be a collection of recyclables to pick up recyclables and a collector to collect final waste. At this time, it is efficient to collect the waste after collecting the recycled product first. In order to provide this order, the collection information terminal module 210 may further include the article information input module 210.

The article information input module 210 includes a preference item identification unit 211 that receives preference item information including items of waste to be collected, and the preference item information includes a TV, a refrigerator, a bed, a sofa Etc., and may be classified according to materials such as iron, plastic, and wood, or may be designated as objects for disposal that can not be recycled. In addition, the article information input module 210 is provided with a position information detection unit 212 for detecting the real time position of the collection terminal 200 in cooperation with the GPS means to sense the position of the article in real time, And to establish standards for providing information on the discharged waste. In this case, it is most preferable that the position information obtaining unit 212 uses the same GPS means in conjunction with the path guide unit.

In the central management server 300, the recommendation list generation unit 321 and the collection recommendation matching unit 322 are installed in order to recommend collection to a specific article based on the information collected from the article information input module 210 and the waste list And includes a bundle collection recommendation module 320 that includes a bundle collection recommendation module 320.

The recommendation list generation unit 321 generates a collection recommendation list by classifying the wastes of the waste list into the similar items and similar regions for a predetermined period of time, for example, several days or more from the scheduled discharge time, The collection recommendation list can be said to be a bundle of collected items that are grouped according to certain criteria, that is, similar items that are close to each other.

The collection recommendation matching unit 322 matches the collection advice terminal 200 including the preference item information and the position information to the collection recommendation list and transmits the collection recommendation list to the matched collection terminal 200 The collection of unsorted wastes through the voluntary collection process of collectors is recommended to the collecting engineer through collecting the collected wastes through the specific collecting article terminal 200. At this time, the collection recommendation list may include information such as an efficient movement route and an advantage to be obtained at the time of collection.

By including an additional structure that allows the waste collection to proceed more smoothly and quickly, the system of the present invention can eliminate waste left on the street for a few days, thereby resolving aesthetic problems caused by large-size waste.

The system according to the present invention may set the designated point 10 to determine whether or not the waste is discharged based on more objective information, and the reader 11, (12), and can receive various information from the central management server (300).

FIG. 3 is a conceptual diagram showing an embodiment of a designated base point of the present invention. FIG.

As can be seen from FIG. 3, the system of the present invention can include a designation point 10, which means a specific area of outdoor space to be stored until the large-size waste 1 is collected In the case of an apartment, it can be formed on one side of the separation master, and in the case of a villa or an alliance, a point where a road does not interfere with walking and running, such as a corner, can be specified. It is preferable that a temporary structure such as a fence or a prefabricated container capable of separating the outer space and the designated base 10 is formed in the designated base 10 so that the large-size waste 1 can be safely stored. When a building is formed, it is preferable that a reader 11, a camera 12, and the like are provided at an entrance side of the designated base 10.

The reader 11 is provided for judging whether or not the complainant 2 has actually discharged the waste 1 to which the complainant 2 has been applied through the complainant terminal 100, The barcode reader 11 can be provided with a bar code reader 2a that can be directly written on the bar code 2a and further includes a bar code 2a coded with a certificate number and the like and can sense the bar code reader 2a. At this time, the notification certificate 2 may be printed and exist as a real object, or may be utilized as an image stored in a civil user terminal 100, which is a mobile device such as a smart phone, for the sake of convenience.

The reader 11 senses the notification certificate 2 through the above-described various embodiments to determine whether or not the waste 1 is discharged, generates the discharge authentication information, and transmits it to the central management server 300.

The waste list management module 310 of the central management server 300 further includes an emission authentication confirmation unit 312 that receives the emission authentication information and updates the waste authentication information in real time on the waste list. In this case, It is necessary to additionally include whether or not the designated base emission certificate is certified. By implementing such emission certification information, it is possible for the collection engineer to know beforehand whether or not the emission engineer is actually discharged without visiting the designated base 10, so that the efficiency of operation can be improved It becomes.

The camera 12 is also provided at one side of the designated base station 10, preferably at the entrance side thereof, so that the reader 11 is operated to photograph the entrance side equipped with the reader 11 at the time when the emission authentication information is generated To produce a photographed image, or to obtain an image of the waste 1 through a manually controlled shutter by a complainant.

The waste list management module 310 may further include a waste state determination unit 313 that receives the captured image and updates the waste list by adding the captured image to the waste list.

That is, through the camera 12 and the waste state recognition unit 313, the collection engineer can check the photographed image which can grasp the actual appearance state of the waste 1 together with various information on the waste 1 It can help to establish a systematic collection plan. In this case, the complainant terminal 100 may further include a waste image collection module for uploading a captured image of the waste 1 photographed by a complainant I will.

In addition, the waste (1) including the hazardous substances such as drugs, firearms, and the like, which can cause environmental problems when the waste is discarded without any treatment such as environmental hormones or radioactivity, And a toxic substance sensor 13 may be provided at the entrance side of the hazardous substance. The harmful substance sensor 13 may be a radioactive sensor formed of an optical fiber or a detection sensor or an ultrasonic sensor for sensing a specific environmental hormone. The harmful substance sensor 13 may generate harmful substance sensing information, Lt; / RTI >

The central management server 300 further includes an environmental waste sorting unit 314 in the waste list management module 310. The environmental waste sorting unit 314 receives the harmful substance sensing information, And collects the environmental wastes in which the harmful substances are generated and separately provides the environmental wastes list to the collection terminal 200. With such a list of environmental wastes, collectors who collect general recyclables or normal wastes control the collection of environmental wastes, and provide the environmental waste specialists with a list of environmental wastes in real time for quick collection It is possible.

By managing the designated base 10 including the above-described various configurations, the system of the present invention can more precisely and quickly grasp the status of waste discharge and collection and communicate with the collected article terminal 200 in real time So that the collection work can be efficiently performed.

In addition, the central management server 300 may additionally include a differential refund module 330 to encourage the release of the complainant in the scheduled time to discharge. The differential refund module 330 determines whether the emission authentication information has been generated within the predetermined scheduled emission time based on the emission authentication information, and transmits a predetermined amount of money to the corresponding complainant A refund can be made by depositing money on the basis of the payment information filled out by the complainant or accumulating it as a reserve so that it can be discounted at a later fee. The above amount may be set at 10 percent of the commission, or it may be used as a fixed amount regardless of the fee.

It is also possible that the differential refund module 330 allows refunds at a certain rate if the waste is collected by the recyclers. That is, when the waste is collected as a recycled product, the waste treatment cost is not incurred, and accordingly, a portion of the fee paid for the waste treatment is refunded. By implementing such a system, the complainant can select a separate recycling company so as not to pay a commission, so that reasonable waste disposal can be carried out without having to make an effort to trade it.

With the provision of the differential refund module 330, the complainant can voluntarily induce the large-size waste to be discharged to the scheduled discharge place within the scheduled discharge time.

As described above, the large-scale waste collection management system according to the present invention has been described in the above description and drawings, but the concept of the present invention is not limited to the above description and drawings, It will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention.

1: Waste 2: Notification
2a: Bar code 10: Designated base
11: Reader 12: Camera
13: Hazardous substance sensor 100: Civilian terminal
110: personal information input module 120: appointment information input module
121: scheduled discharge time input unit 122: scheduled discharge destination determination unit
122a: GIS UI 130: Report writing module
131: waste information input unit 132:
133: notification ticket issuing unit 200: collection ticket terminal
210: an article information input module 211: a preferred item identification unit
212: Location information determination unit 220: Collection schedule module
230: Guide module 231: Collection path guide part
240: Collection and Confirmation Module 300: Central Management Server
310: Waste list management module 311: Reservation and collection confirmation unit
312: discharge certification confirmation unit 313: waste state determination unit
314: environmental waste classification unit 320: bundle collection recommendation module
321: Recommendation List Generation Unit 322: Collection Recommendation Matching Unit
330: Differential refund module

Claims (8)

As a large waste collection management system,
An appointment information input module composed of a personal information input module for inputting personal information from a complainant, a scheduled time to be discharged for inputting the time for discharging the waste, and a scheduled discharge place designation portion for selecting a place on the map from the complainant in cooperation with the GIS A complaint issuing module for generating fee information based on the received waste item on the basis of the fee for each designated waste item, making a payment based on the fee information, and generating a notification certificate;
And a waste list management module that communicates with the civilian terminal and generates and manages a list of wastes based on the personal information, the scheduled time to be discharged, a scheduled discharge place, and a waste item as a classification standard;
A guide module linked with the GIS to display a location where the waste is discharged based on the waste list; a collection schedule module for receiving at least one specific waste to be collected based on the waste list to generate a collection schedule list; A collection confirmation module for receiving the actual collection of wastes and generating a collection completion list, a preference item recognition unit for receiving preference item information including preferred waste items, and a real time location An article information input module having a location information acquiring unit for acquiring location information of the article;
A reader which is provided with a means for separating the outer space and the designated base from each other, a reader for recognizing the notification number on the one side and generating the emission authentication information, and a detector for detecting a harmful substance including environmental hormones and radioactivity from the discharged waste And a designated base having a toxic substance detection sensor,
The waste list management module includes:
An emission authentication confirmation unit for receiving the emission authentication information from the reader, including whether or not the emission of the designated base emission is authorized, on the classification criteria of the waste list, and updating the waste list in real time based on the emission authentication information; An environmental waste sorting unit for collecting environmental wastes generated by receiving information on the basis of the collected environmental wastes and generating a list of environmental wastes; And a reservation and collection confirmation unit for receiving the collection list and updating the waste list,
The central management server,
A recommendation list generation unit for generating a collection recommendation list by classifying the wastes of the waste list into the similar items and similar regions with respect to wastes that have passed a predetermined period of time from the scheduled discharge time, And a collecting recommendation recommendation module configured to match the collection recommendation list with the collection terminal and match the collection recommendation list to the matching collection terminal. delete The method according to claim 1,
The guide module comprises:
And a collection route guiding unit for generating collection route information that allows the at least one waste contained in the collection schedule list to be collected sequentially from a position close to the current position on the basis of the expected discharge place in cooperation with the GPS means , A large waste collection management system. delete The method according to claim 1,
On one side of the designated base,
A camera for photographing the side of the reader at the time when the emission authentication information is generated and generating an image of the waste,
The waste list management module includes:
And a waste state determination unit for receiving the photographed image and adding the photographed image to a waste list. The method according to claim 1,
The central management server,
Further comprising a differential refund module for determining whether the emission authentication information is generated within the scheduled scheduled emission time based on the emission authentication information and for refunding a certain amount of money to the complainant.
delete delete
KR1020150126221A 2015-09-07 2015-09-07 Management System For Collecting Large Waste KR101783523B1 (en)

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