KR20110038452A - Garbage disposal truck system and method thereof - Google Patents

Abstract

PURPOSE: A food waste disposal truck system and a management method for the same are provided to achieve self-regulated reduction of food waste, efficient management of waste sources, and assignment of reasonable official fees. CONSTITUTION: A food waste disposal truck system comprises a collecting container(10), a pick-up truck(20), and a central server(30). The collecting container loads waste and is equipped with RFID for a container(11) in which information on a user discharging the waste is recorded. The pick-up truck comprises a lift in which a container weight supporter is raised and lowered with chains provided with the power of a cylinder, an RFID reader for a container which reads out the information of the RFID for a container, a GPS(Global Positioning System,23) which sends position information of the pick-up truck, a controller(24) which collects the information on the collecting container and the pick-up truck to be stored and managed, and a wireless LAN(25) which transmits various information collected in the controller. The center server implements operation and management of the whole system, including application and issuing of RFID and storage and analysis of various information provided through the wireless LAN.

Description

Garbage disposal truck system and method

The present invention relates to a food waste collection vehicle system and a management method thereof, and more particularly, to construct a food waste collection vehicle system using RFID, to effectively manage the source through the application of information and to realize the commission by realizing the emission proportion system. , The food waste collection vehicle system and its management method for deriving accurate and accurate decision information through advanced cleaning administration, reducing emissions through autonomous reduction of food waste, and improving administrative service reliability through transparent public service. .

In general, the currently used trash metering system uses the standard bags sold by the city, county, and ward to dispose of the garbage at designated places. The cost shall be borne by the discharger of waste. These emitter cost principles apply to the collection of food waste.

When the food waste is placed in a dedicated collection container installed at a designated place, the food waste collection company collects the food waste contained in the dedicated collection container on a designated date. In order to apply the ejector cost-sharing principle to the collection of food waste, the period is usually used.

However, the food waste collection method using the period flat rate, regardless of the amount of food waste, the food waste discharger only has to spend a certain amount for a certain period of time, there is a problem that the amount of food waste is not reduced at all. Therefore, pollution and social costs due to food waste are enormous.

The present invention was devised in view of the above-mentioned problems, and its purpose is to establish a food waste management system using RFID, to efficiently manage the source through the application of information, to realize the commission by realizing the emission proportional system, and to define the cleaning administration. It is to provide a food waste collection vehicle system and its management method for deriving rapid and accurate decision information through advancement, reducing emissions through inducing autonomous food waste reduction, and improving administrative service reliability through transparent public service.

Features of the present invention for achieving the above object, the container for loading the waste (10) equipped with a RFID (11) for storing the information of the user for loading the discharged waste; A lift container 26 configured to be lifted and lifted by the chains 29 receiving the power of the cylinder 28 from the container base station 22 for measuring the amount of waste in the collection container 10 is mounted therein. RFID reader 21 for reading the information of RFID 11 for containers of the container, GPS 23 for transmitting the position information of the vehicle, container root beacon 22, RFID reader 21 for containers, and GPS ( 23 is a control unit 24 for collecting, storing and managing the amount of waste and information of the container 10 and the location information of the vehicle, and the wireless LAN 25 for transmitting the various information collected by the control unit 24 A collection vehicle 20 in which the controller 27 is configured to be mounted to the lift 26; Operation and management of the entire system, the application and issue of the RFID for the container 11 of the user, and storing and analyzing various information transmitted from the wireless LAN 25 of the collection vehicle 20 to calculate and process the fee for waste A central server 30; The collection vehicle 20 and the central server 30 can be achieved by a food waste collection vehicle system made by connecting to the wireless Internet (40).

As described above, the present invention establishes a food vehicle waste collection vehicle system and a management method thereof using RFID, so that efficient management of emission source through information application, realization of commission by realizing emission proportional system, and advancement of cleaning administration are provided. It is effective in deriving accurate and accurate decision information, reducing emissions through autonomous food waste reduction, and improving administrative service reliability through transparent public service.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in Figures 1 to 6, the present invention is a collection container 10 equipped with a RFID 11 for the container, a collection vehicle 20 and a central server (20) on which the lift 26 and the controller 27 are mounted. 50, the collection vehicle 20 and the central server 30 is connected to the wireless Internet 40 is configured.

The lift 26 is a container root beetle 22 is coupled to the lower portion rotatably, by the chain 29 receives the power of the cylinder 28 mounted on the lift 26 container root bead 22 Is configured to be elevated.

The controller 27 is equipped with a container RFID reader 21 for reading information of the container RFID 11 attached to the container 10, and sends a GPS 23 for transmitting the position information of the container vehicle 20. ), And receives and stores the user information read by the RFID reader 21 for containers, the amount of waste measured by the container weighing machine 22 and the location information of the collection vehicle 20 transmitted from the GPS 23, The control unit 24 is configured to transmit, and the wireless LAN 25 is configured to transmit various pieces of information collected by the control unit 24.

The collection container 10 is provided at the request of the user, attaches the container RFID (11) in which the user's information is input on the front of the collection container 10, the container RFID reader ( The user information is read by 21), and the amount of waste is measured by the container gauge rod 22.

The container RFID 11 is configured to store the information of the discharge source and to accurately transmit the discharge source information at a short distance even if it is contaminated with rain or dirt, and has a service life of at least five years, which is the same as that of the container, and also of food waste. In order to provide chemical resistance against leachate (saline) and durability against external impulse, it is molded by PVC or PP and bonded by ultrasonic fusion, and manufactured to fit 5 liters and 10 liters suitable for the collection container 10 and riveted. And a sticker.

When the collection vehicle 20 collects waste from the collection container 10, the container RFID reader 21 reads user information from the container RFID 11 and transmits the user information to the control unit 24. Container base beetle 22 measures the amount of waste in the collection container 10 and transmits the amount of waste to the control unit 24, GPS 23, the collection vehicle 20 controls the position information at the time of waste collection control unit 24 ), The control unit 24 collects and stores user information, waste amount and location information, and transmits various information such as user information, waste amount and location information to the central server 30 via the wireless LAN 25. do.

The central server 30 manages the entire system, attaches and attaches the RFID 11 attached for the container in which the user's information is input to the collection container 10 for which the user requests issuance, and transmits the collected vehicle 20. Various information such as the user information, the amount of waste of the user and the location information of the collection vehicle 20 is stored, and the waste fee of the user is determined and collected according to the amount of waste of the user.

Referring to the food waste collection management method by the system according to the present invention having the above configuration as follows.

First, the food waste collection and management method according to the present invention is largely issued by the user for issuing and issuing the issuing container (10) and the RFID for the container (11) to the central server (30) through the on / offline and issuing step (S10), The collection vehicle 20 includes a collection step (S20) of collecting food waste, and a central processing unit (50) of a fee processing step (S30) of calculating and processing a waste treatment fee based on a user's waste amount.

In the issuing step (S10), the user applies for issuing the collection container 10 and the container RFID 11 to the central server 30 through on / offline, and stores the user information issued by the central server 30. And, the container 10 and the RFID for the container 11 containing the user's information is issued.

In addition, the collection step (S20) is a mounting step (S21) for mounting the user's collection container (10) to the container for charging device 22 of the collection vehicle 20, RFID reader 21 for the container of the collection vehicle (20) The information acquisition step (S22) of reading the user information of the RFID for container 11 of the collection container 10 and transmitting it to the control unit 24, and the collection container base 22 of the collection vehicle 20 is a collection container. Measuring step (S23) of measuring the waste amount of the 10 and transmitting the waste amount to the control unit 24, and the position information that the control unit 24 receives the current position information of the collection vehicle 20 from the GPS 23 The input step (S24) and the control unit 24 collects and stores the user information and the user's waste amount and the location information of the collection vehicle 20, the user information, the user's waste amount and the location information of the collection vehicle 20, etc. Waste information transmission step (S25) of transmitting various information of the to the central server 30 through the wireless LAN (25).

In the mounting step (S21), the collection vehicle 20 of the collector collects the food container waste of the collection container 10 by placing the user's collection container 10 on the container container beacon 22 of the collection vehicle 20. Be prepared.

In the information acquisition step (S22), the container RFID reader 21 of the collection vehicle 20 reads the user information input to the container RFID 11 of the collection container 10 and collects the user information from the collection vehicle 20. ) To the control unit 24.

The measuring step (S23) is in the process of collecting the waste of the collection container 10 placed on the container forage beacon 22 while the container forage beacon 22 of the collection vehicle 20 is operated in the collection vehicle (20) By measuring the amount of waste in the collection container 10, the collected amount of waste is transmitted to the control unit 24 of the collection vehicle 20, and the waste collection of the collection container 10 is completed.

In the location information input step S24, the control unit 24 receives the location information of the collection vehicle 20 at the time of the waste collection through the GPS 23 of the collection vehicle 20.

The waste amount transmission step (S25) is the control unit 24 is the user information transmitted in the information acquisition step (S22) and the waste amount transmitted in the measurement step (S23) and the location information input step (S24) The location information is collected and stored, and various information such as user information of the collected waste, the amount of waste, and the location information of the collected vehicle 20 are transferred to the central server 30 through the wireless Internet 40 using the wireless LAN 25. send.

The fee processing step (S30) stores a variety of information, such as user information, waste amount and location information of the collection vehicle 20 from the collection vehicle 20 to the central server 30, and central The server 50 calculates the waste disposal fee of the user according to the user information and the amount of waste and collects the waste fee of the user.

As described above, the present invention can double check the amount of waste, and by automatically determining the amount of waste and providing a waste management system that provides the amount of waste collection to both the collecting company and the competent authority, thereby quickly and accurately identifying the amount of waste collected from each other. It is possible to facilitate the user's cost settlement and to systematically manage the whole process from waste collection, transportation, storage, sorting and disposal (incineration, landfill).

Although the above has been illustrated and described with respect to the preferred embodiments of the present invention, the present invention is not limited to the above-described embodiments, and the present invention without departing from the gist of the present invention claimed in the claims is common in the art to which the present invention pertains. Various modifications can be made by those skilled in the art, and such modifications are intended to fall within the scope of the appended claims.

1 is a schematic system configuration diagram illustrating an embodiment of the present invention;

2 is a general flow diagram illustrating an embodiment of the present invention;

3 is a flow chart of a collection step illustrating one embodiment of the present invention;

4 is a front view showing an embodiment of the present invention,

5 is a side view showing an embodiment of the present invention;

6 is a front view illustrating a state in which the lift of the present invention is mounted on a vehicle.

Explanation of symbols on the main parts of the drawings

10 collection container 11: RFID for container

20: collection vehicle 21: RFID reader for container

22: container base modern 23: GPS

24: control unit 25: wireless LAN

26: lift 27: controller

28: cylinder 29: chain

30: central server 40: wireless Internet

Claims (3)

A collection container 10 equipped with a RFID 11 for a container, which contains information of a user who loads the discharged waste and discharges the waste; A lift container 26 configured to be lifted and lifted by the chains 29 receiving the power of the cylinder 28 from the container base station 22 for measuring the amount of waste in the collection container 10 is mounted therein. RFID reader 21 for reading the information of RFID 11 for containers of the container, GPS 23 for transmitting the position information of the vehicle, container root beacon 22, RFID reader 21 for containers, and GPS ( 23 is a control unit 24 for collecting, storing and managing the amount of waste and information of the container 10 and the location information of the vehicle, and the wireless LAN 25 for transmitting the various information collected by the control unit 24 A collection vehicle 20 in which the controller 27 is configured to be mounted to the lift 26; To manage the overall system, to request and issue the RFID for the user's container 11, and to store and analyze various information transmitted from the wireless LAN 25 of the collection vehicle 20 to calculate and process the fees for waste A central server 30; Food and waste collection vehicle system consisting of the collection vehicle 20 and the central server 30 is connected to the wireless Internet (40). Issuing step (S10) that the user applies for issuing and issuing the collection container 10 and the RFID for the container (11) to the central server 30 through the on / offline; A collecting step (S20) in which the collecting vehicle 20 collects food waste; Food and waste management vehicle management method characterized in that the central server (50) consists of a fee processing step (S30) for calculating and processing the waste treatment fee based on the amount of waste of the user. The method of claim 1, The collection step (S10) is a mounting step (S21) for mounting the user's collection container (10) to the container for charging system 22 of the collection vehicle (20); An information acquisition step (S22) of the container RFID reader 21 of the collection vehicle 20 reading the user information of the container RFID 11 of the collection container 10 and transmitting it to the control unit 24; A measuring step (S23) of the container base yard 22 of the collecting vehicle 20 measuring the waste amount of the collecting container 10 and transmitting the waste amount to the control unit 24; A location information input step (S24) in which the control unit 24 receives the current location information of the collection vehicle 20 from the GPS 23; The control unit 24 collects and stores the user information, the waste amount of the user and the location information of the collection vehicle 20, and stores various information such as user information, the waste amount of the user, and the location information of the collection vehicle 20. Food waste management vehicle management method, characterized in that consisting of a waste volume transfer step (S25) to be transmitted to the central server (30) through (25).

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