KR20070108828A - Unmanned recycling system for recycling and business method - Google Patents

Abstract

A system and a business method for collecting recyclable material without men are provided to plan community development and to reduce environmental pollution by offering all information of the recyclable material processed by unmanned recyclable material collecting machine to nonprofit or profit organizations. A system for collecting recyclable material without men includes unmanned recyclable material collecting machine(100) and a central management server(300). The unmanned recyclable material collecting machine exchanges information with the central management server in order to send all processed information of the recyclable material and a movement state when a movement error is detected to the central management server. The central management server classifies and stores the information of the recyclable material and the movement state transmitted from the unmanned recyclable material collecting machine by regions, districts and each machine. The central management server offers the stored and processed information of the recyclable material to nonprofit and profit organizations.

Description

Recyclables Unmanned Collection System and Recycling Business Method

1 is a schematic overall configuration of an unmanned recycling system and recycling business method using the same according to an embodiment of the present invention

Figure 2 is a detailed overall configuration of the unmanned recycling system and recycling business method using the same according to an embodiment of the present invention

Figure 3 is a perspective view of the recycling unmanned collector in the recycling unmanned collection system according to an embodiment of the present invention

Figure 4 is a cross-sectional view of the recycled unmanned collector in a recycling unmanned collection system according to an embodiment of the present invention

5 is a front view of a first discriminating sensor unit and a second discriminating sensor unit in an unmanned recycling system for recycling according to an embodiment of the present invention;

Figure 6 is a perspective view showing the inside of the recycled unmanned collector in the unmanned recycling collection system according to an embodiment of the present invention

7 is a flowchart illustrating a process of sorting and sorting recycled products in an unmanned recycling system for recycling according to an embodiment of the present invention.

8 is a flowchart illustrating a process of returning a value of a recycled product to a value desired by a user through an unmanned recycling system for recycling according to an embodiment of the present invention.

9 is a view illustrating a process of confirming and using a user's details on donation of donated money to help the disadvantaged neighbors and the value of the recycled goods through the unmanned recycling system and the recycled business method using the same according to an embodiment of the present invention. One block diagram

10 is a block diagram illustrating a process of maintaining, repairing, and managing an unmanned recyclable waste collection system through an unmanned recycling system and a recycled business method using the same according to an embodiment of the present invention;

FIG. 11 is a block diagram illustrating a process of collecting recycled materials loaded into a recycled unmanned collector through an unmanned recycling system and a recycling business method using the same according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: recycled unmanned collector 101: slot

102: first differential sensor unit 103: second differential sensor unit

104: transfer unit 105: first loading box

106: second loading bin 107: third loading bin

108: rejection return port 109: screen input unit

110: cash return slot 111: advertising window

112: card charging unit 120: main control unit

200: wireless or wired communication 300: central management server 400: user 500: operator

The present invention relates to an unmanned recycling system for recycling and a business method for recycling products using the same, wherein an unmanned recycling apparatus installed in each region and each zone discriminates whether recycling targets are recycled and exchanges the value of the discriminated recycled products for cash to a user. The unmanned recyclable collector is interconnected with the central management server by wireless or wired communication to allow donation to the underprivileged donor, charging it with T-money, earning points and converting the value into an amount. Recyclable unmanned collection for all recyclables processed by the unmanned collector is stored in the DB server of the central management server and provided to users, non-profit organizations and for-profit organizations through user servers and administrator servers interconnected with the DB server. System and Recycling Cost It is about a fitness method.

Today, with the growing importance of the environment and resources, many countries around the world are making great efforts and investments in the efficient use and recycling of resources and the protection of the environment. Among them, the recycling of resources includes both resource problems and environmental problems, which makes them more important.

However, at present, we use a number of disposable products for the convenience of life, and these disposable products are used for recycling bottles and aluminum cans that contain drinks and foods sold in supermarkets, marts, and stores.

Glass bottles and aluminum cans, which are the objects of recycling, are the most convenient and easy to handle after being used in our lives, but they are simple but not permanently rotted, and are disposed of by incineration or landfill.

In addition, it is true that the collection and disposal of such recycled products have not been efficiently carried out until now.

Currently, recycled products are classified into clothing, bottles, cans, paper, and plastics, and are separated and discharged into recycling bins provided for each administrative district.

However, a small amount of recycled products discharged from each household cannot be returned to the people for recycling after they have been consumed. It is not losing.

In addition, in proportion to the increasing population, the production of recycled products is increasing together, and since the data on the collection of recycled materials can not be accumulated in each administrative district, there is a plan for comprehensive and long-term recycling processing. There was a problem that could not be done.

In addition, the society is still indiscriminately wasted recyclable resources to this day, which causes environmental pollution and unnecessary social expenses have been spent.

An object of the present invention devised to solve the above-described problems, the first discrimination sensor unit for recognizing the bar code and the second discrimination sensor for recognizing the bar code and the bar code of the recycled product that is put into the unmanned recycled article By installing a sensor unit, it is possible to accurately discriminate the recycled materials to be input, classify the recycled products accurately, calculate the value of the correctly sorted recycled products and exchange the calculated value for cash to the user, charge with T-money, By earning points and converting the value into the amount of money to help the underprivileged, by returning the value of the recyclables to the people through donations, it provides an opportunity to actively convert people's passive perception about the separate collection of recyclables, Promote the separate collection of recyclables and recyclable resources Recycled unnecessarily so as not to be wasted to provide unattended collection systems and recycling business method using the same.

In addition, another object of the present invention is to classify and store all the recycled goods processing information processed in the unmanned recyclable waste collector by each region, each zone and each device in the DB server of the central management server, processing information of the stored recycled goods To users and for-profit or not-for-profit organizations, users can check the points they have earned, convert them to cyber money, check the donations made by the Neighbors Donation Fund, and recycle the recyclables loaded in the unmanned recyclables Recyclables that can be collected efficiently and provide the non-profit organization or profit organization with the disposal information of the recyclables to establish comprehensive, long-term and systematic recycling and disposal measures to promote local development and reduce environmental pollution. Collection system and recycling business method There used to.

Another object of the present invention, through the screen input unit of the unmanned recyclables collector installed in each region and each administrative area, public service announcements or informational advertisements (events, festivals, etc.) of the administrative area, or nearby commercial organizations (corporate To provide the unmanned collection system for recycled goods and the method of recycling business using the same. have.

In order to achieve the above object, the unmanned recycling system according to the present invention, which is installed in each region and each zone, classifies, classifies and loads the recycled products input by the user according to material, type and state, and recycles the introduced recycled products. It allows the user to exchange or accumulate other values corresponding to the value of, and to send all the recyclables information and the status of the operation status to the central management server when motion errors are detected. The information on the recycled goods and the operation status of the recycled goods that are sent and received from the unmanned and unused recyclable goods collector and the operation state are classified and stored for each region, each zone, and each device, and the user and commercial information is processed. Or a central management server for providing nonprofit organizations.

In addition, the unmanned recyclable waste collector, the inlet for guiding the recycled product to the first discrimination sensor unit, the first discrimination sensor unit for the plurality of non-contact sensors to recognize the barcode of the recycled product moved through the inlet, and the material of the recycled A second discrimination sensor unit for discriminating whether or not it is a recycled product and a first loading box to a third stacking box according to the material, type, and state of the recycled product discriminated through the first discriminating sensor unit and the second discriminating sensor unit; It is discriminated as not to be recycled through the discrimination between the transport unit for transporting the rejected article return port, the first stack box to the third stack box for stacking the recycled goods transported from the transport unit, and the first discrimination sensor unit or the second discrimination sensor unit. Rejected article return port for returning the rejected article to the outside when the rejected article is conveyed through the conveying unit, the conveying unit and the second And a conveyor roller installed between the third loading box and the rejected goods loading box for transferring the recycled goods conveyed from the conveying part, the first discriminating sensor part and the second discriminating sensor part, and the sorting, moving and Control the operation of the transfer unit to load, discriminate whether the recycled goods through the first and second discrimination sensor unit, calculate the value of the discriminated recycled goods, exchange the value of the calculated recycled goods to the user for cash To control each part so that it can be charged with T-money, can be earned as points, and the converted value can be converted into a monetary amount to help the disadvantaged neighbors, and if the operation error of each part is detected, central management A main control unit programmed to transmit operational status information to the server and all information of the recycled material being processed; A screen input unit for inputting a visual guide menu for exchanging cash for money, charging with T-money, earning points, and donating the converted amount to donations to the disadvantaged neighbors, an advertisement window for outputting an advertisement image, It includes a cash return unit for exchanging the value of the recycled goods put into the inlet for cash, and a card charging unit for charging the value of the recycled goods put into the inlet with T-money.

The first differential sensor unit may recognize one or more barcode readers by recognizing a barcode around a recycled product introduced through the inlet and recognizing information recorded in the barcode.

The second differential sensor unit may recognize a surface of a recycled product in which the barcode is not recognized by the first differential sensor unit as a rejected article that is not the object of recycling by recognizing a material of the recycled product. It is done.

In addition, the second differential sensor unit, characterized in that to discriminate the material of the recycled material with one analog capacitance sensor and one digital capacitance sensor.

In addition, the transfer unit, the upper and the lower portion is formed in an open barrel shape, the recycled product introduced into the open upper portion is the open lower portion is lifted up when the housing driving means is driven to the second and the recycled recycled product; A housing dropped on each conveyor roller installed between the third loading box and the rejection item loading box, and installed on left and right sides of the housing support body and connected to left and right sides of the housing, thereby rotating the housing up and down. A housing driving means and a housing supporting body and a motor connected to the housing supporting body rotated by an operation of a motor installed inside the housing supporting body driving means are installed to cover the exterior of the housing above the housing supporting body driving means. It is installed, according to the rotation radius control signal received from the main control unit It includes a housing support body driving means for supporting the housing which is connected to the motor and the motor is rotated to rotate the body member.

The main control unit may convert the value of the recycled product into the amount of money, and when the user selects a donation help fund for disadvantaged neighbors from a menu guided by the screen input unit, the main control unit may allow the converted amount to be donated as a benefit for the needy neighbors. It is characterized in that for transmitting the converted amount to the operator server.

In addition, the screen input unit is a touch to visually guide to allow the exchange of the value of the recycled goods to be exchanged for cash, charged with T-money, points earned in the amount converted or donated the converted amount as money to help the underprivileged It is characterized by a screen.

In addition, the central management server, the processing information and the operation state information of the recycled goods sent from the main control unit of the unmanned recyclable waste collector is classified in each region, each zone and each device and stored in real time, and stored in real time The points accumulated by the user among the DB server interconnected with the user server and the manager server to provide the user server and the manager server with information of the recycled goods and operation statuses; Recall the processing information of the recyclables that are stored in real time in the user server and the DB server linked to the website that can be confirmed and converted into the cyber money, or can be used to check the donation to the disadvantaged neighbors donation Recyclable unattended collection to collect recyclables The advertisement window of the recycled unmanned collectors is provided to the relevant jurisdiction operator or to manage the amount donated by the Neighbors Assistance Fund, and at the request of a for-profit or non-profit organization, And a manager server for transmitting the advertisement image to the main controller so that the advertisement image is displayed.

In addition, the advertisement window is characterized in that the advertisement image desired by commercial or non-profit organizations transmitted through the administrator server is displayed.

In addition, the operator server, by checking in real time the operating state information of each of the unmanned recyclable collectors stored in the DB server, it is possible to monitor the operation error of the unmanned recyclable collectors from a remote location .

In addition, the unmanned recycling system recycling system according to the present invention, the operator server provides the information on the recycled goods of each recycled unmanned collector of the recycling information stored in real time in the DB server to the relevant jurisdiction operator to collect the recycled products, The jurisdiction operator that collects the recycled goods determines the collection time of the recycled goods loaded in the recycled unmanned collector based on the information of the provided recycled goods, and collects the recycled goods loaded in the recycled unmanned collector. do.

In addition, the recycled product business method according to the present invention, (a) whether the recycled material that is put into the recyclable unmanned waste collector by the first discrimination sensor unit and the second discrimination sensor unit by discriminating the material, type and state, etc. Transporting and stacking the recycled product by a corresponding stacker according to the type or material of each sorted recycled product, and (b) recyclable goods discriminated through recognition of the first and second discrimination sensor units. Calculating the value of the main control unit; and (c) the calculated value of the recycled product is exchanged for cash, charged with T-money when the user selects a desired value by the guide of the value exchange menu of the screen input unit. And converting the accumulated amount into points or donating the converted amount to help the disadvantaged, and (d) the recyclable unmanned collector The information donated to the points selected by the user or donated to the disadvantaged donation fund and all the information of the processed recyclables are transmitted to the DB server and stored; and (e) converted into information or amount of the recyclables stored in the DB server. And the user checks and uses the points donated through the website associated with the user server.

Further, in the step (a), the first discriminating sensor unit recognizes a barcode around the recycled product introduced through the inlet, recognizes the information recorded in the barcode, and discriminates whether it is a recycled product, and the second discriminating sensor unit, The first discriminating sensor unit may recognize a surface of the recycled product in which a barcode is not recognized by one analog capacitive sensor and one digital capacitive sensor to discriminate the material of the recycled product.

In addition, the step (d), (d1) when the main control unit of the unmanned recyclable material collector detects an operation error of each part, transmitting the operation state information of the unmanned recyclable material collector to the DB server, and (d2) Storing the operating state information of the unmanned recycling collector in real time in the DB server, and (d3) installed in each region and each area based on the operating state information of the recycled unmanned collector in real time stored in the DB server. Real-time monitoring of the operation error of the recycled unmanned collector at the manager server; and (d4) when the operation error of the recycled unmanned collector is checked at the manager server, the corresponding recycled goods installed in each region and each zone. Maintaining, repairing and managing the unmanned collector.

In addition, the step (d), (d1 ') in the unmanned recyclable collector collected in each region, each zone, the recyclables processing information that is classified and loaded according to the material, type, and state in the DB server for each region, each And storing them in real time by dividing them by area and by each device, and (d2 ') the operator server provides the competent operator who collects the recyclables with the recyclables loading information of the unmanned recyclable collector of the recyclables stored in the DB server. And (d3 ') the competent operator collecting the recyclable material, and determining the collection time of the recyclable material loaded in the unmanned recyclable material collector based on the information of the provided recyclable material.

In addition, the step (d2 ') may include information on the amount, type, etc. of the recycled product among all the processing information of the recycled product of the recycled unmanned collector collected and stored in a DB server for each region, each region, and each device. The method may further include steps provided through the operator server to the non-profit organization or the for-profit organization.

In addition, the step (e), the commercial or non-profit organizations to receive the desired advertising image through the manager server, transmitting the advertising image from the manager server to the main control unit of the unmanned recyclable garbage collector; The method may further include displaying the advertisement image transmitted to the main controller in the advertisement window.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the unmanned recycling system and recycling business method using the same.

1 is an overall schematic diagram of an unmanned recycling system and a recycling business method using the same according to an embodiment of the present invention, Figure 2 is an unmanned recycling system and recycling business method using the same according to an embodiment of the present invention Figure 3 is a detailed overall configuration of, Figure 3 is a perspective view of a recycling unmanned collector in a recycling unmanned collection system according to an embodiment of the present invention.

1 to 3, the unmanned recyclable collection system according to the present invention includes a recyclable unmanned collector 100, a central management server 300, a user 400, and an operator 500.

Recyclable unmanned collector 100 is the inlet 101, the first differential sensor unit 102, the second differential sensor unit 103, the transfer unit 104, the first stacking box 105, the second stacking box 106, The third stacking box 107, the refusal article return opening 108, screen input unit 109, cash return unit 110, advertising window 111, card charging unit 112 and the main control unit 120, and recycled goods The unmanned collector 100 is preferably linked to exchange information with the central management server 300 through a wireless or wired communication (200).

First, it is preferable that a plurality of unmanned recyclable collectors 100 are installed in each region and each zone so as to collect recycled products discharged from each home or each business place.

The inlet 101 of the recycled unmanned collector 100 inputs a recycling target (hereinafter referred to as "recycling article"), such as bottles, cans, paper, and plastics, by the user 400. The recycled article is put into the first discriminating sensor unit 102. It is desirable to guide.

In this case, the recycled products introduced into the inlet 101 are bottles, cans, paper and plastics.

The first differential sensor unit 102 may be a barcode reader that recognizes a barcode attached or displayed around a recycled product introduced through an inlet in a non-contact manner.

At this time, it is preferable that a plurality of bar code readers of the first discriminating sensor unit 102 are provided, but approximately six first discriminating sensor units 102 according to the present invention are installed.

That is, when the first discriminating sensor unit 102 recognizes a barcode of the recycled product, it recognizes an item or a kind of the recycled product which is the barcode information.

The second discrimination sensor 103 is preferably a capacitive sensor capable of recognizing the material of the recycled product in which the barcode is not recognized by the first discrimination sensor 102.

In addition, the second discrimination sensor 103 may be a rejection item that is not the object of recycling because the plurality of capacitive sensors recognize the material of the recycled product on the surface of the recycled product in which the barcode is not recognized by the first discrimination sensor unit 102. Recognizing, it is preferable that the second differential sensor 103 according to the present invention discriminates the material of the recycled material with one analog capacitive sensor and one digital capacitive sensor.

Here, it is shown in Table 1 below to discriminate the material of the recycled material through the analog capacitance sensor and the digital capacitance sensor according to the present invention.

In addition, as shown in Table 1, a slight capacitance difference may occur depending on the type and size of recycled products (beer bottles, cola bottles, cider bottles, etc.) made of a glass material.

That is, it is not limited by the tolerance, but also applies to the case of the aluminum, paper, iron and plastic, of course.

Information about the item, type, and material of the recycled goods discriminated by the first discrimination sensor unit 102 and the second discrimination sensor unit 103 is transmitted to the main controller 120 to be described later.

The transfer unit 104 identifies the recycled product as a recycling target based on the recycled product information transmitted from the first discrimination sensor unit 102 and the second discrimination sensor unit 103 to the main control unit 120. Transfer to the first loading bin 105, the second loading bin 106 and the third loading bin 106, wherein aluminum and iron are the first loading bin 105, glass is the second loading bin 106, and plastic is the third loading bin. 107, which are classified and stacked, respectively.

In addition, it is preferable to transfer the rejected article that is recognized as a rejected article that is not recycled through the first discrimination sensor unit 102 and the second discrimination sensor unit 103 to the rejected article return port 108.

As described above, when the material, type, and state of the recycled product are recognized through the first discrimination sensor unit 102 or the second discrimination sensor unit 103, the recognized information of the recycled product is transmitted to the main controller 120. do.

The main control unit 120 transmits the information on each of the recycled goods recognized by the first differential sensor unit 102 to the central management server 300 to be described later, and the first differential sensor unit 102 or the second differential sensor When the recycled product is discriminated to be recycled through the unit 103, it is preferable to control the operation of the transfer unit 104 so that the recycled product is transferred to the first loading box 105 to the third loading box 107.

In addition, the main control unit 120 may also transmit the information on the respective rejected articles recognized by the first discrimination sensor unit 102 and the second discrimination sensor unit 103 to the central management server 300 to be described later. And, to control the operation of the transfer unit 104 so that the rejected article is transported to the rejected article return port 108.

The main control unit 120 discriminates between the first discrimination sensor unit 102 and the second discrimination sensor unit 103 to discriminate the material of the recycled product, the inlet 101, the first discrimination sensor unit 102, and the second discrimination sensor unit 103. It is preferably programmed to control the operation of the differential sensor unit 103, the transfer unit 104, the first stacker 105, and the second stacker 106.

In addition, as described above, the main controller 120 recognizes the recycled product through the first discriminating sensor unit 102 and the second discriminating sensor unit 103 and calculates and converts the value of the recycled product into an amount of money, The user 400 can be exchanged for cash when cash is selected from the menu displayed through the screen input unit 109, charged with T-money when selecting T-money, and earning points when selecting points. When the donation request of the converted amount to help the disadvantaged neighbors will be transmitted to the central management server 300 to be described later the donation amount and points earned by the user (400).

In addition, the main control unit 120 transmits the operation state information to the central management server 300 when detecting the operation error of each unit, the main control unit to transmit in real time all the information of the recycled products processed through the main control unit 120 ( 120 is preferably operated by a predetermined program.

The screen input unit 109 is preferably a touch screen that visually guides the user's 400 recyclables to be exchanged for other values.

The screen input unit 109 displays a menu screen so that the user can exchange the recycled goods for cash, charge with T-money, earn points, and donate the converted amount, thereby guiding the exchange to other values of the user's recycled goods. .

In the advertisement window 111, it is preferable to display an advertisement image desired by commercial or non-profit organizations transmitted through the manager server 330 of the central management server 300 to be described later.

As described above, the advertisement image is a public service advertisement or guide advertisement (event, festival, etc.) of the corresponding administrative region through the advertisement window 111 of the unmanned recyclable collector 100 installed in each region and each administrative region. In addition, as a promotional advertisement video material of a nearby for-profit organization (corporate, general store), the advertisement video can be exposed to nearby residents to promote additional profits through public interest development and advertisement requests from the for-profit organizations.

Meanwhile, when the user 400 selects the cash return menu through the menu screen of the screen input unit 109, the cash return unit 110 exchanges the value of the recycled product input by the user 400 into the cash exchange. However, when the user 400 selects a cash return menu displayed on the screen input unit 109 to be exchanged for a bill or a coin, the value of the recycled product converted into the amount is exchanged for a coin or a bill.

When the card charging unit 112 selects the charging menu with T-money through the menu screen of the screen input unit 109, the card charging unit 112 charges the value of the recycled product input by the user 400 with the T-money. When the user 400 selects the charging menu with the T-money displayed on the screen input unit 109, the user 400 converts the value of the recycled value through the card charging unit 112 into the T-money. Can be charged.

The central management server 300 includes a DB server 310, a user server 320, and an administrator server 330.

The DB server 310 displays the processing information and the operation state information of all the recycled products transmitted from the main control unit 120 of the recycled unmanned collector 100 for each region and each zone in which the recycled unmanned collector 100 is installed. And a user server 320 and an administrator server 330 which classify each device and store the same in real time, and provide the user server 320 and the manager server 330 with information of the recycled goods and the operation state which are stored in real time. ) Are interconnected.

In addition, the user server 320 may check or use the points earned by the user 400 through the exchange of value of the recycled goods of the information of the recycled goods stored in the DB server 310, or help the disadvantaged neighbors It is desirable to be linked to the website to check the donation details.

That is, the user 400 can check the details of the points earned by exchanging the value with their recycled products or the donated money to help the underprivileged through the website associated with the user server 320, and also the points accumulated Can be converted into cyber money and used in cyberspace through the website.

In this case, the user 400 can check the details of the use of the accumulated points and donations through the donation through membership in the website, and also recycled goods through the unmanned recyclable collector 100 for each region. Recyclables collection information for each zone may be available.

The manager server 330 manages the amount donated by the user 400 stored in the DB server 310 in real time to help the needy neighbors.

In addition, the manager server 330 receives an advertisement image desired by the groups at the request of a for-profit or non-profit organization, and the advertisement image is displayed so that the advertisement image is displayed in the advertisement window 111 of the unmanned recycling machine 100 for recycling. It transmits to the main control unit 120.

As described above, the advertisement image is a public service advertisement or guide advertisement (event, festival, etc.) of the corresponding administrative region through the advertisement window 111 of the unmanned recyclable collector 100 installed in each region and each administrative region. In addition, as a promotional advertisement video material of a nearby for-profit organization (corporate, general store), the advertisement video can be exposed to nearby residents to promote additional profits through public interest development and advertisement requests from the for-profit organizations.

Check the operation status information of each of the unattended recyclable collector 100 installed in each region and each zone stored in the DB server 310 in real time in real time, the operation error of the unattended recyclable collector 100 remotely Monitor whether or not.

When the manager server 330 checks the operation error of the unmanned recyclable collector 100, the local, unattended recyclable collector 100 may be maintained, repaired, and managed.

In this case, the maintenance, repair and management may be performed by the company operating the manager server 330 itself, or commissioned by the competent operator 500 that only maintains, repairs and manages the recycled unmanned collector 100. The maintenance, repair and management of the unmanned recyclable collector 100 can be efficiently performed.

In addition, the manager server 330 provides the jurisdiction operator 500 to collect the recycled goods loading information of the recycled unmanned collector 100 among the information of the recycled goods stored in the DB server 310 in real time, The jurisdiction operator 500 collecting the recyclables may determine the collection time of the recyclables loaded in the recyclable unmanned collector 100 based on the information of the provided recyclables, which are loaded in the recyclable unmanned collector 100. Collect your recyclables.

In addition, the collection of the recycled goods may provide the loading information of the recycled goods in the manager server 330, or determine the collection time by itself through the recycled goods loading information, and collect the recycled goods to the competent operator 500. Requests for collection may be made, but are not limited to such.

In addition, the manager server 330 provides a non-profit or a for-profit organization with processing information of the recycled product of the recycled unmanned collector 100 which is classified and stored in the DB server 310 for each region, each region, and each device. do.

The recycling information may be the date and time of the recycled product generated by each region and each region and the type and state of the recycled product, and the state of the recycled product. Identify the amount of recycled products produced in the administrative area, identify the types of recycled products generated, and establish comprehensive, long-term and systematic recycling collection measures to promote regional development, and make profits by using the recycled products by collecting recycled products, which are for profit. It can also be provided to companies that do.

4 is a cross-sectional view of the unmanned recyclable material collector in the recycling unmanned collection system according to an embodiment of the present invention, Figure 5 is a first differential sensor unit and the second differential sensor in the unmanned recycling system recycling system according to an embodiment of the present invention 6 is a perspective view showing the inside of the recycled unmanned collector in the unmanned recycling collection system according to an embodiment of the present invention.

4 to 6, the recycled unmanned collector according to the present invention is inside

When the recycled products such as bottles, cans, paper, and plastics are introduced into the inlet 101, they are guided to the first discrimination sensor unit 102 through a transfer path 1011 formed in a V shape.

At this time, about six first differential sensor units 102 are installed in a circular frame (not shown) on the outer circumference of the transfer path 1011.

That is, as described above, the first discrimination sensor unit 102 recognizes a barcode attached or displayed around the recycled product introduced through the inlet, and recognizes an item or type of the recycled product as the barcode information.

The recycled product in which the barcode is not recognized by the first differential sensor unit 102 recognizes the material of the recycled product by the second differential sensor unit 103 installed under the first differential sensor unit 102.

At this time, the second differential sensor unit 103, one analog capacitance sensor is installed on one side of the lower portion of the transport path 1011, one digital capacitance sensor is installed on the other side to discriminate the material of the recycled material. .

Meanwhile, the recycled product discriminated through the first discrimination sensor unit 102 and the second discrimination sensor unit 103 is guided (falls) to the housing 1041 of the transfer unit 104.

The transfer part 104 includes a housing 1041, a housing support body 1042, a housing drive means 1043, and a housing support body drive means 1044.

The housing 1041 is formed in the shape of an open top and a bottom, and the recycled product introduced into the open top is lifted by the open bottom when the housing driving means 1043 is driven to remove the drawn recycled material. 2 Drops on each conveyor roller 113 provided between the loading container 106 and the 3rd loading container 107, and the reject goods storage container.

The housing driving means 1043 is installed on the left and right sides of the housing support body 1042, and is connected to the left and right sides of the housing 1041, thereby rotating the housing 1041 up and down.

The housing support body 1042 is installed to cover the exterior of the housing 1041 above the housing support body driving means 1044, and rotates by an operation of a motor installed inside the housing support body driving means 1044.

The housing support body driving means 1044 is provided with a motor connected to the housing support body 1042 therein, and the motor is rotated and connected to the motor in accordance with a rotation radius control signal received from the main controller 120. Rotating housing support body 1042.

That is, on the basis of the recycled product information transmitted from the first discrimination sensor unit 102 and the second discrimination sensor unit 103 to the main control unit 120, the main control unit 120 drives the housing 101043 of the transfer unit 104. And the rotational radius control signal to the housing support body driving means 1044 to identify the recycled product, which is identified as aluminum and steel, by the first stacker 105, and the recycled product that is discriminated by glass, to the second stacker 106, and to plastics. The recycled goods are controlled by the third loading box 107, and the rejected goods which are not subject to recycling are classified and loaded into the rejected goods return holes 108, respectively.

7 is a flowchart illustrating a process of sorting and sorting recycled products in an unmanned recycling system for recycling according to an embodiment of the present invention.

Referring to FIG. 7, the screen input unit 109 of the recycled unmanned collector 100 waits for the advertisement image or the usage help or picture of the recycled unmanned collector 100 to be displayed (step S101).

Next, a start menu is input among menus displayed by the screen input unit 109 of the inlet 101 (S102).

Then, when the user 400 inputs the start menu of the screen input unit 109, the inlet 101 of the unmanned recycling machine 100 is opened, and the input detection sensor (not shown) is operated (step S103). .

Next, the user 400 inputs recycled products, such as bottles, cans, paper, and plastics, which are recycled products, into the inlet opening 101 (step S104).

Then, when the recycled product is input, the input detection sensor (not shown) installed in the input port 101 detects the recycled product continuously input, when the recycled product is not injected, the input port 101 is kept open ( Step S105).

Then, after a predetermined time after the recycled product is put in the inlet 101, the input detection sensor (not shown) transmits the input detection signal to the main control unit 120, the main control unit 120 is the operation control signal of the inlet 101 When it is transmitted, the inlet 101 is closed (step S106).

 Then, the recycled product is moved to the place where the first differential sensor unit 102 and the second differential sensor unit 103 are installed via the transfer path 1011 (step S07).

Next, six barcode readers, which are the first discriminating sensor unit 102, recognize the barcode attached or displayed around the circumference of the object to be recycled, and the main controller 120 receives the information of the recycled product, which is the information of the recognized barcode. To be sent in real time.

The main control unit 120 determines the information of the recycled goods transmitted, and in the case of recycled products, the main control unit 120 transfers the recycled items to the transfer unit 104 so as to be moved to the first loading box 105 to the third loading box 107. The operation signal is transmitted (step S108).

In this case, when the barcode of the recycling target is not recognized, when the recycling target is recognized as a recycling target by recognizing a material of the recycling target by the second discrimination sensor unit 103, the information on the discriminated recycling product is main. The control unit 120 transmits.

That is, as described above, the second differential sensor 103 may include one analog capacitive sensor and one digital capacitive sensor for discriminating the material of the recycled product and the information of the discriminated recycled product in the main controller 120. To send.

At this time, the recycled goods discriminated by aluminum and iron in the first discrimination sensor unit 102 and the second discrimination sensor unit 103 are the first stacking box 105, and the recycled goods discriminated by glass are the second stacking box 106, plastic The recycled goods discriminated by the third storage box 107, the rejected goods that are not subject to recycling are classified into the rejected goods return opening 108, so that the main control unit 120 is the housing driving means 1043 of the transfer unit 104 And a rotation radius control signal to the housing support body driving means 1044 (step S109).

Then, the inlet 101 opens the inlet when there is no next input (step S103), and when there is a recycled product recognized through the first discrimination sensor unit 102 and the second discrimination sensor unit 103 (step S110), the recycled goods are transferred by the transfer unit 104 (step S111).

Then, the article identified as the object of rejection among the recycled products conveyed by the conveying unit 104 is transferred to the reject article storage box 108 (step S112).

8 is a flowchart illustrating a process of returning a value of a recycled product to a value desired by a user through an unmanned recycling system for recycling according to an embodiment of the present invention.

Referring to FIG. 8, a process in which a user receives a recycled product at a desired value in an unmanned recycling machine will be described.

The screen input unit 109 of the recycled unmanned collector 100 displays a standby screen displaying an advertisement image or usage tips and pictures of the recycled unmanned collector 100 in operation S201, and the user 400. After viewing the contents of the method of using the recycled unmanned collector 100 of the displayed menu by the screen input unit 109, and enters the start menu of the screen input unit 109 by the guide of the menu, the opening 101 Into the recycled product (step S202).

Next, the screen input unit 109 displays the type, quantity, and amount of recycled products recognized through the first discrimination sensor unit 102 and the second discrimination sensor unit 103, and is displayed on the screen input unit 109 by voice. Guide what is displayed.

In addition, when the user 400 inputs a rejection item that is not recognized through the first discrimination sensor unit 102 and the second discrimination sensor unit 103 into the inlet 101, the rejected product is not returned with a different value. The announcement is output on the screen or in voice.

In addition, the total amount of the recycled goods input by the user 400 is also displayed.

Then, after the recycled product is recognized through the first discrimination sensor unit 102 and the second discrimination sensor unit 103, the first storage box 105 to the third storage box 107 or not recognized by the transport unit 104. When the rejected article, which is determined to be rejected article, is transferred to the second storage box 106, the screen input unit 109 displays a corresponding notice text indicating that the recycled article is being processed, and the user 400 indicates that the rejected article is being processed. Inform (step S204).

Next, the screen input unit 109 continues to guide the input of the recycled goods to be returned to the value, and displays a menu screen asking whether the input is complete.

The user 400 confirms the displayed menu screen, and the total value of the value of the recycled product to be returned is displayed on the screen, and if the user does not want to continue to input the recycled product anymore, the user inputs a completed menu among the displayed menus. To go to the next menu screen.

At this time, if the user 400 continues to input the recycled product, the screen returns to the menu screen of step S203, and when the user 400 only inputs the rejected article, the rejected article inputted by the user to the screen input unit 109 returns the value. If not, the guide screen and the guide voice are outputted, and after the predetermined time has passed, the process returns to step S201 (step S206).

Next, the screen input unit 109 displays the cash return, points earning, helping the underprivileged, T-money menu buttons on the screen to allow the user to exchange the recycled products for different values. Guide them to return.

In addition, if the user does not select the cash return, points earned, help the disadvantaged neighbors, T-money menu for about 10 seconds or more, the phrase is automatically credited with the neighbors assisted donations (step S207).

Next, when the user 400 selects a cash return menu from among cash return, point earning, help for disadvantaged neighbors, and T-money through the screen input unit 109, the information about the selected value return method is guided. Through the cash return unit 110 selected by the user 400, the user 400 receives the amount calculated for the recycled product to be returned in value as a bill or a coin, and after a predetermined time, returns to the standby screen of step S201 (step S201). S208).

Next, in step S206, the user 400 selects a cash return, earning points, helping the underprivileged donor, and helping the underprivileged during T-money charging through the screen input unit 109, for the selected value return method. The contents are guided, the contents of the donation for helping the disadvantaged neighbors selected by the user 400 are displayed on the screen input unit 109, and the address of the website for checking the details of the donations accumulated for the support of the disadvantaged neighbors is displayed, and the schedule is displayed. After the elapse of time, the display returns to the standby screen of step S201 (step S209).

Next, in step S206, the user 400 selects a cash return, a point earning, a disadvantaged donation, a T-money charging menu through the screen input unit 109, and the contents of the selected value return method. The guide 400 guides the transportation card to be charged by the user 400 to the card charging unit 112, and when the user 400 contacts the transportation card to the card charging unit 112, the user 400 is valuable. The amount calculated for the recycled goods to be returned is charged to the transportation card through the card charging unit 112, and if the transportation card is not properly recognized, the guide screen for contacting the transportation card to the card charging unit 112 again Is displayed, when the amount of money is completed on the transportation card, the amount of the charged amount is displayed, and after a predetermined time, the screen returns to the standby screen of step S201 (step S210). .

Then, in step S206, the user 400 selects the cash return, earn points, help the disadvantaged neighbors, points earned T-money menu through the screen input unit 109, the information about the selected value return method guide The point earning can be earned only by the user 400 registered through the website associated with the user server 320 of the central management server 300.

On the screen of the screen input unit 109, a member, a new subscription and a return menu button are displayed (step S211).

At this time, if the member is a user number is entered (step S212).

The user number is a mobile phone number or a phone number, and the user 400 inputs the user number, and if it is confirmed that the user 400 is displayed, a screen for confirming whether the user number and the user name are correct is displayed on the screen (step S213). ).

The user 400 is earned as points when his information displayed on the screen is correct and enters a confirmation menu, and through the address of the website displayed on the screen, the user 400 checks the earned points or cyber money. The guidance text is displayed on the screen (step S214).

In addition, if the number entered by the user 400 is incorrect in step S212, the screen input unit 109 displays a menu screen to re-enter the new subscription menu and the user number.

When the user 400 enters the new subscription menu, the content of the new subscription is displayed. The new subscription is newly registered by inputting a user number which is a mobile phone number or a phone number of the user and then entering a confirmation menu. If it is a user number, a screen for guiding input is displayed again (step S214).

If the user 400 is already registered is guided through the screen as to whether to accumulate with the registered user number, the user 400 enters the continued menu displayed on the screen, the details on the accumulated points Is displayed.

Through the address of the website displayed on the screen, the user 400 checks the earned points or converts them into cyber money and displays instructions on the screen. It is displayed as, and the guidance text for the formal registration is displayed on the website, and after a certain time, the screen returns to the standby screen of step S201 (step S215).

9 is a view illustrating a process of confirming and using a user's details on donation of donated money to help the disadvantaged neighbors and the value of the recycled goods through the unmanned recycling system and the recycled business method using the same according to an embodiment of the present invention. It is a block diagram.

Referring to FIG. 9, when the user 400 injects the recycled products discharged from each home or each business place into the inlet of the recycled unmanned collector 100 installed in each region and each zone, the user recycles the recycled products to the first place. If it is recognized by the differential sensor unit 102 and the second differential sensor unit 103 is selected and classified according to the type, material, quantity and type of the recycled products (step S301).

At this time, the information on the type, quantity and type of the recycled goods recognized by the first discrimination sensor unit and the second discrimination sensor unit 103 is transmitted to the main control unit 120, the main control unit 120 is the preset The value of the recycled product is calculated by the program (step S302).

Next, the user 400 may select a desired menu among cash return, point earning, donation of help for disadvantaged neighbors, and T-money charging menu displayed on the screen input unit 109, and the cash return is selected. Received in cash through the return unit 110, if you select the T-Money charging menu, you can be charged T-Money.

If, when selecting the donation menu to help the neighbors, information about the amount donated by the user 400 is transmitted to the DB server 310 of the central management server 300, if you choose to earn points, earned points It is also transmitted to the DB server 310 of the central management server 300, the main control unit 120 transmits the processing information to the DB server 310 in real time, the DB server 310 is the unmanned recyclable collector The processing information transmitted from 100 is stored for each region, each region, and each device (step S304).

It is linked to the user server 320 and DB server 310, the user 400 through the website associated with the user server 320 for the details donated to the accumulated points or help the needy neighbors In addition, the points earned can be converted into cyber money for use in cyberspace through the website.

User 400 can be used to convert the accumulated points into cyber money through membership registration to the website, or check the details donated to the donation, and also through the unmanned recyclable collector 100 As recyclables, it is also possible to view the recycling information for each region in each region (step S305).

10 is a block diagram illustrating a process of maintaining, repairing, and managing an unmanned recyclable waste collection system through an unmanned recycling system and a recycled business method using the same according to an embodiment of the present invention.

Referring to FIG. 10, the main controller 120 of the recyclable unmanned collector 100 installed in each region and each region includes an inlet 101, a first differential sensor unit 102, and a second differential sensor unit 103. ), The transfer unit 104, the first stacking box 105, the second stacking box 106, the screen input unit 109, the cash return unit 110 and the card charging unit 112 to control if the operation error during operation If the DB server 310 transmits the operation state information which is an operation error signal of the unmanned recyclable collector 100 (step S401).

Thereafter, the DB server 310 classifies the operation state information transmitted from the unmanned recyclable garbage collector 100 for each region, each region, and each device to store in real time (step S402).

Then, based on the operation status information of the recyclables stored in the DB server 310 in real time, the operation error of the corresponding unmanned collector 100 installed in each region, each zone mutually with the DB server 310 The administrator monitors in real time through the associated manager server 330 (step S403).

Then, when the manager server 330 checks the operation error of the unmanned recyclable garbage collector 100, the maintenance, maintenance and management of the corresponding unmanned recyclable collector 100 installed in each region, each zone, Maintenance, maintenance and management may be performed by the company operating the manager server 330 itself, or commissioned to the competent operator 500 that only maintains, repairs and manages the unmanned recyclable collector 100, the recyclable unmanned collector Maintenance, repair, and management of 100 can be performed (step S404).

FIG. 11 is a block diagram illustrating a process of collecting recycled materials loaded into a recycled unmanned collector through an unmanned recycling system and a recycling business method using the same according to an embodiment of the present invention.

Referring to FIG. 11, as described above, when the recycled goods unmanned collector 100 installed in each region and each zone transmits the recycled material handling information classified and loaded according to material, type, and state, the DB server 310. In step S501, each region, each region, and each device are classified and stored in real time.

Next, the manager server 330 provides the information on the recyclable goods of the recyclable unmanned collector 100 among the information on the recyclable goods stored in the DB server to the competent operator 500 collecting the recyclable goods (step S502).

Then, the jurisdiction operator 500 collecting the recyclables determines the collection time of the recyclables loaded in the unmanned recyclable collector based on the information of the provided recyclables and collects the recyclables, or at the manager server 330. The collection time is determined based on the recycled product loading information, and a collection request is made to the competent operator 500 to collect the recycled product (step S503).

In addition, as described above, the screen input unit 109 of the unmanned recyclable collector 100 installed in each region and each zone is for-profit or non-profit transmitted through the manager server 330 of the central management server 300 to be described later Groups display the desired advertisement image, the advertisement image through the screen input unit 109 of the recyclable unmanned collector 100 installed in each region and each administrative region of the public service announcement or guide advertising ( Events, festivals, etc.), or promotional commercials of nearby commercial organizations (corporate, general stores), etc., to expose the advertisements to nearby residents to promote additional profits through public service development and advertisement requests from the for-profit organizations. Can be.

In addition, the manager server 330 provides a non-profit or a for-profit organization with processing information of the recycled product of the recycled unmanned collector 100 which is classified and stored in the DB server 310 for each region, each region, and each device. do.

Therefore, the processing information of the recycled material may be the date and time of generation of the recycled product and the type and state of the recycled product generated in each region and each zone, and the state, and the government office which is a non-profit organization The government can establish the comprehensive, long-term and systematic recycling collection measures by identifying the amount of recycled products produced in the relevant administrative area and the types of recycled products generated, and promote profits by collecting recycled products, which are for-profit organizations. It can also be provided to companies that create them.

The present invention is not limited to the above-described preferred embodiments and can be easily modified by anyone of ordinary skill in the art without departing from the gist of the invention claimed in the claims, Such changes are intended to fall within the scope of the claims.

As described above, the present invention provides a first discrimination sensor unit for recognizing barcodes by a plurality of barcode readers and a second discrimination sensor unit for recognizing the material of the recycled product. Can accurately classify the recycled products, accurately classify the recycled products, calculate the value of the correctly classified recycled products, exchange the calculated value for cash to the user, charge with T-money, earn points and earn the value By returning the value of recycled materials to people by donating them to donations to help disadvantaged neighbors, providing an opportunity to actively convert people's passive perception of the collection of recycled materials, and to promote more efficient collection of recycled materials. Waste unnecessarily It can provide unmanned recycling collection systems and recycling business using the same method that is not supported.

In addition, according to the present invention, by storing all the recycled goods processing information processed in the unmanned recyclable waste collector by classifying each region, each zone and each device in the DB server of the central management server, the user of the stored recycling information processing information And by providing for profit or non-profit organizations, users can check the points earned can be used to convert into cyber money, you can check the donations made to help the needy neighbors, and efficiently recycle the recyclables loaded in the unmanned recyclables Recyclable unmanned collection system that can collect and provide information on the disposal of recycled materials to non-profit organizations or for-profit organizations to establish comprehensive, long-term, systematic recycling and disposal measures to promote local development and reduce environmental pollution And to provide a recycling business method using the same There.

In addition, according to the present invention, through the screen input unit of the unmanned recyclables collector installed in each region and each administrative area, public service announcements or informational advertisements (events, festivals, etc.) of the administrative area, or nearby commercial organizations (company, Public stores and publicity advertisements, etc. can be exposed to the local residents to provide unmanned recycling system and the business method for recycling products using the same. .

Claims (18)

It is installed in each area and each zone to classify, classify and load the recycled goods input by the user according to material, type and condition, and allow the user to exchange or accumulate them with other values corresponding to the value of the recycled goods. In addition, the recycled unmanned collector to exchange information with the central management server to transmit all the recycling information and information of the operation state when the operation error is detected to the central management server; And Centralized to store the information of the recycled goods and the operation state information sent from the unmanned recyclable collector to each region, each zone and each device, and to provide the user and the for-profit or non-profit organization processing information of the stored recyclables Management server; Recyclable unmanned collection system comprising a. The method of claim 1, wherein the recycled unmanned collector, An inlet for guiding the recycled product into the first discriminating sensor unit; A first discriminating sensor unit for recognizing barcodes of recyclables moving through the inlet by a plurality of non-contact sensors; A second discriminating sensor unit for discriminating whether a recycled product is made by discriminating a material of a recycled product; A transfer unit configured to transfer the recyclables to the first to third loading bins and the rejection return port according to the material, type, and state of the recycled goods discriminated through the first and second discrimination sensor units; First to third loading bins for storing the recycled goods transferred from the transfer unit; A rejection article return port for returning the rejection article to the outside when the rejection article discriminated as not to be recycled through the discrimination of the first discrimination sensor unit or the second discrimination sensor unit is transferred through a transfer unit; A conveyor roller which is installed between the transfer unit and the second and third stack boxes and the reject article stack box to transfer recycled products transferred from the transfer unit; The first discriminating sensor unit and the second discriminating sensor unit controls the operation of the conveying unit to discriminate and classify, move, and stack the discriminated recycled product, and determine whether it is a recycled product through the first and second discriminating sensor units. Discriminating, calculating the value of the discriminated recyclables, and converting the value of the calculated recyclables to cash, charging with T-money, earning points, and converting the converted value into an amount of money A main control unit configured to control each unit to make a donation to a neighbor helping donation, and to transmit operation state information and all information of recycled products to a central management server when an operation error of each unit is detected; A screen input unit for inputting a menu for visually guiding the exchange of cash for recyclables, charging with T-money, earning points, and donating the converted amount as a donation aid; An advertisement window for outputting an advertisement image; A cash return unit for exchanging a value of the recycled goods into cash by a user; And And a card charging unit configured to charge a T-money value of the recycled product, which is input by the user, into the inlet. The method of claim 2, wherein the first differential sensor unit, And at least one bar code reader for recognizing the information recorded in the bar code by recognizing a bar code around the recycled product introduced through the inlet. The method according to claim 2 or 3, wherein the second differential sensor unit, And a plurality of capacitive sensors recognize a material of the recycled product as a rejected article that is not the object of recycling by recognizing the material of the recycled product. The method of claim 4, wherein the second differential sensor unit, And an analog capacitive sensor and a digital capacitive sensor to discriminate the material of the rehabilitation article. The method of claim 2, wherein the transfer unit, The upper part and the lower part are formed in the shape of an open barrel, and the recyclables drawn into the open upper part are lifted by the opened lower part when the housing driving means is driven, and the second and third loading boxes and the rejected items of the reclaimed recycled goods are lifted. A housing dropped on each conveyor roller installed between the stacking boxes; A housing driving means installed at left and right sides of the housing support body and connected to the left and right sides of the housing to rotate the housing up and down; A housing support body installed to cover the exterior of the housing above the housing support body driving means and rotating by an operation of a motor installed inside the housing support body driving means; And A housing support body driving means installed at a motor connected to the housing support body and rotating the housing support body connected to the motor by rotating the motor according to a rotation radius control signal received from the main controller; Recyclable unmanned collection system comprising a. The method of claim 2, wherein the main control unit, The converted amount is converted into the amount of money, and when the user selects a donation help for disadvantaged neighbors from a menu guided by the screen input unit, the converted amount is converted so that the converted amount can be donated as a benefit for neighbors. Recyclable unattended collection system, characterized in that the transmission to the operator server. The display apparatus of claim 2, wherein the screen input unit comprises: Recyclables characterized in that the touch screen to visually guide the exchange of the value of the recycled goods to be exchanged for cash, charged with T-money, earn points converted into the amount or donate the converted amount to donations to the disadvantaged Unmanned Collection System. The method of claim 1, wherein the central management server, The processing information and operation state information of the recycled goods transmitted from the main control unit of the recycled unmanned collector is classified and stored in each region, each zone and each device in real time, and the information and operation state of the recycled products stored in real time. A DB server interconnected with the user server and the administrator server to provide information to the user server and the administrator server; User server linked with a website that can check the points earned by the user among the information of the recycled products stored in the DB server to be converted into cyber money to use, or check the details donated to the disadvantaged neighbors donation ; And Providing information on the disposal of recyclables stored in the DB server in real time to the competent operator of the relevant unmanned recyclable collector collecting the recyclables, or managing the amount donated to the disadvantaged neighbors, and for-profit or non-profit organizations A manager server configured to receive an advertisement image desired by the organizations at the request of the user, and to transmit the advertisement image to the main control unit so that the advertisement image is displayed on the advertisement window of an unmanned recycling machine; Recyclable unmanned collection system comprising a. The method of claim 2 or 9, wherein the advertising window, Recycling unmanned collection system, characterized in that the advertising image desired by commercial or non-profit organizations transmitted through the administrator server is displayed. The method of claim 9, wherein the operator server, Recycling unmanned collection system, characterized in that by monitoring the operation status information of each recycling unmanned collector collected in real time in the DB server in real time, whether the operation error of the recycling unmanned collector can be monitored. The method of claim 9, The operator server provides the recyclables loading information of each recyclable unmanned collection machine among the information of the recyclables stored in the DB server in real time to the corresponding competent operator collecting the recyclables, and the corresponding competent operator collecting the recyclables is provided with the provided information. And determining the collection time of the recycled goods loaded into the recycled unmanned collector based on the information of the recycled goods, and collecting the recycled goods loaded into the recycled unmanned collector. (a) The recycled products introduced into the recycled unmanned collectors are discriminated from materials, types, and conditions in the first discriminating sensor unit and the second discriminating sensor unit to select whether to be recycled or not, and to select each recycled product. Transporting and loading the recycled product into a corresponding stacker in a transfer unit according to the type or material of the; (b) calculating, by the main controller, a value of the recycled product discriminated through the recognition of the first and second differential sensor units; (c) The calculated value of the recycled product is exchanged for cash, charged with T-money, and converted into an amount and earned as points when the user selects the value desired by the guide on the value exchange menu of the screen input unit. Being donated to the Neighbor Assistance Grant; (d) storing the information donated to the points selected by the user through the unmanned recyclable collector or donating money to help the disadvantaged neighbors and all the information of the processed recycled products are transmitted to a DB server; And (e) checking and using the donated details of the points or the donated money for helping the disadvantaged neighbors accumulated in the amount or information of the recycled goods stored in the DB server through a website associated with the user server; Recyclable unmanned collection system comprising a and recycled business method using the same. The method of claim 13, wherein step (a) comprises: The first discriminating sensor unit recognizes a barcode around a recycled product introduced through the inlet, recognizes the information recorded in the barcode to discriminate whether it is a recycled product, and the second discriminating sensor unit recognizes a barcode in the first discriminating sensor unit. And an analog capacitive sensor and a digital capacitive sensor recognize the surface of the non-recyclable material and discriminate the material of the recyclable material. The method of claim 13, wherein step (d) (d1) transmitting operation state information of the recycled unmanned collector to the DB server when the main controller of the recycled unmanned collector detects an operation error of each unit; (d2) storing, in real time, operating state information of the recycled unmanned collector in the DB server; (d3) real-time monitoring of an operation error of the corresponding unmanned recycling collector installed in each region and each area based on the operation state information of the unmanned recycling collector collected in real time in the DB server; And (d4) maintaining, repairing and managing the corresponding unmanned recyclable collector installed in each region and each area when the manager server checks an operation error of the recyclable unmanned recyclable collector; Recyclable unmanned collection system comprising a and recycled business method using the same. The method of claim 13, wherein step (d) (d1 ') The real time by classifying the recycled material processing information which is classified and loaded according to the material, type and state in the unmanned recyclable collector installed in each area and each area by DB, each area, each area and each device Stored as; (d2 ') the operator server providing the recyclable goods loading information of the recyclable unmanned collector to the competent operator who collects the recycled goods among the information on the recycled goods stored in the DB server; And (d3 ') a jurisdiction operator collecting the recyclables and collecting the recyclables by determining the collection time of the recyclables loaded in the unmanned recyclable collector based on the information of the provided recyclables; Recyclable unmanned collection system comprising a and recycled business method using the same. The method of claim 15, wherein (d2 '), Information about the amount, type, etc. of the recycled product among all the processed information of the recycled product of the recycled unmanned collector collected and stored in the DB server for each region, each zone, and each device is provided to the non-profit organization or the for-profit organization through the operator server. Provided step; Recyclable unmanned collection system further comprising a recycled business method using the same. The method of claim 13, wherein step (e) Receiving commercial images desired by commercial or non-profit organizations through the manager server; Transmitting the advertisement image from the manager server to a main controller of the recycled unmanned collector; And Displaying the advertisement image transmitted to the main controller in the advertisement window; Recyclable unmanned collection system further comprising a recycled business method using the same.

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