KR102158546B1 - Waste pickup management server and method capable of improving pickup efficiency of home waste - Google Patents

Abstract

Disclosed are a waste collection management server capable of improving the collection efficiency of home waste and a method thereof. According to the present invention, the waste collection management server capable of improving the collection efficiency of home waste comprises: a waste information storage unit to store waste information including types of home waste, model images of manufacturers for each type, and size and weight corresponding to each model image as a database; a collection information setting unit to designate a plurality of waste collection places for each area, and set collection information including a visit schedule for each designated waste collection place; a waste image receiving unit to receive a waste image of home waste to be discarded from a customer terminal; a waste information extraction unit to compare the received waste image with the waste information stored in the waste information storage unit to extract waste information including the type, size, and weight of the home waste in accordance with a compared result; a customer information receiving unit to receive customer information including an address and a contact number from the customer terminal; a collection information transmitting unit to transmit waste collection information including location information of a waste collection place located within a set distance range from the address among the plurality of waste collection places, a visit schedule corresponding thereto, and collection costs corresponding to the home waste to the customer terminal; and a discarding reservation receiving unit to receive a discarding reservation for the home waste from the customer terminal in response to the transmitted waste collection information.

Description

A waste collection management server and method that can improve the collection efficiency of household waste {WASTE PICKUP MANAGEMENT SERVER AND METHOD CAPABLE OF IMPROVING PICKUP EFFICIENCY OF HOME WASTE}

The present invention relates to a waste collection management server and method, and more particularly, to improve collection efficiency for household waste, maximize the possibility of recycling for household waste, and waste collection management that can improve the collection efficiency of household waste. It relates to a server and its method.

Currently, Korea is implementing a volume-based waste rate system in accordance with the government's waste reduction and recycling policy, and accordingly, general household waste that is difficult to recycle is placed in a dedicated standard bag and discharged, and household waste such as furniture and home appliances that can be recycled Is required to be discharged by attaching a payment certificate.

Such payment certificates are set at various prices depending on the type, size, and weight of furniture or home appliances. In addition, the payment certificate is generally made in the form of a sticker, and must be attached to the household waste to be purchased and disposed of at a town office or designated place, and the household waste with a payment certificate must be transported to the designated place.

However, it is difficult to purchase a payment certificate at an appropriate price in response to the household waste intended to be disposed of in general households, and the inconvenience of having to show the household waste directly to the person in charge of the payment certificate or to explain the household waste individually. have.

In addition, when the size of the household waste to be disposed of is large or the weight is heavy, there is a problem in that it incurs considerable labor for customers who wish to dispose of the household waste because the household waste with a payment certificate must be transported to a designated place.

In addition, there may be a case where a payment certificate for household waste to be disposed of may be incorrectly purchased, and in this case, there is a problem in that the corresponding household waste cannot be collected normally and must be left for a long time until an appropriate payment certificate is attached again.

In addition, even for household waste with a payment certificate attached, customers may not know the waste collection location or incorrectly recognize the collection location or collection date and dispose of the waste.In this case, the waste is left for a long time before it is normally collected, and the surrounding area There is a problem that hinders the aesthetics of the environment.

In addition, depending on the household waste, it may be discarded even though its condition is intact or it can be used continuously with only a little repair, and in this case, there is a problem of causing a lot of damage economically and socially.

Registered Utility Model Publication No. 20-0435755 (Registration date: 2007.02.08)

The present invention is invented to solve the above-described problems, and improves the collection efficiency for household waste, maximizes the possibility of recycling for household waste, and a waste collection management server capable of improving the collection efficiency of household waste, and the same. It aims to provide a method.

A waste collection management server according to an aspect of the present invention for achieving the above object is a database of waste information including types of household waste, model images of manufacturers for each type, and sizes and weights corresponding to each model image. Waste information storage unit to be stored as; A collection information setting unit that designates a plurality of waste collection locations for each region and sets collection information including a visit date for each of the designated waste collection locations; A waste image receiving unit for receiving a waste image of household waste to be disposed of from a customer terminal; A waste information extraction unit comparing the received waste image with waste information stored in the waste information storage unit, and extracting waste information including the type, size and weight of the household waste according to the comparison result; A customer information receiving unit for receiving customer information including an address and contact information from the customer terminal; Transmitting waste collection information including location information of a waste collection location within a set distance range from the address among the plurality of waste collection locations, a date of visit corresponding thereto, and a collection cost corresponding to the household waste to the customer terminal Collection information transmission unit; And a disposal reservation receiving unit for receiving a disposal reservation for the household waste from the customer terminal in response to the transmitted waste collection information.

The above-described waste collection management server includes: an image posting unit for posting a waste image of the household waste from which the disposal reservation has been received when the remaining time until the disposal reservation date of the household waste from which the disposal reservation has been received is more than a set time; And an estimate cost receiver for receiving an estimate cost for repair of household waste corresponding to the waste image posted from at least one repairer terminal. In this case, the image posting unit matches the received estimated cost and information on a repair supplier corresponding thereto with the posted waste image and posts it together.

The above-described waste collection management server includes: a desired information receiving unit for receiving desired acquisition information from at least one member terminal in response to the posted waste image; And a replacement information transmission unit for transmitting member information of a member corresponding to the acquisition desired information and replacement information including the acquisition desired information to the customer terminal.

A method for collection and management of household waste according to an aspect of the present invention for achieving the above object is, in the collection and management method of household waste performed by a household waste collection management server, a bed, a closet, a sofa, a chair, a computer , Storing waste information including a type of household waste including a desk, a model image of a manufacturer for each type, and a size and weight corresponding to each model image as a database; Designating a plurality of waste collection locations for each region, and setting collection information including a visit date for each of the designated waste collection locations; Receiving a waste image of household waste to be disposed of from a customer terminal; Comparing the received waste image with the stored waste information, and extracting waste information including the type, size and weight of the household waste according to the comparison result; Receiving customer information including an address and contact information from the customer terminal; Transmitting waste collection information including location information of a waste collection location within a set distance range from the address among the plurality of waste collection locations, a date of visit corresponding thereto, and a collection cost corresponding to the household waste to the customer terminal step; And receiving a disposal reservation for the household waste from the customer terminal in response to the transmitted waste collection information.

The above-described waste collection management method includes the steps of: posting a waste image of the household waste from which the disposal reservation is received when the remaining time until the disposal reservation date of the household waste from which the disposal reservation is received is more than a set time; Receiving an estimate cost for repair of household waste corresponding to the posted waste image from at least one repair service provider terminal; And matching the received quoted cost and repair company information corresponding thereto with the posted waste image and posting together. It may further include.

The above-described waste collection management method includes the steps of: receiving desired acquisition information from at least one member terminal in response to the posted waste image; And transmitting member information of a member corresponding to the acquisition desired information and replacement information including the acquisition desired information to the customer terminal.

According to the present invention, it is possible to improve collection efficiency for household waste and maximize the possibility of recycling for household waste.

1 is a view schematically showing a household waste collection management system to which a waste collection management server according to an embodiment of the present invention is applied.
2 is a diagram schematically showing the configuration of a waste collection management server according to a first embodiment of the present invention.
3 is a flow chart showing a method of providing additional information on household waste performed by the waste collection management server shown in FIG. 2.
4 is a diagram schematically showing the configuration of a waste collection management server according to a second embodiment of the present invention.
5 is a flowchart showing a method for collecting and managing household wastes performed by the waste collection management server shown in FIG. 4.

Hereinafter, some embodiments of the present invention will be described through exemplary drawings. In the description of reference numerals for elements in each drawing, the same elements are denoted by the same numerals as possible even if they are indicated on different drawings. In addition, in describing an embodiment of the present invention, when it is determined that a detailed description of a related known configuration or function interferes with an understanding of the embodiment of the present invention, the detailed description thereof will be omitted.

In addition, terms such as first, second, A, B, (a), and (b) may be used in describing the constituent elements of the embodiment of the present invention. These terms are only used to distinguish the component from other components, and the nature, order, or order of the component is not limited by the term. When a component is described as being "connected", "coupled" or "connected" to another component, the component may be directly connected, coupled or connected to the other component, but the component and the other component It should be understood that another component may be "connected", "coupled" or "connected" between elements.

1 is a view schematically showing a household waste collection management system to which a waste collection management server according to an embodiment of the present invention is applied.

Referring to FIG. 1, a waste collection management server 100 according to an embodiment of the present invention may be connected to a customer terminal 20, a member terminal 30, a repairer terminal 40, and the like through a network 10. Here, the network 10 is a concept in a broad sense as well as the Internet including a mobile communication network, such as CDMA (Code Division Multiple Access), WCDMA (Wideband CDMA), LTE (Long Term Evolution), 5G (5 ^th Generation Mobile Telecommunication) define. In addition, the customer terminal 20, the member terminal 30, and the repairer terminal 40 are capable of network communication, and include mobile communication terminals such as notebook computers and smart phones as well as computers.

The customer terminal 20 refers to a terminal of a customer who wishes to dispose of household waste including furniture such as a bed, a wardrobe, a sofa, a chair, a desk, and electronic products such as a television, radio, washing machine, refrigerator, and computer. At this time, it is preferable that the customer is authenticated through an authentication procedure in order to prevent false reports on the waste collection management service according to the embodiment of the present invention and to ensure the reliability of the waste collection management.

The member terminal 30 refers to a terminal of a member who has subscribed to the waste collection management service according to an embodiment of the present invention. At this time, the member is preferably authenticated through an authentication procedure at the time of registration in order to guarantee the reliability of the waste collection management service according to an embodiment of the present invention.

The repairer's terminal 40 refers to a repairer's terminal for each furniture such as a bed, a wardrobe, a sofa, a chair, and a desk, and each electronic product such as a television, radio, washing machine, refrigerator, and computer. At this time, it is preferable that the repair business operator is authenticated through an authentication procedure and is matched and stored with a business registration certificate in order to ensure the reliability and efficiency of the waste collection management service according to an embodiment of the present invention.

2 is a diagram schematically showing the configuration of a waste collection management server according to a first embodiment of the present invention.

2, the waste collection management server 100 includes a waste information storage unit 102, a collection cost storage unit 104, an image receiving unit 106, a waste information extraction unit 108, and a collection cost search unit 110 ), collection cost guidance unit 112, repair company registration unit 114, additional information receiving unit 116, first information posting unit 118, estimate cost receiving unit 120, estimate cost transmitting unit 122, certified member A registration unit 124, a transport cost receiving unit 126, a second information posting unit 128, an application signal receiving unit 130, and an application signal transmitting unit 132 may be included.

The waste information storage unit 102 stores waste information including a type of household waste, a model image of a manufacturer for each type of household waste, and a size and weight corresponding to each model image as a database. For example, the waste information storage unit 102 largely categorizes household waste into two types, furniture and home appliances, and classifies furniture into beds, wardrobes, sofas, desks, and chairs, and refrigerators for home appliances. , Washing machine, TV, and computer can be classified in detail.

In addition, the waste information storage unit 102 classifies manufacturers in response to each furniture or home appliance, and matches the model image of furniture or home appliance manufactured by each manufacturer with the corresponding size and weight information, Can be saved as. For example, among the types of furniture, manufacturers A, B, and C are classified according to the bed, and the model images a1, a2 of the bed corresponding to the manufacturer A, and the model images b1, b2, b3 of the bed corresponding to the manufacturer B, The model images c1 and c2 of the bed corresponding to the manufacturer C can be stored together with the size and weight information of the real bed corresponding to each model image.

The collection cost storage unit 104 classifies waste information into a plurality of stages according to at least one of type, size, and weight, and stores different collection costs by matching different collection costs corresponding to each of the classified stages. At this time, the collection cost storage unit 104 classifies household waste by type, classifies the size and weight of each type of household waste into a plurality of stages, and provides a different collection cost at low corresponding to each stage of the classification. You can match and save. In this case, the collection cost storage unit 104 may match different collection costs if the size or weight is different even if the household waste belonging to the same type, and the size and size of each household waste even if the different types of household waste The same collection cost may be matched according to the weight.

The image receiving unit 106 receives a waste image of household waste to be disposed of from the customer terminal 20. At this time, the household waste is a household waste that a specific customer wants to dispose of among various kinds of household waste, and is referred to as'household waste' in order to distinguish it from the household waste stored in the waste information storage unit 102.

The waste information extraction unit 108 compares the received waste image with the waste information stored in the waste information storage unit 102, and extracts waste information including the type, size, and weight of household waste according to the comparison result. At this time, the waste information extraction unit 108 compares the waste image received from the customer terminal 20 with the model image of each waste information stored as a database in the waste information storage unit 102, and the received waste image and the set error Waste information including the type, size, and weight of household waste can be extracted in response to the model image judged to be the same or similar within the range. In addition, when it is determined that the waste information extraction unit 108 does not have the same or similar model image within a set error range from the waste image received from the customer terminal 20 among the model images stored in the waste information storage unit 102, a preset It is automatically connected through a plurality of search sites and the network 10, and the same or similar model images can be primarily searched within a set error range with the waste images received through the connected search sites. In this case, the waste information extraction unit 108 secondly searches for a manufacturer corresponding to the model image in response to the model image that is primarily searched, and thirdly responds to the waste image through the searched manufacturer's site. Information such as the size and weight of the model image can be extracted. Here, as a technique of comparing two or more images with each other to determine whether they are identical or similar, a known technique may be used, and a detailed description thereof will be omitted.

Through this, waste information is extracted even when the waste information storage unit 102 does not store the corresponding waste information because the household waste that the customer wants to discard is a unique foreign furniture or home appliance that is not generally used in Korea. The unit 108 can extract waste information corresponding thereto through various search sites.

The collection cost search unit 110 searches the collection cost corresponding to the household waste from the collection cost storage unit 104 in response to the extracted waste information. At this time, the collection cost search unit 110 determines the type, size and weight of the household waste corresponding to the model image according to the waste information extracted by the waste information extraction unit 108, and from the collection cost storage unit 104 You can search for collection costs corresponding to the type, size and weight of household waste. In addition, when the waste information corresponding to the waste image from the waste information storage unit 102 is not searched, the collection cost search unit 110 extracts waste information through a preset search site as described above, and stores the collection cost. It is possible to search for the collection cost that best matches the waste information extracted from the unit 104.

The collection cost guide unit 112 transmits and guides the collection cost searched by the collection cost search unit 110 to the customer terminal 20. At this time, the collection cost guide unit 112 provides an account number for payment of the collection cost and a payment method such as account transfer and credit card payment in connection with a financial institution, and assumes that the payment for the collection cost is completed. A specific code corresponding to the waste may be encrypted and transmitted to the customer terminal 20 and the waste collector terminal (not shown). In this case, a specific encryption code may be composed of a combination of letters and numbers, and the customer must write the encryption code on the surface of the household waste to be disposed of, and the waste collector must check the encryption code written on the household waste. I can.

Through this, even if the customer does not know exactly the collection cost corresponding to the household waste to be disposed of, it is only necessary to take an image of the household waste using his or her terminal and send it to the waste collection management server to accurately collect the household waste. You will be able to receive information about the cost.

In addition, customers can simply dispose of household waste by simply writing the encryption code on the surface of the household waste without having to separately purchase a sticker to be attached to the household waste.

The repair service provider registration unit 114 registers and stores a plurality of home appliance repair companies. At this time, the repair contractor registration unit 114 includes household items, such as furniture such as beds, wardrobes, sofas, desks, chairs, etc., that can easily identify defects in appearance, and electronic products such as televisions, radios, computers, and audio systems. Likewise, household items that emphasize functional defects rather than appearance defects are classified, and repair companies can be registered and stored for household items that can easily identify the defects in appearance. In addition, the repair service provider registration unit 114 may register and store a repair service provider for household items that emphasize functional defects rather than appearance defects, in this case, as described below, from the customer terminal 20. It is desirable to additionally receive defect information for household waste. In addition, the repair contractor registration unit 114 may classify and store each household appliance repair contractor in detail according to their specialized field. For example, the repair contractor registration unit 114 may largely classify registered repair companies into furniture, home appliances, etc., and may classify repair companies for furniture into beds, wardrobes, sofas, etc. according to their specialty fields.

The additional information receiving unit 116 receives additional information on household waste from the customer terminal 20. At this time, the additional information receiving unit 116 may receive the type of household waste to be discarded from the customer terminal 20, a manufacturer, a brand, a model name, and a cause to be discarded as additional information. To this end, the additional information receiving unit 116 may provide the customer terminal 20 with a selection menu or an input window for additional information corresponding to the type of each household waste. In this case, the customer may omit the selection or input of inaccurate additional information on household waste.

The first information posting unit 118 transmits first information including waste images and additional information received from the customer terminal 20 and waste information extracted by the waste information extraction unit 108 through the network 10. Post for verification by registered home appliance repairers. At this time, the first information posting unit 118, when a waste image and additional information are received from the customer terminal 20, repairs the household goods corresponding to the corresponding waste image among the household goods repair companies registered in the repair business registration unit 114 A notification message indicating that a waste image has been uploaded may be transmitted to the search for a supplier and to the repair supplier terminal 40 of the searched home appliance repair supplier. In this case, the first information posting unit 118 receives a notification message when a waste image belonging to a major category is uploaded from the repair service provider terminal 40 corresponding to each household appliance repair business registered in the repair business registration unit 114. It is possible to set the range of the notification message whether to receive the notification message, whether to receive the notification message when a waste image subdivided into sub-category or sub-classification is uploaded. For example, the first information posting unit 118 is set to transmit a notification message when a waste image corresponding to a household classified as a large category is uploaded from the repairer terminal 40 corresponding to the household appliance repairer A. It may be set to transmit a notification message when a waste image corresponding to a sofa belonging to a middle category among furniture belonging to a large category is uploaded from the repair vendor terminal 40 corresponding to the home appliance repair company B. The estimate cost receiver 120 receives a repair estimate cost for household waste from at least one household appliance repair company. That is, each household goods repair business registered in the repair business registration unit 114 refers to the waste image and additional information uploaded by the customer terminal 20 and the waste information extracted by the waste extraction unit 108, In the case of repairing household waste corresponding to the waste image, an estimate of the repair cost as to how much cost is required may be input through the repairer terminal 40. In this case, the estimate cost receiving unit 120 receives a repair estimate cost for household waste input by the repair provider terminal 40. At this time, the estimate cost receiving unit 120 sets a certain period in response to the waste image and additional information received from the customer terminal 20, and receives an estimate of the repair cost from at least one repairer terminal 40 during the set period. can do.

The estimate cost transmission unit 122 transmits the estimated cost for repair of household waste received by the estimate cost reception unit 120 to the customer terminal 20. At this time, when a certain period is set in response to the waste image and additional information received from the customer terminal 20, the estimate cost transmission unit 122 is the repair estimate cost received from at least one repairer terminal 40 during the set period Can only be transmitted to the customer terminal 20.

As a result, the customer can easily find out how much the repair cost is for the household waste to be disposed of, and if repair is possible at a low cost by comparing the repair estimate cost received from each household item repair company during the set period. Household waste can be repaired and recycled.

The certified member registration unit 124 registers a member who has subscribed as a member to the household waste collection management service according to an embodiment of the present invention. At this time, the authentication member registration unit 124 performs a predetermined authentication procedure for a person who applies for membership registration, and may store member information such as name or ID, contact information, address, etc. for the member who has completed authentication and registration. In this case, the contact information may be replaced with an e-mail address or an SNS (Social Network Service) address, and the address may only store approximate addresses such as Nonhyeon-dong, Gangnam-gu, Yeoksam-dong, Gangnam-gu, and the like.

The transport cost receiving unit 126 receives the transport cost of household waste from the customer terminal 20 to a set location. At this time, the transportation cost receiver 126 may receive address information of a corresponding customer from the customer terminal 20 together. In this case, the transportation cost receiver 126 searches the location of the waste collection location closest to the customer's address among the plurality of designated waste collection locations, and the distance from the customer's address to the retrieved waste collection location on the map And can be included in the transport cost received from the customer terminal 20.

The second information posting unit 128 posts second information including the transportation cost received by the transportation cost receiving unit 126 and the waste information extracted by the waste information extracting unit 108. At this time, the second information posting unit 128 posts the distance information to the nearest waste collection location along with the transportation cost received from the customer terminal 20, and also the household waste extracted by the waste information extraction unit 108 Waste information on the size and weight of and waste images can be posted as second information. In addition, the second information posting unit 128 targets members who have subscribed as members to the household waste collection management service according to an embodiment of the present invention and reside within a set distance from the customer's address, and the corresponding member terminal ( 30) can send a notification message notifying that the transport cost for household waste has been uploaded. In addition, the second information posting unit 128 may set a certain period from the time when the transportation cost is received from the customer terminal 20 and may post the second information within the set period.

The request signal receiving unit 130 receives a transport request signal from at least one member registered in the authentication member registration unit 124. That is, a member registered in the certified member registration unit 124 can apply for the act of transporting household waste to a designated waste collection location based on the second information posted by the second information posting unit 128, and the application signal The receiving unit 130 receives a transport request signal for household waste from the member terminal 30 in response to the member's transport request.

The request signal transmission unit 132 transmits the member information of the member corresponding to the transport request signal and the transport request signal received by the application signal receiving unit 130 to the customer terminal 20. At this time, the application signal transmission unit 132 determines that a transaction for transporting waste between the customer and the member has been established in response to the member information transmitted to the customer terminal 20. If, in response to the member information transmitted to the customer terminal 20, the waste transport transaction between the customer and the member is not normally established, the application signal transmission unit 132 is at least one of the customer terminal 20 and the member terminal 30 It is possible to receive a message about the signal and the reason for the transaction failure from one, and penalize a customer or member in response thereto.

On the other hand, when a transport request signal is received from a plurality of members during a set period, the application signal transmission unit 132 may receive a final target selection signal for the waste transport transaction from the customer terminal 20. In this case, the application signal transmission unit 132 transmits information on the experience degree, evaluation score, address, etc. of the waste transportation transaction corresponding to each member to the customer terminal 20 together to facilitate the customer to select the final target. It is desirable to do.

Here, it has been described that the transport cost receiver 126 receives the transport cost for household waste from the customer terminal 20 and the request signal receiver 130 receives the transport request signal for it from the member terminal 30.

However, in an embodiment of the present invention, the transport cost receiver 126 receives only a transport request signal for household waste from the customer terminal 20, and the request signal receiver 130 includes transport costs from the member terminal 30. It may be configured to receive the transport request signal and finally receive a selection signal for the transport request signal from the customer terminal 20.

Accordingly, the household waste collection management server according to an embodiment of the present invention can set and post a predetermined transportation cost for the household waste to be disposed of by the customer and request another person to carry it. The waste is transported to the designated waste collection point and the transport cost is paid for it.

3 is a flow chart showing a method of providing additional information on household waste performed by the waste collection management server shown in FIG. 2.

1 and 2, the waste collection management server 100 is a database of waste information including a type of household waste, a model image of a manufacturer for each type of household waste, and a size and weight corresponding to each model image. Save as (S102). For example, the waste collection management server 100 categorizes household waste into two types: furniture and home appliances, and classifies furniture into beds, wardrobes, sofas, desks, and chairs, and refrigerators for home appliances. , Washing machine, TV, and computer can be classified in detail.

In addition, the waste collection management server 100 classifies the manufacturers in response to each furniture or home appliance, and matches the model image of the furniture or home appliance manufactured by each manufacturer together with the corresponding size and weight information. Can be saved as a database. For example, among the types of furniture, manufacturers A, B, and C are classified according to the bed, and the model images a1, a2 of the bed corresponding to the manufacturer A, and the model images b1, b2, b3 of the bed corresponding to the manufacturer B, The model images c1 and c2 of the bed corresponding to the manufacturer C can be stored together with the size and weight information of the real bed corresponding to each model image.

The waste collection management server 100 classifies waste information into a plurality of steps according to at least one of type, size, and weight (S104), and stores different collection costs by matching different collection costs corresponding to each of the classified steps (S106). ). At this time, the waste collection management server 100 classifies household waste by type, classifies the size and weight of each type of household waste into a plurality of stages, and provides different collection costs at low corresponding to each stage of the classification. You can match and save. In this case, the waste collection management server 100 may match different collection costs if the sizes or weights are different even if the household waste belongs to the same type, and the size and size of each household waste even if the household waste is different types The same collection cost may be matched according to the weight.

The waste collection management server 100 registers and stores a plurality of home appliance repair companies (S108). At this time, the waste collection management server 100 includes household items such as furniture such as beds, wardrobes, sofas, desks, chairs, etc. that can easily identify defects in appearance, and electronic products such as televisions, radios, computers, and audio systems. As shown in Fig. 1, household items that emphasize functional defects rather than appearance defects are classified, and repair companies for household items that can easily identify external defects can be registered and stored. In addition, the waste collection management server 100 may register and store a repair company for household items that emphasize functional defects rather than appearance defects, but in this case, defect information for the household waste from the customer terminal 20 It is desirable to receive additionally. In addition, the waste collection management server 100 may classify and store each household appliance repair business in detail according to its specialized field. For example, the waste collection management server 100 may classify registered repair companies into furniture, home appliances, etc., and classify furniture repair companies into beds, wardrobes, sofas, etc. according to their specialized fields. .

The waste collection management server 100 registers a member who has subscribed as a member to the household waste collection management service according to an embodiment of the present invention (S110). At this time, the waste collection management server 100 performs a predetermined authentication procedure for a person who applies for membership registration, and may store member information such as name or ID, contact information, address, etc. for the member who has completed authentication and registration. In this case, the contact information may be replaced with an e-mail address or an SNS (Social Network Service) address, and the address may only store approximate addresses such as Nonhyeon-dong, Gangnam-gu, Yeoksam-dong, Gangnam-gu, and the like.

The waste collection management server 100 receives a waste image of household waste to be disposed of from the customer terminal 20 (S112). At this time, the household waste is a household waste that a specific customer wants to dispose of among various kinds of household waste, and is referred to as'household waste' in order to distinguish it from the household waste stored in the waste information storage unit 102.

In addition, the waste collection management server 100 may receive additional information on household waste from the customer terminal 20 (S114). At this time, the waste collection management server 100 directly transports the type of household waste to be disposed of from the customer terminal 20, the manufacturer, the brand, the model name, the cause to be disposed of, the address of the customer, whether or not to directly transport it to the waste collection location, If it is possible to repair household waste, it is possible to receive as additional information whether or not there is an intention to repair it. To this end, the waste collection management server 100 may provide the customer terminal 20 with a selection menu or input window for additional information corresponding to the type of each household waste. In this case, the customer may omit the selection or input of inaccurate additional information on household waste.

The waste collection management server 100 compares the waste image received from the customer terminal 20 with the stored waste information, and extracts waste information including the type, size and weight of household waste according to the comparison result (S116) . At this time, the waste collection management server 100 compares the waste image received from the customer terminal 20 with the model image of each waste information stored in the database, and is determined to be the same or similar within a set error range with the received waste image. In response to the model image, waste information including the type, size and weight of household waste can be extracted. In addition, the waste collection management server 100, if it is determined that there is no identical or similar model image within a set error range from the waste image received from the customer terminal 20 among the stored model images, a plurality of preset search sites and networks 10 ) Is automatically connected, and the same or similar model image can be primarily searched within the set error range with the waste image received through the connected search site. In this case, the waste collection management server 100 searches for a manufacturer corresponding to the model image secondly in response to the model image that is primarily searched, and thirdly responds to the waste image through the searched manufacturer's site. Information such as the size and weight of the model image can be extracted.

Through this, even if the waste collection management server 100 does not store the corresponding waste information because the household waste that the customer wants to dispose is a unique foreign furniture or home appliance that is not generally used in Korea, the network ( It is possible to extract corresponding waste information through various search sites connected to 10).

The waste collection management server 100 may post first information including waste images and additional information received from the customer terminal 20 and extracted waste information through the network 10 (S118). At this time, when the waste image and additional information are received from the customer terminal 20, the waste collection management server 100 searches for a home appliance repairer corresponding to the corresponding waste image among registered household appliance repair companies, and the searched home A notification message indicating that the waste image has been uploaded may be transmitted to the repairer terminal 40 of the product repairer. In this case, the waste collection management server 100 receives a notification message when a waste image belonging to a major category is uploaded from the repair service provider terminal 40 corresponding to each registered household appliance repair business, whether it is a medium classification or a small classification. When a detailed waste image is uploaded, the range of the notification message for whether to receive a notification message can be set in advance. For example, the waste collection management server 100 may be set to transmit a notification message when a waste image corresponding to a household classified as a large category is uploaded from the repairer terminal 40 corresponding to the household appliance repairer A. In addition, it may be set to transmit a notification message when a waste image corresponding to a sofa belonging to a middle category among furniture belonging to a large category is uploaded from the repair vendor terminal 40 corresponding to the home appliance repair company B.

In addition, the waste collection management server 100 searches for members residing within the range set from the customer's address among registered members when a request signal for requesting agency transportation of household waste from the customer terminal 20 is received. In addition, a notification message informing that a signal requesting agency transportation of household waste has been uploaded to the member terminal 30 corresponding to the searched member may be transmitted.

The waste collection management server 100 searches for a collection cost corresponding to household waste in response to the extracted waste information (S120). At this time, the waste collection management server 100 may determine the type, size, and weight of the household waste corresponding to the model image according to the extracted waste information, and search for a collection cost corresponding thereto. In addition, when the waste information corresponding to the waste image is not searched from the stored waste information database, the waste collection management server 100 extracts waste information through a preset search site as described above, and extracts the waste information You can search for collection costs that best match.

The waste collection management server 100 transmits and guides the searched collection cost to the customer terminal 20 (S122). At this time, the waste collection management server 100 may provide the customer terminal 20 with an account number for payment of the corresponding collection cost and a payment method such as account transfer or credit card payment in connection with a financial institution. In addition, when the payment for the collection cost is completed by the customer, the waste collection management server 100 encrypts a specific code corresponding to household waste and transmits it to the customer terminal 20 and the waste collector terminal (not shown). I can. In this case, a specific encryption code may be composed of a combination of letters and numbers, and the customer must write the encryption code on the surface of the household waste to be disposed of, and the waste collector must check the encryption code written on the household waste. I can.

Through this, even if the customer does not know exactly the collection cost corresponding to the household waste to be disposed of, it is only necessary to take an image of the household waste using his or her terminal and send it to the waste collection management server to accurately collect the household waste. You will be able to receive information about the cost.

In addition, customers can simply dispose of household waste by simply writing the encryption code on the surface of the household waste without having to separately purchase a sticker to be attached to the household waste.

The waste collection management server 100 receives a repair estimate cost for household waste from at least one household appliance repair company (S124). That is, each household goods repair business registered in the waste collection management server 100 refers to the waste image and additional information uploaded by the customer terminal 20, and the extracted waste information, and the household waste corresponding to the corresponding waste image. In the case of repairing, an estimate of the repair cost for how much cost is required may be input to the waste collection management server 100 through the repairer terminal 40. In this case, the waste collection management server 100 receives a repair estimate cost for household waste input by the repair provider terminal 40. At this time, the waste collection management server 100 sets a certain period in response to the waste image and additional information received from the customer terminal 20, and an estimate of the repair cost from at least one repairer terminal 40 during the set period. Can receive.

The waste collection management server 100 transmits the estimated cost of repair for household waste received from the repair provider terminal 40 to the customer terminal 20 (S126). At this time, the waste collection management server 100, when a certain period is set in response to the waste image and additional information received from the customer terminal 20, the repair estimate cost received from at least one repair contractor terminal 40 during the set period Can only be transmitted to the customer terminal 20.

As a result, the customer can easily find out how much the repair cost is for the household waste to be disposed of, and if repair is possible at a low cost by comparing the repair estimate cost received from each household item repair company during the set period. Household waste can be repaired and recycled.

The waste collection management server 100 receives the transportation cost of household waste from the customer terminal 20 to the set location (S128). At this time, the waste collection management server 100 may receive address information of a corresponding customer from the customer terminal 20 together. In this case, the waste collection management server 100 searches for the location of the nearest waste collection location from the customer's address among the plurality of designated waste collection locations, and moves the distance from the customer's address to the searched waste collection location on the map. It can be displayed along with the route and included in the transportation cost received from the customer terminal 20.

The waste collection management server 100 posts second information including transport costs received from the customer terminal 20 and extracted waste information (S130). At this time, the waste collection management server 100 posts distance information to the nearest waste collection location along with the transportation cost received from the customer terminal 20, and also waste information about the size and weight of the extracted household waste, Waste images can be posted as second information. In addition, the waste collection management server 100 targets members who have subscribed to the household waste collection management service according to an embodiment of the present invention as a member who resides within a set distance range from the customer's address, and the corresponding member terminal 30 ), a notification message notifying that the transport cost for household waste has been uploaded can be sent. In addition, the waste collection management server 100 may set a certain period from the time when the transportation cost is received from the customer terminal 20 and post the second information within the set period.

The waste collection management server 100 receives a transport request signal from at least one registered member (S132). That is, a member registered in the waste collection management server 100 can request the act of transporting household waste to a designated waste collection location based on the posted second information, and the waste collection management server 100 In response to the request, the member terminal 30 receives a transport request signal for household waste.

The waste collection management server 100 transmits the member's member information corresponding to the transport request signal and the transport request signal received from the member terminal 30 to the customer terminal 20 (S134). At this time, the waste collection management server 100 determines that a transaction for transporting waste between the customer and the member has been established in response to the member information transmitted to the customer terminal 20. If, in response to the member information transmitted to the customer terminal 20, the waste transport transaction between the customer and the member is not normally established, the waste collection management server 100 is at least one of the customer terminal 20 and the member terminal 30 It is possible to receive a message about the signal and the reason for the transaction failure from one, and penalize a customer or member in response thereto.

On the other hand, when a transport request signal is received from a plurality of members during a set period, the waste collection management server 100 may receive a final target selection signal for the waste transport transaction from the customer terminal 20. In this case, the waste collection management server 100 transmits information on the experience degree, evaluation score, address, etc. of the waste transport transaction corresponding to each member to the customer terminal 20 together to facilitate the customer to select the final target. It is desirable to do.

Here, it has been described that the waste collection management server 100 receives the transport cost for household waste from the customer terminal 20 and receives a transport request signal for it from the member terminal 30.

However, in an embodiment of the present invention, the waste collection management server 100 receives only a transport request signal for household waste from the customer terminal 20, and receives a transport request signal including a transport cost from the member terminal 30, and , Finally, it may be configured to receive a selection signal for the corresponding transport request signal from the customer terminal 20.

Accordingly, the household waste collection management server according to an embodiment of the present invention can set and post a predetermined transportation cost for the household waste that the customer wants to dispose, and the registered member for this is the designated waste collection location for the customer's household waste. It can be transported to and paid for the transport cost.

4 is a diagram schematically showing the configuration of a waste collection management server according to a second embodiment of the present invention. Here, the waste collection management server 100 according to the second embodiment may constitute the same household waste collection management system as shown in FIG. 1, and thus, the same as the waste collection management server 100 according to the first embodiment. It has been given a reference number. In addition, among the components of the waste collection management server 100 according to the second embodiment, the same reference numerals for components that perform the same or similar functions as those of the waste collection management server 100 according to the first embodiment. Was given. In addition, the waste collection management server 100 according to the first embodiment and the waste collection management server 100 according to the second embodiment are shown and described independently to describe different embodiments, respectively, but the first embodiment The waste collection management server 100 according to the second embodiment and the waste collection management server 100 according to the second embodiment may be used by mixing each component.

4, the waste collection management server 100 includes a waste information storage unit 102, a collection information setting unit 204, an image receiving unit 106, a waste information extraction unit 108, a customer information receiving unit 210 , A collection information transmission unit 212, a discard reservation receiving unit 214, an image posting unit 216, an estimate cost receiving unit 120, a desired information receiving unit 220, and a replacement information transmitting unit 222.

The waste information storage unit 102 stores waste information including a type of household waste, a model image of a manufacturer for each type of household waste, and a size and weight corresponding to each model image as a database. For example, the waste information storage unit 102 largely categorizes household waste into two types, furniture and home appliances, and classifies furniture into beds, wardrobes, sofas, desks, and chairs, and refrigerators for home appliances. , Washing machine, TV, and computer can be classified in detail.

In addition, the waste information storage unit 102 classifies manufacturers in response to each furniture or home appliance, and matches the model image of furniture or home appliance manufactured by each manufacturer with the corresponding size and weight information, Can be saved as. For example, among the types of furniture, manufacturers A, B, and C are classified according to the bed, and the model images a1, a2 of the bed corresponding to the manufacturer A, and the model images b1, b2, b3 of the bed corresponding to the manufacturer B, The model images c1 and c2 of the bed corresponding to the manufacturer C can be stored together with the size and weight information of the real bed corresponding to each model image.

The collection information setting unit 104 designates a plurality of waste collection locations for each region, and sets collection information including a visit date for each designated waste collection location. For example, the collection information setting unit 104 designates four waste collection locations in Nonhyeon-dong, Gangnam-gu: A, B, C, and D, and sets each waste collection location in Nonhyeon-dong, Gangnam-gu to A -> B every Monday. -> C -> You can set the collection information including the visit date for each visit at 10 am, 10:20, 10:40, 11 o'clock in the order of D.

The image receiving unit 106 receives a waste image of household waste to be disposed of from the customer terminal 20. At this time, the household waste is a household waste that a specific customer wants to dispose of among various kinds of household waste, and is referred to as'household waste' in order to distinguish it from the household waste stored in the waste information storage unit 102.

The waste information extraction unit 108 compares the received waste image with the waste information stored in the waste information storage unit 102, and extracts waste information including the type, size, and weight of household waste according to the comparison result. At this time, the waste information extraction unit 108 compares the waste image received from the customer terminal 20 with the model image of each waste information stored as a database in the waste information storage unit 102, and the received waste image and the set error Waste information including the type, size, and weight of household waste can be extracted in response to the model image judged to be the same or similar within the range. In addition, when it is determined that the waste information extraction unit 108 does not have the same or similar model image within a set error range from the waste image received from the customer terminal 20 among the model images stored in the waste information storage unit 102, a preset It is automatically connected through a plurality of search sites and the network 10, and the same or similar model images can be primarily searched within a set error range with the waste images received through the connected search sites. In this case, the waste information extraction unit 108 secondly searches for a manufacturer corresponding to the model image in response to the model image that is primarily searched, and thirdly responds to the waste image through the searched manufacturer's site. Information such as the size and weight of the model image can be extracted. Here, as a technique of comparing two or more images with each other to determine whether they are identical or similar, a known technique may be used, and a detailed description thereof will be omitted.

Through this, waste information is extracted even when the waste information storage unit 102 does not store the corresponding waste information because the household waste that the customer wants to discard is a unique foreign furniture or home appliance that is not generally used in Korea. The unit 108 can extract waste information corresponding thereto through various search sites.

The customer information receiving unit 210 receives customer information including the address and contact information of the customer from the customer terminal 20. At this time, it is preferable that the customer information receiving unit 210 receives a specific address and contact information of the customer from the customer terminal 20 so that the waste collector can easily visit the address of the customer.

The collection information transmission unit 212 is waste collection information including location information of a waste collection location within a set distance range from a customer's address among a plurality of waste collection locations, a date of visit corresponding thereto, and a collection cost corresponding to household waste. Is transmitted to the customer terminal 20. At this time, the collection information transmission unit 212 may search for a waste collection place located within a set distance range from the customer's address among a plurality of waste collection locations while gradually reducing the distance range. For example, if the customer's address is Nonhyeon-dong, Gangnam-gu, the collection information transmission unit 212 primarily searches for waste collection locations A, B, C, and D located in Nonhyeon-dong, Gangnam-gu, among a plurality of waste collection locations. Among the waste collection points A, B, C and D, it is possible to secondaryly search for waste collection points B and D located within a set distance from the customer's address. Here, it has been described that the collection information transmission unit 212 primarily searches for a waste collection location located in the same region as the customer's address (for example, Nonhyeon-dong, Gangnam-gu) among the plurality of waste collection locations, but the collection information transmission unit (212) may primarily search for waste collection locations located in the same or adjacent to the customer's address among a plurality of waste collection locations. This is because, in some cases, a waste collection location located in an adjacent area may be closer to the customer's address than a waste collection location located in the same area as the customer's address. In this case, the collection information transmission unit 212 may display the route from the customer's address to each waste collection location searched together with the visit date of each waste collection location on a map and transmit it to the customer terminal 20. .

As a result, it is possible to prevent damage to the surrounding environment by neglecting household waste because the customer does not know the surrounding geography due to moving, etc., and the customer can dispose of household waste according to the set waste collection schedule at the nearest waste collection point. To induce.

The disposal reservation receiving unit 214 receives a disposal reservation for household waste from the customer terminal 20 in response to the waste collection information transmitted to the customer terminal 20. At this time, the disposal reservation receiving unit 214 receives the disposal reservation for household waste within a time range set based on the visit date for the waste collection location located within a set distance range from the customer's address corresponding to the customer terminal 20. can do. For example, if the visit date for a waste collection location located within a set distance from the customer's address is 10:30 a.m. on every Monday, the disposal reservation receiving unit 214 is around 30 minutes from 10:30 a.m. on Monday. You can receive the reservation for disposal of household waste within the time range of 10 am to 11 am.

In this case, the discard reservation receiving unit 214 may receive a request signal for direct visit collection together with receiving a discard reservation from the customer terminal 20. At this time, the discard reservation receiving unit 214 guides a preset cost for direct visit collection, and when a request signal for direct visit collection is received from the customer terminal 20, the received request signal for direct visit collection is a signal of the discard reservation. It is desirable to transmit it to a terminal (not shown) in charge of the visitor at the waste collection site.

Accordingly, the household waste collection management service according to an embodiment of the present invention can minimize the deterioration of the aesthetics of the surrounding environment due to long-term domestic waste by disposing of waste according to the collection schedule of the waste collection location.

In addition, according to the present invention, in accordance with the collection schedule of the waste collection location, the waste collection manager can directly visit the customer's address to collect the household waste, thereby eliminating the hassle of having to transport the household waste directly to the designated collection location. Can be removed.

The image posting unit 216 posts the waste image of the household waste for which the disposal reservation has been received, when the remaining time until the reservation date for the disposal of the household waste received from the customer terminal 20 is more than a set time. At this time, the image posting unit 216 is posted so that the registered household goods repair business can check the waste image and additional information received from the customer terminal 20 and the waste information extracted by the waste information extraction unit 108 can do. In this case, the image posting unit 216 receives a disposal reservation from the customer terminal 20, and if the remaining time until the date of the disposal reservation is more than a set time, among registered household goods repair companies, the household goods corresponding to the waste image A notification message indicating that a waste image has been uploaded may be transmitted to the repairer terminal 40 of the searched home appliance repairer by searching for a repair company. In this case, the image posting unit 216 will receive a notification message when a waste image belonging to a major category is uploaded from the repair service provider terminal 40 corresponding to each registered household appliance repair company, or is divided into sub-category or sub-category. You can set the range of the notification message whether to receive a notification message when the waste image is uploaded. For example, the image posting unit 216 may be set to transmit a notification message when a waste image corresponding to a household classified as a large category is uploaded from the repairer terminal 40 corresponding to the household appliance repairer A. , From the repair service provider terminal 40 corresponding to the home appliance repair service provider B, it may be set to transmit a notification message when a waste image corresponding to a sofa belonging to a middle category among furniture belonging to the major category is uploaded.

The estimate cost receiver 120 receives a repair estimate cost for household waste from at least one household appliance repair company. That is, each household goods repair business registered in the household waste collection management server 100 according to an embodiment of the present invention includes a waste image and additional information uploaded by the customer terminal 20, and the waste extraction unit 108 With reference to the waste information extracted by, a repair cost estimate for how much cost is required when repairing household waste corresponding to the corresponding waste image can be input through the repairer terminal 40. In this case, the estimate cost receiving unit 120 receives a repair estimate cost for household waste input by the repair provider terminal 40. At this time, the estimate cost receiving unit 120 may receive an estimate of the repair cost from at least one repairer terminal 40 during the remaining period until the disposal reservation in response to the waste image and additional information received from the customer terminal 20. have.

In this case, it is preferable that the image posting unit 216 matches the repair estimate cost received through the estimate cost receiving unit 120 and the repair supplier information corresponding thereto with the posted waste image and posts it together.

In addition, the image posting unit 216 is for a member who has subscribed to the household waste collection management service according to an embodiment of the present invention as a member, and the corresponding member terminal 30 has waste information and repair estimate cost for household waste. You can send a notification message indicating that it has been uploaded. At this time, the image posting unit 216 may receive preset types of household waste to receive a notification message for uploading waste information and repair estimate cost from the member terminal 30 corresponding to each registered member. Accordingly, a notification message may be transmitted to the member terminal 30 of the member whose type of household waste matches the set type of household waste.

The desired information receiving unit 220 receives the acquisition desired information from at least one member terminal 30 in response to the posted waste image. That is, a member registered in the household waste collection management server 100 according to an embodiment of the present invention can select whether or not to acquire the household waste by referring to the posted waste image and the repair estimate cost, The desired information receiving unit 220 receives acquisition desired information desired to acquire household waste corresponding to the waste image from the member terminal 30 according to the selection of at least one member.

When the replacement information transmission unit 222 receives the desired acquisition information for household waste from the member terminal 30, the member's member information corresponding to the received acquisition desired information and the replacement information including the acquisition desired information are sent to the customer terminal. Transfer to (20). In this case, the replacement information transmission unit 222 may receive an approval signal from the customer terminal 20 to approve the member to acquire household waste in response to the replacement information transmitted to the customer terminal 20. In addition, when acquisition desired information is received from a plurality of member terminals 30, the replacement information transmission unit 222 may receive a member selection signal and an approval signal for the member selection signal from the customer terminal 20.

Accordingly, the household waste collection and management service according to an embodiment of the present invention can be used by registered members to determine whether or not the household waste to be disposed of by the customer can be repaired or not, with reference to the repair estimate cost when repair is possible. By allowing you to choose whether or not, you can maximize the recyclability of household waste.

5 is a flowchart showing a method for collecting and managing household wastes performed by the waste collection management server shown in FIG. 4. Here, the waste collection management method according to the embodiment of the present invention may be used interchangeably with the waste collection management method performed by the waste collection management server shown in FIG. 2, and vice versa.

4 and 5, the waste collection management server 100 is a database of waste information including a type of household waste, a model image of a manufacturer for each type of household waste, and a size and weight corresponding to each model image. Save as (S202). For example, the waste collection management server 100 categorizes household waste into two types: furniture and home appliances, and classifies furniture into beds, wardrobes, sofas, desks, and chairs, and refrigerators for home appliances. , Washing machine, TV, and computer can be classified in detail.

In addition, the waste collection management server 100 classifies manufacturers in response to each furniture or home appliance, and matches the model image of furniture or home appliance manufactured by each manufacturer with the corresponding size and weight information, and Can be saved as. For example, among the types of furniture, manufacturers A, B, and C are classified according to the bed, and the model images a1, a2 of the bed corresponding to the manufacturer A, and the model images b1, b2, b3 of the bed corresponding to the manufacturer B, The model images c1 and c2 of the bed corresponding to the manufacturer C can be stored together with the size and weight information of the real bed corresponding to each model image.

The waste collection management server 100 designates a plurality of waste collection locations for each region, and sets collection information including a visit date for each designated waste collection location (S204). For example, the waste collection management server 100 designates four waste collection locations A, B, C, D for Nonhyeon-dong, Gangnam-gu, and sets each waste collection location A -> B on Nonhyeon-dong, Gangnam-gu every Monday. -> C -> You can set the collection information including the visit date for each visit at 10 am, 10:20, 10:40, 11 o'clock in the order of D.

The waste collection management server 100 receives a waste image of household waste to be disposed of from the customer terminal 20 (S206). At this time, household waste is a household waste that a specific customer wants to dispose of among various types of household waste, and is referred to as'household waste' to distinguish it from stored household waste.

The waste collection management server 100 compares the waste image received from the customer terminal 20 with the stored waste information, and extracts waste information including the type, size and weight of household waste according to the comparison result (S208). . At this time, the waste collection management server 100 compares the waste image received from the customer terminal 20 with the model image of each waste information stored in the database, and is determined to be the same or similar within a set error range with the received waste image. In response to the model image, waste information including the type, size and weight of household waste can be extracted. In addition, the waste collection management server 100, if it is determined that there is no identical or similar model image within a set error range from the waste image received from the customer terminal 20 among the stored model images, a plurality of preset search sites and networks 10 ) Is automatically connected, and the same or similar model image can be primarily searched within the set error range with the waste image received through the connected search site. In this case, the waste collection management server 100 searches for a manufacturer corresponding to the model image secondly in response to the model image that is primarily searched, and thirdly responds to the waste image through the searched manufacturer's site. Information such as the size and weight of the model image can be extracted. Here, as a technique of comparing two or more images with each other to determine whether they are identical or similar, a known technique may be used, and a detailed description thereof will be omitted.

Through this, since the household waste that the customer wants to dispose of is a unique foreign furniture or home appliance that is not generally used in Korea, the waste collection management server 100 is also provided with various search sites even if the corresponding waste information is not stored. Through this, it is possible to extract the corresponding waste information.

The waste collection management server 100 receives customer information including the address and contact information of the customer from the customer terminal 20 (S210). At this time, the waste collection management server 100 preferably receives a specific address and contact information of the customer from the customer terminal 20 so that the waste collector can easily visit the address of the customer.

The waste collection management server 100 includes location information of a waste collection location within a set distance range from a customer's address among a plurality of waste collection locations, a date of visit corresponding thereto, and a collection cost corresponding to household waste. Is transmitted to the customer terminal 20 (S212). At this time, the waste collection management server 100 may search for a waste collection place located within a set distance range from a customer's address among a plurality of waste collection locations while gradually reducing the distance range. For example, if the customer's address is Nonhyeon-dong, Gangnam-gu, the waste collection management server 100 primarily searches for waste collection locations A, B, C, and D located in Nonhyeon-dong, Gangnam-gu, among a plurality of waste collection locations, and Among the waste collection points A, B, C and D, it is possible to secondaryly search for waste collection points B and D located within a set distance from the customer's address. Here, the waste collection management server 100 has been described as primarily searching for a waste collection location located in the same region as the customer's address (for example, Nonhyeon-dong, Gangnam-gu) among a plurality of waste collection locations, but the waste collection management server (100) may primarily search for waste collection locations located in the same or adjacent to the customer's address among a plurality of waste collection locations. This is because, in some cases, a waste collection location located in an adjacent area may be closer to the customer's address than a waste collection location located in the same area as the customer's address. In this case, the waste collection management server 100 may display the route from the customer's address to each waste collection location searched together with the visit date of each waste collection location on a map and transmit it to the customer terminal 20 .

As a result, it is possible to prevent damage to the surrounding environment by neglecting household waste because the customer does not know the surrounding geography due to moving, etc., and the customer can dispose of household waste according to the set waste collection schedule at the nearest waste collection point. To induce.

The waste collection management server 100 receives a disposal reservation for household waste from the customer terminal 20 in response to the waste collection information transmitted to the customer terminal 20 (S214). At this time, the waste collection management server 100 makes a reservation for disposal of household waste within a time range set based on the visit date for the waste collection location located within a set distance range from the customer's address corresponding to the customer terminal 20. Can receive. For example, if the visit date for a waste collection location located within a set distance from the customer's address is 10:30 am on every Monday, the waste collection management server 100 will be 30 minutes from 10:30 am on Monday. You can receive a reservation for disposal of household waste within the time range before and after 10 am to 11 am.

In this case, the waste collection management server 100 may receive a request signal for direct collection from the customer terminal 20 together with reception of a disposal reservation. At this time, the waste collection management server 100 guides a preset cost for direct visit collection, and when a request signal for direct visit collection is received from the customer terminal 20, the received request signal for direct visit collection It is preferable to transmit the signal to the visitor's terminal (not shown) at the waste collection site.

Accordingly, the household waste collection management service according to an embodiment of the present invention can minimize the deterioration of the aesthetics of the surrounding environment due to long-term domestic waste by disposing of waste according to the collection schedule of the waste collection location.

In addition, according to the present invention, in accordance with the collection schedule of the waste collection location, the waste collection manager can directly visit the customer's address to collect the household waste, thereby eliminating the hassle of having to transport the household waste directly to the designated collection location. Can be removed.

The waste collection management server 100 posts a waste image of the household waste for which the disposal reservation was received when the remaining time until the reservation date for the disposal of the household waste received from the customer terminal 20 is more than a set time (S216) ). At this time, the waste collection management server 100 may post the image and additional information received from the customer terminal 20 and the registered household goods repair business including the extracted waste information so that it can be checked. In this case, the waste collection management server 100 receives a disposal reservation from the customer terminal 20, and if the remaining time until the date of the disposal reservation is more than a set time, a household appliance repair company registered in the household corresponding to the waste image A notification message informing that a waste image has been uploaded may be transmitted to the search for a product repair company and to the repair service provider terminal 40 of the searched household product repair company. In this case, the waste collection management server 100 receives a notification message when a waste image belonging to a major category is uploaded from the repair service provider terminal 40 corresponding to each registered household appliance repair business, whether it is a medium classification or a small classification. You can set the range of the notification message whether or not to receive a notification message when a detailed waste image is uploaded. For example, the waste collection management server 100 may be set to transmit a notification message when a waste image corresponding to a household classified as a large category is uploaded from the repairer terminal 40 corresponding to the household appliance repairer A. In addition, it may be set to transmit a notification message when a waste image corresponding to a sofa belonging to a middle category among furniture belonging to a large category is uploaded from the repair vendor terminal 40 corresponding to the home appliance repair company B.

The waste collection management server 100 receives a repair estimate cost for household waste from at least one household appliance repair company (S218). That is, each household goods repair business registered in the household waste collection management server 100 according to an embodiment of the present invention refers to the waste image and additional information uploaded by the customer terminal 20 and the extracted waste information. , In the case of repairing household waste corresponding to the waste image, an estimate of the repair cost for how much cost is required may be input through the repairer terminal 40. In this case, the waste collection management server 100 receives a repair estimate cost for household waste input by the repair provider terminal 40. At this time, the waste collection management server 100 receives an estimate of the repair cost from at least one repairer terminal 40 during the remaining period until the disposal reservation in response to the waste image and additional information received from the customer terminal 20. I can. In addition, it is preferable that the waste collection management server 100 matches the repair cost estimate received from the repair supplier terminal 40 and the repair supplier information corresponding thereto with the posted waste image and posts it together.

In addition, the waste collection management server 100 targets a member who has subscribed to the household waste collection management service according to an embodiment of the present invention as a member, the corresponding member terminal 30 for waste information and repair estimate cost for household waste. You can send a notification message indicating that this has been uploaded. At this time, the waste collection management server 100 may receive preset types of household waste to receive a notification message for uploading waste information and repair estimate costs from the member terminal 30 corresponding to each registered member, Accordingly, the notification message may be transmitted to the member terminal 30 of the member whose type of household waste matches the set type of household waste.

The waste collection management server 100 receives the acquisition desired information from at least one member terminal 30 in response to the posted waste image (S220). That is, a member registered in the household waste collection management server 100 according to an embodiment of the present invention can select whether or not to acquire the household waste by referring to the posted waste image and the repair estimate cost, The waste collection management server 100 receives acquisition request information from the member terminal 30 at the choice of at least one member to acquire household waste corresponding to the waste image.

When the information about acquisition of household waste is received from the member terminal 30, the waste collection management server 100 sends the member's member information corresponding to the received information about the desired acquisition and replacement information including the information about the desired acquisition to the customer terminal. It transmits to (20) (S222).

At this time, the waste collection management server 100 may receive an approval signal from the customer terminal 20 to approve the member to acquire household waste in response to the replacement information transmitted to the customer terminal 20. In addition, when acquisition desired information is received from a plurality of member terminals 30, the waste collection management server 100 may receive a member selection signal and an approval signal for the member selection signal from the customer terminal 20. In this case, the waste collection management server 100 determines the approval signal received from the customer terminal 20 as transfer information notifying that the household waste has been transferred from the customer to the corresponding member (S224). At this time, the waste collection management server 100 transmits a signal of non-formation notifying that the waste transfer has not been made from the customer terminal 20 or the corresponding member terminal 30 after receiving the approval signal from the customer terminal 20. Can be received. In this case, the waste collection management server 100 receives the reason why the waste transfer was not established from the customer terminal 20 or the member terminal 30, and may impose penalties on the customer or member accordingly.

Accordingly, the household waste collection and management service according to an embodiment of the present invention can be used by registered members to determine whether or not the household waste to be disposed of by the customer can be repaired or not, with reference to the repair estimate cost when repair is possible. By allowing you to choose whether or not, you can maximize the recyclability of household waste.

Accordingly, the household waste collection management service according to an embodiment of the present invention allows others to continuously use the waste that the customer intends to dispose, thereby maximizing the recyclability of the waste.

Although the embodiments according to the present invention have been described above, these are merely exemplary, and those of ordinary skill in the art will understand that various modifications and equivalent ranges of embodiments are possible therefrom. Therefore, the scope of protection of the present invention should be determined not only by the following claims, but also by those equivalents thereto.

Claims (6)

A waste information storage unit for storing waste information including a type of household waste, a model image of a manufacturer for each type, a size and weight corresponding to each model image as a database;
A collection information setting unit that designates a plurality of waste collection locations for each region and sets collection information including a collection schedule for each of the designated waste collection locations;
A waste image receiving unit for receiving a waste image of household waste to be disposed of from a customer terminal;
A waste information extraction unit comparing the received waste image with waste information stored in the waste information storage unit, and extracting waste information including the type, size and weight of the household waste according to the comparison result;
A customer information receiving unit for receiving customer information including an address and contact information from the customer terminal;
Transmitting waste collection information including location information of a waste collection location within a set distance range from the address among the plurality of waste collection locations, a collection schedule corresponding thereto, and a collection cost corresponding to the household waste to the customer terminal Collection information transmission unit;
A disposal reservation receiver configured to receive a disposal reservation for the household waste from the customer terminal in response to the transmitted waste collection information;
A repair business register for registering a plurality of home appliance repair companies;
An additional information receiving unit receiving additional information including at least one of a type, a manufacturer, a brand, a model name, and a cause to be disposed of, from the customer terminal;
A first information posting unit for posting first information including waste images and additional information received from the customer terminal and waste information extracted by the waste information extraction unit;
An estimate cost receiver for receiving a repair estimate cost for the household waste from at least one of the household goods repair companies; And
An estimate cost transmission unit for transmitting the received repair estimate cost to the customer terminal;
Including,
The waste information extracting unit extracts the size and weight corresponding to the same or similar model image within a set error range from the waste image among the model images stored in the waste information storage unit, and the waste from the model image stored in the waste information storage unit If there is no same or similar model image within the set error range with the image, search the same or similar model image within the set error range with the waste image through the network, and the size and weight of the model image from the manufacturer of the searched model image To extract,
The collection information transmission unit searches for a waste collection location located in the same or adjacent to the address among a plurality of waste collection locations, and maps the route from the address to the searched waste collection location along with the collection schedule of the waste collection location. To the customer terminal by displaying
The disposal reservation receiver receives a request signal for direct visit collection along with a reservation for disposal of household waste within a time range set based on the collection schedule transmitted to the customer terminal,
When the first information posting unit receives a range of a notification message to be received from a repair service provider terminal corresponding to each home appliance repair business registered in the repair service provider registration unit, and waste images and additional information are received from the customer terminal , Based on the range of the set notification message, search for a home appliance repairer corresponding to the received waste image among the home appliance repairers registered in the repairer registration unit, and to the searched home appliance repairer terminal A household waste collection management server that improves the collection efficiency of household waste, characterized in that transmitting a notification message notifying that the waste image has been uploaded. The method of claim 1,
An image posting unit for posting a waste image of the household waste from which the disposal reservation has been received when the remaining time until the disposal reservation date of the household waste from which the disposal reservation has been received is more than a set time; And
An estimate cost receiver for receiving an estimate cost for repair of household waste corresponding to the waste image posted from at least one repair service provider terminal;
It further includes,
The image posting unit is a household waste collection management server for improving the collection efficiency of household waste, characterized in that the received estimate cost and corresponding repair company information are posted together by matching the posted waste image. The method of claim 2,
A desired information receiving unit for receiving desired acquisition information from at least one member terminal in response to the posted waste image; And
A replacement information transmission unit for transmitting member information of a member corresponding to the acquisition desired information and replacement information including the acquisition desired information to the customer terminal;
Household waste collection management server for improving the collection efficiency of household waste, characterized in that it further comprises. In the household waste collection management method performed by the household waste collection management server,
Storing waste information in a database including types of household waste including beds, wardrobes, sofas, chairs, computers, and desks, model images of manufacturers for each type, and sizes and weights corresponding to each model image;
Registering a plurality of home appliance repair companies;
Designating a plurality of waste collection locations for each region, and setting collection information including a collection schedule for each of the designated waste collection locations;
Receiving a waste image of household waste to be disposed of from a customer terminal;
Receiving additional information including at least one of a type, a manufacturer, a trademark, a model name, and a cause to be disposed of for the household waste from the customer terminal;
Comparing the received waste image with the stored waste information, and extracting waste information including the type, size and weight of the household waste according to the comparison result;
Posting first information including waste images and additional information received from the customer terminal and the extracted waste information;
Receiving a repair estimate cost for the household waste from at least one of the household appliance repair companies;
Transmitting the received repair estimate cost to the customer terminal;
Receiving customer information including an address and contact information from the customer terminal;
Transmitting waste collection information including location information of a waste collection location within a set distance range from the address among the plurality of waste collection locations, a collection schedule corresponding thereto, and a collection cost corresponding to the household waste to the customer terminal step; And
Receiving a disposal reservation for the household waste from the customer terminal in response to the transmitted waste collection information;
Including,
In the step of extracting the waste information, the size and weight corresponding to the same or similar model image are extracted from the stored model image within a set error range with the waste image, but the stored model image is identical to the waste image within a set error range Or, if there is no similar model image, search for the same or similar model image within the set error range with the waste image through the network, and extract the size and weight of the model image from the manufacturer of the searched model image,
In the step of transmitting the waste collection information to the customer terminal, a waste collection location located in the same or adjacent to the address among a plurality of waste collection locations is searched, and a route from the address to the searched waste collection location is determined. It is displayed on a map along with the collection schedule of the collection location and transmitted to the customer terminal,
The step of receiving the disposal reservation includes receiving a request signal for direct visit collection along with a reservation for disposal of household waste within a time range set based on the collection schedule transmitted to the customer terminal,
The posting of the first information includes setting a range of a notification message to be received from a repair service provider terminal corresponding to each of the registered home appliance repair companies, and when a waste image and additional information are received from the customer terminal, Based on the range of the received notification message, a home appliance repairer corresponding to the received waste image is searched among the registered home appliance repairers, and the waste image has been uploaded to the searched home appliance repairer's terminal. A method for collecting and managing household waste, characterized in that transmitting a notification message notifying. The method of claim 4,
Posting a waste image of the household waste from which the disposal reservation was received when the remaining time until the disposal reservation date of the household waste from which the disposal reservation was received is more than a set time;
Receiving an estimate cost for repair of household waste corresponding to the posted waste image from at least one repair service provider terminal; And
Matching the received quoted cost and information on a repair business corresponding thereto with the posted waste image and posting together;
Collection and management method of household waste, characterized in that it further comprises. The method of claim 5,
Receiving desired acquisition information from at least one member terminal in response to the posted waste image; And
Transmitting member information of a member corresponding to the acquisition desired information and replacement information including the acquisition desired information to the customer terminal;
Collection and management method of household waste, characterized in that it further comprises.

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